JP6552031B2 - Alarm system - Google Patents

Description

  The present invention relates to the technology of an alarm system.

Conventionally, a technique related to an alarm system including an alarm device that detects and alerts a change in an external environment such as a gas or a fire is known (see Patent Document 1).
In addition, a technology related to an alarm system that includes a human detection unit such as a human sensor and issues an alarm when a human is not detected within a predetermined time after the human detection unit detects a human is known (patent) Reference 2).
The alarm device and the human detection unit of the alarm system are fixedly disposed at a predetermined indoor location (for example, a kitchen or a hallway).

JP 2008-33756 A Japanese Patent Laid-Open No. 4-153799

However, in the alarm system, since the alarm and the human detection unit are disposed indoors, the temperature and humidity etc. of the place where the alarm and the human detection unit are arranged are not constant, and depending on the temperature and humidity etc. An alarm may be given even in situations where human thoughts are dull.
And in the above-mentioned alarm system, when the value about heat stroke such as temperature, humidity, and / or heat index is high and the situation where people's thinking is dulled, it detects and warns the change of the external environment etc. However, there are cases in which it is not possible to alert a person to an alarm and to notify changes in the external environment.

  The present invention has been made in view of the above circumstances, and provides an alarm system that can more reliably notify a change in the external environment or that a person has not been detected within a predetermined time. Let it be an issue.

  The problem to be solved by the present invention is as described above. Next, means for solving the problem will be described.

That is, a heatstroke measurement unit that measures a value related to heat stroke, a detection unit that detects a change in the external environment other than the value related to the heatstroke, a human detection unit that detects a person, and the heatstroke measurement unit When the measurement value is equal to or more than a predetermined value, when the detection unit detects a change in the external environment, or when the person detection unit does not detect another person within a predetermined time after detecting the person A warning system comprising: a warning unit, wherein an aspect in which the warning unit warns the detection result of the detection unit is changeable according to the measurement value regarding heat stroke measured by the heat stroke measurement unit It is

The alarm system disclosed in the present application is configured to be able to change the timing at which the alarm unit warns about the detection result of the detection unit according to the measurement value measured by the heat stroke measurement unit.

The alarm system disclosed in the present application is configured to change the manner in which the alarm unit warns about the detection result of the human detection unit according to the measurement value measured by the heat stroke measurement unit.

The alarm system disclosed in the present application is configured to be able to change the timing at which the alarm unit warns about the detection result of the human detection unit according to the measurement value measured by the heat stroke measurement unit.

The alarm system disclosed in the present application includes a plurality of the alarm units .

As effects of the present invention, the following effects can be obtained.
That is, according to the present invention, it can be more reliably notified that the measurement value measured by the heat stroke measurement unit is equal to or more than a predetermined value.

FIG. 1 is a block diagram illustrating an alarm system according to an embodiment of the present invention. The flowchart which shows a series of operation | movement which the alarm device in an alarm system alarms similarly. The schematic diagram which similarly shows an alarm system. The schematic diagram which similarly shows an alarm system. The schematic diagram which similarly shows an alarm system. The schematic diagram which similarly shows an alarm system. The block diagram which similarly shows an alarm system. The flowchart which shows a series of operation | movement which the alarm device in an alarm system alarms similarly. The schematic diagram which similarly shows an alarm system. The schematic diagram which similarly shows an alarm system. The schematic diagram which similarly shows an alarm system. The schematic diagram which similarly shows an alarm system. The schematic diagram which similarly shows an alarm system.

  Next, the alarm system described in FIGS. 1 to 6 will be described.

  As shown in FIG. 1, the alarm system 1 includes a control unit 2, an alarm 3, and a human detection unit 4. The control unit 2, the alarm device 3, and the human detection unit 4 of the alarm system 1 are each disposed in the same room.

The control unit 2 of the alarm system 1 controls various operations of the alarm 3 (the human detection unit 4 and the alarm 3). The control unit 2 includes a storage device (not shown) and a clock function (for example, a real time clock).
The control unit 2 is configured integrally with the alarm 3.
Note that the control unit 2 can be configured separately from the alarm device 3, and can also be disposed at a location (for example, a location other than the same indoor location) where the alarm device 3 and the human detection unit 4 are different. .

The person detection unit 4 of the alarm system 1 detects a person (user). The human detection unit 4 is configured by a human sensor including, for example, an infrared ray, an ultrasonic sensor, or a visible light sensor, and detects a person indoors (a state in which a person is operating).
In addition, the person detection part 4 can also be set as the structure which detects a person with a GPS (Global-Positioning-System) function.

  The alarm device 3 of the alarm system 1 includes a sensor unit 5 and an alarm unit 6.

  The sensor unit 5 of the alarm device 3 of the alarm system 1 detects a change in the external environment. The sensor unit 5 of the alarm device 3 detects a gas to be detected by detecting a gas to be detected such as LP gas, city gas, or carbon monoxide, or detects a fire by detecting temperature or smoke. Consists of fire sensors.

The alarm unit 6 of the alarm device 3 of the alarm system 1 issues an alarm by emitting a sound such as an alarm sound or an alarm message, for example.
The alarm unit 6 of the alarm device 3 gives an alarm when the sensor unit 5 detects a change in the external environment. The alarm unit 6 of the alarm device 3 gives an alarm when the control unit 2 determines that the value detected by the sensor unit 5 is equal to or greater than a predetermined value (predetermined threshold).
Further, it is assumed that the alarm unit 6 of the alarm device 3 does not move, for example, in a state where the person has fallen, when the person detection unit 4 does not detect a person within a predetermined time after detecting the person. And alarm. The alarm unit 6 of the alarm device 3 gives an alarm when the control unit 2 determines that no further person has been detected within a predetermined time after the person detection unit 4 detects the person.
Further, in addition to the above, the alarm unit 6 of the alarm device 3 may be configured to warn on the assumption that the person has fallen, for example, when the person detection unit 4 continues to detect a person for a predetermined time. Good. Further, the alarm unit 6 determines whether or not to alarm even when the human detection unit 4 continues to detect a person for a predetermined time depending on the installation location of the human detection unit 4, or the human detection unit 4 continues to detect a person. It is also possible to configure to be able to set a predetermined time or the like when alarming.

  Next, a series of operations performed by the alarm device 3 in the alarm system 1 will be described with reference to FIG.

As shown in FIG. 2, in the alarm system, first, the control unit 2 determines whether the human detection unit 4 has detected a human (step S1).
If the control unit 2 determines that the human detection unit 4 has detected a human, the process proceeds to step S2.
If the control unit 2 determines that the human detection unit 4 does not detect a human, the process proceeds to step S4.

Next, in the alarm system 1, the control unit 2 stores information on the fact that the human detection unit 4 has detected a person (information on the place where the person was detected, the detected time, etc.) in the storage device (step S2).
Here, when the information related to the human detection unit 4 detecting a human is already stored in the storage device, the control unit 2 updates the information related to the human detection unit 4 detecting a human. Update and store in storage device.
After the control unit 2 stores, in the storage device, information related to the human detection unit 4 detecting a human, the process proceeds to step S3.

Next, in the alarm system 1, the control unit 2 changes the setting of the alarm system 1 based on the information related to the fact that the human detection unit 4 stored in the storage device in step S2 detects a person (step S3). The control unit 2 stores information on the changed setting of the alarm system 1 in the storage device.
After changing the setting of the alarm system 1, the process proceeds to step S4.

Next, in the alarm system 1, the control unit 2 detects the person immediately after the person detection unit 4 detects the person based on the information on the detection of the person by the person detection unit 4 stored in the storage device in step S 2. It is determined whether or not a predetermined time has elapsed (whether or not a person has been detected within a predetermined time after the person detection unit 4 detects a person) (step S4).
When the control unit 2 determines that a predetermined time has elapsed since the human detection unit 4 detected the most recent person, the process proceeds to step S6.
When the control unit 2 determines that the predetermined time has not elapsed since the human detection unit 4 detected the most recent person, the process proceeds to step S5. In the case where the control unit 2 does not detect a person even once, the control unit 2 can not make the determination based on the information on the detection of a person by the person detection unit 4 stored in the storage device. In the same manner as in the case where the human detection unit 4 stores information related to the detection of a human, it is determined that the predetermined time has not elapsed since the human detection unit 4 has recently detected a human.

Next, in the alarm system 1, the control unit 2 determines whether or not a change in the external environment is detected by the alarm device 3 (the sensor unit 5 of the alarm device 3) (step S5).
If the control unit 2 determines that the change in the external environment is detected by the alarm device 3, the process proceeds to step S6.
If the control unit 2 determines that the alarm 3 does not detect a change in the external environment, the process proceeds to step S1.

Next, in the alarm system 1, the alarm device 3 (the alarm unit 6 of the alarm device 3) performs an alarming operation (step S6).
After the alarm device 3 performs an alarm operation, the process proceeds to step S7.

Next, in the alarm system 1, the control unit 2 determines whether or not the stop condition for stopping the operation that the alarm device 3 warns is satisfied (step S7).
Here, as a stop condition for stopping the operation of the alarm device 3, the alarm system 1 includes an alarm stop operation unit (not shown), and the alarm stop operation unit is operated when the alarm device 3 performs an operation of alarming. It is supposed to be manipulated by people. The alarm stop operation unit is configured by a switch or the like that stops an operation that the alarm device 3 warns when operated by a person (user). The alarm stop operation unit is configured integrally with the alarm device 3 or in the vicinity of the alarm device 3 in consideration of the fact that a person who notices the alarm operation of the alarm device 3 easily stops the alarm operation. It is preferred that the
When the control unit 2 determines that the stop condition is satisfied, the process proceeds to step S8.
When the control unit 2 determines that the stop condition is not satisfied, the process proceeds to step S6, and the operation in which the alarm device 3 issues an alarm is continued.

Next, in the alarm system 1, the operation of the alarm 3 for alarming is stopped (step S8).
After the alarm device 3 stops the alarming operation, the process proceeds to step S1.
Thus, in the alarm system 1, a series of actions to be alarmed by the alarm device 3 are performed.

The alarm device 3 of the alarm system 1 (the alarm unit 6 of the alarm device 3) is configured to be able to change the mode of alarming a change in the external environment according to the position of the person detected by the human detection unit 4. In accordance with the position of the person detected by the person detection unit 4, the mode of alarming a change in the external environment of the alarm device 3 is changed to a mode in which a person can easily notice the alarm of the alarm device 3.
As the setting of the alarm system 1 changed by the control unit 2 in step S3, the mode in which the alarm device 3 warns of a change in the external environment is changed according to the position of the person detected by the human detection unit 4 (for example, the alarm device 3 The control unit 2 performs setting for changing the volume of the alarm sound emitted, the sound pressure of the alarm sound, the frequency of the alarm sound, the pattern of the alarm sound, or the type (pattern or message) of the alarm sound.
For example, when the position of the person detected by the person detection unit 4 is a position relatively far from the alarm device 3 (when the person detected by the person detection unit 4 can determine that the person detected by the person detection unit 4 is not near the alarm device 3) In order to make it easy for a person to notice the alarm of the alarm 3, the volume of the alarm sound to be alarmed by the alarm 3 is compared with the case where the position of the person detected by the human detection unit 4 is close to the alarm 3. Settings that change relatively large, or settings that change the alarm sound emitted by the alarm device 3 to a sound that is relatively easy for a person to hear, are performed.
In addition, for example, when the alarm device 3 is configured to emit an alarm sound intermittently, the control unit 2 determines that the position of the person detected by the human detection unit 4 is relatively far from the alarm device 3. Compared with the case where the position of the person detected by the person detection unit 4 is close to the alarm device 3, the setting is made to change the interval of the alarm sound that the alarm device 3 warns to a relatively short interval.

As described above, in the alarm system 1 in which the alarm device 3 is configured to be able to change the mode of alarming a change in the external environment according to the position of the person detected by the human detection unit 4, Change the mode of alarming a change in the external environment of the alarm 3 according to the position of the person detected by the human detection unit 4 so that a person at a position relatively far from the road can easily notice the alarm of the alarm 3 Can.
Therefore, according to the alarm system 1, a change in the external environment can be notified more reliably.

The alarm device 3 of the alarm system 1 can be configured to change the timing for alarming a change in the external environment according to the position of the person detected by the person detection unit 4. The timing for alarming a change in the external environment of the alarm device 3 is changed to a timing at which a person can easily notice the alarm of the alarm device 3 according to the position of the person detected by the human detection unit 4.
At this time, in the alarm system 1, as a setting of the alarm system 1 changed by the control unit 2 in step S3, the timing at which the alarm device 3 warns the change of the external environment according to the position of the person detected by the human detection unit 4. The control unit 2 performs a setting for changing. The control unit 2 changes the predetermined value (predetermined threshold) detected as a change in the external environment, or changes the number of times the change in the external environment is detected, so that the alarm device 3 Change the timing for alarming changes.
For example, when the position of the person detected by the person detection unit 4 is a position relatively far from the alarm device 3, the control unit 2 determines that the position of the person detected by the person detection unit 4 is close to the alarm device 3. In comparison, a setting is made to change the timing at which the alarm device 3 makes an alarm (timing to start an operation to make an alarm) relatively early. During normal times (such as when the human detection unit 4 is not detecting a person), the value of the detected gas detected by the alarm device 3 is set to a predetermined value within a predetermined time (for example, 6 per minute). If the position of the person detected by the human detection unit 4 is relatively far from the alarm device 3, the control unit 2 will warn When the value of the gas to be detected detected by the sensor unit 5 of the vessel 3 exceeds the number of times (for example, 3 times per minute) smaller than normal, a setting for detecting a change in the external environment is performed.

As described above, in the alarm system 1 in which the alarm device 3 is configured to be able to change the timing of alarming a change in the external environment according to the position of the person detected by the human detection unit 4, for example, the alarm device 3 Change the timing of alarming the change in the external environment of the alarm device 3 according to the position of the person detected by the human detection unit 4 so that a person at a relatively far position can easily notice the alarm of the alarm device 3 Can do.
Therefore, according to the alarm system 1, a change in the external environment can be notified more reliably.

The alarm device 3 of the alarm system 1 warns when, according to the position of the person detected by the person detection unit 4, the person detection unit 4 does not detect another person within a predetermined time after detecting the person. Can be configured to be changeable. According to the position of the person detected by the person detection unit 4, the person detection unit 4 does not detect another person within a predetermined time after the person detection unit 4 detects a person in such a mode that the person easily notices the alarm of the alarm 3. The alarming mode of the alarm device 3 at the time of change is changed.
As the setting of the alarm system 1 which the control unit 2 changes in step S3, according to the position of the person detected by the person detection unit 4, the person detection unit 4 further detects a person within a predetermined time after detecting the person. The control unit 2 performs setting for changing the mode in which the alarm 3 warns when there is no.

As mentioned above, according to the position of the person which the person detection part 4 detected, the alarm device 3 warns when the person detection part 4 does not detect another person within a predetermined time after detecting the person. In the alarm system 1 configured to be changeable in mode, for example, the position of the person detected by the person detection unit 4 is set so that the person relatively distant from the alarm 3 can easily notice the alarm of the alarm 3 Accordingly, it is possible to change the mode of alarming when the human detection unit 4 does not detect a human within a predetermined time after detecting the human.
Therefore, according to the alarm system 1, it is possible to more reliably notify that the human detection unit 4 has not detected a human within a predetermined time after detecting the human.

The alarm device 3 of the alarm system 1 is a timing for alarming when no further person is detected within a predetermined time after the person detecting unit 4 detects a person according to the position of the person detected by the person detecting unit 4. Can be configured to be changeable. According to the position of the person detected by the person detection unit 4, no further person is detected within a predetermined time after the person detection unit 4 detects the person at a timing at which the person can easily notice the alarm of the alarm device 3. The alarm timing of the alarm device 3 is changed.
As a setting of the alarm system 1 that is changed by the control unit 2 in step S3, according to the position of the person detected by the person detection unit 4, a person is further detected within a predetermined time after the person detection unit 4 detects the person. The control part 2 performs the setting which changes the timing which the alarm device 3 alarms when there is not.

As mentioned above, according to the position of the person which the person detection part 4 detected, the alarm device 3 warns when the person detection part 4 does not detect another person within a predetermined time after detecting the person. In the alarm system 1 configured to be able to change the timing, for example, the position of the person detected by the person detection unit 4 is set so that the person relatively distant from the alarm 3 can easily notice the alarm of the alarm 3 Correspondingly, it is possible to change the timing for alarming when no further person is detected within a predetermined time after the person detecting unit 4 detects the person.
Therefore, according to the alarm system 1, it is possible to more reliably notify that the human detection unit 4 has not detected a human within a predetermined time after detecting the human.

When the alarm device 3 of the alarm system 1 is configured to detect a change in the external environment in a plurality of stages (for example, four stages), each stage of the change in the external environment detected by the alarm device 3 and the person Depending on the position of the person detected by the detection unit 4, it is also possible to change the mode or the timing to warn of a change in the external environment.
As the setting of the alarm system 1 changed by the control unit 2 in step S3, the change of the external environment according to each stage of the change of the external environment detected by the alarm device 3 and the position of the person detected by the human detection unit 4 The control unit 2 performs setting to change the mode or timing to warn the user.
For example, when the position of the person detected by the person detection unit 4 is a relatively close position from the alarm device 3, the control unit 2 determines that the position of the person detected by the person detection unit 4 is far from the alarm device 3. In comparison, a setting for alarming only when the alarm device 3 detects a change in the external environment with a relatively high risk level, a setting for changing the volume of the alarm sound that the alarm device 3 alarms to a relatively large level, or an alarm A setting is made to change the timing at which the device 3 issues an alarm relatively early.
Further, for example, when the position of the person detected by the person detection unit 4 is relatively far from the alarm device 3, the control unit 2 detects that the position of the person detected by the person detection unit 4 is close to the alarm device 3. Compared to the setting for alarming when the alarm device 3 detects a change in the external environment with a relatively low degree of danger, setting for changing the volume of the alarm sound that the alarm device 3 alarms, or A setting is made to change the timing at which the alarm device 3 makes an alarm relatively late.
More specifically, when the position of the person detected by the person detection unit 4 is far from the alarm 3, the alarm 3 detects a change in the external environment in four stages (for example, detected) When the concentration of the gas to be detected is low, slightly low, medium, and high) and the person detected by the human detection unit 4 is relatively far from the alarm 3 Detects the change in the external environment in three stages (for example, when the detected gas concentration is slightly low, medium, or high), and the human detection unit 4 detects When the position of the detected person is relatively close to the alarm device 3, a change in the external environment is detected in two stages (for example, when the detected gas concentration is medium or high) The control unit 2 changes the setting of the alarm system 1 so as to warn when. At this time, for example, as the concentration of the gas to be detected detected by the alarm device 3 is higher, the control unit 2 greatly changes the volume of the alarm sound that the alarm device 3 warns, or the alarm device 3 issues an alarm. It is also possible to make a setting for changing the timing so as to be advanced.

As described above, the alarm device 3 can change the mode or timing for alarming the change in the external environment according to each stage of the detected change in the external environment and the position of the person detected by the human detection unit 4. The configured alarm system 1 changes the mode or timing for alarming a change in the external environment in accordance with each detected stage of the change in the external environment and the position of the person detected by the human detection unit 4.
Therefore, according to the alarm system 1, it is possible to change the mode or timing for alarming a change in the external environment according to each stage of the detected change in the external environment and the position of the person detected by the human detection unit 4. , Can be notified of changes in the external environment more reliably.

In the alarm system 1, the human detection unit 4 detects a person when the alarm 3 performs an operation of alarming as a stop condition for stopping the operation of alarming the alarm 3 in step S7. it can.
As described above, in the alarm system 1, the stop condition for stopping the alarm 3 alarming operation is that the human detection unit 4 detects a person when the alarm 3 performs an alarming operation. It is possible to stop the alarming operation of the alarm 3 without providing the operation tool such as the switch.
Therefore, according to the alarm system 1, the configuration can be simplified as compared with the one provided with the operation tool such as the switch.

Further, in the alarm system 1, the alarm stop operation unit is operated by a person when the alarm 3 performs an alarm operation as a stop condition for stopping the operation of the alarm 3 in step S7. The person detection unit 4 can detect a person when the alarm device 3 performs an alarming operation.
At this time, when the alarm stop operation unit is operated by a person and when the human detection unit 4 detects a person, the time (temporary stop time) for stopping the operation of alarming by the alarm device 3 is different. It can also be. For example, when the alarm stop operation unit is operated by a person, the stop time of the operation that the alarm 3 warns is longer than when the human detection unit 4 detects a person (for example, at least the operation that the alarm 3 warns) Stop for 5 minutes). In addition, when the human detection unit 4 detects a person, the stop time of the operation that the alarm 3 warns is shorter than when the alarm stop operation unit is operated by a person (for example, at least the operation that the alarm 3 warns) Stop for 3 minutes).
At this time, the mode in which the alarm unit 3 stops the alerting operation can be made different between when the alarm stop operation unit is operated by a person and when the person detection unit 4 detects a person. . For example, when the alarm stop operation unit is operated by a person, the operation of the alarm 3 is completely stopped, and when the human detection unit 4 detects a person, the operation of the alarm 3 is temporarily notified. Stop. Furthermore, when the human detection unit 4 detects a human, it is also possible to select whether to temporarily stop or completely stop the operation of the alarm 3 to warn.

As described above, when the alarm stop operation unit is operated by a person and when the human detection unit 4 detects a person, the time or the mode for stopping the operation of the alarm 3 to alarm is different. In the alarm system 1, when the alarm stop operation unit is operated by a person, the operation of the alarm 3 for alarming is stopped for a relatively long time or completely stopped because the person is near from the alarm 3 In addition, when the operation person detection unit 4 that the alarm device 3 warns detects a person, the operation that the alarm device 3 warns is short or temporarily stopped.
Therefore, in the alarm system 1, when a person is away from the alarm 3, even if the alarm of the alarm 3 is stopped, the alarm 3 is moved to the place where the alarm 3 is disposed, and the alarm is performed. It is possible to make a person take an action to operate the stop operation unit.
Therefore, according to the alarm system 1, when there is a person away from the alarm device 3, the alarm device 3 of the alarm device 3 is temporarily stopped, etc. to ask the site whether the alarm from the alarm device 3 is a false alarm or not. It is possible to ensure the safety of a person while improving convenience.

Further, when the alarm system 1 includes a plurality of person detection units 4, a plurality of stop conditions for stopping the operation of the alarm device 3 in step S <b> 7 are performed when the alarm device 3 performs the operation of alarming. Alternatively, at least one person detection unit 4 of the person detection unit 4 may detect a person.
At this time, according to each position of the several person detection part 4, the time which stops the operation | movement which the alarm device 3 alarms can also be made different, respectively.
For example, when the person detection unit 4 arranged at a position near the alarm device 3 detects a person, the alarm device 3 is compared with when the person detection unit 4 arranged at a position far from the alarm device 3 detects a person. Prolongs the stop time of the action that the camera warns.
Thus, in the alarm system 1, when a person is relatively far away from the alarm device 3, the alarm stop state of the alarm device 3 is stopped (temporarily stopped) to increase the alarm device 3. It is possible to secure a time until it moves to the place where is placed and operates the alarm stop operation unit.
In addition, when the alarm device 3 is performing an operation of alarming, when the alarm device 3 stops the operation of alarming when at least one of the plurality of human detection units 4 detects a person, Regardless of the position of the human detection unit 4, the time for stopping the operation of the alarm device 3 can be the same.

When the alarm device 3 detects a change in the external environment or when the person detection unit 4 detects no person within a predetermined time after detecting the person, It can also be configured to be able to communicate with a place (for example, a security company, a fire department, or a portable information terminal) away from a place where the alarm system 1 is installed via an electric communication line.
The alarm system 1 includes information on the fact that the alarm device 3 has detected a change in the external environment, or information on the fact that no further person has been detected within a predetermined time after the person detection unit 4 has detected a person. In S6, communication is performed at the same timing as the timing at which the alarm device 3 issues an alarm, at a predetermined earlier timing than the timing at which the alarm device 3 issues an alarm, or at a predetermined later timing than the timing at which the alarm device 3 issues an alarm.

The alarm system 1 is based on the position of the person detected by the person detection unit 4, information related to the alarm device 3 detecting a change in the external environment, or within a predetermined time after the person detection unit 4 detects a person. Furthermore, it is possible to change the timing at which the alarm system 1 communicates information about not detecting a person.
At this time, in the alarm system 1, as the setting of the alarm system 1 changed by the control unit 2 in step S3, information related to the alarm device 3 detecting a change in the external environment, or the human detection unit 4 detects a person. Then, the control unit 2 performs setting for changing the timing at which the alarm system 1 communicates information related to the fact that no further person has been detected within a predetermined time.
For example, when the position of the person detected by the person detection unit 4 is a position relatively far from the alarm device 3, the control unit 2 determines that the position of the person detected by the person detection unit 4 is close to the alarm device 3. In comparison, the alarm system 1 indicates information related to the alarm device 3 detecting a change in the external environment, or information related to not detecting a person within a predetermined time after the human detection unit 4 detects the person. Is set to change the communication timing to be relatively slow (long).
Further, for example, when the position of the person detected by the person detection unit 4 is relatively close to the alarm device 3, the control unit 2 detects that the position of the person detected by the person detection unit 4 is far from the alarm device 3. Compared to the alarm system, the alarm system 3 indicates that the change in the external environment has been detected, or the information that the person detection unit 4 has not detected a person within a predetermined time after the person has been detected. Make settings to change the timing of 1 communication to be relatively quick.

As mentioned above, according to the position of the person which the person detection part 4 detected, the information regarding the alarm 3 having detected the change of the external environment, or within a predetermined time after the person detection part 4 detects a person Furthermore, in the alarm system 1 configured to be able to change the timing of communicating information related to the fact that a person is not detected, the alarm 3 changes the external environment according to the position of the person detected by the person detection unit 4 It is possible to change the timing of communicating information related to detection of information or information related to detection of a person not further detected within a predetermined time after the person detection unit 4 detects a person.
For this reason, in the alarm system 1, for example, when the human detection unit 4 detects a person at a position relatively far from the alarm 3, information on the detection of a change in the external environment by the alarm 3 or the human detection Information on the fact that part 4 did not detect a person is detected after the detection of a person, and it will be communicated later (the time from the alarm 3 to alarm to the communication will be delayed) By this, it is possible to secure time for stopping the alarm after a person at a position far from the alarm device 3 notices an alarm due to a false alarm or the like, and it is possible to prevent external communication based on the false alarm. In addition, when a person is relatively close to the alarm 3, compared to when the person is far from the alarm 3, it takes time from when the person notices an alarm due to a false alarm to when the alarm is stopped. Since it does not do, time to communicate outside may be set earlier compared with the case where it is far from the alarm 3.

When the alarm device 3 of the alarm system 1 is configured to detect a change in the external environment in a plurality of stages, the alarm system 1 communicates information regarding that the alarm device 3 has detected a change in the external environment. Can be configured to be changeable according to each stage of change in the external environment detected by the alarm device 3.
For example, the alarm system 1 communicates information regarding that the alarm device 3 has detected a change in the external environment only when the alarm device 3 has detected a change in the external environment in a relatively high risk state.

As described above, the alarm device 3 detects an aspect in which the alarm device 3 is configured to detect changes in the external environment in a plurality of steps, and to communicate information related to the alarm 3 detecting a change in the external environment. In the alarm system 1 configured to be changeable according to each stage of the change of the external environment, the alarm 3 detects the change of the external environment according to the degree of risk of the change of the external environment detected by the alarm 3 It can communicate information about things.
Therefore, according to the alarm system 1, for example, only when the alarm 3 detects a change in the external environment with a relatively high degree of danger, information on the detection of the change in the external environment is communicated. In this way, it is possible to prevent information related to the fact that the alarm device 3 has detected a change in the external environment from being frequently communicated, and to prevent frequent communication as erroneous information.

The alarm system 1 includes a single person detection unit 4 and a single alarm device 3.
The human detection unit 4 and the alarm device 3 are configured as separate bodies and are arranged at positions separated from each other. The human detection unit 4 and the alarm device 3 are connected to each other by wire or wireless.
At this time, it is desirable that the person detection unit 4 is disposed in a place where people frequently go in and out, a place where people do not easily gather, and the like. The person detection unit 4 is disposed at, for example, a bathroom entrance, a bedroom, a toilet, a corridor, a staircase, or a living room.
It is desirable that the alarm device 3 be arranged in a place where people can easily gather or a place where people stay for a relatively long time. The alarm device 3 is disposed in, for example, a kitchen or a living room.

As shown in FIG. 3, the alarm system 1 may be configured to include a plurality of person detection units 4 and a single alarm device 3.
As described above, in the alarm system 1 including the plurality of human detection units 4, the human detection unit 4 is disposed in a wide range, and it is determined whether the human detection unit 4 detects a human in a wide range. Can do.
At this time, the alarm device 3 may be configured integrally with one person detection unit 4 among the plurality of person detection units 4.

As shown in FIG. 4, the alarm system 1 may be configured to include a single person detection unit 4 and a plurality of alarm devices 3.
Thus, in the alarm system 1 including a plurality of alarm devices 3, the alarm device 3 can be arranged in a wide range, and an alarm can be issued by the alarm device 3 in a wide range.
At this time, the human detection unit 4 may be configured integrally with one alarm device 3 among the plurality of alarm devices 3. At this time, the control unit 2 can be configured integrally with the human detection unit 4.

As shown in FIG. 5, the alarm system 1 can also be configured to include a plurality of human detection units 4 and a plurality of alarm devices 3.
As described above, in the alarm system 1 including the plurality of person detection units 4 and the plurality of alarm devices 3, the person detection unit 4 is arranged in a wide range, and the person detection unit 4 detects a person in the wide range. It can be determined whether or not it is possible, and the alarm 3 can be arranged in a wide range, and the alarm 3 can be performed in a wide range.
At this time, the alarm system 1 includes a single control unit 2, and the control unit 2 is configured separately from the human detection unit 4 and the alarm device 3, but is integrated with the human detection unit 4 or the alarm device 3. It can also be configured.
At this time, the plurality of human detection units 4 and the plurality of alarm devices 3 can be integrally configured (see FIG. 6).
As described above, the alarm system 1 in which the plurality of person detection units 4 and the plurality of alarm devices 3 are integrally configured includes the plurality of person detection units 4 and the plurality of alarm devices 3. Even, the alarm system 1 can be configured compactly.

  In the alarm system 1 including a plurality of alarm devices 3, when at least one alarm device 3 of the plurality of alarm devices 3 detects a change in the external environment, or after the person detection unit 4 detects a person. All alarm devices 3 warn when no further person is detected within a predetermined time.

  In the alarm system 1 including a plurality of alarm devices 3, when at least one alarm device 3 among the plurality of alarm devices 3 detects a change in the external environment, only the alarm device 3 that detects the change in the external environment is used. It can also be set as the structure which alarms and the other alarm device 3 does not alarm.

  In the alarm system 1 including a plurality of alarm devices 3, when at least one alarm device 3 of the plurality of alarm devices 3 detects a change in the external environment, the alarm device 3 detects the change in the external environment; It can also be set as the structure which alarms in another aspect with another alarm device 3. FIG. For example, the alarm device 3 that has detected a change in the external environment alarms as usual, and the other alarm device 3 has the location of the alarm device 3 that has detected the change in the external environment or the alarm device 3 that has detected a change in the external environment. Make a sound to the effect.

  In the alarm system 1 including the plurality of alarm devices 3, a predetermined value (predetermined threshold value) determined by the control unit 2 that the value detected by the sensor unit 5 of the alarm device 3 detects a change in the external environment is It can also be set to a different value for each alarm device 3. For example, in a place where the value detected by the sensor unit 5 of the alarm device 3 is easily detected by the control unit 2 as a change in the external environment, such as a kitchen or a tea room, the predetermined value (predetermined threshold) is increased. Set to. As described above, a false alarm is generated by setting, for each of the plurality of alarms 3, the predetermined value determined by the control unit 2 that the value detected by the sensor unit 5 of the alarm 3 has detected a change in the external environment. As a result, the alarm device 3 can be prevented from alarming a change in the external environment.

In the alarm system 1 including the plurality of alarms 3, the plurality of alarms 3 change the external environment according to the position of the person detected by the person detection unit 4 with respect to at least a part of the alarms 3. It is also possible to change the alarm mode. In accordance with the position of the person detected by the person detection unit 4, a change in the external environment is warned for some of the plurality of alarm devices 3 in such a manner that a person can easily notice the alarm of the alarm device 3. The mode to do is changed.
As the setting of the alarm system 1 changed by the control unit 2 in step S3, according to the position of the person detected by the person detection unit 4, the change in the external environment of at least some of the plurality of alarms 3 The control part 2 performs the setting which changes the aspect which alarms.
For example, with respect to the alarm 3 at a position relatively far from the position of the person detected by the person detection unit 4, the control unit 2 is compared with the case where the position of the person detected by the person detection unit 4 is close to the alarm 3 , Setting to change the volume of the alarm sound relatively large, or setting to change the alarm sound to a sound that is relatively easy for a person to hear.
Also, for example, when the alarm device 3 is configured to emit an alarm sound intermittently, the control unit 2 performs human detection for the alarm device 3 at a position relatively far from the position of the person detected by the human detection unit 4. As compared with the case where the position of the person detected by the unit 4 is close to the alarm 3, setting is made to change the interval of the alarm sound to be alerted by the alarm 3 to a relatively short interval.
Also, for example, the control unit 2 sets the alarm 3 not to alert according to the position of the person detected by the person detection unit 4 so that only the alarm 3 closest to the position detected by the person detection unit 4 is alerted. Do.
Even when the single human detection unit 4 or the plurality of human detection units 4 detect a plurality of persons, the plurality of alarms 3 perform the human detection for at least some of the alarms 3 among them. According to the position for each person which the part 4 detected, the aspect which warns is changeable.

As described above, the plurality of alarm devices 3 can be configured to change the mode in which the change in the external environment is warned according to the position of the person detected by the person detection unit 4 for at least some of the alarm devices 3 In the alarm system 1, for example, a plurality of alarms can be detected according to the position of the person detected by the human detection unit 4 so that a person at a position relatively far from the alarm 3 can easily notice the alarm of the alarm 3. It is possible to change a mode in which a change in the external environment is warned about some of the alarms 3 among the units 3.
Therefore, according to the alarm system 1, a change in the external environment can be notified more reliably.

In the alarm system 1 including the plurality of alarms 3, the plurality of alarms 3 change the external environment according to the position of the person detected by the person detection unit 4 with respect to at least a part of the alarms 3. The alarm timing can be changed. According to the position of the person detected by the person detection unit 4, the change of the external environment is warned about some of the plurality of alarms 3 among the plurality of alarms 3 in such a manner that the person easily notices the alarm of the alarm 3. Timing is changed.
As the setting of the alarm system 1 changed by the control unit 2 in step S3, the external environment of some of the alarm devices 3 is changed according to the position of the person detected by the human detection unit 4. The control unit 2 performs setting for changing the alarm timing.
For example, with regard to the alarm 3 at a position relatively distant from the alarm 3 with respect to the position of the person detected by the person detection unit 4, the control unit 2 detects that the position of the person detected by the person detection unit 4 is close to the alarm 3 Compared with, the setting to change the alarm timing relatively early.
In addition, for example, the control unit 2 performs settings such that the alarm device 3 issues a warning in the order of a position far from a position relatively close to the position of the person detected by the person detection unit 4.
Even when the detector (a plurality of detectors) detects a plurality of persons, similarly, the plurality of alarms 3 may be a person detected by the human detection unit 4 with respect to at least a part of the alarms 3 among them. The alarm timing can be changed according to each position.

As described above, the plurality of alarm devices 3 are configured to be able to change the timing of alarming a change in the external environment according to the position of the person detected by the person detection unit 4 for at least some of the alarm devices 3. In the alarm system 1 to be performed, for example, according to the positions of the persons detected by the human detection unit 4, a plurality of persons can be easily recognized by the persons in the position relatively distant from the alarm 3. It is possible to change the timing of alarming a change in the external environment for some of the alarms 3 among the alarms 3.
Therefore, according to the alarm system 1, it is possible to reliably notify the change of the external environment so as to correspond to the position of the person.

In the alarm system 1 including the plurality of alarms 3, the plurality of alarms 3 is at least partially detected by the human detection unit 4 according to the position of the person detected by the human detection unit 4. It is also possible to change the mode of alerting when a person is not detected within a predetermined time after detecting a person. According to the position of the person detected by the person detection unit 4, the person detection unit 4 is a person for some of the plurality of alarms 3 in a mode in which the person easily notices the alarm of the alarm 3 The mode of alarming when no further person is detected within a predetermined time after detecting is changed.
As the setting of the alarm system 1 changed by the control unit 2 in step S3, according to the position of the person detected by the person detection unit 4, the human detection unit 4 can be selected for some of the plurality of alarms 3 The control unit 2 performs setting for changing the mode in which the alarm device 3 warns when the human being is not detected within a predetermined time after the human being has detected the human.

As mentioned above, according to the position of the person who the person detection part 4 detected about the some alarm 3 among several alarm devices 3, according to the person detection part 4 detecting a person, predetermined time In the alarm system 1 configured to be able to change the mode of alarming when a person is not detected further within the alarm system 1, for example, it is easy for a person relatively far from the alarm 3 to notice the alarm 3 According to the position of the person detected by the person detection unit 4, the person detection unit 4 detects a person within a predetermined time after the person detection unit 4 detects a person for some of the plurality of alarms 3 among the plurality of alarms 3 It is possible to change the mode of alarming when not.
Therefore, according to the alarm system 1, it is possible to more reliably notify that the human detection unit 4 has not detected a human within a predetermined time after detecting the human.

In the alarm system 1 including a plurality of alarm devices 3, the plurality of alarm devices 3 include at least a part of the alarm devices 3 according to the position of the person detected by the human detection unit 4. It is also possible to change the timing of alerting when a person is not detected within a predetermined time after detecting a person. According to the position of the person detected by the person detection unit 4, the person detection unit 4 is a person for a part of the plurality of alarm devices 3 so that the person can easily notice the alarm of the alarm device 3. The timing of alerting when not detecting another person within a predetermined time after detecting
As a setting of the alarm system 1 that is changed by the control unit 2 in step S3, the human detection unit 4 is selected for some of the multiple alarm devices 3 according to the position of the person detected by the human detection unit 4. The control unit 2 performs setting for changing the timing at which the alarm unit 3 warns when no human is detected within a predetermined time after the human has detected a human.

As described above, the plurality of alarm devices 3 are at least a part of the alarm devices 3 for a predetermined time after the person detection unit 4 detects a person according to the position of the person detected by the person detection unit 4. In the alarm system 1 configured to be able to change the alarm timing when no further person is detected within, for example, a person relatively far from the alarm device 3 is likely to notice the alarm of the alarm device 3 In addition, according to the position of the person detected by the person detection unit 4, a person is further detected within a predetermined time after the person detection unit 4 detects a person for some of the plurality of alarm devices 3. It is possible to change the alarm timing when not.
Therefore, according to the alarm system 1, it is possible to more reliably notify that the human detection unit 4 has not detected a human within a predetermined time after detecting the human.

Next, the alarm system 1 described in FIGS. 7 to 13 will be described.
Note that the description of the alarm system 1 described in FIGS. 1 to 6 will be appropriately omitted for the parts having the same configuration as the alarm system 1 described in FIGS. 1 to 6, and the alarms described in FIGS. Description will be made focusing on parts different from the configuration of the system 1.

  As shown in FIG. 7, the alarm system 1 includes a control unit 2, an alarm 3, a human detection unit 4, and a heat stroke measurement unit 7. The control unit 2, the alarm device 3, the human detection unit 4, and the heat stroke measurement unit 7 of the alarm system 1 are respectively disposed in the same room.

The control unit 2 of the alarm system 1 controls various operations of the alarm 3 (the human detection unit 4, the alarm 3, and the heat stroke measurement unit 7).
The control unit 2 is configured integrally with the alarm 3.
The control unit 2 can be configured separately from the alarm device 3, and the alarm device 3, the human detection unit 4, and the heat stroke measurement unit 7 are in different locations (for example, locations other than the same indoor location). It is also possible to arrange the control unit 2.

  The heat stroke measuring unit 7 of the alarm system 1 measures a value related to heat stroke such as temperature, humidity, and / or heat index (WBGT (Wet Bull Globe Temperature)).

The alarm unit 6 of the alarm device 3 of the alarm system 1 issues an alarm by emitting a sound such as an alarm sound or an alarm message, for example.
The alarm unit 6 of the alarm device 3 gives an alarm when the sensor unit 5 detects a change in the external environment. The alarm unit 6 of the alarm device 3 gives an alarm when the control unit 2 determines that the value detected by the sensor unit 5 is equal to or greater than a predetermined value (predetermined threshold).
Further, it is assumed that the alarm unit 6 of the alarm device 3 does not move, for example, in a state where the person has fallen, when the person detection unit 4 does not detect a person within a predetermined time after detecting the person. And alarm. The alarm unit 6 of the alarm device 3 gives an alarm when the control unit 2 determines that no further person has been detected within a predetermined time after the person detection unit 4 detects the person.
In addition, the alarm unit 6 of the alarm device 3 may have a risk of heatstroke to a nearby person where the heatstroke measurement unit 7 is disposed when the measured value measured by the heatstroke measurement unit 7 is equal to or more than a predetermined value. As an alert. The alarm unit 6 of the alarm device 3 warns when the control unit 2 determines that the measurement value measured by the heat stroke measurement unit 7 is equal to or more than a predetermined value (predetermined threshold).
Further, in addition to the above, the alarm unit 6 of the alarm device 3 may be configured to warn on the assumption that the person has fallen, for example, when the person detection unit 4 continues to detect a person for a predetermined time. Good. Further, the alarm unit 6 determines whether or not to alarm even when the human detection unit 4 continues to detect a person for a predetermined time depending on the installation location of the human detection unit 4, or the human detection unit 4 continues to detect a person. It is also possible to configure to be able to set a predetermined time or the like when alarming.

  Next, a series of operations to be alarmed by the alarm device 3 in the alarm system 1 will be described with reference to FIG.

As shown in FIG. 8, in the alarm system 1, first, the control unit 2 determines whether or not the human detection unit 4 has detected a person (step S1).
If the control unit 2 determines that the human detection unit 4 has detected a human, the process proceeds to step S2.
If the control unit 2 determines that the human detection unit 4 does not detect a human, the process proceeds to step S4.

Next, in the alarm system 1, the control unit 2 stores information on the fact that the human detection unit 4 has detected a human in the storage device (step S2).
After the control unit 2 stores information on the fact that the human detection unit 4 has detected a human in the storage device, the process proceeds to step S9.

Next, in the alarm system 1, the heat stroke measurement unit 7 measures a value related to heat stroke, and the control unit 2 stores information on the measurement value related to heat stroke measured by the heat stroke measurement unit 7 in the storage device. (Step S9).
After the heat stroke measurement unit 7 measures a value related to heat stroke, and the control unit 2 stores information on the measurement value related to heat stroke measured by the heat stroke measurement unit 7 in the storage device, the process proceeds to step S3.

Next, in the alarm system 1, the control unit 2 relates to heat stroke stored in the storage device in step S9 based on information related to the person detection unit 4 stored in the storage device in step S2 detecting a person. Based on the information about the measurement value, the setting of the alarm system 1 is changed (step S3). The control unit 2 stores information related to the changed setting of the alarm system 1 in a storage device.
After changing the setting of the alarm system 1, the process proceeds to step S4.

Next, in the alarm system 1, after the human detection unit 4 detects a person immediately after the control unit 2 detects that the human detection unit 4 stored in the storage device in step S2 detects a person. It is determined whether or not a predetermined time has elapsed (step S4).
When the control unit 2 determines that a predetermined time has elapsed since the human detection unit 4 detected the most recent person, the process proceeds to step S6.
When the control unit 2 determines that the predetermined time has not elapsed since the human detection unit 4 detected the most recent person, the process proceeds to step S5.

Next, in the alarm system 1, the control unit 2 determines whether or not a change in the external environment has been detected by the alarm device 3 (step S5).
If the control unit 2 determines that the change in the external environment is detected by the alarm device 3, the process proceeds to step S6.
When the control unit 2 determines that the change in the external environment is not detected by the alarm device 3, the process proceeds to step S10.

Next, in the alarm system 1, the control unit 2 determines whether the measurement value measured by the heat stroke measurement unit 7 is equal to or more than the fixed value of the site based on the information on the measurement value regarding heat stroke stored in the storage device in step S9. Is determined (step S10).
When the control unit 2 determines that the measurement value measured by the heat stroke measurement unit 7 is equal to or greater than a predetermined value, the process proceeds to step S6.
When the control unit 2 determines that the measurement value measured by the heat stroke measurement unit 7 is not equal to or greater than a predetermined value, the process proceeds to step S1.

Next, in the alarm system 1, the alarm device 3 performs an alarming operation (step S6).
After the alarm device 3 performs an alarm operation, the process proceeds to step S7.

Next, in the alarm system 1, the control unit 2 determines whether or not the stop condition for stopping the operation that the alarm device 3 warns is satisfied (step S7).
When the control unit 2 determines that the stop condition is satisfied, the process proceeds to step S8.
When the control unit 2 determines that the stop condition is not satisfied, the process proceeds to step S6, and the operation in which the alarm device 3 issues an alarm is continued.

Next, in the alarm system 1, the operation of the alarm 3 for alarming is stopped (step S8).
After the alarm device 3 stops the alarming operation, the process proceeds to step S1.
Thus, in the alarm system 1, a series of actions to be alarmed by the alarm device 3 are performed.

The alarm device 3 of the alarm system 1 is configured to be able to change the mode in which the alarm value measured by the heat stroke measuring unit 7 exceeds the predetermined value according to the position of the person detected by the person detecting unit 4 The A mode in which when the measurement value measured by the heat stroke measuring unit 7 is equal to or more than a predetermined value, according to the position of the person detected by the person detecting unit 4, the person easily notices the alarm 3 Is changed.
As the setting of the alarm system 1 changed by the control unit 2 in step S3, according to the position of the person detected by the person detection unit 4, an alarm is issued when the measured value measured by the heatstroke measurement unit 7 is equal to or more than a predetermined value. The control part 2 performs the setting which changes an aspect.

As described above, the alarm device 3 can be configured to change the mode of alarming when the measurement value measured by the heat stroke measurement unit 7 is equal to or greater than a predetermined value, depending on the position of the person detected by the human detection unit 4. In the alarm system 1, the heat stroke measurement is performed according to the position of the person detected by the human detection unit 4, for example, so that a person relatively far from the alarm 3 easily notices the alarm of the alarm 3. It is possible to change the mode of alarming when the measured value measured by the unit 7 is equal to or greater than a predetermined value.
Therefore, according to the alarm system 1, it can notify more reliably that the measured value which the heat stroke measurement part 7 measured is more than predetermined value, and can ensure the safety of the person who may have heat stroke. it can.

The alarm device 3 of the alarm system 1 is configured to change the timing of alarming when the measurement value measured by the heat stroke measurement unit 7 is equal to or more than a predetermined value according to the position of the person detected by the person detection unit 4 You can also. The timing to warn when the measured value measured by the heat stroke measuring unit 7 is equal to or more than the predetermined value at such a timing that a person easily notices the alarm 3 according to the position of the person detected by the person detecting unit 4 Is changed.
At this time, in the alarm system 1, as the setting of the alarm system 1 changed by the control unit 2 in step S3, the measurement value measured by the heat stroke measuring unit 7 is predetermined according to the position of the person detected by the person detecting unit 4. The control unit 2 performs setting to change the timing of alarming when the value is or more.

As described above, the alarm device 3 is configured to be able to change the timing of alarming when the measured value measured by the heat stroke measuring unit 7 is equal to or greater than a predetermined value, according to the position of the person detected by the person detecting unit 4. In the alarm system 1, for example, heat stroke measurement is performed according to the position of the person detected by the person detection unit 4 so that a person relatively far from the alarm 3 can easily notice the alarm of the alarm 3. The timing to warn when the measured value measured by the unit 7 is equal to or more than a predetermined value can be changed.
Therefore, according to the alarm system 1, it can notify more reliably that the measured value which the heat stroke measurement part 7 measured is more than predetermined value, and can ensure the safety of the person who may have heat stroke. it can.

The alarm device 3 of the alarm system 1 is configured to be able to change the mode of alarming a change in the external environment in accordance with the measurement value related to heat stroke measured by the heat stroke measurement unit 7. According to the measurement value about heat stroke which heat stroke measurement part 7 measured, the mode which warns a change of the external environment of alarm 3 is changed so that a person may be easily noticed by the alarm of alarm 3.
As setting of alarm system 1 which control part 2 changes in Step S3, according to a measurement value about heat stroke which heat stroke measurement part 7 measured, setting which changes a mode in which alarm 3 warns change of external environment is set. The control unit 2 performs this.
For example, when the measurement value regarding heat stroke measured by the heat stroke measurement unit 7 is relatively high, the control unit 2 is such that the measurement value regarding heat stroke measured by the heat stroke measurement unit 7 is relatively low. In order to make it easy for a person to notice the alarm of the alarm 3 as compared with a case, the setting for changing the volume of the alarm sound of the alarm 3 relatively large, or the alarm sound of the alarm 3 is issued by the person Make settings to change to a voice that is relatively easy to hear.
Also, for example, when the alarm device 3 is configured to intermittently emit an alarm sound, the control unit 2 determines that the measurement value regarding heat stroke measured by the heat stroke measurement unit 7 is relatively high. Compared with the case where the measurement value related to heat stroke measured by the heat stroke measurement unit 7 is relatively low, the setting is made to change the interval of the alarm sound that the alarm device 3 warns to a relatively short interval.

As described above, in the alarm system 1, for example, in the alarm system 1, the alarm device 3 is configured to be able to change the mode in which the change in the external environment is warned according to the measurement value regarding heat stroke measured by the heat stroke measurement unit 7. If the measurement value regarding heat stroke measured by the heat stroke measurement unit 7 is relatively high, the measurement value regarding heat stroke measured by the heat stroke measurement unit 7 is so easy for a person to notice the alarm of the alarm 3 According to the measurement value regarding heat stroke which the heat stroke measurement part 7 measured compared with the case where it is comparatively low, the aspect which warns about the change of the external environment of the alarm device 3 can be changed.
Therefore, according to the alarm system 1, changes in the external environment can be notified more reliably, and the safety of a person at risk of heat stroke can be ensured.

The alarm device 3 of the alarm system 1 can also be configured to be able to change the timing of alarming a change in the external environment according to the measurement value regarding heat stroke measured by the heat stroke measurement unit 7. The timing at which a change in the external environment of the alarm 3 is warned is changed in accordance with the measurement value regarding heat stroke measured by the heat stroke measurement unit 7 so that a person easily notices the alarm of the alarm 3.
At this time, in the alarm system 1, the alarm 3 changes the external environment according to the measurement value regarding heat stroke measured by the heat stroke measurement unit 7 as the setting of the alarm system 1 changed by the control unit 2 in step S3. The control unit 2 performs setting for changing the alarm timing.
For example, when the measurement value regarding heat stroke measured by the heat stroke measurement unit 7 is relatively high, the control unit 2 is such that the measurement value regarding heat stroke measured by the heat stroke measurement unit 7 is relatively low. A setting is made to change the timing at which the alarm device 3 makes an alarm (timing to start an operation to make an alarm) relatively earlier than in a case where there is a case.

As described above, in the alarm system 1, for example, in the alarm system 1, the alarm device 3 is configured to be able to change the timing of alarming a change in the external environment according to the measurement value regarding heat stroke measured by the heat stroke measurement unit 7. When the measurement value related to heat stroke measured by the heat stroke measurement unit 7 is relatively high, the measurement value related to heat stroke measured by the heat stroke measurement unit 7 is determined so that a person can easily notice the alarm of the alarm device 3. The timing at which a change in the external environment of the alarm device 3 is warned can be changed according to the measurement value regarding heat stroke measured by the heat stroke measurement unit 7 as compared to the case where it is relatively low.
Therefore, according to the alarm system 1, changes in the external environment can be notified more reliably, and the safety of a person at risk of heat stroke can be ensured.

The alarm device 3 of the alarm system 1 is used when the person detection unit 4 does not detect a person within a predetermined time after the person detection part 4 detects a person according to the measurement value related to heat stroke measured by the heat stroke measurement part 7. It is also possible to change the alarm mode. According to the measurement value related to heat stroke measured by the heat stroke measuring unit 7, a person is further detected within a predetermined time after the person detecting unit 4 detects the person so that the person can easily notice the alarm of the alarm device 3. The alarming mode of the alarm 3 when there is not is changed.
As a setting of the alarm system 1 changed by the control unit 2 in step S3, the human detection unit 4 detects a person according to the measurement value related to the heat stroke measured by the heat stroke measurement unit 7, and within a predetermined time after the person detection unit 4 detects the person. The control unit 2 performs setting for changing the mode in which the alarm unit 3 warns when it does not detect.

As described above, when the alarm device 3 does not detect a person within a predetermined time after the person detection unit 4 detects a person according to the measurement value related to heat stroke measured by the heat stroke measurement part 7 In the alarm system 1 configured to be able to change the mode of alarming, for example, when the measurement value related to heat stroke measured by the heat stroke measuring unit 7 is relatively high, a person may be alarmed by the alarm device 3. As compared with the case where the measurement value related to heat stroke measured by the heat stroke measurement unit 7 is relatively low, the person according to the measurement value related to heat stroke measured by the heat stroke measurement unit 7 It is possible to change the mode of alarming when no further person is detected within a predetermined time after the detection unit 4 detects a person.
Therefore, according to the alarm system 1, it is possible to more reliably notify that the person detection unit 4 has not detected a person within a predetermined time after the person detection unit 4 has detected a person, and the safety of a person who may have heat stroke Can be secured.

The alarm device 3 of the alarm system 1 does not detect another person within a predetermined time after the person detection unit 4 detects a person according to the measurement value related to heatstroke measured by the heatstroke measurement unit 7 The alarm timing can be changed. According to the measurement value regarding heat stroke measured by the heat stroke measurement unit 7, the person detection unit 4 further detects a person within a predetermined time after the person detection unit 4 detects a person so that the person easily notices the alarm of the alarm 3. The alarming timing of the alarm 3 is changed when there is not.
As the setting of the alarm system 1 which the control unit 2 changes in step S3, according to the measurement value regarding heat stroke measured by the heat stroke measurement unit 7, the person detection unit 4 detects a person, and a person is further detected within a predetermined time The control unit 2 performs setting to change the timing at which the alarm unit 3 warns when it does not detect.
For example, when the measurement value regarding heat stroke measured by the heat stroke measurement unit 7 is relatively high, the control unit 2 is such that the measurement value regarding heat stroke measured by the heat stroke measurement unit 7 is relatively low. As compared with the case where the human detection unit 4 detects a person, a predetermined time from the detection of a person to a warning is set to be a time shorter than the normal time.

As described above, when the alarm device 3 does not detect a person within a predetermined time after the person detection unit 4 detects a person according to the measurement value related to heat stroke measured by the heat stroke measurement part 7 In the alarm system 1 configured to be able to change the timing of alarming, for example, when the measurement value related to heat stroke measured by the heat stroke measuring unit 7 is relatively high, a person may be alarmed by the alarm device 3. So that the person detection unit 4 detects a person and detects when a person is not detected within a predetermined time in accordance with the measurement value related to the heatstroke measured by the heatstroke measurement part 7. Can be changed.
Therefore, according to the alarm system 1, it is possible to more reliably notify that the person detection unit 4 has not detected a person within a predetermined time after the person detection unit 4 has detected a person, and the safety of a person who may have heat stroke Can be secured.

The alarm device 3 of the alarm system 1 can change the mode of alarming when the measured value measured by the heat stroke measuring unit 7 is a predetermined value or more according to the measured value related to the heat stroke measured by the heat stroke measuring unit 7 Configured When the measurement value measured by the heat stroke measurement unit 7 is equal to or greater than a predetermined value in such a manner that the person can easily notice the alarm of the alarm device 3 according to the measurement value related to the heat stroke measured by the heat stroke measurement unit 7 The manner of alerting is changed.
When the measurement value measured by the heat stroke measurement unit 7 is greater than or equal to a predetermined value according to the measurement value related to the heat stroke measured by the heat stroke measurement unit 7 as the setting of the alarm system 1 changed by the control unit 2 in step S3 The control part 2 performs the setting which changes the aspect which alarms.

As described above, the alarm device 3 changes the mode of alarming when the measured value measured by the heat stroke measuring unit 7 is equal to or greater than a predetermined value in accordance with the measured value related to the heat stroke measured by the heat stroke measuring unit 7 In the alarm system 1 configured to be possible, for example, when the measurement value related to heat stroke measured by the heat stroke measurement unit 7 is relatively high, so that a person can easily notice the alarm of the alarm device 3, Compared to the case where the measurement value related to heat stroke measured by the heat stroke measurement unit 7 is relatively low, the mode of alarming is changed when the measurement value measured by the heat stroke measurement unit 7 is equal to or greater than a predetermined value. be able to.
Therefore, according to the alarm system 1, it is possible to more reliably notify that the measurement value related to heat stroke measured by the heat stroke measurement unit 7 is a predetermined value or more, and to ensure the safety of a person who may have heat stroke. be able to.

The alarm device 3 of the alarm system 1 can change the timing of alarming when the measurement value measured by the heat stroke measurement unit 7 is equal to or more than a predetermined value, according to the measurement value related to heat stroke measured by the heat stroke measurement unit 7 It can also be configured. When the measurement value measured by the heat stroke measurement unit 7 is equal to or more than a predetermined value at a timing at which a person easily notices the alarm 3 according to the measurement value related to heat stroke measured by the heat stroke measurement unit 7 The alarm timing is changed.
At this time, in the alarm system 1, as the setting of the alarm system 1 changed by the control unit 2 in step S3, the measurement by the heat stroke measurement unit 7 according to the measurement value regarding heat stroke measured by the heat stroke measurement unit 7 The control unit 2 performs setting to change the alarm timing when the value is equal to or greater than a predetermined value.

As described above, the alarm device 3 changes the timing at which the alarm device 3 warns when the measurement value measured by the heat stroke measurement unit 7 exceeds the predetermined value according to the measurement value related to heat stroke measured by the heat stroke measurement unit 7. In the alarm system 1 configured as possible, for example, when the measurement value regarding heat stroke measured by the heat stroke measurement unit 7 is relatively high, it is easy for a person to notice the alarm 3 alarm. The heatstroke measurement unit 7 measures the heatstroke measurement unit 7 in accordance with the measurement value on heatstroke measured by the heatstroke measurement unit 7 as compared to the case where the measurement value on heatstroke measured by the heatstroke measurement unit 7 is relatively low. The timing for alarming when the measured value is greater than or equal to a predetermined value can be changed.
Therefore, according to the alarm system 1, it is possible to more reliably notify that the measurement value related to heat stroke measured by the heat stroke measurement unit 7 is a predetermined value or more, and to ensure the safety of a person who may have heat stroke. be able to.

When the alarm device 3 of the alarm system 1 is configured to detect a change in the external environment in a plurality of stages, each stage of the change in the external environment detected by the alarm device 3 and the heat stroke measuring unit 7 measured. It is also possible to change the mode or timing of alarming the change of the external environment according to the measurement value regarding heat stroke.
As the setting of the alarm system 1 changed by the control unit 2 in step S3, the external environment is determined according to each stage of the change of the external environment detected by the alarm device 3 and the measurement value related to the heat stroke measured by the heat stroke measurement unit 7. The control unit 2 performs setting for changing an aspect or timing for warning a change in
For example, when the measurement value related to heat stroke measured by the heat stroke measurement unit 7 is relatively low, the control unit 2 has a relatively high measurement value related to heat stroke measured by the heat stroke measurement unit 7. Compared to the case where the alarm device 3 detects a change in the external environment with a relatively high degree of danger, a setting for alarming, a setting for changing the volume of the alarm sound that the alarm device 3 alarms relatively large, Alternatively, setting is performed to change the timing at which the alarm device 3 makes an alarm relatively early.
Further, for example, when the measured value related to heat stroke measured by the heat stroke measuring unit 7 is relatively high, the control unit 2 has a relatively low measured value related to heat stroke measured by the heat stroke measuring unit 7. Compared to the case where the alarm device 3 detects a change in the external environment with a relatively low risk level, a setting for alarming, and a setting for changing the volume of the alarm sound that the alarm device 3 alarms to a relatively low level Alternatively, a setting is made to change the timing at which the alarm 3 makes an alarm relatively late.
More specifically, when the alarm device 3 has a high measured value related to heat stroke measured by the heat stroke measuring unit 7, a change in the external environment is detected in four stages (for example, the detected object to be detected). When the concentration of the detected gas is low, slightly low, medium, and high), when the measurement value related to heat stroke measured by the heat stroke measurement unit 7 is relatively high A change in the external environment is detected in three stages (for example, when the detected gas concentration is slightly low, medium, or high), an alarm is given, and the heat stroke measurement unit 7 measures If the measurement value for heat stroke is relatively low, change in the external environment is detected in two stages (for example, when the detected gas concentration is medium or high) The control unit 2 changes the setting of the alarm system 1 so as to warn. To. At this time, for example, as the concentration of the gas to be detected detected by the alarm device 3 is higher, the control unit 2 greatly changes the volume of the alarm sound that the alarm device 3 warns, or the alarm device 3 issues an alarm. It is also possible to make a setting for changing the timing so as to be advanced.

As described above, the mode or timing at which the alarm 3 warns of the change in the external environment is changed in accordance with each stage of the detected change in the external environment and the measurement value regarding heat stroke measured by the heatstroke measurement unit 7. In the alarm system 1 configured as possible, according to each stage of the detected change in the external environment and the measurement value regarding heat stroke measured by the heatstroke measurement unit 7, an aspect or timing to warn of the change in the external environment change.
Therefore, according to the alarm system 1, according to each stage of the detected change of the external environment and the measurement value regarding heat stroke measured by the heatstroke measurement unit 7, the aspect or timing of changing the change of the external environment is changed. It is possible to notify the change of the external environment more reliably, and to ensure the safety of a person who may have heat stroke.

In the alarm system 1, when the alarm 3 detects a change in the external environment, the human detection unit 4 detects no human within a predetermined time after the human detection, or the heat stroke measurement unit 7 When the measured value measured is equal to or more than a predetermined value, information relating to that can be configured to be communicable to a place away from the place where the alarm system 1 is installed via a telecommunication line.
The alarm system 1 is information that the alarm device 3 has detected a change in the external environment, or information that the person detection unit 4 has not detected another person within a predetermined time since the person was detected. At the same timing as the alarm unit 3 warns in step S6 that the measured value measured by the heat stroke measuring unit 7 is equal to or more than a predetermined value, a predetermined timing earlier than the alarm unit 3 warns, Alternatively, communication is performed at a predetermined later timing than the timing at which the alarm device 3 warns.

The alarm system 1 can change the timing at which the alarm system 1 communicates information related to the measurement value measured by the heat stroke measurement unit 7 being greater than or equal to a predetermined value according to the position of the person detected by the human detection unit 4. It can also be configured.
At this time, in the alarm system 1, the measurement value measured by the heat stroke measurement unit 7 is predetermined as the setting of the alarm system 1 changed by the control unit 2 in step S3 according to the position of the person detected by the human detection unit 4. The control unit 2 performs a setting for changing the timing at which the alarm system 1 communicates information related to being equal to or greater than the value of.
For example, when the position of the person detected by the person detection unit 4 is a position relatively far from the alarm device 3, the control unit 2 determines that the position of the person detected by the person detection unit 4 is close to the alarm device 3. In comparison, a setting is made to change the timing at which the alarm system 1 communicates relatively late (longer) information regarding that the measurement value measured by the heat stroke measurement unit 7 is equal to or greater than a predetermined value.
Further, for example, when the position of the person detected by the person detection unit 4 is relatively close to the alarm device 3, the control unit 2 detects that the position of the person detected by the person detection unit 4 is far from the alarm device 3. The setting regarding changing the information regarding the measurement value which the heat stroke measuring part 7 measured is more than predetermined value so that the timing which the alarm system 1 communicates may be made comparatively early compared with FIG.

As described above, the timing at which the information related to the measurement value measured by the heat stroke measurement unit 7 being equal to or greater than a predetermined value can be changed according to the position of the person detected by the human detection unit 4. In the alarm system 1, according to the position of the person detected by the person detection unit 4, it is possible to change the timing of communicating information regarding that the measurement value measured by the heat stroke measurement unit 7 is equal to or more than a predetermined value. .
For this reason, in the alarm system 1, for example, when the human detection unit 4 detects a person at a position relatively far from the alarm device 3, the measurement value measured by the heat stroke measurement unit 7 is equal to or more than a predetermined value. By communicating information late (by delaying the time from alarm to alarm communication by alarm 3), a person at a position far from alarm 3 notices an alarm due to a false alarm etc. and then gives an alarm. Time for stopping can be secured, and communication based on misinformation to the outside can be prevented. In addition, when a person is relatively close to the alarm 3, compared to when the person is far from the alarm 3, it takes time from when the person notices an alarm due to a false alarm to when the alarm is stopped. Since it does not do, time to communicate outside may be set earlier compared with the case where it is far from the alarm 3.

The alarm system 1 is information on the detection of a change in the external environment according to the measurement value on heatstroke measured by the heatstroke measurement unit 7, and within a predetermined time after the human detection unit 4 detects a person Furthermore, it is also possible to change the timing at which the alarm system 1 communicates information on the fact that no human is detected, or information on the fact that the measured value measured by the heat stroke measuring unit 7 is greater than or equal to a predetermined value. it can.
At this time, in the alarm system 1, as the setting of the alarm system 1 changed by the control unit 2 in step S3, the indicator detects a change in the external environment according to the measurement value related to heatstroke measured by the heatstroke measurement unit 7. The information on the event, the information on the fact that the human detection unit 4 did not detect a human within a predetermined time after the human detection unit 4 detected a human, or the measured value measured by the heat stroke measuring unit 7 is equal to or greater than a predetermined value The control part 2 performs the setting which changes the timing which the alarm system 1 communicates the information regarding this.
For example, when the measurement value regarding heat stroke measured by the heat stroke measurement unit 7 is relatively high, the control unit 2 is such that the measurement value regarding heat stroke measured by the heat stroke measurement unit 7 is relatively low. Compared to some cases, information related to the change of the external environment detected by the reporting device, information related to the fact that the human detection unit 4 did not detect a person within a predetermined time after the person was detected, or The setting which changes so that the timing which the alarm system 1 communicates the information regarding that the measured value which the symptom measuring part 7 measured is more than predetermined value communicates comparatively early is performed.

As described above, in accordance with the measurement value related to heat stroke measured by the heat stroke measurement unit 7, information relating to detection of a change in the external environment by the reporter, within a predetermined time after the human detection unit 4 detects a person In the alarm system 1, which is configured to be able to change the timing of communicating information relating to the fact that no person has been further detected or information relating to the measurement value measured by the heat stroke measurement unit 7 being greater than or equal to a predetermined value. , According to the measurement value related to heat stroke measured by the heat stroke measurement unit 7, information on the reporter detecting a change in the external environment, and further detecting a person within a predetermined time after the person detection unit 4 detects the person It is possible to change the timing of communicating information related to the fact that it has not been detected or information related to the fact that the measurement value measured by the heat stroke measurement unit 7 is greater than or equal to a predetermined value.
For this reason, in the alarm system 1, according to the measurement value related to heat stroke measured by the heat stroke measurement unit 7, information related to the reporter detecting a change in the external environment, after the human detection unit 4 detects a person. Information regarding the fact that no further person has been detected within the predetermined time or information regarding that the measurement value measured by the heat stroke measurement unit 7 is equal to or greater than the predetermined value is communicated early, and the measurement value regarding heat stroke is obtained. In a relatively high state, a change in the external environment has occurred, a person has not been detected within a predetermined time after the person detection unit 4 has detected a person, or the heat stroke measurement part 7 has measured. It can be notified to the outside early that the measured value is equal to or greater than a predetermined value.
Therefore, according to the alarm system 1, the change in the external environment has occurred in response to the measurement value related to heat stroke measured by the heat stroke measurement unit 7, and the human detection unit 4 has detected a person. It is possible to notify the outside that the person has not been detected further within the predetermined time or that the measured value measured by the heat stroke measuring unit 7 is equal to or greater than the predetermined value. Human safety can be ensured.

When it is determined that the measurement values regarding heat stroke measured by the heatstroke measurement unit 7 of the alarm system 1 are equal to or greater than a predetermined value in a plurality of stages (for example, four stages), the alarm system 1 is a heatstroke measurement unit The aspect which communicates the information regarding that the measured value which 7 measured is more than predetermined value can also be comprised so that a change is possible according to each step of the measured value regarding the heat stroke which the heat stroke measurement part 7 measured.
For example, in the alarm system 1, the measurement value measured by the heatstroke measurement unit 7 is not less than a predetermined value only when the measurement value related to heatstroke measured by the heatstroke measurement unit 7 is in a relatively high risk state. Communicate information about things.

As described above, it is determined that the measurement value related to heat stroke measured by the heat stroke measurement unit 7 is not less than a predetermined value in a plurality of stages, and the measurement value measured by the heat stroke measurement unit 7 is not less than a predetermined value. In the alarm system 1, which is configured to be able to change the mode of communicating information according to each stage of the measurement value related to heat stroke measured by the heat stroke measurement unit 7, the measurement related to heat stroke measured by the heat stroke measurement unit 7 According to the degree of risk of the value, it is possible to communicate information on the fact that the measured value measured by the heat stroke measuring unit 7 is equal to or greater than a predetermined value.
Therefore, according to the alarm system 1, for example, only when the heat stroke measurement unit 7 measures a value related to heat stroke with a relatively high degree of risk, the measurement value related to heat stroke measured by the heat stroke measurement unit 7 is a predetermined value. By communicating information regarding the above, it is possible to prevent frequent communication of information regarding that the measurement value related to heat stroke measured by the heat stroke measurement unit 7 is greater than or equal to a predetermined value. Communication can be prevented.

The alarm system 1 includes a single or a plurality of person detection units 4, a single or a plurality of alarm devices 3, and a single heat stroke measurement unit 7.
The human detection unit 4, the alarm device 3, and the heat stroke measurement unit 7 are separately configured, and are disposed at separate positions. The human detection unit 4, the alarm device 3, and the heat stroke measurement unit 7 are connected to each other by wire or wirelessly.
At this time, it is desirable that the heat stroke measuring unit 7 is disposed in a place where people frequently go in and out, a place where people are likely to gather, a place where people stay for a relatively long time, and the like. The alarm device 3 is disposed at, for example, a bathroom entrance, a bedroom, a toilet, a hallway, a staircase, a kitchen, or a living room.

As shown in FIG. 9, the alarm system 1 can also be configured to include a single human detection unit 4, a single alarm device 3, and a plurality of heat stroke measurement units 7.
As described above, in the alarm system 1 including the plurality of heatstroke measurement units 7, the heatstroke measurement unit 7 is disposed in a wide range, and the heatstroke measurement unit 7 measures the value related to heatstroke in a wide range. Can do.
At this time, the human detection unit 4 or the alarm device 3 can be configured integrally with one heat stroke measurement unit 7 among the plurality of heat stroke measurement units 7.

As shown in FIG. 10, the alarm system 1 can also be configured to include a plurality of human detection units 4, a single alarm 3, and a plurality of heat stroke measurement units 7.
Thus, in the alarm system 1 including the plurality of human detection units 4 and the plurality of heat stroke measurement units 7, the human detection unit 4 is disposed in a wide range, and the human detection unit 4 Whether or not it has been detected can be determined, and the heatstroke measurement unit 7 can be disposed in a wide range, and the heatstroke measurement unit 7 can measure the value related to heatstroke in a wide range.
At this time, the alarm device 3 can be configured integrally with one of the plurality of human detection units 4 or one of the heatstroke measurement units 7 of the plurality of heatstroke measurement units 7. .

As shown in FIG. 11, the alarm system 1 can also be configured to include a single person detection unit 4, a plurality of alarm devices 3, and a plurality of heat stroke measurement units 7.
As described above, in the alarm system 1 including the plurality of alarm devices 3 and the plurality of heat stroke measuring units 7, the alarm device 3 is arranged in a wide range, and the alarm by the alarm device 3 can be performed in a wide range. Moreover, the heat stroke measurement part 7 can be arrange | positioned in a wide range, and the value regarding the heat stroke by the heat stroke measurement part 7 can be measured in a wide range.
At this time, the human detection unit 4 can be configured integrally with one alarm device 3 of the plurality of alarm devices 3 or one heat stroke measurement unit 7 of the plurality of heat stroke measurement units 7. . At this time, the control unit 2 can be configured integrally with the human detection unit 4.

As shown in FIG. 12, the alarm system 1 can also be configured to include a plurality of human detection units 4, a plurality of alarm devices 3, and a plurality of heat stroke measurement units 7.
As described above, in the alarm system 1 including the plurality of human detection units 4, the plurality of alarms 3, and the plurality of heat stroke measurement units 7, the human detection units 4 are disposed in a wide range, and The person detection unit 4 can determine whether or not a person has been detected, the alarm device 3 can be arranged in a wide range, and an alarm can be issued by the alarm device 3 in a wide range. The heat stroke measuring unit 7 can be arranged, and the value related to heat stroke can be measured by the heat stroke measuring unit 7 in a wide range.
At this time, the alarm system 1 includes a single control unit 2, and the control unit 2 is configured separately from the human detection unit 4, the alarm device 3, and the heat stroke measurement unit 7, but the human detection unit 4. Alternatively, it can be configured integrally with the alarm device 3.
At this time, the plurality of human detection units 4, the plurality of alarm devices 3, and the plurality of heat stroke measurement units 7 can be integrally configured (see FIG. 13).
As described above, in the alarm system 1 in which the plurality of human detection units 4, the plurality of alarm devices 3, and the plurality of heat stroke measurement units 7 are integrally configured, the plurality of human detection units 4 and the plurality of human detection units 4 are configured. Even if each alarm 3 and the plurality of heat stroke measuring units 7 are provided, the alarm system 1 can be configured compactly.
At this time, the control unit 2 can be configured separately from the human detection unit 4 and the alarm device 3.

  In the alarm system 1 including a plurality of alarm devices 3, when at least one alarm device 3 of the plurality of alarm devices 3 detects a change in the external environment, the human detection unit 4 detects a person and then determines a predetermined value. When no more people are detected within the time, or all the alarm devices 3 warn that the measured value measured by the heat stroke measurement unit 7 is equal to or more than a predetermined value.

In the alarm system 1 including the plurality of alarms 3, the plurality of alarms 3 are at least a part of the alarms 3 depending on the position of the person detected by the person detection unit 4 according to the heat stroke measurement unit 7. The aspect which warns when the measured value which was measured is more than predetermined value can also be constituted so that change is possible. According to the position of the person detected by the person detection unit 4, the heat stroke measurement unit 7 is a part of the plurality of alarms 3 among the plurality of alarms 3 in such a manner that the person easily notices the alarm of the alarm 3 The mode of alerting when the measured value measured is equal to or greater than a predetermined value is changed.
As a setting of the alarm system 1 changed by the control unit 2 in step S3, according to the position of the person detected by the person detection unit 4, the heat stroke measurement unit for some of the plurality of alarms 3 The control unit 2 performs setting for changing the mode in which the alarm 3 warns when the measured value measured by 7 is equal to or more than a predetermined value.

As described above, the plurality of alarm devices 3 have predetermined measurement values measured by the heat stroke measurement unit 7 according to the position of the person detected by the person detection unit 4 with at least some of the alarm devices 3 among them. In the alarm system 1 configured to be able to change the mode of alarming when the value is higher than the value, for example, the person detection unit 4 can easily notice the alarm of the alarm 3 by a person relatively far from the alarm 3. According to the position of the person detected by the user, change the mode of alarming when the measurement value measured by the heat stroke measuring unit 7 with respect to some of the plurality of alarm devices 3 among the plurality of alarm devices 3 is a predetermined value or more. Can do.
Therefore, according to the alarm system 1, it can notify more reliably that the measured value which the heat stroke measurement part 7 measured is more than predetermined value, and can ensure the safety of the person who may have heat stroke. it can.

In the alarm system 1 including the plurality of alarms 3, the plurality of alarms 3 are at least a part of the alarms 3 depending on the position of the person detected by the person detection unit 4 according to the heat stroke measurement unit 7. It is also possible to change the timing of alarming when the measured value measured by the sensor is greater than or equal to a predetermined value. According to the position of the person detected by the person detection unit 4, the heat stroke measurement unit 7 is a part of the plurality of alarms 3 among the plurality of alarms 3 in such a manner that the person easily notices the alarm of the alarm 3 The timing of alarming is changed when the measured value measured is equal to or greater than a predetermined value.
As a setting of the alarm system 1 changed by the control unit 2 in step S3, according to the position of the person detected by the person detection unit 4, the heat stroke measurement unit for some of the plurality of alarms 3 The control unit 2 performs setting for changing the timing at which the alarm 3 warns when the measured value measured by 7 is equal to or more than a predetermined value.

As described above, the plurality of alarm devices 3 have predetermined measurement values measured by the heat stroke measurement unit 7 according to the position of the person detected by the person detection unit 4 with at least some of the alarm devices 3 among them. In the alarm system 1 configured to be able to change the timing of alarming when the value is greater than, for example, the person detection unit 4 so that a person at a position relatively far from the alarm 3 can easily notice the alarm 3 Change the timing of alarming when the measurement value measured by the heat stroke measuring unit 7 for a part of the plurality of alarms 3 among the plurality of alarms 3 is equal to or more than a predetermined value according to the position of the person detected by Can.
Therefore, according to the alarm system 1, it can notify more reliably that the measured value which the heat stroke measurement part 7 measured is more than predetermined value, and can ensure the safety of the person who may have heat stroke. it can.

In the alarm system 1 including the plurality of alarms 3, the plurality of alarms 3 is at least a part of the alarms 3 according to the measurement value regarding heat stroke measured by the heat stroke measurement unit 7, the external environment It is also possible to change the manner in which the change warning is changed. According to the measurement value related to heat stroke measured by the heat stroke measurement unit 7, a part of the plurality of alarms 3 among the plurality of alarms 3 can be easily noticed by the alarm 3 The manner in which the change is alerted is changed.
As the setting of the alarm system 1 changed by the control unit 2 in step S3, according to the measurement value regarding heat stroke measured by the heat stroke measurement unit 7, at least some of the plurality of alarm devices 3 are external The control part 2 performs the setting which changes the aspect which alarms an environmental change.
For example, with regard to the alarm 3 at a position relatively far from the position of the heatstroke measurement unit 7 at which the control unit 2 measures a relatively high value for heat stroke, an alarm at a position relatively away from the position of the heatstroke measurement unit 7 About the device 3, compared with the case where it is near from the position of the heat stroke measurement part 7, the setting to change the volume of the alarm sound relatively large, or the setting to change the alarm sound to a voice that people can easily hear Do.
Also, for example, when the alarm device 3 is configured to emit an audible alarm intermittently, the control unit 2 generates an alarm at a position relatively far from the position of the heatstroke measurement unit 7 which has measured a value related to a relatively high heatstroke. As for the device 3, a setting is made to change the interval of the alarm sound that the alarm device 3 warns to a relatively short interval as compared with the case where it is close to the position of the heat stroke measuring unit 7.
Further, for example, the control unit 2 may set a predetermined value so that only the alarm 3 closest to the position relatively far from the position of the heatstroke measurement unit 7 which measures the value regarding heatstroke exceeding the predetermined value is alerted. According to the position of the heatstroke measurement part 7 which measured the value regarding the heat stroke which exceeded, the setting which the alarm device 3 does not warn is performed.
In the case where the plurality of heat stroke measurement units 7 are provided, the plurality of alarm devices 3 similarly measure the heat stroke measurement values measured by each heat stroke measurement unit 7 with respect to at least some of the alarm devices 3. Depending on the situation, the alarm mode can be changed.

As described above, the plurality of alarm devices 3 can change the mode of alarming a change in the external environment according to the measurement value related to heat stroke measured by the heat stroke measuring unit 7 for at least some of the alarm devices 3. In the alarm system 1 configured as described above, for example, when a measurement value related to heat stroke measured by the heat stroke measurement unit 7 is relatively high, heat stroke is performed so that a person can easily notice the alarm of the alarm device 3 According to the measurement value related to heat stroke measured by the measurement unit 7, a mode of alarming a change in the external environment for some of the alarm devices 3 among the plurality of alarm devices 3 can be changed.
Therefore, according to the alarm system 1, changes in the external environment can be notified more reliably, and the safety of a person at risk of heat stroke can be ensured.

In the alarm system 1 including the plurality of alarms 3, the plurality of alarms 3 is at least a part of the alarms 3 according to the measurement value regarding heat stroke measured by the heat stroke measurement unit 7, the external environment It is also possible to change the timing of alerting the change of. According to the measurement value related to heat stroke measured by the heat stroke measurement unit 7, a part of the plurality of alarms 3 among the plurality of alarms 3 can be easily noticed by the alarm 3 The timing for alarming the change is changed.
As the setting of the alarm system 1 changed by the control unit 2 in step S3, the external environment of some of the plurality of alarms 3 according to the measurement value regarding heat stroke measured by the heatstroke measurement unit 7 The control unit 2 performs setting for changing the timing of alarming the change of.
For example, the control unit 2 compares the alarm device 3 at a position relatively far from the position of the heat stroke measurement unit 7 that measures a relatively high value related to heat stroke with a position relatively close to the position of the heat stroke measurement unit 7. And make settings to change the timing of the alarm relatively quickly.
In addition, for example, the control unit 2 performs settings such that the alarm device 3 issues a warning in order of positions far from a position relatively close to the heat stroke measurement unit 7 that measures a value related to heat stroke exceeding a predetermined value.
In the case where the plurality of heat stroke measurement units 7 are provided, the plurality of alarm devices 3 similarly measure the heat stroke measurement values measured by each heat stroke measurement unit 7 with respect to at least some of the alarm devices 3. According to the timing of the alarm can be changed.

As described above, the plurality of alarm devices 3 change the timing at which the external environment change is warned according to the measurement value regarding heat stroke measured by the heat stroke measurement unit 7 for at least some of the alarm devices 3 among them. In the alarm system 1 configured as possible, for example, when the measurement value regarding heat stroke measured by the heat stroke measurement unit 7 is relatively high, it is possible for the person to easily notice the alarm of the alarm 3; The timing at which a change in the external environment is alarmed for some of the alarm devices 3 among the plurality of alarm devices 3 can be changed according to the measurement value related to heat stroke measured by the disease measurement unit 7.
Therefore, according to the alarm system 1, changes in the external environment can be notified more reliably, and the safety of a person at risk of heat stroke can be ensured.

In the alarm system 1 including the plurality of alarms 3, the plurality of alarms 3 detect people according to the measurement value related to heat stroke measured by the heatstroke measurement unit 7 for at least some of the alarms 3 among them. It is also possible to change the mode of alerting when the part 4 does not detect a person within a predetermined time after detecting the person. In a mode in which a person easily notices the alarm of the alarm 3 according to the measurement value related to heat stroke measured by the heat stroke measurement unit 7, a human detection unit for some of the plurality of alarms 3 The mode of alerting when no person is detected within a predetermined time after the detection of the person 4 is changed.
As the setting of the alarm system 1 changed by the control unit 2 in step S3, according to the measurement value regarding heat stroke measured by the heat stroke measurement unit 7, a part of the plurality of alarm devices 3 may be a person The control part 2 performs the setting which changes the aspect which the alarm device 3 alarms when the detection part 4 does not detect a person within a predetermined time after detecting a person.

As described above, in the plurality of alarm devices 3, at least some of the alarm devices 3 are detected by the human detection unit 4 according to the measurement value related to the heat stroke measured by the heat stroke measurement unit 7. In the alarm system 1, which is configured to be able to change the mode of alarming when no further person is detected within a predetermined time from, for example, the heat stroke measurement value measured by the heat stroke measurement unit 7 is relatively high For some of the alarm devices 3 among the plurality of alarm devices 3, depending on the measurement value related to heat stroke measured by the heat stroke measuring unit 7 so that a person can easily notice the alarm of the alarm device 3 It is possible to change the mode of alarming when no further person is detected within a predetermined time after the person detecting unit 4 detects the person.
Therefore, according to the alarm system 1, it is possible to more reliably notify that the person detection unit 4 has not detected a person within a predetermined time after the person detection unit 4 has detected a person, and the safety of a person who may have heat stroke Can be secured.

In the alarm system 1 including the plurality of alarms 3, the plurality of alarms 3 detect people according to the measurement value related to heat stroke measured by the heatstroke measurement unit 7 for at least some of the alarms 3 among them. It is also possible to change the timing for alarming when no person is detected within a predetermined time after the section 4 detects a person. In a mode in which a person easily notices the alarm of the alarm 3 according to the measurement value related to heat stroke measured by the heat stroke measurement unit 7, a human detection unit for some of the plurality of alarms 3 The timing for alarming when no further person is detected within a predetermined time after 4 detects the person is changed.
As the setting of the alarm system 1 changed by the control unit 2 in step S3, according to the measurement value regarding heat stroke measured by the heat stroke measurement unit 7, a part of the plurality of alarm devices 3 may be a person The control unit 2 performs a setting for changing the timing at which the alarm device 3 warns when no further person is detected within a predetermined time after the detection unit 4 detects the person.

As described above, in the plurality of alarm devices 3, the human detection unit 4 detects a person according to the measurement value regarding heat stroke measured by the heat stroke measurement unit 7 for at least a part of the alarm devices 3. In the alarm system 1 configured to be able to change the timing of alarming when a person is not further detected within a predetermined time from the point, for example, the measurement value regarding heat stroke measured by the heat stroke measuring unit 7 is relatively high In the case where it is, according to the measurement value regarding heat stroke which the heat stroke measurement unit 7 measured, so that a person easily notices the alarm of the alarm 3, some of the alarms 3 among the plurality of alarms 3 It is possible to change the timing of alarming when no further person is detected within a predetermined time after the person detecting unit 4 detects the person.
Therefore, according to the alarm system 1, it is possible to more reliably notify that the person detection unit 4 has not detected a person within a predetermined time after the person detection unit 4 has detected a person, and the safety of a person who may have heat stroke Can be secured.

In the alarm system 1 including the plurality of alarms 3, the plurality of alarms 3 are at least some of the alarms 3 according to the measurement value related to heat stroke measured by the heatstroke measurement unit 7. The mode which warns when the measured value which measurement part 7 measured is more than predetermined value can also be constituted so that change is possible. Heat stroke measurement of some of the plurality of alarms 3 among the plurality of alarms 3 in a mode in which a person easily notices the alarm of the alarm 3 according to the measurement value related to heat stroke measured by the heat stroke measurement unit 7 The mode of alarming when the measured value measured by the unit 7 is equal to or greater than a predetermined value is changed.
As the setting of the alarm system 1 changed by the control unit 2 in step S3, according to the measurement value related to heatstroke measured by the heatstroke measurement unit 7, heat of some of the alarm devices 3 among the plurality of alarm devices 3 The control unit 2 performs setting to change the mode in which the alarm 3 warns when the measurement value measured by the disorder measurement unit 7 is equal to or more than a predetermined value.

As described above, the plurality of alarm devices 3 are measured values measured by the heat stroke measuring unit 7 according to the measured values related to the heat stroke measured by the heat stroke measuring unit 7 for at least some of the alarm devices 3. In the alarm system 1 that is configured to be able to change the mode of alarming when the value is equal to or greater than a predetermined value, for example, when the measurement value related to heat stroke measured by the heat stroke measurement unit 7 is relatively high, In order to make it easy to notice the alarm of the alarm device 3, the heat stroke measuring unit 7 of some of the alarm devices 3 has the heat stroke measuring unit 7 according to the measurement value related to the heat stroke measured by the heat stroke measuring unit 7. It is possible to change the mode of alarming when the measured value is greater than or equal to a predetermined value.
Therefore, according to the alarm system 1, it can notify more reliably that the measured value which the heat stroke measurement part 7 measured is more than predetermined value, and can ensure the safety of the person who may have heat stroke. it can.

In the alarm system 1 including the plurality of alarms 3, the plurality of alarms 3 are at least some of the alarms 3 according to the measurement value related to heat stroke measured by the heatstroke measurement unit 7. It is also possible to change the timing for alarming when the measurement value measured by the measurement unit 7 is greater than or equal to a predetermined value. Heat stroke measurement of some of the plurality of alarms 3 among the plurality of alarms 3 in a mode in which a person easily notices the alarm of the alarm 3 according to the measurement value related to heat stroke measured by the heat stroke measurement unit 7 The alarm timing is changed when the measured value measured by the unit 7 is equal to or greater than a predetermined value.
As the setting of the alarm system 1 changed by the control unit 2 in step S3, according to the measurement value related to heatstroke measured by the heatstroke measurement unit 7, heat of some of the alarm devices 3 among the plurality of alarm devices 3 When the measured value measured by the symptom measuring unit 7 is equal to or greater than a predetermined value, the control unit 2 performs setting for changing the timing at which the alarm device 3 warns.

As described above, the plurality of alarm devices 3 are measured values measured by the heat stroke measuring unit 7 according to the measured values related to the heat stroke measured by the heat stroke measuring unit 7 for at least some of the alarm devices 3. In the alarm system 1, which is configured to be able to change the timing of alarming when the value is greater than or equal to a predetermined value, for example, when the measurement value regarding heat stroke measured by the heat stroke measurement unit 7 is relatively high, In order to make it easy to notice the alarm of the alarm device 3, the heat stroke measuring unit 7 of some of the alarm devices 3 has the heat stroke measuring unit 7 according to the measurement value related to the heat stroke measured by the heat stroke measuring unit 7. The timing to warn when the measured value measured is equal to or more than a predetermined value can be changed.
Therefore, according to the alarm system 1, it can notify more reliably that the measured value which the heat stroke measurement part 7 measured is more than predetermined value, and can ensure the safety of the person who may have heat stroke. it can.

  The alarm device 3 of the alarm system 1 has a configuration in which no alarm is issued even when a person is not detected within a predetermined time after the person detection unit 4 detects a person, or a measurement measured by the heat stroke measurement unit 7. Even when the value is equal to or more than a predetermined value, it may be configured not to warn.

1 alarm system 2 control unit 3 alarm 4 person detection unit 5 sensor unit 6 alarm unit 7 heat stroke measurement unit

Claims (5)

Heat stroke measurement unit that measures values related to heat stroke, a detection unit that detects changes in the external environment other than the values related to heat stroke, a human detection unit that detects people, and a measurement value measured by the heat stroke measurement unit Is an alarm unit that warns when the detection unit detects a change in the external environment, or when the person detection unit detects a person and does not further detect a person within a predetermined time An alarm system comprising:
According to the measurement value related to heat stroke measured by the heat stroke measurement unit, it is possible to change the mode in which the alarm unit warns the detection result of the detection unit .
Alarm system. According to the measurement value measured by the heat stroke measurement unit, the timing at which the alarm unit warns the detection result of the detection unit can be changed.
The alarm system according to claim 1. According to the measurement value measured by the heat stroke measurement unit, the manner in which the alarm unit warns about the detection result of the human detection unit is configured to be changeable,
The alarm system according to claim 1 or 2. According to the measurement value measured by the heat stroke measurement unit, the timing at which the alarm unit warns the detection result of the human detection unit can be changed.
The alarm system according to any one of claims 1 to 3. A plurality of the alarm units ;
The alarm system according to any one of claims 1 to 4.