JP2008206920A - Nursing support system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To easily grasp the change of alarm issuing by tabulating the number of times of alarm issuing, based on alarm information, in a prescribed time range. <P>SOLUTION: When a detecting part 103 determines an abnormality in biological data on a biological monitor 100, a transmitting part 104 acquires measured person information, alarm issuing date and time information, alarm kind information, and measurement instrument information, and transmits them to a management device 110 as the alarm information. The management device 110 stores the received alarm information in a storage part 113. An extracting part 115 extracts the alarm information corresponding to the measured person information indicating a desired measured person and the measurement instrument information of the desired biological monitor 100. A tabulating part 116 time-sequentially tabulates the number of times of alarm issuing per prescribed unit time, based on the alarm issuing date and time information of the extracted alarm information. A display part 117 displays the change of the number of times of alarm issuing by making display patterns different. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a nursing support system that acquires alarm information issued from a biological monitor.

  In general, in a hospital, a nursing support system is used in order to advance nursing action efficiently. In a conventional nursing support system, biological data measured by a biological monitor (for example, a vital sensor, an electrocardiograph, a ventilator, etc.) is acquired and managed.

By the way, when the biological data indicates an abnormality due to a sudden change of the patient or the like, the biological monitor detects an abnormal output signal (hereinafter referred to as an alarm). In recent years, every time an alarm is detected by associating the measured person information indicating the measured person, the alarm occurrence date / time information indicating the alarm occurrence date / time, and the alarm type information such as blood pressure drop or heart rate abnormality. There has been disclosed a patient monitoring apparatus that stores alarm information and displays alarm information on a screen at an arbitrary timing (see, for example, Patent Document 1). In the patient monitoring device described in Patent Literature 1, alarm type information of an alarm that is generated when an upper limit value determined according to each patient is exceeded or when a lower limit value is exceeded is displayed.
JP-A-9-131324

  However, since the patient monitoring apparatus described in Patent Document 1 only displays alarm information in a list and does not count the number of alarm occurrences for a predetermined time range, it is possible to perform medical treatment such as a doctor or nurse. The worker had a problem that it was difficult to grasp the change in the occurrence of the alarm.

  The present invention has been made to solve such problems. The number of alarm occurrences for a predetermined time range is totaled from the alarm information, and nursing that makes it possible to easily grasp changes in the occurrence of alarms. The purpose is to provide a support system.

  In order to solve the above-described problems, in the nursing support system of the present invention, alarm information transmitted from a biological monitor is stored in a management device, and measured person information indicating a desired measured person and / or a desired living body. Alarm information corresponding to the measurement device information of the monitor is extracted. Based on the alarm occurrence date / time information of the extracted alarm information, the number of alarm occurrences per predetermined unit time is totaled in time series, and changes in the number of alarm occurrences are displayed with different display patterns.

  According to the present invention configured as described above, a change in the number of alarm occurrences is visually distinguished. Thereby, the medical worker can easily grasp the change in the occurrence of the alarm without performing the counting work.

  Hereinafter, an embodiment of the present invention will be described with reference to the drawings. FIG. 1 shows a hardware configuration diagram of a nursing support system according to the present embodiment. As shown in the figure, the nursing support system according to the present embodiment includes a living body monitor 100 and a management device 110.

  The biological monitor 100 includes a biological monitor control unit 101, a measurement unit 102, a detection unit 103, a transmission unit 104, and a biological monitor interface (I / F) unit 105. The management device 110 includes a management device control unit 111, a reception unit 112, a storage unit 113, an input unit 114, an extraction unit 115, a totaling unit 116, a display unit 117, and a management device interface ( I / F) section 118.

  In FIG. 1, a biological monitor 100 is installed in the vicinity of a patient in a hospital room or examination room, and is connected to the management apparatus 110 via a network. The management device 110 is installed in a medical worker's room or a server room in which various servers are installed. A plurality of biological monitors 100 are connected to the management device 110.

  The biological monitor control unit 101 controls each component of the biological monitor 100 as described later. The measuring unit 102 is for measuring the biological data of the measurement subject. The biological monitor 100 can perform measurement by operating the measurement unit 102. When the operation of the measurement unit 102 starts, the measurement unit 102 measures the biological data of the measurement subject and outputs the biological data. The detection unit 103 inputs the biometric data output from the measurement unit 102, and the input biometric data indicates an abnormality (for example, a rapid change in the biometric data due to a sudden change in the measurement subject or a preset upper limit value). Or when the value falls below a set lower limit value), an abnormality is detected as an alarm. When the detection unit 103 determines that the input biological data is abnormal, the biological monitor control unit 101 operates the transmission unit 104.

  The transmission unit 104 includes measurement subject information indicating a measurement subject, alarm occurrence date and time information indicating an alarm occurrence date and time, alarm type information indicating an alarm type, and a measurement device indicating a measurement device type of the biological monitor 100 Information is acquired, linked to each other, and transmitted to the management apparatus 110 as alarm information. The transmission unit 104 acquires measurement subject information and measurement device information registered in a setting file of the biological monitor 100 (not shown). Further, the transmission unit 104 acquires the alarm occurrence date and time detected by the detection unit 103 as alarm occurrence date and time information, and acquires the alarm type as alarm type information. When generating the alarm information, the transmitting unit 104 transmits the alarm information to the management device 110 set in advance via the biological monitor I / F unit 105.

  The biological monitor I / F unit 105 connects the biological monitor 100 and the management device 110 via a network, and communicates alarm information transmitted from the transmission unit 104 to the management device 110.

  The management device control unit 111 controls each component of the management device 110 as described later. The receiving unit 112 receives alarm information transmitted from the biological monitor 100. When the alarm information is received via the management device I / F unit 118, the reception unit 112 stores the measured person information, the alarm occurrence date / time information, the alarm type information, and the measurement device information included in the alarm information in the storage unit 113. save.

  The storage unit 113 stores person-to-be-measured information, alarm occurrence date / time information, alarm type information, and measuring device information included in the alarm information received by the receiving unit 112. Here, the storage unit 113 stores the person-to-be-measured information, the alarm occurrence date / time information, the alarm type information, and the measuring device information in association with each other.

  The input unit 114 is used to input measurement subject information indicating a desired measurement subject and measurement device information of a desired biological monitor. When the medical worker presses a totaling start button (not shown), the management device control unit 111 operates the input unit 114. When the operation of the input unit 114 starts, the input unit 114 outputs an input screen (not shown). The input screen includes a measured person information input field and a list display button. In this example, the medical staff inputs “Taro Yamada” with the input unit 114 in the measurement subject information input field of the input screen. When the medical staff presses the list display button, the management device control unit 111 determines whether or not the measurement subject information is input. When the management apparatus control unit 111 determines that the measured person information is input, the management apparatus control unit 111 operates the extraction unit 115. The extraction unit 115 extracts a list of alarm information of the subject corresponding to the subject information inputted in the subject information input field.

  Further, when a medical worker presses a totaling button (not shown) on an alarm information list screen 200 described later, the management device control unit 111 operates the input unit 114. When the operation of the input unit 114 starts, the input unit 114 outputs a totaling condition input screen (not shown). The total condition input screen includes a measurement device information input field, a total condition input field, a signal display condition input field, and an execution button. The medical staff inputs measurement device information in the measurement device information input column, range information and total alarm type information in the total condition input column, and determination information in the signal display condition input column. When the medical staff presses the execution button, the management device control unit 111 determines whether or not each aggregation condition is input. When the management device control unit 111 determines that the respective aggregation conditions have been input, the management device control unit 111 causes the extraction unit 115 to operate. In this example, the medical staff uses the input unit 114 to input “A-26K” in the measurement device information input field of the total condition input screen, Enter "every day" and enter "the latest 3 days" in the signal display condition input field.

  The extraction unit 115 extracts alarm information corresponding to the measured person information and device information input from the input unit 114 from the storage unit 113. When the management apparatus control unit 111 determines that the measured person information is input in the measured person information input field of the input screen (not shown), the management apparatus control unit 111 operates the extraction unit 115. When the operation of the extraction unit 115 starts, the extraction unit 115 extracts a list of alarm information of the subject corresponding to the subject information input in the subject information input field. Then, the display unit 117 displays the alarm information list extracted by the extraction unit 115 on the alarm information list screen 200.

  As shown in FIG. 2, the alarm information list screen 200 is a screen that displays the alarm information stored in the storage unit 113 for each person to be measured. The alarm information list screen 200 has a No. A display field 201, a measuring device information display field 202, an alarm date / time display field 203, and an alarm type display field 204 are included. The measurement device information of the biological monitor 100 included in the alarm information is displayed in the measurement device information display field 202. The alarm occurrence date / time information included in the alarm information is displayed in the alarm date / time display field 202. The alarm type information included in the alarm information is displayed in the alarm type display field 204. With these displays, the alarm date and time from the biological monitor 100 and the type of alarm are displayed for each person to be measured, so that the medical staff can manage the alarm contents for each person to be measured.

  On the alarm information list screen 200, in addition to the alarm information list of the measurement subject, an aggregation button (not shown) is displayed. When the medical staff presses the totaling button, the management device control unit 111 operates the input unit 114 and outputs a totaling condition input screen (not shown).

  When the medical staff presses the execution button on the totaling condition input screen and the management apparatus control unit 111 determines that each totaling condition has been input, the management apparatus control unit 111 causes the extraction unit 115 to operate. . When the operation of the extraction unit 115 is started, the extraction unit 115 searches the alarm information stored in the storage unit 113 with each input aggregation condition, and extracts the corresponding alarm information.

  The totaling unit 116 totals the number of alarm occurrences per predetermined unit time based on the alarm occurrence date / time information of the alarm information extracted by the extraction unit 115 in time series. When the alarm information is extracted by the extraction unit 115, the management device control unit 111 operates the counting unit 116. When the operation of the totaling unit 116 starts, the totaling unit 116 acquires the alarm information extracted by the extraction unit 115. Here, the number of acquisition days (the latest 10 days in the present embodiment) and the acquisition type (blood pressure reduction in the present embodiment) are extracted from the aggregation conditions input by the input unit 114. Further, the totaling unit 116 extracts unit times from the totaling conditions input by the input unit 114, and totals the number of alarm occurrences per unit time (in this embodiment, every day) of the acquired alarm information. The extraction unit 115 extracts alarm information of “alarm generated by Taro Yamada and blood pressure drop”. The totaling unit 116 acquires the alarm information extracted by the extracting unit 115 for the latest 10 days, and totals the number of alarm occurrences every day.

  When the counting unit 116 counts the number of alarm occurrences, the management device control unit 111 acquires the signal display condition input by the input unit 114. The management device control unit 111 acquires the number of alarm occurrences corresponding to the signal display condition from the number of daily alarm occurrences totaled by the totalization unit 116, and displays corresponding to the change in the number of alarm occurrences based on a predetermined criterion. Determine the pattern. The change in the number of alarm occurrences indicates that the number of alarms in a specified period increases or decreases.

  The display unit 117 displays the alarm information list extracted by the extraction unit 115 on the alarm information list screen 200. The display unit 117 displays the number of daily alarm occurrences counted by the counting unit 116 and the display pattern determined by the management device control unit 111 on the counting screen 300.

  As shown in FIG. 3, the aggregation screen 300 is a screen in which the alarm information displayed on the alarm information list screen 200 is aggregated according to the aggregation conditions designated by the medical staff. The aggregation screen 300 includes a measurement subject information display column 301, a measuring device information display column 302, a totaling condition display column 303, a measurement start date / time display column 304, a signal display condition display column 305, a data display column 306, and a signal display column 307. Contains.

  The display unit 117 displays the measured person information displayed on the alarm information list screen 200 in the measured person information display field 301. Here, since the display unit 117 displays “Taro Yamada” in the measured person information display field 301 of this example, the measured person to be counted is “Taro Yamada”. The display unit 117 displays the measurement device information input by the medical staff in the measurement device information display field 302. Here, since the display unit 117 displays “A-26K” in the measurement device information display field 302 of this example, the biological monitor 100 that is the target of aggregation is “A-26K”. The display unit 117 displays the range information input by the medical staff and the total alarm type information in the total condition display field 303. Here, the display unit 117 displays “blood pressure lowering alarm occurrence count (latest 10 days / every day)” in the aggregation condition display field 303 of this example, and therefore the aggregation condition is “blood pressure received in the latest 10 days”. The alarm for the decrease is extracted and the number of occurrences of the alarm per day is displayed. The display unit 117 displays the start date and time of the aggregation condition input by the medical staff in the measurement start date and time display column 304. In this example, the display unit 117 displays “2007/01/10 10:00” as the measurement start date and time.

  The display unit 117 displays the change in the number of alarm occurrences counted by the counting unit 116 in the signal display condition display field 305. The display unit 117 displays the number of alarm occurrences per unit time aggregated by the aggregation unit 116 in the data display column 306 in time series. In this example, the display unit 117 displays in the data display column 306 a graph in which the horizontal axis represents the number of days in the latest 10 days and the vertical axis represents the number of occurrences of blood pressure reduction alarms for each day. The display unit 117 also displays a line graph of the number of alarm occurrences in the data display field 306.

  The management device control unit 111 acquires the number of alarm occurrences corresponding to the signal display condition, and determines a display pattern according to a predetermined criterion. The signal display condition is a condition for displaying a change in the total number of alarm occurrences in a different display pattern. Specifically, the signal display condition in this example is the latest three days. The display unit 117 displays three types of display patterns of blue, yellow, and red in the signal display field 307. The criterion is an increase / decrease in the number of alarm occurrences in a certain period for determining a display pattern. The management device control unit 111 determines the display pattern by increasing or decreasing the number of alarm occurrences. For example, when the number of alarm occurrences in the period specified by the signal display condition has decreased, the display unit 117 displays a blue display pattern in the signal display field 307. Further, when the number of alarm occurrences in the period specified by the signal display condition is increased, the display unit 117 displays a red display pattern in the signal display field 307. When the number of alarm occurrences during the period specified by the signal display condition is repeatedly decreasing / increasing, the display unit 117 displays a yellow display pattern in the signal display field 307. The medical staff can set this criterion for each living body monitor 100 or each person to be measured.

  Here, out of the latest 10 days of blood pressure reduction alarm occurrences displayed in the data display field 306 of this example, the alarm occurrences from the 8th day to the 10th day are reduced to 3, 2, and 0 times. is doing. From this, the management apparatus control unit 111 determines that the number of alarm occurrences from the 8th day to the 10th day is decreasing. The management device control unit 111 determines the display pattern to be blue based on the determination criterion. The display unit 117 displays blue in the signal display field 307.

  The management apparatus I / F unit 118 connects the biological monitor 100 and the management apparatus 110 via a network, and communicates alarm information transmitted from the biological monitor 100 to the own apparatus.

  Next, the operation of the nursing support system according to the present embodiment will be described. 4 and 5 are flowcharts showing the operation of the nursing support system according to the present embodiment. As shown in the figure, the operation of the nursing support system is divided into an operation on the biological monitor 100 and an operation on the management apparatus 110. In the biological monitor 100, the biological monitor control unit 101 determines whether a start operation has been performed as shown in FIG. 4A (step 401). When the biological monitor control unit 101 determines that the start operation has not been performed (NO in step 401), the biological monitor control unit 101 returns to the process of step 401 until the start operation is performed. Continue processing. On the other hand, when the biological monitor control unit 101 determines that the start operation has been performed (YES in step 401), the biological monitor control unit 101 performs measurement by operating the measurement unit 102 ( Step 402). The biological data measured by the measurement unit 102 is output to a measurement screen (not shown). Here, the measurement by the measurement unit 102 is continued until the end operation is performed.

  During the measurement, the detection unit 103 receives the biometric data output from the measurement unit 102 and determines whether or not the input biometric data is abnormal (step 403). If detection unit 103 determines that the biometric data is normal (NO in step 403), the process proceeds to step 406. On the other hand, when the detection unit 103 determines that the biological data is abnormal (YES in step 403), the biological monitor control unit 101 operates the transmission unit 104.

  The transmission unit 104 acquires the person-to-be-measured information, the alarm occurrence date / time information, the alarm type information, and the measuring device information, and generates alarm information by associating these pieces of information with each other (step 404). The transmission unit 104 transmits alarm information to the management apparatus 110 set in advance (step 405), and the process proceeds to step 406. The transmitted alarm information is transmitted to the management apparatus 110 on the network via the biological monitor I / F unit 105. Note that while the operations in steps 404 to 405 are being performed, the measurement unit 102 performs measurement and outputs biometric data, and the detection unit 103 inputs biometric data output from the measurement unit 102 and performs biometric data. It is determined whether or not the data is abnormal.

  In step 406, the biological monitor control unit 101 determines whether an end operation has been performed. If the biological monitor control unit 101 determines that the end operation has been performed (YES in step 406), the operation of the measurement unit 102 is terminated and the measurement is terminated. On the other hand, when the biological monitor control unit 101 determines that the termination operation has not been performed (NO in step 406), the biological monitor control unit 101 returns to the process of step 403. In this way, every time the detection unit 103 detects abnormality of the biological data, the biological monitor 100 can transmit alarm information.

  The management device 110 receives alarm information transmitted from the biological monitor 100. In the management apparatus 110, an alarm information receiving process executed by the receiving unit 112 when receiving the alarm information, and a totaling process executed by the input unit 114, the extracting unit 115, the totaling unit 116, and the display unit 117 during the totaling operation by the medical staff. And done. In the alarm information reception process, as shown in FIG. 4B, the management device 110 performs reception check of alarm information and determines whether alarm information has been received (step 411). If the management device control unit 111 determines that the alarm information has not been received (NO in step 411), the management device control unit 111 returns to the processing in step 411 and enters a reception standby state. On the other hand, when the management apparatus control unit 111 determines that the alarm information has been received (YES in step 411), the reception unit 112 stores the alarm information in the storage unit 113 (step 412). Return to processing. The storage unit 113 stores measurement subject information, alarm occurrence date / time information, alarm type information, and measurement device information in association with each other.

  Further, as shown in FIG. 5, the management device 110 extracts the alarm information stored in the storage unit 113 in accordance with the aggregation condition specified by the medical staff, and calculates the number of alarm occurrences for a predetermined time range. Aggregate and display on the screen, and perform aggregation processing to display the aggregated change in the number of alarm occurrences on the screen with different display patterns. By depressing a totaling start button (not shown) in the management apparatus 110, the management apparatus control unit 111 determines whether or not a totaling operation has been performed (step 501). When the management device control unit 111 determines that the totaling operation has not been performed (NO in step 501), the management device control unit 111 returns to the processing in step 501 and enters an operation standby state. On the other hand, when the management device control unit 111 determines that the totaling operation has been performed (YES in step 501), the management device control unit 111 operates the input unit 114. The input unit 114 outputs an input screen (not shown). Here, the input screen includes a measured person information input field and a list display button.

  By pressing a list display button (not shown) on the management device 110, the management device control unit 111 determines whether or not the person-to-be-measured person information has been input (step 502). When the management apparatus control unit 111 determines that the measured person information has not been input (NO in step 502), the management apparatus control unit 111 returns to the process of step 502, and the measured person information Continue processing until is entered. On the other hand, when the management apparatus control unit 111 determines that the measured person information has been input (YES in step 502), the management apparatus control unit 111 causes the extraction unit 115 to operate. The extraction unit 115 extracts from the storage unit 113 a list of alarm information of the measurement subject corresponding to the measurement subject information input in the measurement subject information input field. Then, the display unit 117 displays the alarm information list extracted by the extraction unit 115 on the alarm information list screen 200 (step 503).

  On the alarm information list screen 200, in addition to the alarm information list of the measurement subject, an aggregation button (not shown) is displayed. When the medical staff presses the total button, the management device control unit 111 operates the input unit 114. The input unit 114 outputs a totaling condition input screen (not shown). The total condition input screen includes a measurement device information input field, a total condition input field, a signal display condition input field, and an execution button. When the medical staff presses the execution button, the management device control unit 111 determines whether or not each aggregation condition on the aggregation condition input screen has been input (step 504). If the management apparatus control unit 111 determines that each aggregation condition has not been input (NO in step 504), the management apparatus control unit 111 returns to the processing in step 504, and each aggregation condition is input. Continue processing until On the other hand, when the management apparatus control unit 111 determines that each totaling condition has been input (YES in step 504), the management apparatus control unit 111 operates the extraction unit 115. The extraction unit 115 searches the alarm information stored in the storage unit 113 under each aggregation condition, and extracts the corresponding alarm information (step 505).

  When the processing of step 505 is performed, the management device control unit 111 operates the counting unit 116. The aggregation unit 116 acquires the alarm information extracted by the extraction unit 115. Furthermore, the totaling unit 116 acquires unit time from the totaling condition input by the input unit 114, and totals the number of alarm occurrences per unit time (in this embodiment, every day) of the acquired alarm information (step 506).

  When the processing of step 506 is performed, the management device control unit 111 acquires the signal display condition input by the input unit 114. The management device control unit 111 acquires the number of alarm occurrences corresponding to the signal display condition from the number of daily alarm occurrences counted by the counting unit 116 (step 507). The management device control unit 111 determines a change in the acquired number of alarm occurrences based on a predetermined determination criterion, and determines a display pattern corresponding to the determined result (step 508). Then, the display unit 117 displays the number of daily alarm occurrences counted in step 506 and the display pattern determined in step 508 on the counting screen 300 (step 509).

  After displaying the count results, the management apparatus control unit 111 determines whether or not an end operation has been performed (step 510). If the management device control unit 111 determines that the end operation has been performed (YES in step 510), the management device control unit 111 ends the counting process. On the other hand, when the management apparatus control unit 111 determines that the termination operation has not been performed (NO in step 510), the process returns to step 501. Therefore, the management apparatus 110 displays the number of alarm occurrences for a predetermined unit time from the alarm information stored in the storage unit 113, and changes the display frequency of the change in the number of alarm occurrences counted by the counting unit 116. indicate.

  As described above in detail, in the nursing support system of the present embodiment, in the biological monitor 100, the detection unit 103 inputs the biological data output from the measurement unit 102, and the input biological data indicates an abnormality. In addition, an abnormality is detected as an alarm. When the detection unit 103 determines that the input biological data is abnormal, the biological monitor control unit 101 operates the transmission unit 104. The transmitting unit 104 acquires the person-to-be-measured information, the alarm occurrence date / time information, the alarm type information, and the measuring device information, and associates them with each other and transmits them to the management apparatus 110 as alarm information. When the management device 110 receives alarm information, the reception unit 112 stores the alarm information transmitted from the biological monitor 100 in the storage unit 113. The extraction unit 115 extracts from the storage unit 113 alarm information corresponding to measurement subject information indicating the desired measurement subject input by the input unit 114 and measurement device information of the desired biological monitor 100. The totaling unit 116 totals the number of alarm occurrences per predetermined unit time based on the alarm occurrence date / time information of the alarm information extracted by the extraction unit 115 in time series. The display unit 117 displays the change in the number of alarm occurrences with different display patterns. Thereby, since the change in the number of alarm occurrences is visually distinguished, the medical staff can easily grasp the change in the occurrence of the alarm without performing the counting work.

  In the above-described embodiment, the number of alarm occurrences for lowering blood pressure is tabulated, but the present invention is not limited to this. For example, the measurement values of the biological monitor 100 such as heart rate and respiration rate may be totaled.

  In the embodiment described above, three types of display patterns of blue, yellow, and red are used, but the present invention is not limited to this. For example, one type of display pattern may be used, or a plurality of types of display patterns may be used.

  Specifically, in order to use one type of display pattern, the display unit 117 displays blue (lighted) in the signal display field 307 when the number of alarm occurrences in the period specified by the signal display condition has decreased. Display the pattern. Further, when the number of alarm occurrences in the period specified by the signal display condition is increased, the display unit 117 does not display the display pattern in the signal display field 307. In addition, when the number of alarm occurrences in the period specified by the signal display condition is repeatedly decreasing / increasing, the display unit 117 displays a blue (flashing) display pattern in the signal display field 307.

  As another specific example, when the number of alarm occurrences in the period specified by the signal display condition is decreasing, the display unit 117 displays a blue display pattern in the signal display field 307. When the number of alarm occurrences during the period specified by the signal display condition is other than a decrease, the display unit 117 does not display the display pattern in the signal display field 307.

  In the above-described embodiment, the determination criterion is that the number of alarm occurrences during the period specified by the signal display condition is repeatedly decreasing / increasing, but the determination criterion is not limited thereto. For example, a condition in which the number of alarm occurrences during the period specified by the signal display condition does not change may be used.

  In the above-described embodiment, the signal display condition is the number of alarm occurrences in the latest three days, but is not limited to this. For example, the total number of acquisition days (10 days), which is the totaling condition, may be set as the signal display condition.

  In the above-described embodiment, when the change in the number of alarm occurrences during the period specified by the signal display condition has decreased, the display unit 117 displays blue in the signal display field 307 and specifies the signal display condition. The display unit 117 displays red in the signal display field 307 when the change in the number of alarm occurrences during the specified period has increased, and if the change in the number of alarm occurrences is repeated to decrease / increase, the display unit 117 Although yellow is displayed, it is not limited to this. For example, when a threshold value is set in advance and the latest alarm occurrence number is less than the threshold value, the display unit 117 displays blue, and when the number of occurrences exceeds the threshold value, the display unit 117 displays red. You may let them. Thereby, the medical worker can analyze the change of the vitality of the measurement subject in more detail.

  In the above-described embodiment, the alarm information corresponding to the person-to-be-measured information and the measuring device information input by the input unit 114 is extracted, but the present invention is not limited to this. For example, alarm information corresponding to the person-to-be-measured information or measuring device information input by the input unit 114 may be extracted.

  In the above-described embodiment, the input unit 114 inputs “A-26K” in the measurement device information input field of the total condition input screen, and “Total blood pressure alarm occurrence count, latest 10 days, daily” in the total condition input field. ”And“ the latest 3 days ”are input in the signal display condition input field, but the present invention is not limited to this. For example, measurement device information, totaling conditions, and signal display conditions may be registered as initial settings. Thereby, the management apparatus 110 can display the aggregation screen 300 only by a medical worker inputting measurement subject information in the measurement subject information input field and pressing a list display button.

  In the above-described embodiment, the display patterns are blue, yellow, and red, but the present invention is not limited to this. For example, the characters A, B, and C may be used as the display pattern.

It is a block diagram of the nursing support system of this embodiment. It is explanatory drawing which shows the example of a display of an alarm information list screen. It is explanatory drawing which shows the example of a display of a total screen. It is a flowchart (the 1) which shows operation | movement of the nursing assistance system by this embodiment. It is a flowchart (the 2) which shows operation | movement of the nursing assistance system by this embodiment.

Explanation of symbols

DESCRIPTION OF SYMBOLS 100 Living body monitor 101 Living body monitor control part 102 Measurement part 103 Detection part 104 Transmission part 105 Living body monitor interface (I / F) part 110 Management apparatus 111 Management apparatus control part 112 Reception part 113 Storage part 116 Total part 117 Display part 118 Management Device Interface (I / F) Unit 200 Alarm Information List Screen 201 Display column 202 Measurement device information display column 203 Alarm date / time display column 204 Alarm type display column 300 Total screen 301 Measurement subject information display column 302 Measurement device information display column 303 Total condition display column 304 Measurement start date / time display column 305 Signal display condition display Field 306 Data display field 307 Signal display field

Claims (1)

A measurement unit that measures and outputs biological data of the measurement subject, a detection unit that inputs the biological data output from the measurement unit and detects as an alarm when the biological data indicates an abnormality, and the measurement subject The detection unit associates the measured person information, the alarm occurrence date / time information indicating the alarm occurrence date / time, the alarm type information indicating the type of the alarm, and the measurement device information indicating the type of the measurement device of the own apparatus. A biological monitor provided with a transmitter that transmits the alarm information each time the alarm is detected;
A receiving unit that receives alarm information transmitted from the biological monitor, a storage unit that stores the alarm information received by the receiving unit, measured person information indicating a desired measured person, and / or a desired biological monitor An input unit for inputting the measurement device information, an extraction unit for extracting from the storage unit the alarm information corresponding to the person information and / or the measurement device information input by the input unit, and extraction by the extraction unit Based on the alarm occurrence date and time information of the alarm information, the totaling unit that counts the number of alarm occurrences per unit time in chronological order, and the change in the number of alarm occurrences totaled by the totaling unit is displayed with different display patterns A management device comprising a display unit for
A nursing support system comprising:

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