TWI787818B - Management system of pressure sensing mattress - Google Patents

Abstract

The present invention discloses a management system of pressure sensing mattress, which includes a management device, a plurality of pressure sensing mattress, a plurality of mattress sensors, a plurality of space sensors, and a reading program. The electronic device can execute the reading program to read the mattress data in each mattress sensor and the spatial data in each spatial sensor. The electronic device can generate an update information includes the mattress data and the spatial data, and the electronic device can delivered the update information to the management device. When the management device receives the update information, it can search for at least one piece of storage information corresponding to the update information, and update at least one of the mattress data and the spatial data in the storage information.

Description

Induction Mattress Management System

The invention relates to a mattress management system, in particular to an induction mattress management system. The induction mattress can be used to sense the state of the user on it.

In some existing medical institutions, a large number of induction mattresses are used to monitor the bedridden state of patients. Generally speaking, relevant personnel can view the real-time sensing status of each induction mattress, the basic information of patients on each induction mattress, and the ward where each induction mattress is located in the management system.

When the induction mattress is moved to different spaces of the medical institution with the trolley (for example, when the trolley is moved from the intensive care unit to the general ward), relevant information must be manually entered by the relevant nursing staff in the relevant management system of the nursing station Only by making changes can the data in the management system be maintained in the correct state at any time.

However, in practical applications, it often happens that the induction mattress has been moved to a different space, but the relevant personnel forget to modify the relevant information in the management system, and the relevant personnel cannot immediately grasp the relevant information of each induction mattress through the management system The problem.

The invention discloses an induction mattress management system, which is mainly used to improve the prior art. When the hospital bed is pushed to different spaces (such as different wards) of the medical institution, if the relevant personnel do not manually update the relevant management of the nursing station in real time If the information of the system is not used, the relevant personnel will not be able to effectively grasp the current space where the hospital bed is located.

One embodiment of the present invention discloses an induction mattress management system, which includes: a management device, a plurality of space sensors and a reading program. The management device stores multiple storage information, each storage information includes a patient data, a mattress data, a real-time mattress sensing data and a space data; multiple induction mattresses, each induction mattress is used for each After a predetermined time, it senses the state of the user on it, and transmits a corresponding piece of real-time mattress sensing data to the management device, so as to regularly update the corresponding one of the stored information stored in the management device; Each mattress sensor is set adjacent to one of the sensing mattresses, and each mattress sensor stores a piece of mattress information; multiple pieces of mattress information are different from each other; each space sensor is set In a space for placing at least one induction mattress, each space sensor stores a piece of space data; multiple pieces of space data are different from each other; the reading program can be executed by an electronic device, and the electronic device executes the reading When programming, it can read the mattress data stored in any mattress sensor; when the electronic device executes the read program, it can read the space data stored in any space sensor; wherein, when executing the read When the electronic device that fetches the program reads a piece of mattress data and a piece of space data within a predetermined interval, the reading program will generate an update information, which includes the mattress data just read by the electronic device and the data just read by the electronic device. The read program will control the electronic device to transmit the update information to the management device, and when the management device receives the update information, it will update at least one piece of corresponding stored information.

To sum up, the induction mattress management system of the present invention cooperates with the mattress sensor, space sensor, reading program, etc., so that relevant personnel can know each induction mattress in real time by operating the management device. What is the space you are in now.

In order to further understand the characteristics and technical content of the present invention, please refer to the following detailed description and drawings related to the present invention, but these descriptions and drawings are only used to illustrate the present invention, rather than to make any statement on the scope of protection of the present invention. limit.

In the following description, if it is pointed out that please refer to the specific drawing or as shown in the specific drawing, it is only used to emphasize in the subsequent description, most of the relevant content mentioned appears in the specific drawing, It is not intended, however, to limit the ensuing description to only those particular drawings referred to.

Please refer to FIGS. 1 to 3 together. FIG. 1 is a schematic diagram of the first embodiment of the management system of the induction mattress of the present invention, and FIG. 2 shows the blocks of the first embodiment of the management system of the induction mattress of the present invention. Schematic diagram, FIG. 3 is a schematic diagram of the electronic device and mattress sensor of the first embodiment of the management system for the induction mattress of the present invention.

The induction mattress management system 100 of the present invention includes: a management device 1, a plurality of induction mattresses 2, a plurality of mattress sensors 3, a plurality of space sensors 4, a plurality of electronic devices 5 and a plurality of reading Program 6. The number of management devices 1 can be determined according to the needs of medical institutions, and is not limited to a single one; the number of mattress sensors 3 corresponds to the number of induction mattresses 2, and the number of space sensors 4 corresponds to The number of induction mattresses 2 and the number of electronic devices 5 can be determined according to the number of relevant personnel in the medical institution.

The management device 1 stores a plurality of stored information 11, and each stored information 11 includes a patient data A, a mattress data B, a real-time mattress sensing data C and a space data D. The management device 1 may include, for example, a computer or server, a screen, and an input device (such as a keyboard, a mouse, etc.), and the stored information 11 may be stored in a hard disk of the management device 1 . In practical applications, the management device 1 may be able to execute an identity authentication program, and the relevant personnel may use relevant input devices to make the management device 1 execute the identity authentication program for identity authentication. After the relevant personnel complete the identity authentication, they will be able to By operating the input device, the screen of the management device 1 displays at least one item of stored information 11, and the relevant personnel can understand the relevant basic information (such as: name, gender, age) of a specific patient by viewing the patient data A , admission reason, admission time, diagnostic department, basic medical records, etc.), and relevant personnel can know which induction mattress in which ward a specific patient is currently using by viewing mattress information B and space information D 2. Relevant personnel can also watch the real-time mattress induction data C to understand the activity status of a specific patient on a specific induction mattress 2 (for example: leaving the bed, lying on the back, lying on the side, sitting on the edge of the bed, bed rest time , leaving the bed time, the pressure distribution state of the induction mattress, etc.).

In one of the embodiments, the management device 1 can be a cloud device, and the medical personnel with relevant reading authority can be an authenticated related electronic device 5 (such as a smart phone issued by a hospital, etc.) connection management device 1. To read at least one piece of stored information 11 stored in the management device 1, and view the stored information 11 in the electronic device 5 accordingly.

Each induction mattress 2 is used to be set on a push bed 200 . Each induction mattress 2 may include a processor 21 and a plurality of pressure sensors 22, the processor 21 is electrically connected to the plurality of pressure sensors 22, and the processor 21 can be pressed according to the pressure of the plurality of pressure sensors 22. status, based on which a real-time mattress sensing data C is generated, and relevant personnel can read the real-time mattress sensing data C through related devices (such as electronic device 5, management device 1, etc.) 2. The state on the bed (for example: leaving the bed, lying on the back, lying on the side, sitting on the edge of the bed, time in bed, time out of bed, pressure distribution state of the induction mattress, etc.). The types, quantities and arrangement methods of the processors 21 and pressure sensors 22 included in each induction mattress 2 can be varied according to requirements, and are not limited here.

It should be noted that, in practical applications, as long as each induction mattress 2 can generate real-time mattress induction data C for relevant personnel to judge the state of the patient on the induction mattress 2, each induction mattress 2 The electronic components contained in the interior can be changed according to the demand. In addition, the real-time mattress sensing data C can specifically indicate the activity state of the patient on the sensing mattress 2, which can be determined according to the needs, and is not limited here. For example, the real-time mattress sensing data C can be It can only show whether the patient is on the induction mattress 2, or, the real-time mattress sensing data C can not only show whether the patient is on the induction mattress 2, but also show whether the patient is on the induction mattress 2 The posture on the mattress and the pressure state of different regions of the sensing mattress 2.

Each induction mattress 2 can generate a piece of real-time mattress induction data C every time a predetermined time (for example, 3 minutes or any minute value set by relevant medical personnel) passes. When each induction mattress 2 generates the instant mattress sensing data C, the induction mattress 2 will transmit the instant mattress sensing data C to the management device 1, and the management device 1 receives the instant mattress sent by any induction mattress 2 When sensing the data C, the management device 1 will find out the corresponding stored information 11 according to the real-time mattress sensing data C, and update the real-time mattress sensing data C in the stored information 11 accordingly. Specifically, each real-time mattress sensing data C, for example, may contain relevant identification data, and when the management device 1 receives any real-time mattress sensing data C, it will be able to use the identification in the real-time mattress sensing data C data, look for storage information 11 with the same identification data, and update the real-time mattress sensing data C in the storage information 11 accordingly.

Each mattress sensor 3 is arranged adjacent to one of the induction mattresses 2 . In practical applications, each mattress sensor 3 can be directly fixed on the induction mattress 2, but not limited thereto, in different embodiments, the mattress sensor 3 can also be detachably set On the push bed 200 carrying the induction mattress 2 . Each mattress sensor 3 stores a piece of mattress data B, and multiple pieces of mattress data B are different from each other. Each piece of mattress information B may include, for example, a mattress number, etc., which is sufficient for related devices or personnel to identify different induction mattresses 2 . Specifically, each mattress sensor 3 can be various electronic tags, various barcodes, etc., such as NFC tags (NFC Tags), RFID tags (RFID Tags), one-dimensional barcodes, two-dimensional barcodes, and the like.

Each space sensor 4 is set in a space for placing at least one induction mattress 2 , each space sensor 4 stores a piece of space data D, and multiple pieces of space data D are different from each other. Each piece of space data D may include, for example, a space number, etc., enough to allow related devices or personnel to identify different spaces. Specifically, each mattress sensor 3 can be various electronic tags, various barcodes, etc., such as NFC tags (NFC Tags), RFID tags (RFID Tags), one-dimensional barcodes, two-dimensional barcodes, and the like. In practical applications, each space data D can be used to represent one space of a medical institution, such as a certain X-ray room, a certain operating room, a certain bed in a certain ward, a certain treatment room, etc. . It should be noted that in the same space, multiple space sensors 4 may be provided, and each space sensor 4 represents a specific position in the space, for example, in a hospital In a four-person ward, four space sensors 4 may be provided, and the space data D stored in each space sensor 4 represents the position of the space sensor 4 in the four-person ward (such as room number and bed number, etc.).

It is worth mentioning that, in a preferred embodiment, each space sensor 4 and each mattress sensor 3 can be an NFC tag (NFC Tag), so that any time when the electronic device 5 reads can be greatly reduced. When a space sensor 4 or mattress sensor 3 is interfered by other space sensors 4 or other mattress sensors 3 around. Especially in the embodiment where the space sensor 4 and the mattress sensor 3 use bluetooth technology for data transmission, the electronic device 5 reads one of the space sensors 4 or one of the mattresses in the same ward When the sensor 3 is used, it is easy to be interfered by other space sensors 4 or mattress sensors 3 in the ward.

The reading program 6 can be executed by the electronic device 5 . When the electronic device 5 executes the reading program 6, it can read the mattress data B stored in any one of the mattress sensors 3, and when the electronic device 5 executes the reading program 6, it can read any one of the space sensors The spatial data D stored in 4. In one embodiment, each electronic device 5 is, for example, various smart mobile communication devices, and the reading program 6 may be a mobile application, commonly known as APP.

Specifically, the electronic device 5 may include a processor 51, a storage 52, a display 53, an input 54, and a reader 55. The processor 51 is electrically connected to the storage 52, the display 53, and the input. 54 and a reader 55 , the memory 52 stores the reading program 6 , and the processor 51 can read and execute the reading program 6 stored in the memory 52 . In one practical application, the electronic device 5 can be a smart phone, a tablet computer, a PDA, etc., and the display 53 and the input device 54 can be integrated into a touch screen.

When the processor 51 executes the reading program 6, the processor 51 will control the reader 55 to start, so that the reader 55 can read the mattress data B in the mattress sensor 3 of the adjacent electronic device 5 and the adjacent The space data D in the space sensor 4 of the electronic device 5, and the processor 51 can receive the mattress data B and the space data D read by the reader 55, and accordingly convert the mattress data B and the space data D stored in memory 52.

When the electronic device 5 executing the reading program 6 successively reads a piece of mattress data B and a piece of space data D within a predetermined interval (such as 3 seconds, but not limited thereto), the reading program 6 will generate An update information 61, the update information 61 includes the mattress data B just read by the electronic device 5 and the space data D just read by the electronic device 5, and the reading program 6 will control the electronic device 5 to transmit the update information 61 to The management device 1, and when the management device 1 receives the update information 61, it will update at least one piece of corresponding stored information 11 in the management device 1.

In more detail, after the reader 55 successively reads a piece of mattress data B and space data D within the predetermined interval time, the mattress data B and space data D may be stored in the memory 52, for example, The processor 51 will integrate the mattress data B stored in the memory 52, the space data D and other related data (such as basic data such as the serial number of the electronic device 5, the personnel data registered in the electronic device 5, etc.) The update information 61, and transmit the update information 61 to the management device 1. After the management device 1 receives the update information 61, it will find out the information in the management device 1 according to the mattress data B and space data D in the update information 61. Corresponding storage information 11, and update the mattress data B and space data D of the storage information 11 accordingly.

In practical applications, the management device 1 can find out the stored information 11 containing the same mattress data B based on the mattress data B of the updated information 61, and replace the found spatial data D in the updated information 61. Store the spatial data D in the information 11 to complete the update operation. Of course, in different embodiments, the management device 1 can also find out the storage information 11 containing the same space data D according to the space data D of the update information 61, and replace the mattress data B in the update information 61 Find out the mattress data B in the storage information 11 to complete the update operation.

It is worth mentioning that if the management device 1 finds out the storage information 11 containing the same mattress data B according to the mattress data B, it is defined as an old storage information, and the management device 1 finds out the same space data D according to the space data D The storage information 11 is defined as a new storage information, then the management device 1 can delete the mattress data B in the old storage information, and update the mattress data in the new storage information to the mattress data B in the update information 61 .

Continuing from the above, in different embodiments, if the management device 1 finds out the stored information 11 containing the same spatial data D according to the spatial data D, it is defined as an old stored information, and the management device 1 finds out according to the mattress data B that contains the same The storage information 11 of the mattress data B is defined as a new storage information, then the management device 1 can delete the space data D in the old storage information, and update the space data in the new storage information to the space data in the update information 61 d.

In one of the embodiments, when the electronic device 5 that executes the reading program 6 does not successively read a piece of mattress data B and a piece of space data D within a predetermined interval, the reading program 6 can control the electronic device 5 to display An error message to remind the user that a piece of mattress data B and a piece of space data D have not been read successively within the predetermined interval. For example, when the display 53 of the electronic device 5 displays error information, the user can see prompt texts on the display 53 such as "Read the space data and the mattress data successively, please re-operate" on the display 53 , to prompt the user to read the mattress sensor 3 and the space sensor 4 again.

For example, when a patient can be transferred from the intensive care unit to the general ward because his condition improves, the relevant personnel will usually directly move the push bed 200, the induction mattress 2 and the patient on it from the intensive care unit to the general ward . When the relevant personnel move the push bed 200, the induction mattress 2 and the patient on it to the general ward, the relevant personnel can use the electronic device 5 executing the reading program 6 to successively read the induction bed used by the patient A mattress sensor 3 next to the mattress 2 and a space sensor 4 next to the push bed 200, so that the electronic device 5 successively obtains the mattress data B and the space data D, and then the electronic device 5 will transmit update information 61 to The management device 1 can update the corresponding stored information 11 in real time. In this way, relevant medical personnel can grasp the current location of each induction mattress 2 by operating the management device 1 in real time.

Continuing from the above, in the conventional technology, when a patient is transferred from the intensive care unit to the general ward, the update of the relevant information is carried out through manual input. Therefore, it is easy for the relevant personnel to forget to update or make an input error during the update. Then there is a problem that the data recorded by the relevant management system is not the same as the actual ward, bed and patient data. The induction mattress management system 100 of the present invention can update the storage information 11 stored in the management device 1 in real time through the design of the mattress sensor 3 and the space sensor 4, thereby greatly reducing the occurrence of the above-mentioned conventional technology. , using manual input to update data, many problems brought about.

In another different specific embodiment, when the relevant personnel push the push bed 200, the induction mattress 2 and the patient on it into the examination room or the waiting room, the relevant personnel can also use the electronic device 5 to read Get the space data D in the space sensor 4 and the mattress data B in the mattress sensor 3 arranged in the examination room or waiting room, so as to transmit the update information 61 to the management device 1 in real time, and the management device 1, at least one piece of corresponding stored information 11 can be updated in real time. In this way, the relevant personnel will be able to know in real time by operating the management device 1 that the pusher 200, the induction mattress 2 and the patients on it that are not in the ward are currently What is the space.

In the known technology, when relevant personnel push the trolley and the patient on it into the examination room or waiting room, basically the relevant management system used by the nursing station will not have any records, but only The relevant nursing staff in contact with the patient know the real-time location of the patient. Therefore, it often happens that the family members of the patient cannot quickly know the current location of the patient by asking the relevant personnel at the nursing station. In contrast to the induction mattress management system 100 of the present invention, relevant personnel can instantly know the current location of the patient by operating the management device 1 .

As shown in Figure 3, in one of the embodiments, when the reader 55 of the electronic device 5 reads the mattress data B stored in one of the mattress sensors 3, the processor 51 can control the display 53 to display the read Get the mattress data B just read by the fetcher 55. Similarly, when each reader 55 reads the spatial data D stored in one of the spatial sensors 4 , the processor 51 may control the display 53 to display the spatial data D just read by the reader 55 . For example, when the display 53 displays the mattress data B and the space data D just read by the reader 55, the user can, for example, view something similar on the display 53: mattress number: B111, space data: normal Ward 510 and other characters, and the user can know the mattress number of the induction mattress 2 beside the mattress sensor 3 just read by the reader 55, and the space sensor 4 just read by the reader 55 The number of the ward you are in. The manner in which the mattress data B and the space data D are specifically presented on the display 53 is not limited to what is shown in the figure.

It should be noted that, in different embodiments, the induction mattress management system 100 of the present invention may not include a plurality of electronic devices 5 but only include a reading program 6, and the reading program 6 may be non-attributed The electronics of the induction mattress management system 100 execute. That is to say, in the case that the induction mattress management system 100 sold by the relevant manufacturer does not include multiple electronic devices, the medical institution can install the reading program 6 in the electronic device purchased additionally, so that relevant personnel can still By operating the additionally purchased electronic device, the space sensor 4 and the mattress sensor 3 are read and the update information 61 is transmitted to the management device 1 in real time.

Please refer to FIG. 4 and FIG. 5 together. FIG. 4 shows a schematic block diagram of the second embodiment of the management system of the induction mattress of the present invention, and FIG. 5 is a schematic diagram of the second embodiment of the management system of the induction mattress of the present invention. Schematic of the electronics and mattress sensors. The biggest difference between this embodiment and the preceding embodiments is that when the reader 55 of the electronic device 5 reads the mattress data B stored in one of the mattress sensors 3, the processor 51 will receive the The mattress data B is read, and the processor 51 transmits an inquiry information 511 to the management device 1 , the inquiry information 511 includes the mattress information B just read by the reader 55 . When the management device 1 receives the query information 511, the management device 1 will query a stored information 11 containing the same mattress data B according to the mattress data B included in the query information 511, and return the stored information 11 To the electronic device 5 , when the electronic device 5 receives the storage information 11 delivered by the management device 1 , it will display the storage information 11 and an update option 531 on the display 53 .

When the display 53 displays the update option 531 and the input device 54 is operated, and the processor 51 determines that the update option 531 is selected, the processor 51 will control the reader 55 to turn on. If the reader 55 reads one piece of spatial data D within a predetermined update time (for example, 3 seconds, but not limited thereto), the processor 51 will transmit update information 61 to the management device 1, and the update information 61 includes The spatial data D just read by the reader 55 .

Specifically, when relevant personnel operate the electronic device 5 to read the mattress data B stored in the mattress sensor 3, the processor 51 of the electronic device 5 will transmit the query information 511 to the management device 1, and then , the relevant personnel will be able to see the stored information 11 returned by the management device 1 on the display 53, and see the mattress sensor 3 read by the electronic device 5 just now, the corresponding patient data A, mattress Data B and spatial data D etc., at this moment, relevant personnel can judge whether the spatial data D (for example, appearing as general ward 510) of the storage information 11 stored in the management device 1 displayed on the display 53 is correct, if not (such as If the actual ward is the intensive care unit 150), the relevant personnel can select the update option 531 by operating the input device 54, so that the reader 55 reads the data stored in the space sensor 4 that is currently located next to the induction mattress 2. The spatial data D, so that the processor 51 transmits the corresponding update information 61 to the management device 1, so as to update at least one piece of stored information 11 of the management device 1.

In contrast, if the relevant personnel view the stored information 11 returned by the management device 1 on the display 53 of the electronic device 5, they do not find any information on the mattress data B, space data D or patient data A stored in the information 11. In the case of an incorrect situation, the relevant person may not select the update option 531 , and then the processor 51 of the electronic device 5 will not transmit the relevant update information 61 to the management device 1 .

Please refer to FIG. 6 and FIG. 7 together. FIG. 6 shows a schematic block diagram of the third embodiment of the management system of the induction mattress of the present invention, and FIG. 7 is a schematic diagram of the third embodiment of the management system of the induction mattress of the present invention. Schematic of the electronics and mattress sensors. The biggest difference between this embodiment and the preceding embodiments is that when the reader 55 reads the spatial data D stored in one of the spatial sensors 4, the processor 51 will receive the spatial data D just read by the reader 55. , and the processor 51 will transmit a query information 511 to the management device 1 , the query information 511 includes the spatial data D just read by the reader 55 . When the management device 1 receives the query information 511, the management device 1 will query at least one storage information 11 with the same spatial data D according to the spatial data D included in the query information 511, and return at least one storage information 11 to the electronic When the device 5 and the electronic device 5 receive at least one piece of stored information 11 delivered by the management device 1 , at least one piece of stored information 11 will be displayed on the display 53 .

When each electronic device 5 receives a piece of stored information 11 sent back from the management device 1 , the electronic device 5 will display the stored information 11 and an update option 531 on the display 53 . When the display 53 shows the update option 531, and the input device 54 is operated, and the processor 51 judges that the update option 531 is selected, the processor 51 will control the reader 55 to open, if the reader 55 is within a predetermined update time, After reading one piece of mattress data B, the processor 51 will transmit update information 61 to the management device 1 ; wherein, the update information 61 includes the mattress data B just read by the reader 55 .

To put it simply, when relevant personnel read the spatial data D stored in one of the spatial sensors 4 through the electronic device 5, the electronic device 5 will transmit the query information 511 including the spatial data D to the management device 1, and then, the related Personnel will be able to see at least one piece of stored information 11 found by the management device 1 based on the space data D on the electronic device 5, and the relevant personnel can judge whether the stored information 11 needs to be updated by viewing the stored information 11 If the relevant personnel judges that the mattress data B of the storage information 11 needs to be updated, the relevant personnel can select the update option 531 by operating the input device 54, so that the electronic device 5 will continue to The read mattress data B is transmitted to the management device 1 to update the corresponding storage information 11 stored in the management device 1 . Of course, if the relevant personnel view the stored information 11 displayed on the display 53 and judge that there is no need to update the mattress data B contained in the stored information 11, the relevant personnel may not select the update option 531 through the input device 54, so that the electronic device 5 will Corresponding update information 61 will not be generated, and the storage information 11 stored in the management device 1 will not be updated.

Please refer to FIG. 8 to FIG. 10 together. FIG. 8 is a schematic diagram of the fourth embodiment of the management system of the induction mattress of the present invention, and FIG. 9 shows the blocks of the fourth embodiment of the management system of the induction mattress of the present invention. Schematic diagram, FIG. 10 is a schematic diagram of the electronic device and mattress sensor of the fourth embodiment of the management system for the induction mattress of the present invention. The biggest difference between this embodiment and the preceding embodiments is that the induction mattress management system 100 also includes a plurality of identification components 7, each identification component 7 is used to be worn by the patient, and each identification component 7 stores a piece of patient data A. The patient data A are different from each other. Specifically, the identification member 7 may include a wristband structure 71 and an electronic tag 72. The wristband structure 71 is used to be set on the patient's wrist, and the electronic tag 72 is fixed on the wristband structure 71. The electronic tag 72 is such as an NFC tag. , RFID tags, etc., and the patient information A can include the patient’s name, patient’s gender, patient’s age, etc. according to requirements.

When the electronic device 5 that executes the reading program 6 reads a piece of mattress data B, a piece of space data D, and a piece of patient data A within a predetermined interval, the reading program 6 will generate update information 61, and the reading program 6. Control the electronic device 5 to transmit update information 61 to the management device 1, and the management device 1 will search for at least one piece of corresponding stored information according to the mattress data B, space data D and patient data A contained in the update information 61 11, to update at least one of the mattress data B, space data D and patient data A in the stored information 11. Wherein, the update information 61 includes the mattress data B just read by the electronic device 5 , the spatial data D just read by the electronic device 5 , and the patient data A just read by the electronic device 5 .

Same as the previous embodiment, when the reader 55 reads the patient data A stored in one of the identification components 7, the processor 51 can control the display 53 to display the patient data A, and the processor 51 can A query information 511 containing the patient data A is transmitted to the management device 1, and after receiving the query information 511, the management device 1 will search for patients with the same patient data according to the patient data A contained in the query information 511. The stored information 11 of the patient data A is sent back to the electronic device 5 .

When the electronic device 5 receives the storage information 11 returned by the management device 1, the processor 51 will control the display 53 to display the storage information 11 and two update options 531, and relevant personnel will be able to view the storage information 11 displayed on the display 53 to Determine whether any of the mattress data B and space data D contained in the stored information 11 needs to be updated, and if any one needs to be updated, the relevant personnel can select the adjacent update option by operating the input device 54 531, and make the reader 55 read the space data D in the space sensor 4 or the mattress data B in the mattress sensor 3; then, the processor 51 will generate update information 61 accordingly, and send the The update information 61 is transmitted to the management device 1 to update at least one of the space data D and the mattress data B in at least one piece of storage information 11 stored in the management device 1 .

According to the above, the induction mattress management system 100 of the present invention reads the space data D stored in one of the space sensors 4, the mattress data B stored in one of the mattress sensors, or When one of the patient data A stored in the identification member 7, the processor 51 will receive the spatial data D just read by the reader 55, the mattress data B just read by the reader 55 or the data B just read by the reader 55. The patient data A obtained, and the processor 51 will transmit a query information 511 that includes the data just read by the reader 55 to the management device 1, and the management device 1 will perform the query according to the query information 511, and the query information The storage information 11 is returned to the electronic device 5, and the relevant personnel can determine whether to update the space data D and mattress data B in the storage information 11 returned by the management device 1 by watching the electronic device 5 and operating the electronic device 5 and at least one of the patient data A, if the relevant personnel determine to update one of the two data (mattress data B and space data D) by operating the electronic device 5, the electronic device 5 will transmit the The update information 61 of the data to be updated (mattress data B, space data D) is sent to the management device 1, so that the management device 1 updates the corresponding storage information 11.

To sum up, the induction mattress management system of the present invention is designed with mattress sensors, space sensors, etc., so that relevant personnel can effectively grasp the current space where each induction mattress is located.

The above descriptions are only preferred feasible embodiments of the present invention, and do not limit the patent scope of the present invention. Therefore, all equivalent technical changes made by using the description and drawings of the present invention are included in the scope of protection of the present invention. .

100 : Induction mattress management system 1 : Management device 11 : Storage information A: Patient information B: Mattress information C: Instant mattress induction information D: Space information 2: Induction mattress 21 : Processor 22 : Pressure sensing Device 3 : Mattress Sensor 4 : Space Sensor 5 : Electronic Device 51 : Processor 511 : Query Information 52 : Storage 53 : Display 531 : Update Option 54 : Input Device 55 : Reader 6 : Read Program 61 : Update Information 7 : Identification Component 71 : Bracelet Structure 72 : Electronic Tag 200 : Stroller

FIG. 1 is a schematic diagram of a first embodiment of a management system for an induction mattress of the present invention.

FIG. 2 is a schematic block diagram of the first embodiment of the management system for the induction mattress of the present invention.

3 is a schematic diagram of the electronic device and the mattress sensor of the first embodiment of the management system for the induction mattress of the present invention.

FIG. 4 is a schematic block diagram of a second embodiment of the management system for the induction mattress of the present invention.

FIG. 5 is a schematic diagram of the electronic device and the mattress sensor of the second embodiment of the management system for the induction mattress of the present invention.

FIG. 6 is a schematic block diagram of a third embodiment of the management system for the induction mattress of the present invention.

7 is a schematic diagram of the electronic device and the mattress sensor of the third embodiment of the management system for the induction mattress of the present invention.

Fig. 8 is a schematic diagram of a fourth embodiment of the management system of the induction mattress of the present invention.

FIG. 9 is a schematic block diagram of a fourth embodiment of the management system for the induction mattress of the present invention.

FIG. 10 is a schematic diagram of the electronic device and the mattress sensor of the fourth embodiment of the management system for the induction mattress of the present invention.

100: Induction Mattress Management System 1: Management device 11: Store information A: Patient information B: Mattress information C: Instant mattress sensing data D: Spatial data 2: induction mattress 21: Processor 22: Pressure sensor 3: Mattress sensor 4: Space sensor 5: Electronic device 51: Processor 52: Storage 53: Display 54: input device 55: Reader 6: Read program

Claims (11)

An induction mattress management system comprising: A management device, which stores multiple pieces of stored information, and each piece of stored information includes a patient data, a mattress data, a real-time mattress sensing data and a space data; A plurality of induction mattresses, each induction mattress is used to sense the state of the user on it every time a predetermined time passes, and transmit the corresponding instant mattress induction data to the management device, to periodically update the corresponding one of the storage information stored in the management device; A plurality of mattress sensors, each of the mattress sensors is adjacent to one of the induction mattresses, each of the mattress sensors stores a piece of mattress data; multiple pieces of the mattress the data are different from each other; A plurality of space sensors, each of the space sensors is set in a space for placing at least one of the induction mattresses, each of the space sensors stores a piece of the space data; multiple pieces said spatial data are different from each other; A reading program, which can be executed by an electronic device, when the electronic device executes the reading program, it can read the mattress data stored in any one of the mattress sensors; When the device executes the reading program, it can read the spatial data stored in any one of the spatial sensors; Wherein, when the electronic device executing the reading program reads a piece of mattress data and a piece of space data within a predetermined interval, the reading program will generate an update information, the The updated information includes the mattress data just read by the electronic device and the space data just read by the electronic device, and the reading program will control the electronic device to transmit the updated information to The management device, when receiving the update information, the management device will update at least one piece of corresponding stored information. The induction mattress management system as described in claim 1, wherein the induction mattress management system further includes a plurality of electronic devices, each of which stores the reading program; the electronic device includes a Processor, a display, an input device and a reader, the processor is electrically connected to the display, the processor is electrically connected to the input device, and the processor is electrically connected to the reader , the processor can execute the read program; when the processor executes the read program, the processor will control the reader to start, so that the reader can read the adjacent At least one of the mattress data in the mattress sensor and the space data in the space sensor of the electronic device. The induction mattress management system according to claim 2, wherein when each of the readers reads the mattress data stored in one of the mattress sensors, the processor will control the The display shows the mattress data just read by the reader; when each of the readers reads the space data stored in one of the space sensors, the processor will control the The display shows the spatial data just read by the reader. The induction mattress management system according to claim 2, wherein when the reader reads the mattress data stored in one of the mattress sensors, the processor will receive the read The mattress data just read by the reader, and the processor will transmit a query information to the management device, the query information includes the mattress data just read by the reader, and the When the management device receives the query information, the management device will query a corresponding piece of the storage information according to the query information, and return the storage information to the electronic device, and the electronic device receives When the storage information delivered by the management device is displayed, the storage information will be displayed on the display. The induction mattress management system as described in claim 4, wherein, when each of the electronic devices receives the stored information returned by the management device, the electronic device will display the stored information and the stored information on the display. An update option; when the display shows the update option, and the input device is operated, and the processor determines that the update option is selected, the processor will control the reader to open, if If the reader reads one piece of the spatial data within a predetermined update time, the processor will transmit the update information to the management device, and the update information includes the information just read by the reader. The spatial data obtained. The induction mattress management system according to claim 2, wherein when the reader reads the space data stored in one of the space sensors, the processor will receive the The spatial data just read, and the processor will transmit a query information to the management device, the query information includes the spatial data just read by the reader, and the management device receives When querying information, the management device will query at least one piece of corresponding stored information according to the query information, and return at least one piece of stored information to the electronic device, and the electronic device receives the stored information. At least one piece of stored information transmitted by the management device will display at least one piece of stored information on the display. The induction mattress management system as described in claim 6, wherein, when each of the electronic devices receives a piece of stored information returned by the management device, the electronic device will display the stored information on the display and an update option; when the display shows the update option, and the input device is operated, and the processor determines that the update option is selected, the processor will control the reader to open, If the reader reads one of the mattress data within a predetermined update time, the processor will transmit the update information to the management device, the update information includes the reader Just read the said mattress profile. The induction mattress management system according to claim 1, wherein, when the electronic device executing the reading program does not read one piece of mattress data and one piece of space data within the predetermined interval time , the reading program will control the electronic device to display an error message to remind the user that a piece of mattress data and a piece of space data have not been read within the predetermined interval. The induction mattress management system according to claim 1, wherein the induction mattress management system further includes a plurality of identification components, each identification component is used for wearing by a patient, and each identification component stores a sum of the Patient data, multiple pieces of patient data are different from each other; when the electronic device executing the reading program reads a piece of mattress data, a piece of space data and When a patient data is written, the reading program will generate the update information, the update information includes the mattress data just read by the electronic device, the space just read by the electronic device data and the patient data just read by the electronic device. The induction mattress management system as described in claim 9, wherein the induction mattress management system further includes a plurality of electronic devices, each of which stores the reading program; the electronic device includes a Processor, a display, an input device and a reader, the processor is electrically connected to the display, the processor is electrically connected to the input device, and the processor is electrically connected to the reader , the processor can execute the read program; when the processor executes the read program, the processor will control the reader to start, so that the reader can read the adjacent The mattress data in the mattress sensor of the electronic device, the space data in the space sensor adjacent to the electronic device, and the identification member adjacent to the electronic device when the reader reads at least one of the mattress data, the space data and the patient data, the processor will control the The display shows at least one of the mattress data just read by the reader, the spatial data just read by the reader, and the patient data just read by the reader . The induction mattress management system according to claim 10, wherein the reader reads the space data stored in one of the space sensors, and the space data stored in one of the mattress sensors When the mattress data or the patient data stored in one of the identification components, the processor will receive the spatial data that the reader just read, the reader just read The mattress data or the patient data just read by the reader, and the processor will transmit a query information to the management device, the query information includes the The spatial data retrieved, the mattress data just read by the reader, or the patient data just read by the reader, and when the management device receives the query information, the The management device will query a corresponding piece of the stored information according to the query information, and return the stored information to the electronic device, and the electronic device receives the stored information transmitted by the management device , the storage information and two update options will be displayed on the display; when the display displays two update options, and the input device is operated, and the processor determines one of the update options When the option is selected, the processor will control the reader to turn on, if the reader reads one of the mattress data, one of the space data or one of the the patient data, the processor will transmit the update information to the management device, the update information includes one of the mattress data just read by the reader, one of the At least one of the spatial data and one of the patient data.

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