JP2008183339A - Nursing support system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a nursing support system which enables a medical staff to easily transmit an e-mail including biological data under measurement from a biomonitor. <P>SOLUTION: When the medical staff performs a transmitting operation using the biomonitor 100, a transmitting part 105 attaches the biological data acquired at the point of time to the e-mail. Then, the transmitting part 105 transmits the e-mail using an e-mail address acquired from a setting part 104 for the biomonitor as a destination. In addition, when the e-mail transmitted from the biomonitor 100 is received by a management device 110, an extraction part 114 extracts the biological data of a desired measured person by measured person information included in the e-mail address of the received e-mail. Thus, the medical staff can transmit the e-mail including the biological data without setting destinations of e-mails one by one. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a nursing support system that acquires information displayed on a biological monitor used in a hospital or the like.

  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 or an electrocardiograph) is stored and managed.

Furthermore, in recent years, an information terminal device used by medical personnel such as doctors and nurses receives biological data transmitted from a biological monitor by e-mail, and displays the received biological data on a display unit of the information terminal device. A data registration / display system is disclosed (see, for example, Patent Document 1). In the biometric data registration / display system described in Patent Document 1, a person who registers biometric data monitor information inputs an address of an information terminal device. Each biometric monitor transmits biometric data to the address of the information terminal device via mail via a mail server.
JP 2005-95469 A

  However, in the biometric monitor information registration / display system described in Patent Document 1, in order to send biometric data to an information terminal device by e-mail, it is necessary to set an address each time biometric data is registered. Those who register have a problem that the registration work becomes troublesome.

  The present invention has been made to solve such a problem, and provides a nursing support system in which a medical staff can easily transmit an e-mail containing biometric data being measured in a biometric monitor. The purpose is to provide.

  In order to solve the above-described problems, in the nursing support system of the present invention, when a medical worker performs a transmission operation on the biological monitor, the transmission unit attaches the biological data acquired at that time to the e-mail. To do. Then, the transmission unit transmits an e-mail with the e-mail address acquired from the biometric monitor setting unit as a destination. In addition, when the management apparatus receives an electronic mail transmitted from the biological monitor, the extraction unit extracts the biological data of the desired person to be measured based on the person information included in the mail address of the received electronic mail. I am doing so.

  According to the present invention configured as described above, all the biological data is collected and included in the mail address in the management device that is a mail server having the domain name included in the mail address for transmitting the biological data. The biometric data is distinguished by the measured person information. Thereby, the medical staff can transmit the e-mail including the biometric data without setting the e-mail destination.

  Hereinafter, an embodiment of the present invention will be described with reference to the drawings. FIG. 1 is a block diagram showing a configuration example of a nursing support system according to this 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, an operation unit 102, a measurement unit 103, a biological monitor setting unit 104, a transmission unit 105, and a biological monitor interface (I / F) unit 106. It has. In addition, the management device 110 includes a management device control unit 111, a mailbox 112, a reception unit 113, an extraction unit 114, an editing unit 115, a management device setting unit 116, and a management device interface (I / I). F) portion 117.

  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. Here, the management apparatus 110 has a function of a mail receiving server.

  The biological monitor control unit 101 controls each component of the biological monitor 100 as described later. The operation unit 102 is for operating the biological monitor 100 by a medical worker. Here, the operation unit 102 includes a touch panel or the like, and is provided on the measurement screen 200 illustrated in FIG. The measurement screen 200 is provided with a recording button 204. In addition to this, a measurement start button and a measurement end button (both not shown) are provided. When the biological monitor control unit 101 determines that the measurement start button has been pressed, the biological monitor control unit 101 starts the measurement by operating the measurement unit 103. When the biological monitor control unit 101 determines that the measurement end button has been pressed, the biological monitor control unit 101 ends the operation of the measurement unit 103 and ends the measurement. When the biological monitor control unit 101 determines that the record button 204 has been pressed, the control unit 101 operates the transmission unit 105.

  The measuring unit 103 is for measuring the biological data of the measurement subject. The biological monitor 100 can perform measurement by operating the measurement unit 103. The measurement unit 103 has a storage memory and can store the measured biological data. The biological monitor setting unit 104 registers measured person information and mail receiving server domain information. The biological monitor setting unit 104 registers domain information indicating the domain name of the mail receiving server at the time of initial setting, and registers a patient ID (corresponding to subject information in claims) before measurement. The biometric monitor setting unit 104 generates a mail address using the registered content registered.

  Here, the format of the mail address is “123@xyz.com”, the patient ID for identifying the patient is before the “@” symbol, and the management device 110 is after the “@” symbol. This is domain information for indicating.

  The transmission unit 105 creates and transmits an electronic mail. When the medical staff presses the record button 204, the transmission unit 105 creates a new e-mail and acquires biometric data stored in the measurement unit 103. Subsequently, the transmission unit 105 attaches the acquired biometric data to the e-mail, and transmits the e-mail with the e-mail address generated by the biometric monitor setting unit 104 as a destination. The transmitted e-mail includes recording date / time information stamped from the system clock of the biological monitor 100.

  The measurement screen 200 is a screen for monitoring measurement as shown in FIG. The measurement screen 200 includes a measured person ID display field 201, a measurement date / time display field 202, a biometric data display field 203, and a record button 204. In the measurement subject ID display field 201, the patient ID registered in the biological monitor setting unit 104 before measurement is displayed. In the measurement date display column, the current measurement date is displayed. The biometric data display field 203 displays the biometric data measured by the measurement unit 103. Here, the data in the biometric data display field 203 is displayed as a waveform diagram, but is not limited thereto. For example, the measurement value may be displayed. When the recording button 204 is pressed, the biometric monitor control unit 101 operates the transmission unit 105, so that the transmission unit 105 transmits an electronic mail including the biological data to the management apparatus 110 as described above.

  The biological monitor I / F unit 106 is connected to a network and communicates an e-mail transmitted by the transmission unit 105. Here, as a method for communicating electronic mail, SMTP (Simple Mail Transfer Protocol) communication is generally used.

  The management device control unit 111 controls each component of the management device 110 as described later. The mail box 112 stores electronic mail received by the receiving unit 113. Here, the mail box 112 stores the e-mail transmitted from each biological monitor 100 for each mail destination. The receiving unit 113 receives the electronic mail transmitted from the biological monitor 100 and accumulates it in the mail box 112. When receiving the e-mail, the receiving unit 113 refers to patient information registered in the management device setting unit 116 described later, and determines whether or not the patient ID included in the e-mail address is registered in the patient information. . When the patient ID included in the e-mail address is registered in the patient information of the management device setting unit 116, the receiving unit 113 sets “0” (no) as a flag indicating unknown destination for each person to be measured. Stored in the mailbox 112. When the patient ID included in the mail address is not registered in the patient information of the management apparatus setting unit 116, the receiving unit 113 sets “1” (correct) as a flag indicating unknown destination in the mail box 112. save. The e-mail in the mail box 112 is stored for each patient ID as in the browsing screen 300 shown in FIG.

  Here, all e-mails received by the receiving unit 113 include a flag indicating that the destination is unknown. An e-mail in which “0” (no) is set as a flag indicating unknown destination means that patient information having a patient ID included in the e-mail address is registered in the management apparatus setting unit 116. On the other hand, an e-mail in which “1” (correct) is set as a flag indicating an unknown destination means that patient information having a patient ID included in the e-mail address is not registered in the management apparatus setting unit 116. These flags indicating the unknown destination are used in the processing of the extraction unit 114 described later.

  As shown in FIG. 3, the browsing screen 300 is a screen for browsing electronic mail stored in the mail box 112. The browsing screen 300 includes a measured person folder 301, a measured person ID display field 302, a measurement date / time display field 303, a biometric data display field 304, and an UNKNOWN folder 310. In the measured person folder 301, data attached to an e-mail corresponding to the patient ID registered in the patient information (that is, “0” is set as a flag indicating unknown destination) is stored for each patient ID. Is displayed. The patient ID included in the email address is displayed in the measured person ID display field 302. The recording date / time information included in the e-mail transmitted from the biological monitor 100 is displayed in the measurement date / time display field 303. The biometric data attached to the e-mail transmitted from the biometric monitor 100 is displayed in the biometric data display field 304. The UNKNOWN folder 310 includes a patient ID that is not registered in the patient information (that is, “1” is set as a flag indicating that the destination is unknown), and recording date / time information included in the email transmitted from the biological monitor 100. Displayed for each patient ID.

  The extraction unit 114 analyzes the patient ID included in the e-mail address of the e-mail stored in the mail box 112 and extracts biometric data of a desired measurement subject. When the medical staff presses a reference button (not shown), the management device control unit 111 operates the extraction unit 114. When the extraction unit 114 starts operating, the extraction unit 114 displays an input screen (not shown). The input screen includes a patient ID input field and an output button. The medical staff inputs the patient ID into the patient ID input field and presses the output button. When the output button is pressed, the extraction unit 114 acquires the patient ID input in the patient ID input field, extracts the biometric data corresponding to the patient ID from the mail box 112, and the measured person folder on the browsing screen 300 The extracted biometric data 301 is displayed. Further, biometric data in which patient information having a patient ID is not registered in the management device setting unit 116 is also displayed in the UNKNOWN folder 310 of the browsing screen 300.

  The editing unit 115 edits the measurement subject information included in the e-mail stored in the mail box 112. When the medical worker clicks on the patient ID displayed in the UNKNOWN folder 310, the management device control unit 111 causes the editing unit 115 to operate. When the editing unit 115 starts operation, the editing unit 115 displays an input screen (not shown). The input screen includes a patient ID input field and a save button. The medical staff inputs a new patient ID in the patient ID input field and presses the save button. When the save button is pressed, the editing unit 115 acquires the patient ID input in the patient ID input field, and searches the patient information registered in the management apparatus setting unit 116 using the input patient ID as a key. To do. After the search, the editing unit 115 determines whether or not the patient information having the patient ID is registered in the management device setting unit 116. When the editing unit 115 determines that patient information having the input patient ID is registered in the management apparatus setting unit 116, the editing unit 115 sets “ 0 "is set and saved, and the editing process is terminated. On the other hand, when the editing unit 115 determines that the patient information having the input patient ID is not registered in the management apparatus setting unit 116, the editing unit 115 sets “1” as a flag indicating unknown destination. The editing process is terminated while standing.

  The management device setting unit 116 registers domain information indicating the domain name of the mail receiving server and patient information of patients who are hospitalized or going to hospital. In the patient information, a patient ID, a patient name, and a subject to be examined are registered in association with each other. The domain information registered in the management device setting unit 116 is used when an electronic mail transmitted from the biological monitor 100 is received. If the domain information registered in the management device setting unit 116 and the domain information of the email address of the email transmitted from the biological monitor 100 match, the email transmitted from the biological monitor 100 has the domain information. It is stored in the mailbox 112 of the matching management device 110.

  The management device I / F unit 117 is connected to a network and communicates an electronic mail sent to its own destination.

  Next, the operation of the nursing support system according to the present embodiment will be described. The flowchart which shows operation | movement of the nursing assistance system by this embodiment is shown in FIG.4 and FIG.5. 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 or not the initial setting has been completed (that is, whether or not the domain information of the mail receiving server has been registered in the biological monitor setting unit 104). Perform (step 401). If the biological monitor control unit 101 determines that the initial setting has been completed (YES in step 401), the process proceeds to step 403. On the other hand, when the biological monitor control unit 101 determines that the initial setting has not been set (NO in step 401), the biological monitor control unit 101 sends the biological monitor setting unit 104 of the mail receiving server. Domain information is set and initial setting is performed (step 402). As described above, by setting the domain information of the mail receiving server in the initial setting, the biological monitor 100 can send the mail to the designated management device only by inputting the measurement subject information before starting the measurement of the biological monitor. Can be sent.

  When either the initial setting has been completed or the initial setting has been completed, the biological monitor 100 can be measured. The medical staff inputs the patient ID, which is the measured person information, with the operation unit 102 before starting the measurement, and registers the measured person information in the biological monitor setting unit 104. The biological monitor control unit 101 determines whether or not the person-to-be-measured information is registered (step 403). When the biological monitor control unit 101 determines that the measured person information is not registered (NO in step 403), the biological monitor control unit 101 returns to step 403, and the measured person information is registered. Continue processing until On the other hand, when the biological monitor control unit 101 determines that the measured person information has been registered (YES in step 403), the biological monitor setting unit 104 determines that the measured measured person information and the mail receiving server are registered. A mail address to be transmitted to the management apparatus is generated from the domain information.

  When the biological monitor setting unit 104 generates an email address, the biological monitor control unit 101 determines whether a start operation has been performed (that is, whether an operation start button of the operation unit 102 has been pressed). (Step 404). When the biological monitor control unit 101 determines that the start operation has not been performed (NO in step 404), the biological monitor control unit 101 returns to the process of step 404 until the start operation is performed. Continue processing. On the other hand, when it is determined by the biological monitor control unit 101 in which the start operation has been performed (YES in step 404), the biological monitor control unit 101 starts measurement by operating the measurement unit 103 ( Step 405). The biological data measured by the measurement unit 103 is output as the measurement screen 200 of the biological monitor 100. The measurement by the measurement unit 103 is continued until the end operation is performed (that is, the measurement end button of the operation unit 102 is pressed).

  During the measurement, the biological monitor control unit 101 determines whether or not a transmission operation has been performed (that is, whether or not the recording button 204 of the measurement screen 200 has been pressed) (step 406). If the biological monitor control unit 101 determines that a transmission operation has not been performed (NO in step 406), the process proceeds to step 409. On the other hand, when the biological monitor control unit 101 determines that a transmission operation has been performed (YES in step 406), the biological monitor control unit 101 operates the transmission unit 105. When the transmission unit 105 starts operating, the transmission unit 105 acquires the acquired biological data from the measurement unit 103. Further, the transmission unit 105 newly creates an email for data transmission, and acquires the email address generated by the biological monitor setting unit 104 (step 407).

  The transmission unit 105 uses the acquired mail address as the destination of the e-mail, includes the biometric data and the recording date and time information of the biometric monitor 100 in the e-mail body, transmits the e-mail (step 408), and proceeds to step 409. The transmitted e-mail is transmitted to the management apparatus 110 on the network via the biological monitor I / F unit 107. Note that the measurement unit 102 performs measurement while the operations of Steps 407 to 408 are performed.

  In step 409, the biological monitor control unit 101 determines whether an end operation has been performed (that is, whether a measurement end button has been pressed). If the biological monitor control unit 101 determines that the end operation has been performed (YES in step 409), the operation of the measurement unit 103 is terminated and the measurement is terminated. On the other hand, when the biological monitor control unit 101 determines that the end operation has not been performed (NO in step 409), the biological monitor control unit 101 returns to step 405. In this way, every time the recording button 204 is pressed, the biological monitor 100 can transmit an e-mail including the biological data being measured. Further, since the biological monitor 100 registers the person-to-be-measured information before the measurement, it is not necessary to set an address each time the biological monitor information is transmitted. Therefore, a medical worker can transmit an e-mail including biometric data without setting an e-mail destination.

  The e-mail transmitted from the biological monitor 100 is received by the management device 110. In the management apparatus 110, an email reception process executed by the reception unit 113 when receiving an email, a reference process of a received email executed by the extraction unit 114 by an operation of a medical worker, and an editing unit 115 by an operation of the medical worker. Is executed. In the mail receiving process, the management apparatus control unit 111 performs an e-mail reception check as shown in FIG. 4 and determines whether or not an e-mail has been received (step 411). Specifically, the receiving unit 113 searches for an e-mail corresponding to the domain information registered in the management device setting unit 116, and receives the corresponding e-mail if the domain information exists. If the management apparatus control unit 111 determines that no e-mail has been received (NO in step 411), the process returns to step 411, and the management apparatus control unit 111 enters a reception standby state. On the other hand, when management device control unit 111 determines that an e-mail has been received (YES in step 411), receiving unit 113 acquires a patient ID from the e-mail address included in the e-mail (step 412). . Subsequently, the receiving unit 113 searches the patient information registered in the management device setting unit 116 using the acquired patient ID as a key (step 413). After the search, the receiving unit 113 determines whether or not the patient information having the patient ID is registered in the management device setting unit 116 (step 414).

  If the receiving unit 113 determines that patient information having the patient ID is registered in the management apparatus setting unit 116 (YES in step 414), the receiving unit 113 indicates the unknown destination in the e-mail. The flag is set to “0” (No), the e-mail is stored in the mail box 112 (Step 415), and the process returns to Step 411. On the other hand, when the receiving unit 113 determines that the patient information having the patient ID is not registered in the management apparatus setting unit 116 (NO in step 414), the receiving unit 113 does not know the destination in the e-mail. "1" (correct) is set as a flag indicating that the e-mail is stored in the mail box 112 (step 416), and the process returns to step 411. As described above, by setting “0” or “1” as the flag indicating the unknown destination in all the electronic mails, the receiving unit 113 can also manage the electronic mail with unknown addresses.

  As shown in FIG. 5A, the management device 110 performs a reference process for referring to desired biological data. In the reference processing for the received electronic mail, when the medical staff presses a reference button (not shown), the management device control unit 111 determines whether or not a reference operation has been performed (step 501). If the management device control unit 111 determines that the reference operation has not been performed (NO in step 501), the process returns to step 501 and the management device control unit 111 enters an operation standby state. On the other hand, when the management device control unit 111 determines that the reference operation has been performed (YES in step 501), the management device control unit 111 causes the extraction unit 114 to operate. When the extraction unit 114 starts operating, the extraction unit 114 displays an input screen (not shown). The input screen includes a patient ID input field and an output button. The medical staff inputs the patient ID into the patient ID input field and presses the output button.

  When the output button is pressed, the extraction unit 114 acquires the patient ID input in the patient ID input field (step 502). The extraction unit 114 extracts the biometric data corresponding to the patient ID acquired in step 502 from the mail box 112 and displays the extracted biometric data in the measured person folder 301 of the browsing screen 300 illustrated in FIG. 3 (step 503). . Then, the biometric data whose e-mail destination is unknown (that is, “1” is set as a flag indicating the unknown destination) is extracted and displayed in the UNKNOWN folder 310 of the browsing screen 300 (step 504).

  After outputting the biometric data, the management device control unit 111 determines whether or not an end operation has been performed (step 505). If the management device control unit 111 determines that the end operation has been performed (YES in step 505), the management device control unit 111 ends the reference process. On the other hand, when the management apparatus control unit 111 determines that the termination operation has not been performed (NO in step 505), the process returns to step 501.

  The management apparatus 110 performs editing processing as shown in FIG. 5B by correcting the person-to-be-measured person information for the biometric data whose destination is unknown. In the editing process, when the medical worker clicks on the patient ID displayed in the UNKNOWN folder 310 on the browsing screen 300, the management device control unit 111 determines whether an editing operation has been performed (step 511). ). If the management apparatus control unit 111 determines that no editing operation has been performed (NO in step 511), the process returns to step 511, and the management apparatus control unit 111 enters an operation standby state. On the other hand, if the management apparatus control unit 111 determines that an editing operation has been performed (YES in step 511), the management apparatus control unit 111 operates the editing unit 115 to obtain the corresponding data. An input screen (not shown) including a patient ID input field (not shown) is displayed. The input screen includes a save button (not shown). The medical staff inputs a new patient ID in the patient ID input field and presses the save button.

  When the save button is pressed, the editing unit 115 acquires the patient ID input in the patient ID input field (step 512). The editing unit 115 searches the patient information registered in the management device setting unit 116 using the input patient ID as a key (step 513). After the search, the editing unit 115 determines whether or not the patient information having the patient ID is registered in the management device setting unit 116 (step 514).

If the editing unit 115 determines that patient information having the input patient ID is registered in the management device setting unit 116 (YES in step 514), the editing unit 115 displays the corresponding e-mail. Is set as "0" as a flag indicating unknown destination (step 515), and the editing process is terminated. On the other hand, when the editing unit 115 determines that patient information having the input patient ID is not registered in the management device setting unit 116 (NO in step 514), the editing unit 115 determines that the destination is unknown. The editing process is terminated while “1” is set as a flag indicating “”.

  As a result of the processing of step 515, the e-mail whose flag indicating the unknown destination is “0” is not displayed in the UNKNOWN folder 310 in the subsequent extraction, but is displayed in the corresponding measured person folder 301. In this way, since the measured person information of the biometric data after measurement can be corrected, even if the medical staff registers information different from the actual measured person, it is not necessary to perform the measurement again, and the correct measured object is obtained. The biometric data corrected into the person information can be collected as a nursing record of the measurement subject.

  As described above in detail, in the nursing support system of the present embodiment, when a medical worker performs a transmission operation on the biological monitor 100, the transmission unit 105 converts the biological data acquired at that time into an email. Attach. Then, the transmission unit 105 transmits an e-mail with the mail address acquired from the biological monitor setting unit 104 as a destination. In addition, when the management apparatus 110 receives an email transmitted from the biological monitor 100, the extraction unit 114 uses the measured subject information included in the email address of the received email to determine the desired measured subject's biological data. To extract.

  According to the present embodiment, the management apparatus 110, which is a mail server having a domain name included in a mail address for transmitting biological data, collects the biological data from all the biological monitors 100 and includes it in the mail address. The biometric data collected by the measured person information is distinguished. Thereby, the medical staff can transmit the electronic mail containing biometric data to the management apparatus 110, without setting the destination of an electronic mail one by one.

  Further, the extraction unit 114 of the management device 110 can extract the biological data of the measurement subject specified by the medical staff. Thereby, since the biometric data is displayed for each patient ID included in the destination, the medical staff can easily manage the biometric data for each person to be measured. The extraction unit 114 can also extract the biometric data that the reception unit 113 determines is not registered.

  In addition, the editing unit 115 of the management apparatus 110 can edit the patient ID for the biometric data that is determined not to be registered by the receiving unit 113. Accordingly, even when information different from the actual person to be measured is registered, the medical staff does not need to perform the measurement again, and can collect the biological data as a nursing record of the corresponding person to be measured.

  In the above-described embodiment, the transmission unit 105 transmits a mail with biometric data of a waveform diagram attached thereto, but is not limited thereto. For example, the measurement value may be directly included in the mail text. Thereby, the medical staff can transmit the measured data to the management apparatus even with a biological monitor having various output patterns.

  In the above-described embodiment, the patient information is registered in the management device setting unit 116, but is not limited thereto. For example, it may be registered in a server or terminal on the network. Thereby, patient information can be managed in a lump, and it is not necessary to take out all of the patient information and register it in the management apparatus setting unit 116, so that acquisition of patient information can be minimized.

  In the above-described embodiment, the editing unit 115 sets “0” as a flag indicating unknown destination when the biometric data with unknown destination is corrected to the correct patient ID. However, the present invention is not limited to this. For example, a flag (“1” (corrected), “0” (uncorrected)) that allows the editing unit 115 to determine that the biometric data has been corrected is set separately from the flag indicating the unknown destination. May be. Thereby, the medical worker can grasp | ascertain the biometric data which corrected patient ID.

  In the above-described embodiment, when the medical staff presses the record button 204, the biological monitor 100 transmits an e-mail attached with the measured biological data to the management apparatus 110. However, the present invention is not limited to this. . For example, when the upper limit value and the lower limit value of the biological data are set in advance in the biological monitor setting unit 104 and the measured value exceeds the set upper limit value or falls below the set lower limit value, the biological data before and after that An e-mail attached with data may be transmitted to the management apparatus 110.

  Specifically, when the measurement unit 103 determines that the measured value exceeds the set upper limit value or falls below the set lower limit value, the biological monitor control unit 101 operates the transmission unit 105. When the transmission unit 105 starts operating, the transmission unit 105 newly creates an e-mail and acquires biometric data stored in the measurement unit 103. Subsequently, the transmission unit 105 attaches the acquired biometric data to the e-mail, and transmits the e-mail with the e-mail address generated by the biometric monitor setting unit 104 as a destination. As a result, the biometric data at the time of detecting a sudden change or the like exceeding the set range is automatically acquired, so that the medical staff can easily use the biometric data at the time of detecting the sudden change or the like as a nursing record of the subject. Can be summarized. In such a case, only the upper limit value or the lower limit value of the biometric data may be set.

  In the above-described embodiment, the patient ID and the recording date / time information of the biological monitor 100 are displayed on the measurement screen 200. However, the present invention is not limited to this. For example, in addition to these, device identification information for identifying the biological monitor 100 may be displayed.

  Specifically, when the transmission unit 105 transmits an email to the management device 110, the transmission unit 105 transmits device identification information for identifying the biological monitor 100, for example, a device number attached to the email. . Here, the device number is a number unique to the biological monitor 100 and is configured with a number that does not overlap with other biological monitors 100. The device number is registered in a setting file (not shown) of the biological monitor setting unit 104 or the biological monitor 100. After the electronic mail is received by the management apparatus 110, the extraction unit 114 corresponds to the extracted biological data when displaying the extracted biological data in the measured person folder 301 on the browsing screen 300 in step 503 of FIG. The device number to be displayed is also displayed. In addition, in step 504 of FIG. 4, when displaying the biometric data in which “1” is set as the flag indicating the unknown destination in the UNKNOWN folder 310 of the browsing screen 300, the extraction unit 114 is a device corresponding to the biometric data. The number is also displayed.

  The browsing screen 600 of this modification includes a measured person folder 601 and an UNKNOWN folder 610 as shown in FIG. The person-to-be-measured folder 601 includes a device number display field 605 for displaying a device number in addition to a person-to-be-measured ID display field 602, a measurement date and time display field 603, and a biometric data display field 604. In addition, in the UNKNOWN folder 610, a patient ID that is not registered in the patient information, recording date information, and a device number are displayed for each patient ID.

  “ID: 123” is displayed in the measured person ID display field 602 in the measured person folder 601. In the measurement date display column 603, “6/6 12:34” is displayed. In the device number display field 605, “851” is displayed. On the other hand, “ID: 124” is displayed in the UNKNOWN folder 610 as the patient ID. Further, “7/10 10:20” is displayed as the measurement date and time measured with “ID: 124”. In addition, “851” is displayed as the device number measured by “ID: 124”. Looking at both the measured person folder 601 and the UNKNOWN folder 610, the patient ID and the measurement date / time are different, but the device number is the same. In addition, the patient IDs of both are “123” and “124” which are close in number. From this, the medical staff can guess that the place where the correct patient ID 123 should be input is erroneously input as 124. As described above, the medical staff can compare the data displayed in the measured subject folder 601 with the data displayed in the UNKNOWN folder 610 to estimate the correct transmission source of the biological data.

It is a block diagram which shows the structural example of the nursing assistance system by this embodiment. It is a display figure which shows the example of a measurement screen of a biological monitor. It is a display figure which shows the example of a browsing screen of a management apparatus. 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. It is a display figure which shows the modification of the browsing screen example of a management apparatus.

Explanation of symbols

DESCRIPTION OF SYMBOLS 100 Biological monitor 101 Biological monitor control part 102 Operation part 103 Measurement part 104 Biological monitor setting part 105 Transmission part 106 Biological monitor interface (I / F) part 110 Management apparatus 111 Management apparatus control part 112 Mailbox 113 Reception part DESCRIPTION OF SYMBOLS 114 Extraction part 115 Editing part 116 Management apparatus setting part 117 Management apparatus interface (I / F) part 200 Measurement screen 201 Measured person ID display field 202 Measurement date / time display field 203 Biometric data display field 204 Record button 300 Browse screen 301 Measured person folder 302 Measured person ID display field 303 Measurement date / time display field 304 Biometric data display field 310 UNKNOWN folder 600 Browsing screen of modified embodiment 601 Measured person folder 602 Measured person ID display field 603 Measurement date / time display 604 biometric data display column 605 device number display column 610 UNKNOWN folder

Claims (1)

A measurement unit that measures the measurement subject and outputs biometric data;
Biological monitor side setting unit for registering the measured person information indicating the measured person and the domain information indicating the domain name of the mail receiving server before starting the measurement and generating a mail address from the measured person information and the domain information A biological monitor comprising: a transmission unit that attaches the biological data measured by the measurement unit to an email and transmits the email address generated by the biological monitor side setting unit as a destination;
A management device setting unit in which the domain name is registered, a receiving unit that receives an e-mail having domain information indicating the domain name registered in the management device setting unit, and an electronic device that is received by the receiving unit Management comprising: a mailbox for storing mail; and an extraction unit that analyzes the measured person information included in the mail address of the e-mail stored in the mailbox and extracts biometric data of the desired measured person Equipment,
Nursing support system.

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