JP6412821B2 - Intercom device and intercom system - Google Patents

Description

  The present invention relates to an interphone device and an interphone system.

  An intercom that can be used to check the visitors when the resident responds to the call by providing a camera for imaging the visitor on the entrance unit and a monitor for displaying the video captured by the camera on the parent unit. Equipment is widespread. Some intercom apparatuses have improved convenience by displaying other information on a monitor. For example, in Patent Document 1, data is read from a scale, a pedometer, or the like and displayed.

JP 2010-226492 A

  With the expansion of needs for home care, etc., it can be considered that the intercom device is used as a device for supporting the daily life of the resident (caregiver) by the home caregiver who visits the resident's home.

  Then, an object of this invention is to provide the intercom apparatus which can contribute to care support by simple operation, and the intercom system using the said intercom apparatus.

The intercom device according to the present invention is
An intercom device comprising an entrance slave for a visitor to call a resident and making a call, and a living room master for a resident to respond to a call from the entrance slave,
The living room parent device is a parent device reading unit that reads care record data recorded on an IC card possessed by the visitor who is a visiting caregiver; a display unit that displays information based on the care record data; An information generation unit that updates the care record data, and a parent device writing unit that writes the care record data updated by the information generation unit to the IC card.

  According to the above configuration, a caregiver such as a caregiver who visits a resident's home can browse, update, and manage care record data using the intercom device. In addition, the resident can grasp the care schedule created by the visiting caregiver from the care record data displayed on the display unit of the room master.

  In the intercom device according to the present invention, the display unit may display a message for the visitor or the resident at a predetermined time based on the care record data.

  According to the above configuration, for example, the resident or the visitor can be notified that the medication time or blood pressure measurement time has come along the care schedule.

  Moreover, in the intercom apparatus according to the present invention, the room master unit further includes a message confirmation unit for confirming that the resident or the visitor has seen the message displayed on the display unit. It is good.

  According to the said structure, it can grasp | ascertain easily that the resident confirmed the message etc. which were displayed on the display part.

  Moreover, in the intercom apparatus of the present invention, the room master unit further includes a voice notification unit capable of notifying voice guidance to the visitor or the resident at a predetermined time based on the care record data. Also good.

  According to the above configuration, for example, a resident or a visitor can easily recognize by voice guidance that a medication time or blood pressure measurement time has come.

In the intercom device of the present invention,
The entrance cordless handset includes a handset reading unit that reads ID information recorded on the IC card, and a handset sending unit that transmits the read ID information to the living room base unit,
The base unit receives a base unit receiving unit that receives the ID information from the handset unit, and determines whether the ID information matches registered ID information registered in the base unit in advance. And further comprising
When the determination unit determines that the received ID information matches the registered ID information, the voice notification unit may notify the voice guidance based on the ID information.

  According to the said structure, based on a visitor's ID information, a resident can be called only when it is an appropriate visitor.

  Moreover, in the intercom apparatus of the present invention, the room master unit further includes a voice operation unit that recognizes that the resident or the visitor has responded to the voice guidance from the voice notification unit. Also good.

  According to the said structure, it can be grasped | ascertained easily whether the resident recognized the voice guidance from a voice notification part.

In addition, the intercom system of the present invention is
An intercom device as described above;
An electronic computer capable of communicating with the IC card,
The electronic computer is
A computer reading unit for reading the care record data recorded on the IC card;
A computer recording unit for recording the read care record data;
A computer management unit for managing and updating the care record data recorded in the computer recording unit;
A computer writing unit that writes the care record data updated by the computer management unit to the IC card.

  According to the above configuration, care record data can be managed, for example, by a computer installed in a care facility where a visiting caregiver works, and can be used for care support and facility management.

  ADVANTAGE OF THE INVENTION According to this invention, the intercom apparatus which can contribute to care support by simple operation and the intercom system using the said intercom apparatus can be provided.

It is a schematic block diagram of the intercom system which shows embodiment of this invention. It is a schematic block diagram of the intercom system shown by FIG. 3 is a flowchart illustrating an operation pattern of the intercom system according to the first embodiment. 4 is a flowchart illustrating an operation pattern of the intercom system according to the first embodiment continued from FIG. 3. It is a schematic block diagram of the living room main | base station which comprises the intercom apparatus used for the intercom system of FIG. It is the schematic which shows another example of a display of a living room main | base station. It is the schematic which shows another example of a display of a living room main | base station. FIG. 6 is a schematic block diagram of an intercom system according to a second embodiment. 10 is a flowchart illustrating an operation pattern of the intercom system according to the second embodiment.

  Hereinafter, an example of an embodiment of an intercom device and an intercom system according to the present invention will be described with reference to the drawings.

(overall structure)
As shown in FIG. 1 and FIG. 2, the intercom system 1 according to the present embodiment includes an intercom device 10 including an entrance cordless handset 20 and a room base phone 30, an IC card 40, an electronic computer 50, and a server 60. And a biological information measuring device 70. The front cordless handset 20 and the living room base unit 30 of the interphone device 10 are installed in a housing complex such as a condominium or a detached house J.

  The entrance cordless handset 20 is for the visitor V to perform a predetermined calling operation when calling the resident R who is at home in the dwelling unit J, and is provided on an outer wall surface or the like at the entrance of the dwelling unit J. . The entrance slave unit 20 includes an entrance slave unit microphone 21, an entrance slave unit speaker 22, an entrance slave unit operation unit 23, an entrance slave unit camera 24 (an example of an imaging unit), and an entrance slave unit card reader / writer 25 (slave unit reading unit). And an example of a slave unit writing unit), an entrance slave unit CPU 26, an entrance slave unit application storage unit 27, and an entrance slave unit communication interface 28 (an example of a slave unit receiver and a slave unit transmitter).

  The entrance cordless handset microphone 21 and the entrance cordless handset speaker 22 are for inputting / outputting voice when the visitor V makes a call with the resident R of the dwelling unit J. The entrance child machine operation unit 23 is a part operated by the visitor V when the visitor V performs a call operation for calling the resident R. The entrance child camera 24 is for photographing a visitor V who performs a call operation. The entrance cordless handset card reader / writer 25 holds the IC card 40 held by the visitor V and reads data (for example, ID information) recorded on the IC card 40 or reads various data recorded on the entrance cordless device CPU 26. Is written on the IC card 40.

  The entrance child device microphone 21, the entrance child device speaker 22, the entrance child device operation unit 23, the entrance child device camera 24, and the entrance child device card reader / writer 25 are connected to the entrance child device CPU 26. An audio signal from the entrance child device microphone 21, a video signal from the entrance child device camera 24, and a data signal from the entrance child device card reader / writer 25 are transmitted to the entrance child device CPU 26. In addition, when the entrance device operating unit 23 is operated, an input signal is transmitted from the entrance device operating unit 23 to the entrance device CPU 26. Further, the entrance slave unit CPU 26 outputs an audio signal to the entrance slave unit speaker 22. An entrance slave device application storage unit 27 is connected to the entrance slave device CPU 26, and the entrance slave device CPU 26 controls the entrance slave device 20 based on an application stored in the entrance slave device application storage unit 27. . An entrance slave unit communication interface 28 is connected to the entrance slave unit CPU 26, whereby the entrance slave unit 20 communicates with the entrance slave unit CPU 26 via the entrance slave unit communication interface 28. Send and receive signals.

  The in-room master unit 30 is for the resident R to respond to a call by the visitor V from the entrance cordless handset 20, and is provided on the wall surface in the room of the dwelling unit J. The room master unit 30 includes a room base unit microphone 31, a room base unit speaker 32 (an example of a voice notification unit), a room base unit operation unit 33, a room base unit display unit 34, and a room base unit card reader / writer 35 (master unit). An example of a reading unit and a parent device writing unit), a wireless receiving unit 36, a living room parent device CPU 37, a living room parent device application storage unit 38, and a living room parent device communication interface 39 (an example of a parent device receiving unit and a parent device transmitting unit). I have.

  In addition, the living room master unit 30 includes a voice operation unit 33a and a touch operation unit 33b (an example of a message confirmation unit). The voice operation unit 33a can be operated by voice. When the resident R speaks to the room base unit microphone 31 of the room base unit 30, the room base unit 30 is operated by the voice. The touch operation unit 33b includes a part of the room master unit display unit 34 formed of a touch panel, and the room master unit 30 is operated by touching the touch operation unit 33b (see FIG. 5).

  The in-room master device microphone 31 and the in-room master device speaker 32 are for inputting and outputting audio when the resident R makes a call with the visitor V. The room master unit operation unit 33 is a part operated by the resident R. This room master unit operation unit 33 accepts a response operation for responding to a call from the entrance slave unit 20. For example, the resident R operates the room base unit operation unit 33 to enable a call with the visitor V and to open the entrance door in order to respond to a call from the entrance cordless handset 20. Is done. The room master unit display unit 34 is for displaying the video of the visitor V photographed by the entrance slave unit camera 24 of the entrance slave unit 20. The room master card reader / writer 35 holds the IC card 40 held by the visitor V, reads data signals in the IC card 40, and writes various data recorded in the room master CPU 37 to the IC card 40. Is to do.

  The room base unit microphone 31, the room base unit speaker 32, the room base unit operation unit 33, the room base unit display unit 34, the room base unit card reader / writer 35, and the wireless reception unit 36 are connected to the room base unit CPU 37. . The room base unit CPU 37 receives a voice signal from the room base unit microphone 31, a data signal from the room base unit card reader / writer 35, and a data signal from the wireless reception unit 36. Further, when the living room master unit operation unit 33 is operated, an input signal is transmitted from the living room master unit operation unit 33 to the room master unit CPU 37. The room master unit CPU 37 outputs an audio signal to the room master unit speaker 32 and outputs a video signal to the room master unit display unit 34. A room master unit application storage unit 38 is connected to the room master unit CPU 37, and the room base unit CPU 37 controls the room master unit 30 based on an application stored in the room master unit application storage unit 38. . A room base unit communication interface 39 is connected to the room base unit CPU 37. The room master unit CPU 37 transmits and receives signals to and from the entrance unit 20 via the room base unit communication interface 39.

  Further, the room master CPU 37 includes a storage unit 37a, an information generation unit 37b, and a determination unit 37c. The storage unit 37a stores registered ID information used for determining whether or not the IC card 40 is appropriate, care record data to be described later, and the like. The information generation unit 37b updates the care record data and the like stored in the storage unit 37a based on the operation of the room base unit operation unit 33. The determination unit 37c determines whether or not the ID information of the IC card 40 matches the registered ID information registered in advance in the storage unit 37a.

  The IC card 40 is a card incorporating an RFID tag, for example, and is carried by a visitor V (for example, a visiting caregiver or a safety confirmation person). In this IC card 40, ID information that is an identification number of the visitor V, care record data including a care schedule of the resident R, and the like are recorded. When the visitor V holds the IC card 40 over the door station card reader / writer 25 of the door station 20 or the room card reader / writer 35 of the room base station 30, the ID information recorded on the IC card 40 or The care record data is read by the entrance slave card reader / writer 25 or the room master card reader / writer 35. On the other hand, various data recorded in the entrance cordless handset 20 and the room base unit 30 are written into the IC card 40 by the entrance cordless handset card reader / writer 25 and the room base unit card reader / writer 35.

  The electronic computer 50 is provided in a building different from the dwelling unit J. In the present embodiment, for example, the electronic computer 50 is preferably provided in a care facility K where a visitor V who is a visiting caregiver works. The electronic computer 50 includes a computer card reader / writer 51 (an example of a computer reading unit and a computer writing unit), a computer CPU 55, a computer application storage unit 56, a computer recording unit 57, and a computer communication interface 58.

  The computer card reader / writer 51 reads the ID information and care record data of the IC card 40 when the visitor V holds the IC card 40, and writes various data stored in the electronic computer 50 to the IC card 40. Is for. A computer application storage unit 56 is connected to the computer CPU 55, and the computer CPU 55 performs various controls based on applications stored in the computer application storage unit 56. Various kinds of information can be stored in the computer recording unit 57, and information is written and read by the computer CPU 55. The computer CPU 55 includes a computer management unit 55a, and the computer CPU 55 manages and updates information such as nursing care record data recorded in the computer recording unit 57 by the computer management unit 55a. A computer communication interface 58 is connected to the computer CPU 55. The computer communication interface 58 is connected to the communication network In, and the electronic computer 50 can communicate via the communication network In.

  The server 60 is provided in a building different from the dwelling unit J, and is connected to the communication network In so as to be able to communicate with the electronic computer 50. The server 60 includes a server CPU 65, a server application storage unit 66, a server communication interface 67, and a server recording unit 68.

  A server application storage unit 66 is connected to the server CPU 65, and the server CPU 65 performs various controls based on the applications stored in the server application storage unit 66. A server communication interface 67 is connected to the server CPU 65. The server communication interface 67 is connected to the communication network In and can communicate with the computer communication interface 58 of the electronic computer 50 via the communication network In. The server recording unit 68 is connected to the server CPU 65. The server recording unit 68 can store management data including various types of information, and the management data is updated by the server CPU 65.

  The biological information measuring device 70 is a device for measuring the biological information of the resident R of the dwelling unit J, and is, for example, a weight scale or a sphygmomanometer. The biological information measuring device 70 includes a wireless transmission unit 71 that wirelessly transmits biological information data (body weight data and blood pressure data), and the wireless information provided in the living room base unit 30 by a predetermined transmission operation of the measured biological information data. It is configured to be able to transmit to the receiving unit 36. Note that wireless transmission / reception can be performed by, for example, Bluetooth (registered trademark). Transmission / reception may be performed by infrared communication or the like instead of Bluetooth. The biometric information data received by the wireless receiving unit 36 of the living room parent device 30 is stored in the storage unit 37a and can be displayed on the living room parent device display unit 34 as shown in FIG.

Example 1
Next, as an example 1, an example of an operation pattern in the intercom system 1 configured as described above will be described with reference to FIGS.
In the first embodiment, the visitor V is a visiting caregiver VA who visits the dwelling unit J and cares for the resident R, and the resident R is a care recipient who receives the visiting care. The visiting caregiver VA is, for example, a caregiver working at a care facility K.

  First, the visiting caregiver VA uses the electronic computer 50 installed in the care facility K at the place of work to check the care content of the resident R (hereinafter referred to as “caregiver R”) and provide care including a care schedule. Recording data is created (step S1 in FIG. 3). Thereafter, the visiting caregiver VA holds the IC card 40 over the computer card reader / writer 51 and writes care record data such as care contents and care schedule of the care receiver R recorded in the electronic computer 50 to the IC card 40. (Step S2).

  Next, the visiting caregiver VA visits the care receiver R's dwelling unit J with the IC card 40 and holds the IC card 40 over the entrance cordless handset card reader / writer 25 provided in the entrance cordless handset 20 of the dwelling unit J. (Step S3). At this time, the door station card reader / writer 25 reads the ID information recorded on the IC card 40 (step S4). Then, the entrance slave unit CPU 26 transmits the read ID information to the living room master unit communication interface 39 through the entrance slave unit communication interface 28 (step S5).

  Next, the room base unit CPU 37 causes the determination unit 37c to determine whether or not the ID information of the IC card 40 received by the room base unit communication interface 39 matches the registered ID information registered in advance in the storage unit 37a. (Step S6). When the determination unit 37c determines that the ID information of the IC card 40 does not match the registered ID information (No in step S6), the room master unit CPU 37 ends the process (step S7). In this case, the room base unit CPU 37 may transmit information indicating that the ID information does not match to the entrance slave unit communication interface 28 and notify the visiting caregiver VA from the entrance slave unit 20 to that effect. Good. On the other hand, when the determination unit 37c determines that the ID information of the IC card 40 matches the registered ID information (Yes in step S6), the room parent device CPU 37 displays a visiting caregiver on the room parent device display unit 34. A message indicating that a call has been received from the VA is displayed (step S8). Further, at this time, the room master unit CPU 37 may notify a voice guidance to the effect that a call has been received from the visiting caregiver VA through the room base unit speaker 32.

  Next, the living room base unit CPU 37 transmits matching confirmation information indicating that the ID information of the IC card 40 matches the registered ID information to the front door unit communication interface 28 via the living room base unit communication interface 39 (step). S9). Based on the received match confirmation information, the entrance slave unit CPU 26 causes the entrance slave unit card reader / writer 25 to write the date and time (time information) at that time into the IC card 40 as the entry time (step S10). Thereby, the date and time (room entry time) when the visiting caregiver VA visited the dwelling unit J of the care receiver R is recorded in the IC card 40. If it is determined that the ID information of the IC card 40 matches the registered ID information, the entrance slave unit CPU 26 or the room base unit CPU 37 uses the air lock (not shown) to move the entrance door of the residence unit J. You may make it open automatically.

  Next, the visiting caregiver VA enters the dwelling unit J, and holds the IC card 40 over the living room parent device card reader / writer 35 provided in the living room parent device 30 (step S11 in FIG. 4). Thereby, the room master card reader / writer 35 reads the ID information and the care record data recorded on the IC card 40 (step S12). Then, the parent device card reader / writer 35 writes the date and time (time information) at that time to the IC card 40 (step S13).

  Next, the living room base unit CPU 37 stores the care record data read from the IC card 40 in the storage unit 37a, and also converts the care record data into an appropriate data format by a dedicated application installed in the room base unit application storage unit 38. (Step S14). Then, the room master unit CPU 37 displays the changed care record data on the room base unit display unit 34 (step S15). Based on the nursing care record data displayed on the living room parent device display unit 34, the visiting caregiver VA or the care recipient R can confirm the care content and the care schedule. By the operation of the touch operation unit 33b by the home caregiver VA or the care receiver R, the room parent device CPU 37 causes the information generation unit 37b to update the care record data (step S16). For example, as shown in FIG. 5, the home care unit CPU 37 updates the care record data when the home caregiver VA operates the touch operation unit 33 b after performing assistance such as excretion assistance, meal assistance, and bathing assistance.

  In addition, the room master unit CPU 37 displays a message on the room master unit display unit 34 at a predetermined time based on the care schedule in the care record data stored in the storage unit 37a. At this time, the room master unit CPU 37 may notify the voice guidance from the room host unit speaker 32. For example, as shown in FIG. 6, the message “It is time for medicine” is displayed on the room parent machine display unit 34 and voice guidance is provided through the room parent machine speaker 32. The care receiver R (or the visiting caregiver VA) who sees such a message or listens to the voice guidance operates the touch operation unit 33b or responds to the voice operation unit 33a via the living room main unit microphone 31. By doing so, the in-room master unit CPU 37 can confirm that the care receiver R or the like has grasped the message or voice guidance, and can proceed to the next processing.

  The living room master CPU 37 stores the biological information data transmitted from the wireless transmission unit 71 of the biological information measuring device 70 to the wireless reception unit 36 in the storage unit 37 a and is installed in the living room parent application storage unit 38. The biometric information data is changed to an appropriate data format by a dedicated application. Then, the room master unit CPU 37 can display biological information data such as blood pressure history on the room master unit display unit 34 as shown in FIG. The room parent device CPU 37 can receive the biological information data and display the data independently of the processing of the care record data read from the IC card 40.

  While the home caregiver VA is caring for the care receiver R in the dwelling unit J (that is, while the care record data is updated as appropriate in step S16), the home caregiver VA holds the IC card 40 in the room. Hold it over the base card reader / writer 35 each time. At this time, the room parent device CPU 37 causes the living room parent device card reader / writer 35 to write the care record data updated by the information generation unit 37b and the biological information data stored in the storage unit 37a to the IC card 40 (step S17). ). In step S <b> 17, the room master card reader / writer 35 can write the date and time (time information) at that time in the IC card 40.

  Next, when the nursing care schedule is completed and the visiting caregiver VA leaves the care receiver R's dwelling unit J, the visiting caregiver VA sends the IC card 40 to the entrance handset card reader / writer 25 of the entrance handset 20. (Step S18). At this time, the door station card reader / writer 25 writes the time (time information) at that time in the IC card 40 as the leaving time.

  Next, the visiting caregiver VA returning to the care facility K holds the IC card 40 over the computer card reader / writer 51 of the electronic computer 50 (step S19). At this time, the computer CPU 55 reads the nursing care record data (including time information and biometric information data) recorded on the IC card 40 by the computer card reader / writer 51 (step S20). The computer CPU 55 stores the care record data in the computer recording unit 57, and performs various data processing based on the application stored in the computer application storage unit 56 (step S21). Specifically, the computer CPU 55 can create an attendance management table and a care benefit expense statement (care receipt) based on the care record data.

  Finally, the computer CPU 55 transfers the care record data and the like from the computer communication interface 58 to the server 60 via the communication network In (step S22). Thus, the operation pattern of the intercom system 1 according to the first embodiment is completed.

  As described above, according to the intercom device 10 according to the first embodiment, the room master unit 30 reads the care record data recorded on the IC card 40 possessed by the visitor V who is the visit caregiver VA. A living room parent device card reader / writer 35, a living room parent device display section 34 for displaying information based on care record data, and an information generation section 37b for updating care record data, are provided. Further has a function of writing the care record data updated by the information generation unit 37b to the IC card 40. According to this configuration, the visiting caregiver VA who visits the dwelling unit J of the resident R who is the care recipient can browse, update, manage, etc. the care record data using the intercom device 10. As described above, the home care service of the interphone device 10 and the IC card 40 carried by the home caregiver VA can be linked to make the home care work more efficient. Further, the resident R can easily grasp the care schedule and the like from the care record data displayed on the living room master display unit 34.

  Moreover, in the intercom apparatus 10 according to the present embodiment, the room master display unit 34 can display a message for the visitor V or the resident R at a predetermined time based on the care record data. According to this configuration, the resident R or the visitor V can be notified that the medication time or the blood pressure measurement time has come, for example, by a message displayed on the parent room display unit 34 in accordance with the care schedule.

  Further, in the intercom device 10 according to the present embodiment, the living room master unit 30 has a touch operation unit 33b for confirming that the resident R or the visitor V has seen the message displayed on the living room parent machine display unit 34. It has. According to this configuration, the room master unit CPU 37 can easily grasp that the resident R or the like has confirmed the message displayed on the room base unit display unit 34, and the subsequent processing can proceed smoothly. .

  Moreover, in the intercom device 10 according to the present embodiment, the room master unit 30 further includes a room master unit speaker 32 that can notify voice guidance to the visitor V or the resident R at a predetermined time based on the care record data. It is good also as composition which has. According to this configuration, the resident R or the visitor V can easily grasp the fact that the medication time or blood pressure measurement time has arrived from the room parent device speaker 32.

  Further, in the intercom device 10 according to the present embodiment, the entrance slave unit 20 includes the entrance slave unit card reader / writer 25 that reads the ID information recorded on the IC card 40 and the read ID information to the room master unit 30. And an entrance slave unit communication interface 28 for transmission. In addition, the living room base unit 30 is configured to receive the ID information from the front door unit communication interface 28, and whether the ID information matches the registered ID information registered in the room base unit 30 in advance. And a determination unit 37c for determining whether or not. Then, when it is determined that the received ID information matches the registered ID information, voice guidance based on the ID information is notified by the room base unit speaker 32. According to this configuration, the resident R can be called only when the visitor V is an appropriate visitor V based on the ID information of the visitor V.

  Further, in the intercom device 10 according to the present embodiment, the living room master unit 30 includes a voice operation unit 33a that recognizes that the resident R or the visitor V has responded to the voice guidance from the living room parent machine speaker 32. Yes. According to this configuration, the in-room master unit CPU 37 can easily grasp whether the resident R or the like has heard the voice guidance from the in-room master unit speaker 32, and can smoothly proceed with the subsequent processing.

  In addition, the room base unit CPU 37 of the room base unit 30 according to the present embodiment determines whether or not the ID information of the IC card 40 matches the registered ID information registered in the storage unit 37a of the room base unit 30. When the ID information of the IC card 40 is determined to match the registered ID information, the time information is transmitted to the entrance cordless handset 20 via the room base unit communication interface 39. The entrance slave unit CPU 26 is configured to write the received time information to the IC card 40 by the entrance slave unit card reader / writer 25. According to this configuration, the visit date and time of the visiting caregiver VA can be managed by a simple method using the intercom device 10. Moreover, since the date and time when the visiting caregiver VA enters and leaves the dwelling unit J is recorded on the IC card 40 using the intercom device 10, these time information can be taken back to the nursing facility K, The attendance management of the caregiver VA can be performed smoothly.

  In addition, the entrance cordless handset 20 according to the present embodiment includes the entrance cordless handset camera 24 that photographs the visiting caregiver VA when the entrance cordless handset card reader / writer 25 reads the ID information of the IC card 40. The image data of the visiting caregiver VA taken by the entrance child device camera 24 can be recorded on the IC card 40 by the entrance child device card reader / writer 25. According to this configuration, it is possible to prevent impersonation of the visiting caregiver VA.

  In addition, the room master unit 30 according to the present embodiment includes a wireless reception unit 36 that receives biological information data transmitted from the wireless transmission unit 71 provided in the biological information measuring device 70 such as a weight scale and a blood pressure monitor. Yes. The living room master CPU 37 can store the biological information data in the storage unit 37 a and write the biological information data into the IC card 40 by the living room parent card reader / writer 35. According to this configuration, the visiting caregiver VA can write the biological information data to the IC card 40 using the living room master unit 30 and take it out from the dwelling unit J. Thereby, it can contribute to the health management of the resident R and improvement of nursing care power by simple operation.

  In addition, the living room base unit CPU 37 according to the present embodiment can process the biological information data into a predetermined display form by an application stored in the living room base unit application storage unit 38 and cause the living room base unit display unit 34 to display it. it can. According to this configuration, the living body information data can be processed into an appropriate graph or the like and displayed on the living room master display unit 34, so that it is not necessary to manage data using a personal computer or the like. Therefore, it is possible to support the resident R's daily life without running costs without laying a network line.

  In addition, the living room master 30 according to the present embodiment can notify the resident R or the visiting caregiver VA of voice guidance through the living room parent machine speaker 32 based on the biological information data recorded in the storage unit 37a. According to this configuration, for example, the resident R or the visiting caregiver VA can easily perform the operation necessary for confirming the biological information data that the biological information data is stored in the storage unit 37a of the parent room 30. You can be notified.

  Furthermore, the intercom system 1 according to the present embodiment includes the interphone device 10 having the above configuration and an electronic computer 50 that can communicate with the IC card 40. The electronic computer 50 includes a computer card reader / writer 51 for reading care record data, time information, and biological information data from the IC card 40 and writing to the IC card 40, and computer record for recording information such as care record data. Unit 57, and a computer management unit 55a for managing and updating care record data and the like recorded in the computer recording unit 57. According to this configuration, for example, the care record data and the biometric information data can be managed by the electronic computer 50 installed in the care facility K where the visiting caregiver VA works, which can be used for care support and facility management. it can. Moreover, the electronic computer 50 can use the time information for time management and issuance of a care receipt by managing the time information including the entry / exit date and time by the computer management unit 55a.

(Example 2)
Next, Example 2 according to the present embodiment will be described with reference to FIGS. 8 and 9. In Example 2, the visitor V is the safety confirmation person VB who confirms the safety of the resident R.
Since the safety confirmation person VB does not enter the dwelling unit J in principle, unlike the first embodiment, in the second embodiment, the IC card 40B is not configured to be in close proximity to the room master card reader / writer. . In addition, resident data (an example of management data) is recorded in the storage unit 37a of the parent room 30. The resident data includes, for example, the ID information of the resident R, the last visit care date and time of the visiting caregiver VA, the confirmation time record of medication based on the care schedule, and the acquisition of the biological information data received from the biological information measuring device 70 The situation etc. are included. Moreover, the safety confirmation person VB has the portable terminal 80, such as a smart phone, for example, and the IC card 40B and the portable terminal 80 can communicate with each other.

  The portable terminal 80 includes a portable terminal microphone 81, a portable terminal speaker 82, a portable terminal operation unit 83, a portable terminal display unit 84 (an example of a data display unit), a portable terminal CPU 85, a portable terminal application storage unit 86, and a portable terminal communication interface 87. It has. The owner of the portable terminal 80 (safety confirmation person VB) can talk with the portable terminal microphone 81 and the portable terminal speaker 82. The mobile terminal operation unit 83 is a part that is operated variously by the owner of the mobile terminal 80. The portable terminal display unit 84 is for displaying various data read from the IC card 40B. The mobile terminal microphone 81, the mobile terminal speaker 82, the mobile terminal operation unit 83, and the mobile terminal display unit 84 are connected to the mobile terminal CPU 85. When the mobile terminal operation unit 83 is operated, an input signal is transmitted from the mobile terminal operation unit 83 to the mobile terminal CPU 85. In addition, the mobile terminal CPU 85 outputs a data signal such as an image to the mobile terminal display unit 84. A portable terminal application storage unit 86 is connected to the portable terminal CPU 85, and the portable terminal CPU 85 controls the portable terminal 80 based on an application stored in the portable terminal application storage unit 86. A mobile terminal communication interface 87 is connected to the mobile terminal CPU 85. The mobile terminal communication interface 87 can be connected to the communication network In, and can communicate with the server 60 via the communication network In.

Hereinafter, an example of an operation pattern in the intercom system 1 according to the second embodiment will be described.
First, the safety confirmation person VB visits the dwelling unit J of the resident R with the IC card 40B, and holds the IC card 40B over the entrance slave card reader / writer 25 provided in the entrance slave 20 (FIG. 9). Step S101). The front door card reader / writer 25 reads the ID information recorded on the IC card 40 (step S102). Next, the entrance slave unit CPU 26 transmits the read ID information to the room master unit communication interface 39 through the entrance slave unit communication interface 28 (step S103).

  Next, the room master unit CPU 37 causes the determination unit 37c to determine whether or not the ID information received via the room base unit communication interface 39 matches the registered ID information recorded in advance in the storage unit 37a. (Step S104). When the determination unit 37c determines that the ID information of the IC card 40B does not match the registered ID information (No in step S104), the room parent device CPU 37 ends the process (step S105). In this case, information indicating that the ID information does not match may be transmitted to the entrance slave unit communication interface 28, and the entrance slave unit 20 may notify the safety confirmation person VB to that effect. On the other hand, if it is determined by the determination unit 37c that the ID information of the IC card 40B matches the registered ID information (Yes in step S104), the room master CPU 37 stores the resident data recorded in the storage unit 37a. Are collected (step S106). Next, the room master unit CPU 37 transmits the collected resident data to the entrance slave unit communication interface 28 via the room base unit communication interface 39 (step S107).

  Next, the entrance slave unit CPU 26 causes the entrance slave unit card reader / writer 25 to write the received resident data to the IC card 40B possessed by the safety confirmation person VB (step S108). At the same time, the date and time when the safety confirmation person VB visits the dwelling unit J is recorded in the IC card 40B.

  Next, the IC card 40B in which the resident data is written is connected to the portable terminal 80 via a communication means such as a Felica port (registered trademark) FP (step S109). Resident data read via the portable terminal communication interface 87 of the portable terminal 80 is processed by the portable terminal CPU 85 and transferred to the server 60 via the portable terminal communication interface 87 (step 110).

  The server CPU 65 determines the safety of the resident R in the safety determination unit 65a based on the received resident data, and creates safety confirmation data (step S111). Next, the server CPU 65 transmits safety confirmation data to the portable terminal 80 through the server communication interface 67 (step S112). Finally, the portable terminal CPU 85 displays the received safety confirmation data on the portable terminal display unit 84 (step S113).

  As described above, in the intercom device 10 according to the second embodiment, the room master unit 30 includes the storage unit 37a that records the resident data (management data) including the resident information, and the resident data as the entrance unit. 20, a room-to-base communication interface 39 that transmits data to 20. The entrance cordless handset 20 includes an entrance cordless handset card reader / writer 25 that reads ID information recorded on the IC card 40B possessed by the safety confirmation person VB, and an entrance cordless handset communication interface 28 that transmits the ID information to the room base set 30. The entrance slave unit card reader / writer 25 can write the resident data transmitted from the room master unit communication interface 39 to the IC card 40B. According to this configuration, by recording the resident data of the resident R on the IC card 40B held by the safety checker VB, the safety checker VB smoothly acquires the safety information without calling the resident R. be able to.

  Further, in the intercom device 10 according to the present embodiment, the office base unit 30 includes a determination unit 37c that determines whether the ID information of the IC card 40B matches the registered ID information registered in the storage unit 37a. Therefore, when it is determined that the ID information of the IC card 40 matches the registered ID information, the resident data is transmitted to the front door 20. According to this configuration, the resident data is stored in the IC card 40b only when the ID information of the IC card 40B possessed by the safety confirmation person VB matches the registered ID information recorded in the storage unit 37a of the living room master unit 30. Therefore, security can be ensured.

  In the intercom device 10 according to the present embodiment, the resident data further includes care record data and biometric information data of the resident R. According to this configuration, the safety checker VB can acquire care record data such as a care schedule and biometric information data by simply holding the IC card 40B over the front door 20 and can easily check the safety. Since the resident R's biometric information data itself is personal information, it may be configured not to be included in the resident data written to the IC card 40B from the viewpoint of personal information protection.

  Moreover, in the intercom device 10 according to the present embodiment, the room master unit 30 displays the message related to the safety confirmation person VB based on the ID information of the IC card 40B received from the entrance slave unit communication interface 28. 34 is provided. According to this configuration, if necessary, the resident R can be informed of the visit of the safety confirmation person VB based on the ID information of the IC card 40B.

  In addition, the intercom system 1 according to the present embodiment includes the interphone device 10 having the above configuration, a portable terminal 80 that can communicate with the IC card 40B, and a server 60 that can communicate with the portable terminal 80. Has a safety judgment unit 65a that records the ID information or the resident data recorded on the IC card 40B and judges the safety result. According to this configuration, management data such as safety information recorded in the IC card 40B can be recorded in the server 60 through the portable terminal 80, and the safety result and the safety confirmation date can be easily managed. By receiving the safety confirmation data from the server 60 and displaying it on the portable terminal display unit 84, the safety confirmer VB can easily confirm the safety information of the resident R. The date and time (time information) when the safety confirmation person VB confirmed the safety of the resident R can also be recorded in the server 60.

  In the second embodiment, the resident data recorded on the IC card 40B is transmitted to the portable terminal 80. However, the resident data is used by the safety confirmer VB instead of the portable terminal 80. It is good also as a structure which transmits to the electronic computer installed in the house etc. and transfers to the server 60 from an electronic computer. By exchanging resident data and safety confirmation data with the server 60 via the electronic computer, more detailed data than the portable terminal 80 can be received from the server 60 and managed by the safety confirmer VB.

  While the invention has been described in detail and with reference to specific embodiments, it will be apparent to those skilled in the art that various changes and modifications can be made without departing from the spirit and scope of the invention.

  In the above embodiment, data such as weight and blood pressure is transmitted from the biological information measuring device 70 to the living room parent unit 30 by wireless transmission. However, instead of the biological information measuring device 70, a pedometer, an electric walker, etc. Step count data and the like may be transmitted from other health management devices.

10: Intercom system, 20: Entrance slave unit, 24: Entrance slave unit camera (an example of an imaging unit), 25: Entrance slave unit card reader / writer (an example of a slave unit reading unit and a slave unit writing unit), 26: Entrance slave unit CPU, 28: Entrance slave unit communication interface (an example of slave unit reception unit and slave unit transmission unit), 30: Living room parent unit, 32: Living room parent unit speaker (an example of voice notification unit), 33: Operation unit 33a: voice operation unit, 33b: touch operation unit (an example of a message confirmation unit), 35: living room base unit card reader / writer (an example of a base unit reading unit and a base unit writing unit), 36: a wireless receiving unit, 37: Living room master CPU, 37a: Storage part, 37b: Information generation part, 37c: Determination part, 39: Living room parent machine communication interface (an example of a parent machine receiving part and a parent machine transmission part), 40: IC card, 50 : Computer 51 Computer card reader / writer (an example of a computer reading unit and a computer writing unit), 55: computer CPU, 55a: information management unit, 58: computer communication interface, 60: server, 65: server CPU, 67: server communication interface, 70: biological information measuring device, 71: wireless transmission unit, 80: portable terminal, 84: portable terminal display unit (an example of a data display unit), 85: portable terminal CPU, 87: portable terminal communication interface, In: communication network, V: Visitor, VA: Visiting caregiver, R: Resident (caregiver), J: Dwelling unit, K: Nursing care facility

Claims (7)

An intercom device comprising an entrance slave for a visitor to call a resident and making a call, and a living room master for a resident to respond to a call from the entrance slave,
The living room parent device is a parent device reading unit that reads care record data recorded on an IC card possessed by the visitor who is a visiting caregiver; a display unit that displays information based on the care record data; An intercom apparatus comprising: an information generation unit that updates care record data; and a parent device writing unit that writes the care record data updated by the information generation unit to the IC card.   The interphone apparatus according to claim 1, wherein the display unit can display a message for the visitor or the resident at a predetermined time based on the care record data.   The intercom apparatus according to claim 2, wherein the living room master unit further includes a message confirmation unit for confirming that the resident or the visitor has seen the message displayed on the display unit.   The said living room main | base station is further equipped with the audio | voice notification part which can notify the audio | voice guidance with respect to the said visitor or the said resident at predetermined time based on the said care record data. The intercom device according to one item. The entrance cordless handset includes a handset reading unit that reads ID information recorded on the IC card, and a handset sending unit that transmits the read ID information to the living room base unit,
The base unit receives a base unit receiving unit that receives the ID information from the handset unit, and determines whether the ID information matches registered ID information registered in the base unit in advance. And further comprising
The intercom apparatus according to claim 4, wherein when the determination unit determines that the received ID information matches the registered ID information, the voice notification unit notifies voice guidance based on the ID information.   The said living room main | base station is further equipped with the voice operation part which recognizes that the said resident or the said visitor responded with respect to the said voice guidance from the said voice notification part. Intercom device. The intercom apparatus according to any one of claims 1 to 6,
An electronic computer capable of communicating with the IC card,
The electronic computer is
A computer reading unit for reading the care record data recorded on the IC card;
A computer recording unit for recording the read care record data;
A computer management unit for managing and updating the care record data recorded in the computer recording unit;
An intercom system comprising: a computer writing unit that writes the care record data updated by the computer management unit to the IC card.

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