JP5120557B2 - Emergency response system for home care recipients - Google Patents

Description

  The present invention detects a state of a home care recipient, etc., and notifies a detection result when an abnormal situation occurs, and notification of detection results from homes of a plurality of care recipients and the like where such a detection device is installed. The present invention relates to an emergency response system such as a home care recipient who is installed in a receiving center and includes a display device that displays an appropriate response according to the degree of urgency.

With the aging phenomenon progressing, expectations for so-called home care services provided by home care support offices are increasing. Therefore, a system for supporting home care services has been established. For example, there is a system in which a monitoring camera and various sensors are installed at the home of a care recipient and an acquired image and detected data are transmitted to a home care support establishment or the like.
JP2007-241798

  While the home care support system has been proposed in this way, there is a current situation that the number of people actually engaged in care services is insufficient. Therefore, it is difficult to appropriately and quickly cope with various transmitted images and data or emergency calls, and there is a problem that a care recipient may fall into a serious situation.

  Therefore, the present invention provides the following emergency response system for home care recipients. That is, as a first invention, a plurality of types of detection devices that are installed in a care recipient's home, detect a physical abnormality of the care recipient and notify the center, and installed in the center, from the detection device A home caregiver emergency response system comprising a display device that receives a notification and displays a response instruction such as emergency dispatch, the detection device includes a sensor unit for detecting the status of the care recipient and a detection result A detection result transmitter for transmitting to the center for each care recipient, and the display device receives a detection result transmitted from the detection result transmitter for each care recipient, Urgency calculation formula storage unit that stores the urgency calculation formula for calculating the urgency level of the response from the detection result, and the urgency calculation that calculates the detection result using the urgency calculation formula for each care recipient Detected by department and care recipient A reception rank acquisition unit that acquires the reception rank of the result, and a correspondence rank calculation expression storage that stores a corresponding rank calculation expression for calculating a corresponding rank such as emergency dispatch based on the calculated urgency level and the acquired reception rank Emergency response for home caregiver having a response rank calculation unit that calculates a corresponding rank in units of care recipients according to a corresponding rank calculation formula, and a display unit that displays the corresponding rank according to the calculation result in the corresponding rank calculation unit Provide a system.

  According to a second aspect of the present invention, the information processing device further includes a started information input unit for inputting corresponding started information in units of care recipients, and the corresponding rank calculation unit further requires care according to the input of the started information. An emergency response system for home care recipients and the like according to the first aspect of the present invention is provided, which has a dynamic response rank calculation means for calculating a response rank for each person.

  As 3rd invention, the detection apparatus has the cancellation reception part which receives cancellation of the transmitted detection result, and the cancellation transmission part which transmits the received cancellation, The display apparatus was transmitted from the cancellation transmission part In the first invention or the second invention, there is provided a cancel receiving unit that receives a cancellation, and a cancel control unit that cancels processing based on a detection result corresponding to the cancellation that has already been received in response to reception by the cancel receiving unit. Provide emergency response system for home care recipients.

  According to a fourth aspect of the present invention, there is a home caregiver emergency response system provided with a speakerphone type telephone for a care recipient who is installed at a care recipient's home and a center phone that is installed at the center. The speakerphone type telephone for a person has an automatic off-hook part that automatically goes off-hook in response to an incoming call from the center telephone, and the center telephone has a corresponding ranking displayed according to the calculation result in the corresponding rank calculation unit. The home care recipient emergency according to any one of the first invention to the third invention having an automatic calling unit for automatically calling a speakerphone type phone for a caregiver at a first place requiring caregiver's home Provide a compatible system.

  According to the present invention, a response instruction is displayed so that various notifications transmitted from a care recipient's home can be appropriately and quickly handled, and a highly efficient home care service is provided.

  Hereinafter, embodiments of the present invention will be described. In addition, this invention should not be limited to these embodiments at all, and can be implemented in various modes without departing from the gist thereof.

  The first embodiment will mainly describe claim 1.

  The second embodiment will mainly describe claim 2.

  The third embodiment will mainly describe claim 3.

The fourth embodiment will mainly describe claim 4.
<Embodiment 1>
<Summary of Embodiment 1>

This embodiment calculates the degree of urgency for the care recipient etc. based on the detection result notified from the home of the care recipient etc. to the center when an abnormality occurs in the state of the care recipient etc. When notifications from care recipients are consecutive or overlapping, calculate the appropriate response order based on the urgency of response to each care recipient and the order in which the notification was received. An emergency response system for home care recipients and the like characterized by displaying instructions. FIG. 1 illustrates an outline of the present embodiment. Each home requiring care recipients is provided with a camera, a biosensor, etc., and the centers connected via the network receive notifications from each home requiring care recipients and display corresponding instructions.
<Configuration of Embodiment 1>

  FIG. 2 illustrates a functional block diagram of an emergency response system such as a home care recipient according to the present embodiment. The emergency response system (0200) for home care recipients, etc. includes a “detection device” (0201) and a “display device” (0202). The detection device includes a “sensor unit” (0203) and a “detection result transmission unit”. ”(0204), the display device includes a“ detection result reception unit ”(0205), an“ emergency level expression storage unit ”(0206), an“ emergency level calculation unit ”(0207), and a“ reception ” It has a “ranking acquisition unit” (0208), a “corresponding rank calculation expression storage unit” (0209), a “corresponding rank calculation unit” (0210), and a “display unit” (0211).

  Each unit which is a component of the present invention is configured by hardware, software, or both hardware and software. For example, as an example for realizing these, when a computer is used, there are hardware configured by a CPU, a bus, a memory, an interface, a peripheral device, and the like, and software that can be executed on the hardware. As software, by executing the program developed on the memory sequentially, the special functions are realized by processing, storing, outputting, etc., data on the memory and data inputted through the interface. More specifically, FIG. 3 is a diagram illustrating the configuration of a general computer. The computer mainly includes a CPU (0301), an input interface (I / O) (0302), a hard disk (HDD) (0303), Although shown to be composed of RAM (0304), ROM (0305), etc., the emergency response system for home care recipients according to the present invention is realized with the same configuration as in FIG. And so on).

  The “detection device” (0201) is installed in a home such as a care recipient and has a function of detecting a physical abnormality of the care recipient and notifying the center. “Needs to be in need of care” means a person who requires prescribed care or assistance such as care or nursing by others in order to live a life due to mental or physical deterioration, illness or disability. It is not meant to be limited to a person.

  The “sensor unit” (0203) has a function of detecting the state of a care recipient or the like. The sensor unit includes a moving body sensing camera, a biological sensor, and the like, and means an element or device that detects physical quantities such as temperature, pressure, flow rate, light, electricity, and their changes. A physical abnormality such as a care recipient is limited to a physical abnormality that can be directly detected by a biological sensor, for example, a physical abnormality that becomes apparent when a blood pressure sensor detects a blood pressure value that is far from normal. It does not mean, but also includes the detection of unusual states by motion sensing cameras and other sensors. The sensor unit detects when the physical quantity detected by the sensor unit and the amount of change deviate from a standard value determined in advance based on the condition of the person requiring care or the condition of the house such as the person in need of care. It is determined that a physical anomaly has occurred in the care recipient, etc., and these physical quantities, changes, and deviation values from standard values (hereinafter referred to as deviation values) are processed as detection results. As described above, the sensor unit can be specifically realized by the cooperation of the detection element such as a physical quantity and the computer.

  Each sensor unit has its own detection target. For example, a motion detection camera detects based on a change in a captured image. In the case of a motion detection camera installed in a toilet, the entrance / exit of the toilet and the staying time of a care recipient can be detected based on a change in a certain area of a captured image. If the change in the image deviates from the standard value by a predetermined value or more, it is determined as abnormal. The same applies to motion detection cameras installed at various places inside and outside the house, such as the entrance, kitchen, bed, bathroom, and garden. The pressure sensor and the RFID sensor detect passage of a care recipient in the area where the sensor is installed. In the case of a pressure sensor or RFID sensor installed inside or outside the entrance, it is possible to detect the entrance / exit of the entrance of a care recipient or the like. After the care recipient or the like goes outside, if the sensor does not detect the traffic of the care recipient or the like again for a predetermined time or more, it is determined as abnormal. The same applies to pressure sensors or RFID sensors installed in various places inside and outside the house such as toilets and dressing rooms. A biological sensor detects an abnormality of a care recipient or the like based on a value measured directly or indirectly from a human body. In the case of a blood pressure measuring device, an abnormality is determined when the measured blood pressure value deviates from the standard value by a predetermined value or more. The same applies to biosensors such as blood pressure, pulse, body temperature, electroencephalogram, electrocardiogram, respiratory rate, oxygen saturation, body weight, urine component, body fat, and sweating. Other sensors include gas, electricity, water usage, and room temperature sensors. Also in these cases, when the measured usage amount deviates from the standard value by a predetermined value or more, it is determined as abnormal. As illustrated in FIG. 4, the detection result is associated with the detected sensor unit and the detected divergence value (N), and is provided for later processing.

  The “detection result transmission unit” (0204) has a function of transmitting the detection result to the center for each care recipient. “Detection result” means that when the sensor unit detects a physical abnormality such as a care recipient, it detects physical abnormalities such as various physical quantities that are the basis of the physical abnormality, the amount of change, and a sensor that detects them. It is information about the time and the like. An example of the detection result is shown in FIG. A communication line network such as the Internet network or a cable television network is used for transmitting the detection result. For example, the detection result transmission unit can transmit the detection result to the center by holding the Internet address of the center. Further, the “sensor unit”, “detection result transmission unit”, or “detection device” may include a program for causing the CPU to execute such processing.

  The “display device” (0202) is installed in the center and has a function of receiving a notification from the detection device and displaying a response instruction such as emergency dispatch. A “center” is an organization that centrally manages notifications from each care recipient, etc., and responds to them by themselves or through a collaborative organization. Specifically, a home care support establishment, a hospital, Or it is placed in the local government's local welfare department.

  The “detection result receiving unit” (0205) has a function of receiving the detection result transmitted from the detection result transmitting unit for each care recipient. The detection result receiving unit stores the received detection result in a predetermined storage area such as a RAM or HDD together with the reception time in association with identification information for identifying the care recipient who is the transmission source. A communication line network such as the Internet network or a cable television network is mediated by reception of the detection result. Further, the detection result receiving unit may include a program for causing the CPU to execute such processing.

  The “emergency level expression storage unit” (0206) has a function of storing an urgency level calculation expression for the corresponding urgency level calculation from the detection result. For each detection result, the degree of urgency is calculated based on the degree of deviation from the standard value that is the basis of the physical abnormality as described above. The individual urgency can be obtained by a predetermined function for each sensor. This function is preferably set according to the physical condition of the care recipient or the like, the home environment, and the sensor specifications. FIG. 6 shows an example of a function corresponding to the detection result. The urgency calculation formula is a calculation formula for obtaining the urgency of correspondence for each care recipient or the like according to the combination of individual detection results. For example, when the detection result CB by the motion detection camera installed in the bed and the detection result LHB by the biological sensor that measures the pulse are notified, the urgency KK is obtained by the arithmetic expression “KK = CB + 2LHB”. In addition, when the detection result CT by the motion detection camera installed in the toilet, the detection result LBP by the biological sensor that measures blood pressure, and the detection result TGA by the sensor that measures the gas usage amount are notified, the urgency KK Is obtained by the arithmetic expression “KK = 2 × (CT + 3 × LBP + 2 × TGA) ÷ 3”. Such an urgency calculation formula is preferably set according to the physical condition of the care recipient, the home environment, and the sensor specifications. The urgency calculation formula storage unit stores the urgency calculation formula as illustrated in a predetermined storage area such as a RAM or an HDD.

  The “emergency level calculation unit” (0207) has a function of calculating the detection result for each care recipient by using an emergency level calculation formula to obtain an emergency level. The urgent level calculation unit calculates the urgent level for each person requiring care using the urgency level calculation formula, and obtains the urgency level in association with the person requiring care. In addition, the urgency calculation unit may include a program for causing the CPU to execute such processing.

  The “reception order acquisition unit” (0208) has a function of acquiring the reception order of detection results in units of care recipients. The reception rank acquisition unit stores the reception rank of each detection result in a predetermined storage area such as a RAM or an HDD corresponding to the reception time of each detection result received by the detection result reception unit.

  “Correspondence rank calculation expression storage unit” (0209) stores a corresponding rank calculation expression for calculating a corresponding rank such as emergency dispatch based on the calculated degree of urgency for each care recipient and the received reception rank. It has a function. The center will normally respond to notifications from care recipients according to the reception order. However, it may be necessary to respond to notifications with a high degree of urgency prior to preceding notifications. Therefore, in order to obtain an appropriate correspondence order, a correspondence order arithmetic expression is used. It is desirable to set the correspondence order calculation formula in accordance with the scale of the center, the response capability, or the presence of other organizations that cooperate. For example, “TJ = 30 ÷ JJ + KK ÷ 2” is stored as the correspondence order arithmetic expression. Here, “TJ” is “correspondence rank”, “JJ” is “reception rank”, and “KK” is “urgent level for each care recipient”.

  The “corresponding rank calculation unit” (0210) has a function of calculating the corresponding rank in units of care recipients according to the corresponding rank calculation formula. The corresponding rank calculation unit will be described using the corresponding rank calculation formula exemplified above. The correspondence order calculation formula is “TJ = 30 ÷ JJ + KK ÷ 2”. Here, the urgent level (KK) of the care recipient E whose reception rank (JJ) is “1” is “26”, and the care receiver C etc. whose reception rank (JJ) is “3” C When the urgency level (KK) is “78”, the correspondence order “TJ” of the care recipient E is “TJ = 30 ÷ 1 + 26 ÷ 2 = 43”, and the correspondence order of the care recipient C etc. “TJ” is “TJ = 30 ÷ 3 + 78 ÷ 2 = 49”. Therefore, priority is given to the care recipient C having a larger value of “TJ”. In this way, the correspondence order calculation unit calculates the correspondence order for each care recipient and obtains the correspondence order from the one with the larger “TJ” value. The correspondence order of units requiring care, etc. obtained by calculation is stored in a predetermined storage area such as a RAM or HDD. When the center receives a new notification, the correspondence ranking calculation unit calculates the correspondence ranking of a unit requiring care, such as a care recipient that incorporates the detection result included in the new notification, and updates the stored correspondence ranking. .

The “display unit” (0211) has a function of displaying the corresponding rank according to the calculation result in the corresponding rank calculation unit. As a specific example, a corresponding instruction is displayed on the display or the like according to the corresponding order. Display items include “response order”, “emergency”, “reception time”, “name of care recipient,” “detection result”, “response”, and the like.
<Embodiment 1 effect>

The emergency response system for home care recipients of this embodiment displays a response instruction so that various notifications transmitted from the home of the care recipient can be appropriately and quickly handled, and a highly efficient home care service Is provided.
<Embodiment 2>
<Overview of Embodiment 2>

In the present embodiment, when the center staff starts any of the correspondences, the start information input unit that inputs which of the correspondences is started, and the correspondence order including the correspondence that has already been initiated and the correspondence that has not yet been initiated It is an emergency response system such as a care recipient at home, characterized by having a dynamic response rank calculation unit for updating.
<Embodiment 2 configuration>

  The emergency response system for home care recipients of the present embodiment further includes an undertaken information input unit for inputting corresponding start completed information in units of care recipients, etc. in the first embodiment. Further, the apparatus further includes a dynamic correspondence rank calculating means for calculating the corresponding rank in units of care recipients in accordance with the input of the started information.

  FIG. 7 illustrates a functional block diagram of an emergency response system such as a home care recipient according to the present embodiment. The emergency response system (0700) for home care recipients and the like includes a “detection device” (0701) and a “display device” (0702). The detection device includes a “sensor unit” (0703) and a “detection result transmission unit”. ”(0704), the display device includes a“ detection result reception unit ”(0705), an“ emergency level arithmetic expression storage unit ”(0706), an“ emergency level calculation unit ”(0707), and a“ reception ” "Order acquisition part" (0708), "Correspondence order arithmetic expression storage part" (0709), "Correspondence order arithmetic part" (0710), "Display part" (0711), and "Started information input part" ”(0712), and the correspondence rank calculation unit includes“ dynamic correspondence rank calculation unit ”(0713). Since the configuration other than the “started information input unit” and the “dynamic correspondence rank calculation unit” has already been described, the description thereof will be omitted.

  The “started information input unit” (0712) has a function for inputting corresponding started information in units of care recipients. Specifically, the started information input unit is realized by an input interface for selecting a response to a care recipient or the like to be started by a center staff member. For example, a list of correspondence instructions for care recipients displayed according to the correspondence order on the display device is selected by using a mouse, a direction key, or the like, and clicked or a start button is pressed to start information. Is entered. Alternatively, the on-hand information may be input by touching an area on the predetermined screen where the corresponding instruction is displayed with a finger or the like. The input of the started information is a trigger for the calculation of the dynamic correspondence rank by a “dynamic correspondence rank calculation unit” described later.

The “dynamic correspondence rank calculation means” (0713) is a function of the correspondence rank calculation unit (0710), and has a function of calculating the corresponding rank in units of care recipients in accordance with the input of the started information. The dynamic response rank calculation unit removes the response instruction that has been started from the response instruction list waiting for response when the started information input unit inputs input information, and the remaining care recipients who have not yet started. Update the corresponding instruction list for.
<Embodiment 2 effect>

When any of the response instructions that have not been started is started by the emergency response system such as the home care recipient of this embodiment, the response instruction with the updated response order is displayed each time.
<Embodiment 3>
<Overview of Embodiment 3>

In this embodiment, a caregiver, a family member, or a care recipient such as a care recipient, who can cancel a detection result that has already been transmitted, and a detection result canceled at the center It is an emergency response system, such as a home care recipient, characterized by comprising a display device that can receive and receive processing according to cancellation.
<Embodiment 3 configuration>

  The emergency response system for home care recipients according to the present embodiment further includes a cancel reception unit that receives the cancellation of the transmitted detection result and a cancel transmission unit that transmits the received cancellation. The display device includes a cancel receiving unit that receives the cancellation transmitted from the cancel transmitting unit, and a cancel control unit that cancels the processing based on the detection result corresponding to the cancellation that has already been received in response to the reception at the cancel receiving unit. It has further.

  FIG. 8 illustrates a functional block diagram of an emergency response system such as a home care recipient according to the present embodiment. The emergency response system for home care recipients (0800) includes a “detection device” (0801) and a “display device” (0802). The detection device includes a “sensor unit” (0803) and a “detection result transmission unit”. ”(0804),“ cancellation reception unit ”(0814), and“ cancel transmission unit ”, and the display device includes“ detection result reception unit ”(0805),“ emergency calculation formula storage unit ” "(0806)", "Urgent level calculation unit" (0807), "Reception rank acquisition unit" (0808), "Correspondence rank calculation expression storage unit" (0809), and "Correspondence rank calculation unit" (0810) A “display unit” (0811), a “started information input unit” (0812), a “cancel reception unit” (0816), and a “cancel control unit” (0817). Is “dynamic correspondence rank calculation means” (0 Having 13). Since configurations other than the “cancel reception unit”, “cancel transmission unit”, “cancel reception unit”, and “cancel control unit” have already been described, description thereof will be omitted.

  The “cancel acceptance unit” (0814) has a function of accepting cancellation of the transmitted detection result. The cancellation of the transmitted detection result is to retroactively stop the processing by transmitting the detection result to the center. The subject of the cancellation is a caregiver, family member, etc. or a care recipient. Specifically, the cancel reception unit is realized by an input interface. For example, the detection device may be provided with a button for accepting cancellation, or the cancellation may be input by touching a display or the like.

  The “cancel transmission unit” (0815) has a function of transmitting the accepted cancel. A communication line network such as the Internet network or a cable television network is used for sending the cancellation.

  The “cancel receiving unit” (0816) has a function of receiving a cancel transmitted from the cancel transmitting unit. The cancel receiving unit stores the received cancel transmission source, reception time, and the like in a predetermined storage area such as a RAM or HDD. A communication line network such as the Internet network or a cable television network is used for receiving the cancellation.

The “cancel control unit” (0817) has a function of canceling the processing based on the detection result corresponding to the cancel that has already been received in response to reception by the cancel receiving unit. The cancel control unit deletes the detection result stored in the predetermined storage area, causes the calculation to be performed again according to the deletion of the detection result, and updates the correspondence order of units such as care recipients.
<Embodiment 3 effects>

The response order according to the canceled detection result can be updated by the emergency response system such as the home care recipient of this embodiment, and the response at the center can be made more efficient.
<Embodiment 4>
<Outline of Embodiment 4>

In this embodiment, the center phone automatically calls the speakerphone type phone installed in the home of the care recipient who has the highest ranking, so that the center and the care recipient can This is an emergency response system for home care recipients and the like characterized by voice communication.
<Embodiment 4 configuration>

  The emergency response system for home care recipients of this embodiment is the emergency response system for home care recipients of any one of Embodiments 1 to 3, and a speaker for care recipients installed at the home of a care recipient. A phone phone and a center phone installed at the center are provided. The speakerphone phone for the care recipient has an automatic off-hook portion that automatically goes off-hook in response to an incoming call from the center phone. The telephone further includes an automatic calling unit that automatically calls a speakerphone phone for a caregiver at the home of a care recipient who has the first corresponding ranking displayed according to the calculation result in the corresponding ranking calculation unit. It is.

  FIG. 9 illustrates a functional block diagram of an emergency response system such as a home care recipient according to the present embodiment. The emergency response system (0900) such as a home care recipient is composed of “detection device” (0901) and “display device” (0902), and the detection device includes “sensor unit” (0903) and “detection result transmission unit”. ”(0904),“ cancel reception unit ”(0914), and“ cancel transmission unit ”, and the display device includes“ detection result reception unit ”(0905),“ emergency degree expression storage unit ” "(0906)", "Urgent level calculation unit" (0907), "Reception rank acquisition unit" (0908), "Correspondence rank calculation expression storage unit" (0909), and "Correspondence rank calculation unit" (0910) A “display unit” (0911), a “started information input unit” (0912), a “cancel reception unit” (0916), and a “cancel control unit” (0917), and a corresponding rank calculation unit Is “dynamic correspondence rank calculation means” (0 Having 13). In addition, “Speakerphone Type Telephones for Care Needers” (0918) has “Automatic Off Hook” (0920), and “Center Phone” (0919) at the Center is “Automatic”. "Calling unit" (0921). Since configurations other than the “automatic off-hook unit” and the “automatic calling unit” have already been described, the description thereof will be omitted.

  The “automatic off-hook section” (0920) is provided in the “speaker phone type telephone for care recipients” (0918) installed in the homes of the care recipients, etc., and automatically responds to incoming calls from the center phone. It has a function to go off-hook. A care recipient can respond to the call from the center by voice.

The “automatic calling part” (0921) is provided in the “center telephone” (0919) installed in the center, and the correspondence ranking displayed according to the computation result in the correspondence ranking computation unit is the first. It has a function of automatically calling a speakerphone type telephone for a care recipient such as a care recipient. The center can preferentially secure a telephone line connecting the care recipient who has the highest response order and the center, and can act on the care recipient by voice.
<Embodiment 4 Effect>

  The emergency response system for home care recipients of the present embodiment makes it possible to quickly and surely secure a telephone line for emergency situations, to communicate, and to respond primarily by voice.

Overview of Embodiment 1 Functional block diagram of emergency response system such as home care recipients according to Embodiment 1 Example of general computer configuration Example of sensor unit Example of detection results Example of function corresponding to detection result Functional block diagram of an emergency response system for home care recipients according to the second embodiment Functional block diagram of an emergency response system for home care recipients according to Embodiment 3 Functional block diagram of an emergency response system for home care recipients according to Embodiment 4

Explanation of symbols

0200 Emergency response system for home care recipients 0201 Detection device 0202 Display device 0203 Sensor unit 0204 Detection result transmission unit 0205 Reception rank acquisition unit 0206 Urgency level expression storage unit 0207 Urgency level calculation unit 0208 Reception rank acquisition unit 0209 Corresponding rank calculation formula Storage unit 0210 Correspondence rank calculation unit 0211 Display unit

Claims (4)

A plurality of types of detection devices installed at homes such as care recipients for detecting physical abnormalities such as care recipients and notifying the center;
An emergency response system, such as a home caregiver at home, comprising a display device installed at the center, receiving a notification from the detection device and displaying a response instruction such as emergency dispatch,
The detection device
A sensor unit for detecting the state of a care recipient,
A detection result transmission unit for transmitting the detection result to the center for each care recipient,
Each with
The display device
A detection result receiving unit that receives the detection result transmitted from the detection result transmitting unit for each care recipient,
An urgency calculation formula storage unit storing an urgency calculation formula for calculating the urgency of the response from the detection result;
An urgency calculator that calculates the detection result for each care recipient using the urgency calculation formula and obtains the urgency,
A reception order acquisition unit for acquiring the reception order of detection results in units of care recipients,
A corresponding rank arithmetic expression storage unit storing a corresponding rank arithmetic expression for calculating a corresponding rank such as emergency dispatch based on the calculated urgency level and the acquired reception rank;
A corresponding rank calculation unit that calculates the corresponding rank in units of care recipients according to the corresponding rank calculation formula;
A display unit that displays the corresponding rank according to the calculation result in the corresponding rank calculation unit;
Emergency response system for home care recipients with The display device
It also has an undertaken information input section for inputting information on the start of the correspondence in units of care recipients,
The emergency response system for home care recipients according to claim 1, wherein the response rank calculation unit further includes a dynamic response rank calculation means for calculating a response rank in units of care recipients in accordance with input of information that has been started. The detection device
A cancellation acceptance unit for accepting cancellation of the transmitted detection result;
A cancel transmission unit for transmitting the accepted cancellation,
The display device
A cancellation receiving unit for receiving the cancellation transmitted from the cancellation transmitting unit;
A cancel control unit that cancels the processing based on the detection result corresponding to the cancellation that has already been received in response to the reception at the cancellation receiving unit;
3. An emergency response system for home care recipients according to claim 1 or 2. An emergency response system for home care recipients, such as a speakerphone type phone for care recipients and a center phone installed at the center,
The speakerphone type telephone for care recipients, etc. has an automatic off-hook part that automatically goes off-hook in response to an incoming call from a center telephone.
The center telephone has an automatic calling unit that automatically calls a speakerphone type telephone for a caregiver at home such as a care recipient who has the first corresponding rank displayed according to the calculation result in the corresponding rank calculation unit. The emergency response system for home care recipients according to any one of claims 1 to 3.

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