JP2002109664A - Nursing care system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a nursing care system, capable of efficiently and surely instructing measures for detection of urination or the like to a nursing person or a person to be cared for, and carrying out a closer nursing care service to the person to be cared for. SOLUTION: A detection/display part 6 comprises an indicator 7 and various sensors 8, and a calling information database 2 comprises a call result master 9, to which a user master 10, a sensor master 11, and a calling type master 12 are connected. A call information management application 3 comprises a result retrieval 13 for retrieving result data and a document output 14. A care instruction forming application 4 comprises an instruction set 16 for outputting the output analyzed by a result analysis 15 to the instruction transmitting program 18 of a communication part 5 as data for call set. A sensor-receiving program 17 receives outputs from various sensors 8 as call information and outputs data for receipt instruction to the calling result master 9. An instruction transmitting program 18 transmits the data for call set to the indicator 7 of the detection/display part 6 as calling data.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a nursing care system, and more particularly to a nursing care system based on the results of detection of bed / leaving information, urination information, etc. of a cared person having bedridden, dementia, wandering, etc. The present invention relates to an improvement in a nursing care system that notifies a caregiver and / or a caregiver of various care requests.

[0002]

2. Description of the Related Art In hospitals, welfare facilities, and the like that provide care for a cared person having bedridden, dementia, wandering properties, etc., the cared person operates a push button switch for calling (nurse call) by a doctor. Although it is common to call a caregiver such as a nurse and respond to the request of the cared person, this is a one-way call from the cared person, and in some cases, the cared person In some cases, it is not necessary to go to the care recipient, and conversely, despite the fact that the caregiver has to go to the care recipient and take the required treatment, the necessary care is not taken by the care recipient. There is a risk that it will not be possible to do this, and to prevent this,
It is necessary for the caregiver to frequently visit the care receiver, which increases the burden on the caregiver.

As described above, there is a limit in performing a required care procedure for the care receiver to operate the push button switch for calling (nurse call) by himself / herself, and there are various care systems for reducing the burden on the care giver. For example, an "elderly care assistance system" disclosed in Japanese Patent Application Laid-Open No. 9-327442 is provided with a urination detection sensor on a care receiver in order to grasp the current state of the care receiver. At the same time, a number of sensors such as a behavior sensor for detecting the position of the cared person on the bed, a leaving sensor, an indoor area sensor, an entrance / exit sensor, a toilet sensor, etc. were installed and detected by these sensors. The information is taken into the center management computer and the like.

[0004] Further, the information taken into the center management computer or the like is comprehensively judged to learn life rhythm information peculiar to the cared person, and a plurality of these detected data are analyzed. When urination (incontinence) of the care-receiver is detected by the urination detection sensor, information to that effect is notified to the caregiver by an in-house pager (registered trademark) so that the caregiver can change the diaper. An instruction to go to the care receiver's bed is given.

[0005] In addition, when the leaving-care sensor detects that the care-receiver on the bed has left the bed, and when the leaving time is equal to or longer than a predetermined time based on the life rhythm information possessed by the care-receiver, the wandering is performed. The caregiver is contacted by a pager in the premises, and a tour of a predetermined area is performed to find the care receiver and prompt the user to return to a specific place such as a bed, or assist the operation.

Further, when it is detected that an intruder is present in the care receiver's room, an instruction for responding to the detection is given.

[0007] Therefore, by calling the caregiver only when it is detected that some kind of treatment must be performed on the cared person, the burden on the caregiver and the caretaker can be reduced, and the caregiver's burden can be reduced. Since the caregiver is called in a state in which the contents of the life rhythm are taken into account, it is possible to cope with the reality without waste and to greatly reduce the burden on the caregiver.

Further, for example, Japanese Patent Application Laid-Open No. H11-338941
In order to grasp the current state of the cared person, the "care system" disclosed in the above document detects the cared person's behavior with a video camera, analyzes the video data, and analyzes the cared person's behavior. And an abnormality in the environment is determined, and when the abnormality is determined, a necessary instruction is given to the caregiver using a wireless telephone system such as a premises PHS, and an instruction is given to the care receiver if necessary.

When an instruction for such an abnormality is given to a caregiver using a wireless telephone system, urination (incontinence) of the cared person is detected by a normally used urination detection sensor such as a diaper sensor. When the caregiver is instructed together with the information to that effect, the caregiver can perform the necessary treatment for the care receiver to change the diaper.

[0010]

In such a conventional nursing care system, when urination or defecation is detected on the side of the cared person, or when an abnormality occurs in the behavior of the cared person, The pager or the in-house PH system instructs what the caregiver should do with respect to the detection and occurrence, and the caregiver also instructs the caregiver if necessary.

Therefore, when a change such as an abnormality occurs in the cared person or the environment thereof, a response to the occurrence of the change, for example, an instruction to change diapers when urination is detected, or a tour of a predetermined area when wandering is determined. It is a response at the time after the determination of urination or wandering is actually made, in other words, it already occurs at the time after the detection of urination or wandering is determined. This is an instruction for responding to the event that has occurred, and only a so-called follow-up care service can be performed, and it is difficult to provide a more detailed care service to the cared person.

Therefore, an object of the present invention is to provide a caregiver or a cared person with an efficient and reliable instruction to respond to an abnormality such as urination detection when abnormality is detected.
It is an object of the present invention to provide a nursing care system that can provide more detailed nursing care services to a cared person even before an abnormality is detected.

[0013]

In order to solve the above-mentioned problems, a care system according to the present invention employs the following characteristic configuration.

(1) Various care requests to the cared person and / or carer based on the results of detection of bed / leaving information, urination information, etc. of the cared person having bedridden, dementia, wandering, etc. In a nursing care system that gives a notification that prompts a caregiver, a nursing care detecting unit that detects a nursing care state of the cared person, and a first transmitting unit that transmits the nursing care detection data obtained by the nursing care detecting unit in a wired and / or wireless manner. First receiving means for receiving data transmitted by the first transmitting means, care database generating means for storing care detection data received by the first receiving means, and data stored in the care database generating means Analysis means for analyzing the required care information required at a later time for the cared person; and providing the required care information obtained by the prediction analysis means in a wired and / or wired manner. Is a second transmitting unit that transmits by radio, a second receiving unit that receives the care-requiring information transmitted by using the second transmitting unit on the side of the cared person and / or the caregiver, and the second receiving unit. A nursing system comprising: an informing means for informing the cared person and / or the care giver of information based on the required care information received by the means by display, voice, or the like.

(2) A nursing care system in which the nursing detecting means of (1) includes a urination detecting unit provided for each of the cared persons.

(3) A nursing care system in which the nursing detecting means of (1) includes a behavior detecting section for detecting the behavior of the cared person.

(4) At least one pair of a communication pair of the first transmitting means and the first receiving means of (1) and a communication pair of the second transmitting means and the second receiving means of (1). Is a nursing care system that includes a private wireless telephone system.

(5) The predictive analysis means of (2) is based on the data detected by the urination detecting section, and includes information on the frequency, time period and amount of urination of urination, A care system that includes a statistical data generation unit that generates statistical data corresponding to an output.

(6) The predictive analysis means of (1) executes a signal relating to the care of the cared person only to the second receiving means of each cared person using the second transmitting means. Nursing care system configured to control.

(7) The predictive analysis means of (1) uses the second transmission means to transmit a signal relating to the care of the cared person to the second person provided by the caregiver in charge of caring for each cared person.
A nursing care system configured to control the execution of only the receiving means.

(8) A nursing care system in which the notifying means of (1) includes a display unit for displaying data based on the output of the prediction analyzing means in characters.

(9) A nursing care system in which the notifying means of (1) includes a voice output unit for providing voice guidance of data based on the output of the prediction analyzing means.

(10) Various care requests to the cared person and / or the carer based on the results of detection of bed / leaving information and urination information of the cared person having bedridden, dementia, wandering, etc. In a nursing care system that provides a notification that prompts the user, the nursing care state of the cared person is detected and transmitted by wire and / or wirelessly, and the transmitted nursing care state is received and accumulated as nursing care detection data. Analyzing the nursing care detection data to predict required nursing care information required for the care receiver at a later time, transmitting the predicted nursing care required information by wire and / or wirelessly; A care system that receives information on the side of the cared person and / or caregiver and notifies the cared person and / or caregiver of information based on the received care-required information by display, voice, or the like;

[0024]

DESCRIPTION OF THE PREFERRED EMBODIMENTS One embodiment of the present invention will be described below in detail with reference to the drawings. First, the configuration will be described with reference to FIG. 1 showing the entire configuration of the care system.

The care system shown in FIG. 1 is based on the results of detection of bed / leaving information, urination information, etc., of the care receiver having bedridden, dementia, wandering properties, etc.
Or, it is a nursing care system that issues a notification to prompt a caregiver to request various types of nursing care, and includes eight means, namely, “nursing detection means, first transmission means, first reception means, nursing database generation means, prediction analysis means, A second transmitting unit, a second receiving unit,
Notifying means ".

The nursing detecting means detects the nursing state of the cared person, and includes various sensors 8 such as diaper sensors.

The first transmitting means transmits the nursing care detection data obtained by the various sensors 8 by wire and / or wirelessly, and comprises a PHS terminal and a switching system thereof.
The receiving means is configured to receive the data transmitted by the first transmitting means, and the care database generating means for storing the care detection data received by the first receiving means is configured by the call information database 2.

The predictive analysis means analyzes the data stored in the call information database 2 and predicts the care-requiring information required later for the cared person. Based on the obtained data, the apparatus includes a statistical data generating unit that generates statistical data corresponding to the output of the call information database 2 in which the information on the frequency, time period, and urination volume of urination are captured. Second receiving means (details will be described later) of each cared person using a second transmission means (details will be described later) using a signal relating to the care of the care recipient.
Only the second receiving means, which is configured to execute control only for the care receiver and has a caregiver in charge of the care of each cared person using the second transmitting means, using the second transmitting means. It is configured to control execution.

The second transmitting means is configured to transmit the required care information obtained by the predictive analysis means by the PHS private telephone system, and transmits the required care information transmitted using the second transmitting means to the care receiver. And / or second receiving means for receiving on the caregiver side.

The notifying means for notifying the cared person and / or the care giver of information based on the required care information received by the second receiving means by means of a display on the display unit 7 or by voice or the like is constituted.

To explain these means in more detail, a call receiving system 1 which is a main part of a nursing care system has a call information database 2, a call information management application 3, and a communication unit 5. Is a care instruction creation application 4 and a detection / display unit 6
Is connected.

The detection / display unit 6 is a liquid crystal or CRT
The display 7 includes a display 7 and various sensors 8, and the display 7 performs display for calling a nursing care instruction or a specific instruction. The various sensors 8 include a diaper sensor or a diaper attached to the care receiver. A behavior detection unit formed by a video camera or the like installed in the caregiver's room or the room in which the care receiver's bed is installed detects the entry or exit of the care receiver, It is composed of a plurality of sensors for detecting entry and exit of a person.

In the call information database 2, a call record master 9 is provided, to which a user master 10, a sensor master 11, and a call type master 12 are connected.
The user master 10 reads and writes user data specifying each of the plurality of cared persons, and stores the sensor data in the sensor master 11.
, Various types of detection data from the various sensors 8 are read and written, and the call type master 12 reads and writes data based on the type of call to the caregiver or the care receiver.

The call information management application 3 has a performance search 13 for searching various performance data of the call information database 2 and a form output 14 for outputting to a form output from the call performance master 9 of the call information database 2. are doing.

The care instruction creation application 4 analyzes the performance data extracted from the call performance master 9 and the performance analysis 15 analyzed by the analysis.
Has an instruction setting 16 for outputting call setting data to an instruction sending program 18 of the communication section 5.

The sensor receiving program 17 receives outputs from various sensors 8 of the detection / display unit 6 as call information and outputs data of a reception command to the call record master 9. The call setting data from the care instruction creation application 4 is transmitted to the display 7 of the detection / display unit 6 as call data.

When reading / writing data from / to the sensor master 11, data is read / written from / to a personal computer 19, for example, as in a care record master table 20 shown in FIG. As a specific example, it shows data in which the caregiver checked the amount of defecation when changing the diaper of the care receiver, and the data items are as follows:
The nursing record ID, the nursing record name, and the count are three. The nursing record ID is a number that specifies the individual of the cared person. In this example, the amount of defecation is classified into a small finger size, a thumb size, a chicken egg size, a one-handed size, and a two-handed size, and is input. With this input, the count value is 1 The unit is advanced.

As an input from the personal computer 19, for example, as in the input data 21, the care record ID is 005, the care record name is the defecation thumb size, and the count is 0.

A specific example of the performance analysis 15 is, for example,
As shown in FIG. 3, an analysis output can be obtained by forming the function analysis block, and the performance analysis form output condition 22 can be obtained.
Is determined based on the condition data 24. For example,
The first data 25 and the second data 26 are searched and analyzed, and
As the condition 1 of the data 25, the search designated period is "10 days", the calling event is "diaper changing call", the number of calls is "3 or more", and the condition 2 is the search designated period is "10 days" and the nursing record. The name is "toilet guidance call" and the number of calls is "3 or more times". As condition 1 of the second data 26, the designated search date is "6/20" and the designated search time is "1".
"0 o'clock" is set when the frequency flag is 3 times or more,
Condition 2 is set when the designated search date is “6/20” and the frequency flag is three or more. Based on the output of the performance analysis form output condition 22, a call time, a call number, and a call message can be set as indicated by reference numeral 23.

The analysis output data thus obtained is stored as storage data 27 as shown in FIG.
It is mainly formed of data of “call time, recovery time, sensor number, user number, record number, frequency flag”. The data of the reception history registration is also input (written) to the storage data 27 by the data from the call information reception 28.

As the stored data 27, three types of data, namely, call type data 29, user data 30, and recording data 31, are input (written). The call type data 29 includes a sensor number, a sensor name, a type of a call event, and the like, and is data of “reference / registration of a sensor to be called”. The user data 30 is “user number and user name” and the like, and is data of “reference / registration of call target user”. The record data 31 is a record number and record name based on the care record edit or newly added (optional) generated based on the output from the edit data 32, and is data of “care record addition work”.

The contents displayed on the display 7 are, for example, those shown in FIG.
There is a call distribution graph for each time zone as shown in FIG. 7, in which the number of times the caregiver is called is expressed in a time zone set in units of one hour, and the number of calls in each time zone is displayed as a bar graph and set in advance. The time zone where the number of calls is equal to or greater than the number of calls is displayed with the bar color of the bar graph set as the warning color, so it is easy to see the time zone where the call frequency is high on the screen or on the form output Display.

In this graph display, a warning display color is set for the time period in which the master maintenance application has called four or more times, that is, for the bar graph colors of the 10:00, 14:00, 16:00, and 18th eras.

As shown in the function block of FIG. 6, the function for this display is to record the recording data 34 automatically recorded by the output from the call information receiving unit 35 by setting the number of calls (arbitrary number of times) and " It is assumed that a search period such as “specific designated date and specific period” and data of a form output instruction based on the setting data 33 including data such as a warning display color setting are input, and output form data based on the search condition is input. As the format data 36, the data of the output format of the bar graph, that is, the vertical axis of the graph is set as “call count”, the horizontal axis is displayed as a unit of 24 hours, and there are four or more calls in the master maintenance application. The display of the bar graph color in the time zone, that is, at 10:00, 14:00, 16:00, and 18th era is displayed as the display data 37 in the warning display color and Form data 3 for performing this display similar form output (see form output 14 shown in FIG. 1)
It is set to 8.

Further, the number of times the caregiver is called is indicated in a time zone set in a predetermined time unit, and at the same time, the relationship between the time zone and the date is, as shown in FIG. In the display formed by crossing the columns, the horizontal column is made to correspond to one hour unit, and the vertical column is made to correspond to the date, and the number of calls is displayed at the cross point of each column, and the background color of the numeric display Is changed to a time zone in which the number of calls in each of these time zones is equal to or greater than a preset number of calls, so that a time zone in which the call frequency is high can be easily understood.

As shown in the function block of FIG. 8, the function for this display is to record the recording data 40 automatically recorded by the output from the call information receiving unit 41 by setting the number of times of calling (setting of an arbitrary number of times) and " It is assumed that a search period such as "specific specified date and specific period" and data of a form output instruction based on the setting data 39 including data such as a warning display color setting are input, and output format data based on the search condition is input. As the format data 42, the data of the output format of the table is used as the display data 43, that is, the vertical column of the table is called “call date”, the horizontal column is divided into 24-hour units, and the call point is set at the cross point. The number of times is indicated by a number.

At the same time, the time period during which four or more calls were made in the master maintenance application,
"10 and 16 ages of 6/1", "13 of 6/2", "10 and 16 ages of 6/3", "1 of 6/4"
The background color of the numeral portion in each of the "3 eras" is displayed in a warning display color, and is set as form data 44 for performing form output similar to this display (see form output 14 shown in FIG. 1).

The setting data 45 included in the functional block shown in FIG. 9 includes data on the number of calls set arbitrarily, data on a specified period specified in advance, and data on a search period including a specified period selected in advance. The bar graph display is formed of data of color setting for displaying a specific bar graph warning and data of a record number, etc. The output of the setting data 45 is outputted to the record data 46 as a form output instruction, and the call information is outputted at an appropriate timing. For the automatic recording by the received data 47 received as "call time, recovery time, user name,
The record data 46 of the “record number”.

The above-mentioned setting data 45 is used as data for converting into an output form based on a search condition in order to obtain format data 48. The vertical axis is the number of calls and the horizontal axis is a 24-hour clock. Bar graph output format.

The input data for the record data 46 includes the record number and record name data from the care record table 49, and the care record table 49 displays a specific bar graph warning of the bar graph display by the set color designation data 50. And color setting data for the input.

As the display data 51 for display by the output of the format data 48, the output format of the bar graph, that is, the vertical axis of the graph is displayed as “number of calls”, the horizontal axis is displayed as a unit of 24 hours, and master maintenance is performed. The display of the bar graph color in the time period when the application has been called four or more times is the set color designation data 5
0 is displayed in a warning display color, and form data 52 for performing form output similar to this display (see form output 14 shown in FIG. 1).

Therefore, the nursing care system includes a call information database 2 (nursing care) in which information such as the frequency and time period of urination and the amount of urination are taken in based on the data detected by the detection units such as the various sensors 8 and the like. Since it includes a statistical data generation unit that generates statistical data corresponding to the output of the database generation means), the relationship between the date, the time zone, and the number of call information calls is set in a vertical column as shown in FIG. In the display formed by intersecting the horizontal column and the horizontal column, the horizontal column is made to correspond to a time zone in units of one hour, the vertical column is made to correspond to the date, and a call mark is displayed at the cross point of each column. By displaying the cumulative number of calls and the predicted number of calls, a statistical data display can be obtained.

On the other hand, by inverting the vertical and horizontal columns of the display graph shown in FIG. Data can be extracted, and this display example is shown in FIG.
As shown in Fig. 1, the horizontal column corresponds to the date, the vertical column corresponds to the time zone in units of 15 minutes, a mark indicating that there is a call at the cross point, and a statistical display in which the mark is connected by a broken line. it can.

As an automatic work instruction of the planning call system based on the prediction, as shown in FIG. 12 using a plurality of functional blocks, the call setting table 53 includes a work instruction number indicating the type of required care. And the call time to the caregiver and the PHS terminal 56 used for the call
, The number of the cared person, and the contents of the message accompanying the required care are stored as a data table. This data table can be obtained from information from the PHS calling software 54. When data is transmitted based on data from the calling setting table 53, the output of the calling setting table 53 is transmitted via the switching-side processing sequence 55. Thus, a predetermined call can be made by being supplied to the PHS terminal 56.

The call setting table 53 stores data based on information from “call time extraction 57, call time decision 58, caller decision 59, work content decision 60, message decision 61”, and the caller decision is made. 59, the work content determination 60, and the message determination 61, a plurality of care receivers are set in advance to be handled by one caregiver, the set caregiver is determined as a caller, It is also possible to fix and set the work to be specified for the call record, and in some cases, to separately set or partially correct the setting. The message determination 61 for determining the message content in the call setting table 53 basically has no part to be automatically set. Therefore, unless a special designation is input, the standard program is executed to execute the call. In this case, a message is fixedly set.

The performance analysis 63 includes “performance analysis period,
Specified ring count setting, ringing time setting, user, work content ''
Is transmitted to the call time determination 58 and the call record table 64, and the output data from the call record table 64 is transmitted to the call time extraction 57. The call record table 64 includes "call number, call time". , Recovery time, channel number, work instruction number, PHS number "and the like.

In this case, the performance analysis is performed by using the automatic call setting software, the call contents are automatically determined based on the setting, and the call setting is made only by judging whether or not to reflect the contents as the call. First, as shown in FIG. 13, which is a flowchart, first, in step S1, whether the designated call or the work content of the designated user within a specific period is equal to or more than a preset “number of designated calls”. It is determined whether or not the answer is No. If the answer is No, step S1 is executed again. If the answer is Yes, the process proceeds to the next step S2, and the steps S3, 4, and 5 are sequentially executed.

This step S2 is for extracting the time zone that needs to be called. The extracted time zone data determines the corresponding calling time in step S3, and uses the PHS or the like in the next step S4. Is determined, and in the next step S5, the set contents are reflected in the call and the operation is terminated.

[0059]

As is clear from the above description, the care system according to the present invention comprises eight means, namely, "care detection means, first transmission means, first reception means, care database generation means, prediction analysis means." , Second transmitting means, second receiving means,
It has the following remarkable effects because it is configured with the "notifying means".

It is possible to statistically know which cared person (user) has a high calling frequency within a specific period, and to extract the calling frequency for each nursing record, so that the user's physiological pattern can be extracted. And respond to requests, for example,
By grasping the physiological pattern of urination of the cared person, it is possible to eliminate the necessity of changing diapers by guiding the person to the toilet before urination time.

[0061] Only the results of the previously set call items whose number of calls is equal to or more than the set number of times are displayed. It can be easily recognized.

Information for analyzing the details of the call based on the information from the care receiver and / or the calling device of the care receiver, grasping the life pattern of the care receiver, and planning the care and nursing in advance. Is provided, the work efficiency of the caregiver can be improved, and the burden on the caregiver can be significantly reduced.

Therefore, when an abnormality such as urination detection is detected, it is possible to efficiently and reliably instruct the caregiver or the care receiver to take measures against the abnormality, and even before the abnormality is detected, It is possible to provide a nursing care system capable of performing more detailed nursing care services for a cared person.

[Brief description of the drawings]

FIG. 1 is a block circuit diagram showing an entire configuration of a care system according to an embodiment of the present invention.

FIG. 2 is a functional block diagram conceptually showing functions of a call information database shown in FIG.

FIG. 3 is a functional block diagram conceptually showing an analysis function of the call receiving system shown in FIG.

FIG. 4 is a functional block diagram conceptually showing an analysis function of the call receiving system shown in FIG.

FIG. 5 is a diagram showing a display example of the display shown in FIG. 1;

FIG. 6 is a functional block diagram conceptually showing a function for display shown in FIG. 5;

FIG. 7 is a diagram showing another display example of the display device shown in FIG.

FIG. 8 is a functional block diagram conceptually showing a function for display shown in FIG. 7;

FIG. 9 is a functional block diagram showing a modified example of the functional blocks shown in FIG.

FIG. 10 is a diagram showing a modification of the display shown in FIG. 7;

FIG. 11 is a diagram showing another modification of the display shown in FIG. 7;

FIG. 12 is a functional block diagram conceptually showing a planning call function of the care system shown in FIG. 1;

FIG. 13 is a flowchart showing the extraction setting function shown in FIG. 12 as an operation step.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Call receiving system 2 Call information database 3 Call information management application 4 Nursing care instruction creation application 5 Communication part 6 Detection / display part 7 Display 8 Various sensors 9 Call record master 10 User master 11 Sensor master 12 Call type master 13 Result search 14 Form output 15 Result analysis 16 Instruction setting 17 Sensor receiving program 18 Instruction sending program

──────────────────────────────────────────────────続 き Continued on the front page (51) Int.Cl. ⁷ Identification FI FI Theme Court ゛ (Reference) G08B 25/10 G08B 25/10 DF Term (Reference) 4C341 LL30 5C087 AA02 AA03 AA24 AA25 BB03 BB13 BB18 BB64 BB74 DD03 DD29 DD30 EE05 EE12 EE18 FF01 FF02 FF04 FF17 FF19 FF20 FF23 GG02 GG08 GG11 GG12 GG14 GG19 GG21 GG23 GG29 GG30 GG31 GG32 GG66 GG67 GG70

Claims (10)

[Claims] The present invention provides various types of care requests to the cared person and / or carer based on the results of detection of implantation / leaving information and urination information of the cared person having bedridden, dementia, wandering, etc. In a nursing care system that provides a notification that prompts, a nursing detection unit that detects a nursing state of a cared person, and a first transmission unit that transmits nursing detection data obtained by the nursing detection unit in a wired and / or wireless manner. A first reception unit that receives data transmitted by the first transmission unit; a care database generation unit that stores care detection data received by the first reception unit; and a data stored in the care database generation unit. Predictive analysis means for analyzing and predicting the care-required information required later for the cared person; and wire-required care-required information obtained by the predictive analysis means. A second transmitting unit that transmits by radio, a second receiving unit that receives the care-requiring information transmitted by using the second transmitting unit on the side of the cared person and / or the caregiver, and the second receiving unit And a notifying means for notifying the cared person and / or the cared person of information based on the necessary care information received in step (1) by display, voice, or the like. 2. The nursing care system according to claim 1, wherein said nursing care detection means includes a urination detection unit provided for each of said care recipients. 3. The care system according to claim 1, wherein said care detection means includes a behavior detection unit for detecting the behavior of said care receiver. 4. A communication pair of the first transmission means and the first reception means and at least one of a communication pair of the second transmission means and the second reception means includes a private radio telephone system. The care system according to claim 1, wherein the care system is configured. 5. The prediction analysis means, based on data detected by the urination detection unit, a statistic corresponding to an output of the nursing database generation means in which information on the frequency, time zone and urination volume of urination is captured. The nursing care system according to claim 2, comprising a statistical data generation unit for generating data. 6. The predictive analysis means is configured to execute and control only a signal relating to the care of the cared person using the second transmitting means only to the second receiving means of each cared person. The nursing care system according to claim 1, wherein the care is performed. 7. The predictive analysis means sends a signal relating to the care of the cared person to only the second receiving means of the caregiver in charge of caring for each cared person using the second transmitting means. The care system according to claim 1, wherein the system is configured to perform execution control. 8. The nursing care system according to claim 1, wherein said notifying means includes a display unit for displaying data based on an output of said predictive analyzing means in characters. 9. The nursing care system according to claim 1, wherein said notifying means includes a voice output section for providing voice guidance of data based on an output of said prediction analysis means. 10. A care request to the cared person and / or caregiver based on the result of detection of bed / leaving information and urination information of the cared person having bedridden, dementia, wandering, etc. In a nursing care system that provides a prompting notification, a nursing care state of a care receiver is detected and transmitted by wire and / or wirelessly, and the transmitted nursing care state is received and accumulated as nursing care detection data. Analyzing the detection data to predict required care information later for the cared person, transmitting the predicted required care information by wire and / or wirelessly, and transmitting the transmitted required care information. On the side of the cared person and / or the caregiver, and informs the cared person and / or the caregiver of information based on the received required care information by display, voice, or the like. Care system.