JP6211891B2 - Caregiver monitoring system - Google Patents

Description

  The present invention relates to an improvement in a care receiver monitoring system that monitors whether a change has occurred in the care receiver based on, for example, a sensor that reacts to the separation of the care receiver from the bed. It is possible to confirm past actions and analyze the cause when problems occur, and to predict the actions of the care recipient and the content of necessary care and enable the caregiver to respond quickly and accurately. Is.

  For example, in elderly care facilities where elderly people move in and hospitals where patients are hospitalized, caregivers such as staff and nurses have been set up to monitor and monitor the status of caregivers. Has been. Most such caregiver monitoring systems inform the caregiver that there has been a change in the status of the caregiver when a sensor attached to the bed or caregiver reacts ( For example, see Patent Documents 1 to 4).

  In this case, the caregiver rushed to the cared person based on this notification, and since the necessary care was taken after confirming the condition of the cared person for the first time there, the necessary preparations were not prepared, and depending on the case In some cases, the treatment was delayed and correct treatment could not be performed.

  In many of these care receiver monitoring systems, the care recipient's real-time situation can be confirmed, but the previous situation cannot be confirmed later. This is because, for example, the cared person fell from the bed but immediately returned to the bed, so the situation of the cared person could not be fully confirmed, and it was determined that there was no problem. This means that when an abnormality such as a fracture or sprain occurred in a caregiver, the cause could not be analyzed and appropriate measures were taken.

  In order to avoid this problem, for example, it is conceivable to constantly monitor the cared person with a monitoring camera or the like and record the video, but with a security camera or the like in a public place such as a city In any case, taking a picture of the room with a camera causes a problem from the viewpoint of privacy, and there is a problem that the amount of data to be recorded becomes enormous, and it takes time to store and manage it. Therefore, in practice, it is common to delete old data sequentially after a certain period of time, such as one week, for example. I can't confirm.

  In addition, in the conventional care receiver monitoring system, there is one that determines whether an abnormality has occurred based on information or data from a sensor, but predicts the abnormality or an item that needs to be dealt with. Since it was not possible to notify, there was a possibility that it was not possible to prepare for the anticipated situation in advance and take prompt and accurate action.

  In addition, in recent years, not only nursing care facilities and hospitals as described above, but also nursing care services for providing care by visiting residences such as the homes of the care recipients and security services equivalent to patrol guards have been developed. In this case, when a caregiver who is a provider of a care service or a security service visits a plurality of visiting care destinations, conventionally, a visit schedule is often set in consideration of directions and the like. However, in this case, it is not possible to properly visit in a time zone that truly requires care, and sufficient care services may not be provided. On the other hand, if it is possible to create a visit schedule that takes into account the time that the cared person is estimated to require care, the caregiver will be given extra time, such as the desired time for the visit and the declaration of the desired care content. It is possible to patrol efficiently without imposing a burden.

JP 2000-105884 A JP 2000-271098 A JP 2003-265546 A JP 2008-004084 A

  In view of the above-mentioned problems, the problem to be solved by the present invention is to confirm the past behavior of the cared person and analyze the cause when the problem occurs, as well as the behavior of the cared person and the necessary care An object is to provide a care receiver monitoring system that allows a caregiver to quickly and accurately respond to a predicted service, including a visit service.

As a first means for solving the above-described problems, the present invention includes behavior detection means including sensors such as a bed sensor, a bed corner sensor, a floor sensor, and a nurse call that react based on the behavior of the care recipient. In the care receiver monitoring system, a record processing unit that records the operation history of the behavior detection unit, and a life pattern that generates life pattern data of the care receiver from the operation history of the behavior detection unit recorded in the record processing unit a data generating unit, further comprising a care predicting means for predicting the care time of the care person from the generated life pattern data, the recording processing unit, caregivers in response to the reaction of the behavior detection means to be Corresponding content information related to the caregiver performed for the caregiver is also recorded, and the care-required prediction means is performed by the caregiver in response to the response of the behavior detection means recorded by the recording processing unit. Corresponding content information related to the care content is associated with each behavior detection means that has reacted at the time of the reaction, the care content predicted to be necessary when the behavior detection means reacts, It is intended to provide a care receiver monitoring system characterized by predicting necessary care contents according to types .

The present invention provides a second means for solving the above-described problems . In the first solving means, the care-required prediction means has reached the time required for care in addition to the time required for care required. In addition, the present invention provides a care receiver monitoring system that predicts also the content of care necessary for the time required for nursing care based on the corresponding content information regarding the content of care performed in the past during the time required for nursing care.

According to the present invention, as a third means for solving the above-described problems, in the first or second solving means, the caregiver needs to be cared for according to the reaction of the behavior detecting means. Provided with a notifying means for notifying that, the notifying means notifies the caregiver that the time required for nursing care is reached even when the predicted time required for nursing care is reached. Is.

The present invention provides a fourth means for solving the above-mentioned problems . In the third solving means, when the notification means reaches the time required for nursing care or when the action detecting means reacts, time or the type of behavior detection means is intended to provide a human subject monitoring system, characterized in that also to inform the caregiver predicted care content required when reacted.

The present invention provides, as a fifth means for solving the above-mentioned problems, based on the care-required time of the care recipient predicted by the care-required prediction means in any of the first to fourth solving means. Further, the present invention provides a care receiver monitoring system characterized by further comprising schedule creation means for creating visit schedules for a plurality of care recipients.

According to the present invention, as a sixth means for solving the above-described problem, in any one of the first to fifth solving means, at least the behavior detecting means is installed in a building where a care recipient resides. On the other hand, any one or some or all of the recording processing unit, the life pattern data generation unit, the nursing care prediction unit, the notification unit, and the schedule generation unit are installed in a facility different from the building where the care recipient resides. It is another object of the present invention to provide a care receiver monitoring system characterized in that the care receiver monitoring system is connected to the action detecting means via the Internet or other network.

According to the present invention, as a seventh means for solving the above-described problem, in any one of the first to fifth solving means, the recording processing unit uses the recorded operation history of the behavior detecting means as past data. The present invention provides a care receiver monitoring system characterized in that it can be retrospectively analyzed and provided as data.

The present invention provides, as an eighth means for solving the above-described problems, in the seventh solution means, when the action detecting means reacts, the recording processing unit responds to the date and time of the individual specific sensor that has reacted. Is provided as an operation history in time series, and the care history monitoring system is characterized in that all past data is recorded without erasing the data by overwriting and updating the operation history. Is.

According to the present invention, as a ninth means for solving the above-described problem, in any one of the first to eighth solving means, the life pattern data generating unit operates the action detecting means recorded by the recording processing unit. The present invention provides a care receiver monitoring system characterized in that life pattern data is updated based on history or correspondence content information.

  According to the present invention, as described above, the care-required time required for the care recipient is predicted from the life pattern data of the care recipient as well as the case where the sensor has reacted, and the predicted care-required time has been reached. In some cases, it is possible to predict the necessity of care according to the life pattern of the care recipient in order to notify the caregiver that it is time to require care. Compared to the case of preparing and dealing with it, the caregiving can be performed more quickly and accurately. As a result, the caregivers of multiple care recipients can be processed systematically, and overall efficient care can be provided. There are real benefits that can be made.

  In this case, further, according to the present invention, as described above, since the operation history of the behavior detecting means can be recorded and analyzed back to the past data, only the situation of the care recipient in real time can be obtained. The situation at that time can be confirmed later, for example, the caregiver fell from the bed, but immediately returned to the bed, so the situation of the cared person could not be fully confirmed at that time. In the case where an abnormality such as a fracture or sprain occurs in the cared person after it is determined that there is no problem, there is an advantage that the cause can be analyzed and an appropriate countermeasure can be taken.

  In addition, according to the present invention, as described above, after recording the corresponding content information regarding the content of care performed by the caregiver for the care recipient, the corresponding content information is associated with the time required for care, Not only that the care time has been reached, but also the necessary care details during the care time are predicted and reported, so that, for example, the care recipient gets up and takes the drug almost at the same time every day. In such a case, there is an actual benefit that it is possible to provide care quickly and accurately by preparing tools necessary for taking medicine during the time required for care.

  Similarly, according to the present invention, as described above, the corresponding content information regarding the content of care performed by the caregiver with respect to the cared person is also recorded, and the corresponding content information is then used as a sensor that is a behavior detection unit. In addition to the fact that the sensor has responded, the necessary care contents when the sensor has responded are also predicted and notified, so that the caregiver is sufficient in advance depending on the type of sensor that has reacted. There is an actual benefit that it is possible to provide care with care, and to provide care quickly and accurately.

  Furthermore, according to the present invention, as described above, the apparatus further includes schedule creation means for creating a visit schedule to a plurality of care recipients based on the care recipient time predicted by the care demand prediction means. Therefore, for example, even if a caregiver waiting at a position away from the cared person provides a patrol visit service, such as a home care service, each cared person is not burdened. There is an advantage that an appropriate visit service can be provided by providing an appropriate and efficient visit according to the needs corresponding to the time and content of care required by the person.

It is the schematic which shows the installation state of the care receiver monitoring system of this invention. It is the schematic which shows the installation state in other embodiment of the care receiver monitoring system of this invention. It is a basic flow which shows the operating state of the care receiver monitoring system of this invention.

  A mode for carrying out the present invention will be described in detail with reference to the drawings. FIGS. 1 to 3 show a care receiver monitoring system 10 of the present invention. For example, as shown in FIG. 1, it can be installed in a nursing home such as an elderly care facility where elderly people live or a hospital where patients are hospitalized. That is, the embodiment shown in FIG. 1 is an embodiment that can cope with a case where a caregiver is waiting on the same premises as a care recipient, such as a care facility or a hospital. On the other hand, the care receiver monitoring system 10 of the present invention is secondly installed in a facility where a care giver such as a house in which the care receiver lives and a visitor service provider, as shown in FIG. can do. That is, in the embodiment shown in FIG. 2, the caregiver is waiting in a facility different from the building where the cared person resides and visits the cared person's home etc. It is an embodiment that can deal with the case of providing a service.

(1. Embodiment in the case of corresponding on the same premises)
In this case, first, an embodiment in the case where the caregiver shown in FIG. 1 is standing by on the same premises as the care recipient will be described. As shown in FIG. A behavior detection unit 12 including a sensor that reacts based on the behavior of the care recipient and an information processing device 14 connected to the behavior detection unit 12 are provided.

  In this case, as shown in FIG. 1, at least the action detection means 12 is installed in a space such as a living room or a hospital room where the cared person resides, while the information processing apparatus 14 is, for example, a management room or nurse in the same facility. It can be installed in places where caregivers isolated from care recipients such as centers refrain. The connection between the behavior detection unit 12 and the information processing apparatus 14 is not particularly limited, and the wired communication type or the wireless communication method may be used alone or the behavior detection unit 12 may have an appropriate specification. Depending on the type and number of sensors, multiple specifications can be used simultaneously.

(1-1 Action detection means)
The type of the action detection unit 12 including a sensor is not particularly limited. As shown in FIG. 3, for example, a bed sensor, a bed corner sensor, a floor sensor, or the like reacts to a load displacement or an object displacement. In addition to the sensor to be used, a sensor that operates according to the intention of the care recipient, such as a nurse call that responds by pressing a switch, can be used, and a plurality or a plurality of these sensors can be installed. However, the sensor needs to be a sensor that reacts to the displacement and movement of the load to the last, and for example, an imaging device such as a camera that is constantly operating regardless of the behavior of the care recipient is not suitable. Unless it is visually observed by the camera, it is not possible to confirm the change, it is not possible to notify only the change, and there is a problem in privacy. Further, as described later, when past data is recorded, the data capacity is enormous. This is because it becomes difficult to manage. The behavior detection means 12 composed of these sensors generates a signal when it reacts, and the information processing apparatus 14 performs a predetermined process after processing the signal.

(1-2 Information processing device)
On the other hand, as long as the information processing apparatus 14 can perform information processing to be described later, the form is not particularly limited. For example, a dedicated terminal specifically designed for the care receiver monitoring system 10 of the present invention and In addition, general-purpose information processing equipment such as a personal computer can be used.

  As shown in FIG. 1 and FIG. 3, the information processing apparatus 14 includes a notification means 16 that notifies the caregiver that care is required according to the reaction of the behavior detection means 12, The record processing unit 18 that records the operation history, the life pattern data generation unit 20 that generates the life pattern data of the care receiver from the operation history of the behavior detection means 12 recorded in the record processing unit 18, and the generated life It further includes a long-term care prediction means 22 for predicting long-term care required time of the care recipient from the pattern data.

(1-3 Notification means)
It is desirable that the notification unit 16 includes a sound generator (not shown) that can emit at least a sound, and further includes a display device (not shown) that can visually display data. The sound generation device is capable of emitting not only an alarm sound but also a mechanical sound or a live voice of a cared person or the like emitted through a microphone in some cases to give a voice instruction. It is desirable. In addition, the display device can be displayed on the display unit of the terminal in the terminal dedicated to the care receiver monitoring system 10, or a separate display device can be used.

  In addition to issuing an alarm when the behavior detecting means 12 reacts, the notifying means 16 also indicates that the required care time has been reached when the predicted required care time predicted by the care required prediction means 22 described later is reached. Inform the person.

(1-4 Recording processing unit)
When the behavior detecting unit 12 reacts, the recording processing unit 18 records the date and time and the individual specific sensor that reacted, and records this as an operation history in time series. In this case, regarding the operation history, all past data is recorded without deleting the data by overwriting or updating. However, the recording processing unit 18 may be a recording device built in the information processing device 14 or an external recording device such as an external memory, and further transfers data to the external memory. The data can be stored in another location in a state where it can be referred to.

  Further, the recording processing unit 18 can analyze the operation history of the behavior detecting means 12 recorded by the recording processing unit 18 retroactively to the past data and provide it as data. In this case, the recording processing unit 18 can refer to at least the past operation history, and can separately output the necessary operation history by printing, copying data, or the like.

  As described above, since the operation history of the behavior detecting means 12 can be recorded and analyzed back to the past data, not only the situation of the care recipient in real time but also the situation at that time can be confirmed later. For example, the cared person fell from the bed, but returned to the bed immediately, so it was impossible to fully check the cared person's situation at that time, and it was judged that there was no problem. Even when an abnormality such as a fracture or sprain occurs in a caregiver, the cause (presence or absence of falling from the bed, etc.) can be analyzed and appropriate measures can be taken.

(1.-5 Living pattern data generator)
The life pattern data data generation unit 20 returns to the bed again from the operation history of the behavior detection means 12, for example, when the cared person often leaves the bed in 24 hours or away from the bed. The life time pattern data is generated by accumulating and averaging the elapsed time until the end of time or the time period when nurse calls are often obtained. Further, from this time zone and elapsed time, for example, life patterns such as excretion, taking medicine, bathing, etc. can be written together. Accordingly, since this life pattern can change depending on the physical condition, season, etc. of the care recipient, the life pattern data generation unit 20 feeds back the operation history of the behavior detection means 12 recorded by the recording processing unit 18 and the corresponding content information described later. The life pattern data is updated from time to time based on the information, and data is generated so that the latest life pattern is reflected.

(1-6 Predictive means for long-term care)
The care-required predicting means 22 specifies, for example, a time zone in which the person often gets away from the bed or a time zone in which a nurse call is often requested from the generated life pattern data, and the care-required time of the care recipient. When the time required for nursing care is reached within 24 hours, the caregiver is notified through the notification means 16. Therefore, the necessity of nursing care can be predicted according to the life pattern of the cared person, and it is much quicker and more accurate than when the necessary equipment is prepared after the situation is confirmed on site. As a result, care for a plurality of care recipients can be systematically processed, and overall efficient care can be performed.

(1-7 Corresponding content information)
In addition, the recording processing unit 18 is configured so that the caregiver notifies the care recipient based on the notification of the notification unit 16 when the notification unit 16 notifies that the behavior detection unit 12 has reacted or that the time required for care has been reached. Also record information on the contents of care provided. Specifically, for example, information on excretion correspondence, assistance for changing clothes, taking medicine, and the like are recorded together with the operation history or the time required for nursing care.

  On the other hand, when the care-required prediction means 22 reaches the care-required time based on the correspondence content information, the care-required prediction means 22 determines the care-required time based on the correspondence content information regarding the care content that was performed in the past. Predict necessary care content. For example, when a person gets up from the bed and takes a medicine almost every day at about 3 pm, the care content necessary for the time required for care is predicted to be a medicine. In this case, in addition to reaching the care-required time, the notification unit 16 notifies the caregiver of the care content predicted to be necessary during the care-required time. Thereby, without confirming the situation on the spot each time, it is possible to provide nursing care promptly and accurately by preparing tools necessary for taking the medicine in advance during the nursing care time.

  Similarly, the care-required predicting means 22 provides correspondence content information regarding care contents performed by the caregiver in response to the notification issued from the notification means 16 based on the response of the behavior detection means 12 recorded by the recording processing unit 18. Corresponding to each action detecting means 12 that has reacted at the time of the reaction, the necessary care content is also predicted according to the type of the action detecting means that has reacted. For example, when the bed sensor and the floor sensor react at around 6 am every day, if the frequency of nursing care with excretion assistance is high as the corresponding content, the nursing content predicted to be necessary when the sensor reacts Predict that this is a response to excretion. Also in this case, when the sensor reacts, the notifying unit 16 does not only have the fact of the reaction, but also when the behavior detecting unit 12 reacts, the notifying unit 16 sets the type of the reacting behavior detecting unit 12. Accordingly, the caregiver can be informed of the necessary care content predicted from the care content that was required in the past. As a result, for example, when the care content predicted to be excretion is excretion-ready, the caregiver makes sufficient preparations in advance according to the type of sensor that responded, such as preparing a bottle or diaper in advance. Caregiving can be performed quickly and accurately.

  The recording processing unit 18 outputs the operation history, the time required for nursing care, and the corresponding contents according to the operation history as a daily report or a monthly report, and saves it as analog data so that the related parties can refer to it. You can also

(1.-8 Schedule creation means)
Further, in the care receiver monitoring system 10 of the present invention, as shown in FIG. 1, a plurality of care recipients are determined based on the care recipient time predicted by the care receiver prediction means 22 in the information processing apparatus 14. A schedule creation means 24 for creating a visit schedule for caregivers can also be installed as necessary. For example, the schedule creation unit 24 determines the time, order, etc. for visiting a room in a care facility or a hospital room in a care facility by arranging the time required for care of a plurality of care recipients in chronological order, and creates a travel schedule. can do. In addition, in this schedule, it is also possible to display the content of care necessary for the time required for care that is recorded in the recording processing unit 18 as the corresponding content information.

  As a result, the care recipient does not have to waste visits and patrols at unnecessary times that do not necessarily require nursing care, such as when visiting patrols or interviews at regular times every day. When care is truly needed, accurate care according to needs can be provided quickly and efficiently. Note that this schedule can be output and referred to during the tour.

(1.-9 operation state)
Next, the operation state of the care receiver monitoring system 10 according to the present invention will be described with reference to FIG. 3. The behavior detection means 12 including various sensors such as a bed sensor reacts and information is input from these sensors. In this case, the operation history is recorded in the recording processing unit 18 of the information processing apparatus 12 via the sensor signal processing unit. Next, life pattern data is generated in the life pattern data generation unit 20 from this operation history. In this case, at the initial stage of installation or immediately after resetting to the initial setting value due to the change of the monitoring target, data is accumulated for a certain period until new data is generated and updated as needed. As a result, the actual life pattern is reflected as much as possible.

  Furthermore, after the life pattern data is generated after a certain period of time, the long-term care required prediction means 22 predicts and calculates the long-term care required time based on the life pattern data. After that, when the action detecting means 12 reacts at a time that is not the predicted time required for care, the caregiver is notified via the notification means 16 of the reaction (alarm) and, if applicable, the predicted care content. To inform. On the other hand, even when the action detecting means 12 is not responding, when the time required for nursing care is reached, the notifying means 16 indicates that the time required for nursing care has been reached and the care content predicted to be necessary if applicable. Inform the caregiver. In either case, the caregiver who has received the notification records the corresponding content as the corresponding content information in the recording processing unit 18 for the care and response, and updates (reviews) the life pattern data if necessary. This is reflected in the subsequent processing.

(2. An embodiment when the caregiver is waiting in a facility different from the care recipient)
Next, an embodiment in the case where the caregiver is waiting in a different facility from the care recipient as in the case of a visiting care service will be described. In this case, basically by providing necessary information such as life pattern data and time required for nursing care to the caregiver such as a visiting care service provider with the same configuration as the embodiment shown in FIG. Although it is possible to respond, it is preferable to adopt the embodiment shown in FIG. 2 in order to respond more efficiently and quickly.

  That is, as shown in FIG. 2, at least the action detection means 12 such as a sensor needs to be installed in a building where a care receiver lives such as a home of each care receiver as described above. On the other hand, about other various means, after installing it in the facility (the facility where the caregiver is waiting, the data service provider, etc.) where it is different from the building where the care recipient lives, Via, it is possible to connect to the action detecting means 12 installed under the caregivers.

  Specifically, for example, as shown in FIG. 2, in a building where each cared person resides, an action detection means 12 and an information processing device 14 connected thereto are provided with a notification means 16 and a recording processing section. 18. While setting the lifestyle pattern data generation unit 20 and the care-required prediction unit 22, the schedule creation unit 24 is set in the external information processing apparatus 26 installed in a facility different from the building where the care recipient resides. be able to. In this case, as shown in FIG. 3, the life pattern data generated in the information processing apparatus 14 installed in the building where each caregiver lives, the time required for care, and the content of care, etc. are stored in the information processing apparatus 14. Through the communication processing unit (not shown) provided to the remote information processing device 26 that is in the vicinity of the remote caregiver via the Internet or the like, and the schedule creation means 24 of the external information processing device 26 allows the visiting care plan That is, a visit schedule can be generated.

  As a result, necessary information can be collected and generated at a nursing care site, while the schedule creation means 24 can present a traveling schedule to a vendor who visits a plurality of caregivers. In the embodiment shown in FIG. 2, it is assumed that a caregiver who is a business provider such as a service provider is in charge of visiting only, and the emergency response is left to a person in the field such as a family or other manager. Therefore, the external information processing apparatus 26 located at the remote caregiver is not provided with the notification means 16, but is not necessarily limited to this embodiment. When providing services and handling not only mere patrol visits but also emergency responses, the notification means 16 is provided at the external information processing device 26 at the caregiver or at the expense caregiver. It can also be installed in both the information processing apparatus 14 and the external information processing apparatus 26 under the caregiver. In this case, it is possible to notify the remote caregiver that the nursing care is required by the notification means 16.

  Similarly, if at least the behavior detection means 12 is installed in a building where the cared person resides, there is no particular limitation on which other means are set in a facility different from the building where the cared person resides. , And can be set as needed. Unlike FIG. 2, for example, all the means except the behavior detection means 12 are installed in a facility different from the building where the cared person resides. The information processing device 26 can be set, and only the behavior detection unit 12 and the notification unit 16 or only the behavior detection unit 12 and the recording processing unit 18 are installed in the building where the care recipient resides. It can also be set in the device 14. In addition, these means are not installed only on either the cared person or the caregiver, but for example, the notification means 16, the recording processing unit 18, the life pattern data generation unit 20, and the nursing care prediction means 22. Can be set redundantly in both the information processing apparatus 14 and the external information processing apparatus 26 to provide care in a double system.

  Furthermore, it is not excluded to apply the embodiment shown in FIG. 2 when the caregiver is waiting in the same premises as the care recipient. The configuration and processing contents of each of the behavior detection unit 12, the notification unit 16, the recording processing unit 18, the life pattern data generation unit 20, the nursing care prediction unit 22, and the schedule generation unit in this embodiment are shown in FIG. This is the same as the embodiment shown.

  The present invention can be applied particularly to an elderly care facility where an elderly person moves in, a facility where a care recipient resides such as a hospital where a patient is hospitalized, a house, and other facilities where it is desirable to widely monitor the behavior of people.

DESCRIPTION OF SYMBOLS 10 Caregiver monitoring system 12 Action detection means 14 Information processing apparatus 16 Notification means 18 Recording processing part 20 Life pattern data generation part 22 Care need prediction means 24 Schedule creation means 26 External information processing apparatus

Claims (9)

In a care receiver monitoring system including a behavior detection means including sensors such as a bed sensor, a bed corner sensor, a floor sensor, and a nurse call that reacts based on the behavior of the care recipient, the operation history of the behavior detection means is recorded. A life pattern data generating unit for generating life pattern data of the care receiver from an operation history of the behavior detecting means recorded in the recording processing unit; and the care receiver from the generated life pattern data. Further comprising: a need for long-term care prediction means for predicting a long-term care required for the person, and the recording processing unit responds to the content of the care content that the caregiver has performed for the care recipient in response to the reaction of the action detection means. And the need for long-term care prediction unit is configured to record the information on the care content performed by the caregiver in response to the response of the behavior detection unit recorded by the recording processing unit. Corresponding content information is associated with each action detecting means that reacts at the time of the reaction, and the content of care predicted to be necessary when the action detecting means reacts is determined, and the type of the action detecting means that has reacted A care receiver monitoring system that predicts necessary care contents according to the situation . The care receiver monitoring system according to claim 1, wherein the care-required predicting means has previously reached the care-required time when the care-required time has been reached in addition to reaching the care-required time. A care receiver monitoring system characterized by predicting care content necessary for the time required for the care based on the corresponding content information on the care content performed. 3. A care receiver monitoring system according to claim 1 , further comprising a notification means for notifying a caregiver that care is required in response to a reaction of the action detection means. The care receiver monitoring system is characterized in that, even when the predicted time required for nursing care is reached, the notification means notifies the caregiver that the time required for nursing care is reached. The care receiver monitoring system according to claim 3 , wherein when the time required for nursing care is reached or when the behavior detecting means responds, the time required for the care or the type of the behavior is detected. the care monitoring system detecting means is characterized in that also to inform the caregiver predicted care content required when reacted. 5. The care receiver monitoring system according to claim 1 , wherein a plurality of the care receivers are based on the care required time of the care receiver predicted by the care request predicting means. A care receiver monitoring system, further comprising a schedule creation means for creating a visit schedule for the child. The care receiver monitoring system according to any one of claims 1 to 5 , wherein at least the behavior detection means is installed in a building where the care receiver lives, Any or some or all of the lifestyle pattern data generation unit, the care-required prediction means, the notification means, and the schedule creation means are installed in a facility different from the building where the care recipient resides. A care receiver monitoring system, characterized in that the care receiver monitoring system is connected to the behavior detection means via the Internet or other network. The care receiver monitoring system according to any one of claims 1 to 6 , wherein the recording processing unit analyzes the recorded operation history of the behavior detecting unit retroactively to past data as data. A care receiver monitoring system characterized by being provided. The care receiver monitoring system according to claim 7, wherein, when the behavior detection unit reacts, the recording processing unit sets the date and time and the individual specific sensors that have reacted as an operation history in time series. A care receiver monitoring system that records and records all the past data without erasing the data by overwriting and updating the operation history. The care receiver monitoring system according to any one of claims 1 to 8 , wherein the life pattern data generation unit is an operation history of the behavior detection unit or the corresponding content information recorded by the recording processing unit. The care receiver monitoring system, wherein the life pattern data is updated based on the information.

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