JP2019036066A - Work report creation device, work report production system, work report creation method and work report creation program - Google Patents

Abstract

To reduce a burden of a work report creation work.SOLUTION: A work report creation device comprises: a schedule information storage part storing schedule information; a table storage part storing a table mapping a content of a work action with a burden caused to a worker by the work action; a specification part referring to a detected value corresponding to the burden caused to the worker by the work action and specifying a content of the work action by referring to the table stored in the table storage part; a determination part determining whether or not the work action specified by the specification part matches the schedule information by referring to the schedule information from the schedule information storage part; and an output part outputting data reporting the work action determined to match the schedule information by the determination part as a work record.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a work report creation device, a work report creation system, a work report creation method, and a work report creation program.

There is an apparatus that supports creation of a daily work report by inputting data collected by a sensor attached to a worker (see, for example, Patent Document 1).
[Patent Literature] JP 2011-258118 A

  Although the above-mentioned device generates data to be input, it is left to manual entry of the data in the report, and it still takes time and effort to create a daily work report.

  In the first aspect of the present invention, a schedule information storage unit that stores schedule information, a table storage unit that stores a table associating the contents of the work action and the load caused to the worker by the work action, A specifying unit that identifies the content of the work action by referring to a detection value corresponding to a load caused to the worker by the work action and referring to a table stored in the table storage unit, and a schedule information storage unit From the schedule information, the determination unit that determines whether or not the work behavior identified by the identification unit is consistent with the schedule information, and the work behavior determined by the determination unit to be consistent with the schedule information There is provided a work report creation device including an output unit that outputs data to be reported.

  In the second aspect of the present invention, the above-described work report creation device and a load carried by the worker and detected by the worker due to the work action are detected, and the load is referred to the specific unit via the communication line. A work report creation system including a detection unit is provided.

  In the third aspect of the present invention, the table storage unit stores a table in which schedule information is stored in the schedule information storage unit, the content of the work action, and the load caused to the worker by the work action. A step of referring to a detection value corresponding to a load caused to the worker by the work action, and specifying a content of the work action by referring to a table stored in the table storage unit, and a schedule Refer to the schedule information from the information storage unit, determine whether or not the work behavior identified in the identifying step is consistent with the schedule information, and the work behavior determined to be consistent with the schedule information in the determining step And a step of outputting data to be reported as a work record.

  In the fourth aspect of the present invention, a table in which the step of storing the schedule information in the schedule information storage unit, the contents of the work behavior, and the load caused to the worker by the work behavior is stored in the table storage unit. A step of referring to a detection value corresponding to a load caused to the worker by the work action, and specifying a content of the work action by referring to a table stored in the table storage unit, and a schedule Refer to the schedule information from the information storage unit, determine whether the work behavior identified in the identifying step is consistent with the schedule information, and the work behavior determined to be consistent with the schedule information in the determining step Outputting the data to be reported as a work record, and causing the electronic computer to execute the work report Creation program is provided. In this program, schedule information stored in advance in the storage unit may be referred to. In addition, a table that is stored in advance in the storage unit and that associates the content of the work behavior with respect to the work target of the worker and the load generated on the worker due to the work behavior with respect to the work target may be referred to.

  The above summary of the present invention does not enumerate all of the features of the present invention. A sub-combination of these feature groups can also be an invention.

1 is a block diagram of a care report creation system 100. FIG. 3 is a schematic diagram illustrating an example of a detection unit 130. FIG. It is a block diagram of the care report preparation apparatus 200 alone. It is a figure which shows an example of detection data. It is a figure which shows an example of caregiver identification information. It is a figure which shows an example of the table for specification. It is a figure which shows an example of schedule information. It is a figure which shows an example of care receiver identification information. It is a figure which illustrates the record of report matter. It is a figure which shows an example of a report. It is a figure which shows an example of claim information. It is a figure which shows the other example of a report. It is a figure which shows the other example of a report. It is a flowchart which shows the execution procedure of the process in the process part 297. It is a flowchart which shows the execution procedure of the process in the daily report output part 270. It is a flowchart which shows the execution procedure of the process in the payment expenses detailed output part 280. It is a flowchart which shows the execution procedure of the process in the utilization bill output part 290. FIG.

  Hereinafter, the present invention will be described through embodiments of the invention. The following embodiments do not limit the invention according to the claims. Not all combinations of features described in the embodiments are essential for the solution of the invention.

  FIG. 1 is a schematic diagram showing a configuration of a care report creation system 100 including a care report creation device 200 that outputs a care report as an example of a work report. The care report creation system 100 includes a care report creation device 200, a management unit 300, and a plurality of detection units 130 that communicate with each other via a communication line 99.

  The care report creation device 200 and the management unit 300 are accessed from the caregiver 110, the manager 310, the insurance group 410, and / or the care recipient 420 via the communication line 99, respectively. The detection unit 130 detects caregiver identification information, which will be described later, from the caregiver 110, and transmits the detection result to the care report creation device 200 via the communication line 99. Here, there may be a plurality of caregivers 110, insurance groups 410, and care recipients 420, and they may simultaneously use the care report creation system 100.

  The communication line 99 is preferably always operated using the Internet, a LAN, or the like. Thereby, it is preferable that at least the detection unit 130 is in a state where communication with the care report creating system 100 is always possible. On the other hand, the caregiver 110, the manager 310, the care insurance group 410, and the care recipient 420 only need to be able to communicate with the care report creating apparatus 200 when necessary, as described later. In addition, the communication line 99 is not necessarily used, and communication may be performed by other communication methods including mail.

  The detection unit 130 is connected via the communication line 99. The detection unit 130 is worn by the caregiver 110 and detects detection data reflecting a load generated on the caregiver 110 due to work behavior on the care receiver 420. The detection unit 130 transmits the detection data to the care report creating apparatus 200 through the communication line 99. The detection data transmitted to the care report creating apparatus 200 includes information such as the caregiver identification information of the caregiver 110 and the position of the caregiver 110 at the time when the detection data is transmitted. The configuration of the detection unit 130 will be described later with reference to FIG.

  The care report creation device 200 can be operated by the administrator 310 via the management unit 300 connected to the communication line 99. The management unit 300 includes an input unit 320 and an output unit 330.

  The input unit 320 of the management unit 300 receives access from the caregiver 110, the manager 310, and the insurance group 410 as needed. The input unit 320 receives an instruction, data, and the like, thereby inputting an instruction, data, and the like to the care report creating apparatus 200. The output unit 330 of the management unit 300 includes a display device that displays a report from the care report creation device 200, for example. The output unit 330 can transfer the output of the management unit 300 to, for example, a display device so that the caregiver 110, the manager 310, the insurance group 410, and the like can view the contents of the report.

  Thereby, for example, the caregiver 110 can confirm whether or not a report regarding the patient is correctly input. Further, the manager 310 can manage whether or not the care report creation system 100 is operating normally. Furthermore, the insurance group 410 can monitor whether or not the care report creation system 100 is properly operated. Furthermore, the care receiver 420 can confirm the consistency between the care service actually received and the report. However, the access authority for the management unit 300 has a plurality of stages, and there are cases where the accessible range is limited depending on the respective positions of the caregiver 110, the manager 310, the insurance group 410, and the care recipient 420. .

  Note that the manager 310 may be a manager who manages a care service for a plurality of caregivers 110 or an assistant thereof, or a system engineer who manages the operation of the care report creation system 100. Furthermore, a caregiver who is active as an individual may use the care report creation device 200 for self-management. The output unit 330 may further include an output device such as a printer, and may document the report output by the care report generating device 200.

  In the care report creation system 100 as described above, the care report creation device 200 creates a care content report with reference to detection data detected from the caregiver 110. This report is output as data from the care report creation device 200 and is reported to the manager 310, the insurance group 410, and / or the care recipient 420.

  The report data output from the care report creation device 200 is transmitted to the insurance group 410 and the care recipient 420. The report data may be transmitted through the communication line 99, or the documented report may be transmitted by facsimile, mail, electronic mail or the like. In addition, since the insurance group 410 and the care receiver 420 access the care report generation apparatus 200 exclusively when receiving a report, the insurance group 410 and the care receiver 420 may not always be connected to the communication line 99. The communication line 99 may not be used at all.

  The report output from the care report generating apparatus 200 to the manager 310 and the report output to the insurance group 410 and the care receiver 420 may have different formats. For example, a daily report that reports daily activities is generated and output to the manager 310 every day. Further, for the insurance group 410 and the care recipient 420, a monthly benefit statement and a usage bill are generated and output. Thereby, the work burden of the caregiver 110 and the manager 310 related to the creation of the daily report, the benefit cost statement, and the usage bill can be reduced, and the efficiency of care work can be improved.

  FIG. 2 is a schematic diagram illustrating an example of the detection unit 130 and illustrates a caregiver 110 wearing the detection unit 130 viewed from the back side. In the following description, the right hand side of the caregiver 110 is right, the left hand side of the caregiver 110 is left, the head side of the caregiver 110 is up, The foot side of is described as bottom. In addition, the direction in which the front face of the caregiver 110 faces may be described as the front, and the direction in which the back face of the caregiver 110 faces and the rear.

  When viewed from the back side of the caregiver 110, the detection unit 130 includes a wearing unit 120, an upper acceleration sensor 132, a lower acceleration sensor 134, and a transmission unit 136.

  The wearing part 120 is, for example, a bodysuit-like garment formed of stretchable fabric. Each element of the detection unit 130 is attached to the wearing unit 120, and the caregiver 110 can wear the wearing unit 120 in a state where the detection unit 130 can be operated by wearing the wearing unit 120.

  The upper acceleration sensor 132 and the lower acceleration sensor 134 are attached to the caregiver 110 while being fixed to the wearing part 120. Therefore, when the angle of the upper acceleration sensor 132 and the lower acceleration sensor 134 arranged on the body surface of the caregiver 110 changes due to the change in the posture of the caregiver 110, the acceleration associated with the displacement is increased by the upper acceleration sensor 132 and the lower acceleration sensor. 134, respectively.

  The lower acceleration sensor 134 is disposed, for example, near the sacrum of the caregiver 110. The vicinity of the sacrum means a position on the epidermis where a normal extending from the epidermis of the caregiver 110 reaches the sacrum. The upper acceleration sensor 132 is disposed near the upper end of the wearing part 120 on the back of the caregiver 110, for example.

  The sacrum is in a position where horizontal displacement is unlikely to occur unless the entire caregiver 110 moves. On the other hand, the upper part of the back of the caregiver 110 is displaced when the inclination of the upper body of the caregiver 110 changes even if the entire caregiver 110 does not move. Therefore, the difference between the detected value of the upper acceleration sensor 132 and the detected value of the lower acceleration sensor 134 is a value reflecting the inclination of the upper body of the caregiver 110.

  The transmission unit 136 reports the caregiver 110's upper body inclination calculated based on the acceleration detected by each of the upper acceleration sensor 132 and the lower acceleration sensor 134 through the communication line 99 as part of the detected data. It transmits to the creation apparatus 200. As a result, the care report creating apparatus 200 can grasp the change in the posture of the caregiver 110 through the communication line 99.

  The care report creating apparatus 200 can calculate a value corresponding to the magnitude of the load generated on the caregiver 110 associated with the care work based on the acquired detection data. As described above, the care report creating apparatus 200 can grasp the change in the load on the caregiver 110 reflecting the care activity based on the detection data acquired from the detection unit 130.

  In the above example, it has been described that the care report creating apparatus 200 calculates the load on the caregiver 110 based on the detection data acquired from the detection unit 130 attached to the caregiver 110. However, the load of the caregiver may be calculated by the detection unit on the caregiver 110 side, and the calculated load value may be transmitted to the care report creating apparatus 200 as detection data. Thereby, the processing load by the care report preparation apparatus 200 can be reduced.

  The transmission unit 136 may include a position detection device such as a GPS (Global Positioning System), and may transmit the position of the caregiver 110 to the care report generation device 200 as part of the detection data. Thereby, the care report creation apparatus 200 can identify the position of the caregiver 110 during the care work.

  Furthermore, when caregiver identification information unique to each caregiver 110, for example, a pre-assigned caregiver code is assigned, the transmission unit 136 sends unique caregiver identification information unique to each caregiver 110. You may transmit to the care report preparation apparatus 200 with detection data. Thereby, the care report creation apparatus 200 can identify which caregiver 110 the received detection data is transmitted from. Here, caregiver identification information is an example of worker identification information.

  When the caregiver 110 having no pre-assigned unique caregiver identification information works, the identification information for identifying the individual of the detection unit 130 corresponding to the caregiver 110 is used each time NFC (Near Field Communication) is used. It is possible to use the identification information as a substitute for caregiver identification information. Alternatively, the biological information of the caregiver 110 may be detected using the detection unit 130, and the detected biological information may be used as caregiver identification information.

  Thereby, position information and caregiver identification information can be used for work specification. It is possible to reduce the processing load of the care report creating apparatus 200 that receives detection data from a plurality of caregivers 110. Further, the value corresponding to the load of the caregiver 110 detected by the detection unit 130 is used for other uses on the caregiver 110 side, such as control of an actuator that compensates the muscle strength of the caregiver 110 and reduces the burden. May be.

  FIG. 3 is a block diagram schematically showing the structure of the care report creation device 200. The care report creation apparatus 200 includes a processing unit 297, a storage unit 298, and an output unit 299.

  The processing unit 297 includes a reception unit 210, a specification unit 230, a determination unit 240, and a report item generation unit 250. In addition, the storage unit 298 includes a caregiver identification information storage unit 212, a detection data storage unit 220, a specification table storage unit 232, a schedule information storage unit 242, a care receiver identification information storage unit 244, and a report item storage unit 260. Have.

  In the processing unit 297, the reception unit 210 receives the detection data received from the detection unit 130. In the case where a public line is used as the communication line 99 or a part thereof, the accepting unit 210 accepts the detection data only for those transmitted from the caregiver 110 registered in advance as the processing target of the care report creating system 100. .

  FIG. 4 is a diagram schematically illustrating an example of detection data that the detection unit 130 transmits to the care report creation device 200. The illustrated detection data includes a caregiver code, a detection position, and detection waveforms (A) and (B).

  The caregiver code is a code for identifying the caregiver 110 that has transmitted the detection data. The caregiver code is an example of unique caregiver identification information assigned to each caregiver 110. Further, the detection position indicates a position where the care giver 110 transmits the detection data, for example, by latitude / longitude detected by GPS. In the illustrated example, the transmission position is represented by latitude and longitude, but may be a position specified by another method such as detecting a plurality of base stations of a mobile phone. In the case of a room, position information based on RFID (Radio Frequency IDentifier), NFC (Near field radio communication) provided to the building, the room, or the care recipient may be used.

  Waveforms (A) and (B) show changes in the load value generated in the caregiver 110 based on the detection data received from the detection unit 130 described with reference to FIG. As illustrated, the waveforms (A) and (B) form various waveforms reflecting the operation of the caregiver 110.

  The reception unit 210 refers to the caregiver identification information storage unit 212 when the detection data is received through the communication line 99. FIG. 5 is a diagram illustrating an example of caregiver identification information stored in the caregiver identification information storage unit 212. In the caregiver identification information storage unit 212, a list of caregivers 110 registered as processing targets of the care report creation system 100 is stored together with the caregiver code of the registered caregiver 110.

  Therefore, the reception unit 210 selectively receives the detection data to be managed by collating the sender of the detection data with the caregiver code as the caregiver identification information, and stores the detection data in the detection data storage unit 220. . When receiving detection data transmitted from a caregiver 110 that is not a processing target, the reception unit 210 may notify the management unit 300 that detection data that should not be received has been received. In addition, when the reception unit 210 receives detection data from a plurality of caregivers, the reception unit 210 can store the detection data sender in the detection data storage unit 220 for each caregiver by collating with the caregiver identification information. it can.

  The specifying unit 230 reads each detection data received by the receiving unit 210 from the detection data storage unit 220 and specifies the work content corresponding to the detection data. The identification unit 230 refers to the identification table stored in the identification table storage unit 232 when identifying the work content based on the detection data.

  FIG. 6 is a diagram illustrating an example of the contents of the specification table. This identification table is a table showing the correspondence between the signal waveform reflecting the load value of the caregiver 110 and the content of the care work by the caregiver 110 in the detection data shown in FIG. Therefore, the specifying unit 230 can specify the work contents of the care work corresponding to the waveform of the detected data by referring to the specifying table shown in FIG.

  The contents of such a specification table may be created by estimating in advance the load value according to the work contents before the system is operated. Moreover, the load according to the work content detected experimentally using the detection part 130 of this care report preparation system 100 may be recorded, and the content of the table for specification may be created.

  In the illustrated example, the first half section “a” of the waveform (A) shown in FIG. 4 matches the waveform of the nursing care work for bathing in the specifying table shown in FIG. 6. Further, in the latter half section b of the waveform (A), it coincides with the walk waveform in the specifying table. Therefore, the specifying unit 230 can specify that the caregiver 110 has taken care of bathing until 15:00 and has taken care of walking from 15:00.

  Further, the first half section c of the waveform (B) shown in FIG. 4 matches the waveform of the meal care work in the specifying table shown in FIG. In the second half d of the waveform (B), a waveform that does not match any waveform stored in the specifying table appears. In this case, the specifying unit 230 cannot specify the content of the care work of the caregiver 110 by referring to the specifying table storage unit 232. In this case, the administrator may be notified that the contents of the care work could not be specified.

  The illustrated waveform d appears when the caregiver 110 is resting and no load is generated. Therefore, information that such a waveform and the corresponding one is resting is stored in the specifying table storage unit so that the specifying unit 230 can specify that the caregiver 110 is resting. Good. As a result, it is possible to reduce exception handling when identification by the identifying unit 230 is not possible.

  Further, in the above example, the waveform showing the load fluctuation is illustrated in both FIG. 4 and FIG. However, the waveform indicating the fluctuation of the load detected as the detection data becomes more complicated by including other elements, and does not completely match the waveform recorded in the specifying table.

  Therefore, for example, when the waveform of the measurement value is normalized in the time direction, the similarity is calculated by pattern matching with the waveform recorded in the specifying table, and the calculated similarity exceeds a predetermined threshold It is desirable to perform processing such as specifying the contents of the care work. Also, it is preferable to prepare in advance a process of comparing the degree of similarity and re-evaluating the degree of similarity using another algorithm, in case there are a plurality of specific candidates exceeding the threshold. This process is executed by the specifying unit 230 that has received the detection data.

  As described above, the specifying unit 230 sequentially specifies the work contents of the caregiver 110 for the caregiver 110 based on the detection data received by the receiving unit 210 and stored in the detection data storage unit 220. The specifying unit 230 may immediately specify the work content every time detection data is generated, or when a determination result is necessary from the once stored detection data, for example, a request from the management unit 300 is received. If there is, the work content may be determined and output. Further, the detection data whose work content has been determined may be saved as necessary, or may be discarded after the determination.

  As described above, the specification unit 230 reads each detection data received by the reception unit 210 from the detection data storage unit 220 and specifies the work content corresponding to the detection data. The identification unit 230 refers to the identification table stored in the identification table storage unit 232 when identifying the work content based on the detection data.

  In the above example, the specifying unit 230 specifies the work content of the care work based on the change in the load on the caregiver 110 detected by the detection unit 130. However, the detection data is not limited to the fluctuation of the load. For example, another sensor is provided in the detection unit 130, and the output information of the sensor is changed to the load of the caregiver 110, or the caregiver 110 Together with the load, detection data may be used as the basis for identifying the care work.

  For example, a sweating sensor for measuring the sweating amount of the caregiver 110 is provided as the detection unit 130, and a table indicating the relationship between the sweating amount of the caregiver 110 and the content of the care work is stored in the specifying table storage unit 232. The work content may be specified based on the change in the sweating amount of the caregiver 110. In addition, as the detection unit 130, a weight sensor is provided on the shoe sole of the caregiver 110, and a table indicating the relationship between the vertical load applied to the caregiver 110 and the content of the care work is stored in the specifying table storage unit 232. The work content may be specified based on the change in the vertical load applied to the caregiver 110. Thus, the identification precision of the nursing care work in the nursing care report creation apparatus 200 can be improved by increasing the clue when the identifying unit 230 identifies the content of the nursing care work.

  Furthermore, when the work place of the caregiver 110 is known in advance, an imaging device for picking up the care work of the caregiver 110 as a part of the detection unit 130 is provided as the detection unit 130 at the work place, and the state of the care work is shown. The contents of the care work may be specifically used by using the captured image as detection data. The contents of the care work may be specified by attaching an imaging device to the caregiver 110 and using an image of the front of the caregiver 110 as detection data. As described above, the care unit 110 is not necessarily worn by the caregiver 110.

  The determination unit 240 acquires the work content specified by the specifying unit 230 from the specifying unit 230 and determines whether or not the specified care work is consistent with the schedule set for the caregiver 110. In the determination, the determination unit 240 refers to the schedule information stored in the schedule information storage unit 242 and the care receiver identification information stored in the care receiver identification information storage unit 244.

  The schedule information stored in the schedule information storage unit 242 indicates what kind of care contents each worker such as a care worker and helper is supposed to execute for which care recipient every day, for example. It is a schedule for the described work. In the schedule information, caregiver identification information for identifying a caregiver is associated with caregiver identification information for identifying a care recipient.

  FIG. 7 is a diagram illustrating an example of schedule information stored in the schedule information storage unit 242. As the schedule information, a list of care work to be performed for each of the caregivers 110 is stored together with the date and time of the work schedule, the user code of the care receiver who is the subject of the care work, the contents of the work, and the like. In the illustrated example, operations scheduled for the third and fourth days of 2099 are listed.

  FIG. 8 is a diagram illustrating an example of care receiver identification information stored in the care receiver identification information storage unit 244. In the care receiver identification information, a list of care receivers 420 registered as processing targets of the care report creation system 100 is stored together with the user code of the care receiver 420, the location of the care receiver 420, and the like. In the illustrated example, an abstract code is exemplified as the user code. However, the user code may be, for example, an insurance card number of a long-term care insurance. Here, the care receiver identification information is an example of work target identification information.

  In the care report creation apparatus 200, the determination unit 240 determines whether the work time and work content specified by the specification unit 230 match the schedule described in the schedule information. In addition, the determination unit 240 determines whether or not the information on the detection position included in the detection data matches the location of the care recipient 420 having the user code described in the schedule information.

  In the case of visiting care or the like, if the address of the care recipient 420 and the detected location are close, it can be determined that the location and the work location match. On the other hand, in a place where a plurality of care recipients 420 are gathered as in a care facility, more detailed position information of the care receiver 420 and position detection of the caregiver 110 such as a room and a seat are required. Further, the location of the cared person 420 is checked by comparing the user code of the cared person 420 described in the schedule information with the address corresponding to the user code of the cared person identification information (see FIG. 8). Can be judged.

  In this way, when the work place, work content, and work target (care recipient 420) of the care work performed by the caregiver 110 match the schedule information, the determination unit 240 determines that the care work of the caregiver 110 specified from the detection data is It is determined that the processing has been executed according to the schedule, and the fact is notified to the report item generation unit 250.

  Note that if the determination unit 240 determines that the content of the care work specified from the detection data is not consistent with either the schedule information or the care receiver identification information, at least the care work specified from the detection data is reported. Transmission to the item generation unit 250 is suspended. When the contents of the specified care work and the schedule do not match, various causes are considered.

  As an example of the cause, there is an error in the caregiver 110, one of the specifying unit 230 and the determination unit 240 malfunctioning, a schedule change not reflected in the schedule information storage unit 242, and so on. In such a case, an exceptional measure is required. Therefore, when a negative determination is made by the determination unit 240, the administrator 310 may be notified and asked for an instruction. When a negative determination is made, the administrator 310 may input a correct report item to the report item generation unit. Further, both the schedule information and the content of the care work specified by the specifying unit may be output to the report item generating unit, and the administrator may select it.

  The report item generation unit 250 generates a record for each identified work content and accumulates it in the report item storage unit 260 for the operation determined by the determination unit 240 to be effective. The report item generation unit 250 may be accessible by the caregiver 110 or the manager 310 and may be able to confirm whether the generated report item is correct.

  FIG. 9 is a diagram illustrating an example of the generated report item record. Each record includes information on the date and time of care work, the caregiver 110 who worked, the care recipient 420 that is the subject of the care work, and the like for each work content determined to be valid. In this way, the processing of the processing unit 297 for the detection data received by the care report creating apparatus 200 is completed.

  In the care report creating apparatus 200, the output unit 299 includes a daily report output unit 270, a benefit cost detail output unit 280, and a usage bill output unit 290. The storage unit 298 further includes a billing information storage unit 282. The output unit 299 generates and outputs various reports from the report items stored in the report item storage unit 260 while referring to the storage unit 298 as necessary.

  The output unit 299 may output data for each predetermined period, or may output data at a predetermined time. The predetermined period is, for example, one day, and the output unit 299 outputs a daily report every day. For example, in the output unit 299, the daily report output unit 270 outputs a daily report at a predetermined time.

  Here, the determined time may be a time when the date of work in the care facility changes, for example, midnight. The daily report output unit 270 extracts the record of the report item in which the time of performing the care work is within the day from the report item stored in the report item storage unit 260, and further divides it into each caregiver 110. A daily report for each of the caregivers 110 is generated. The generated daily report is output to the management unit 300 through the communication line 99.

  FIG. 10 is a diagram illustrating an example of a daily report that the daily report output unit 270 outputs to the management unit 300. As shown in the figure, one daily report is a list of care work performed by a single caregiver 110 during a day or day. This daily report is formed by information included in a record stored in the report item storage unit 260.

  In this way, the daily report of all the caregivers who performed the care work on that day is automatically generated by the care report creation device 200 without bothering each hand of the caregiver 110. The generated daily report may be stored as electronic data, or a hard copy may be output and stored.

  Further, for example, the output unit 299 determines the time when the nursing care work has been performed from the report item stored in the report item storage unit 260 at the closing date of the nursing care insurance benefit bill specified by the rules, for example, at the end of each month. Records of report items in the month are extracted and classified according to the content of the nursing care work, and the benefit cost details are generated. However, in order to generate the benefit cost details, the number of units determined for each work code of care work must be described. Therefore, the benefit cost detail output unit 280 refers to the billing information storage unit 282 that stores billing information including the benefit cost detail information, and acquires the work code and the number of units for each work of the care work.

  FIG. 11 is a diagram illustrating an example of billing information referred to by the billing information storage unit 282 by the benefit cost detail output unit 280. As shown in the figure, the billing information includes a work code for each content of the care work, the number of units, the presence / absence of addition, the presence / absence of a cost burden on the care recipient 420, and the like.

  FIG. 12 is a diagram illustrating an example of benefit cost details output by the benefit cost detail output unit 280. As illustrated, the benefit cost details are generated including both information extracted from the report item storage unit 260 and information related to the benefit cost details extracted from the billing information storage unit 282. The generated benefit expense details may be transmitted to the insurance organization 410 of the long-term care insurance through the communication line 99, or may be output as a hard copy and submitted to the insurance organization 410 by mail.

  In this way, the care report creation device 200 automatically generates a monthly benefit expense statement without bothering the caregiver 110 and the manager 310. As a result, the work related to the creation of the benefit cost details is reduced, and the efficiency of the care work is improved.

  Further, for example, the output unit 299 generates a usage bill for the care receiver 420 in the usage bill output unit 290. That is, when the accounting deadline is reached, for example, on the 25th of every month, the usage bill output unit 290 executes the care work from the report item record stored in the report item storage unit 260 within the month. A record of a report item is extracted, and then, among the extracted records, a usage request charged to the care receiver 420, that is, a record including a self-pay portion is extracted.

  Whether or not to issue the usage bill is determined based on the billing information stored in the billing information storage unit 282. Therefore, the usage bill output unit 290 generates the billing information storage unit 282 when generating the usage bill. Referring to FIG. 5, the work contents to be charged for usage and the amount charged are acquired.

  FIG. 13 is a diagram illustrating an example of a usage bill output by the usage bill output unit 290. As illustrated, the usage bill is generated including both the information extracted from the report item storage unit 260 and the information extracted from the billing information storage unit 282. The generated usage bill may be transmitted to the care receiver 420 who is the user through the communication line 99, or may be output as a hard copy and sent by mail.

  Thus, the care report creating apparatus 200 outputs a usage bill for each closing date without bothering the caregiver 110 and the manager 310. Thereby, the work related to the creation of the usage bill is reduced, and the efficiency of the care work is improved.

  In the above example, the caregiver identification information storage unit 212, the detection data storage unit 220, the identification table storage unit 232, the schedule information storage unit 242, the care receiver identification information storage unit 244, the report item storage unit 260, the billing Each information storage unit 282 is described as an individual storage unit. However, these storage units may be provided as different storage areas in a single storage device. Moreover, you may distribute a part or all of a storage part outside the nursing care report production apparatus 200. FIG.

  In addition, for example, billing information related to the benefit cost details, usage billing, etc. may be accessed directly on the website of the insurance group 410 or the like. Although omitted in FIG. 3, a storage unit for storing the generated daily report, benefit cost details, usage bill, and the like may be further provided. In addition, each storage unit may serve as a backup, and may be provided as a cloud system or the like outside the care report creation apparatus 200.

  FIG. 14 is a flowchart illustrating a process execution procedure in the processing unit 297 of the care report creating apparatus 200. In the processing unit 297, the reception unit 210 waits for reception of detection data (step S101: NO).

  When the reception unit 210 receives the detection data illustrated in FIG. 4 (step S101: YES), the reception unit 210 refers to the caregiver identification information illustrated in FIG. 5 from the caregiver identification information storage unit 212. Then, it is checked whether or not the detection target of the detection data is the care giver 110 to be processed by the care report generating apparatus 200 (step S102).

  When the detection target of the received detected hand data is not the processing target of the care report creating apparatus 200 (step S102: NO), the reception unit 210 discards the received detection data and receives other detection data. Wait again. When the received detection data is that of the caregiver 110 to be processed by the care report creation apparatus 200 (step S102: YES), the reception unit 210 accepts the received detection data (step S103) and detects it. The data is stored in the data storage unit 220 (step S104).

  The specifying unit 230 sequentially acquires the detection data stored in the detection data storage unit 220, and refers to the specification table illustrated in FIG. The content of the corresponding care work is specified (step S105). When the work content of the caregiver 110 is not specified in step S105 (step S105: NO), the specifying unit 230 notifies the management unit 300 to that effect (step S109) and ends the process once. Upon receiving notification that the contents of the care work could not be specified from the detection data through the management unit 300, the administrator 310 contacts the caregiver 110 etc. to manually specify the contents of the care work, and the caregiver 110 may be instructed to execute the next schedule. When the specifying unit 230 specifies the content of the care work of the caregiver 110 from the detection data (step S105: YES), the determination unit 240 is made to acquire information indicating the specified work content in the detection data.

  Next, the determination unit 240 refers to the schedule information illustrated in FIG. 7 and the care receiver identification information illustrated in FIG. 8, and the care work specified based on the detection data is detected by the detection data. It is checked that the caregiver 110 as the object should be in charge, and the object of the care work is the care receiver 420 described in the schedule (step S106).

  Here, when it is determined that the care work specified from the detection data does not match either the schedule information or the care receiver identification information (step S106: NO), the care report creating apparatus 200 notifies the management unit to that effect. 300 is notified (step S109), and the process is temporarily terminated. Upon receiving the notification that the care work specified from the detection data is not consistent with the schedule through the management unit 300, the administrator 310 contacts the caregiver 110 and performs the care work by the administrator himself / herself. It may be determined again to instruct the caregiver 110 that the next schedule should be executed. When the care work identified from the detection data is consistent with both the schedule information and the care receiver identification information (step S106: YES), the determination unit 240 determines that the scheduled care work has been completed. The care work specified from the detection data is determined to be complete.

  In this way, when the care work of the caregiver 110 is identified from the detection data and it is determined that the identified care work appropriately digests the schedule, the determination unit 240 reports the detection data together with the specific result and the determination result as report items. The generation unit 250 is made to acquire (step S107). The report item generation unit 250 generates a record of the report item as illustrated in FIG. 9 and accumulates the generated record in the report item storage unit 260 (step S108). Thus, the processing in the processing unit 297 is completed.

  FIG. 15 is a flowchart showing a process execution procedure in the daily report output unit 270. The daily report output unit 270 waits until the work date in the nursing facility changes, for example, until midnight (step S201: NO). When the date changes (step S201: YES), the daily report output unit 270 starts processing.

  First, the daily report output unit 270 extracts, from the record of the report items stored in the report item storage unit 260, the time when the care work is performed from the start to the end of the day (step) S202). If there is no report item having the date to be processed (step S202: NO), the daily report output unit 270 ends the process. When there is a target record (step S202: YES), the daily report output unit 270 classifies the extracted report item records for each caregiver 110 (step S203), and FIG. A daily report for each caregiver 110 as illustrated is generated (step S204).

  Next, the daily report output unit 270 outputs the generated daily report to the management unit 300 through the communication line 99 (step S205). Thus, the daily report output unit 270 ends the process. Such processing is executed every time the date in the care report creating apparatus 200 is updated, and the work load relating to daily report creation does not occur in the caregiver 110 and the manager 310.

  FIG. 16 is a flowchart showing a process execution procedure in the benefit cost detail output unit 280. The benefit expense statement output unit 280 waits until the closing date in the long-term care insurance system, for example, at the end of each month (step S301: NO), and when the last day at the end of the month changes to the next date (step S301: YES) Start.

  First, the benefit expense description output unit 280 extracts a report item record including a usage bill for the care recipient 420 from the report item record stored in the report item storage unit 260 (step S402). When there is no report item to be billed (step S302: NO), the benefit expense detail output unit 280 ends the process. If there is a target record (step S302: YES), the benefit expense detail output unit 280 classifies the extracted report item records for each work content of the care work (step S303), and FIG. The benefit expense details as exemplified in (1) are generated (step S304).

  Next, the benefit cost details output unit 280 outputs the generated benefit cost details to the insurance organization 410 through the communication line 99 (step S305). Thus, the benefit expense statement output unit 280 ends the process. Such a process is automatically executed every time the end-of-month date in the care report creating apparatus 200 is updated, and the caregiver 110 and the manager 310 do not have a work load for creating the benefit cost details.

  FIG. 17 is a flowchart showing a process execution procedure in the usage bill output unit 290. The usage invoice output unit 290 waits until the accounting closing date, for example, the 25th day of every month (step S401: NO), and when the last day at the end of the month changes to the next date (step S401: YES), the process is performed. Start.

  First, the usage bill output unit 290 extracts a record of a report item for which a benefit cost is to be charged from the report item record stored in the report item storage unit 260 (step S402). When there is no report item that is the subject of the usage bill (step S402: NO), the usage bill output unit 290 ends the process. When there is a target record (step S302: YES), the usage invoice output unit 290 classifies the extracted report item records for each care recipient 420 (step S403), and FIG. A benefit expense statement as illustrated is generated (step S404).

  Next, the use bill output unit 290 outputs the generated benefit cost details to the care receiver 420 that is the subject of the use bill through the communication line 99 (step S405). In this way, the usage bill output unit 290 ends the process. Such a process is automatically executed every time the date of the closing date in the care report creation device 200 is updated, and the caregiver 110 and the manager 310 are not burdened with creating a usage bill.

  The care report creation device 200 may be provided as a care report creation program that is described to cause the electronic computer to execute the series of processes described above. Thereby, the nursing care report production | generation apparatus 200 can be formed using a general purpose information processing apparatus, for example, a personal computer, a tablet, a smart phone, etc. Furthermore, the nursing care report creation system 100 can be formed by using the nursing care report creation device 200 thus formed.

  As mentioned above, although this invention was demonstrated using embodiment, the technical scope of this invention is not limited to the range as described in the said embodiment. For example, in addition to reports on nursing work, childcare work, etc., it can be widely applied to the creation of reports on many types of work such as manufacturing, maintenance and inspection. In addition, it will be apparent to those skilled in the art that various modifications or improvements can be added to the above embodiment. Furthermore, it is apparent from the description of the scope of claims that the embodiments added with changes or improvements can be included in the technical scope of the present invention.

  The execution order of each process such as operations, procedures, steps, and stages in the system, program, and method shown in the claims, the description, and the drawings is particularly “before” or “prior”. It should be noted that they can be implemented in any order as long as the output of the previous process is not used in the subsequent process. Regarding the operation flow in the claims, the description, and the drawings, even if it is described using “first”, “next”, etc. for convenience, it does not necessarily mean that implementation in this order is essential. Absent.

99 communication line, 100 care report creation system, 110 caregiver, 120 wearing part, 130 detection part, 132 upper acceleration sensor, 134 lower acceleration sensor, 136 transmission part, 200 care report creation device, 210 reception part, 212 caregiver identification Information storage unit, 220 Detection data storage unit, 230 identification unit, 232 identification table storage unit, 240 determination unit, 242 schedule information storage unit, 244 care receiver identification information storage unit, 250 report item generation unit, 260 report item storage Department, 270 daily report output section, 280 benefit cost detail output section, 282 bill information storage section, 290 usage bill output section, 297 processing section, 298 storage section, 299 output section, 300 management section, 310 administrator, 320 input unit, 330 output unit, 410 insurance group, 420 care recipient

Claims (14)

A schedule information storage unit for storing schedule information;
A table storage unit that stores a table associating the content of the work action with the load caused to the worker by the work action;
A specific unit that identifies the content of the work action by referring to a detection value corresponding to a load caused to the worker by the work action and referring to a table stored in the table storage unit;
A determination unit that refers to the schedule information from the schedule information storage unit and determines whether the work action specified by the specifying unit is consistent with the schedule information;
A work report creation device comprising: an output unit that outputs data for reporting work actions determined to be consistent with the schedule information by the determination unit. The schedule information storage unit stores the schedule information in association with worker identification information and / or work target identification information,
The work report creation apparatus according to claim 1, wherein the output unit outputs data as a work record associated with at least one of the worker identification information and / or the work target identification information.   The determination unit acquires worker identification information of a worker who has executed the work action specified by the specifying unit from the schedule information storage unit, and whether the work action specified by the specifying unit is consistent with the schedule information. The work report creation device according to claim 2, which determines whether or not.   The work report creation device according to any one of claims 1 to 3, wherein the output unit accumulates the work record and outputs data during a predetermined period.   5. The work report creation apparatus according to claim 1, wherein the detection value referred to by the specifying unit is a load generated on the worker detected based on the posture of the worker. 6.   The work report creation device according to any one of claims 1 to 5, wherein the detection value referred to by the specifying unit is a load generated on the worker detected based on the biological information of the worker. A reception unit that receives a load generated on the worker as a detection value;
The work report creating apparatus according to claim 1, wherein the specifying unit refers to the detection value received by the receiving unit.   The said specific | specification part specifies the content of the said work action based on the identification information of the work object used as the execution object of the said work action, and at least one of the date and place where work is performed. The work report preparation apparatus as described in any one of.   The work report creation device according to any one of claims 1 to 8, further comprising a storage unit that accumulates information relating to a load caused to the worker due to the work action detected by the specifying unit.   The work report creation device according to any one of claims 1 to 9, wherein the output unit outputs data including a bill amount related to the work action.   The work report creation device according to any one of claims 1 to 10, wherein the specifying unit specifies content of the work action based on consistency with schedule information stored in the schedule information storage unit. The work report creation device according to any one of claims 1 to 11,
A work report generation system comprising: a detection unit that is carried by a worker and detects a load generated on the worker by the work action, and causes the specific unit to refer to the load via a communication line. Storing the schedule information in the schedule information storage unit;
Storing a table in which the content of the work action and the load caused to the worker by the work action are associated with each other in the table storage unit;
Identifying the content of the work action by referring to the detection value corresponding to the load caused to the worker by the work action and referring to the table stored in the table storage unit;
A step of referring to the schedule information from the schedule information storage unit and determining whether the work behavior identified in the identifying step is consistent with the schedule information;
Outputting data for reporting the work behavior determined to be consistent with the schedule information in the determining step as a work record;
Work report creation method comprising. Storing the schedule information in the schedule information storage unit;
Storing a table in which the contents of the work action and the load caused to the worker by the work action are associated with each other in the table storage unit;
Identifying a content of the work action by referring to a detection value corresponding to a load caused to the worker by the work action and referring to the table stored in the table storage unit;
Referring to the schedule information from the schedule information storage unit, and determining whether the work behavior identified in the identifying step is consistent with the schedule information;
Outputting data that reports the work behavior determined to be consistent with the schedule information in the determining step as a work record;
Is a work report creation program that causes an electronic computer to execute.