TWI599982B - Ibeacon dementia elderly care communication method and system - Google Patents

Description

Ibeacon-based demented elderly care communication method and system

The invention relates to an ibeacon-based care and communication method and system for the elderly, especially an Internet of Things care technology which can reduce the workload and human resources of social workers, police and caregivers.

With the advent of an aging society, the number of patients or elderly people who need to be cared for is gradually increasing, and the problem of insufficient nursing staff is also highlighted. According to the estimation of the Executive Yuan, in 2025, the number of elderly people in Taiwan will surge to about 4.75 million. At that time, one out of every five people will be an elderly person. Therefore, the scale of silver-haired care and its business opportunities are bound to become an emerging one. industry.

For the demented elderly, medical staff or family members always need to invest a lot of effort and attention to care for the demented elderly, thus causing a great physical or psychological burden on the medical staff and family members. Because the demented old people are more uncontrollable about their own behavior, and the medical staff or family members can't stay with them at any time. Once the medical staff or family members are slightly negligent in care, the demented old people are very likely to leave, or even If there is a loss, this will cause difficulties and inconveniences for the elderly who have lost their wisdom. Therefore, how to develop an IoT care technology that can reduce the workload and human resources of social workers, police and caregivers. It has become a technical issue that the technical field of the related art is eager to solve and challenge.

In order to solve the problem of the well-being of the demented elderly, the relevant technical field has developed a new remote health care system, such as the Republic of China, No. M476335, and the new M479469. No. "Monitoring System and Medical Monitoring System" and the new patent No. M488696 "Monitoring System with Notification Function". Although these patents can realize remote monitoring of physiological status information and monitoring images of demented elderly people, these patents do not have the functions of drug control and medication monitoring, so they cannot make time and dose of drugs. Control, and can not know whether the demented elderly have taken the drug, it is easy to cause excessive drug use or not taking medication on time, which causes extreme inconvenience and great troubles in the care of the demented elderly.

In view of the above, the above-mentioned prior art and the aforementioned patents have not yet been perfected, and there is still a need for further improvement. Therefore, the present inventors have continuously made efforts to develop and finally develop the present invention which can improve the lack of the prior art.

The first object of the present invention is to provide an ibeacon-based mentally handicapped elderly care system that can solve the lack of the prior art, mainly through the physiological state and the function monitoring setting such as the drug dosage and the medication time course, except for the elderly who are dementia. In addition to remote monitoring of physiological living, it is also possible to control the time course and dosage of the drug to avoid the physical damage caused by repeated medication and failure to take the medicine on time. The technical means adopted to achieve the first object of the present invention is to monitor the physiological state of the user by the physiological monitoring module to generate physiological information, and transmit the physiological information by using the ibeacon signal transceiving module. The time setting module is used to set the medication time. The collection processing unit is configured to collect physiological information, and then transmit the physiological information through the network communication interface. When the taking time is reached, the collection processing unit drives the opening and closing unit to open the medicine storage device for a period of time. The cloud server unit receives the stored physiological information through the network communication interface to provide the terminal device to receive the physiological information.

A second object of the present invention is to provide an ibeacon-based mentally handicapped elderly care system with event recording function, which is mainly provided by the function of event recording to dementia The position of the elderly, the path of movement, the management of medications, the care of social workers, the management of emergency management, and the dispatch of crisis incidents are recorded on the timeline for the purpose of retrospecting to the required time period for information interpretation. The technical means adopted by the second object of the present invention is to monitor the physiological state of the user by the physiological monitoring module to generate physiological information, and transmit the physiological information by using the ibeacon signal transceiving module. The time setting module is used to set the medication time. The collection processing unit is configured to collect physiological information, and then transmit the physiological information through the network communication interface. When the taking time is reached, the collection processing unit drives the opening and closing unit to open the medicine storage device for a period of time. The cloud server unit receives the stored physiological information through the network communication interface to provide the terminal device to receive the physiological information. The aggregation processing unit further includes an event recording module for recording an event record of the user, the event record includes a plurality of time period periods, and a plurality of event text information corresponding to each of the time period periods, the event text information includes Location information, mobile route information, medication management information, social worker care and attendance management information, emergency response information and crisis dispatch information. The event record can be transmitted to the physiological information and the surveillance image through the network communication interface. The cloud server unit.

A third object of the present invention is to provide an ibeacon-based mentally handicapped elderly care system that can capture images of a location with the movement of a demented old man, mainly by means of mobile recognition and image monitoring, etc. The old man moves to capture the real-time image of the location to avoid the waste of resources such as electricity charges, signal transmission and image archiving caused by turning on the camera at the same time. The technical means adopted by the third object of the present invention is to monitor the physiological state of the user by the physiological monitoring module to generate physiological information, and transmit the physiological information by using the ibeacon signal transceiving module. The time setting module is used to set the medication time. The collection processing unit is used to collect and process the physiological information, and then transmit the physiological information through the network communication interface, when the taking time is reached, The collection processing unit drives the opening and closing unit to open the medicine door of the drug storage device for a period of time. The cloud server unit receives the stored physiological information through the network communication interface to provide the terminal device to receive the physiological information. The method further includes a plurality of image capturing modules for monitoring a living condition of the user in at least one place to generate a continuous dynamic monitoring image, wherein the location includes a plurality of regions, and each of the regions is configured with at least one image. The module and the at least one ibeacon signal transceiving module, when the user enters one of the areas, the ibeacon signal transceiving module generates a position signal, and the ibeacon signal transceiving module transmits the topology signal through the topology The location signal is transmitted to the collection processing unit, and the image capture module in the area where the location information is activated is recorded as a surveillance image, and the collection processing unit transmits the surveillance image through the The network communication interface is transmitted to the cloud server unit.

A fourth object of the present invention is to provide an ibeacon-based mentally handicapped elderly care system with a care and attendance management function, which is mainly provided by the function of the caregiver to the diligent management, and can be evaluated for the attendance of the caregiver. As the basis for whether it is applicable or increases or decreases the length of time for nursing services. The technical means adopted by the fourth object of the present invention is to monitor the physiological state of the user by the physiological monitoring module to generate physiological information, and transmit the physiological information by using the ibeacon signal transceiving module. The time setting module is used to set the medication time. The collection processing unit is configured to collect physiological information, and then transmit the physiological information through the network communication interface. When the taking time is reached, the collection processing unit drives the opening and closing unit to open the medicine storage device for a period of time. The cloud server unit receives the stored physiological information through the network communication interface to provide the terminal device to receive the physiological information. The collection processing unit has a nursing attendance management module built therein, and an access control device for sensing an identification tag is provided at an entrance and exit of a place, and the identification tag can be worn by a caregiver when the caregiver enters At the entrance and exit, the access sensor generates an inductive signal. The nursing attendance management module starts the accumulated time with the sensing signal generation time, and when the caregiver leaves the entrance and exit, the access control device generates the sensing signal, and the nursing management module generates the sensing signal. The inductive signal generation time is the end time, and the accumulated time, the start time and the end time of the caregiver are transmitted to the cloud server through the network communication interface.

A fifth object of the present invention is to provide an ibeacon-based Wisdom-based elderly care communication method with an ibeacon communication format debugging function, which is mainly implemented by the ibeacon communication format debugging function, and is configured for the Bluetooth 4.0 data packet of the ibeacon architecture. The key is strengthened, increasing the security and specificity of the data to prevent the wrong transmission of data and tampering with others to achieve the purpose of protecting data. The technical means adopted by the fifth object of the present invention is to monitor the physiological state of the user by the physiological monitoring module to generate physiological information, and transmit the physiological information by using the ibeacon signal transceiving module. The time setting module is used to set the medication time. The collection processing unit is configured to collect physiological information, and then transmit the physiological information through the network communication interface. When the taking time is reached, the collection processing unit drives the opening and closing unit to open the medicine storage device for a period of time. The cloud server unit receives the stored physiological information through the network communication interface to provide the terminal device to receive the physiological information. A control program is built in each of the ibeacon signal transceiver modules, and each of the ibeacon signal transceiver modules includes a microprocessor having the control program built therein, and the microprocessor includes a plurality of registers. When the control program is started, the data in the first register is mutually exclusive or (XOR) operated with the data in the second register, and the operation result data is included in the next temporary register. Mutual exclusion or (XOR) operation until the last operation result data and the last data in the scratchpad are mutually exclusive or (XOR), and then the final result data is loaded to the last one. In the register, to become an error check code high bit (MSB) Data and an error check code low bit (LSB) data, the control program interprets the error check code high bit (MSB) data and the error check code low bit (LSB) data to determine whether the data transmission is wrong, when the judgment result is correct Then, the data in the last two registers is transmitted in the ibeacon format. The number of the scratchpads is 16. The first register is temporarily stored in the register number data, the second register is the temporary execution of the command code data, and the third register is used. The identification data is temporarily stored, the fourth temporary storage device temporarily stores the pulse data data, the fifth temporary storage device temporarily stores the blood oxygen concentration data, and the sixth temporary storage device temporarily stores the air data data. The seventh register is temporarily stored for the body temperature data, the eighth register is temporarily stored as the peak data of the electrocardiogram, and the ninth register is the temporary storage of the blood glucose data, and the tenth is the temporary register. In order to manage the temporary storage of data, the eleventh temporary storage device temporarily stores the management data, the twelfth temporary storage device temporarily stores the skin resistance reaction data, and the thirteenth of the temporary storage device is the blood pressure data. The data is temporarily stored, the fourteenth of the register is temporary storage of the key data, the fifteenth of the register is temporarily stored as the error check code data, and the sixteenth of the register is the fifteenth of the temporary The overflow data of the register is temporarily stored; when the length of each data is a complex number, the plural must be sequentially and The number of elements conforms to the number of repetitions of the exclusive or (XOR) operation. When the bit of the final result data is generated, the previous bit of the final result data is shifted to the left of the fifteenth of the register, and then The bit of the final result data is filled in the position of one bit before the final result data. When the fifteenth of the register overflows, the overflow bit is stored in the sixteenth of the register. After all the bits of the data have been mutually exclusive or (XOR), the data stored in the fifteenth of the registers and the sixteenth of the registers are respectively converted into Hexadecimal data.

1‧‧‧ places

10‧‧‧Physiological monitoring module

11‧‧‧ wearing parts

12‧‧ ‧ thermometer

13‧‧‧Heart rate meter

14‧‧‧ sphygmomanometer

15‧‧‧Glucometer

16‧‧‧Gyro

17‧‧‧Bluetooth Transmission Module

20‧‧‧ibeacon signal transceiver module

21‧‧‧Microprocessor

210,210a~210p‧‧‧ register

22‧‧‧Bluetooth Communication Module

30‧‧‧Time setting module

40‧‧‧ drug storage device

41‧‧‧ Pharmacy

42‧‧‧Opening unit

420‧‧‧Base

421‧‧‧First turntable

421a‧‧ ‧ drug storage unit

421b‧‧‧ drug storage tank

421c‧‧‧ first set of holes

421d‧‧‧First Cards Department

422‧‧‧Second turntable

422a‧‧‧ mouth

422b‧‧‧second shaft

422c‧‧‧Second Cards Department

423‧‧‧ cover

423a‧‧‧ slotting

43‧‧‧Transmission mechanism

430‧‧‧ a first motor

431‧‧‧First drive gear

432‧‧‧First driven gear

421c‧‧‧ first set of holes

432b‧‧‧First Clamping Department

433‧‧‧second motor

43‧‧‧Second drive gear

435‧‧‧Second driven gear

435a‧‧‧Second set of holes

435b‧‧‧Second Bonding Department

50‧‧‧Collection processing unit

51‧‧‧Signal Processing Module

52‧‧‧Warning module

53‧‧‧Audio prompt module

54‧‧‧ Drug taking identification module

55‧‧‧Event Recording Module

56‧‧‧Caring to the management module

60‧‧‧Cloud Servo Unit

61‧‧‧Database

70‧‧‧Internet communication interface

80‧‧‧ Terminal devices

81‧‧‧ identification label

82‧‧‧Access control device

90‧‧‧Image capture module

1 is a schematic diagram of a link implementation of the system architecture of the present invention.

2 is a schematic diagram of a connection implementation of another system architecture of the present invention.

Figure 3 is an exploded perspective view of a drug storage device in accordance with another embodiment of the present invention.

4 is a schematic view showing the combination of a drug storage device according to another embodiment of the present invention.

Fig. 5 is a schematic partial cross-sectional view showing the drug storage device of another embodiment of the present invention.

Figure 6 is a functional block diagram of the system architecture of the present invention.

FIG. 7 is a schematic diagram showing the implementation of the error detection data generated by the present invention.

In order to allow the reviewing committee to further understand the technical features of the present invention and the technical means for achieving the object of the present invention, the following detailed description will be given by way of specific embodiments and drawings: please refer to FIG. 1~2 and FIG. The first embodiment of the present invention includes at least one physiological monitoring module 10, a plurality of ibeacon signal transceiving modules 20, a time setting module 30, a drug storage device 40, a collection processing unit 50, and a Technical features such as the cloud server unit 60. The physiological monitoring module 10 is configured to monitor a physiological state of the user to generate at least one physiological information (such as pulse data, blood oxygen concentration data, airflow data, body temperature data, electrocardiogram peak data, blood glucose data, skin resistance reaction data, blood pressure data, and Body posture data, etc.). The ibeacon signal transceiving module 20 is used for collecting and transmitting physiological information. The time setting module 30 (such as a combination of the time control software and the operation interface that can be built in the collection processing unit) can be operated to set a plurality of medication time (such as 8 am, 12 noon, 6 pm and sleep). The waiting time setting module 30 generates a trigger signal when the medication time is reached. The medicine storage device 40 is configured to store a medicine for the user to take, and the medicine storage device 40 includes a medicine door 41 and a The opening and closing unit 42 of the medicine door 41 is opened and closed. The aggregation processing unit 50 receives and aggregates various physiological information through the ibeacon signal transceiving module 20, and transmits various physiological information through a network communication interface 70 (such as a combination of a data machine, a wireless router, and a wired or wireless network). When the timer setting module 30 generates the trigger signal, the aggregation processing unit 50 drives the opening and closing unit 42 to open the medicine door 41 for a period of time (about 30 to 120 seconds). When the period of time ends, the opening and closing unit 42 is driven again. Close the medicine door 41. On the other hand, the cloud server unit 60 (such as a network server) receives and stores various physiological information through the network communication interface 70 to provide the terminal device 80 to receive various physiological information to be monitored through the network communication interface 70, such as The terminal device 80 shown in FIG. 1 is for monitoring a smart phone, a computer, and a tablet computer held by a user.

In a specific embodiment of the present embodiment, the physiological monitoring module 10 shown in FIG. 1 to FIG. 2 and FIG. 6 includes a wrist-worn type that can be worn by the user and provided by the physiological monitoring module 10 Other forms of wearing parts 11, a thermometer 12 for sensing body temperature, a heart rate monitor 13 for sensing body beats, a blood pressure meter for sensing blood pressure, and a blood sugar for sensing blood sugar levels A gyroscope 16 for sensing body posture and a Bluetooth transmission module 17 are provided. The above-mentioned sensing data is processed by the information collection processing unit 50 to generate physiological information such as body temperature, heart rate, blood pressure, blood sugar, and body posture. In addition, the physiological monitoring module 10 is electrically connected to a Bluetooth transmission module 17 for wirelessly transmitting physiological information to the Bluetooth communication module 22 of the ibeacon signal transceiver module 20. In addition, it must be noted that the ibeacon signal transceiver module 20 used in the present invention is a super small computer based on iBeacon Bluetooth technology, in addition to a powerful 32-bit ARM Cortex processor, and includes 256 KB of flash memory built in, An accelerometer, a temperature sensor, and a Bluetooth communication module 22 that can perform wireless signal transmission with the Bluetooth transmission module 17; the information collection processing unit 50 includes a signal processing module 51, and the signal processing module 51 transmits and receives signals through the ibeacon signal. The module 20 collects and processes various physiological information, and then transmits through the network communication interface 70. The physiological information is transmitted to the cloud server unit 60.

Specifically, the aggregation processing unit 50 of the present invention has at least one preset physiological range value. When one of the physiological information does not reach the corresponding preset physiological range value, the aggregation processing unit 50 generates a transmission network communication interface 70. The physiological warning information transmitted to the cloud server unit 60 and a driving signal for driving the warning module 52 to send a warning signal, when the cloud server unit 60 receives the physiological warning information, the physiological warning information is transmitted by means of active notification. To a preset terminal device 80 (such as a mobile phone or a portable computer). In addition, the aggregation processing unit 50 shown in FIG. 6 includes an audio prompt module 53 and a medication taking recognition module 54. When the medication taking time is reached, the aggregation processing unit 50 receives the trigger signal and activates the audio prompt module 53. And sending an audio of the medication reminder, and then driving the opening and closing unit 42 to open the medicine door 41. When the medication taking identification module 54 recognizes that the user has taken the medicine during the taking time, a first identification signal representing the medication has been generated. Outputted to the collection processing unit 50, when the medication taking recognition module 54 recognizes that the user has not taken the medicine at the time of taking the medicine, a second identification signal representing the unmedicated medicine is output to the collection processing unit 50, and the processing unit is assembled. The first identification signal or the second identification signal is uploaded to the cloud server unit 60 through the network communication interface 70. In addition, the medication taking identification module 54 can be a reflective infrared sensor installed in the position shown in FIGS. 4 and 5, and the reflective infrared sensor is sensed when the user puts in or takes out the medicine. The first identification signal is generated. Conversely, when the user's finger fails to reach or take out the medicine during the medication time, the reflective infrared sensor senses a second identification signal.

In an application embodiment of the present embodiment, the opening and closing unit 42 shown in FIGS. 3 to 5 includes a base 420, a first turntable 421, a second turntable 422, a cover 423, and a transmission mechanism 43. The first turntable 421 (for each day of selection control) and the second turntable 422 (for selection control of a plurality of time periods of the day) are rotatably disposed on the base 420, and the first turntable 421 extends radially outward from the center of the circle A plurality of drug storage units 421a are provided, and each drug storage unit 421a includes a straight line The arranged drug storage tank 421b and the second turntable 422 are provided with a plurality of openings 422a. The cover 423 is provided with a slot 423a which can be combined with the one of the first dial 421 and the one of the second dials 422a. The transmission mechanism 43 can be driven by the aggregation processing unit 50 to drive the first dial 421 to rotate once a day, and drive the second dial 422 to rotate four times according to different time periods of the day (such as morning, noon, evening, and bedtime). When one of the medication times is reached, one of the drug reservoirs 421b and the second tray 422 of the first dial 421 is aligned with the slot 423a, so that the user can place the reservoir 421b. Take the medicine out and take it.

More specifically, as shown in FIG. 3 to FIG. 5 , the transmission mechanism 43 includes a first motor 430 , a first driving gear 431 , a first driven gear 432 , a second motor 433 , and a second driving gear 43 . And a second driven gear 435 and other technical features. The first motor 430 is disposed on the base 420 and has an output shaft for driving the rotation of the first driving gear 431. The first driven gear 432 is pivotally mounted on the base 420 and meshes with the first driving gear 431. A first rotating shaft 432a is protruded from the gear 432. The first rotating shaft 432a is provided with a first engaging portion 432b, and the first rotating plate 421 is provided with a first sleeve 421c for pivoting with the first rotating shaft 432a. The sleeve hole 421c is provided with a first card receiving portion 421d that is engaged with the first engaging portion 432b. In addition, the second motor 433 is disposed on the cover 423 and has an output shaft for driving the rotation of the second driving gear 434. The second driven gear 435 is pivoted to the second rotating plate 422 and meshes with the second driving gear 434. The second driven gear 435 is provided with a second sleeve hole 435a, the second sleeve hole 435a is provided with a second engaging portion 435b, and the second dial 422 is provided with a second sleeve 435a. The second rotating shaft 422b and the second rotating shaft 422b are provided with a second receiving portion 422c that is engaged with the second engaging portion 435b.

Please refer to FIG. 1 and FIG. 6 for the second embodiment of the second object of the present invention. In addition to the technical features of the first embodiment, the aggregation processing unit 50 further includes a record for use. Event record module 55 of the event record of the person, the event record Contains complex event text information recorded according to a time axis, the event text information includes location information, movement path information, medication management information, social worker care to diligent management information, emergency response information, and crisis dispatch information, the event record The network communication interface 70 can be transmitted to the cloud server unit 60 along with the physiological information and the monitoring image. The terminal device 80 has an application APP linked to the cloud server unit 60. The application APP inputs a time point of the timeline to trace back to the event text information of the desired query; not only the remote user can download the monitoring image corresponding to the time point to the terminal device 80 for identification. Whether the monitored user has taken the medicine or the basis of the meal.

Referring to FIG. 1 to FIG. 2 and FIG. 6 , a third embodiment for achieving the third object of the present invention is provided. In addition to the technical features of the first embodiment, the location 1 includes a plurality of regions (eg, In the indoor area of the living room, room, dining room, kitchen, etc., at least one image capturing module 90 is provided in each indoor area (can be set on the ceiling and panned from top to bottom for maximum image intake range), And at least one ibeacon signal transceiver module 20, when the user enters one of the areas, the ibeacon signal transceiver module 20 senses and generates a position signal, and the collection processing unit 50 interprets and processes the position information corresponding to the area, and The image capture module 90 of the area is activated to record the video to the user. The aggregation processing unit 50 transmits the monitoring image, physiological information and location information of the user to the cloud server unit 60 through the network communication interface 70.

Please refer to FIG. 1 to FIG. 2 and FIG. 6 for the fourth embodiment of the fourth object of the present invention. In addition to the technical features of the first embodiment, the collection processing unit 50 has a built-in care. The attendance management module 56 is provided with an access control device 82 for sensing an identification tag 81 at the entrance and exit of the site 1. The identification tag 81 can be worn by the caregiver. When the caregiver enters the entrance and exit, the access control device 82 is provided. Then, a sensing signal is generated, and the nursing management module 56 starts with the sensing signal generation time and starts accumulating time when the caregiver leaves When the entrance is opened, the access control device 82 generates an inductive signal, and the nursing attendance management module 56 uses the sensing signal generation time as the termination time, and communicates the caretaker's accumulated time, start time and end time to the network communication. The interface 70 is transmitted to the cloud server unit 60.

The fifth embodiment of the present invention is shown in FIG. A control program, each ibeacon signal transceiver module 20 includes a microprocessor 21 having a control program built therein, and each microprocessor 21 includes a plurality of registers 210. In a specific operational embodiment, when the control program is started, the data in the first register 210a and the data in the second register 210b are mutually exclusive or (XOR), and then the operation is performed. The result data is mutually exclusive or (XOR) operated with the data in the next register 210 until the previous operation result data and the data in the last register 210 are mutually exclusive or (XOR), and then The final result data is loaded into the last at least one register 210 to become an error check code high bit (MSB) data and an error check code low bit (LSB) data, and the control program will check the error code high bit (MSB). The data and error check code low-order element (LSB) data is converted into a hexadecimal error check value, and then the error check value defined by the preset is compared to determine whether the error check value of the data transmission is correct or not. When the result is correct, the data in the last two registers 210 is transmitted in the ibeacon format and then transmitted.

Further, the number of the temporary registers 210 shown in FIG. 7 is 16, the first temporary register 210a is temporarily stored in the registered station number data, and the second temporary storage unit 210b is temporarily stored in the execution command code data. The third register 210c temporarily stores the data for the user, the fourth register 210d temporarily stores the pulse data, and the fifth register 210e is the blood oxygen concentration data. Temporary storage, the sixth register 210f temporarily stores the airflow data, the seventh register 210g temporarily stores the body temperature data, and the eighth register 210h temporarily stores the peak data of the electrocardiogram, the ninth temporary The storage device 210i temporarily stores the blood glucose data, the tenth temporary storage device 210j temporarily stores the skin resistance reaction data, the eleventh temporary storage device 210k temporarily stores the blood pressure data, and the twelfth temporary storage device 210l is The body posture data is temporarily stored, the thirteenth temporary register 210m is the relative distance transmission signal strength data (dBm) data temporary storage, the fourteenth temporary register 210n is the key data temporary storage, the fifteenth temporary storage The device 210o temporarily stores the error check code data, and the sixteenth register 210p temporarily stores the overflow data of the fifteenth register 210o.

When the length of each data is a complex number of bits, the mutual exclusion or (XOR) operation must be performed in order to match the number of complex bits. (The data must be 8 times when the data is 8 bits. Or operation), when the bit of the final result data is generated, the previous bit of the final result data is shifted to the left of the fifteenth register 210o, and the bit of the final result data is filled into the final result data. When the position of the previous bit is over, when the fifteenth register 210o overflows, the overflow bit is stored in the sixteenth register 210p until all the bits of each data are completed. After the mutual exclusion or (XOR) operation, the bit data temporarily stored in the fifteenth register 210o and the sixteenth register 210p are converted into the error check code high bit (MSB) data and Error check code low bit (LSB) data for another ibeacon signal transceiver module 20 to receive; or computer with ibeacon technology agreement software to receive the ibeacon format packet data, and compare the data error, when compared If the result is correct, a data is sent to receive the correct answer command. When the comparison result is wrong, a request for retransmission of the data receiving error is issued.

As described above, the ibeacon signal transceiving module 20 used in the present invention is a type The ibeacon technology architecture with Bluetooth 4.0 LE as the communication interface. As for the monitoring layer interface, technologies such as WiFi, GSM, GPRS, LTE, internet network system, etc. can be applied as the data monitoring architecture. Therefore, the overall operation of the present invention can achieve the goal of caring for the elderly who are mentally disabled, and can be demented. The energy usage status of the user's site 1 is transmitted to the cloud server unit 60 by the network system. When the person who is mentally disturbed experiences discomfort or falls to the body temperature, heart rate, blood pressure, blood sugar, body posture changes, the cloud system will start immediately. The emergency response procedures and crisis dispatching and other resources are notified to the social welfare department, the medical system, and the police system to be handled at the scene, and the social worker's care and attendance management confirms that the social workers regularly check the life of the target to reach the goal of close proximity treatment.

The above is only a possible embodiment of the present invention, and is not intended to limit the scope of the patents of the present invention, and the equivalent implementations of other changes according to the contents, features and spirits of the following claims should be It is included in the patent of the present invention. The invention is specifically defined in the structural features of the request item, is not found in the same kind of articles, and has practicality and progress, has met the requirements of the invention patent, and has filed an application according to law, and invites the bureau to approve the patent according to law to maintain the present invention. The legal rights of the applicant.

10‧‧‧Physiological monitoring module

11‧‧‧ wearing parts

17‧‧‧Bluetooth Transmission Module

20‧‧‧ibeacon signal transceiver module

40‧‧‧ drug storage device

41‧‧‧ Pharmacy

42‧‧‧Opening unit

50‧‧‧Collection processing unit

51‧‧‧Signal Processing Module

60‧‧‧Cloud Servo Unit

70‧‧‧Internet communication interface

80‧‧‧ Terminal devices

90‧‧‧Image capture module

Claims (8)

An ibeacon-based demented elderly care system includes: at least one physiological monitoring module for monitoring a physiological state of a user to generate at least one physiological information; at least one ibeacon signal transceiving module for collecting and transmitting Each of the physiological information; a time setting module operable to set at least one medication time, generating a trigger signal when the medication time is reached; and a medication storage device for storing the medication for the user The drug storage device comprises a medicine door and an opening and closing unit for opening and closing the medicine door; a collection processing unit receives and collects the physiological information through the ibeacon signal transceiver module, and then transmits through the network The communication interface transmits the physiological information. When the time setting module generates the trigger signal, the aggregation processing unit drives the opening and closing unit to open the medicine door for a period of time. The closed unit closes the medicine door; and a cloud server unit receives and stores the physiological information through the network communication interface to provide at least one terminal Receiving the physiological information through the network communication interface; wherein the opening and closing unit comprises a base, a first turntable, a second turntable, a cover and a transmission mechanism, the first turntable and the second turntable Rotatablely disposed on the base, the first dial extends radially outward from the center to form a plurality of drug storage units, each of the drug storage units includes a linear storage tank, and the second turntable is provided with a plurality of medicines a mouth opening, the cover body is provided with a slot that can be aligned with the drug storage unit and the one of the second turntable, the transmission mechanism can be driven by the control of the collection processing unit The first turntable rotates once a day, and drives the second turntable to rotate at least three times according to different time periods of the day, when one of the storage slots of the first turntable and one of the second turntables are aligned with the first turntable The user can use the storage tank when slotting The drug is taken out and taken. The ibeacon-based mentally handicapped elderly care system according to claim 1, further comprising a wearable component that is wearable by the user and provided by the physiological monitoring module, and the physiological monitoring module is electrically connected. Wirelessly transmitting the physiological information to the Bluetooth transmission module of the ibeacon transceiver module; the information collection processing unit includes a signal processing module, and the signal processing module collects and processes each of the physiological components through the ibeacon signal transceiver module The information is transmitted to the cloud server unit through the network communication interface. The ibeacon-based mentally handicapped elderly care system as claimed in claim 2, further comprising a plurality of image capturing modules for monitoring the living state of the user in at least one place to generate a continuous dynamic monitoring image, the place The plurality of areas include at least one image capturing module and at least one of the ibeacon signal transceiver modules. When the user enters one of the areas, the ibeacon signal transmitting and receiving module generates a position signal. And transmitting, by the ibeacon signal transceiving module, the position signal to the collection processing unit by using a topology transfer method, and interpreting the image capturing module in the area where the location information is activated and then recording the user To monitor the image, the aggregation processing unit transmits the surveillance image to the cloud server through the network communication interface. The ibeacon-based mentally handicapped elderly care system according to claim 1, wherein the physiological information is selected from the group consisting of pulse data, blood oxygen concentration data, airflow data, body temperature data, electrocardiogram peak data, blood glucose data, skin resistance reaction data, At least one of blood pressure data and body posture data. The ibeacon-based mentally handicapped elderly care system according to claim 1, wherein the collection processing unit further includes an event recording module for recording the event record of the user, the event record The recording includes a plurality of time period periods and a plurality of event text information corresponding to each of the time period periods, and the event text information includes location information, movement path information, medication management information, social worker care management information, emergency response information, and crisis accidents. Dispatch information, the event record can be transmitted to the cloud server unit through the network communication interface together with the physiological information and the monitoring image. The ibeacon-based demented elderly care system according to claim 1, wherein the collection processing unit has a nursing attendance management module built therein, and an access control device for sensing an identification tag is provided at an entrance and exit of a place. The identification tag can be worn by a caregiver. When the caregiver enters the entrance and exit, the access control device generates an inductive signal, and the care management module generates the start time of the inductive signal and The accumulating time is started. When the caregiver leaves the entrance and exit, the access control device generates the sensing signal, and the nursing management module generates the sensing signal generation time as the termination time, and accumulates the caregiver to the diligent The time, the start time and the end time are transmitted to the cloud server through the network communication interface. The ibeacon-based mentally handicapped elderly care system according to claim 1, wherein the collection processing unit is electrically connected to an audio prompting module and a medication taking recognition module, and when the medication time is reached, the collection processing unit After receiving the trigger signal, the audio prompting module is activated to issue a medication prompting audio, and the opening and closing unit is driven to open the medicine door. When the medicine taking identification module recognizes that the user has taken the medicine at the time of taking the medicine, And generating a first identification signal indicating that the medicine has been taken out to the collection processing unit, and when the medicine taking identification module recognizes that the user does not take the medicine at the time of taking the medicine, generating a second identification indicating that the medicine is not taken. The signal is output to the aggregation processing unit, and the aggregation processing unit uploads the first identification signal or the second identification signal to the cloud server unit through the network communication interface. A communication method for an ibeacon-based mentally-friendly elderly care system according to claim 1, wherein a control program is built in each of the ibeacon signal transceiver modules, and each of the ibeacon signal transceiver modules includes a built-in a microprocessor of the control program, the microprocessor includes a plurality of registers, and when the control program is started, the data in the first register is mutually exclusive with the data in the second register Or (XOR) operation, and then mutually exclusive or (XOR) the operation result data with the data in the next register until the previous operation result data and the last data in the temporary register are completed. After the XOR operation, the final result data is loaded into the last one of the scratchpads to become an error check code high bit (MSB) data and an error check code low bit (LSB) data. The control program interprets the error check code high bit (MSB) data and the error check code low bit (LSB) data to determine whether the data transmission is wrong. When the judgment result is correct, the last two data in the temporary register are Transmitted in ibeacon format Going to; wherein, the number of the register is 16, the first register is temporarily stored in the register number data, the second register is the temporary execution of the command code data, and the third is temporarily stored. The device temporarily stores the data for the user identification, the fourth temporary storage device temporarily stores the pulse data data, the fifth temporary storage device temporarily stores the blood oxygen concentration data, and the sixth storage device is the airflow data data. Temporary storage, the seventh temporary storage device temporarily stores the body temperature data data, the eighth temporary storage device temporarily stores the peak data of the electrocardiogram, and the ninth temporary storage device temporarily stores the blood glucose data, and the tenth The temporary storage device temporarily stores the skin resistance reaction data, and the eleventh temporary storage device temporarily stores the blood pressure data, and the twelfth temporary storage device temporarily stores the body posture data, and the thirteenth temporary storage The device temporarily stores the signal strength data (dBm) data for the relative distance, and the thirteenth of the register is the temporary storage of the key data, and the fifteenth of the register is the temporary check code for the error check code data, the sixteenth The register is temporarily stored as the overflow data of the fifteenth of the register; when the length of each data is plural Yuan, then must be in order A mutual exclusion or (XOR) operation is performed to match the number of complex bits, and when the bit of the final result data is generated, the previous result data is transferred to the fifteenth of the register. Move one bit, and then fill the bit of the final result data into the position of one bit before the final result data. When the fifteenth of the scratchpad overflows, the overflow bit is stored in the tenth In the six registers, until all the bits of the data have been mutually exclusive or (XOR), the fifteenth of the registers are separated from the sixteenth of the registers. The temporarily stored data is converted into the hexadecimal high error element (MSB) data and the error check code low bit (LSB) data.