CN106941526B - Home-based aged-care cloud service system - Google Patents
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Abstract
A home-based old-age care cloud service system comprises a city big data center, a data acquisition unit, a metropolitan area narrow-band Internet of things unit, a care service subunit, a call center subunit, an early warning prompt and rescue subunit, a government data sharing subunit and a cloud data analysis engine unit, wherein the data acquisition unit comprises an intelligent smoke sensor, a water consumption information sensor, an SOS emergency intercom module, a door and channel human body sensor and a biological characteristic sensor, is positioned at home, the wireless data output by the data acquisition unit acts on the metropolitan area narrow-band Internet of things unit, the metropolitan area narrow-band Internet of things unit is connected with the cloud data analysis engine unit through the metropolitan area narrow-band Internet of things, the government data sharing unit is connected with the cloud data analysis engine unit through a network, and the care service, the call center, the early warning prompt and rescue and government data sharing sub-unit is software installed in an engine unit computer. The invention can provide help and rescue for the old and also provide data for government related departments.
Description
Technical Field
The invention relates to the technical field of data acquisition and processing, in particular to a home-based elderly care cloud service system which can help and provide all-around services for home-based elderly people according to received related data by a cloud data analysis engine unit under the combined action of related units, can provide a cloud data analysis report for home-based elderly care for governments, and provides theoretical data support for government annual budget and civil construction.
Background
The family care of the old has already become a prominent social problem in China, because of the national condition needs, the family planning policy of the country implemented for a long time causes that the children of the common family are only one, and the children can not look after the parents at any time because of the work need; therefore, it is important to provide a technology capable of collecting real-time data of the home condition and social activity information of the old, analyzing the data and providing timely help and first aid for the old; at present, a perfect technology is not available, personal health data of the old at home, data of activities of the old at home, social activities of the old and life consumption information data can be acquired and processed in real time, and living services and urgent services cannot be provided for the old at home, so that the old cannot be effectively rescued and served when accidents occur to the old or the old needs help, and serious consequences can be caused because the old cannot be rescued in time when accidents occur to the old.
Disclosure of Invention
In order to overcome the defect that the existing perfect technology does not exist, personal health data of the old at home, data of activities of the old at home, social activities of the old and life consumption information can be acquired and processed in real time, life service and urgent service can not be provided for the old at home, effective rescue and service can not be obtained when the old is in accident or needs help, and serious consequences can be caused due to the fact that the old cannot be rescued in time due to the accident, the cloud data analysis engine unit can provide rescue and all-around service for the old at home under the combined action of relevant units, can provide a cloud data analysis report for home old keeping for the government according to the received relevant data, and provides theoretical data support for the annual budget of the government and the construction of people.
The technical scheme adopted by the invention for solving the technical problems is as follows:
a home-based old-age care cloud service system comprises a city big data center and is characterized by comprising a data acquisition unit, a metropolitan area narrow-band Internet of things unit, a care service subunit, a call center subunit, an early warning and prompting rescue subunit, a government data sharing subunit and a cloud data analysis engine unit, wherein the data acquisition unit comprises an intelligent smoke sensor, a water consumption information sensor, an SOS emergency intercom module, a door and channel human body sensor and a biological characteristic sensor, the data acquisition unit is positioned in the house of the old people, wireless data output by the data acquisition unit acts on the data input end of the metropolitan area narrow-band Internet of things unit, the metropolitan area narrow-band Internet of things unit can analyze and process data output by the input data acquisition unit and send the analyzed and processed data to the cloud data analysis engine unit through the metropolitan area narrow-band Internet of things, and the city big data center is connected with the cloud data analysis engine unit through a network, the system comprises a care service subunit, a call center subunit, an early warning prompt and rescue subunit and a government data sharing subunit, wherein the care service subunit, the call center subunit, the early warning prompt and rescue subunit and the government data sharing subunit of the cloud data analysis engine unit are software installed in a cloud data analysis engine unit computer, information pushed by a wireless network acts on a mobile phone terminal provided with the care service subunit, the call center subunit, the early warning prompt and rescue subunit and the government data sharing subunit which correspondingly receive APP, and a computer terminal provided with the care service subunit, the call center subunit, the early warning prompt and rescue subunit and the government data sharing subunit which correspondingly receive the software.
The intelligent smoke sensor of the data acquisition unit can collect and analyze daily activity, smoke and fire generation types and abnormal smoke and fire dangerous situations of the old people at home, the collected data are sent to the metropolitan area narrowband Internet of things unit through wireless signals, emergency call is automatically carried out on the cloud data analysis engine unit through the metropolitan area narrowband Internet of things unit and the metropolitan area narrowband Internet of things when the dangerous situations occur, and the intelligent smoke sensor can not remove abnormal prompts until service rescuers and family members effectively respond.
The water consumption information sensor of the data acquisition unit can collect daily water consumption regular information of the home old people, can analyze whether the daily water consumption regular information exceeds the conventional water consumption or is in an abnormal emergency state, the collected data are sent to the metropolitan area narrowband Internet of things unit through wireless signals, emergency call is automatically carried out on the cloud data analysis engine unit through the metropolitan area narrowband Internet of things unit and the metropolitan area narrowband Internet of things when the abnormal data occur, and the abnormal prompt can be relieved by the water consumption information sensor until effective responses of service personnel and family members are obtained.
When the old man presses down the button of the SOS talkback module in use, the SOS emergency talkback module of the data acquisition unit can realize talkback through a 2G voice submodule and a call center subunit in a cloud data analysis engine unit, meanwhile, related information is synchronously uploaded to a metropolitan area narrow-band Internet of things unit, the button of the SOS emergency talkback module cannot hang up a call after being pressed down, the call can be closed by on-site service personnel through a specific SOS key after dangerous cases are correspondingly eliminated, and then the SOS emergency talkback module can remove abnormal prompts.
The door and channel human body sensors of the data acquisition unit can collect and analyze data of people passing through a home door and a channel, can judge whether old people are in danger or not, and send the collected data to the metropolitan area narrowband Internet of things unit through wireless signals.
The biological characteristic sensor of the data acquisition unit is matched and decorated after being specially applied by family members of the old at home and the old, life information of the old can be transmitted in real time, whether the old is in danger or not can be judged according to life rules and biological characteristics of the old at home, the collected data are sent to the metropolitan area narrow-band Internet of things unit through wireless signals, when the dangerous situation occurs, emergency call for help is automatically carried out on the cloud data analysis engine unit through the metropolitan area narrow-band Internet of things unit and the metropolitan area narrow-band Internet of things unit, and the abnormal prompt can be relieved until the service staff and the family members effectively respond to the biological characteristic sensor.
The cloud data analysis engine unit analyzes dynamic living states and service requirements of the home old people through data uploaded by the metropolitan area narrow-band internet of things unit and social activities, consumption and card swiping information of third-party old people acquired from a city big data center sharing platform, pushes addresses, ages, sexes, living states, sicken category basic information and service appeal grade information of the old people to the care service subunit, the call center subunit, the early warning and rescue subunit and the government data sharing subunit through pre-acquired basic information, service contents, service skills, service radiuses, service time and familiar and close indexes of the home old people, matches three community service personnel and volunteers capable of providing services for the home old people until the cloud data analysis engine unit confirms that a matching task is completed, the cloud data analysis engine unit records volunteers, cell phones of community service organizations and computer terminals, and the cell phones and the computer terminals of the volunteers, service personnel and the family members of the old are linked with the cloud data analysis engine unit.
The care service subunit can analyze and classify the basic information of the home-aged people, possible service requirements and specific requirements, matches proper community service personnel and volunteers for the old people, establishes a stable service relationship, pushes related information to the mobile phone APP and the computer software terminal of the home-aged people, and can also push service instructions to the community service personnel, the mobile phone APP and the computer software terminal which are most matched with the home-aged people according to different analyzed service requirements of the home-aged people, the service personnel and the volunteers respond to the care service subunit and provide regular home service, the care service subunit automatically confirms service results and evaluates the service results, confirms whether the service requirements of the home-aged people are met, evaluates whether the services of the volunteers and the service personnel are proper and need to replace the service personnel, family members of the family old can obtain related information through a mobile phone APP and a computer software terminal, the care service subunit takes one week as a unit, service information is pushed once per week, and service personnel provide home-going service for the old once per week.
The calling center subunit automatically locks the talkback normally open function after the old at home presses the button of the SOS emergency talkback module of the data acquisition unit and the cloud data analysis engine unit receives the help signal, and pushes service instructions to the most suitable service personnel mobile phone APP, computer software terminal and 120, 110, and synchronously pushes the old people emergency prompt to the family members of the old people until the response is obtained and the service requirement of the old people at home is confirmed to be effectively responded, after the task prompt is finished and the effective result is formed by the service, the service personnel releases the automatic intercom locking function of the call center subunit on site, the call center subunit recovers the initial state, meanwhile, the call center subunit automatically generates service result evaluation, the call center subunit is in a working state at every moment, and information can be pushed in time when an accident occurs.
The early warning suggestion salvation subunit can analyze the abnormal situation of the activities of the household old people and the emergency call situation reported by the data acquisition unit, push instructions to the mobile phone APP and the computer software terminal of the nearest and matched volunteer, the service staff and the family members of the old people, and implement the home service for the household old people on the same day after receiving the response of the instructed person, and the early warning suggestion salvation subunit automatically evaluates the service result and terminates the early warning suggestion task after the early warning situation is eliminated.
The government data sharing subunit can comprehensively analyze, mine the service requirements of the home old people in real time, sort and sort the service requirements, push report related data to the government function department, and reserve a data interface in butt joint with the third platform, and the government data sharing subunit pushes information to the government function part once every month by taking one month as a working unit.
The invention has the beneficial effects that: according to the invention, the activity condition, health information and life information of the old at home are collected through the data acquisition unit and the urban big data center, and the cloud data analysis engine unit collects, analyzes and processes various information. Under the effect of the care service subunit, according to the data obtained by analysis, when the old at home needs help, the care service subunit pushes related information to the mobile phone APP and the computer software terminal of the old who care for the old at home, and pushes service instructions to the community service staff, the mobile phone APP of the volunteer and the computer software terminal which are most matched with the old at home, so that the service staff and the volunteer can serve the old in time. Under the effect of the call center subunit, the old people at home press the button of the SOS emergency intercom module, and after the cloud data analysis engine unit receives the help seeking signal, service instructions are pushed to the most suitable service personnel mobile phone APP, the computer software terminal and 120 and 110, so that the old people can be rescued in time. Under the effect of the early warning prompt rescue subunit, the abnormal activity condition of the household old people and the emergency call condition reported by the data acquisition unit can be analyzed, and the instructions are pushed to the mobile phone APP and the computer software terminal of the nearest and matched volunteer, the service personnel and the family members of the old people, so that the first-aid measures can be taken for the old people at the first time. Under the effect of the government data sharing subunit, the service requirements of the household old people can be comprehensively analyzed and mined in real time, the service requirements are combed and classified, the relevant data of the report form is pushed to the government functional department once every month, and theoretical data support is provided for the annual budget of the government and the civil construction.
Drawings
The invention is further illustrated with reference to the following figures and examples.
FIG. 1 is a block diagram of the workflow of the present invention.
Detailed Description
As shown in fig. 1, a home-based elderly care cloud service system comprises a city big data center, which is composed of a data acquisition unit, a metropolitan area narrow-band internet of things unit, a care service subunit, a call center subunit, an early warning and prompting rescue subunit, a government data sharing subunit and a cloud data analysis engine unit, wherein the data acquisition unit is composed of an intelligent smoke sensor, a water consumption information sensor, an SOS emergency intercom module, a door and channel body sensor and a biological characteristic sensor, the data acquisition unit is located in homes of elderly people, wireless data output by the data acquisition unit acts on the data input end of the metropolitan area narrow-band internet of things unit, the narrow-band metropolitan area internet of things unit can analyze and process data output by the input data acquisition unit and send the analyzed and processed data to the cloud data analysis engine unit through the narrow-band metropolitan area internet of things, and the city big data center is connected with the cloud data analysis engine unit through a network, the system comprises a care service subunit, a call center subunit, an early warning prompt and rescue subunit and a government data sharing subunit, wherein the care service subunit, the call center subunit, the early warning prompt and rescue subunit and the government data sharing subunit of the cloud data analysis engine unit are software installed in a cloud data analysis engine unit computer, information pushed by a wireless network acts on a mobile phone terminal provided with the care service subunit, the call center subunit, the early warning prompt and rescue subunit and the government data sharing subunit which correspondingly receive APP, and a computer terminal provided with the care service subunit, the call center subunit, the early warning prompt and rescue subunit and the government data sharing subunit which correspondingly receive the software. The intelligent smoke sensor of the data acquisition unit can collect and analyze daily activity, smoke and fire generation types and abnormal smoke and fire dangerous situations of the old people at home, the collected data are sent to the metropolitan area narrowband Internet of things unit through wireless signals, emergency call is automatically carried out on the cloud data analysis engine unit through the metropolitan area narrowband Internet of things unit and the metropolitan area narrowband Internet of things when the dangerous situations occur, and the intelligent smoke sensor can not remove abnormal prompts until service rescuers and family members effectively respond. The water consumption information sensor of the data acquisition unit can collect daily water consumption regular information of the home old people, can analyze whether the daily water consumption regular information exceeds the conventional water consumption or is in an abnormal emergency state, the collected data are sent to the metropolitan area narrowband Internet of things unit through wireless signals, emergency call is automatically carried out on the cloud data analysis engine unit through the metropolitan area narrowband Internet of things unit and the metropolitan area narrowband Internet of things when the abnormal data occur, and the abnormal prompt can be relieved by the water consumption information sensor until effective responses of service personnel and family members are obtained. The SOS emergency talkback module of the data acquisition unit is characterized in that when the old man presses a button of the SOS talkback module in use, talkback can be realized through a 2G voice submodule and a call center subunit in a cloud data analysis engine unit, meanwhile, related information is synchronously uploaded to a metropolitan area narrow-band Internet of things unit, the button of the SOS emergency talkback module cannot be hung up after being pressed, the call can be closed by on-site service personnel through a specific SOS key after dangerous cases are correspondingly eliminated, and then the SOS emergency talkback module can remove abnormal prompts. The door and channel human body sensors of the data acquisition unit can collect and analyze data of people passing through a home door and a channel, whether old people are in danger or not can be judged, the collected data are sent to the metropolitan area narrowband Internet of things unit through wireless signals, when a dangerous case occurs, emergency call is automatically carried out on the cloud data analysis engine unit through the metropolitan area narrowband Internet of things unit and the metropolitan area narrowband Internet of things, and the abnormal prompt can be relieved until the back door and the channel human body sensors are effectively responded by service personnel and family members. The biological characteristic sensor of the data acquisition unit is matched and decorated after being specially applied by family members of the old at home and the old, life information of the old can be transmitted in real time, whether the old is in danger or not can be judged according to life rules and biological characteristics of the old at home, the collected data are sent to the metropolitan area narrow-band Internet of things unit through wireless signals, when the dangerous situation occurs, emergency call for help is automatically carried out on the cloud data analysis engine unit through the metropolitan area narrow-band Internet of things unit and the metropolitan area narrow-band Internet of things unit, and the abnormal prompt can be relieved until the service staff and the family members effectively respond to the biological characteristic sensor. The cloud data analysis engine unit analyzes dynamic living states and service requirements of the home old people through data uploaded by the metropolitan area narrow-band internet of things unit and social activities, consumption and card swiping information of third-party old people acquired from a city big data center sharing platform, pushes address, age, sex, living state, disease category basic information and service appeal grade information of the old people to the care service subunit, the call center subunit, the early warning and rescue subunit and the government data sharing subunit through pre-acquired basic information, service content, service skills, service radius, service time and familiarity indexes of the home old people, matches three community service personnel and volunteers capable of providing services for the home old people until the cloud data analysis engine unit confirms that a matching task is completed, the cloud data analysis engine unit records volunteers, cell phones of community service organizations and computer terminals, and the cell phones and the computer terminals of the volunteers, service personnel and the family members of the old are linked with the cloud data analysis engine unit. The caring service subunit can analyze and classify the basic information of the home-aged people, possible service requirements and specific requirements, matches proper community service personnel and volunteers for the aged people, establishes a stable service relationship, pushes related information to the mobile phone APP and the computer software terminal of the home-aged people, and can also push service instructions to the community service personnel, the volunteer mobile phone APP and the computer software terminal which are most matched with the home-aged people according to different analyzed service requirements of the home-aged people, the service personnel and the volunteers respond to the caring service subunit and provide regular home service, the caring service subunit automatically confirms service results and evaluates the service results, confirms whether the service requirements of the home-aged people are met, evaluates whether the services of the volunteers and the service personnel are proper and whether the service personnel need to be replaced, family members of the family old can obtain related information through a mobile phone APP and a computer software terminal, the care service subunit takes one week as a unit, service information is pushed once per week, and service personnel provide home-going service for the old once per week. The calling center subunit automatically locks the talkback normally open function after the calling center subunit presses a button of the SOS emergency talkback module at home and old people receive help seeking signals, service instructions are pushed to the most suitable service personnel through the mobile phone APP, the computer software terminal 120 and 110, the old people emergency prompt is synchronously pushed to the family members of the old people, the task prompt is finished until the service requirements of the home old people are answered and confirmed to be effectively responded, after the services form effective results, the service personnel relieve the automatic talkback normally open function of the calling center subunit on site, the calling center subunit recovers the initial state, meanwhile, the calling center subunit automatically generates service result evaluation, the calling center subunit is in a working state at every moment, and information can be pushed in time when accidents happen. The early warning prompt salvation subunit can analyze the abnormal activity condition of the home old people and combine the emergency call condition reported by the data acquisition unit, push instructions to the mobile phone APP and the computer software terminal of the nearest and most matched volunteer, service personnel and the family members of the old people, implement home service for the home old people on the same day after receiving the response of the instructed person, automatically evaluate the service result by the early warning prompt salvation subunit, and terminate the early warning prompt task after the early warning condition is eliminated. The government data sharing subunit can comprehensively analyze, mine the service requirements of the household old people in real time, sort and sort the household old people, push report related data to the government functional department, and reserve a data interface in butt joint with the third platform, and the government data sharing subunit pushes information to the government functional part once every month by taking one month as a working unit.
In fig. 1, when the intelligent smoke sensor is used, smoke generation types and abnormal smoke dangerous situations of the home old people are collected and analyzed through the intelligent smoke sensor of the data acquisition unit, emergency call is automatically performed to the cloud data analysis engine unit through the metropolitan area narrowband internet of things unit when the dangerous situations occur, and abnormal prompts can not be relieved by the intelligent smoke sensor until effective responses of service personnel or family members are obtained; the daily water consumption regular information of the household old people is collected through the water consumption information sensor of the data acquisition unit, whether the daily water consumption regular information exceeds the conventional water consumption or is in an abnormal emergency state can be analyzed, emergency call for help is automatically carried out on the cloud data analysis engine unit through the metropolitan area narrow-band Internet of things unit when the abnormal water consumption regular information occurs, and the abnormal prompt can not be relieved through the water consumption information sensor until the effective response of service personnel or family members is obtained; when the old man presses down the button of the SOS talkback module in use, the SOS emergency talkback module of the data acquisition unit can realize talkback through a 2G voice sub-module and a call center sub-unit in a cloud data analysis engine unit, meanwhile, related information is synchronously uploaded to a metropolitan area narrow-band Internet of things unit, the button of the SOS emergency talkback module cannot hang up a call after being pressed down, the call can be closed by on-site service personnel through a specific SOS key after dangerous cases are correspondingly eliminated, and then the SOS emergency talkback module removes abnormal prompts; the data collection and analysis are carried out on the personnel passing through the home door and the passage through the door and passage body sensors of the data collection unit, the activity state of the home old people can be detected, whether the old people are in danger or not can be judged, when the danger occurs, emergency call for help is automatically carried out on the cloud data analysis engine unit through the metropolitan area narrow-band Internet of things unit, and the door and passage body sensors can not remove abnormal prompts until the service personnel or family members effectively respond; the life information of the old people is transmitted in real time through the biological characteristic sensor (optional) of the data acquisition unit, whether the old people are in danger or not can be judged according to the life law of the old people at home, when a dangerous case occurs, emergency call for help is automatically carried out on the cloud data analysis engine unit through the metropolitan area narrow-band Internet of things unit, and the abnormal prompt can be relieved through the biological characteristic sensor (optional) until the service personnel or the family members effectively respond.
In fig. 1, after data signals output by the data acquisition unit and the urban big data center are transmitted to the cloud data analysis engine unit, the cloud data analysis engine unit summarizes, analyzes and processes various information. Under the action of the care service subunit, according to data obtained by analysis, the care service subunit pushes related information to the mobile phone APP and the computer software terminal of the family old people who care for the aged at home every week, and pushes service instructions to the community service staff, the mobile phone APP and the computer software terminal which are most matched with the family old people, and the service staff and the volunteers respond to the care service subunit and provide regular home service, so that the service staff and the volunteers can serve the old people in time, the care service subunit can automatically confirm service results and evaluate the service results, whether the service appeal of the family old people is met is confirmed, whether the services of the volunteers and the service staff are proper and whether the service staff needs to be replaced is judged, and the family old people at home can obtain the related information through the mobile phone APP and the computer software terminal. Under the effect of the call center subunit, the home old people press a button of the SOS emergency intercom module, after the cloud data analysis engine unit receives the help seeking signal, service instructions are pushed to the most suitable service personnel, namely the mobile phone APP, the computer software terminal and the 120 and 110, the service instructions are synchronously pushed to the family members of the old people to prompt the emergency situation of the old people, the old people can be helped in time, the task prompt is finished until the service requirements of the home old people are answered and confirmed to be effectively responded, after the service forms an effective result, the service personnel relieve the automatic locking intercom normally-open function of the call center subunit on site, the call center subunit recovers the initial state, and meanwhile, the call center subunit automatically generates the service result to be evaluated. Under the effect of the early warning prompt and rescue subunit, the abnormal situation of the activities of the household old people can be analyzed, and the emergency call reported by the data acquisition unit is combined, the command is pushed to the mobile phone APP and the computer software terminal of the nearest and matched volunteer, the service staff and the family members of the old people, the old people can be taken first-aid measures, after the response of the instructed person is received, the early warning prompt and rescue subunit automatically evaluates the service result, and the early warning prompt task is ended after the early warning situation is eliminated. Under the effect of the government data sharing subunit, the service requirements of the household old people can be comprehensively analyzed and mined in real time, the service requirements are sorted and classified, relevant report data are pushed to government functional departments every month, and theoretical data support is provided for annual budget of the government and civil construction.
It should be noted that the present embodiment is a preferred embodiment of the present invention, and is not intended to limit the present invention, and any modification, equivalent replacement, or improvement made within the scope of the present invention should be included in the protection scope of the present invention.
Claims (7)
1. A home-based old-age care cloud service system comprises a city big data center and is characterized by comprising a data acquisition unit, a metropolitan area narrow-band Internet of things unit, a care service subunit, a call center subunit, an early warning and prompting rescue subunit, a government data sharing subunit and a cloud data analysis engine unit, wherein the data acquisition unit comprises an intelligent smoke sensor, a water consumption information sensor, an SOS emergency intercom module, a door and channel human body sensor and a biological characteristic sensor, the data acquisition unit is positioned in the house of the old people, wireless data output by the data acquisition unit acts on the data input end of the metropolitan area narrow-band Internet of things unit, the metropolitan area narrow-band Internet of things unit can analyze and process data output by the input data acquisition unit and send the analyzed and processed data to the cloud data analysis engine unit through the metropolitan area narrow-band Internet of things, and the city big data center is connected with the cloud data analysis engine unit through a network, the caring service subunit, the call center subunit, the early warning prompt and rescue subunit, the government data sharing subunit and the cloud data analysis engine unit are software which is arranged in a computer, the caring service subunit, the call center subunit, the early warning prompt and rescue subunit and the government data sharing subunit act on a mobile phone terminal which is provided with the caring service subunit, the call center subunit, the early warning prompt and rescue subunit and the government data sharing subunit and correspondingly receives APP through information pushed by a wireless network, a computer terminal which is provided with the caring service subunit, the call center subunit, the early warning prompt and rescue subunit and the government data sharing subunit and correspondingly receives the software is provided, a water information sensor of the data acquisition unit can collect daily water consumption rule information of the elderly and analyze whether the state exceeding the conventional water consumption state occurs or not, and the collected data is sent to a metropolitan area narrow-band unit through wireless signals, when abnormity occurs, emergency call is automatically carried out on the cloud data analysis engine unit through the metropolitan area narrow band Internet of things unit and the metropolitan area narrow band Internet of things until the abnormal prompt can be relieved by the water information sensor after response of service personnel and family members is obtained, the SOS emergency intercom module of the data acquisition unit realizes intercom through the 2G voice submodule and the call center submodule in the cloud data analysis engine unit when the old man presses a button of the SOS intercom module in use, related information is synchronously uploaded to the metropolitan area narrow band Internet of things unit, the call cannot be hung up after the button of the SOS emergency intercom module is pressed, the call is closed by field service personnel through an SOS key after corresponding elimination is obtained, the abnormal prompt can be relieved by the SOS emergency intercom module, data collection can be carried out on personnel passing through a home door and a passage through the door and a passage through a human body sensor of the data acquisition unit, Analyzing, judging whether the old people are in danger or not, sending collected data to a metropolitan area narrow-band Internet of things unit through a wireless signal, automatically calling for help in emergency through the metropolitan area narrow-band Internet of things unit and the metropolitan area narrow-band Internet of things to a cloud data analysis engine unit when the danger occurs, and analyzing the service requirements of the old people at home through data uploaded by the metropolitan area narrow-band Internet of things unit and third-party old people social activity information acquired from a large city data center sharing platform until the back door and channel human body sensors responding to service personnel and family members are obtained, and sending the service contents, service skills, service radius, service time and familiarity information of the old people at home to a care service subunit, a call center subunit, The early warning prompting rescue subunit and the government data sharing subunit push basic information of addresses, ages, sexes, living states, sicken types and service appeal grade information of the old people, three community service personnel and volunteers for providing services for the old people at home are matched, the cloud data analysis engine unit records the volunteers, the community service organization mobile phones and the computer terminals until the cloud data analysis engine unit confirms that the matching task is completed, and the mobile phones and the computer terminals of the volunteers, the service personnel and the old people form links with the cloud data analysis engine unit.
2. The home-based elderly-care cloud service system according to claim 1, wherein the intelligent smoke-sensitive sensor of the data acquisition unit can collect and analyze daily activity, smoke and fire generation types and abnormal smoke and fire dangerous situations of home-based elderly people, the collected data are sent to the metropolitan area narrowband Internet of things unit through wireless signals, emergency call for help is automatically carried out on the cloud data analysis engine unit through the metropolitan area narrowband Internet of things unit and the metropolitan area narrowband Internet of things when the dangerous situations occur, and the intelligent smoke-sensitive sensor can not remove abnormal prompts until service rescuers and family members respond.
3. The home-based elderly care cloud service system according to claim 1, wherein the biological feature sensor of the data acquisition unit is decorated after application by family members of the home-based elderly and the elderly, so that the information of the elderly is transmitted in real time, whether the elderly are in danger or not can be judged according to the life rules and biological features of the home-based elderly, the collected data is sent to the metropolitan area narrow-band internet of things unit through a wireless signal, when the danger occurs, emergency call for help is automatically performed on the cloud data analysis engine unit through the metropolitan area narrow-band internet of things unit and the metropolitan area narrow-band internet of things, and the abnormal prompt can not be relieved until the service personnel and the family members respond to the biological feature sensor.
4. The cloud service system for home-based care of the elderly as claimed in claim 1, wherein the care service subunit analyzes and classifies information of home-based elderly and service requirements and requirements, matches community service personnel and volunteers with the elderly, establishes a service relationship, pushes related information to the home-based mobile phone APP and computer software terminal of the elderly, and also pushes service instructions to the community service personnel, volunteer mobile phone APP and computer software terminal most matched with the home-based elderly according to different analyzed service requirements of home-based care of the elderly, the service personnel and volunteers respond to the care service subunit and provide regular home service, the care service subunit automatically confirms service results and evaluates the service results, confirms whether the service requirements of the home-based elderly are met, evaluates whether the services of the volunteers and service personnel are appropriate and whether the service personnel need to be replaced, family members of the family old people obtain related information through a mobile phone APP and a computer software terminal, a care service subunit takes one week as a unit, service information is pushed once per week, and service personnel provide home-going service for the old people once per week.
5. The home-based elderly care cloud service system of claim 1, wherein the call center subunit is configured to push a button of an SOS emergency intercom module of the data acquisition unit when elderly at home press the button, the cloud data analysis engine unit receives a help signal, the call center subunit automatically locks the intercom normally-open function, pushes a service command to a mobile phone APP, a computer software terminal, 120 and 110 of the most suitable service personnel, synchronously pushes an elderly emergency prompt to the elderly family until the service requirement of the elderly at home is responded and confirmed, and ends the task prompt, after the service forms an achievement, the service personnel releases the intercom normally-open function automatically locked by the call center subunit on site, the call center subunit recovers an initial state, and the call center subunit automatically generates an assessment of the service achievement, and is in a working state at every moment, and information is pushed in time when an accident occurs.
6. The home-based elderly care cloud service system of claim 1, wherein the early warning prompt and rescue subunit analyzes abnormal activities of the home-based elderly people and combines emergency call situations reported by the data acquisition unit to push instructions to the mobile phone APP and the computer software terminals of the nearest and most matched volunteers, service staff and elderly people, the early warning prompt and rescue subunit automatically evaluates service results on the day after receiving responses of the instructor, and terminates early warning prompt tasks after the early warning situations are eliminated.
7. The home-based elderly care cloud service system of claim 1, wherein the government data sharing subunit is capable of comprehensively analyzing, mining, combing and classifying the service requirements of home-based elderly people in real time, pushing report related data to government functional departments, and leaving a data interface in butt joint with a third platform, and the government data sharing subunit pushes information to the government functional departments once a month by taking a month as a work unit.
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