CN113793477A - Old person safety and emergency management device and control system thereof - Google Patents

Abstract

The invention discloses a safety and emergency management device for old people and a control system thereof, relating to the technical field of safety and emergency management for old people, wherein the technical scheme comprises an intelligent dial plate and a sensor, watchbands are symmetrically arranged on the outer part of the intelligent dial plate, an adjusting band is arranged at one end of one watchband far away from the intelligent dial plate, one end of the other watchband far away from the intelligent dial plate is clamped with the adjusting band, the sensor is arranged at one side of the intelligent dial plate close to the adjusting band, the inner part of the intelligent dial plate is also provided with a control system for monitoring the health and safety conditions of the old people, a risk map is drawn through drawing the safety time space of the old people, then the risk evaluation module is used for analyzing and evaluating, and finally the category, the risk level, the emergency level and the like are clearly explained to relevant departments or objects according to the data information in the risk evaluation module, The occurrence time and the possible influence range information timely help the old, and the life safety and health of the old are ensured.

Description

Old person safety and emergency management device and control system thereof

Technical Field

The invention relates to the technical field of safety and emergency management of old people, in particular to a safety and emergency management device for the old people and a control system thereof.

Background

With the continuous growth of aging, natural disasters, public health and frequent social security emergencies cause certain damage to the old, the safety and emergency management of the old is not paid enough attention, and a systematic integral framework about the safety and emergency management of the old is not established, so that the vulnerability of practicing the safety management of the old is caused.

Traditional old person emergency management device only can monitor old person's physical quality, owing to lack early warning and the judgement to unknown dangerous to can't in time inform old person and family members object danger that is about to take place, lack the measure of coping after the emergence of old person's emergency simultaneously, with old person's emergency hazard and loss control in minimum, consequently need a old person safety and emergency management device and control system thereof.

Disclosure of Invention

The invention aims to solve the defects that the old people and related mechanisms of family members of the old people cannot be informed of impending dangers due to lack of early warning and judgment on unknown dangers in the prior art, so that the old people are unnecessarily injured, and meanwhile, the old people cannot effectively monitor and early warn the safety risks and quickly take emergency rescue actions.

In order to achieve the purpose, the invention adopts the following technical scheme:

the utility model provides an old person's safety and emergency management device and control system thereof, includes intelligent dial plate and sensor, the outside symmetry of intelligence dial plate installs the watchband, one of them the watchband is kept away from the one end of intelligence dial plate is installed the regulation band, and another the watchband is kept away from the one end of intelligence dial plate with looks joint between the regulation band, just the sensor is installed the intelligence dial plate is close to one side of regulation band, the inside of intelligence dial plate still is provided with and is used for carrying out the control system that monitors healthy the old man.

The above technical solution further comprises:

the control system comprises an information acquisition system, a central processing module, a big data analysis system, an emergency monitoring and early warning system and a big data sharing module which are arranged in the intelligent dial plate, the information acquisition system is in communication connection with the central processing module, the information acquisition system monitors various data of the old, and the information acquisition system transmits the monitored data to the central processing module.

The central processing module is in communication connection with the big data analysis system, the central processing module is used for sorting received data, the central processing module transmits the sorted data to the big data analysis system and analyzes the data through the big data analysis system, the central processing module is in communication connection with the emergency monitoring and early warning system, the central processing module transmits the sorted data to the emergency monitoring and early warning system, and the emergency monitoring and early warning system is used for processing the received data.

The information acquisition system is characterized in that the information acquisition system comprises a GPS module, a life detection module, an information input module and a mobile phone information synchronization module, the GPS module is used for positioning the position information of the old people in real time, the life detection module is in communication connection with the sensors, the sensors transmit detected data to the life detection module, and the data detected by the life detection module comprise blood pressure and heart rate.

The mobile phone information synchronization module is in communication connection with electronic equipment of the old man, so that information in the electronic equipment is synchronized into the mobile phone information synchronization module, the mobile phone information synchronization module is in communication connection with the information input module, and the synchronized information is stored through the information input module.

The big data analysis system comprises a data storage module, a data analysis module, a risk evaluation module and an alarm module, wherein the data storage module stores data received from the central processing module, the data storage module is in communication connection with the data analysis module, the data analysis module analyzes the data in the data storage module, the data analysis module is in communication connection with the risk evaluation module, the risk evaluation module compares the data analyzed by the data analysis module with a risk value, the risk evaluation module is in communication connection with the alarm module, judges the risk degree at the moment, and continues to analyze the data if the risk degree is lower than a threshold value;

and if the danger degree exceeds a threshold value, the risk assessment module transmits information to the alarm module, and the alarm module gives an alarm.

The emergency monitoring and early warning system is in communication connection with the big data sharing module, the big data sharing module is in data connection with the outside, meanwhile, the central processing module is in communication connection with the big data sharing module, so that outside data are led into the big data sharing module, meanwhile, the data acquired through the central processing module are transmitted to the outside, and the big data sharing module transmits the acquired outside data to the emergency monitoring and early warning system.

The emergency monitoring and early warning system comprises a risk source and risk area monitoring module, a risk map drawing module, a risk evaluation module and a risk evaluation module, wherein the risk source and risk area monitoring module is used for observing various parameters related to potential risk sources and risk areas of the safety of the old people, emergency types, bearing bodies and environments in real time through big data information, the risk map drawing module is in communication connection with the risk source and risk area monitoring module, and the risk map drawing module is used for drawing a risk map of the safety time space of the old people according to the information acquired by the risk source and risk area monitoring module.

The risk source and risk area monitoring module and the risk map drawing module are in communication connection with the risk assessment module, and the risk assessment module sends out early warning signals to risk factors and evolution trends which may appear in the future of the elderly according to the data transmitted by the central processing module and the data in the risk source and risk area monitoring module and the risk map drawing module.

The risk assessment module is in communication connection with the risk assessment module, and the risk assessment module explicitly explains the category, the danger level, the occurrence time and the possible influence range information of the emergency to relevant departments or objects according to the data information in the risk assessment module.

Compared with the prior art, the invention has the beneficial effects that:

1. in the invention, various data of the old are detected by the information acquisition system, and the physical condition and other factors of the old are analyzed and evaluated by the big data analysis system, so that the accuracy of the safe data acquisition of the old can be realized.

2. According to the invention, real-time observation of potential risk sources and risk areas related to the safety of the old people, the types of emergency events, carriers and various parameters of the environment are realized under the coordination of external big data through an emergency monitoring and early warning system, a risk map of the safety time space of the old people is drawn, then analysis and evaluation are carried out through a risk evaluation module, finally, the information of the types, the danger levels, the occurrence time and the possible influence ranges of the emergency events is definitely reported to relevant departments or objects according to the data information in the risk evaluation module, the monitoring and early warning of the safety risks of the old people are timely carried out, and emergency rescue actions are rapidly taken, so that the life safety and the health of the old people are ensured.

Drawings

Fig. 1 is a first perspective view of an old people safety and emergency management device and a control system thereof according to the present invention;

FIG. 2 is a second perspective view of the present invention;

FIG. 3 is a block diagram of the system of the present invention;

FIG. 4 is a system block diagram of an information acquisition system of the present invention;

FIG. 5 is a system block diagram of a big data analysis system of the present invention;

FIG. 6 is a system block diagram of the emergency monitoring and warning system of the present invention;

fig. 7 is a block diagram of the response flow after an emergency outbreak of an elderly person according to the present invention.

In the figure: 1. an intelligent dial plate; 2. a watchband; 3. a sensor; 4. an adjustment belt; 5. an information acquisition system; 6. a central processing module; 7. a big data analysis system; 8. an emergency monitoring and early warning system; 9. a big data sharing module; 10. a GPS module; 11. a life detection module; 12. an information input module; 13. a mobile phone information synchronization module; 14. a data storage module; 15. a data analysis module; 16. a risk assessment module; 17. an alarm module; 18. a risk source and risk area monitoring module; 19. a risk map drawing module; 20. a risk assessment module; 21. a risk assessment module.

Detailed Description

The technical solution of the present invention is further explained with reference to the accompanying drawings and specific embodiments.

Example one

As shown in fig. 1-2, the electric bicycle motor detection device for the elderly safety and emergency management device and the control system thereof provided by the invention comprises an intelligent dial 1 and a sensor 3, wherein watchbands 2 are symmetrically arranged outside the intelligent dial 1, an adjusting band 4 is arranged at one end of one watchband 2 far away from the intelligent dial 1, one end of the other watchband 2 far away from the intelligent dial 1 is clamped with the adjusting band 4, and the sensor 3 is arranged at one side of the intelligent dial 1 close to the adjusting band 4.

An old person safety and emergency management device and control system theory of operation based on embodiment one is, overlaps watchband 2 in the outside of wrist during the use, then adjusts watchband 2's length through adjusting band 4, makes sensor 3 and old person's wrist outside simultaneously inconsistent, detects old person's health data through sensor 3.

Example two

As shown in fig. 3-4, based on the first embodiment, a control system for monitoring the health of the elderly is further disposed inside the intelligent dial 1, the control system includes an information acquisition system 5, a central processing module 6, a big data analysis system 7, an emergency monitoring and early warning system 8 and a big data sharing module 9 disposed inside the intelligent dial 1, the information acquisition system 5 is in communication connection with the central processing module 6, the information acquisition system 5 monitors various data of the elderly, the information acquisition system 5 transmits the monitored data to the central processing module 6, the central processing module 6 is in communication connection with the big data analysis system 7, the central processing module 6 sorts the received data, the central processing module 6 transmits the sorted data to the big data analysis system 7, and the big data analysis system 7 analyzes the data, the central processing module 6 is in communication connection with the emergency monitoring and early warning system 8, the central processing module 6 transmits the sorted data to the emergency monitoring and early warning system 8, and the emergency monitoring and early warning system 8 processes the received data;

the information acquisition system 5 comprises a GPS module 10, a life detection module 11, an information input module 12 and a mobile phone information synchronization module 13, the GPS module 10 is used for positioning the position information of the old in real time, the life detection module 11 is in communication connection with the sensor 3, the sensor 3 is used for transmitting the detected data to the life detection module 11, and the data detected by the life detection module 11 comprises blood pressure and heart rate;

the mobile phone information synchronization module 13 is in communication connection with the electronic equipment of the old people, so that information in the electronic equipment is synchronized into the mobile phone information synchronization module 13, the mobile phone information synchronization module 13 is in communication connection with the information input module 12, and the synchronized information is stored through the information input module 12.

The embodiment is designed in such a way that during work, the GPS module 10 is used for detecting position information of an old person, the life detection module 11 is in communication connection with the sensor 3, data detected by the sensor 3 is transmitted to the life detection module 11, the data detected by the life detection module 11 comprises blood pressure and heart rate, meanwhile, the mobile phone information synchronization module 13 is in communication connection with electronic equipment of the old person, so that information in the electronic equipment is synchronized into the mobile phone information synchronization module 13, the mobile phone information synchronization module 13 is in communication connection with the information input module 12, the synchronized information is stored through the information input module 12, and the information input module 12 is used for detecting sex, age, height, basic diseases and common medicines of the old person, and travel safety range and behavior preference information; social security and financial information for the elderly (individually disposable); the family address of the old and the contact way of three communities (grid length, building length and unit length); and information of emergency contacts, emergency green channels of the old people in the hospital and information of public security emergency rescue institutions are input.

EXAMPLE III

As shown in fig. 3-7, based on the first or second embodiment, the big data analysis system 7 includes a data storage module 14, a data analysis module 15, a risk assessment module 16, and an alarm module 17, where the data storage module 14 stores data received from the central processing module 6, the data storage module 14 is in communication connection with the data analysis module 15, the data analysis module 15 analyzes data in the data storage module 14, the data analysis module 15 is in communication connection with the risk assessment module 16, the risk assessment module 16 compares data analyzed by the data analysis module 15 with a risk value, the risk assessment module 16 is in communication connection with the alarm module 17 to determine a risk level at that time, and if the risk level is lower than a threshold value, continuing to analyze the data;

if the danger degree exceeds the threshold value, the risk assessment module 16 transmits information to the alarm module 17, and the alarm module 17 gives an alarm;

the emergency monitoring and early warning system 8 is in communication connection with the big data sharing module 9, the big data sharing module 9 is in data connection with the outside, so that outside data are led into the big data sharing module 9, meanwhile, data acquired through the central processing module 6 are transmitted to the outside, and the big data sharing module 9 transmits the acquired outside data to the emergency monitoring and early warning system 8;

the emergency monitoring and early warning system 8 comprises a risk source and risk area monitoring module 18, a risk map drawing module 19, a risk assessment module 20 and a risk assessment module 21, wherein the risk source and risk area monitoring module 18 is used for carrying out real-time observation on various parameters of potential risk sources and risk areas, emergency types, supporting bodies and environments related to the safety of the elderly through big data information, the risk map drawing module 19 is in communication connection with the risk source and risk area monitoring module 18, and the risk map drawing module 19 is used for drawing a risk map of the safety time space of the elderly according to the information acquired by the risk source and risk area monitoring module 18;

the risk source and risk area monitoring module 18 and the risk map drawing module 19 are in communication connection with the risk assessment module 20, and the risk assessment module 20 sends out early warning signals to risk factors and evolution trends which may appear in the future of the elderly according to the data transmitted by the central processing module 6 and the data in the risk source and risk area monitoring module 18 and the risk map drawing module 19;

the risk assessment module 20 is in communication connection with the risk assessment module 21, and the risk assessment module 21 explicitly explains the category, the danger level, the occurrence time and the possible influence range information of the emergency to relevant departments or objects according to the data information in the risk assessment module 20.

In this embodiment, during operation, the information acquisition system 5 transmits data acquired and recorded by an internal module thereof to the central processing module 6, and then the data is transmitted to the big data analysis system 7, the emergency monitoring and early warning system 8 and the big data sharing module 9 by the central processing module 6, after the big data analysis system 7 receives the data transmitted by the emergency monitoring and early warning system 8, the received data is stored by the data storage module 14, the data in the data storage module 14 is analyzed by the data analysis module 15, the data analyzed by the data analysis module 15 is compared with the risk value by the risk assessment module 16, and when the risk assessment module 16 determines that the risk degree is lower than the threshold value, the data analysis is continued;

if the danger degree exceeds the threshold value, the risk assessment module 16 transmits information to the alarm module 17, and the alarm module 17 gives an alarm;

the risk source and risk area monitoring module 18 observes various parameters of a potential risk source and a risk area, an emergency type, a bearer and an environment related to the safety of the old people in real time through big data information, the risk map drawing module 19 draws a risk map of a safety time space of the old people according to the information acquired by the risk source and risk area monitoring module 18, the risk assessment module 20 sends an early warning signal to risk factors and evolution trends which may appear in the future of the old people according to the data transmitted by the central processing module 6 and the data in the risk source and risk area monitoring module 18 and the risk map drawing module 19, the risk assessment module 21 explicitly explains the category, danger level, occurrence time and possible influence range information of the emergency to relevant departments or objects according to the data information in the risk assessment module 20;

when an emergency happens to the old people, the old people emergently alarms through an old people safety and emergency management information platform, a special emergency plan is started, the corresponding department quickly responds, the voice prompt enables the old people to carry out emergency self-rescue in the quick department responding process, the old people call for help to people around the scene through loud alarm sound, family members or guardians of the old people are quickly called, and the condition is reported to a community emergency management platform, a relevant service department and a government emergency management organization;

reporting to the superior department if the situation development cannot be controlled after the emergency measures are taken, and expanding the emergency;

if the event is effectively controlled, the event is analyzed and qualitatively determined, the response process is evaluated, and finally information notification, experience and teaching are carried out on the action content, and public opinion control is carried out, so that the response of the emergency of the old is realized.

The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art should be able to substitute or change the technical solution and the inventive concept of the present invention within the technical scope of the present invention.

Claims (10)

1. The utility model provides an old person's safety and emergency management device, includes intelligent dial plate (1) and sensor (3), its characterized in that, watchband (2), one of them are installed to the outside symmetry of intelligent dial plate (1) watchband (2) are kept away from regulation band (4), another are installed to the one end of intelligent dial plate (1) watchband (2) are kept away from the one end of intelligent dial plate (1) with looks joint between regulation band (4), just sensor (3) are installed intelligence dial plate (1) are close to one side of regulation band (4), the inside of intelligent dial plate (1) still is provided with and is used for carrying out the control system that monitors old person's health.

2. The system for managing and controlling safety and emergency of old people according to claim 1, wherein the control system comprises an information acquisition system (5), a central processing module (6), a big data analysis system (7), an emergency monitoring and early warning system (8) and a big data sharing module (9) which are arranged inside the intelligent dial plate (1), the information acquisition system (5) is in communication connection with the central processing module (6), the information acquisition system (5) monitors various data of old people, and the information acquisition system (5) transmits the monitored data to the central processing module (6).

3. The system for managing and controlling safety and emergency of old people according to claim 2, wherein the central processing module (6) is in communication connection with the big data analysis system (7), the central processing module (6) sorts the received data, the central processing module (6) transmits the sorted data to the big data analysis system (7) and analyzes the data through the big data analysis system (7), the central processing module (6) is in communication connection with the emergency monitoring and early warning system (8), the central processing module (6) transmits the sorted data to the emergency monitoring and early warning system (8), and the emergency monitoring and early warning system (8) processes the received data.

4. The system for managing and controlling safety and emergency of old people according to claim 2, wherein the information acquisition system (5) comprises a GPS module (10), a life detection module (11), an information input module (12) and a mobile phone information synchronization module (13), the GPS module (10) locates the position information of the old people in real time, the life detection module (11) is in communication connection with the sensor (3), the sensor (3) transmits the detected data to the life detection module (11), and the data detected by the life detection module (11) comprises blood pressure and heart rate.

5. The safety and emergency management control system for the elderly as claimed in claim 4, wherein the mobile phone information synchronization module (13) is in communication connection with an electronic device of the elderly, so as to synchronize information in the electronic device into the mobile phone information synchronization module (13), the mobile phone information synchronization module (13) is in communication connection with the information entry module (12), and the synchronized information is stored through the information entry module (12).

6. The safety and emergency management control system for old people according to claim 2, wherein the big data analysis system (7) comprises a data storage module (14), a data analysis module (15), a risk evaluation module (16) and an alarm module (17), the data storage module (14) stores the data received from the central processing module (6), the data storage module (14) is in communication connection with the data analysis module (15), the data analysis module (15) analyzes the data in the data storage module (14), the data analysis module (15) is in communication connection with the risk evaluation module (16), the risk evaluation module (16) compares the data analyzed by the data analysis module (15) with a risk value, and the risk evaluation module (16) is in communication connection with the alarm module (17), judging the risk degree at the moment, and if the risk degree is lower than a threshold value, continuing to perform data analysis;

if the risk level exceeds a threshold value, the risk assessment module (16) transmits information to the alarm module (17), and an alarm is given through the alarm module (17).

7. The safety and emergency management control system for the elderly people according to claim 2, wherein the emergency monitoring and early warning system (8) is in communication connection with the big data sharing module (9), the big data sharing module (9) is in data connection with the outside, the central processing module (6) is in communication connection with the big data sharing module (9), so that the outside data is imported into the big data sharing module (9), the data acquired through the central processing module (6) is transmitted to the outside, and the big data sharing module (9) transmits the acquired outside data to the emergency monitoring and early warning system (8).

8. The elderly safety and emergency management control system of claim 7, the emergency monitoring and early warning system (8) comprises a risk source and risk area monitoring module (18), a risk map drawing module (19), a risk evaluation module (20) and a risk evaluation module (21), the risk source and risk area monitoring module (18) carries out real-time observation on various parameters of potential risk sources and risk areas, emergency types and carriers and environments related to the safety of the old through big data information, the 'risk map' drawing module (19) is in communication connection with the risk source and risk area monitoring module (18), the risk map drawing module (19) draws a risk map of the safety time space of the old according to the information acquired by the risk source and risk area monitoring module (18).

9. The safety and emergency management control system for the elderly according to claim 8, wherein the risk source and risk area monitoring module (18) and the risk map drawing module (19) are both in communication connection with the risk assessment module (20), and the risk assessment module (20) sends out warning signals according to the data transmitted by the central processing module (6) and the data in the risk source and risk area monitoring module (18) and the risk map drawing module (19) to risk factors and evolution trends that may appear in the future for the elderly.

10. The safety and emergency management control system for old people according to claim 9, wherein the risk assessment module (20) is in communication connection with the risk assessment module (21), and the risk assessment module (21) explicitly describes the category, risk level, occurrence time and possible influence range information of the emergency event to relevant departments or objects according to the data information in the risk assessment module (20).

Images