CN102169616A - System and method for safety monitoring - Google Patents
System and method for safety monitoring Download PDFInfo
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- CN102169616A CN102169616A CN2011100639505A CN201110063950A CN102169616A CN 102169616 A CN102169616 A CN 102169616A CN 2011100639505 A CN2011100639505 A CN 2011100639505A CN 201110063950 A CN201110063950 A CN 201110063950A CN 102169616 A CN102169616 A CN 102169616A
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Abstract
The invention discloses a system and a method for safety monitoring. The safety monitoring system comprises: a monitoring terminal, which is used for collecting risk data of users, sending self-early-warning signals when the risk data reach a preset self-early-warning risk grade, and sending remote alarm signals when the risk data reach a preset remote alarm risk grade; an intelligent equipment terminal, connected to the monitoring terminal and used for transferring the remote alarm signals sent by the monitoring terminal; and a television set terminal comprising display equipment, connected to the intelligent equipment terminal and used for receiving the remote alarm signals sent by the intelligent equipment terminal and displaying the remote alarm signals on the display equipment. Compared with the prior art, the system of the invention can provide intelligent safety monitoring for common users who have dangerous physical behavior or conduct dangerous operation.
Description
Technical field
The present invention relates to a kind of safety custody system and method.
Background technology
Existing safety custody service comprises application scenarioss such as household internal, dormitory, apartment for elderly people, the home for the aged, but all is " passive type ", and the litigant waits for that passively the monitoring personnel come to check, exist potential problem.Such as, the litigant at home, in the dormitory, under the major applications scene such as apartment for elderly people, the litigant carries out high-risk behavior, others generally can not note can not reminding yet; In addition, after safety problem takes place the litigant, also can only wait for always, after others has seen or has found, just can take the rescue measure.
Televisor terminal (comprising: comprise set-top box, all-in-one and Web TV, set-top box comprises broadcasting and TV and telecommunications set-top box) will realize the degree that every household is popularized in China, possess the condition of scale development.Following range of application based on the televisor accessing terminal to network is more extensive, has economic and social benefit widely.
Therefore, the top box of digital machine technology that personnel's safety custody demand and popularity rate is high combines together, is a kind of good innovation that addresses the above problem.
But the safety custody demand with personnel to above-mentioned proposition in the prior art combines with the top box of digital machine technology, solves the user carries out safety custody when being engaged in dangerous operation or during dangerous health behavior problem and does not propose effective solution as yet.
Summary of the invention
Fundamental purpose of the present invention provides a kind of safety custody system and method, do not combine with the top box of digital machine technology in order to solve the safety custody demand that exists in the prior art personnel, to solve the user carries out safety custody when being engaged in dangerous operation or during the health behavior of danger problem.
To achieve these goals, according to an aspect of the present invention, a kind of safety custody system be provided and be achieved through the following technical solutions:
A kind of safety custody system comprises: monitoring terminal is used to gather user's risk data, and reach default during from the early warning risk class in risk data, transmission is from early warning signal, when risk data reaches default remote alarms risk class, sends the remote alarms signal; The smart machine end is connected in monitoring terminal, is used for the remote alarms signal that the transfer monitoring terminal sends; And the televisor terminal, comprise display device, be connected in the smart machine end, be used to receive the remote alarms signal that the smart machine end sends, and on display device, show.
Further, monitoring terminal comprises: the acceleration induction module is used to gather user's acceleration risk data; The angular velocity induction module is used to gather user's angular velocity risk data; First processor connects acceleration induction module and angular velocity induction module, is used for the acceleration risk data and the angular velocity risk data of process user, obtains corresponding risk class, and according to risk class, sends from early warning signal or remote alarms signal; And first communication module, be connected in first processor, be used for the remote alarms signal is sent to the smart machine end.
Further, monitoring terminal also comprises: hummer, be connected in first processor, and be used for triggering from early warning signal.
Further, monitoring terminal also comprises: first key-press input unit, be connected in hummer, and be used to control hummer.
Further, it is characterized in that first processor comprises: timing unit be used to calculate hummer from pre-warning time, and when pre-warning time exceeds Preset Time, the instruction first communication module sends the remote alarms signal.
Further, the smart machine end comprises: second communication module is used to receive the remote alarms signal that monitoring terminal sends; Second processor is connected in second communication module, and the remote alarms signal that is used for second communication module is received is handled, and obtains note signal and shows signal; And data communication interface, be connected between second processor and the televisor terminal, be used for sending shows signal to the televisor terminal; And the note transmission interface, be connected in second processor, be used for the note signal is sent to default mobile device.
Further, the smart machine end also comprises: second key-press input unit, be connected in second processor, and be used for the smart machine end is controlled.
Further, the televisor terminal also comprises top box of digital machine, and top box of digital machine sends to display device and default telemanagement center with shows signal.
According to another aspect of the present invention, provide a kind of safety custody method, by the following technical solutions:
A kind of safety custody method comprises: the risk data of gathering the user; Judge the risk class of risk data; Reach default during at risk class, send from early warning signal from the early warning risk class; Or when risk class reaches default remote alarms risk class, send the remote alarms signal.
Further, risk data comprises: the acceleration information of user movement; And the angular velocity data of user movement.
Compared with prior art, the invention has the beneficial effects as follows: the present invention is by active warning function, can be when the litigant carries out very dangerous behavior, in time remind, evade following potential risk, and by the active fire alarm function, can be when the litigant be in the state that can not take care of oneself, replace the litigant in time to report to the police, strive for the quality time of rescuing to relatives or administrative center.
Description of drawings
Accompanying drawing described herein is used to provide further understanding of the present invention, constitutes the application's a part, and illustrative examples of the present invention and explanation thereof are used to explain the present invention, do not constitute improper qualification of the present invention.In the accompanying drawings:
Fig. 1 is the agent structure synoptic diagram according to a kind of safety custody of embodiment of the invention system;
Fig. 2 is the inner structure synoptic diagram according to the monitoring terminal of the embodiment of the invention;
Fig. 3 is the inner structure synoptic diagram according to the smart machine end of the embodiment of the invention; And
Fig. 4 is the process flow diagram according to a kind of safety custody method of the embodiment of the invention.
Embodiment
Need to prove that under the situation of not conflicting, embodiment and the feature among the embodiment among the application can make up mutually.Describe the present invention below with reference to the accompanying drawings and in conjunction with the embodiments in detail.
Fig. 1 is the agent structure synoptic diagram according to a kind of safety custody of embodiment of the invention system.
Referring to shown in Figure 1, a kind of safety custody system comprises: monitoring terminal 1, be used to gather user's risk data, and reach default during, send from early warning signal from the early warning risk class in risk data, when risk data reaches default remote alarms risk class, send the remote alarms signal; Smart machine end 3 is connected in monitoring terminal 1, is used for the remote alarms signal that transfer monitoring terminal 1 sends; And televisor terminal 5, comprise the display device (not shown), be connected in smart machine end 3, be used to receive the remote alarms signal that smart machine end 3 sends, and on display device, show.
The present invention is based on the televisor terminal technology, be worn on one's body monitoring terminal 1, form a system that the human body behavior is carried out intelligent monitor by an external smart machine end 3 and litigant.When high-risk behaviors such as human body generation strenuous exercise or violent rotation, monitoring terminal 1 can detect this variation, and the peak value of variation reaches or surpasses after the early warning value, and monitoring terminal 1 can send the buzzing early warning automatically, reminds the litigant will note personal safety.The litigant can adjust behavior based on early warning, avoids risk.Wherein, very dangerous behavior comprises: it is too quickly to sit up, and it is too fast to stand up, and it is too urgent to turn round, and bends over suddenly, falls accidentally, and it is too urgent to squat down, and bumps with people/object, waits similar vigorous motion.
Fig. 2 is the inner structure synoptic diagram according to the monitoring terminal of the embodiment of the invention.
Referring to shown in Figure 2, monitoring terminal 1 comprises: first processor 14, be used to handle risk data, and obtain corresponding risk class, and according to risk class, instruction sends from early warning signal or remote alarms signal; Acceleration induction module 11 is connected in first processor 14, is used to gather user's acceleration risk data; Angular velocity induction module 12 is connected in first processor 14, is used to gather user's angular velocity risk data; And first communication module 15, be connected in first processor 14, be used to receive the instruction of first processor 14, and the remote alarms signal that first processor 14 instructions are sent sends to smart machine end 3.
In technique scheme, first communication module 15 is responsible for alerting signal is sent to smart machine end 3, and data send can adopt multiple mode, include but not limited to following mode: infrared mode, Bluetooth, Zigbee, Wi-Fi, and the privately owned communications protocol of wireless 2.4G or the like.First processor 14 is coordinated control and signal Processing, is the data computation processing enter of monitoring terminal 1; The velocity variable of human motion and the ratio (Δ V/ Δ t) of this used time of variation of generation can be responded to and obtain to acceleration induction module 11, and this ratio is the physical quantity of reaction human body rapid change speed.Acceleration induction module 11 sends this numerical value to first processor 14.Angular velocity induction module 12, can respond to and obtain human body is the radian that the center of circle turned in the unit interval with the trunk, the speed that this numerical response human body rotates, angular velocity induction module 12 sends this numerical value to first processor.
Technique scheme of the present invention, when high-risk behaviors such as human body generation strenuous exercise or violent rotation, too quickly such as sitting up, it is too fast to stand up, and it is too urgent to squat down, and it is too urgent to turn round, bend over suddenly, fall accidentally, with people/object similar vigorous motion such as bump, the acceleration induction module 11 or the angular velocity induction module 12 of monitoring terminal 1 can detect this variation.When the peak value of this variation is in early warning value when following, this moment, the human body action belonged within the safe range, and system is in dormant state.
Preferably, monitoring terminal 1 also comprises: hummer 13, be connected in first processor 14, be used to receive the instruction of first processor 14, and trigger that first processor 14 instructions send from early warning signal.
In the technical program, monitoring terminal 1 obtains the speed that human body changes, after the peak value that changes reaches or surpasses early warning value, monitoring terminal 1 can send the buzzing early warning automatically, remind the litigant will note personal safety, based on early warning, the litigant can adjust the human body behavior, evades potential security risk.
Preferably, monitoring terminal 1 also comprises: first key-press input unit 16, be connected in hummer 13, and be used to control hummer 13.
The litigant can control by 16 pairs of hummers 13 of first key-press input unit according to the situation of self, and the litigant clicks first key-press input unit 16 of monitoring terminal 1, and early warning sound can be removed.
Preferably, first processor comprises: the timing unit (not shown) be used to calculate hummer 13 from pre-warning time, and when pre-warning time exceeds Preset Time, instruction first communication module 15 sends the remote alarms signal.
If within 30 default seconds, the litigant does not eliminate early warning by first key-press input unit 16, so system judge the litigant of this moment entered can not be by oneself state, system switches to alarm mechanism at once.Monitoring terminal 1 can send wireless signal at once to smart machine end 3, and smart machine end 3 is reported to the police to litigant relatives or administrative center by network.Wherein, can not comprise by state by oneself: but the clearheaded limbs of litigant be unable to stir any more, seriously injured, extremely feeble, the shock, states such as stupor.Administrative center comprises: residential quarter administrative office, and dormitory administrative office, apartment for elderly people/administrative office of the home for the aged provide operator of service or the like.
Fig. 3 is the inner structure synoptic diagram according to the smart machine end of the embodiment of the invention.
Referring to shown in Figure 3, smart machine end 3 comprises: second communication module 39 is used to receive the remote alarms signal that monitoring terminal 1 sends; Second processor 37 is connected in second communication module 39, and the remote alarms signal that is used for second communication module 39 is received is handled, and obtains note signal and shows signal; And data communication interface 33, be connected between second processor 37 and the televisor terminal 5, be used for sending shows signal to televisor terminal 5.
In the technical program, monitoring terminal 1 can send wireless communication signals to smart machine end 3, and after smart machine end 3 received, alerting signal reported administrative center by televisor terminal 5, so that the very first time is implemented rescue.Wherein administrative center includes but not limited to: cell management place, apartment administrative office, operator, cooperative medical service mechanism, first-aid centre etc.
Preferably, smart machine end 3 also comprises: note transmission interface 35, be connected in second processor 37, and be used for the note signal is sent to default mobile device.
Note transmission interface 35 in the technical program receives alerting signal also after treatment at smart machine end 3, the short message interface UNICOM of note transmission interface 35 and telecommunication system, and the phone number that sets in advance to the user sends warning message.
Preferably, televisor terminal 5 also comprises the top box of digital machine (not shown), and top box of digital machine sends to display device and default telemanagement center with shows signal.
Wherein, administrative center includes but not limited to: cell management place, apartment administrative office, operator, cooperative medical service mechanism, first-aid centre etc.
Fig. 4 is the process flow diagram according to a kind of safety custody method of the embodiment of the invention.
Referring to shown in Figure 4, a kind of safety custody method comprises: the risk data of gathering the user; Judge the risk class of risk data; Reach default during at risk class, send from early warning signal from the early warning risk class; Or when risk class reaches default remote alarms risk class, send the remote alarms signal.
Preferably, risk data comprises: the acceleration information of user movement; And the angular velocity data of user movement.
The present invention is by active warning function, can be when the litigant carries out very dangerous behavior, in time remind, evade following potential risk, and by the active fire alarm function, can when the litigant is in the state that can not take care of oneself, replace the litigant in time to report to the police, strive for the quality time of rescuing to relatives or administrative center.
The above is the preferred embodiments of the present invention only, is not limited to the present invention, and for a person skilled in the art, the present invention can have various changes and variation.Within the spirit and principles in the present invention all, any modification of being done, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1. a safety custody system is characterized in that, comprising:
Monitoring terminal is used to gather user's risk data, and reaches default during from the early warning risk class in described risk data, sends from early warning signal, when described risk data reaches default remote alarms risk class, sends the remote alarms signal;
The smart machine end is connected in described monitoring terminal, is used for the described remote alarms signal that the described monitoring terminal of transfer sends; And
The televisor terminal comprises display device, is connected in described smart machine end, is used to receive the described remote alarms signal that described smart machine end sends, and shows on described display device.
2. safety custody according to claim 1 system is characterized in that described monitoring terminal comprises:
The acceleration induction module is used to gather described user's acceleration risk data;
The angular velocity induction module is used to gather described user's angular velocity risk data;
First processor, connect described acceleration induction module and angular velocity induction module, be used to handle described user's acceleration risk data and angular velocity risk data, obtain corresponding risk class, and, send described from early warning signal or described remote alarms signal according to described risk class; And
First communication module is connected in described first processor, is used for described remote alarms signal is sent to described smart machine end.
3. safety custody according to claim 2 system is characterized in that described monitoring terminal also comprises:
Hummer is connected in described first processor, is used to trigger described from early warning signal.
4. safety custody according to claim 3 system is characterized in that described monitoring terminal also comprises: first key-press input unit, be connected in described hummer, and be used to control described hummer.
5. safety custody according to claim 3 system is characterized in that described first processor comprises:
Timing unit is used to calculate described hummer from pre-warning time, and described when pre-warning time exceeds Preset Time,
Instruct described first communication module to send described remote alarms signal.
6. safety custody according to claim 1 system is characterized in that described smart machine end comprises:
Second communication module is used to receive the described remote alarms signal that described monitoring terminal sends;
Second processor is connected in described second communication module, is used for the described remote alarms signal that described second communication module receives is handled, and obtains note signal and shows signal; And
Data communication interface is connected between described second processor and the described televisor terminal, is used for sending described shows signal to described televisor terminal; And the note transmission interface, be connected in described second processor, be used for described note signal is sent to default mobile device.
7. safety custody according to claim 6 system is characterized in that described smart machine end also comprises:
Second key-press input unit is connected in described second processor, is used for described smart machine end is controlled.
8. safety custody according to claim 6 system is characterized in that described televisor terminal also comprises top box of digital machine, and described top box of digital machine sends to described display device and default telemanagement center with described shows signal.
9. a safety custody method is characterized in that, comprising:
Gather user's risk data;
Judge the risk class of described risk data;
Reach default during at described risk class, send from early warning signal from the early warning risk class; Or
When described risk class reaches default remote alarms risk class, send the remote alarms signal.
10. safety custody method according to claim 9 is characterized in that, described risk data comprises:
The acceleration information of user movement; And
The angular velocity data of user movement.
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| Application Number | Priority Date | Filing Date | Title |
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| CN2011100639505A CN102169616A (en) | 2011-03-16 | 2011-03-16 | System and method for safety monitoring |
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| CN2011100639505A CN102169616A (en) | 2011-03-16 | 2011-03-16 | System and method for safety monitoring |
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| CN113885015A (en) * | 2021-09-28 | 2022-01-04 | 之江实验室 | Intelligent toilet system based on millimeter wave radar |
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| CN113885015A (en) * | 2021-09-28 | 2022-01-04 | 之江实验室 | Intelligent toilet system based on millimeter wave radar |
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Application publication date: 20110831 |