CN207587139U - Wearable early warning rescue aid and early warning rescue system - Google Patents
Wearable early warning rescue aid and early warning rescue system Download PDFInfo
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- CN207587139U CN207587139U CN201721463869.5U CN201721463869U CN207587139U CN 207587139 U CN207587139 U CN 207587139U CN 201721463869 U CN201721463869 U CN 201721463869U CN 207587139 U CN207587139 U CN 207587139U
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Abstract
The utility model provides a kind of wearable early warning rescue aid and early warning rescue system, wherein, the wearable early warning rescue aid is included for the wearable device being fixed on human body and the early warning rescue aid being fixed on the wearable device, and the early warning rescue aid includes vital sign detection module, gas detection module, wireless module, peripheral hardware rescue module and MCU module；The early warning rescue system includes server platform, monitoring center, extraneous Succor plain stage and multiple wearable early warning rescue aids；The utility model is based on wearable attribute, with vital sign detection function and gas detection function, warning message can be transmitted to by wireless communication module by monitor supervision platform and warning information can be issued to periphery personnel, have the advantages that measure accurate, reliability height, quick response.
Description
Technical field
The utility model is related to early warning to rescue field, specifically, relates to a kind of wearable early warning rescue aid and pre-
Alert rescue system.
Background technology
In needing the possibility that personnel enter that the danger zone of gas leakage occurs, the life security of mobile monitoring personnel needs
It is guaranteed, previous gas detecting instrument can only be detected and alarm to personnel's peripheral gas, can not detect use simultaneously
The vital sign parameter of personnel, such as heartbeat, body temperature etc., once there is unsafe condition, mobile monitoring personnel, which have been in, to be jeopardized
In the environment of life security, the early warning of notice monitoring center other people and the rational rescue scenario of formulation are just particularly important.
When mobile monitoring personnel have been in hazardous environment, its real-time vital sign parameter, peripheral gas is obtained
Information and location information may determine that the physical condition of mobile monitoring personnel, formulate rescue scenario and monitor its physical condition in real time
Carry out Adjusted Option at any time, can quickly be moved away from if only needing to leave hazardous environment by the other staff for carrying out safeguard measure,
It is intervened if desired for professional rescue personnel or medical staff, then it can fast reaction when avoiding the invalid measure from wasting valuable rescue
Between.It has been found that it is dangerous or be in jeopardy region when, in addition to rescuing in time it, it is also particularly significant to alert other people, such as
Fruit notifies monitoring center when finding dangerous situation, and at this moment monitoring center can be alerted a little as the center of circle, around notice or in larger scope
Mobile monitoring personnel rescued or withdrawn, thus can effectively avoid unnecessary casualties.
In order to solve the problems, such as present on, people are seeking a kind of ideal technical solution always.
Invention content
The purpose of this utility model is in view of the deficiencies of the prior art, so as to provide a kind of wearable early warning rescue aid
And early warning rescue system.
To achieve these goals, technical solution is used by the utility model：A kind of wearable early warning rescue aid,
It is described pre- including the wearable device for being used to be fixed on human body and the early warning rescue aid being fixed on the wearable device
Alert rescue aid includes vital sign detection module, gas detection module, wireless module, peripheral hardware rescue module and MCU module,
The vital sign detection module is used to acquire the vital sign parameter of wearer；
The gas detection module is used to acquire the peripheral gas parameter of wearer；
The wireless module includes wireless locating module and wireless communication module, and the wireless locating module is used to be worn
The location parameter of wearer, the wireless communication module are used for the communication of the MCU module and external device；
The MCU module is according to the vital sign parameter of wearer, the peripheral gas parameter of wearer and the position of wearer
Putting parameter, outwardly equipment sends out alarm signal and the peripheral hardware rescue module is controlled to hold according to the rescue method of external device
Row rescue method；
The MCU module is also by the vital sign parameter of wearer, the peripheral gas parameter of wearer and the position of wearer
It puts parameter external device is sent to by the wireless communication module and shown.
Based on above-mentioned, the peripheral hardware rescue module includes protector peripheral module and first aid peripheral module, the protector peripheral hardware
Module, for protecting the life security of wearer during detection gas；The first aid peripheral module is used for according to external device
Rescue method to wearer carry out first aid process.
Based on above-mentioned, one-touch emergency button and one-touch alarm button are further included, the MCU module connects a key
Formula emergency button, for outwardly equipment to send an SOS when detecting that the one-touch emergency button is pressed；It is described
MCU module connects the one-touch alarm button, for outwardly being set when detecting that the one-touch alarm button is pressed
Preparation goes out alarm signal.
Based on above-mentioned, the vital sign detection module includes a variety of vital sign sensors, the gas detection module
Including multiple gases sensor.
The utility model also provides a kind of early warning rescue system, including server platform, monitoring center, extraneous Succor plain stage
With multiple wearable early warning rescue aids,
The server platform connects multiple wearable early warning rescue aids, the vital sign ginseng of processing analysis wearer
Number, the peripheral gas parameter of wearer and the location parameter of wearer, and pass through the monitoring center and show；
After the server platform receives the alarm signal, demarcate alarm point and pass through the monitoring center and show；
The monitoring center carries out interactive communication with the alarm point；
The server platform is according to vital sign parameter, peripheral gas parameter and the monitoring at the alarm point
Center and the interactive state of the alarm point judge the current state of wearer, and formulate rescue method；
The monitoring center is pre- to all wearable early warning rescue aid publications in the alarm point early warning range
Alert information.
Based on above-mentioned, vital sign parameter, position of the warning information including being located at the wearer at the alarm point
Parameter, peripheral gas parameter and rescue method.
Based on above-mentioned, the alarm point early warning range is using the alarm point as the center of circle, and circle is drawn by radius of pre-determined distance
Obtained region.
Based on above-mentioned, the wearable early warning rescue aid further includes one-touch emergency button and one-touch alarm button,
The MCU module connects the one-touch emergency button, for outside when detecting that the one-touch emergency button is pressed
Boundary's equipment sends an SOS；The MCU module connects the one-touch alarm button, for detecting the one-touch report
Outwardly equipment sends out alarm signal when alert button is pressed；The server platform receives the one-touch emergency button hair
After the distress signal gone out, control the peripheral hardware rescue module intervention of the wearable early warning rescue aid anxious to be carried out to wearer
It rescues, and passes through the monitoring center outwardly Succor plain stage sends out first aid information.
Based on above-mentioned, the wearable early warning rescue aid further includes one-touch emergency button and one-touch alarm button,
The MCU module connects the one-touch emergency button, for outside when detecting that the one-touch emergency button is pressed
Boundary's equipment sends an SOS；The MCU module connects the one-touch alarm button, for detecting the one-touch report
Outwardly equipment sends out alarm signal when alert button is pressed；The server platform receives the one-touch alarm button hair
After the alarm signal gone out, alarm point is marked according to alarm signal, by the monitoring center to positioned at the alarm point early warning model
All wearable early warning rescue aid publication warning information in enclosing.
The utility model has substantive distinguishing features and progress compared with the prior art, and specifically, the utility model is based on can
Attribute is dressed, with vital sign detection function and gas detection function, warning message can be transmitted by wireless communication module
Warning information can be issued to monitor supervision platform and to periphery personnel, has the advantages that measure accurate, reliability height, quick response.
Description of the drawings
Fig. 1 is the structure diagram of the wearable early warning rescue aid of the utility model.
Fig. 2 is the structure diagram of the utility model early warning rescue system.
Fig. 3 is the schematic diagram of the utility model early warning range.
Specific embodiment
Below by specific embodiment, the technical solution of the utility model is described in further detail.
As shown in Figure 1, a kind of wearable early warning rescue aid, including the wearable device being used to be fixed on human body and consolidates
The early warning rescue aid being scheduled on the wearable device, the wearing mode of the wearable device is unrestricted, can be head
It wears formula, back belt type, Wrist belt-type, wear formula etc.；
The early warning rescue aid includes vital sign detection module, gas detection module, wireless module, peripheral hardware rescue mould
Block and MCU module,
The vital sign detection module is used to acquire the vital sign parameter of wearer；
The gas detection module is used to acquire the peripheral gas parameter of wearer；
The wireless module includes wireless locating module and wireless communication module, and the wireless locating module is used to be worn
The location parameter of wearer, the wireless communication module are used for the communication of the MCU module and external device；
The MCU module is according to the vital sign parameter of wearer, the peripheral gas parameter of wearer and the position of wearer
Putting parameter, outwardly equipment sends out alarm signal and the peripheral hardware rescue module is controlled to hold according to the rescue method of external device
Row rescue method；
The MCU module is also by the vital sign parameter of wearer, the peripheral gas parameter of wearer and the position of wearer
It puts parameter external device is sent to by the wireless communication module and shown.
Specifically, the peripheral hardware rescue module includes protector peripheral module and first aid peripheral module, the protector peripheral hardware mould
Block includes mask, phonetic warning loudspeaker, acousto-optic indicator light etc., and wearer and the prison are realized using the sense of hearing, vision, tactile
The interactive feedback and danger warning at control center, realize the safeguard protection of the life security of wearer during normally monitoring, such as monitor
Personnel can be sent instruction by loudspeaker and wearer be required to carry out corresponding responding to judge its state to formulate rescue method；The urgency
It rescues peripheral module and includes the equipment such as slight electric shock module, needle thorn, for being carried out in hour of danger according to instruction of saving oneself to wearer
First aid, such as use slight electric shock, needle thorn equipment that wearer is stimulated to maintain it in awake shape in non-flammable explosive environments
State and take the circumstances into consideration using cardiotonic, adrenaline carry out first aid.
Specifically, the vital sign detection module includes a variety of vital sign sensors, the gas detection module packet
Include multiple gases sensor.Wherein, a variety of vital sign sensors can be electrocardio, breathing, blood pressure, pulse, blood oxygen, body temperature,
The detection sensors such as tumble, a variety of vital sign sensors connect sensor management IC, and it is unified then to pass through sensor management IC
The MCU module is accessed, realizes the data collection task of a variety of vital sign parameters；Multiple gases sensor can be and unlimited
In toxic and harmful gas sensor, combustible gas sensor and asphyxiating gas body sensor, the connection of multiple gases sensor is led to more
Road selection management IC, then manages IC by multi-center selection and is uniformly accessed into the MCU module, realize the data of more gas parameters
Collecting work.
The wireless communication module further includes long range communication module and short distance communication module, the long range communication
Module realizes the communication connection with the server platform, and the short distance communication is realized and peripheral hardware rescue module
Communication such as after with the gas mask of similary communication module wearing and when beginning to use, can notify the early warning rescue aid
The information of gas mask is accessed, such as lights gas mask icon on the display screen of the early warning rescue aid, is obtained in real time anti-
The working condition of malicious mask, monitors the usage time of gas mask, and passes through the wireless communication module and report the server
Platform；Specifically, the wireless communication module is not limited to communication modes and process, various wireless communication techniques and with server
Communication process is all within the protection scope of the present utility model.
Specifically, further including one-touch emergency button and one-touch alarm button, the MCU module connection is described one-touch
Emergency button, for outwardly equipment to send an SOS when detecting that the one-touch emergency button is pressed；The MCU
Module connects the one-touch alarm button, for when detecting that the one-touch alarm button is pressed, outwardly equipment to be sent out
Go out alarm signal and mark alarmer.
The utility model also provides a kind of early warning rescue system, as shown in Fig. 2, including server platform, monitoring center, outer
Boundary's Succor plain stage and multiple wearable early warning rescue aids,
The server platform connects multiple wearable early warning rescue aids, the vital sign ginseng of processing analysis wearer
Number, the peripheral gas parameter of wearer and the location parameter of wearer, and pass through the monitoring center and show；
After the server platform receives the alarm signal, demarcate alarm point and pass through the monitoring center and show；
The monitoring center and the protector peripheral module interactive communication of the wearable early warning rescue module, realize wearer
With the interactive feedback and danger warning of the monitoring center；
The server platform is according to vital sign parameter, peripheral gas parameter and the monitoring at the alarm point
Center and the interactive state of the alarm point judge the current state of wearer, and formulate rescue method；
The monitoring center is pre- to all wearable early warning rescue aid publications in the alarm point early warning range
Alert information, specifically, the warning information includes being located at the vital sign parameter of the wearer at the alarm point, position ginseng
Number, peripheral gas parameter and rescue method.
Specifically, as shown in figure 3, the alarm point early warning range be using the alarm point as the center of circle, using pre-determined distance as
Radius draws the obtained region of circle, after the server platform receives alarm signal, every place within this range all
Wearable early warning rescue aid（1,2）Warning information will be received；As other wearer（3,4）During into the early warning range
Warning information can be received.
Specifically, the server platform according at the alarm point vital sign parameter, peripheral gas parameter and
The interactive state of the monitoring center and the alarm point judges the current state of wearer, and formulate the specific step of rescue method
Suddenly it is：
If the ambient gas parameter at the alarm point reaches gas parameter alarming value, the vital sign at the alarm point
When parameter is normal vital signs parameter value and the monitoring center and the normal interactive state of the alarm point, the report is judged
Wearer at alert point only has found dangerous situation and does not enter hazardous environment, then the wearer is notified to withdraw the alarm point；
If the ambient gas parameter at the alarm point reaches gas parameter alarming value, the vital sign at the alarm point
Parameter exceeds normal vital signs value and not up to vital sign parameter alarming value and the monitoring center and the alarm point
When interactive state is normal, the wearer at the alarm point is judged for mild state, then it is wearable pre- to notify that the wearer utilizes
Alert rescue aid is protected and quickly withdraws the alarm point, such as protected by mask；
If the ambient gas parameter at the alarm point reaches gas parameter alarming value, the vital sign at the alarm point
When parameter reaches vital sign parameter alarming value and the monitoring center and the normal interactive state of the alarm point, described in judgement
Wearer at alarm point attaches most importance to symptom state, then passes through the peripheral hardware that the monitoring center controls the wearable early warning rescue aid
Rescue module intervention passes through the monitoring center outwardly Succor plain stage sends out first aid information so that the wearer to be kept to regain consciousness,
Such as use slight electric shock, needle thorn equipment that wearer is stimulated to maintain it in waking state；
If the ambient gas parameter at the alarm point reaches gas parameter alarming value, the vital sign at the alarm point
When parameter reaches vital sign parameter alarming value and the monitoring center and the improper interactive state of the alarm point, institute is judged
It states the wearer at alarm point and is in life danger state, then the wearable early warning rescue is controlled to set by the monitoring center
Standby peripheral hardware rescue module intervention to wearer to carry out first aid, and outwardly Succor plain stage sends out urgency by the monitoring center
Information is rescued, can such as take the circumstances into consideration to carry out first aid using cardiotonic, adrenaline.
Specifically, after the server platform receives the distress signal that the one-touch emergency button is sent out, institute is controlled
State wearable early warning rescue aid peripheral hardware rescue module intervention with to wearer carry out first aid, and pass through the monitoring center to
Extraneous Succor plain stage sends out first aid information.
Specifically, after the server platform receives the alarm signal that the one-touch alarm button is sent out, according to report
Alert signal label alarm point, is rescued by the monitoring center to all wearable early warning in the alarm point early warning range
Help equipment publication warning information.
Finally it should be noted that:Above example is only to illustrate the technical solution of the utility model rather than it is limited
System；Although the utility model is described in detail with reference to preferred embodiment, those of ordinary skill in the art should
Understand：It can still modify to specific embodiment of the present utility model or some technical characteristics are equally replaced
It changes；Without departing from the spirit of technical solutions of the utility model, should all cover in the claimed technical solution of the utility model
In range.
Claims (9)
1. a kind of wearable early warning rescue aid, it is characterised in that：Including the wearable device being used to be fixed on human body and consolidate
The early warning rescue aid being scheduled on the wearable device, the early warning rescue aid include vital sign detection module, gas
Detection module, wireless module, peripheral hardware rescue module and MCU module,
The vital sign detection module is used to acquire the vital sign parameter of wearer；
The gas detection module is used to acquire the peripheral gas parameter of wearer；
The wireless module includes wireless locating module and wireless communication module, and the wireless locating module is used to obtain wearer
Location parameter, the wireless communication module for the MCU module and external device communication；
The MCU module is joined according to the position of the vital sign parameter of wearer, the peripheral gas parameter of wearer and wearer
Outwardly equipment sends out alarm signal and the peripheral hardware rescue module execution is controlled to rescue according to the rescue method of external device number
Help scheme；
The MCU module also joins the position of the vital sign parameter of wearer, the peripheral gas parameter of wearer and wearer
Number is sent to external device by the wireless communication module and is shown.
2. wearable early warning rescue aid according to claim 1, it is characterised in that：The peripheral hardware rescue module includes shield
Have peripheral module and first aid peripheral module, the protector peripheral module, for protecting the life of wearer during detection gas
Safety；The first aid peripheral module is used to carry out first aid process to wearer according to the rescue method of external device.
3. wearable early warning rescue aid according to claim 1 or 2, it is characterised in that：Further include it is one-touch emergency by
Button and one-touch alarm button, the MCU module connect the one-touch emergency button, for detecting described one-touch ask
Rescue when button is pressed that outwardly equipment sends an SOS；The MCU module connects the one-touch alarm button, for
Detect that outwardly equipment sends out alarm signal when the one-touch alarm button is pressed.
4. wearable early warning rescue aid according to claim 3, it is characterised in that：The vital sign detection module packet
A variety of vital sign sensors are included, the gas detection module includes multiple gases sensor.
5. a kind of early warning rescue system, it is characterised in that：Including server platform, monitoring center, extraneous Succor plain stage and multiple
Wearable early warning rescue aid as described in claim 1,
The server platform connects multiple wearable early warning rescue aids, and the vital sign parameter of processing analysis wearer is worn
The peripheral gas parameter of wearer and the location parameter of wearer, and pass through the monitoring center and show；
After the server platform receives the alarm signal, demarcate alarm point and pass through the monitoring center and show；
The monitoring center carries out interactive communication with the alarm point；
The server platform is according to vital sign parameter, peripheral gas parameter and the monitoring center at the alarm point
The current state of wearer is judged with the interactive state of the alarm point, and formulates rescue method；
The monitoring center is to all wearable early warning rescue aid publication early warning letters in the alarm point early warning range
Breath.
6. early warning rescue system according to claim 5, it is characterised in that：The warning information includes being located at the alarm
Vital sign parameter, location parameter, peripheral gas parameter and the rescue method of wearer at point.
7. early warning rescue system according to claim 5, it is characterised in that：The alarm point early warning range is with the report
Alert point is the center of circle, and the obtained region of circle is drawn by radius of pre-determined distance.
8. early warning rescue system according to claim 5, it is characterised in that：The wearable early warning rescue aid further includes
One-touch emergency button and one-touch alarm button, the MCU module connects the one-touch emergency button, for detecting
Outwardly equipment sends an SOS when the one-touch emergency button is pressed；The MCU module connects the one-touch report
Alert button, for outwardly equipment to send out alarm signal when detecting that the one-touch alarm button is pressed；The service
After device platform receives the distress signal that the one-touch emergency button is sent out, the outer of the wearable early warning rescue aid is controlled
If module intervention is rescued to carry out first aid to wearer, and outwardly Succor plain stage sends out first aid letter by the monitoring center
Breath.
9. early warning rescue system according to claim 5, it is characterised in that：The wearable early warning rescue aid further includes
One-touch emergency button and one-touch alarm button, the MCU module connects the one-touch emergency button, for detecting
Outwardly equipment sends an SOS when the one-touch emergency button is pressed；The MCU module connects the one-touch report
Alert button, for outwardly equipment to send out alarm signal when detecting that the one-touch alarm button is pressed；The service
After device platform receives the alarm signal that the one-touch alarm button is sent out, alarm point is marked according to alarm signal, passes through institute
Monitoring center is stated to all wearable early warning rescue aid publication warning information in the alarm point early warning range.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201721463869.5U CN207587139U (en) | 2017-11-06 | 2017-11-06 | Wearable early warning rescue aid and early warning rescue system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721463869.5U CN207587139U (en) | 2017-11-06 | 2017-11-06 | Wearable early warning rescue aid and early warning rescue system |
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| Publication Number | Publication Date |
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| CN207587139U true CN207587139U (en) | 2018-07-06 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107705514A (en) * | 2017-11-06 | 2018-02-16 | 汉威科技集团股份有限公司 | Wearable early warning rescue aid and early warning rescue system |
| CN112927345A (en) * | 2021-01-20 | 2021-06-08 | 中国地震应急搜救中心 | Monitoring method and device for earthquake rescue site environment |
| CN114205385A (en) * | 2021-12-06 | 2022-03-18 | 无锡赛福格科技有限公司 | Multifunctional safety monitoring system and working method thereof |
-
2017
- 2017-11-06 CN CN201721463869.5U patent/CN207587139U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107705514A (en) * | 2017-11-06 | 2018-02-16 | 汉威科技集团股份有限公司 | Wearable early warning rescue aid and early warning rescue system |
| CN112927345A (en) * | 2021-01-20 | 2021-06-08 | 中国地震应急搜救中心 | Monitoring method and device for earthquake rescue site environment |
| CN114205385A (en) * | 2021-12-06 | 2022-03-18 | 无锡赛福格科技有限公司 | Multifunctional safety monitoring system and working method thereof |
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