CN207609211U - Anti- drowned system, anti-drowned swimming pool - Google Patents
Anti- drowned system, anti-drowned swimming pool Download PDFInfo
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- CN207609211U CN207609211U CN201720278115.6U CN201720278115U CN207609211U CN 207609211 U CN207609211 U CN 207609211U CN 201720278115 U CN201720278115 U CN 201720278115U CN 207609211 U CN207609211 U CN 207609211U
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Abstract
The anti-system of drowning of one kind provided by the utility model, anti-drowned swimming pool, are set to a swimming pool, including：Multiple first wireless signal transceivers, at least one wearable device with second wireless singal transceiver and a control terminal and audio broadcasting equipment.The beneficial effects of the utility model are as follows：With a variety of drowned decision logics, accurately drowned information can be provided under complex environment, it is ensured that timeliness, the reliability sued and laboured.Both integrated systemization is run each assembly module, can independent operating work.When ensuring any one functional module elements failure, do not influence to trace the drowned judgement of swimmer and position, so far system is safer and reliable.Each function module device system will provide position foundation in order to control, and elaborate position and drowned judgement are obtained according to logical operation by controller system again, it solves and position excursion and the drowned error in judgement phenomenon of system occurs because external environment influences, can realize accurate positionin at any time.
Description
Technical field
The utility model is related to safeguard technology fields, more particularly, to anti-excessive based on RFID technology of Internet of things
Water system, anti-drowned swimming pool.
Background technology
Swimming is not only tradition but also a popular sports, and either adult or children every year can be with various shapes
The sports that formula participates in.In recent years natatorium children drowning incident is constantly showed, in recent years in some ratios for District of Shanghai
A lot of children's drowning incidents occurred in more regular natatorium, not only bring incomparable grief and operating unit to family
Transaction exposure.How child swimming safety is ensured, how to reinforce the security mechanism of natatorium is that a universal society is popular
Topic.Meanwhile in swimming teaching link, coach gives lessons former using traditional side of propagandaing directed to communicate together with several students in swimming pool
Formula, coach is easy to fatigue, and student can not listen the cleer and peaceful speech for understanding that coach is each and error correcting, so far also answer
This is efficiently modified using the method for science.
The multinomial patent submitted to State Intellectual Property Office before first includes as follows：
Utility model patent, application number：201521031393.9, application number：201521031399.6, application number：
201520130776.5, application number：2015205296789, application number：201620602412.7, application number：
201620391436.2.Utility model patent, application number：201610440372.5, application number：201610287252.6, application
Number：201510920355.7, application number：201510920395.1, application number：2015101004998, application number：
2015104293415 and application number：PCT/NO.CN2016/075661.
Though the above patented technology solves the deficiency of rival's patented technology of the same trade, with continuous research and development and market
It is following insufficient that thinking finds that self-technique exists；Total system erection is more suitable for new natatorium construction and adopts, but for old
Shop system adds transformation and really faces the upright normal management order of influence operation.
1, transformation is added especially for old shop system, system whole implementation efficiency is low and of high cost.
2, as described in previous Background, lack orientation event voice reminder and teaching voice guidance function, worn existing
It wears in equipment using excessively single, user experience is limited.
3, judge link for drowned, especially lack blood pressure and the heart rate identification of human body physiological characteristics, for drowning more
Accurately to judge to generate certain restriction and influencing.
At the same time, for rival of the same trade, the whole patented technology solution provided is even more to deposit
It is as follows in problem, barrier and defect：
1, the technical solution and product that other rival firms of comprehensive market are recommended, used drowned judgment method is to adopt
Wearable device is taken to be communicated with bank wireless transmitting-receiving equipments, in being communicated with bank transceiver after wearable device enters water
It is disconnected, and it is the lost contact time to interrupt, and judges that the drowned state of target person and position are extremely unscientific with the lost contact time.Because
Taking the maximum drawback of this technology is, through largely testing and demonstration shows that the water source of each department and each natatorium is different, PH
The difference of acid-base value, the rule difference to Water-quality control and adjustment, the increase and decrease with number of swimmer and the time passage of whole day, water
There are larger variations to be for matter；Conductivity has apparent variation, and the variation of water electric conductivity will directly affect wearable set
The standby communication with bank wireless transmitting-receiving equipments.I.e.；Wearable device enter after water still can with bank wireless signal transceiver into
Row communication or indirectly communication, to cause system accurate to judge and enter equal growth problems after the water time by accident to drowned.
2, existing product and technology, the judgement to drowning person are that the linkage for relying on a whole set of drowned system hardware and software to combine is subject to
Realization of goal.It is a kind of in special circumstances, if any link of system breaks down when failing, additional safety to mend
Rescue measure and means.
3, existing product and technology, the method particular for drowned judgement and realization, the data provided by wearable device
It is excessively single and simple, judge that drowned core data lacks beneficial support so as to cause control system, and fail to report, report phenomenon by mistake
It is high unavoidable, and again in the case of no better solution of effect, it is easy to user's confidence is lost, product is lost
Original intention and by user abandon possibility.
4, the prior art and product, the judgement to drowning person are entered in water time and transceiver communication based on wearable device
It is disconnected, the lost contact time of interruption is obtained with this, it is described above since Venues Environment and water quality vary considerably, use this technology
It is at the same time, weary that swimmer's health states are detected in the presence of not science, in complicated swimming environment, can not really it do
To most accurate drowned and condition adjudgement.It judges by accident, fail to judge and cause to misrepresent deliberately or delayed alarm, be that can not receive for any user
's.
5, the prior art and product, technology be not high using unreasonable and Integration ofTechnology degree, it is easy to lead to product safety
The problems such as liability accident of problem and growth can not divide.
6, the orientation event voice module being previously mentioned for this author, horizontal competition technical solution belong to blank, and product
Safety is limited only on the basis of having ignored using a wearable device as carrier, expands the scope of application of product, is lacked more preferable
User experience and human oriented design.
7, except above-mentioned technology is in addition to this field is using Shortcomings, still there is also some silent technology solution party
Case will not be described in great detail herein, only put forward following several points：
(1) reasonability of Technology application.
(2) real-time cost and efficiency of the practice.
(3) feasibility, safety, stability, reliability, conviction power.
(4) maturity of integrated technology.
(5) drowned judgment method logicality, feasibility.
(6) consumer products Experience Degree and product function expansion etc. are remained to be discussed and are verified.
Utility model content
For in the prior art whether before this author or the art solutions defect of rival of the same trade,
The purpose of utility model is to provide a kind of can be accurately located position, the drowned state letter of drowning person in the how intensive waters of people
Saving oneself when breath, swimmer's health states information, system or equipment failure starts rescue in a manner of most quickly most direct
Anti- drowned system, anti-drowned swimming pool.It completes whole system with most simple most efficient system erection mode simultaneously to set up, with this
It reduces comprehensive implementation cost and does not interfere the upright often management order of operation as the main purpose；
In order to solve the above technical problems, a kind of anti-drowned system provided by the utility model, is set to a swimming pool, including：
Multiple first wireless signal transceivers, at least one wearable device and a control with second wireless singal transceiver
Terminal；Wherein
The first wireless signal transceiver is arranged around the swimming pool or overhead, the first wireless signal transmitting-receiving
Equipment has unique identiflication number, multiple first wireless signal transceivers and the second wireless singal transceiver
It is communicated, obtains the address coding of the swimming pool spatial position of the second wireless singal transceiver；
The second wireless singal transceiver has unique identiflication number and includes a radio-frequency communication module, one enters
Water detection module and a heart rate detection module；
The radio-frequency communication module with it is described enter water detection module, the heart rate detection module data be connected, penetrated by described
Frequency communication module is communicated with the first wireless signal transceiver；
The control terminal according to multiple and different first wireless signal transceivers and the radio-frequency communication module into
Row communication carries out real-time space orientation and information collection to the wearable device.
Preferably, the first wireless signal transceiver includes an omnidirectional or orientation radio frequency recognizing electronic label wireless communication
Number transceiver；
The second wireless singal transceiver includes an omnidirectional or orientation radio frequency recognizing electronic label wireless signal transmitting-receiving
Equipment.
Preferably, ranging from low frequency, high frequency, hyperfrequency, microwave, the light of the rf frequency of the radio-frequency communication module.
Preferably, prestore at least one safe hydraulic pressure or resistance threshold values, at least one in the second wireless singal transceiver
Hydraulic pressure or resistance safety time threshold values, at least a safety level threshold values, at least a safety level time threshold and at least one peace
Whole-heartedly rate threshold values；
It is described enter water detection module measure real-time hydraulic pressure or resistance or water level, if the real-time hydraulic pressure or resistance or water level that measure
It is more than the hydraulic pressure or resistance safety time higher than the safe hydraulic pressure or the duration of resistance threshold values or safety level threshold values
Threshold values or safety level time threshold, then as judgement in one of drowned state foundation；
The heart rate detection module measures swimmer's health states, if the heart rate value measured is higher than the safe heart
Threshold values, then as judgement in one of drowned state foundation.
Preferably, prestore a lost contact time threshold in the control terminal, if the radio-frequency communication module and described first
The communication lost contact time of wireless signal transceiver is more than the lost contact time threshold, then as judgement in drowned state foundation
One of.
Preferably, the second wireless singal transceiver includes a control circuit, and the control circuit is used for by institute
State second wireless singal transceiver it is described enter water detection module and the heart rate detection module measured by data carry out it is whole
It closes, and is communicated by the radio-frequency communication module and the first wireless signal transceiver.
Preferably, the second wireless singal transceiver includes a voice module, and the voice module receives the control
The simultaneous voice information of preset voice messaging, the first wireless signal transceiver or audio broadcasting equipment in circuit processed.
Preferably, the voice messaging allows user to obtain sound effect using bone conduction technology or speaker headset.
Preferably, the voice messaging includes drowned prompting of reminding and impart knowledge to students.
Preferably, the anti-drowned system include at least one occur drowning state when the LED beam guidance device that starts, institute
It states LED beam guidance device and the control terminal is connected by wire communication or wireless telecommunications；
The LED beam guidance device includes a searchlight, position adjusting decoder and a stepper motor；Institute's rheme
It sets and adjusts decoder according to the address in second wireless singal transceiver position in the swimming pool of drowned state
Coding drives the stepper motor to adjust direction of illumination, and the searchlight is driven to be pointed into the corresponding institute of described address coding
The position stated the position in swimming pool and/or be positioned to according to real-time space last before lost contact.
Preferably, rear side of the radio-frequency communication module in the wearable device；It is described enter water detection module worn described
Wear front side or the side of equipment；Side of the heart rate detection module in the wearable device；The voice module is worn described
Wear the side of equipment.
Preferably, the second wireless singal transceiver includes a LED light flickered in drowned state.
Preferably, the first wireless signal transceiver is suspended in the swimming pool quadrangle over or around.
Preferably, the second wireless singal transceiver includes an independent current source.
Preferably, the wearable device is electronics swimming glasses or electronics swimming cap or the elastic electronics bandage of forehead or electronic hand
Ring.
The anti-drowned swimming pool of one kind, the anti-drowned system.
The anti-drowned method of one kind, the anti-drowned system, including acquisition step, judgment step and rescue step：
The acquisition step includes：The radio-frequency communication module carries out real with multiple first wireless signal transceivers
When radio frequency communication, communicated wirelessly with the radio-frequency communication module according to the different first wireless signal transceivers
The calculating for carrying out spatial position, to the real-time space orientation of wearable device progress and record and Systematic Analysis and early warning；
The judgment step includes：After the second wireless singal transceiver enters water, it is described enter water detection module, described
Heart rate detection module starts, while the first wireless signal transceiver and the second wireless singal transceiver is described
Real-time communication or discontinuously communication are kept between radio-frequency communication module or interrupt communication completely；
When the first wireless signal transceiver and the radio-frequency communication module keep real-time communication, the control is eventually
Enter the status information of water detection module and the heart rate detection module described in end meeting real-time reception, the control circuit synchronizes meeting pair
It is described enter water detection module and the heart rate detection module status information carry out real-time storage record, the control terminal and institute
Water detection module can be entered and the status information of the heart rate detection module synchronizes judgement according to by stating control circuit；
When there is discontinuously communication in the first wireless signal transceiver and the radio-frequency communication module communication, the control
Terminal system processed will not be using the radio-frequency communication module communication lost contact time as drowned basis for estimation, but the institute to receive
State that control circuit recorded it is described enter water detection module and the heart rate detection module status information be to judge foundation of drowning,
And the comprehensive reference interrupted lost contact time confirms accurately drowned information；
When the first wireless signal transceiver and the radio-frequency communication module communication interrupt completely, the control is eventually
End system will judge Main Basiss, and the radio-frequency communication recorded by last time using the lasting lost contact time as drowned
Information transmitted by module confirms accurately drowned information by the control terminal system；Meanwhile the control terminal can be according to institute
The last record position for stating the first wireless signal transceiver and the radio-frequency communication module, as the wearable device described
Address coding in swimming pool；
The rescue step includes：According in the corresponding swimming pool of described address coding position and/or according to mistake
The position that is positioned to of last real-time space is as the positions SOS before connection, and drive the LED beam guidance device on bank with
The control terminal push digital display data reaches the overall effect sued and laboured.
Preferably, in the judgment step, when the first wireless signal transceiver and the second wireless singal are received
When sending out the radio-frequency communication module of equipment and keeping real-time communication, it is described enter the real-time hydraulic pressure that measures of water detection module or resistance or
Water level is more than the hydraulic pressure or resistance safety higher than the safe hydraulic pressure or the duration of resistance threshold values or safety level threshold values
Time threshold or safety level time threshold, the heart rate value that the heart rate detection module measures are higher than the safe heart threshold values
When, drowned Main Basiss will be judged as control terminal system；
When the radio-frequency communication mould of the first wireless signal transceiver and the second wireless singal transceiver
There is the radio-frequency communication module that when discontinuously communicating, preferred last time is received and recorded by the control terminal in block communication
Enter the status information of water detection module and the heart rate detection module described in sending as the Main Basiss for judging to drown, and breaks
The continuous communication lost contact time will be used as system reference data, and realization is accurately drowned to be judged；
When the radio-frequency communication module of the first wireless signal transceiver and the second wireless singal transceiver is logical
When interrogating complete terminal, the Main Basiss that the control terminal can drown the preferred lost contact time as judgement, the control terminal is most
Afterwards the primary radio-frequency communication module for receiving and recording send described in enter water detection module and the heart rate detection module
Status information will be as the reference frame for the state that judges to drown, final realize accurate drowned judges.
Preferably, in the judgment step, it is described enter the real-time hydraulic pressure that measures of water detection module or resistance or water level be higher than
The safe hydraulic pressure or the duration of resistance threshold values or safety level threshold values are more than the hydraulic pressure or resistance safety time threshold values
Or the heart rate value that measures of safety level time threshold, the heart rate detection module is when being higher than the safe heart threshold values, by described
Control circuit drives the LED light of itself to light simultaneously variation effect, and the visual alerts effect of drowned state is reached with this.
Preferably, the rescue step includes when in drowned state, and the voice module sends out described to swimmer
It is drowned to remind.
Preferably, the rescue step includes that LED beam guides searchlight to be pointed into the corresponding swimming of described address coding
Position in pond and/or the position being positioned to according to real-time space last before lost contact.
A kind of teaching method, the anti-drowned system, including the voice module are received in the control circuit and are preset
Voice messaging the step of；Or
The voice module receives the first wireless signal transceiver or the simultaneous voice of the audio broadcasting equipment
The step of information.
Compared with prior art, the beneficial effects of the utility model are as follows：
1, there are a variety of drowned decision logics, accurately drowned information can be provided under complex environment, it is ensured that sue and labour
Timeliness, reliability.
2, both integrated systemization is run system components module, also can independent operating work.Ensure any one function module
When element failure, do not influence at least to trace the drowned judgement of swimmer and position, so far system is safer and reliable.
3, for system under the operation of full work(, each function module device system will provide position and drowned original base in order to control
Core data foundation, and elaborate position and drowned judgement are obtained according to integrated logic operation by controller system again, so far solve
Occur position excursion and system is drowned error in judgement phenomenon because external environment influences, overcomes environment and the influence of people,
Whenever accurate positionin can all be realized, whenever can accurately open speed issues swimmer group drowned letter to administrative staff
Breath.
4, it can solve the problems, such as that scene caused by the wrong report of SOS audible-visual annunciators is panic, be effectively relieved and reduce lifeguard
Feeling of fatigue and tensity.The LED attention gatters carried using wearable device and the LED grids of light beams guide mounted on bank are set
Standby, creating natatorium with true, effective and accurate hommization supervision and antomatic soundless indicating mode, comfortably application is experienced.
5, in the case of system and PC server-sides off line and suspension, the anti-drowned system of the whole series of the utility model can be only
Vertical autonomous all intelligent decisions of completion and action execute, and breaks away from various factors system for restricting function of the system because of PC server-sides
It plays and realizes.Especially reach in response speed and in terms of the response time most perfect condition.
6, when SOS events occur or when will occur, wearable device carries LED light and LED beam waterborne refers to
Leading-in device will play Multiple events judgement classification prompting and quickly exact position guides automatically.Different event signals pass through LED
The combination of actions pattern of lamp, different flash patterns, stroboscopic color are simultaneously automatically reminded to and open sound-light alarm in conjunction with other such as voices, drive
So that live lifeguard and surrounding population is aroused attention under the environment of the quiet harmony of a comparison and takes correct measure and side
Method is found and is sued and laboured in time.
7, the first wireless signal transceiver takes swimming outer periphery or overhead installation, does not destroy natatorium entirety vision ring
Premised on border, to realize that system function realizes target.
8 and increased another voice synchronizes function of interpreting, system sends out the event voice set to individual orientation and carries
It wakes up, to allow party to know in time.Pass through the voice module function, moreover it is possible to allow coach during giving lessons, allow swimming pool
Interior each student can clear and definite hear that giving lessons for coach instructs voice, that is, alleviate coach and give lessons throat fatigue
Degree, and strengthen understanding of the student to coach per a word.
9, by natatorium it is waterborne and on all personnel carry out whole real-time monitoring, be that the real-time number of entire venue is united
Meter, timesharing shunting, be automatically reminded to clock, wait for outside the venue personnel's stand-by period it is automatic inform etc., intelligence accurately and timely is provided
It can analyze and push, realize and reach the core requirement of wisdom natatorium.
10, in view of the extension of all-purpose card function, wearable device itself is embedded with NFC tags less radio-frequency IC
Chip is opened changing room locker in combination with E-consumer and closely induction and is used together.
Description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other spies of the utility model
Sign objects and advantages will become more apparent upon.
Fig. 1 is the schematic diagram of the anti-drowned system of the utility model；
Fig. 2 is the module connection diagram of the second wireless singal transceiver of the anti-drowned system of the utility model；
Fig. 3 is the swimming schematic diagram of the anti-drowned system of the utility model；
Fig. 4 is the drowned schematic diagram of the anti-drowned system of the utility model.
In figure：
1- swimming pools 2- the first wireless signal transceiver 3- second wireless singal transceivers
4- wearable device 5- control terminal 6- audio broadcasting equipment
7- radio-frequency communication modules 8- enters water detection module 9- heart rate detection modules
10- voice module 11-LED lamp 12- control circuits
13-LED light beam guidance devices
Specific implementation mode
The utility model is described in detail with reference to specific embodiment.Following embodiment will be helpful to this field
Technical staff further understands the utility model, but does not limit the utility model in any form.It should be pointed out that ability
For the those of ordinary skill in domain, without departing from the concept of the premise utility, several changes and improvements can also be made.
These belong to the scope of protection of the utility model.
The purpose of this utility model is to provide anti-drowned system, anti-drowned swimming pool and anti-drowned methods, overcome existing
There is the difficulty of technology, the position of drowning person, drown status information, swimmer's body can be accurately located in the how intensive waters of people
Saving oneself when health status information, system or equipment failure starts rescue in a manner of most quickly most direct.Meanwhile wearing is set
The standby voice reminder module itself covered, abnormal activity that can be to swimmer and health states, from system to individual
Orientation sends out the event voice reminder set, to allow party to know in time.At the same time, pass through the voice module work(
Can, moreover it is possible to allow coach during giving lessons, each student for allowing in swimming pool can clear and definite hear giving lessons for coach
Voice is instructed, that is, alleviates coach and gives lessons throat fatigue strength, and strengthens understanding of the student to coach per a word.
As shown in Figure 1 to 4, the anti-drowned system of the utility model is set to a swimming pool 1, including：Multiple first is wireless
Signal sending and receiving equipment 2, at least one 5 He of wearable device 4 and a control terminal with second wireless singal transceiver 3
With audio broadcasting equipment 6.
First wireless signal transceiver 2 is suspended in 1 four jiaos of swimming pool over or around, the first wireless signal transceiver
2 include an omnidirectional or orientation radio frequency recognizing electronic label wireless signal transceiver, be arranged around swimming pool 1 or overhead, first
Wireless signal transceiver 2 has unique identiflication number and by multiple first wireless signal transceivers 2 to the second nothing
Line signal sending and receiving equipment 3 is communicated, and the address coding of 1 spatial position of swimming pool of second wireless singal transceiver 3 is obtained.
Second wireless singal transceiver 3 is mounted on wearable device 4 (electronics swimming glasses or electronics swimming cap or the elastic electricity of forehead
Sub- bandage or electronics bracelet) it is inner.Second wireless singal transceiver 3 includes that an omnidirectional or orientation radio frequency recognizing electronic label are wireless
Signal sending and receiving equipment has unique identiflication number and includes that a radio-frequency communication module 7, one enters water detection module 8, wholeheartedly
Rate detection module 9, a voice module 10, a control circuit 12, one are in drowned state and LED lamps 11 flickered and one independent
Power supply.The position of wearable device 4 is that radio-frequency communication module 7 enters water detection module in the rear side of wearable device where each module
8 in the front side of wearable device or side, and heart rate detection module 9 is in the side of wearable device, and voice module 10 is in wearable device
Side.
Control circuit 12 respectively with radio-frequency communication module 7, enter water detection module 8,9 data of heart rate detection module, voice mould
Block 10 is connected with LED light 11, and unified responsible and the first wireless signal transceiver of radio-frequency communication module 7 is controlled by control circuit 12
2 carry out wireless data.
Second wireless singal transceiver 3 carries out real-time communication with the multiple first wireless signal transceivers 2 in bank, so as to
Obtain swimmer's spatial positional information.Control terminal 5 is according to the first wireless signal transceiver of difference 2 and radio-frequency communication module 7
It communicates wirelessly, real-time space orientation is carried out to wearable device 4.
It is wireless that the identiflication number of second wireless singal transceiver 3 is at least sent to first by radio-frequency communication module 7 in real time
Signal sending and receiving equipment 2；When in drowned state, radio-frequency communication module 7 at least compiles the identification of second wireless singal transceiver 3
Number it is sent to the first wireless signal transceiver 2.The range of the rf frequency of radio-frequency communication module 7, low frequency, high frequency, hyperfrequency,
The network types such as microwave, light are applicable in.
At least one there is the LED beam guidance device 13 started when drowned state, passes through wire communication or wireless telecommunications
Control terminal 5 is connected, LED beam guidance device 13 includes a searchlight, position adjusting decoder and a stepper motor；Position
It sets and adjusts decoder according to the address coding in the position in swimming pool 1 of second wireless singal transceiver 3 of drowned state, drive
Dynamic stepper motor adjusts direction of illumination, drive searchlight be pointed into the position in the swimming pool 1 corresponding to address coding and/or according to
The position that last real-time space is positioned to before lost contact.
When swimmer's face enters water, the radio-frequency communication module 7 of second wireless singal transceiver 3 will keep multiple with bank
The real-time communication of first wireless signal transceiver 2.First wireless signal transceiver 2 will receive second wireless singal transmitting-receiving and set
Standby 3 enter the status information of resistance or pressure or SEA LEVEL VARIATION caused by water detection module 8.
When swimmer drowns, the control circuit 12 of second wireless singal transceiver 3 will be according to the resistance or pressure of generation
The number variation continued for constant or data bounce variation of power or water level, generate the drowned information of drowning person.
The drowned information generated by the control circuit 12 of second wireless singal transceiver 3 will be by three time thresholds
(hydraulic pressure or resistance safety time threshold values, water level safety time threshold values, lost contact time threshold) is as one of information foundation of drowning.It arrives
Up to any time threshold values, different conditions alarm ID codes will be all produced, and the event id code will be by multiple first nothings in bank
Line signal sending and receiving equipment 2 is received, and carries out cooler interlock processing by control terminal 5.
The time ID code that the control circuit 12 of second wireless singal transceiver 3 is generated, while control electricity will be used as
The unlatching of the LED light 11 on road 12 and flicker effect.
Second wireless singal transceiver module, when swimmer head is all slipped into the water surface, radio-frequency communication module 7 will
It is interrupted with 2 lost contact of bank the first wireless signal transceiver or communication.In the state of communicating lost contact, i.e. the first wireless signal is received
It sends out equipment 2 and communicates sustained interruption with radio-frequency communication module 7, control terminal 5 can be by preset lost contact time threshold, to judge to drown
Water state, and ID event codes are produced according to lost contact duration system certainly.The ID event codes also will by sound-light alarm,
The terminal devices such as LCD display screen, handheld device are synchronized to report and drown and be reminded.
The heart rate detection module 9 of second wireless singal transceiver module, when swimmer is in drowned state, changes in heart rate will
Difference generates information of drowning according to the values of disparity of changes in heart rate by control circuit 12 with the variation of preset normal cardiac rate
Event id code, and the event id code will be received by the multiple first wireless signal transceivers in bank 2, and by control terminal
5 carry out cooler interlock processing.
The control circuit 12 of second wireless singal transceiver 3 is also equipped with to entering water detection module 8 and heart rate detection mould
The integration analysis and supplementary functions of the alarm ID codes of block 9.When i.e. swimmer is drowned, by penetrating for second wireless singal transceiver 3
Frequency communication module 7 is integrated into water detection module 8 and the alarm ID coding progress set analysis of heart rate detection module 9, judgement, data
Comparison.Alarm ID codes after comparison will unify an ID code to 2 cloth of the first wireless signal transceiver, or in each module
Generated alarm ID code suffixes increase by a decision ID codes to 2 cloth of the first wireless signal transceiver.
Wearable device (electronics swimming glasses or the elastic electronics bandage of electronics swimming cap or forehead or electronics bracelet) and control terminal 5 are sentenced
The disconnected drowned state of swimmer, not with caused by single module.I.e. lost contact time, hydraulic pressure SEA LEVEL VARIATION, resistance variations, heart rate become
The variation of change and determine drowned linkage and warning message publication.The alarming drowning reported outward by wearable device and control terminal 5
Information, will be parsed by the secondary event ID of system set lost contact time and hydraulic pressure SEA LEVEL VARIATION and resistance variations and changes in heart rate,
Data comparison and by secondary system synthesis operation optimization after drowned information be accurate alarm broadcast foundation.
After second wireless singal transceiver 3 enters water, enter water detection module 8, the startup of heart rate detection module 9, while first
The first radio-frequency module communication of wireless signal transceiver 2 and second wireless singal transceiver 3 keeps real-time communication or indirect
Communication is interrupted in communication completely.
When the first situation, the first wireless signal transceiver 2 and the first radio-frequency module keep real-time communication, control terminal
5 meeting real-time receptions enter the status information into water detection module 8 and heart rate detection module 9.And 12 synchronization of control circuit can be to entering water
The status information of detection module 8 and heart rate detection module 9 carries out real-time storage record.When enter water detection module 8 measure it is real-time
Hydraulic pressure or resistance or water level are more than hydraulic pressure or resistance higher than safe hydraulic pressure or the duration of resistance threshold values or safety level threshold values
Safety time threshold values or safety level time threshold will when the heart rate value that heart rate detection module 9 measures is higher than safe heart threshold values
Drowned Main Basiss are judged as 5 system of control terminal.Control terminal 5 and the meeting basis of control circuit 12 enter water detection module 8
Logic analysis and judgement are synchronized with the status information of heart rate detection module 9.
When the second situation, the first wireless signal transceiver 2 and the communication of the first radio-frequency module are in the presence of communicating interrupted, to keep away
Exempt to communicate the lost contact time and actually enter the water time and state is asynchronous and cause to judge by accident, 5 system of control terminal will not be penetrated with first
Frequency module communicates the lost contact time as basis for estimation of drowning, but detects mould with the water that enters that the control circuit 12 received is recorded
The event information that block 8 and heart rate detection module 9 generate is to judge Main Basiss of drowning, and control terminal 5 will preferred last time institute
It receives and the radio-frequency communication module 7 that records is sent enters the status information of water detection module 8 and heart rate detection module 9 as judging
Drowned Main Basiss, and system reference data will be used as by discontinuously communicating the lost contact time, and the comprehensive reference interrupted lost contact time is most
Accurately drowned information is confirmed eventually.
When the third situation, the first wireless signal transceiver 2 and the communication of the first radio-frequency module are interrupted completely, control terminal
5 systems will judge Main Basiss, and the first radio frequency that comprehensive reference last time is recorded using the lasting lost contact time as drowned
Information transmitted by module carries out integrated logic analysis and judgement, and accurately drowned information is finally confirmed by 5 system of control terminal.Together
When, 5 system of control terminal can according to the last record position of the first wireless signal transceiver 2 and the first radio-frequency module, as
Address coding of the wearable device in swimming pool 1.
After determining that swimmer is drowned, position in swimming pool 1 corresponding to address coding and/or according to last before lost contact
The position that is positioned to of real-time space as the positions SOS, and bank LED beam guiding apparatus and control terminal 5 is driven to push
Digital display data reaches the overall effect sued and laboured.Meanwhile it being driven the LED light 11 of itself to light by control circuit 12 and being changed
Effect reaches the visual alerts effect of drowned state with this.
In addition, voice module 10 is connect with 7 mutual audio data of radio-frequency communication module, audio content is by control circuit
12 speech events are default and receive the first wireless transmitting-receiving equipments or voice broadcast service equipment to obtain simultaneous voice information and pass
Into voice module 10.When in drowned state, voice module 10 sends out drowned prompting to swimmer.Bone can be used in audio
Conduction technique or speaker headset allow user to obtain sound effect.
In order to facilitate teaching, during training, coach can also be reached sound in voice module 10 by intercom,
It is very convenient in the form of substituting traditional propaganda directed to communicate.
The utility model further includes an anti-drowned swimming pool, prevents that drowned swimming pool includes anti-drowned system.
Due to the use of the above technology, Tthe utility model system is with high content of technology, and integrated level is high, high degree of automation and
The characteristics of reducing the quantity of safety officer effectively reduces venue personnel cost, and increased another voice synchronizes function of interpreting,
System sends out the event voice reminder set to individual orientation, to allow party to know in time.Pass through the voice module 10
Function, moreover it is possible to allow coach during giving lessons, each student for allowing in swimming pool 1 can clear and definite hear awarding for coach
Class instructs voice, that is, alleviates coach and give lessons throat fatigue strength, and strengthens understanding of the student to coach per a word.With
This simultaneously, Scientific application and high mature Integration ofTechnology make the utility model safer, more scientific, more humane, more practical.
This system information collection under complex environment is accurate and accurate positioning, and each unit module in system has independent
Intelligent decision and control characteristic are truly realized by easy, hommization scientific and technological management means with current Internet of Things
It is built and application for the typical of the scientific and technological natatorium of modernization of core subject.
The maximum value of the utility model is to be emphasized in that safe and stable, reliable, of low cost, construction is convenient, and can root
It is required according to different clients, the different of different Venues Environments, meets various functions demand comprehensively.So far, this set system has well
Marketing and applicability, provide to the user from the anti-drowned technology of monomer and supervise the most reason supervised automatically to whole systemization
Think effect.
Specific embodiment of the utility model is described above.It is to be appreciated that the utility model not office
It is limited to above-mentioned particular implementation, those skilled in the art can make a variety of changes or change within the scope of the claims,
This has no effect on the substantive content of the utility model.In the absence of conflict, the spy in embodiments herein and embodiment
Sign can be arbitrarily combined with each other.
Claims (16)
1. the anti-drowned system of one kind, is set to a swimming pool, which is characterized in that including：Multiple first wireless signal transceivers, extremely
Few one wearable device and a control terminal with second wireless singal transceiver；Wherein
The first wireless signal transceiver is arranged around the swimming pool or overhead, the first wireless signal transceiver
With unique identiflication number, multiple first wireless signal transceivers are carried out with the second wireless singal transceiver
Communication, obtains the address coding of the swimming pool spatial position of the second wireless singal transceiver；
The second wireless singal transceiver have unique identiflication number and include a radio-frequency communication module, one enter water inspection
Survey module and a heart rate detection module；
The radio-frequency communication module with it is described enter water detection module, the heart rate detection module data be connected, led to by the radio frequency
News module is communicated with the first wireless signal transceiver；
The control terminal is led to according to multiple and different first wireless signal transceivers with the radio-frequency communication module
News carry out real-time space orientation and information collection to the wearable device.
2. anti-drowned system according to claim 1, which is characterized in that the first wireless signal transceiver includes one
Omnidirectional or orientation radio frequency recognizing electronic label wireless signal transceiver；
The second wireless singal transceiver includes an omnidirectional or orientation radio frequency recognizing electronic label wireless signal transceiver.
3. anti-drowned system according to claim 1, which is characterized in that the model of the rf frequency of the radio-frequency communication module
It encloses for low frequency, high frequency, hyperfrequency, microwave, light.
4. anti-drowned system according to claim 1, which is characterized in that prestore in the second wireless singal transceiver
At least one safe hydraulic pressure or resistance threshold values, an at least hydraulic pressure or resistance safety time threshold values, an at least safety level threshold values, at least
One safety level time threshold and at least a safe heart threshold values；
It is described enter water detection module measure real-time hydraulic pressure or resistance or water level, if the real-time hydraulic pressure or resistance or water level that measure are higher than
The safe hydraulic pressure or the duration of resistance threshold values or safety level threshold values are more than the hydraulic pressure or resistance safety time threshold values
Or safety level time threshold, then as judgement in one of drowned state foundation；
The heart rate detection module measures swimmer's health states, if the heart rate value measured is higher than the safe heart valve
It is worth, then as judgement in one of drowned state foundation.
5. anti-drowned system according to claim 1, which is characterized in that prestore a lost contact time valve in the control terminal
Value, if the communication lost contact time of the radio-frequency communication module and the first wireless signal transceiver is more than the lost contact time
Threshold values, then as judgement in one of drowned state foundation.
6. anti-drowned system according to claim 1, which is characterized in that the second wireless singal transceiver includes one
Control circuit, the control circuit are used for entering water detection module and described described in the second wireless singal transceiver
Data measured by heart rate detection module are integrated, and are received and dispatched by the radio-frequency communication module and first wireless signal
Device talk.
7. anti-drowned system according to claim 6, which is characterized in that the second wireless singal transceiver includes one
Voice module, the voice module receives preset voice messaging in the control circuit, first wireless signal transmitting-receiving is set
Standby or audio broadcasting equipment simultaneous voice information.
8. anti-drowned system according to claim 7, which is characterized in that the voice messaging is using bone conduction technology or raises
Sound device earphone allows user to obtain sound effect.
9. anti-drowned system according to claim 7, which is characterized in that the voice messaging includes drowned prompting and teaching
It reminds.
10. anti-drowned system according to claim 1, which is characterized in that the anti-drowned system occurs including at least one
The LED beam guidance device started when drowned state, the LED beam guidance device are connected by wire communication or wireless telecommunications
Connect the control terminal；
The LED beam guidance device includes a searchlight, position adjusting decoder and a stepper motor；The position tune
Address coding of the decoder according to the second wireless singal transceiver position in the swimming pool for being in drowned state is saved,
It drives the stepper motor to adjust direction of illumination, the searchlight is driven to be pointed into the corresponding swimming pool of described address coding
In position and/or the position that is positioned to according to real-time space last before lost contact.
11. anti-drowned system according to claim 7, which is characterized in that the radio-frequency communication module is set in the wearing
Standby rear side；It is described enter water detection module in the front side of the wearable device or side；The heart rate detection module is worn described
Wear the side of equipment；Side of the voice module in the wearable device.
12. anti-drowned system according to claim 1, which is characterized in that the second wireless singal transceiver includes
One LED light flickered in drowned state.
13. anti-drowned system according to claim 1, which is characterized in that the first wireless signal transceiver suspension
Over or around in the swimming pool quadrangle.
14. anti-drowned system according to claim 1, which is characterized in that the second wireless singal transceiver includes
One independent current source.
15. anti-drowned system according to claim 1, which is characterized in that the wearable device is electronics swimming glasses or electricity
Sub- swimming cap or the elastic electronics bandage of forehead or electronics bracelet.
16. the anti-drowned swimming pool of one kind includes the anti-drowned system as described in any one of claim 1 to 15.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720278115.6U CN207609211U (en) | 2017-03-21 | 2017-03-21 | Anti- drowned system, anti-drowned swimming pool |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720278115.6U CN207609211U (en) | 2017-03-21 | 2017-03-21 | Anti- drowned system, anti-drowned swimming pool |
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| Publication Number | Publication Date |
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| CN207609211U true CN207609211U (en) | 2018-07-13 |
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| CN201720278115.6U Active CN207609211U (en) | 2017-03-21 | 2017-03-21 | Anti- drowned system, anti-drowned swimming pool |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106948622A (en) * | 2017-03-21 | 2017-07-14 | 上海纪烨物联网科技有限公司 | Anti- drowned system, anti-drowned swimming pool and anti-drowned method, teaching method |
| CN111359171A (en) * | 2020-03-17 | 2020-07-03 | 杭州炘诺科技有限公司 | Drowning-prevention swimming reminding glasses and reminding method thereof |
| WO2020242249A1 (en) * | 2019-05-30 | 2020-12-03 | Samsung Electronics Co., Ltd. | Electronic device providing workout information according to workout environment and method of operating the same |
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2017
- 2017-03-21 CN CN201720278115.6U patent/CN207609211U/en active Active
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106948622A (en) * | 2017-03-21 | 2017-07-14 | 上海纪烨物联网科技有限公司 | Anti- drowned system, anti-drowned swimming pool and anti-drowned method, teaching method |
| WO2020242249A1 (en) * | 2019-05-30 | 2020-12-03 | Samsung Electronics Co., Ltd. | Electronic device providing workout information according to workout environment and method of operating the same |
| CN113906371A (en) * | 2019-05-30 | 2022-01-07 | 三星电子株式会社 | Electronic device for providing exercise information according to exercise environment and method for operating the same |
| US11376469B2 (en) | 2019-05-30 | 2022-07-05 | Samsung Electronics Co., Ltd | Electronic device providing workout information according to workout environment and method of operating the same |
| CN113906371B (en) * | 2019-05-30 | 2023-10-10 | 三星电子株式会社 | Electronic device for providing exercise information according to exercise environment and method for operating the same |
| CN111359171A (en) * | 2020-03-17 | 2020-07-03 | 杭州炘诺科技有限公司 | Drowning-prevention swimming reminding glasses and reminding method thereof |
| CN111359171B (en) * | 2020-03-17 | 2021-07-13 | 杭州炘诺科技有限公司 | Drowning-prevention swimming reminding glasses and reminding method thereof |
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