CN211585111U - Drowned detection swimming goggles - Google Patents
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- CN211585111U CN211585111U CN201922103348.4U CN201922103348U CN211585111U CN 211585111 U CN211585111 U CN 211585111U CN 201922103348 U CN201922103348 U CN 201922103348U CN 211585111 U CN211585111 U CN 211585111U
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Abstract
The utility model belongs to the technical field of emergent SOS and sign anomaly monitoring, concretely relates to drowned detection swimming goggles. The utility model discloses the purpose is considered interpersonal difference, sets for fixed threshold value or sets up the detection mode of fixed range of variation according to experience completely, the drowned technical problem of judgement that is not accurate enough. The utility model discloses a remote server, sensor module, speaker module, communication control module, urgent help module, orientation module and power module. Sensor module conveys the information of its collection to remote server through communication control module, remote server accepts the information and stores and distinguishes the different swimming strokes of swimmer with the analysis, and passes through put the difference accuracy of data between triaxial acceleration sensor and gravity sensor collection moulding piece, the right side and judge the motion law of swimmer head between triaxial acceleration sensor and the gravity sensor collection moulding piece on a left side, make the differentiation of various swimming strokes more accurate.
Description
Technical Field
The utility model belongs to the technical field of emergent SOS and sign anomaly monitoring, concretely relates to drowned detection swimming goggles.
Background
Swimming is one of sports items that men, women, old and young all like, and people who like swimming are more and more, and the safety problem also receives more and more attention from everyone. The drowning of the swimmer can be caused by the reasons of poor swimming technology, sudden diseases or accidents during swimming. However, due to energy, noise and the possibility that a drowner does not shout or struggle violently, a security worker in a swimming venue often cannot find the drowner and perform rescue in time.
With the concern of people on how to detect the occurrence of drowning phenomenon and provide real-time rescue, swimming goggles have also received the attention of people as a swimming necessity and have some related products and patents, for example, CN 107773931a (an intelligent swimming glasses) adopts a heart rate detection sensor and a motion sensor to respectively detect the heart rate of a swimmer, the displacement from the water surface and the swimming speed, judges that the swimmer is abnormal when the data of the motion sensor exceeds a fixed threshold value or the feedback data of the heart rate sensor is greatly changed, and simultaneously adopts a GPS to position and alarm the swimmer; CN 205127317U (an intelligent swimming goggle) detects the water level depth of a user through a pressure sensor, and judges that a swimmer is drowned when the pressure is too high; CN 206138671U (intelligent swimming goggles) detects the blood state of the wearer through a physiological information detection module, and makes a bone conduction loudspeaker give out warning sound when abnormality is found; CN 205055342U (a swimming goggles) passes through temperature sensor and heart rate sensor collection swimmer's body temperature and rhythm of the heart, and with the body temperature and the rhythm of the heart comparison of predetermineeing in the storage module, judge drowning when surpassing the scope. The above patents adopt a detection mode of setting a fixed threshold value or a fixed change amplitude according to experience for drowning detection, but the method is not enough to accurately judge drowning in consideration of the difference between people.
SUMMERY OF THE UTILITY MODEL
The utility model discloses the purpose is considered interpersonal difference, sets for fixed threshold value or sets up the detection mode of fixed range of variation according to experience completely, the drowned technical problem of judgement that is not accurate enough. In order to solve the technical problem, the utility model discloses a technical scheme does:
the utility model provides a drowned detection swimming goggles, includes the main part and is annular swimming goggles area, the main part includes swimming goggle bracket, swimming goggle piece and the waterproof packing ring of plastic, still includes remote server, sensor module, speaker module, communication control module, promptly seeks help module, orientation module and power module, sensor module is connected with communication control module, communication control module is connected with speaker module, orientation module, power module and remote server respectively, promptly seek help the module and be connected with speaker module and communication control module respectively, power module is connected with sensor module, speaker module, promptly seek help module and orientation module respectively for supply power for each module, guarantee the normal use of each module, orientation module is used for fixing a position the swimmer position.
Further, the sensor module comprises a front pressure sensor, a rear pressure sensor, a left three-axis acceleration sensor and gravity sensor integrated module, a right three-axis acceleration sensor and gravity sensor integrated module, a photoelectric heart rate sensor and a temperature sensor, the front pressure sensor is arranged in the middle of the swimming goggle frame, the rear pressure sensor is arranged in the rear side of the swimming goggle belt and used for sensing the pressure in water, and the state and the depth of the swimmer in the water are judged according to the pressure values given by the front pressure sensor and the rear pressure sensor, the left three-axis acceleration sensor and gravity sensor integrated module is arranged in the left side of the swimming goggle belt, the right three-axis acceleration sensor and gravity sensor integrated module is arranged in the right side of the swimming goggle belt and used for collecting the motion time sequence data of the swimmer in real time, and the photoelectric heart rate sensor and the temperature sensor are arranged in the left side of the, so as to be in contact with the temple of the head of a human body when being worn, and is used for measuring the heart rate and the body temperature.
Still further, the sensor module passes through communication control module with the information that its was gathered and conveys to remote server, remote server accepts the information and stores and the different swimming strokes of distinguishing the swimmer with the analysis, and through the difference of data is accurate between left side-placed triaxial acceleration sensor and gravity sensor integrated module, right side-placed triaxial acceleration sensor and the gravity sensor integrated module and is judged the motion law of swimmer head, makes the differentiation of various swimming strokes more accurate.
Still further, the remote server includes a storage module and an analysis module, the storage module is used for storing the motion time sequence data and the vital sign parameters of gathering that the sensor module gathered, the vital sign parameters include heart rate value and body temperature value, the analysis module is used for analyzing motion time sequence data and before and after the entering water threshold value range of heart rate value and body temperature value.
Further, the speaker module includes a left speaker, a right speaker and a bone conduction speaker, the left speaker and the right speaker are respectively arranged at two sides of the swimming goggle bracket, the bone conduction speaker is arranged at the left side of the swimming goggle belt, the left speaker and the right speaker are used for giving out alarm sound when a user drowns, the bone conduction speaker gives out alarm information to remind the user when the vital sign of the user exceeds preset parameters, when the remote server judges that the user is drowned by analyzing the motion time sequence data, the communication control module controls the loudspeaker module to enable the left loudspeaker and the right loudspeaker to give out an alarm, when the remote server judges that the user is possibly dangerous by analyzing the heart rate and the body temperature data, the communication control module controls the loudspeaker module to enable the bone conduction loudspeaker to play alarm information.
Further, the left side of swimming mirror holder is equipped with communication control module, communication control module includes zigBee chip and on-off controller chip, remote server sends alarm information to communication control module through analysis motion time sequence data, communication control module follows reviver information is read in the remote server to network deployment through zigBee chip formation conveys information of asking for help and positional information to reviver and swimmer around, because the characteristic of zigBee network, a terminal equipment can connect a plurality of equipment, can connect between each equipment as the data transfer, realizes multi-device, remote data transmission, on-off controller chip is used for opening and closing sensor module, orientation module and speaker module, works as when leading pressure sensor or rear pressure sensor's pressure value is not zero, communication control module control left side is put triaxial acceleration sensor and gravity sensor integrated module and right side and is put triaxial acceleration sensor module The sensor and gravity sensor integrated module starts to work, a bone conduction microphone can be arranged in the loudspeaker module, and voice communication can be carried out between users through a networking formed by a ZigBee network.
Furthermore, the both sides of the swimming frame are respectively provided with an emergency help module, the emergency help module has a mistouch prevention design, the emergency help module comprises an emergency help button and an auxiliary button, the emergency help button is used for sending a help signal when a user drowns, the auxiliary button is used for manually turning off misjudgment alarm, the emergency help button comprises a button, a connecting rod and a plectrum, the button is embedded in the swimming frame, the connecting rod is arranged on the button, the plectrum is arranged on the connecting rod, the plectrum is outwards opened when the user is in danger, the connecting rod drives the button to move downwards and sends an alarm signal, the auxiliary button is arranged below the plectrum and positioned on the swimming frame, the auxiliary button is wrapped by waterproof materials, when the alarm is wrong, the user can press the plectrum to turn off the alarm by pressing the auxiliary button and transmit misjudgment information to a remote server through the communication control module, when the user presses the auxiliary button for 5 seconds or more than 5 seconds, the bone conduction microphone is opened by the communication control module, and voice communication between the users is realized.
Compared with the prior art, the utility model discloses following beneficial effect has:
1. the utility model discloses a communication control module conveys the motion time sequence data of sensor module collection to remote server in real time, analysis module through remote server carries out the analysis to data and finds out swimmer's motion law, judges that the swimmer takes place drowned when swimmer's motion data analysis result is not conform to swimmer self motion law, and this method can provide more accurate drowned detection mode for different people, is fit for the crowd of any age bracket, has extensive suitability. The specific method can refer to patent CN107320092A (an outdoor swimming state monitoring bracelet and a swimming state anomaly monitoring method) previously applied by applicant.
2. Place the middle of the swimming mirror frame in the leading pressure sensor, place the swimming mirror area rear side in the rearmounted pressure sensor for perception underwater pressure to the pressure value that gives according to leading pressure sensor and rearmounted pressure sensor judges the state and the degree of depth of swimmer in aqueous, place the left side in left side triaxial acceleration sensor and the gravity sensor collection moulding piece in the swimming mirror area, place the right side in right side triaxial acceleration sensor and the gravity sensor collection moulding piece in the swimming mirror area for real-time collection swimmer motion time sequence data, place the left side in the swimming mirror area in photoelectric type heart rate sensor and the temperature sensor is all, put the contact with human head sun acupuncture point when so as to wear, be used for measuring rhythm of the heart and body temperature.
3. Sensor module conveys the information of its collection to remote server through communication control module, remote server accepts the information and stores and distinguishes the different swimming strokes of swimmer with the analysis, and passes through put the difference accuracy of data between triaxial acceleration sensor and gravity sensor collection moulding piece, the right side and judge the motion law of swimmer head between triaxial acceleration sensor and the gravity sensor collection moulding piece on a left side, make the differentiation of various swimming strokes more accurate.
4. Remote server includes storage module and analysis module, storage module is used for the motion time sequence data that the storage sensor module gathered and the vital sign parameter of gathering, the vital sign parameter includes heart rate value and body temperature value, analysis module is used for the threshold value scope of heart rate value and body temperature value around analysis motion time sequence data and income water.
5. The speaker module of the utility model comprises a left speaker, a right speaker and a bone conduction speaker, the left speaker and the right speaker are respectively arranged at two sides of the swimming goggle bracket, the bone conduction speaker is arranged at the left side of the swimming goggle belt, the left speaker and the right speaker are used for giving out alarm sound when a user drowns, the bone conduction speaker gives out alarm information to remind the user when the vital sign of the user exceeds preset parameters, when the remote server judges that the user is drowned by analyzing the motion time sequence data, the communication control module controls the loudspeaker module to enable the left loudspeaker and the right loudspeaker to give out an alarm, when the remote server judges that the user is possibly dangerous by analyzing the heart rate and the body temperature data, the communication control module controls the loudspeaker module to enable the bone conduction loudspeaker to play alarm information.
6. The utility model discloses the left side of swimming mirror holder is equipped with communication control module, communication control module includes zigBee chip and on-off controller chip, remote server sends alarm information to communication control module through analysis motion chronogenesis data, communication control module follows reviver information is read among the remote server to network deployment through zigBee chip formation conveys distress message and positional information to the reviver and swimmer on every side, because the characteristic of zigBee network, a terminal equipment can connect a plurality of equipment, can connect between each equipment as the data transfer, realizes multi-device, remote data transmission, on-off controller chip is used for opening and closing sensor module, orientation module and speaker module, works as when leading pressure sensor or rear pressure sensor's pressure value is not zero, communication control module control left side is put triaxial acceleration sensor and gravity sensor integrated module and right side and is put the triaxial and add when zero The speed sensor and gravity sensor integrated module starts to work, a bone conduction microphone can be arranged in the loudspeaker module, and voice communication can be carried out between users through a networking formed by a ZigBee network.
7. The utility model is characterized in that the two sides of the swimming goggle bracket are respectively provided with an emergency help module, the emergency help module has a mistouch prevention design, the emergency help module comprises an emergency help button and an auxiliary button, the emergency help button is used for sending out a help signal when a user drowns, the auxiliary button is used for manually closing misjudgment alarm, the emergency help button comprises a button, a connecting rod and a plectrum, the button is embedded in the swimming goggle bracket, the connecting rod is arranged on the button, the plectrum is arranged on the connecting rod, the plectrum is opened outwards when the user is in danger, the connecting rod drives the button to move downwards and sends out an alarm signal, the auxiliary button is arranged below the plectrum and positioned on the swimming goggle bracket, the auxiliary button is wrapped by waterproof materials, when the alarm is wrong, the user can press the auxiliary button to close the alarm and send misjudgment information to a remote server by a communication control module by pressing the plectrum, when the user presses the auxiliary button for 5 seconds or more than 5 seconds, the bone conduction microphone is opened by the communication control module, and voice communication between the users is realized.
Drawings
Fig. 1 is a schematic view of the overall structure of the present invention;
FIG. 2 is a schematic view of the connection structure of the functional modules of the present invention;
fig. 3 is a schematic structural diagram of the emergency help module of the present invention;
in the figure: 1-main body part, 2-swimming goggle belt, 3-swimming goggle bracket, 4-swimming goggle piece, 5-plastic waterproof gasket, 6-sensor module, 7-loudspeaker module, 8-communication control module, 9-emergency help module, 10-positioning module, 11-power module, 13-front pressure sensor, 14-rear pressure sensor, 15-left triaxial acceleration sensor and gravity sensor integrated module, 16-right triaxial acceleration sensor and gravity sensor integrated module, 17-photoelectric heart rate sensor, 18-temperature sensor, 19-left loudspeaker, 20-right loudspeaker, 21-bone conduction loudspeaker, 22-emergency help button, 221-button, 222-connecting rod, 222-swimming goggle bracket, 4-swimming goggle piece, 5-plastic waterproof gasket, 6-sensor module, 7-loudspeaker module, 8-communication control module, 9-emergency help module, 10-positioning module, 11-power module, 223-plectrum, 23-auxiliary button.
Detailed Description
The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.
Examples
A pair of drowning detection swimming goggles comprises a main body part 1 and an annular swimming goggle belt 2, wherein the main body part 1 comprises a swimming goggle bracket 3, swimming goggles lenses 4 and a plastic waterproof gasket 5, and further comprises a remote server, a sensor module 6, a loudspeaker module 7, a communication control module 8, an emergency help module 9, a positioning module 10 and a power supply module 11, the sensor module 6 is connected with a communication control module 8, the communication control module 8 is respectively connected with a loudspeaker module 7, a positioning module 10, a power supply module 11 and a remote server, the emergency help-seeking module 9 is respectively connected with the loudspeaker module 7 and the communication control module 8, the power supply module 11 is respectively connected with the sensor module 6, the loudspeaker module 7, the emergency help-seeking module 9 and the positioning module 10, the positioning module 10 is used for supplying power to each module to ensure the normal use of each module, and is used for positioning the position of the swimmer.
The sensor module 6 comprises a front pressure sensor 13, a rear pressure sensor 14, a left three-axis acceleration sensor and gravity sensor integrated module 15, a right three-axis acceleration sensor and gravity sensor integrated module 16, a photoelectric heart rate sensor 17 and a temperature sensor 18, the front pressure sensor 13 is arranged in the middle of the swimming goggle bracket 3, the rear pressure sensor 14 is arranged in the rear side of the swimming goggle belt 2 and used for sensing the pressure in water, the state and the depth of a swimmer in the water are judged according to the pressure values given by the front pressure sensor 13 and the rear pressure sensor 14, the left three-axis acceleration sensor and gravity sensor integrated module 15 is arranged in the left side of the swimming goggle belt 2, the right three-axis acceleration sensor and gravity sensor integrated module 16 is arranged in the right side of the swimming goggle belt 2 and used for collecting the motion time sequence data of the swimmer in real time, photoelectric heart rate sensor 17 and temperature sensor 18 are all placed in the left side of swimming goggles belt 2 to put the contact with human head sunacupuncture point when wearing, be used for measuring heart rate and body temperature.
The sensor module 6 transmits the acquired information to a remote server through a communication control module 8, the remote server receives the information, stores and analyzes the information, and accurately judges the motion rule of the head of the swimmer through the data difference between the left triaxial acceleration sensor and gravity sensor integrated module 15 and the right triaxial acceleration sensor and gravity sensor integrated module 16.
The remote server comprises a storage module and an analysis module, the storage module is used for storing motion time sequence data collected by the sensor module 6 and collected vital sign parameters, the vital sign parameters comprise heart rate values and body temperature values, and the analysis module is used for analyzing the motion time sequence data and threshold ranges of the heart rate values and the body temperature values before and after entering water.
The preset detection duration of the heart rate and the body temperature is default to 10 seconds;
the heart rate and body temperature detection interval is defaulted to 10 minutes.
The speaker module 7 includes a left speaker 19, a right speaker 20 and a bone conduction speaker 21, the left speaker 19 and the right speaker 20 are respectively arranged at two sides of the swimming goggle bracket 3, the bone conduction speaker 21 is arranged at the left side of the swimming goggle belt 2, the left speaker 19 and the right speaker 20 are used for emitting alarm sound when the user drowns, the bone conduction speaker 21 sends out alarm information to remind the user when the vital signs of the user exceed the preset parameters, when the remote server judges that the user is drowned by analyzing the motion time sequence data, the communication control module 8 controls the loudspeaker module 7 to enable the left loudspeaker 19 and the right loudspeaker 20 to give an alarm, when the remote server judges that the user is possibly dangerous by analyzing the heart rate and body temperature data, the communication control module 8 controls the speaker module 7 to make the bone conduction speaker 21 play alarm information.
The left side of the swimming goggle bracket 3 is provided with a communication control module 8, the communication control module 8 comprises a ZigBee chip and an on-off controller chip, the remote server sends out alarm information to the communication control module 8 by analyzing motion time sequence data, the communication control module 8 reads information of a lifeguard from the remote server and transmits distress information and position information to the lifeguard and surrounding swimmers through networking formed by the ZigBee chip, due to the characteristics of a ZigBee network, one terminal device can be connected with a plurality of devices, the devices can be connected with one another to be used as data transfer to realize multi-device and remote data transmission, the on-off controller chip is used for opening and closing the sensor module 6, the positioning module 10 and the loudspeaker module 7, when the pressure value of the front pressure sensor 13 or the rear pressure sensor 14 is not zero, the communication control module 8 controls the left triaxial acceleration sensor and gravity sensor integrated module 15 and the right triaxial acceleration sensor and gravity sensor integrated module 16 to start working.
The two sides of the swimming goggle bracket 3 are respectively provided with an emergency help module 9, the emergency help module 9 comprises an emergency help button 22 and an auxiliary button 23, the emergency help-seeking button 22 is used for sending out a help-seeking signal when a user drowns, the auxiliary button 23 is used for manually turning off a misjudgment alarm, the emergency call-for-help button 22 includes a button 221, a connecting rod 222 and a dial 223, the button 221 is embedded inside the swimming frame 3, the connecting rod 222 is arranged on the button 221, the poking piece 223 is arranged on the connecting rod 222, when the user is in danger, the pull tab 223 is opened outwards, the connecting rod 222 drives the button 221 to move downwards, and sends out an alarm signal, the auxiliary button 23 is arranged below the shifting piece 223 and is positioned on the swimming goggle bracket 3, the auxiliary button 23 is wrapped by waterproof materials, when the alarm is wrong, the user can press the auxiliary button 23 by pressing the dialing piece to turn off the alarm and transmit the misjudgment information to the remote server by the communication control module 8.
The swimming goggle bracket and the swimming goggle belt are both wrapped by the nanometer waterproof coating.
The main body part 1, the swimming goggle belt 2, the swimming goggle bracket 3, the swimming goggle piece 4, the plastic waterproof gasket 5, the sensor module 6, the speaker module 7, the communication control module 8, the emergency help module 9, the positioning module 10, the power supply module 11, the front pressure sensor 13, the rear pressure sensor 14, the left three-axis acceleration sensor and gravity sensor integrated module 15, the right three-axis acceleration sensor and gravity sensor integrated module 16, the photoelectric heart rate sensor 17, the temperature sensor 18, the left speaker 19, the right speaker 20, the bone conduction speaker 21, the emergency help button 22, the button 221, the connecting rod 222, the shifting piece 223 and the auxiliary button 23 of the utility model are all universal standard parts or parts known by technicians in the field, the structure and principles are known to the skilled person from technical manuals or by routine experimentation.
The basic principles and the main features of the invention and the advantages of the invention have been shown and described above, it will be evident to those skilled in the art that the invention is not limited to the details of the foregoing illustrative embodiments, but that the invention may be embodied in other specific forms without departing from the spirit or essential characteristics of the invention. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned.
Furthermore, it should be understood that although the present description refers to embodiments, not every embodiment may contain only a single embodiment, and such description is for clarity only, and those skilled in the art should integrate the description, and the embodiments may be combined as appropriate to form other embodiments understood by those skilled in the art.
Claims (7)
1. The utility model provides a drowned detection swimming goggles, includes main part (1) and is annular swimming goggles area (2), main part (1) is including swimming mirror holder (3), swimming goggles piece (4) and plastic waterproof gasket (5), its characterized in that: also comprises a remote server, a sensor module (6), a loudspeaker module (7), a communication control module (8), an emergency help-seeking module (9), a positioning module (10) and a power supply module (11), the sensor module (6) is connected with a communication control module (8), the communication control module (8) is respectively connected with a loudspeaker module (7), a positioning module (10), a power supply module (11) and a remote server, the emergency help-seeking module (9) is respectively connected with the loudspeaker module (7) and the communication control module (8), the power module (11) is respectively connected with the sensor module (6), the loudspeaker module (7), the emergency help module (9) and the positioning module (10), the system is used for supplying power to each module and ensuring the normal use of each module, and the positioning module (10) is used for positioning the position of a swimmer.
2. The drowning detection swimming goggles according to claim 1, characterized in that: the sensor module (6) comprises a front pressure sensor (13), a rear pressure sensor (14), a left three-axis acceleration sensor and gravity sensor integrated module (15), a right three-axis acceleration sensor and gravity sensor integrated module (16), a photoelectric heart rate sensor (17) and a temperature sensor (18), the front pressure sensor (13) is arranged in the middle of the swimming goggle frame (3), the rear pressure sensor (14) is arranged in the rear side of the swimming goggle belt (2) and is used for sensing the pressure in water, the state and the depth of a swimmer in the water are judged according to the pressure values given by the front pressure sensor (13) and the rear pressure sensor (14), the left side of the swimming goggle belt (2) is arranged in the left three-axis acceleration sensor and gravity sensor integrated module (15), the right three-axis acceleration sensor and gravity sensor integrated module (16) is arranged in the right side of the swimming goggle belt (2), the swimming glasses belt is used for collecting swimmer movement time sequence data in real time, the photoelectric heart rate sensor (17) and the temperature sensor (18) are arranged on the left side of the swimming glasses belt (2) in a built-in mode, so that the photoelectric heart rate sensor and the temperature sensor are in contact with the temple of the head of a human body when being worn, and are used for measuring heart rate and body temperature.
3. The drowning detection swimming goggles according to claim 2, characterized in that: the sensor module (6) transmits the collected information to a remote server through a communication control module (8), the remote server receives the information and stores and analyzes the information, and the motion rule of the head of the swimmer is accurately judged through the difference of data between the left three-axis acceleration sensor and gravity sensor integrated module (15) and the right three-axis acceleration sensor and gravity sensor integrated module (16).
4. The drowning detection swimming goggles according to claim 1, characterized in that: the remote server comprises a storage module and an analysis module, the storage module is used for storing motion time sequence data collected by the sensor module (6) and collected vital sign parameters, the vital sign parameters comprise a heart rate value and a body temperature value, and the analysis module is used for analyzing the motion time sequence data and threshold ranges of the heart rate value and the body temperature value before and after entering water.
5. The drowning detection swimming goggles according to claim 1, characterized in that: speaker module (7) including a left side put speaker (19), put speaker (20) and bone conduction speaker (21) in the right side, a left side is put speaker (19) and is put speaker (20) in the right side and set up respectively in the both sides of swimming mirror frame (3), place the left side of swimming mirror area (2) in bone conduction speaker (21), a left side is put speaker (19) and is put speaker (20) in the right side and be used for sending out alarm sound when the user takes place to drown, bone conduction speaker (21) sends alarm information when user vital sign surpasss and predetermines the parameter and reminds the user, works as remote server is through analysis motion time sequence data judgement user drowned, communication control module (8) control speaker module (7) make a left side put speaker (19) and right side put speaker (20) and send out the police dispatch newspaper, works as remote server is through analysis heart rate and body temperature data, when the possibility that the user is dangerous is judged, the communication control module (8) controls the loudspeaker module (7) to enable the bone conduction loudspeaker (21) to play alarm information.
6. The drowning detection swimming goggles according to claim 2, characterized in that: the left side of swimming goggle bracket (3) is equipped with communication control module (8), communication control module (8) include zigBee chip and on-off controller chip, remote server sends alarm information to communication control module (8) through analysis motion time sequence data, communication control module (8) follow survival staff's information is read in the remote server to the network deployment that forms through the zigBee chip conveys information of seeking help and positional information to the survival staff and swimmers around and, because the characteristic of zigBee network, a terminal equipment can connect a plurality of equipment, can connect as the data transfer between each equipment, realizes many equipment, remote data transmission, on-off controller chip is used for opening and close sensor module (6), orientation module (10) and speaker module (7), when the pressure value of leading pressure sensor (13) or trailing pressure sensor (14) is not zero, the communication control module (8) controls the left triaxial acceleration sensor and gravity sensor integrated module (15) and the right triaxial acceleration sensor and gravity sensor integrated module (16) to start working.
7. The drowning detection swimming goggles according to claim 1, characterized in that: the both sides of swimming mirror holder (3) are equipped with urgent help-seeking module (9) respectively, urgent help-seeking module (9) are including urgent help-seeking button (22) and auxiliary button (23), urgent help-seeking button (22) are used for sending distress signal when the user takes place to drown, auxiliary button (23) are used for the manual alarm of closing misjudgement, urgent help-seeking button (22) are including button (221), connecting rod (222) and plectrum (223), embedded in the inside of swimming mirror holder (3) in button (221), connecting rod (222) set up on button (221), plectrum (223) set up on connecting rod (222), outwards open plectrum (223) when the user takes place danger, connecting rod (222) drive button (221) move down to send alarm signal, auxiliary button (23) set up on swimming mirror holder (3) under plectrum (223) position, the auxiliary button (23) is wrapped by waterproof materials, when an alarm is wrong, a user can press the auxiliary button (23) to close the alarm by pressing the poking sheet, and misjudgment information is transmitted to the remote server through the communication control module (8).
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| CN201922103348.4U CN211585111U (en) | 2019-11-29 | 2019-11-29 | Drowned detection swimming goggles |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201922103348.4U CN211585111U (en) | 2019-11-29 | 2019-11-29 | Drowned detection swimming goggles |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112150768A (en) * | 2020-09-30 | 2020-12-29 | 江苏开放大学（江苏城市职业学院） | Wearable equipment for early warning of drowning and monitoring method thereof |
| CN114052679A (en) * | 2021-11-16 | 2022-02-18 | 西安热工研究院有限公司 | Personnel emergency help-seeking positioning device for intelligent power plant |
| GB2602560A (en) * | 2021-01-05 | 2022-07-06 | Pinchasov Yafim | Apparatus for detection of drowning conditions |
-
2019
- 2019-11-29 CN CN201922103348.4U patent/CN211585111U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112150768A (en) * | 2020-09-30 | 2020-12-29 | 江苏开放大学（江苏城市职业学院） | Wearable equipment for early warning of drowning and monitoring method thereof |
| GB2602560A (en) * | 2021-01-05 | 2022-07-06 | Pinchasov Yafim | Apparatus for detection of drowning conditions |
| CN114052679A (en) * | 2021-11-16 | 2022-02-18 | 西安热工研究院有限公司 | Personnel emergency help-seeking positioning device for intelligent power plant |
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