CN111223280A - Intelligent wearing system for preventing teenager myopia - Google Patents
Intelligent wearing system for preventing teenager myopia Download PDFInfo
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- CN111223280A CN111223280A CN202010224651.4A CN202010224651A CN111223280A CN 111223280 A CN111223280 A CN 111223280A CN 202010224651 A CN202010224651 A CN 202010224651A CN 111223280 A CN111223280 A CN 111223280A
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- module
- eye
- bracelet
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- warning
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- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B21/00—Alarms responsive to a single specified undesired or abnormal condition and not otherwise provided for
- G08B21/18—Status alarms
- G08B21/24—Reminder alarms, e.g. anti-loss alarms
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- G—PHYSICS
- G02—OPTICS
- G02C—SPECTACLES; SUNGLASSES OR GOGGLES INSOFAR AS THEY HAVE THE SAME FEATURES AS SPECTACLES; CONTACT LENSES
- G02C11/00—Non-optical adjuncts; Attachment thereof
- G02C11/10—Electronic devices other than hearing aids
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04B—TRANSMISSION
- H04B1/00—Details of transmission systems, not covered by a single one of groups H04B3/00 - H04B13/00; Details of transmission systems not characterised by the medium used for transmission
- H04B1/38—Transceivers, i.e. devices in which transmitter and receiver form a structural unit and in which at least one part is used for functions of transmitting and receiving
- H04B1/3827—Portable transceivers
- H04B1/385—Transceivers carried on the body, e.g. in helmets
Abstract
The invention discloses an intelligent wearing system for preventing teenager myopia, which comprises a glasses body, an eye detection unit, a corresponding power supply, a bracelet feedback unit and a corresponding power supply, wherein the eye detection unit is used for detecting eyes of a user; the eye detection unit comprises an eye functional module and an eye wireless transmitting module which are embedded on the glasses body, and the bracelet feedback unit comprises a bracelet functional module, a warning module and a bracelet wireless receiving module; the eye function module sends detection information to the bracelet receiving module through the eye wireless transmitting module, and the detection information is sent to the warning module after being analyzed and processed by the processor of the bracelet feedback unit, so that the detection information is detected aiming at factors causing myopia.
Description
Technical Field
The invention belongs to the technical field of myopia prevention equipment, and particularly relates to an intelligent wearing system for preventing teenager myopia.
Background
The reason for the formation of myopia mainly comprises internal reasons and external reasons, wherein the external reasons are main causes for myopia, the external reasons are environmental factors, mainly include too short eye distance, too long eye time and too strong or too weak illumination light, in order to prevent myopia, people usually wear glasses to improve eyesight, but the traditional glasses have the defects in structure and single function, only can correct eyesight of teenagers with myopia, and can also press harm such as eye blood vessels, eyeball deformation and the like when the glasses are worn for a long time.
The existing equipment for preventing myopia through wearing equipment is also provided, the distance between the glasses of a student and a book, a desktop or other visual objects is accurately measured mainly by installing a distance measuring sensor on the glasses, when the measured distance exceeds a set threshold value, a warning prompt is generated, although the bad learning posture of the student can be corrected through the measured distance, due to the structural defect, the function is single, the prevention effect is not ideal, only simple correction is carried out on the eye distance, the combined structure of the wearing system is single, the requirements of people cannot be met, meanwhile, the warning prompt mode is single, and switching according to an actual scene cannot be carried out, so that the complete and complete intelligent wearing system for preventing myopia of teenagers is necessary to be researched.
Disclosure of Invention
Aiming at the defects and problems of the existing equipment, the invention provides the intelligent wearing system for preventing the myopia of the teenagers, and the intelligent wearing system effectively solves the problems of single function and non-ideal myopia prevention effect of the existing equipment.
The technical scheme adopted by the invention for solving the technical problems is as follows: an intelligent wearing system for preventing teenagers from myopia comprises a glasses body, an eye detection unit, a corresponding power supply, a bracelet feedback unit and a corresponding power supply; the eye detection unit comprises an eye functional module and an eye wireless transmitting module which are embedded on the glasses body, and the bracelet feedback unit comprises a bracelet functional module, a warning module and a bracelet wireless receiving module; the eye function module sends detection information to the bracelet receiving module through the eye wireless transmitting module, and the processor through the bracelet feedback unit sends the detection information to the warning module after data analysis and processing, and controls the warning module to send corresponding warning information.
Furthermore, the intelligent wearing system for preventing the myopia of the teenagers comprises a glasses body, an eye detection unit, a corresponding power supply, a bracelet feedback unit, a corresponding power supply and a mobile client; the eye detection unit comprises an eye functional module and an eye wireless transmitting module which are embedded on the glasses body, and the bracelet feedback unit comprises a bracelet functional module, a warning module and a bracelet wireless receiving module; the eye function module sends detection information to the mobile client through the eye wireless transmitting module, the mobile client displays and processes the detection information to form a feedback signal, and the bracelet wireless receiving module can receive the feedback signal and controls the warning module to send corresponding warning information.
Further, the warning information is vibration warning or a display screen prompting that the corresponding function module exceeds standard information or voice prompting that the corresponding function module exceeds standard information.
Further, bracelet functional module includes rhythm of the heart detection module and sleep and traces the module, rhythm of the heart detection module can gather the person's of the heart information, sleep traces the module and can gather the person's of the wearing motion sleep information.
Furthermore, the eye function module comprises a distance measurement module, a sitting posture detection module and an ambient light sensing module, and the distance measurement module can collect relative distance information of a front target from a wearer; the sitting posture detection module can collect sitting posture information of a wearer; the ambient light sensing module can collect light intensity information of the environment where the wearer is located.
Furthermore, the sitting posture detection module is a six-axis sensor, and the ambient light sensing module is an optical sensor.
Further, the mobile client can modify a trigger threshold of the alert module.
The invention has the beneficial effects that: the eye-position-sitting-posture-based wearable system is optimized on the structure of the existing wearable system, the eye-position detection unit and the bracelet feedback unit are arranged, the light intensity information, the body position-sitting posture information, the distance information from a target object, the heart rate information and the sports sleep information of the environment where a wearer is located are detected through the eye-position functional module and the bracelet functional module, the factors causing myopia are detected, the detected information is fed back to the bracelet feedback unit, the combined information which has a warning effect on the wearer is generated through the warning module of the bracelet feedback unit, and the corresponding warning is given to the wearer according to the corresponding combined information.
Meanwhile, the warning information is various, vibration warning, visual display screen prompt and voice prompt are achieved, the warning device is suitable for various occasions, and is convenient to use and multifunctional.
Meanwhile, the invention can collect the information of the wearer through the mobile client and generate corresponding daily report forms, weekly report forms and monthly report forms, can clearly display the myopia correction degree of the wearer, the cause of myopia aggravation and bad living habits through the report forms, and can provide suggestions according to the report forms in a targeted manner.
Drawings
Fig. 1 is a schematic structural view of a glasses body.
Fig. 2 is a schematic structural view of the bracelet detecting unit.
Fig. 3 is a block diagram of the wearing system of example 1.
Fig. 4 is a block diagram of a wearing system of example 2.
The reference numbers in the figures are: the device comprises a frame 1, a glasses leg 2, a distance measuring module 3, a sitting posture detecting module 4 and an ambient light detecting module 5; 6 are the bracelet main part, and 7 are rhythm of the heart detection module, and 8 are bracelet wireless transceiver module, and 9 are the display screen.
Detailed Description
The invention is further illustrated with reference to the following figures and examples.
Example 1: the embodiment provides an intelligent wearing system for preventing teenager myopia, and aims at the problems that the existing wearing system is single in function and poor in myopia prevention effect; an intelligent wearing system for preventing teenager myopia comprises a glasses body, an eye detection unit, a corresponding power supply, a bracelet feedback unit and a corresponding power supply;
the eye detection unit comprises an eye function module and an eye wireless emission module which are embedded on the glasses body, and the glasses body comprises a glasses frame 1 and glasses legs hinged to two sides of the glasses frame 2; the eye function module comprises a distance measuring module 3, a sitting posture detecting module 4 and an ambient light induction module 5.
The distance measuring module 3 is embedded in the front of the mirror frame and used for collecting distance information of a front target, and a probe of the distance measuring module 3 is opposite to the front target, so that the structure is reasonable; the distance measuring module 3 is a distance sensor, and is used for judging whether the distance between the glasses and the books is too far or too close during reading by collecting the distance between the glasses and the books, the distance sensor comprises optical equipment and electronic equipment, the distance sensor sends continuous laser photons and then receives photons returned from an object, and the round-trip time is calculated so as to obtain the distance between the front target and the distance sensor.
The sitting posture detection module 4 is embedded in the inner side of the glasses legs 2 and used for collecting sitting posture information of a wearer; the sitting posture detection module 4 is a six-axis sensor, the six-axis sensor integrates a gravity acceleration sensor and an angular velocity sensor, whether the current reading sitting posture is correct is judged by detecting information of a vertical angle and a horizontal angle, the current picture frame, the level and the vertical angle are obtained by measuring the deviation value of the level and the vertical angle, the current sitting posture is judged by using a preset angle threshold value, and a user is reminded whether the current sitting posture is suitable for long-time reading and learning.
The ambient light sensing module 5 is embedded at the outer side of the glasses legs 2 and used for collecting light intensity information of the surrounding environment; the environment light sensing module is a light sensing sensor, light intensity information of a reading environment is collected through the light sensing sensor, and the environment light detection module is internally provided with a photosensitive element and is used for detecting the illuminance of the surrounding environment. The photosensitive element is a photosensitive diode and can convert light current into light current according to the intensity of the illumination of light, the load is connected to an external circuit, an electric signal is obtained on the load, the magnitude of the electric signal is measured, and the intensity of the illumination of the current ambient light is reflected. And comparing the current illumination intensity with a preset illumination range, and judging whether the current environment is suitable for long-time reading and learning.
Whether the current reading sitting posture and the environment are possibly short-sighted or not is comprehensively judged through distance information, sitting posture information and light intensity information, bad sitting posture or weak ambient light is detected, and the warning module is used for reminding that the current sitting posture is bad and the light is weak, so that the current sitting posture is not suitable for long-time learning.
The power module and the eye wireless transmitting module are arranged in the glasses legs or the glasses frame, the eye wireless transmitting module is used for receiving the distance information, the sitting posture information and the light intensity information, the power supply provides electric power support for the rechargeable lithium battery for the eye functional module and the eye wireless transmitting module, and ports used for charging are further arranged on the glasses legs or the glasses frame.
The bracelet feedback unit comprises a bracelet function module, a warning module and a bracelet wireless receiving module 8; the bracelet functional module comprises a heart rate detection module 7 and a sleep tracking module.
Heart rate detection module 7 can gather the person's of wearing rhythm of the heart information, and the bracelet rhythm of the heart detects, adopts the photoelectric perspective measurement, detects the user's of a period heart rate change, and heart rate detection module embeds has the luminous LED and a photosensitive sensor constitution of two green wavelength, is located the back of bracelet. The heart beats and causes the appearance of the blood capillary and arteriovenous blood vessel to change regularly, emit specific green light wave by the LED, receive the reflected light of the arm skin and sense the change of the illumination intensity by the photosensitive sensor, thus obtain the heart rate value.
The sleep tracking module can collect the movement sleep information of the wearer, and the sleep tracking module is internally provided with a body movement recorder for recording the smiling activity of the human body and obtaining the sleep and movement states of the wearer.
The eye function module sends detection information (distance information, sitting posture information and light intensity information) to the bracelet receiving module through the eye wireless transmitting module, and sends the detection information to the warning module after data analysis and processing are carried out through a processor of the bracelet feedback unit, and the warning module is controlled to send corresponding warning information.
Thereby this embodiment has set up eye detecting element and the bracelet feedback unit that the cooperation was used, light intensity information to the environment that the person of wearing is located through eye functional module and bracelet functional module, position of sitting information, distance information apart from the target object, rhythm of the heart information and motion sleep information detect, detect to the factor that causes myopia, and feed back the information that detects to bracelet feedback unit, judge out the superscript project after through treater analysis processes, and arouse warning module and produce the combined information who produces the warning effect to the person of wearing, give the warning that the person of wearing corresponds according to the combined information who corresponds.
Meanwhile, the warning information is vibration warning or the display screen 9 prompts the corresponding function module exceeding standard information or voice prompts the corresponding function module exceeding standard information; therefore, the warning message of the invention is various, is suitable for various occasions, and has convenient use and various functions; wherein vibration warning is vibrating motor, and the corresponding functional module of display screen 9 suggestion exceeds standard information, and visual display screen suggestion can be for the different light of display screen scintillation, the light and present different warning light according to the degree that exceeds standard, shows the caption simultaneously on display screen 9, if: too close distance, too low light, abnormal sitting posture, etc.
Example 2: the embodiment provides a prevent near-sighted intelligent wearing system of teenagers, including glasses body, eye detecting element and corresponding power, bracelet feedback unit and corresponding power and mobile client.
The eye detection unit comprises an eye functional module and an eye wireless transmitting module which are embedded on the glasses body, and the bracelet feedback unit comprises a bracelet functional module, a warning module and a bracelet wireless receiving module; the eye function module sends detection information to the mobile client through the eye wireless transmitting module, the mobile client displays and processes the detection information to form a feedback signal, and the bracelet wireless receiving module can receive the feedback signal and controls the warning module to send corresponding warning information.
The bracelet function module comprises a heart rate detection module 7 and a sleep tracking module, the heart rate detection module 7 can collect heart rate information of a wearer, and the sleep tracking module can collect exercise sleep information of the wearer; the eye function module comprises a distance measurement module 3, a sitting posture detection module 4 and an ambient light sensing module 5, and the distance measurement module 3 can collect relative distance information of a front target from a wearer; the sitting posture detection module 4 can collect the sitting posture information of the wearer; the ambient light sensing module 6 can collect light intensity information of the environment where the wearer is located.
Reading range finding, when the user reads or watches TV, range finding module can measure the range of sight distance focus to user's eye, then through wireless transmission to mobile client, judges the focus distance of reading at present, whether has the hidden danger that causes myopia, and when the distance is too big undersize, mobile client can transmit information to the warning module of bracelet, triggers bracelet warning module and reminds the user to adjust the reading distance.
The position of sitting detects, and six sensors have been integrated to the position of sitting detection module of glasses body built-in, and real-time measurement level and vertical angle are through wireless transmission to mobile client, handle data through the treater, judge whether this kind of position of sitting of current user has the hidden danger that causes myopia for a long time, if have the warning module that can transmit information to the bracelet through mobile client, trigger bracelet warning module and remind the user to adjust the position of sitting.
The ambient light sensing module can detect the illuminance intensity around the user environment, and information transmission arrives mobile client, can judge whether current study ambient light intensity is fit for reading and studying for a long time according to the threshold value that presets, and information feedback arrives the bracelet, reminds the user through the display module of bracelet.
Heart rate detection module: changes in the heart rate of the user over a period of time are detected using a photoelectric fluoroscopy measurement. The collected information is transmitted to the mobile client wirelessly to detect the intensity and state of outdoor sports of the user.
A sleep tracking module: the built-in body movement recorder is used for recording the smiling activity of a human body, obtaining the sleep state, transmitting information to the mobile client and assisting in judging the living state of a user.
The wireless transmission adopts ZigBee or Bluetooth mesh technology to realize data transmission between local wireless networking, and the signal transmission is stable and reliable in use.
And the mobile client receives the information of the intelligent glasses and the bracelet, and interacts the information and processes the information. And generating a life and study habit report, summarizing the information of the wearer through the mobile client, comparing the information with the standard table to generate a corresponding daily report, a weekly report and a monthly report, clearly displaying the myopia correction degree of the wearer, the cause of myopia aggravation and bad life habits through the report, and pertinently providing health suggestions according to the report.
Meanwhile, the mobile client can modify the trigger threshold of the warning module, provide different thresholds according to different users, and provide different warning critical points for the wearer in stages according to different periods of myopia prevention or correction.
Claims (7)
1. The utility model provides a prevent near-sighted intelligent wearing system of teenagers which characterized in that: the glasses comprise a glasses body, an eye detection unit, a corresponding power supply, a bracelet feedback unit and a corresponding power supply; the eye detection unit comprises an eye functional module and an eye wireless transmitting module which are embedded on the glasses body, and the bracelet feedback unit comprises a bracelet functional module, a warning module and a bracelet wireless receiving module; the eye function module sends detection information to the bracelet receiving module through the eye wireless transmitting module, and the processor through the bracelet feedback unit sends the detection information to the warning module after data analysis and processing, and controls the warning module to send corresponding warning information.
2. The utility model provides a prevent near-sighted intelligent wearing system of teenagers which characterized in that: the glasses comprise a glasses body, an eye detection unit, a corresponding power supply, a bracelet feedback unit, a corresponding power supply and a mobile client; the eye detection unit comprises an eye functional module and an eye wireless transmitting module which are embedded on the glasses body, and the bracelet feedback unit comprises a bracelet functional module, a warning module and a bracelet wireless receiving module; the eye function module sends detection information to the mobile client through the eye wireless transmitting module, the mobile client displays and processes the detection information to form a feedback signal, and the bracelet wireless receiving module can receive the feedback signal and controls the warning module to send corresponding warning information.
3. The intelligent wearing system for preventing myopia of teenagers as claimed in claim 1 or 2, wherein: the warning information is vibration warning or a display screen prompts the corresponding function module exceeding standard information or voice prompts the corresponding function module exceeding standard information.
4. The intelligent wearing system for preventing myopia of teenagers as claimed in claim 1 or 2, wherein: the bracelet functional module comprises a heart rate detection module and a sleep tracking module, the heart rate detection module can collect heart rate information of a wearer, and the sleep tracking module can collect sports sleep information of the wearer.
5. The intelligent wearing system for preventing myopia of teenagers as claimed in claim 1 or 2, wherein: the eye function module comprises a distance measurement module, a sitting posture detection module and an ambient light sensing module, and the distance measurement module can acquire relative distance information of a front target from a wearer; the sitting posture detection module can collect sitting posture information of a wearer; the ambient light sensing module can collect light intensity information of the environment where the wearer is located.
6. The intelligent wearable system for preventing juvenile myopia according to claim 5, wherein: the sitting posture detection module is a six-axis sensor, and the ambient light induction module is an optical sensor.
7. The intelligent wearable system for preventing juvenile myopia according to claim 2, wherein: the mobile client can modify a trigger threshold of the alert module.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202010224651.4A CN111223280A (en) | 2020-03-26 | 2020-03-26 | Intelligent wearing system for preventing teenager myopia |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202010224651.4A CN111223280A (en) | 2020-03-26 | 2020-03-26 | Intelligent wearing system for preventing teenager myopia |
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| Publication Number | Publication Date |
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| CN111223280A true CN111223280A (en) | 2020-06-02 |
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| CN202010224651.4A Pending CN111223280A (en) | 2020-03-26 | 2020-03-26 | Intelligent wearing system for preventing teenager myopia |
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| CN (1) | CN111223280A (en) |
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2020
- 2020-03-26 CN CN202010224651.4A patent/CN111223280A/en active Pending
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