CN106959527B

CN106959527B - Display screen protective glasses

Info

Publication number: CN106959527B
Application number: CN201710393199.2A
Authority: CN
Inventors: 马荣昌
Original assignee: Ruian Kaibo Optical Glasses Co ltd
Current assignee: RUIAN KAIBO OPTICAL GLASSES Co.,Ltd.
Priority date: 2017-05-27
Filing date: 2017-05-27
Publication date: 2020-11-10
Anticipated expiration: 2037-05-27
Also published as: CN106959527A

Abstract

The invention relates to display screen protective glasses, which comprise lenses, a glasses frame and glasses legs; the lenses are made of radiation-proof materials and are arranged on the glasses frame; the mirror frame is made of a transparent hollow material, and a color-changing conductive liquid is filled in the hollow interior of the mirror frame; the glasses legs are provided with a power supply, two ends of the glasses frame are provided with conductive pins, and the conductive pins, the conductive liquid, the circuit breaker and the power supply form an electric loop; the electric loop is electrically connected with a controller, and the controller is electrically connected with a detector arranged on the lens; the detector scans the motion of the human face in real time; this glasses can remind the user rationally to use the eye, guarantees that eyeball is moist, active, effectively improves work efficiency, reduces the screen radiation simultaneously, and effective protection eye is healthy.

Description

Display screen protective glasses

Technical Field

The invention relates to a computer accessory, in particular to display screen protective glasses.

Background

With the progress of science and technology, computers have gone deep into every corner of people's life, and the computers cannot be left from entertainment to offices; many companies realize office networking, so a large number of white-collar workers work against computers every day, and a certain potential safety hazard exists when the white-collar workers work with computers for a long time and at high intensity; the display screen radiates outwards all the time, and static electricity exists at the same time, so that a large amount of dust is adsorbed in the space near the display screen, meanwhile, the radiation intensity also influences the skin of people, most of white-collar workers working in front of the computer screen for a long time have poor skin and poor spirit, and various defects also exist in the eyesight, eyes and spine; when the observation screen that people were absorbed in, can reduce the frequency of blink, eyeball were in exposing, the state of being dry and astringent this moment, and the radiation that the screen lasts simultaneously can cause great damage to the eyeball.

Disclosure of Invention

Aiming at the problems, the invention provides the display screen protective glasses which can remind a user of reasonably using eyes, ensure that eyeballs are moist and active, effectively improve the working efficiency, reduce screen radiation and effectively protect eye health.

In order to solve the problems, the technical scheme adopted by the invention is as follows: the display screen protective glasses comprise lenses, a glasses frame and glasses legs; the lenses are made of radiation-proof materials and are arranged on the glasses frame;

the mirror frame is made of a transparent hollow material, and a color-changing conductive liquid is filled in the hollow interior of the mirror frame; the glasses legs are provided with a power supply, two ends of the glasses frame are provided with conductive pins, and the conductive pins, the conductive liquid, the circuit breaker and the power supply form an electric loop;

the electric loop is electrically connected with a controller, and the controller is electrically connected with a detector arranged on the lens; the detector scans the motion of the human face in real time.

The invention has the beneficial effects that: when a computer is used, the display screen protective glasses are worn, the circuit breaker is opened and conducts an electric circuit, and the detector and the controller start to work by electric energy provided by the power supply; in a normal state, the two conductive pins are not electrified;

during use, the detector scans the motion of the face of a human body in real time, the head of a user basically keeps still during work, and only eyelids blink periodically at the moment; however, when the attention is too concentrated, the eyes of the human body can be kept open for a long time, the eyeballs are dry, and the retina is subjected to long-time radiation, so that the eyes can be greatly damaged;

when the invention is used, the detector detects the blinking of the eyelid in real time, and when the interval time of the blinking of the eyelid is longer, the controller conducts the circuit of the conductive needle and conducts current in the conductive liquid; the color of the liquid changes after the conductive liquid is electrified, and the picture frame changes color, so that the user is reminded to pay attention to the eyes; after the eyes recover a certain blinking frequency, the conductive needle is powered off, and the color of the conductive liquid recovers.

The lens can filter radiation, so that damage to eyes is reduced, meanwhile, the eye-protecting glasses can remind a user of using eyes reasonably, and the wetting of eyeballs is guaranteed; preventing the user from concentrating too much and neglecting the protection of the eyes.

Preferably, the circuit breaker is arranged at the connection position of the glasses frame and the glasses legs; when the glasses are used, the end parts of the glasses legs are combined with the glasses frame, and the circuit breaker is conducted; the structure is simpler and more energy-saving.

Preferably, the glasses legs are provided with an atomizing nozzle and a liquid storage cavity, and eye protection liquid is stored in the liquid storage cavity; the atomizing nozzle is electrically connected with the controller and the power supply; the structure can moisten air around eyes and relieve eye fatigue.

Preferably, a radiation measurer is arranged on the lens and electrically connected with the detector; when the radiometer detects that the display screen is lit, the radiometer will turn on the circuitry of the detector.

Drawings

Fig. 1 is a schematic structural diagram of one embodiment of the display screen protective glasses.

Fig. 2 is an enlarged schematic structural view of a joint a of the temples and the frame in the embodiment shown in fig. 1.

Detailed Description

Example (b):

in the embodiment shown in fig. 1 and 2, the display screen protective glasses comprise a lens 1, a frame 2 and temples 3; the lens 1 is made of radiation-proof materials, and the lens 1 is arranged on the frame 2;

the mirror frame 2 is made of a transparent hollow material, and a color-changing conductive liquid is filled in the hollow interior of the mirror frame 2; a power supply is arranged at the positions of the glasses legs 3, conductive pins 4 are arranged at the two ends of the glasses frame 2, and the conductive pins 4, the conductive liquid, the circuit breaker 31 and the power supply 32 form an electric loop; the circuit breaker 31 is arranged at the joint of the glasses frame 2 and the glasses legs 3;

the electric loop is electrically connected with a controller, and the controller is electrically connected with a detector 11 arranged on the lens 1; the detector 11 scans the motion of the human face in real time; the glasses legs 3 are provided with an atomizing nozzle 33 and a liquid storage cavity, and eye protection liquid is stored in the liquid storage cavity; the atomizing nozzle 33 is electrically connected with the controller and the power supply 32; the lens 1 is provided with a radiometer 5, and the radiometer 5 is electrically connected with the detector 11.

When the display screen protective glasses are stored, the glasses legs 3 are folded to be close to the glasses frame, the end parts of the glasses legs 3 are separated from the glasses frame at the moment, and the circuit breaker 31 is disconnected, so that power consumption is effectively prevented; when a computer is used, the display screen protective glasses are worn, the end parts of the glasses legs 3 are combined with the glasses frame 2, and the circuit breaker 31 is conducted; the detector 11 and the controller start to work by the power supplied by the power supply 32; when the radiometer 5 detects that the display screen is on, the radiometer 5 will turn on the circuit of the detector 11;

during use, the detector 11 scans the motion of the face of a human body in real time, and the head of a user is basically kept still during work, and only eyelids blink periodically at the moment; at this time, the two conductive pins 4 are not electrified; however, when the attention is too concentrated, the eyes of the human body can be kept open for a long time, the eyeballs are dry, and meanwhile, the retina is subjected to radiation for a long time, so that the eyes can be greatly damaged; in this embodiment, the detector 11 detects blinking of eyelids in real time, and when the interval time between blinking of eyelids is long, the controller turns on the circuit of the conductive needle 4 and passes a current through the conductive liquid; the color of the liquid changes after the conductive liquid is electrified, and the picture frame 2 changes color, so as to remind the user of paying attention to the eyes; after the eyes recover a certain blinking frequency, the conductive needle 4 is powered off, and the color of the conductive liquid recovers.

In addition, the atomizing nozzles 33 arranged on the glasses legs 3 can emit eye protection liquid outwards under the regulation of the controller, so that the eye protection liquid can be ensured to be wet, and the eye fatigue can be effectively relieved; the spirit is improved, and the efficient work of the user is promoted; meanwhile, the lens 1 can filter radiation, so that damage to eyes is reduced, and meanwhile, the eye-protecting glasses can remind a user of reasonably using eyes and ensure the moistening of eyeballs; preventing the user from concentrating too much and neglecting the protection of the eyes.

The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents, improvements and the like that fall within the spirit and principle of the present invention are intended to be included therein.

Claims

1. Display screen protective glasses comprise lenses (1), glasses frames (2) and glasses legs (3); the glasses lens (1) is made of radiation-proof materials, and the glasses lens (1) is arranged on the glasses frame (2); the method is characterized in that: the picture frame (2) is made of a transparent hollow material, and a color-changing conductive liquid is filled in the hollow interior of the picture frame (2); a power supply (32) is installed at the positions of the glasses legs (3), conductive pins (4) are arranged at the two ends of the glasses frame (2), and the conductive pins (4), the conductive liquid, the circuit breaker (31) and the power supply (32) form an electric loop; the electric loop is electrically connected with a controller, and the controller is electrically connected with a detector (11) arranged on the lens (1); the detector (11) scans the motion of the human face in real time.

2. The display screen safety glasses of claim 1, wherein: the circuit breaker (31) is arranged at the connecting position of the glasses frame (2) and the glasses legs (3).

3. Display screen safety glasses according to claim 1 or 2, characterized in that: the glasses legs (3) are provided with an atomizing nozzle (33) and a liquid storage cavity, and eye-protecting liquid is stored in the liquid storage cavity; the atomizing nozzle (33) is electrically connected with the controller and the power supply (32).

4. The display screen safety glasses of claim 1, wherein: the lens (1) is provided with a radiometer (5), and the radiometer (5) is electrically connected with the detector (11).