2025 results about "Protecting eye" patented technology

An active device provides protection from the sun or other bright light source for improved vision, using a variable opacity medium that is electronically controlled to cast a shadow on an eye of a user and / or to otherwise reduce the amount of the light incident on the eye, thereby reducing glare. Miniature cameras monitor the user's eye movements and the scene in front of the user. If a bright light is detected, one or more dark spots is created in the variable opacity medium that acts as a shade or light filter for a pupil of the eye. The variable opacity medium, cameras, and associated electronics can be used in connection with eyeglasses (including sunglasses), as part of a device worn by the user (such as a helmet), a windshield, mirror, or other optical element having a view port through which light can be seen by the user.

Acoustic shielding system and method for protecting and shielding non-targeted regions or tissues that are not intended to be treated by ultrasonic procedures from acoustic energy using a shield. In some embodiments, the shield comprises multiple layers made of one or more materials with one or more acoustic impedances. In some embodiments a multilayered shield includes materials with relatively different acoustic impedance levels. In some embodiments, the shield includes active components such as energy diversion devices, heating, cooling, monitoring, and / or sensing. In some embodiments, the shield is configured to protect an eye, mouth, nose or ear while allowing the ultrasound to treat the surrounding tissue. One embodiment of an eye shield is configured to fit under at least one eyelid and over a portion of the eye.

The selective filtering of light by polarization interference may be used to enhance vision and / or protect eyes from harmful light rays. For example, such filtering may be used in sunglasses, color corrective eyewear or protective eyewear. The selective filtering of incident light may provide any desired spectral transmission (including visible light and light not visible to the eye) and is performed by a pair of polarizing elements that sandwich a retarder stack. The filtering structure may be formed by multi-layer polarizing structures and may be formed by fabricating sheet laminates that are die cut to form inexpensive laminates. The laminates may be flat or curved in one (e.g., wrap-around) or more dimensions.

The invention is for safety goggles to protect eyes of a user of the safety goggles. The safety goggles include a lens and a frame with a bridge. A goggle chamber is formed between the lens and the face of the user. The safety goggles have a lower ventilation assembly that admits air one either side of the bridge. The safety goggles also includes an upper ventilation assembly at an upper portion of the frame. Air enters the goggle chamber through the lower ventilation assembly, heats near a nose of the user and exits the goggle chamber through the upper ventilation assembly. Each of the lower and upper ventilation assemblies cover a corresponding lower and upper air path in such a manner that allows air to pass through the corresponding air path while preventing solid projectiles and splashed liquid from having a direct line of trajectory to the eyes of the user.

The invention relates to the technical field of mobile terminals and discloses an eyesight protection control method for a mobile terminal. The method includes synchronizing using habit information of a user; according to the using habit information, acquiring illuminance of a current environment through a light sensor and current motion state data through a gyroscope and / or acceleration sensor respectively; according to the motion state data, judging current fatigability degree of the user; according to the illuminance and the fatigability degree, adjusting screen brightness and color display themes of the mobile terminal, and sending rest prompting information to the user to prompt the user to rest when continuous using time of the user is larger than a preset time upper limit corresponding to the fatigability degree. By the method, the user can share personal eye protection schemes on different mobile equipment, so that repeated operation is reduced, external environment can be adjusted timely and dynamically, the user can be timely prompted to allow eyes to rest, eyesight of the user is effectively protected, and user experience is improved.

The present invention is directed to optical devices. More specifically, the disclosed devices include a film defining a periodic array of surface elements so as to give rise to surface plasmon polaritons. The film also includes at least a single aperture having a diameter less than the wavelength of light. In one embodiment, the surface elements can be an array of anisotropic apertures and the films can act as a polarizer. The disclosed devices can also include a material having a variable refractive index substantially adjacent to the metal film. For example, the refractive index of the adjacent material can vary according to some characteristic of the light incident to the device, for instance, the intensity or the angle of incidence of the light. In this embodiment, resonant coupling of incident light with the SPP, and hence transmittivity of the device, can depend upon the nature of incident light. The disclosed devices can be useful in, for example, remote polarizers, polarization mode dispersion, isolators, multi-color displays, switches, such as can be controlled according to incident sunlight, or optical filters, such as for eye protection devices, filtering out possibly harmful light.

A single-chip integrated circuit, sometimes called a controller, controls operation of a transceiver having a laser transmitter and a photodiode receiver. The controller includes memory for storing information related to the transceiver, and analog to digital conversion circuitry for receiving a plurality of analog signals from the laser transmitter and photodiode receiver, converting the received analog signals into digital values, and storing the digital values in predefined locations within the memory. Comparison logic compares one or more of these digital values with predetermined setpoints, generates flag values based on the comparisons, and stores the flag values in predefined locations within the memory. Control circuitry in the controller shuts off the laser transmitter in response to comparisons of signals with predetermined setpoints that indicate potential eye safety hazards.

The present invention provides eye protection systems. The eye protection systems include a lens capable of being mounted in and being interchangeable between a plurality of different lens-mounting platforms. These platforms may include spectacles or goggles with release mechanisms, which permit the lens to be removed while providing full ballistic protection when installed in the platform. The lens of the present invention protects against a plurality of threats including spectrums of light, such as sun light, ultraviolet light, or laser light, wind, dust, projectiles, etc. The lens may include a laminate structure, which protects sensitive technologies from exposure to environmental conditions, such as chemicals, weather, etc.

An image system including a display device, an image sensor, a face detection engine, an eye detection engine and an eye protection engine is provided. The image sensor captures an image. The face detection engine recognizes a user face in the image. The eye detection engine recognizes user eyes in the image. The eye protection engine turns off the display device when the user eyes are recognized in the image but the user face is not recognized in the image.

The present invention is directed to optical devices. More specifically, the disclosed devices include a film defining a periodic array of surface elements so as to give rise to surface plasmon polaritons. The film also includes at least a single aperture having a diameter less than the wavelength of light. In one embodiment, the surface elements can be an array of anisotropic apertures and the films can act as a polarizer. The disclosed devices can also include a material having a variable refractive index substantially adjacent to the metal film. For example, the refractive index of the adjacent material can vary according to some characteristic of the light incident to the device, for instance, the intensity or the angle of incidence of the light. In this embodiment, resonant coupling of incident light with the SPP, and hence transmittivity of the device, can depend upon the nature of incident light. The disclosed devices can be useful in, for example, remote polarizers, polarization mode dispersion, isolators, multi-color displays, switches, such as can be controlled according to incident sunlight, or optical filters, such as for eye protection devices, filtering out possibly harmful light.

The invention discloses a vision protection method. The vision protection method comprises the following steps of: monitoring time of a human face continuously facing an electronic display device; judging the relationship of the sizes of the time of the human face continuously facing the electronic display device and a preset threshold; and triggering a preset vision protection functional operation when the time is larger than or equal to the threshold. The invention further provides a vision protection system, wherein the vision protection system can monitor the time of the human face continuously facing the electronic display device and the distance between the human face and the electronic display device and carries out a certain protection measure when the time or the distance is close to the threshold, so that the electronic display device has the functions of preventing nearsightedness and protecting vision health, can automatically protect eyes of a user and avoids of the nearsightedness or the increase of nearsightedness degree due to incorrect usage of the eyes when the user uses the electronic device.

An electronic quick change cartridge for a welding helmet. The cartridge base is formed of an optically dense polycarbonate or like material that acts as a passive filter to provide eye protection during the welding process. A port in the base receives a variable density LCD cell and a cavity formed in the base receives the electronics for driving the cell. Optical masks prevent light leakage through any interfaces of the structure. When low light levels are present, the welder views a work piece through an essentially transparent or slightly opaque LCD cell. When an arc is struck, the LCD cell darkens to a shade corresponding to the shade of the surrounding polycarbonate material. The welder then can view the work piece through the LCD cell and all the optically unobstructed portions of the polycarbonate base surrounding the LCD cell thereby to have an expanded viewing area during the actual welding operation.

The invention relates to a vision protection implementation method of electronic equipment with a display screen. A front panel of the electronic equipment is provided with a front-facing camera and a distance sensor. The vision protection implementation method comprises the following steps of: detecting a working state of the display screen, `starting the front-facing camera on back stage when the display screen is activated and capturing human face images; identifying the human face images by using a human face identification technology and capturing a frontal human face; when the system judges that the frontal human face exists in the captured images, starting the distance sensor on back stage and measuring a distance between eyes of a user and the display screen; and comparing a measured distance with a preset reference distance, and judging whether to remind a user to adjust the distance between the eyes and the display screen. According to the vision protection implementation method, the purpose of protecting eyes of the user is achieved by monitoring the distance between the eyes of the user and the mobilephone screen by two external equipments, namely the front-facing camera and the distance sensor; and because the step of judging the frontal human face is added, the monitoring accuracy is improved and the trouble brought to the user due to wrong prompt information is avoided.

An ergonomic, temple-vented, lightweight, anti-glare eye protective device. The eye protection device is intended for use during procedures in the dental, medical and related professions to protect patients' eyes from splash, splatter, particles, bacteria and / or foreign matter. The shield may include a one-piece, flat, very thin, lightweight, highly flexible, flared-oblong shaped, transparent, tinted thermoplastic material with strategically placed foam “bumper pads” and two independent, elastic ear loops that serve as the means of attachment. The left and right sides of the shield are fully open, i.e., they do not come in contact with the wearer's face, affording total lateral ventilation in the area of the temples. The device can be adapted to be worn over the patient's eyeglasses if desired. Due to the low-cost manufacturing method, the device can he used economically on a disposable basis.

A method and apparatus for providing an endotracheal tube holder which prevents injury to a neo-natal patient, including a flexible arcuate face plate, an tube holding member that is placed in the face plate in front of the patient's mouth, and an attachment mechanism which does not cause elastic compression on the neo-natal patient. A bite block is provided for preventing damage caused by the neo-natal patient biting on the endotracheal tube, the tube holding member is able to adjust to different sizes of endotracheal tubes to thereby hold them firm, an additional tube can be added for simultaneous access to the patient's mouth, cheek pads prevent injury to the patient's cheeks, and integral eye protection is provided on the attachment device.

An eye shield attachment can be used in combination with a safety helmet. This helmet has a front brim continuous with a rim extending along each opposite side of the safety helmet to a pair of rim slots in the helmet's rim. The attachment has a pair of frames that can removably attach to the pair of rim slots in the helmet. The frames each have a fastening member that is lockable onto a corresponding one of the rim slots and adjustable to accommodate various depths in the rim slots. A support structure attached to the pair of frames extends along the rim toward the front brim. A front lens and corrective glasses may be attached to the support structure. A pliable bead may be attached to the front of the support structure and extend rearwardly to engage a wearer's forehead.

Disclosed are sportsman's eye wear designed to overcome the difficulties and problems associated with conventional eye wear designs. The sporting eyeglasses are specially designed to afford the serious hunter, fisherman or outdoorsman superior eye protection in a stylish manner while providing a effective means by which to secure them to the user's head and maintain their position. The eyeglasses also include anti-fogging ventilation, a camouflaging veil and allow for the incorporation of prescription lenses.

The invention relates to a mobile phone software system, in particular to an eyesight protection system of smart mobile phones. The eyesight protection system comprises a system setting module, a screen state monitoring module, a continuous use time timing module, a rest time timing module and an eye protection module. The system setting module sets continuous use time and rest time as well as screen protection passwords, chooses the eye protection mode, etc. The screen state monitoring module monitors screen turn-on and turn-off acts of a mobile phone operation system. The continuous use time timing module conducts timing when a user continuously uses a mobile phone. The rest time timing module conducts timing in the eye protection period. The eye protection module protects the eyesight according to a selected eye protection mode when eyes rest. The eyesight protection system is simple, starts from helping the users to rest eye muscles, achieves scientific eye protection through ways of reminding the users to rest, pause staring at mobile phone screens, listening to music to relax and guiding the users to do eye exercises, effectively protects the eyesight, and prevents eye diseases.

Unit composed of helmet and goggles, comprising a helmet cap and an eye protection element that is configured so as to be placed in front of the wearer's face. The upper edge of the eye protection element is adapted to the profile of the lower front edge of the helmet cap. A magnetic device is arranged on the two edges and has a first series of permanent magnets which are rigidly connected to one of the two edges and interact, by magnetic attraction, with complementary elements that are provided on the opposite edge. This front magnetic connection area between the two edges furthermore comprises tilt orientation means of the goggles for adjusting the contact with the face.

The invention discloses a display adjustment method. The method comprises the following steps: detecting whether a double-screen terminal starts an eye protection mode, wherein the double-screen terminal comprises a first display screen arranged on a front face of the double-screen terminal and a second display screen arranged on a back face of the double-screen terminal, and the brightness and color temperature displayed by the terminal in the eye protection mode are adaptively adjusted according to the change of the external environment scene; and when the double-screen terminal is detected to start the eye protection mode, adjusting the display effect of the second display screen according to the state of the first display screen. The invention further discloses a display adjustment apparatus and a terminal. The problem that the double-screen terminals in related arts are hard to protect the eyesight of users is solved, the state of the display screen on the back face is adjusted through the state of the display screen on the front face to protect the eyesight of the users to a certain extent, and the user experience is improved.

The invention relates to an eye protecting device and method for a mobile terminal. The eye protecting device comprises a distance measurement unit, a central processing unit and an alarm prompt unit. The working principle of the eye protecting device is that when the mobile terminal starts an eye protecting function, the distance between a user and the mobile terminal is measured through the distance measurement unit in real time, and measurement results are transmitted to the central processing unit; when the distance between the user and the mobile terminal is smaller than the set distance threshold value all the time within the set time threshold value, an alarm prompt message is transmitted to the user through the alarm prompt unit to prompt the user to keep a healthy range of visibility, display of the mobile terminal returns to normal until the distance between the user and the mobile terminal is larger than the set distance threshold value again, the alarm prompt message disappears, and therefore, the healthy range of visibility between the user and the mobile terminal is kept. Furthermore, when the reminding interval time is up and the user uses the mobile terminal without rest, an alarm prompt message is transmitted to the user through the alarm prompt unit, and the purposes of preventing shortsightedness and protecting eyes are achieved.

The invention relates to a multifunctional intelligent light emitting diode (LED) eye-protection lamp which comprises an anti-dazzle lampshade, an LED light emitting unit, a bent arm, a power line, an intelligent control circuit, a photosensitive sensor, a light intensity comparator, a human body infrared sensor, a transmission line and a functional key. The multifunctional intelligent LED eye-protection lamp is characterized in that a microprocessor serves as the control core, and brightness of the LED eye-protection lamp is intelligently adjusted through the photosensitive sensor and the light intensity comparator in a computer / read-write mode so as to meet requirements of human eye visual characteristics. The brightness of the LED eye-protection lamp can also be adjusted and controlled by users according to personal preferences, and the LED eye-protection lamp has a memory function and accordingly facilitates next use. The infrared monitoring height is set according to own characteristics of the users, the distance between a human head and a book is monitored in real time in the use process, and the LED eye-protection lamp further has a function of reminding the users about wrong sitting gestures and reminding the users to have a rest with voice. The LED eye-protection lamp integrates functions of a MP3, automatically plays music when the users rest and enables the users to relax physically and psychologically.

An eye-protective shade for the AR (Augmented Reality) smart glasses is provided, including: an eye protection unit disposed in front of the AR smart glasses, wherein the eye protection unit is disposed with a pair of shading portions capable of filtering light, and the pair of the shading portions respectively correspond to a pair of semitransparent display portions disposed on the AR smart glasses, and the pair of shading portions are made of translucent material and / or opaque material; when reading digital information by use of the eye-protective shade along with the AR smart glasses, the eye-protective shade protects the user's eyeballs and the macula from direct light radiation while the peripheral retina is continuously in contact with external light sources. The present disclosure can change the user's reading habits and moderate visual fatigue when reading.

The invention relates to functional grease composition which is rich in omega-3 unsaturated fatty acid and xanthophyll. The functional grease composition disclosed by the invention can effectively protect eyes from being damaged by light rays, slow down the aging of the eyes, prevent the eyes from generating pathological changes, strengthen the brain and improve the memory.

The invention discloses a blue-light-resistant protective film and a preparation method thereof. The blue-light-resistant protective film can be used for converting blue light into visible light in any other waveband so as to play a role in protecting eyes. The blue-light-resistant protective film includes seven layers: a film protective layer, an adhesive layer A, a scratch-resistant layer, a blue-light-resistant layer, a main film layer, an adhesive layer B and a stripping layer, wherein the adhesive layer B is arranged on the upper surface of the stripping layer of a substrate layer, the main film layer is arranged on the adhesive layer B, the blue-light-resistant layer is introduced to the main film layer, the scratch-resistant layer is introduced to the blue-light-resistant layer, the adhesive layer A is arranged on the scratch-resistant layer, and the film protective layer is arranged on the adhesive layer A. By using the blue-light-resistant protective film, the blue light can be isolated, the irritation of the blue light to eyes can be greatly reduced, the myopia can be controlled, and the eyes can be protected.

The invention relates to an intelligent eye vision protection system which comprises an image pre-processing module A, a face processing module B, an eye region positioning module C, an eye tracking forecast module D, a fatigue state detection module E, a fatigue degree calculation module F, a display equipment backlight brightness control module G and a prompt menu module H. The intelligent eye vision protection system can detect the degree of fatigue of users, automatically micro-adjust the brightness of a display equipment screen, gives a prompt of the current metal state of the users, and reminds the users of having a rest so as to achieve the effect of eye vision protection.

A goggle is provided for protecting eyes of a wearer from projectiles and providing a wide field of view to the wearer through the goggle. In particular, the goggle may have a front portion and two side portions which are attached to lateral distal ends of the front portion. The two side portions may extend rearwardly to follow the contour of the wearer's head instead of the curvature of the front portion. Transitions between the front portion and the two side portions may be abrupt. Such configuration provides a compact goggle which permits the wearer to have a full range of motion required to maintain control and balance on a snowboard and a wide field of view through the goggle. The front portion may have a smaller base curvature compared to the base curvature of the two side portions.

The present invention discloses an LED light mask comprising a face mask adapted to a face of a human body, the face mask is provided with an eye protection wall at a position corresponding to the human eye, and the inner surface of the face mask is provided with an LED light device and a cooling sheet, and the LED light device and the cooling sheet are respectively connected with a control circuit. The beneficial effect is that the LED light mask is simple to erect, the LED phototherapy beauty treatment and the ice compress function can be achieved at the same time, and the absorption of the skin care production is promoted.

The invention relates to an eye protection mask for the practice of outdoor sports, the mask including an eye protection lens, a peripheral frame to which the lens is fixed, the frame demarcating an opening closed by the lens, the frame having an orifice opening out at the rear of the shield and to the outside, a lateral deflector fixed to the frame opposite the orifice so as to channel a flow of air coming from the front of the mask to form an air flow tangentially to the orifice, such that the airflow formed creates a depression by venturi effect in the area of the outer inlet of the orifice.