33 results about "Wears glasses" patented technology

1. Name of the product in this design: Wireless communication device for eyeglasses. 2. Purpose of this design: To be installed inside the rear end of the temple of a pair of glasses for wireless communication while wearing glasses. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model. 5. Other situations requiring explanation: This product is a partial appearance. The part covered by the red semi-transparent layer in the view is the part that does not require protection, and the part not covered by the red semi-transparent layer is the protected part; the usage state reference diagram is the usage state reference diagram of this product with the tail cover open.

This application relates to the field of lens processing and discloses a lens manufacturing method, a glasses manufacturing method, a lens, and glasses. The lens manufacturing method includes: determining target vehicle information based on the application scenario information of the lens; acquiring the display parameters of the vehicle display of the target vehicle information, wherein the vehicle display is configured to output polarized light signals to the target area to form a display image in the target area, and the display parameters include at least the polarization angle parameters of the polarized light signals; providing an optical lens layer; and setting a polarization layer on the optical lens layer with a polarization angle matching the polarization angle parameters to obtain a lens. This improves the brightness of the user's field of vision and reduces glare when wearing glasses containing the lens. Furthermore, the optical effect of the manufactured lens can be flexibly adjusted according to the vehicle model driven by the user, so that the polarization angle of the lens is adapted to the vehicle display of the vehicle being driven, thus combining the functions of blocking sunlight and acquiring information displayed on the vehicle display, thereby improving the driving experience and driving safety.

The present disclosure relates to a system 202 and a method 600 for detecting the visual field of eyes based on reflections on eyeglasses. The method 600 comprises receiving 602 image frames of a user from sensors and detecting 604 eye metrics of each eye. Furthermore, the method 600 comprises detecting 606 that the eyeglasses are being worn by the user, based on the receipt of one or more image frames, predicting 608 that reflections on the eyeglasses overlap with an area of ​​the at least one eye, and correlating 610 the eye metrics and the visual field of the at least one eye. The method 600 further comprises determining that a correlation value is below a predetermined range in order to send a warning signal to the user.Therefore, System 202 and Procedure 600 overcome the limitations of existing systems, which have problems due to hidden ocular metrics.

This application discloses a binocular merging distance calibration method, apparatus, and augmented reality glasses. The method, when the user's head width does not match the calibrated binocular merging distance setting of the augmented reality glasses, adjusts the pixel position corresponding to the calibrated binocular merging distance setting within the pixel position adjustment range of the calibration setting. This adjusted pixel position ensures that the merging distance of the user's glasses matches the calibrated binocular merging distance setting. In other words, merging distance calibration is achieved by adjusting the pixel offset of the display module, thereby ensuring that people with different head widths have the same viewing effect at the calibrated binocular merging distance setting. Because this approach avoids the need for users to adjust the binocular merging distance setting to achieve the same merging distance for users with different head widths, it both prevents the misuse of the binocular merging distance adjustment function and effectively improves the calibration accuracy of the calibrated binocular merging distance.

A glasses-free AR display device includes a half mirror, a darkroom-like structure, a display, an illumination, and a video controller. The half mirror is disposed upright on a floor. The darkroom-like structure is provided behind the half mirror. The display is disposed in the darkroom-like structure obliquely to a surface of the half mirror. The illumination illuminates a user located in front of the half mirror on the opposite side of the display. The video controller receives a video signal and causes the display to display a video.

This utility model relates to a wearable pair of glasses that can swing up and down, comprising: a hinge, including an inner fixing member, an outer fixing member, and a rotating member; a temple assembly rotatably connected to one end of the hinge; the temple assembly including a support cover, a connecting post, a washer, an elastic member, and a temple body; the connecting post is sequentially fitted with the rotating member, the elastic member, and the washer, and then connected with a screw; the support cover and the rotating member are relatively fixed in position; the elastic member is sleeved on the connecting post and sandwiched between the washer and the rotating member; and a frame connected to the other end of the hinge; the inner fixing member is embedded in and connected to the frame. The aforementioned wearable glasses that can swing up and down have a simple structure and are easy to use. The connecting post, with the rotating member, the elastic member, and the washer sequentially fitted with a screw, and the support cover and the rotating member being relatively fixed in position, allows the support cover to rotate relative to the outer fixing member via the rotating member, enabling the temple assembly to swing up and down to accommodate different face shapes and greatly improve the user experience.

The application relates to the technical field of intelligent glasses, in particular to a charging capsule and AI glasses. The charging capsule comprises a protective shell, a battery and a charging contact, the protective shell is provided with a plug-in structure for accommodating an end portion of a temple, the protective shell is detachably connected with the temple through the plug-in structure, a battery cabin is further arranged in the protective shell, the battery is detachably arranged in the battery cabin, the charging contact is arranged on the inner wall side of the plug-in structure, and the charging contact is electrically connected with the battery through a charging and discharging module. The battery and the charging contact are integrated in the protective shell, the charging capsule which is detachably connected with the temple can be mounted on the temple when the user wears the AI glasses, and the effect that the user wears the glasses and charges the eyes at the same time is realized.

The utility model discloses a floating water glasses with whistle, including glasses frame and lens, and the lens is established on the glasses frame, and the glasses frame includes glasses legs, and the average density of the floating water glasses with whistle is less than or equal to the density of water, and the tail of the glasses legs is equipped with a whistle. Specifically, the average density of the floating water glasses with whistle is less than or equal to the density of water, so that the floating water glasses with whistle can float in water, and the glasses can be worn with the whistle at the same time. The problem of inconvenient carrying of the whistle and sinking of the glasses in water is solved.

This utility model belongs to the technical field of eyeglass accessories, and specifically relates to a nose pad structure for eyeglasses. It includes a nose pad fixing base and a jelly silicone nose pad; the upper surface of the nose pad fixing base is connected to the jelly silicone nose pad; wherein, the jelly silicone nose pad consists of a rigid support base, a transparent soft silicone pad, a hollow cavity, solid support points, and hollow support points; the rigid support base is embedded and bonded to the bottom window of the transparent soft silicone pad, the transparent soft silicone pad has a hollow cavity inside, and the upper surface of the rigid support base has several solid support points, wherein the height h of the solid support points is proportionally distributed with the height H of the hollow cavity to achieve nose pad support adjustment. It uses silicone as the nose pad support structure, which can prevent excessive fatigue from wearing glasses and is non-slip; moreover, the jelly silicone is comfortable and does not easily cause fatigue or pressure marks after prolonged wear.

To provide an image display device that is advantageous in reducing glasses ghosting that occurs when the observer is wearing glasses. [Solution] The image display device comprises an eyepiece optical system that guides light emitted from an image display element to the observer's eye, a light source for illuminating the eye, and an imaging unit for imaging the eye. The eyepiece optical system includes a lens and a first absorbing polarizer placed between the lens and the eye that transmits linearly polarized light in a first direction. The imaging unit images the eye using the light transmitted through the lens, and the light emitted from the light source and guided to the eye is linearly polarized light in a first direction.

This invention discloses a display device 9, comprising a convex lens 3, a plane mirror 2, a display device 5, a lighting device 7, a house-like structure 8, and a control device 255. The key feature is that inside the house-like structure 8, the mechanical control device 5 is positioned at the middle of its length, with the display device 5 placed behind it at a suitable viewing height, and the plane mirror 2 placed in front. The display panel 4 on the display device 5 faces the plane mirror 2. The light source 1 of the lighting device 7 is located in the middle area of ​​the top of the house-like structure 8. The convex lens 3 is adapted to be held by the mechanical control device 6. This device allows viewers to see the displayed text, images, or parts or the entirety of an object clearly through the convex lens 3 in the mirror without wearing glasses.

The invention relates to an eye training system with eyeglasses comprising at least the following components: - a frame member configured to hold the eyeglasses on the head of a person wearing the eyeglasses; - two optical assemblies arranged at the frame member, wherein the optical assemblies located at the frame member are arranged such that when the eyeglasses are worn on the head of a person, the optical assemblies are located in front of the eyes of the person, wherein each optical assembly comprises an adjustable focus lens having an adjustable focal length and a housing, wherein the adjustable focus lens is comprised in the housing; - an adjustment assembly for adjusting the lateral distance between the optical assemblies; - a control circuit comprising a processor, wherein the control circuit is configured to control the focal length of the adjustable focus lenses in response to data received from an external computer or this data provided by the processor.

A system and method for determining measurements to correctly fit prescription lenses (44) to eyeglass frames (24). The eyeglass frames (24) are selected and worn on the face. The individual wearing the eyeglass frames (24) is imaged with a camera (32) and scanned with a 3D imaging system (34) in at least two orientations. The relative displacement of the eyeglass frames (24) relative the electronic imaging device (30) between the first orientation and the second orientation is measured using one or more internal measurement units (15, 35). The internal measurement units (15, 35) collect displacement data (43). Measurement points (48) are identified on the eyeglass frames (24) and / or the individual wearing the eyeglass frames (24). Data is stereoscopically analyzed using the displacement data (43) to determine 3D coordinates for the measurement points (48). Distances between coordinates are calculated. The distances correspond to fabrication measurements needed to fabricate prescription lenses (44).

A device for detecting the condition of eyeglasses being worn, which includes a sensor adapted to be accommodated inside a temple of a pair of eyeglasses and includes at least one first active area and at least one second active area. The first active area is adapted to be directed toward the head of the user, and the second active area is adapted to be directed outward.

Medicinal eyewear and optical devices are disclosed. A wearable eyewear device includes a lens and a passive light conversion material integrated within at least a portion of the lens. The passive light conversion material is configured to absorb ambient wavelengths of light from at least one of sunlight or artificial light sources and convert at least a portion of the absorbed ambient light into at least one therapeutic wavelength of photobiomodulation ("PBM") light within a range of 600nm to 1200nm. The lens is configured to direct the PBM light toward the user's eye.

The utility model discloses a multifunctional glasses, including glasses frame, the left and right sides of glasses frame are connected with one detachable glasses leg respectively, every glasses leg all is installed with detachable the pearl of specified smell can be volatilized, the left and right sides of glasses frame are connected with one insertion projection respectively, the lateral surface of insertion projection is equipped with the insertion slot, the insertion slot is assembled with the insertion piece of fixed connection in glasses leg end portion, this multifunctional glasses function diversification, promote user experience, and this multifunctional glasses sets up detachable smell volatilization pearl on glasses leg, can release specified smell (such as lavender smell with the soothing effect, mint smell with refreshing effect etc.

This invention discloses a mezzanine interface and its assembly method for independently driving dual-layer adjustable lenses in wearable glasses electronic systems. The mezzanine interface includes an input connector connected to a flexible flat cable for the adjustable lens, a board-to-board connector connected to the main control board, a pin remapping circuit for redistributing the input signal into a first drive output group and a second drive output group, and protection and diagnostic circuits for electrostatic discharge protection, current limiting damping, overcurrent diagnosis, and open circuit diagnosis. The mezzanine also features mechanical key notches, asymmetrical pin arrangement, direction markings, ID recognition circuitry, and test points to improve mass production testability, fault location capabilities, and assembly error prevention. The corresponding assembly method utilizes the mezzanine to complete power-on self-test, two-way drive scanning, production calibration, and parameter writing, forming a mass production interface system for dual-layer adjustable lenses.

The present disclosure provides a method (400) for detecting eye visibility based on the properties of eyeglasses. Method (400) includes receiving (402) image frames of a user from one or more sensors and detecting (404) eye metrics of each eye. Method (400) further includes detecting (406) that the eyeglasses are being worn by the user and predicting (408) the properties of the eyeglasses. Method (400) includes predicting (410) the properties of the eyeglasses and correlating (412) the eye metrics and the visibility of each eye. In response to determining that a correlation value is below the predetermined range, method (400) includes transmitting (414) a warning signal to the user.

The application discloses a rotating mechanism, a frame and glasses. The rotating mechanism comprises a first support, a guide rod, an elastic member, a second support and a rotating shaft. The first support comprises a clamping portion. The second support comprises a first connecting section and a second connecting section, and a groove is formed in the second support and located between the first connecting section and the second connecting section. The groove has a first side wall and a second side wall connected with each other. The second support has a first state during rotation relative to the first support, the clamping portion can slide along the first side wall and stop at the second side wall, and the compression amount of the elastic member remains unchanged during sliding of the clamping portion along the first side wall. In this way, when a user wears the glasses, the clamping force remains unchanged when the second support is in the first state and the glasses continue to be folded outward, so that the clamping force of the temple is consistent for users with large heads and small heads, discomfort caused by the temple pressing the head of a user with a large head circumference is avoided, and the adaptability of the glasses to different users is improved.

The application discloses a kind of campus face feature library management method and system, it is related to campus security technical field, method includes the identity information of each campus personnel and corresponding face image is collected, feature extraction is carried out based on pre-training face verification algorithm, generates corresponding campus personnel face image feature vector set;Real-time verification is carried out when the face image of acquisition is obtained, and real-time face verification data is generated;The feature vector of the face image of the user audit confirmation of the application is grouped according to the feature difference size by verification failure, the feature vector of each group of face image reaches certain frequency when appearing, only then the group feature vector is used to the corresponding face feature library incremental update, prevent abnormal outlier feature pollution user's face feature library, while also can the face image of user more common appearance, such as glasses, mask, hairstyle and makeup, incremental update to corresponding face feature library, so that user next time using same face image verification can be verified.

This disclosure relates to a display method, apparatus, electronic device, storage medium, and computer program product. The method includes: responding to an electronic device detecting a target object wearing glasses based on acquired image data; determining a detection result of the glasses device based on the image data; determining a target conversion matrix from a preset matrix set based on the detection result; wherein the preset conversion matrix in the matrix set is determined based on the spectral distribution parameters of light emitted by the display device and the spectral distribution parameters of light transmitted through the glasses device; and converting the color values ​​of the electronic device's display screen in its native color space to color values ​​in a target color space based on the target conversion matrix, and displaying the image. This allows the determined target conversion matrix to correspond to the glasses device worn by the user, automatically adjusting the color display effect of the electronic device based on the glasses device, thereby reducing visual color deviation when wearing glasses.

The utility model relates to the field of glasses, disclose a kind of multifunctional children glasses, left frame and right frame are connected by mounting assembly, tail component is equipped with in the rear side of temple, mounting assembly includes horizontal bar, fixedly arranged in the left frame right side and right frame left side insert strip A, several screw A, tail component includes rear leg, fixedly arranged in the front side of rear leg insert strip B, strap A, fixedly arranged in the upper of rear leg magic tape A, fixedly arranged in the left and right ends of strap A magic tape B, several screw B.The utility model has the beneficial effects of preventing glasses from falling and adjusting the size of glasses, solves the problem that children wearing glasses during activity, glasses are prone to slip, existing children glasses usually do not have the function of preventing falling, leading to glasses broken;Existing children glasses usually do not have the function of adjusting, when the head circumference of children becomes larger, leading to the problem of not adapting to the head circumference of children.

A system and method for fabricating prescription lenses for smart glasses having a first camera. Using a first technique, a second camera views the smart glasses. A reference pattern of known dimensions is provided at a known position relative to the second camera. The reference pattern is imaged with the first camera and the image is used to calculate a spatial orientation between cameras. The second camera images the user wearing the frames. The image(s) are analyzed with a scale determined from the spatial orientation of the cameras to determine the ophthalmic measurements. The second camera can be part of a device that has a display screen. The display screen can be viewed with the first camera. Accordingly, the first camera collects a reimage of the user wearing the frames. The reimage can also be analyzed to determine the ophthalmic measurements needed to manufacture lenses for the frames.

Examples include a wearable device such as smart glasses having a frame, a temple and onboard electronics components. The frame can define one or more optical element holders for holding respective optical elements within view of a user when the eyewear body is worn. The pair of temples can be connected to the eyewear frame for supporting the eyewear frame in position within view of the user when the eyewear body is worn. The antenna can be incorporated in at least a first of the pair of temples. The antenna can include an exciter circuit, at least a portion of a battery flex of the first of the pair of temples configured as an active element of the antenna and a metal component of the first of the pair of temples configured as a ground of the antenna.