15 results about "Nose bridge" patented technology

This utility model discloses a nose bridge strip processing technology, specifically a curved nose bridge strip cutting assembly, including a connecting frame. A mounting frame and a fixing frame are respectively connected to the top and bottom of the connecting frame. A connecting plate is provided on the top of the connecting frame, and multiple sets of wire guide wheels are rotatably connected to the connecting plate. A conveying wheel is rotatably connected inside the fixing frame, and the conveying wheel and the wire guide wheel are correspondingly arranged. A conveying component is connected to the connecting frame to convey the nose bridge strip. A cutting component is connected to the top of the connecting frame to cut the nose bridge strip conveyed by the conveying component. A motor drives a drive gear to rotate, which in turn drives a driven gear that is in transmission with the drive gear to rotate, causing the pulling wheel to work synchronously. This pull wheel, in conjunction with the wire guide wheel and the conveying wheel, assists in conveying the nose bridge strip. After the strip is conveyed to the correct position, the cutting motor drives a swing arm to deflect, causing the slide to slide along the outside of the guide seat, thus changing the position of the cutting blade and performing the nose bridge strip cutting operation.

This application provides a smart glasses charging device and smart glasses assembly, applicable to smart glasses with the charging interface located on the nose bridge. The charging device includes: a charging cable connected to the frame of the glasses, with a first end connected to the charging interface and a second end extending towards the temple; a housing connected to the temple of the smart glasses, on which a wire is provided; the first end of the charging cable is connected to the wire at the location of the first end of the housing, and a charging connection port is provided at the second end of the housing, with the wire connected to the charging connection port. In this technical solution, after the charging cable and the housing are combined, the charging position located on the nose bridge can be extended to the second end of the housing. The second end of the housing located on the temple side has a charging connection port. After the charging module is connected to the charging connection port on the housing, the user can charge while using the smart glasses, resulting in a better user experience.

A disparity sensor of an augmented-reality headset is described. The disparity sensor includes a light combiner, an image sensor, and a bracket. The light combiner is configured to receive a first light output from a first light emitter coupled to a first display and a second light output from a second light emitter coupled to a second display. The image sensor is configured to capture the first light output and the second light output to produce data used for determining disparity between the first display and the second display. The bracket is configured to be mounted to a nose bridge region of the augmented-reality headset. The bracket is further configured to hold the image sensor and the light combiner. The mounting provisions that hold the light combiner to the bracket allows for less than one arcminute of warpage along a major axis and minor axes of the light combiner.

A flex circuit of an augmented-reality headset is described.  A shape of the flex circuit allows for placement of the flex circuit at a nose-bridge region of the augmented-reality headset.  The flex circuit includes an image sensor that provides image data related to disparity between a first display and a second display of the augmented-reality headset, and circuitry used for charging a battery of the augmented-reality headset.  The circuitry includes battery charging terminals that are located at the nose-bridge region of the augmented-reality headset.

The utility model discloses a visual eyecup with two sight holes and built-in liquid sealing bag, which comprises a wrapping layer composed of inner cloth and outer cloth, a liquid bag is arranged in the wrapping layer, the inner cloth and the outer cloth are laminated, and two wrapping layer sight holes are formed on the wrapping layer by adopting high-frequency hot melt pressing method, the outer edge of the wrapping layer is wrapped around the liquid bag by using overlock edge sealing, so that the visual eyecup has the advantages of beautiful appearance and stability, monotony and rigidity are reduced, the hollow nose bridge part is arranged between the two wrapping layer sight holes, the nose bridge part is provided with a metal framework, the problems that the user is not pressed when wearing and using the visual eyecup to cause the breathing to be not smooth, and the sight is not blocked between the two sight holes are solved, the liquid bag is a non-closed loop structure with an open lower end, the production and installation of the liquid bag are facilitated, the liquid bag is designed according to a single cavity, and the liquid in the bag can flow mutually, after the liquid bag is loaded into the wrapping layer along the opening and the edge sealing of the eyecup edge is completed, the wrapping layer wraps the liquid bag well, and long-term use can be realized.

The application relates to the technical field of obstacle avoidance navigation, in particular to intelligent glasses, a method and a system for obstacle avoidance navigation of the blind, the intelligent glasses comprising a camera module, a ToF module, a sensor, a WIFI communication module, a Bluetooth module, a microphone, a loudspeaker and a master controller. In the application, the intelligent glasses only serve as a perception extension and an interaction terminal, a complex image processing and navigation algorithm unit with high energy consumption and high heat generation is stripped, and the unit is transferred to a smartphone terminal with stronger computing power and larger battery capacity for processing. The design reduces the hardware threshold and energy consumption of the master controller of the intelligent glasses, reduces the volume and weight of the glasses, solves the problems of serious heat generation of a machine body, short battery life and heavy wearing pressure on a nose bridge of a traditional integrated intelligent glasses caused by integration of high-power chips, and is more suitable for long-time wearing and use of the visually impaired.

The utility model relates to glasses technical field, concretely is a kind of adjustable glasses, including glasses frame and nose pad assembly, the nose bridge part of glasses frame is symmetrically provided with mounting frame in left and right sides, the nose pad assembly includes mounting plate, buckle and buffer pad, mounting hole is provided on the mounting frame, the mounting hole upper and lower sides are provided with the buckle adaptation's clamping hole, the mounting plate is connected with the mounting frame by the buckle, buffer pad is also provided on the mounting plate, traditional glasses nose pad is fixed with bolt, and it is troublesome to disassemble and assemble, and the nose pad assembly of the adjustable glasses is connected with the mounting frame on glasses frame by buckle, and it is convenient to disassemble and wash;By changing the mounting position of buckle in the mounting frame different height clamping hole, the height of nose pad assembly can be adjusted, to meet the individualized demand of different users to nose pad height, improve the comfort of wearing.

The utility model discloses a front wall assembly and vehicle, the front wall assembly includes: front end structure, and front end structure is suitable for connecting in energy absorption box, and front end structure is used for being connected with the front of front wall longitudinal beam, and front end structure includes first mounting panel and second mounting panel, and first mounting panel is spaced with second mounting panel, elephant nose beam, and the at least partial configuration of elephant nose beam is from front to rear and inclines upward and outward, and the front of elephant nose beam is inserted to between first mounting panel and second mounting panel, and elephant nose beam is set to be fixedly connected with one of first mounting panel and second mounting panel and detachably connected with another. The front wall assembly of the utility model can increase the transmission path of the collision force, improve the reliability of the transmission and dissipation of the collision force, and improve the connection stability and reliability of the elephant nose beam. In addition, the elephant nose beam and the front end structure can be connected or separated through the detachable connection mode, which facilitates the disassembly and replacement of the elephant nose beam.

The utility model discloses a kind of spectacle nose pads, it includes: the outer surface of silica gel leaf is equipped with metal piece installation groove, the specification of silica gel leaf is equipped with multiple, the inside of metal piece installation groove is detachably connected with metal support piece, the outer surface of metal support piece is fixedly connected with connecting seat, the outer surface of connecting seat is fixedly connected with connecting rod one, the outer surface of connecting seat is fixedly connected with connecting rod two, and the other end of connecting rod one and connecting rod two is fixedly connected with spectacle frame. By replacing multiple specifications of silica gel leaf, its height is flexibly adjusted, and is adapted to different forms such as high, low bridge. By the metal piece installation groove set on silica gel leaf, stainless steel metal support piece is installed in metal piece installation groove, so that it is closely connected with silica gel leaf, further fixed to prevent unhooking, avoid component separation, and reliable to wear. Transparent soft silica gel leaf has cavity, soft texture, can slightly deform to reduce compression, and give consideration to comfort and beauty.

An eyewear system is provided that includes a base frame and an interchangeable clip-on frame for customizable styling. The system features a stabilizing hook located on the nose bridge of the base frame, which engages a corresponding structure on the clip-on frame to provide a secure central attachment. Magnets are embedded at opposing ends of both the clip-on frame and the base frame to facilitate magnetic coupling, ensuring precise alignment and additional stability. This dual securing mechanism prevents displacement or gaps even when the base frame bends inward or outward, such as from the weight of prescription lenses. The system allows users to easily swap clip-on frames with different patterns or colors, offering both functional reliability and aesthetic flexibility.

A wireless charging device for charging a head-mounted wearable device (HMWD) includes a base, a sidewall that extends from the base, and a bridge support that extends from the base and is spaced apart from the sidewall. At least one charging antenna is positioned within the sidewall. The HMWD is engaged with the charging device by placing the nose bridge of the HMWD in contact with the top of the bridge support, while the temples of the HMWD extend into the space between the sidewall and bridge support. The sidewall, bridge support, and base constrain movement of the temples relative to the charging device in a manner that retains the receiving antennae in the temples within a range of positions relative to the charging antenna that are suitable to receive electrical power.

The utility model discloses a variable angle's collagen regeneration handle relates to the cosmetic instrument technical field, including shell subassembly, the inside of shell subassembly is provided with adjusting mechanism. The utility model discloses when contacting to such as the position such as nose bridge, chin, the connecting seat of metal probe bottom end draws the arc with the tumulus surface bolt as center, and then adjusts the angle of metal probe, makes metal probe to fit the face of user, and when metal probe contacts the face, the pressure makes the movable seat of support seat bottom end to displace to the inside position of shell, and movable rod displaces downward and makes spring compression, and when the travel switch is extruded and opens, makes control mainboard control metal probe and carry out radio frequency work, when loosening, spring drives movable rod and resets, and limiting block carries out the limit, and at this time, the travel switch no longer is extruded, makes the device stop operating the device can carry out angle adjustment to metal probe according to the face of user, can be closely combined with skin, avoids the situation that dead angle can not handle.

A head-mounted device can have a head-mounted support structure (26). A rear-facing display (14R, 14L) can present images to an eyebox (34) located at a rear of the head-mounted support structure. A forward-facing public viewable display (14F) can be supported on a front side of the head-mounted support structure, facing away from the rear-facing display. The forward-facing display can have pixels forming an active area (AA) in which images are displayed, and can have an annular inactive border area (IA) surrounding the pixels. The active area can have a curved perimeter edge with a bridge of the nose recess. The inactive border area can have a perimeter extending parallel to the perimeter edge of the active area. The forward-facing display can have a cover layer (92) having an developable surface overlapping the active area and an annular surface having compound curvature overlapping the inactive area. Optical components can operate through the cover layer in the inactive area.

1. The name of the design product: nose pad. 2. The use of the design product: used for installing on the glasses frame, supporting on the nose bridge to keep the fixed part of the frame. 3. The design points of the design product: in shape. 4. The picture or photo that best shows the design points: perspective view 1.