6results about How to "Suitable for wearing" patented technology

The utility model provides a plug-in module for an intelligent wearable helmet and the helmet, and the plug-in module comprises a shell which comprises a connecting part and can be detachably installed on the left side or the right side of the intelligent wearable helmet through the connecting part; a main board, wherein the main board is arranged in the shell; the main board is arranged on the base, the microprocessor, the detection sensor and the connecting interface are arranged on the main board, the detection sensor and the connecting interface are electrically connected with the microprocessor, and the detection sensor comprises a temperature and humidity sensor. Through the above plug-in module, on the premise of ensuring that the helmet is suitable for wearing, the module provided by the utility model can be installed only when the environment temperature and humidity of a specific working condition need to be detected, so that the function of the intelligent wearable helmet is increased to adapt to more scenes, and the cost of the intelligent wearable helmet is reduced.

The utility model discloses a frame auxiliary support subassembly, including a pair of mutually symmetrical support unit, and support unit includes base and elastic support part, and the base is used for with the inside surface fixed of the temple of frame, and one end of elastic support part is fixed with base, and the other end is movable end, the side surface of elastic support part is used for with the temple region of face adjoins and supports frame. It is filled between temple and temple region through elastic deformation, and the support of ear root place is combined with elastic force and friction, makes frame firmly wear on face, and can make the frame place suspend on the nose bridge, and the nose bridge is no longer stressed. Through the built-in reed provides the permanent deformation force. Its simple structure, convenient to use, and the contact area with the temple region is big, and the pressure is small, and the supporting force is big, and the comfort degree is high, and compared with the feedback of nerve unit of nose bridge, cheekbone place, the comfort degree of temple region feedback is also higher, is more suitable for frame long -term wearing, especially the functional frame of weightier, has very strong practicality and extensive applicability.

The present application discloses an augmented reality device, an information display method and a device. The augmented reality device includes augmented reality glasses and a sensor module that is communicatively connected to the augmented reality glasses, and the sensor module and the augmented reality glasses are independent of each other. Among them, the augmented reality glasses include: a glasses body, a marker, a communication module and a controller. The marker is arranged on the glasses body and exposed through the outer surface of the glasses body. The communication module is arranged on the glasses body and is used to communicate with the sensor module. The controller is arranged on the glasses body and is electrically connected to the communication module. Among them, the sensor module is configured to: obtain a target image containing a marker. The controller is configured to: calibrate the first coordinate system where the sensor module is located with the second coordinate system where the glasses body is located according to the target image, and obtain the calibration result. In the present application, the augmented reality glasses are smaller in size and lighter in weight, suitable for users to wear for a long time.

The utility model relates to a neck scarf technology field, and disclose an integrated warm-keeping neck scarf, including scarf body, windproof layer, warm-keeping layer and skin layer, scarf body as the basic structure, through multilayer design has promoted warm-keeping performance, windproof effect and wearing comfort, windproof layer adopts 30D super fine denier nylon knitting, has excellent windproof performance, warm-keeping layer fills hollow polyester down-like fiber and natural wool mixture, both light and warm, skin layer is made of mulberry silk, long pile cotton and conductive fiber blending, soft and breathable and antistatic, scarf both ends are equipped with pocket, inside is equipped with antiskid strip and scratchproof gauze, practical and durable, in addition, the scarf one end is equipped with zipper, can access the inner partition after opening, it is convenient to place or take out memory cotton and other additional warm-keeping materials, memory cotton can be fixed in the inner partition through magic tape, easy to disassemble and wash.

The utility model discloses a hanging rope and wearable equipment, the hanging rope comprises a first rope section and two second rope sections, and the first rope section is used for wearing; the width of the second rope sections is smaller than that of the first rope section, and the two second rope sections are integrally formed at the two ends of the first rope section respectively; wherein the first rope section and the second rope section are woven into an integrated structure through weaving threads. The hanging rope comprises the first rope section and the second rope section, the width of the first rope section is larger than that of the second rope section, so that the first rope section is more suitable for wearing, the wearing comfort of the hanging rope is improved, the width of the second rope section is small, and the second rope section can be matched with other structural parts more easily to enrich the functions of the hanging rope. And meanwhile, the second rope section is integrally woven at the end part of the first rope section through the weaving line, so that the structure and the manufacturing process of the hanging rope are simplified, the reliability of the hanging rope is improved, and the service life of the hanging rope is prolonged.

The utility model belongs to the field of optical display, and relates to a wearable optical system, which comprises a light source; the first optical effective surface is a metasurface optical surface and is arranged opposite to the first light source; the second optical effective surface is a metasurface optical surface and is arranged opposite to the second light source; the third optical effective surface is arranged between the first optical effective surface and the second optical effective surface and is formed by a light splitting film; light emitted by the first light source forms a first light path, and the light is emitted in a preset direction after being transmitted by the first optical effective surface and the third optical effective surface; light emitted by the second light source forms a second light path, and the light is transmitted by the second optical effective surface and reflected by the third optical effective surface to be emitted in the preset direction; the lens unit is opposite to the third optical effective surface; light emitted by the first light source and the second light source in the preset direction penetrates through the lens unit and is emitted to the exit pupil position, and a first image with the first focal plane depth and a second image with the second focal plane depth are formed.