6results about How to "Improve wearing efficiency" patented technology

This invention discloses a temperature-controlled EEG cap. The cap comprises a cap body, multiple electrode units, and a central control unit. Each electrode unit includes electrode contacts and a thermo-phase-change conductive gel with embedded heating elements. This gel exhibits thermo-reversible phase-change properties, transforming into a fluid state upon heating to wet the scalp surface, and transforming into a solid or semi-solid state upon cooling to form a stable conductive contact. The central control unit includes a temperature control module, an electrical signal processing module, and a timing control module. The timing control module is configured to control the temperature control module and the electrical signal processing module to operate in a time-sharing manner. This invention achieves rapid and convenient wear and installation through an integrated temperature control structure, and supports independent control of a high-density multi-channel array through a centralized back-end control system architecture, enabling high-fidelity signal acquisition and coordinated electrical stimulation.

The utility model discloses an eyelash support and a detachable eyelash bearing device. The eyelash support comprises a main support body. The main support body comprises a bearing part; the bearing part is used for fixing false eyelashes on the bearing part in a separable manner; and the bearing part is provided with a concave position which is fit with eyes. The main support body further comprises a holding part; the side, away from the holding part, of the bearing part is provided with the concave position. According to the utility model, the effect of one-time direct wearing can be achieved, so that the false eyelashes can be quickly worn, the false eyelash wearing efficiency can be improved, the false eyelash wearing effect can also be improved, the false eyelashes can be better combined with true eyelashes by assisting in combining hairs, and the effects of improving firmness and curling degree are achieved; according to the eyelash support, the main support body of the eyelash support is detachably connected to the bottom plate, the main support body and false eyelashes on the main support body can be taken down, the eyelash support can be directly worn, factory production is more convenient, and a user can carry the eyelash support more conveniently.

This utility model discloses a high-fit false eyelash band, relating to the field of false eyelash technology. It includes two first eyelash strands, three second eyelash strands, an eyelash band, and two extension portions. The two first eyelash strands are respectively fixedly connected to the top of the eyelash band near both ends. The three second eyelash strands are equally spaced and fixedly connected to the top of the eyelash band between the two first eyelash strands. Each first groove is located in the middle between two adjacent eyelash strands. The two extension portions are respectively fixedly connected to the two ends of the eyelash band near the bottom. The bottom of the two extension portions has equally spaced second grooves. The eyelash bands are laser-cut to different curvatures, allowing the false eyelashes to fit the eye shapes of more users. The extension portions effectively increase the adhesion area between the false eyelashes at the inner and outer corners of the eyes, making the false eyelashes adhere more firmly and preventing the false eyelashes from curling up.

This disclosure provides a method, device, and smart terminal for wearing virtual items, relating to the fields of metaverse, augmented reality, and virtual reality, and can be applied to virtual item try-on scenarios. The specific implementation scheme is as follows: In response to a wearing request, a video stream of a first image of the wearing part wearing the virtual item is output; in response to a sliding operation on the first image, the first image is switched to a second image according to the sliding operation. The first and second images are images from a group of images obtained by taking a panoramic view of the virtual item. A video stream of the second image of the wearing part wearing the virtual item is output. This eliminates the need to construct a 3D model, thus saving resources and costs associated with 3D modeling, and avoids complex matching logic algorithms, improving the efficiency of wearing virtual items and enhancing the wearer's experience through a convenient and quick method.

The utility model provides a kind of far end radial artery puncture point compression bandage, the front of first bandage one end is provided with first patch, the middle part of first bandage front is provided with second patch, the back of first bandage other end is provided with third patch, and first bandage back is provided with dressing;One end of second bandage is connected with the edge of first bandage by first elastic belt, and the back of other end of second bandage is provided with fourth patch;One end of third bandage is connected with one side of second bandage by second elastic belt, and the front of other end of third bandage is provided with fifth patch, and the back of third bandage in the position of fifth patch is provided with sixth patch;First patch is connected with fourth patch, second patch is connected with sixth patch, and fifth patch is connected with third patch.The utility model solves the technical problems of uneven compression, inconvenience of fixation, lack of personalized adjustment and high cost of one-time use in the prior art.

The utility model discloses a life jacket in the field of rescue protection equipment, which comprises: a chest float; a back float, which is connected to the chest float through a shoulder strap at the top, and has a covering belt arranged on each side of the lower part of the back float; a rope bag, which is embedded in the back float and has a rescue rope fixed inside; and a rescue rope reel, which is arranged in the rope bag and has a free end of the rescue rope extending from the right side of the rope bag. The life jacket is fixed by magic tape, and the wearing process is simple. The wearing efficiency can be effectively improved, and the rope bag is provided. The rescue efficiency can be greatly improved by directly connecting the rescue rope.