18results about How to "Improve wearing experience" patented technology

This utility model provides a temple connection structure and eyeglasses, relating to the field of eyeglasses. It solves the problem that fixing the temples to the frame with screws is prone to loosening and wear, leading to a decrease in fixing force. The temple connection structure includes a receiving shaft, a plug-in shaft, and a rubber gasket. One of the temples and the frame has a single hinge plate fixed to it, while the other has a mating groove. The single hinge plate extends into the mating groove and has a first hole. The rubber gasket is located on one side or opposite sides of the single hinge plate, with a portion of the gasket extending into the first hole. The receiving shaft passes through the groove wall of the mating groove and the first hole. The plug-in shaft is inserted into the receiving shaft with an interference fit, thereby rotatably connecting the temples to the frame. The rubber gasket is clamped between the groove wall of the mating groove and the single hinge plate. The plug-in shaft, inserted into the receiving shaft with an interference fit, forms a solid whole, achieving a hinged connection between the temples and the frame. The rubber gasket provides smooth and uniform damping for opening and closing the temples.

This utility model belongs to the field of fabric technology, specifically relating to a multi-layered jacquard breathable and visible floating yarn woven fabric and shoe upper. It includes a fabric body comprising a breathable zone, a jacquard zone, and a support zone. The support zone is at a higher level than the jacquard zone, and the jacquard zone is at a higher level than the breathable zone. The fabric body is woven from a first yarn, a second yarn, and a third yarn. The first and second yarns are multifilament yarns, and the first and second yarns are different colors. In this utility model, by setting breathable zones on the fabric and forming a support structure in the breathable zones using interlaced multifilament yarns, the fabric achieves both good breathability and support, enhancing the wearing experience.

This utility model relates to the field of camera equipment technology, specifically a wearable smart camera. The camera includes a shoulder strap mechanism for supporting a camera body; a camera body mounted on the shoulder strap mechanism, comprising a base with a support plate on the base, and a camera body mounted at the end of the support plate away from the base, with microphones at both ends of the camera body; a diagonal sling mechanism connected to the shoulder strap mechanism, comprising a back strap and a chest strap, each connected to one end of the shoulder strap mechanism, and the back strap having two elastic bands; and an armpit strap mechanism connected to the diagonal sling mechanism and located at the end of the diagonal sling mechanism away from the shoulder strap mechanism, comprising an armpit strap body. This utility model has the advantages of simple structure, reasonable design, high wearing comfort, and easy quick and easy on / off, making it worthy of widespread promotion and application.

The utility model discloses a kind of pupil distance adjusting device and head-mounted display equipment, it is related to head-mounted display equipment technical field, and the pupil distance adjusting device in it includes support, two lens modules slidingly disposed on support, human eye detection module is arranged on two lens modules, first magnetic adjusting mechanism and second magnetic adjusting mechanism are arranged between support and two lens modules, and control unit is electrically connected with human eye detection module and second magnetic adjusting mechanism;First magnetic adjusting mechanism is used to drive two lens modules to move towards each other, second magnetic adjusting mechanism is used to drive two lens modules to move away from each other, human eye detection module is used to detect whether human eye is in the center of lens module and corresponding detection signal is transmitted to control unit, and control unit is used to control second magnetic adjusting mechanism action.The utility model not only can realize the adjustment of pupil distance, and strong stability, no noise, improve the wearing experience of user.

This utility model relates to the field of denim fabric technology, and more particularly to a sporty triacetate denim fabric, which is woven from warp and weft yarns. The minimum weave cycle consists of six rows of warp yarns and six rows of weft yarns. The warp yarns include a first warp yarn and a second warp yarn, which are arranged alternately in a 1:1 ratio from left to right. The weft yarns include a first weft yarn and a second weft yarn, which are arranged alternately in a 1:1 ratio from top to bottom. The first warp yarns and the first weft yarns interweave to form the surface layer of the fabric, and the second warp yarns and the second weft yarns interweave to form the bottom layer of the fabric. The first warp yarn is plain yarn, the second warp yarn is slub yarn, the first weft yarn is cotton yarn, and the second weft yarn is triacetate yarn. By combining the natural softness of the cotton yarn in the surface layer with the delicate texture of the plain yarn, the natural breathability and antibacterial properties of the slub yarn in the bottom layer with the moisture-wicking and quick-drying properties of the triacetate yarn, the overall wearing comfort is improved, making it suitable for daily wear or outdoor activities.

This utility model discloses a comfortable medical protective mask, including a mask body, a mask surface, and ear loops. The mask body includes a mask surface and two plastic frames symmetrically arranged on both sides of the mask surface. A face support strip, fixedly connected to the mask surface, is arranged parallel to the inner side of both plastic frames. An ear loop is provided on one side of each plastic frame via a mating protrusion, and an adjustment block is installed on the ear loop. A first strap and a second strap are respectively provided at the top of the two ear loops. A buckle is provided at the top of the first strap, and a fixing strip matching the buckle is provided at the top of the second strap. This utility model, by symmetrically arranging two plastic frames on both sides of the mask surface and providing a face support strip fixedly connected to the mask surface parallel to their inner sides, creates a three-dimensional space inside the mask surface when unfolded, providing a more comfortable breathing experience when worn.

This utility model relates to the field of cardiovascular monitoring technology and discloses a wearable cardiovascular monitoring device, including a monitoring device and a wearing ring, with the monitoring device fixedly mounted on the wearing ring. It includes a positioning component, a fixing component, and a buffer component. The positioning component is fixedly mounted on the wearing ring, the fixing component is located at the end of the wearing ring, and the buffer component is located inside the wearing ring. This utility model proposes that by setting up a positioning component, utilizing the engagement of a magnetic block and a second magnetic block, and the sliding engagement of a second engagement groove and a second engagement protrusion, the two ends of the wearing ring can be accurately positioned, ensuring stable wear of the monitoring device. In the fixing component, a fixing head is fitted with a spring and engages with the positioning hole, facilitating adjustment of the wearing ring's fixation. The buffer ring and buffer protrusion within the buffer component are located inside the wearing ring, effectively relieving pressure between the wrist and the device, solving the problem of wrist discomfort caused by prolonged wear due to the lack of a buffer component in existing technologies, and improving the user's wearing experience.

This utility model relates to the field of assistive walking robot technology and discloses an intelligent assistive walking exoskeleton robot, including an adjustable waist wearing device, thighs, joints, and lower legs. The adjustable waist wearing device has two axially symmetrically distributed thighs at its bottom. The two thighs are rotatably connected to the side wall of the adjustable waist wearing device. The bottom of the thighs is provided with joints, and the bottom of the joints is provided with lower legs. The top of the lower legs is rotatably connected to the joints. This exoskeleton robot has a simple structure, is easy to adjust, and can greatly improve the wearing experience, improve wearing comfort, and improve the walking assistance effect.

The utility model relates to the technical field of glasses, and discloses a track type bayonet screw-free elastic glasses hinge structure, which comprises an end piece, a glasses leg and an end piece inner frame, the end piece and the glasses leg are made of titanium metal, the end piece inner frame is made of phosphor copper metal, and the end piece, the glasses leg and the end piece inner frame are in screw-free connection through a track structure. The bottom of the end piece and the bottom of the end piece inner frame are provided with notches corresponding in position, the necks of the glasses legs on the side faces of the glasses legs are vertically installed from the bottoms to complete connection, and the hidden track grooves with the radian in the top of the end piece inner frame and the convex grooves with the radian in the front ends of the glasses legs can be tightly combined to ensure that the glasses legs are stably opened and closed in the end piece. The top of each glasses leg is provided with a through forked position, so that the glasses legs have an opening and closing elastic function, can elastically expand outwards by 12 degrees in a 0-degree state, improve the wearing comfort and prevent falling off, the forked positions are tightly closed to form a small square to enhance the stability when swinging to 45 degrees, and the forked positions are opened to return to a state of being matched with a large square track in an end piece when swinging to 90 degrees to form a 90-degree elastic effect.

The application belongs to the technical field of medical devices, and discloses an atomization mask which comprises a sealing member and a supporting member, the sealing member has a fitting end for fitting a patient's face and a supporting end opposite to the fitting end, the fitting end is provided with an accommodation port capable of simultaneously accommodating the patient's mouth and nose, the supporting end is provided with a convex portion capable of covering at least part of the patient's nose and a mounting port located below the convex portion, the supporting member is arranged in the mounting port and jointly spliced with the sealing member to form a delivery cavity, the supporting member is provided with a connecting hole for connecting an atomization cup, the connecting hole is in communication with the delivery cavity, the rigidity of the supporting member is greater than that of the sealing member, thereby increasing the deformation ability of the sealing member, so that the sealing member can adapt to the nose contours of various patients, the sealing property between the atomization mask and the patient's face is increased, and the atomization treatment effect on the patient is ensured.

This utility model discloses a portable brain-computer interface device, relating to the field of brain-computer interface technology. It includes a main body, with a support component fixedly mounted on the lower surface of the main body for easy carrying. A fixing strap is provided below the support component to secure the device to the head. The support component includes two support rings, with the upper surface of the upper support ring fixedly mounted to the lower surface of the main body. The support ring includes a shell that disperses impact energy and protects the head. This portable brain-computer interface device, through the composite use of a shell, outer layer, inner lining, non-woven lining, and memory foam, effectively improves the wearing comfort and safety of the support ring. Furthermore, the support component, composed of two support rings and with through holes, minimizes the weight of the device, enhancing comfort and making it convenient for carrying when out and about.

The utility model relates to textile fabric technical field especially, it is a kind of textile fabric of application bio-based fiber. Fabric layer, the fabric layer is interwoven from bio-based fiber and polyester fiber and spandex fiber;Protective layer, is set to the top of the fabric layer;Skin layer, is set to the bottom of the fabric layer, including: hygroscopic layer, hygroscopic layer is interwoven from pure cotton fiber and spandex fiber, has good hygroscopicity;Comfort layer, comfort layer is formed by bio-based fiber spinning;And, the plurality of conductive fiber silk clamped between hygroscopic layer and comfort layer. Solve the technical problem that bio-based fiber textile fabric cannot satisfy wear resistance, antibacterial property.

The utility model relates to a kind of breathable deformation thermal comfort silk jacquard double-sided cloth fabric, including the 12-way yarn of circulation arrangement.The yarn of 1st, 2nd, 7th and 8th is extinction breathable deformation silk DTY as fabric front, and the yarn of 3rd, 4th, 5th, 6th, 9th, 10th, 11th and 12th is extinction DTY as fabric back.Two kinds of yarn are matched and coordinated, not only guarantee fabric structure stability, but also extinction characteristics avoid glaring reflection, in addition, the knitting structure is further promoted air circulation on the basis of yarn breathable, avoid the stuffy feeling of wearer due to sweating, always keep refreshing and comfortable.

This invention discloses a combat casualty treatment device and its usage method with positioning and vital sign monitoring functions, belonging to the technical field of treatment equipment. It includes a first connecting strip, with second connecting strips hinged to both sides of the first connecting strip, and multiple first and second connecting strips arranged alternately. In this invention, a detection component is included. This design enables the monitoring module to detect the wearer's vital signs by bringing the patch into contact with the skin when the treatment device is worn. This ensures that changes in the wearer's vital signs are detected promptly, providing an alert and allowing the wearer to take timely self-rescue measures to prevent further injury and worsening of the condition. Simultaneously, during patch installation, a first spring pushes a limiting frame to compress the patch, causing it to bend and ensuring it adheres to the skin surface.

The utility model belongs to but is not limited to the jewelry art technical field, disclose a kind of noble metal necklace pendant;Noble metal pendant ring outer upper midline is provided with the noble metal fixed groove that there is a certain amount of longitudinal upward, the size of the hole type buckle head lower structure round accessory is less than the size of fixed groove, the hole type buckle head lower structure round accessory is placed in the noble metal fixed groove that noble metal pendant ring outer upper midline is provided with the noble metal fixed groove that there is a certain amount of longitudinal upward, using the ductility of noble metal, by special tool extrusion groove body edge noble metal that there is a certain amount of longitudinal upward is inward buckled and fixed, and there is the proper rotation space of buckle head lower combined structure round accessory simultaneously, to facilitate consumer when wearing noble metal necklace pendant, hole type buckle head structure round can be adjusted pendant angle according to user body action freely.

The utility model provides a kind of multiple folding optical display system and wearable equipment of thinning and lightening belong to optical imaging technical field, including display unit, first optical element, second optical element, third optical element, fourth optical element and fifth optical element;First optical element is set on the light path of display unit;Second optical element is set on the transmission light path of first optical element, third optical element is set on the front side of second optical element;Fourth optical element is set on the front side of third optical element, and the front surface of fourth optical element is Fresnel surface;Fifth optical element is set on the back side of second optical element, and there is polarized light splitting element between the front surface of fifth optical element and the back surface of second optical element.It is compact in structure, small in size, thin in thickness, light in weight, low in stray, good in imaging quality, large in field of view angle, greatly improves the experience of user.