4results about How to "Soft structure" patented technology

The utility model discloses a booster-level flame-retardant low-intermodulation feeder line, and relates to the technical field of cables. The booster-level flame-retardant low-intermodulation feeder line comprises an inner conductor, an insulating layer, an outer conductor and a sheath which are coaxially arranged from inside to outside, the outer conductor is a spiral corrugated metal tube, the insulating layer is made of low-density polytetrafluoroethylene with a fibrous microporous structure, and the sheath is made of booster-level flame-retardant fluorinated ethylene propylene; the booster-level flame-retardant low-intermodulation feeder line provided by the utility model has the characteristics of high temperature resistance, high flame retardance, high shielding, low loss, low passive intermodulation and super-flexible bending, is suitable for booster-level cables or cable assemblies of a UL system, and is particularly suitable for interlayers of ceilings and high-flame-retardant safe application occasions of super-flexible wiring connection.

The rehabilitation system comprises the ankle joint rehabilitation system, ankle joint orthopedic equipment and a system control device. The ankle joint orthopedic equipment comprises an instep soft body device used for covering the instep and a plantar soft body device used for covering the plantar, the instep soft body device is used for increasing the pressure on the instep during inflation, the instep soft body device is used for reducing the pressure on the instep during deflation, the plantar soft body device is used for increasing the pressure on the plantar during inflation, and the plantar soft body device is used for reducing the pressure on the plantar during deflation. And the sole soft body device is used for reducing the pressure on the sole during deflation. The air pressure control device controls inflation or deflation of the foot back soft body device and controls inflation or deflation of the sole soft body device. The system control device controls the air pressure control device to achieve control over inflation or deflation of the foot back soft body device, and controls the air pressure control device to achieve control over inflation or deflation of the foot bottom soft body device so as to achieve rehabilitation training of ankle joints.

The utility model discloses a kind of high-efficiency flow guide core body spunlace nonwoven fabric and paper diaper containing it, including skin antibacterial layer, the skin antibacterial layer outside is provided with three-dimensional flow guide layer, the outside of three-dimensional flow guide layer is provided with high absorption water storage layer, the outside of high absorption water storage layer is provided with base bottom layer, and base bottom layer is PP spun-bonded nonwoven fabric.Core body is the multilayer composite structure integrally formed by spunlace process, including in order from the side of skin antibacterial layer, three-dimensional flow guide layer, high absorption water storage layer and base bottom layer to the side far away along the thickness direction to user skin, three-dimensional flow guide layer provides excellent liquid transverse diffusion path with three-dimensional hollow fiber structure, can quickly, uniformly transport liquid to each area of high absorption water storage layer, greatly improve the utilization and use efficiency of core body, avoid liquid concentration in lower liquid point and produce back seepage.

This utility model discloses an adaptive clamping gemstone display holder, including a base with a support platform fixedly connected to its upper end; a display surface located inside the support platform; a fixing cylinder fixedly installed inside the support platform, the inner side of which is hollow, and an opening slot is provided at its top; a chassis fixedly installed inside the fixing cylinder; and an adjusting rod extending through the inner side of the chassis, with a button fixedly connected to its bottom. This adaptive clamping gemstone display holder, through its unique mechanical structure and elastic elements, allows the clamping mechanism to automatically adapt to gemstones or rings of different sizes, achieving "one-piece universal use" without manual adjustment. The clamping rod is made of a special silicone material, which is soft, highly elastic, and chemically inert. This material provides sufficient friction to firmly grip the gemstones while its hardness is far lower than that of the gemstones, ensuring no scratches or damage to their surface.