7results about How to "Realize the buffer function" patented technology

The utility model discloses a curtain wall glass anti -impact buffer device, including glass mounting structure and keel connecting plate, glass mounting structure includes the fixed frame, the fixed frame rear side is provided with the sliding part, the buffer support subassembly is fixedly installed on the front side surface of keel connecting plate, the buffer support subassembly includes horizontal guide rail, the sliding part sliding installation is in horizontal guide rail, the horizontal guide rail front end is provided with vertical guide rail, the vertical guide rail between slidingly is provided with the support wedge, the fixed frame rear side surface bottom integral arrangement has the linkage wedge, the linkage wedge with support wedge is respectively provided with the inclined plane structure of mutual adhesion, the support wedge is connected with horizontal guide rail through the elastic buffer reset piece, through the inclined plane cooperation structure of linkage wedge and support wedge, the glass gravity is converted to vertical and oblique support transmission from traditional side connection transmission, realizes glass gravity sharing, realizes buffer and gravity sharing function.

The application discloses a wheel-leg system capable of realizing wide-range damping and a wheel-leg vehicle, wherein the wheel-leg system comprises a connecting frame, a leg assembly, a thigh driving structure, a damper, a shank driving structure and a locking structure. The connecting frame is used for being fixed on a vehicle body. The leg assembly comprises a thigh, a shank, a wheel hub motor and a wheel, the second end of the thigh is hinged to the first end of the shank, the stator of the wheel hub motor is fixed to the second end of the shank through a shaft holding, and the rotor of the wheel hub motor is fixedly connected with the wheel. The thigh driving structure is fixed on the connecting frame and connected with the first end of the thigh, and is used for driving the thigh to swing around the first end of the thigh. The shank driving structure is fixed on the connecting frame and connected with the first end of the shank, and is used for driving the shank to swing around the first end of the shank. The locking structure is fixed on the connecting frame and is used for locking and unlocking the shank driving structure. Compared with the prior art, the wheel-leg system and the wheel-leg vehicle of the application combine active damping and passive damping, and can realize wide-range damping.

The utility model relates to the field of aviation technology, concretely relates to a novel airplane seat with double functions of shock absorption and anti-crash, which comprises a seat back, a seat cushion and an energy absorption structure, the seat back is connected with the seat cushion, the energy absorption structure comprises horizontal wave springs, vertical wave springs and a partition, the horizontal wave springs comprise a plurality of wave spring units stacked together, each wave spring unit is composed of two wave-shaped plate bodies stacked and fixed, and each wave-shaped plate body is a continuous sinusoidal structure, the utility model integrates the functions of shock absorption and anti-crash in the same seat structure, in daily flight, the seat realizes the shock absorption function through the energy absorption structure, effectively buffers the vibration and improves the comfort of passengers, in a crash accident, the energy absorption structure absorbs energy and buffers through deformation, significantly reduces the impact force on passengers and improves the safety performance and applicable scenarios of the seat.

This invention discloses a rapid prototyping system for porcelain insulators, relating to the field of porcelain insulator technology. It includes a workbench with a lifting assembly fixedly connected above it via a mounting bracket. An upper mold is fixed to the movable part at the bottom of the lifting assembly. A lower mold is fixed directly below the upper mold on the workbench. Vertical guide rods are provided at the four corners of the lower mold, with guide cones at the top (narrower at the top, wider at the bottom) and the same size as the guide rods at the bottom. Vertical through-type limiting tubes are provided at the four corners of the upper mold, with the inner wall of the limiting tubes slidingly fitting against the outer wall of the guide rods. Both the upper and lower molds are equipped with temperature control mechanisms, including heating grids and temperature sensors. The temperature sensors detect the temperature of the heating grids, and the power of the heating grids is controlled by a first control unit according to a preset temperature. The two first control units communicate in real time via a wireless communication unit to ensure that the heating grid temperatures are the same. The upper and lower molds and their heating grids are the same size. This invention allows for rapid preliminary shaping, accurate positioning, and uniform heating.

The utility model relates to conveying equipment technical field especially relates to a kind of carbon tape bonding conveying device, the carbon tape bonding conveying device of the utility model uses conveying belt as conveying tool, so that tool holder can realize circulation conveying, it is more flexible in structure arrangement;In addition, the product on tool holder top can be directly skipped even if problem occurs, and the normal work of subsequent tool holder will not be affected, realizes the function of storage and buffering, improves fault tolerance. First workpiece end of carbon tape can be pulled and bonded on second workpiece using carbon tape pulling and bonding mechanism cooperation with pressing positioning mechanism, compared with traditional equal-division carousel structure design, first workpiece and second workpiece on the same tool holder are more easily operated, and the influence caused by space constraint is reduced. Again, using tightening mechanism drives second workpiece to rotate to wind carbon tape, and such structure design adapts the structure setting of conveying belt, and the arrangement flexibility is high.

This utility model relates to a device for separating residual zinc liquid from zinc dross, belonging to the field of zinc dross separation technology. The device includes a separation component, a drive component fixedly installed on the top of the outer side of the separation component, and four support rods installed on the bottom of the outer side of the separation component. A buffer component is installed at the bottom of the four support rods to cooperate with them. Through the structural design of the separation component and the drive component, this utility model can achieve centrifugal rotation separation of the zinc dross. During centrifugation, the zinc dross is heated by a heating wire, facilitating the melting of the solidified zinc liquid remaining on the outside of the dross into a liquid state, making it easier for operators to collect and separate later. Simultaneously, the design of the sleeve and mixing rod allows for mixing of the zinc dross, improving the uniformity of heating in the later stages and ensuring the efficiency and quality of zinc dross separation.