8results about How to "Large deformation space" patented technology

A switching device includes a lower cover, an upper cover, a slider, at least one elastic element, and a high-impedance conductive plate. The lower cover is disposed on a circuit board. The upper cover is disposed on the lower cover. The upper and lower covers form an accommodating space. The slider passes through the upper cover and is configured to slide relative to the upper cover in one direction. At least one elastic element is located in the accommodating space. The high-impedance conductive plate is connected to one end of the at least one elastic element. The high-impedance conductive plate deforms upon receiving pressure from the slider. The deformation causes a change in the resistance value of the high-impedance conductive plate. The high-impedance conductive plate generates a switching signal in response to the deformation. The deformation is associated with the resistance value of the high-impedance conductive plate. The switching device of the present invention can generate a switching signal between a pressed state and a non-pressed state, thereby increasing the flexibility and possibilities of keyboard key applications in the e-sports field.

The utility model provides a kind of robot sole and robot, robot sole includes tip, sole main body and elastic member;Tip and sole main body are rotatably connected, so that robot sole has passive degree of freedom in walking process, improve the stability and flexibility of robot walking.Elastic member is rotatably connected with tip and sole main body respectively, the rotating direction of sole main body relative to tip is same with the rotating direction of elastic member relative to tip and sole main body;Elastic member is deformable in the direction from the one end of sole main body towards tip to the one end of sole main body away from tip.Elastic member can be deformed to play the role of buffering, effectively absorb the impact force generated in the instant of landing, reduce the noise generated when walking.Elastic member deforms along the length direction of robot sole, and the deformation space is larger, which can provide greater range of buffering force, reduce the overall thickness size of robot sole, and can be adapted to more models and sizes of robot, improve the scope of application.

This invention discloses a method and mold for cryogenic pressure forming of a large, high-strength cylindrical ring structure, relating to the field of metal sheet forming technology. The forming method includes: Step 1, determining the initial dimensions of the cylindrical ring blank and the required forming temperature based on the shape, size, and performance indicators of the target cylindrical ring structure; Step 2, cutting the flat plate, rolling and welding it into a straight-walled cylindrical ring blank; Step 3, placing the cylindrical ring blank in a mold, filling the space between the cylindrical ring blank wall and the mold with a cryogenic medium and applying pressure, causing the cylindrical ring blank to undergo plastic deformation under cryogenic conditions until it adheres to the mold surface, thus obtaining a cylindrical ring structure with weld seam reinforcement consistent with the base material. The solution provided by this invention can improve the performance and manufacturing efficiency of large cylindrical ring structures and reduce manufacturing costs.

This utility model discloses an automotive energy-absorbing device, a vehicle body frame, and a vehicle. The automotive energy-absorbing device is installed between a crash beam and a longitudinal beam, and includes a telescopic energy-absorbing box and a drive assembly. One end of the telescopic energy-absorbing box is connected to the crash beam, and the other end is connected to the drive assembly. The end of the drive assembly away from the telescopic energy-absorbing box is connected to the longitudinal beam. After receiving a collision risk signal, the drive assembly controls the length of the telescopic energy-absorbing box in the longitudinal beam direction. In this embodiment, when a collision between the vehicle and an obstacle is detected, the drive assembly controls the telescopic energy-absorbing box to lengthen in the longitudinal beam direction. When the obstacle collides with the vehicle, the obstacle first contacts the crash beam, causing the crash beam to deform. Then, the telescopic energy-absorbing box undergoes crush deformation. By increasing the deformation space of the vehicle when the obstacle collides with the vehicle, the risk of injury to the occupants during a high-speed collision is reduced.

This utility model discloses a running shoe with an elastic spherical sole, belonging to the field of footwear technology. The shoe includes an upper and a sole. The sole includes a midsole and an outsole. The outsole is disposed at the bottom of the midsole, and the upper is connected to the top of the midsole. The midsole includes a base and an elastic mechanism. The elastic mechanism is disposed at the heel of the base and includes a base and an elastic support. The base has a V-shaped opening at the heel, and the elastic support is disposed within the V-shaped opening. This utility model provides deformation space at the heel of the midsole by providing a V-shaped opening at the high point of the heel. By filling the V-shaped opening with an elastic support, the midsole can provide better elasticity at the high point of the heel, giving the sole excellent rebound and shock absorption performance.

The utility model discloses a kind of strong rubber shoe soles of resilience, including shoe sole body, the shoe sole body bottom is equipped with several massage protrusions, and several massage protrusions are evenly arranged, each the massage protrusion has a round hole, the round hole extends from massage protrusion middle part downward and penetrates massage protrusion bottom. The utility model is equipped with several massage protrusions, when user presses shoe sole, massage protrusion can top pressure user sole, reaches the effect of foot massage, improves the comfort of user, and several massage protrusions are equipped with round hole, increase the deformation space of massage protrusion, improve the effect of resilience, guarantee the quality feeling of pressing.

The embodiment of the utility model provides a shaft sleeve, a shaft body kit and tufting equipment. The shaft sleeve comprises a connecting part and a deformation part, the connecting part is provided with a mounting hole, the mounting hole penetrates through the two opposite sides of the connecting part in the first direction, the shaft body penetrates through the mounting hole, and the radial size of the mounting hole is larger than that of the shaft body. The deformation part is connected to the connecting part, has flexibility or elasticity and is used for abutting against the shaft body. Wherein at least part of the deformation part is located outside the mounting hole, and the part, used for abutting against the shaft body, in the deformation part is located outside the mounting hole. According to the technical scheme, the requirement for the machining precision of the shaft body sleeve piece is lowered, the shaft body sleeve piece can operate normally, and using noise is reduced.