43results about How to "Improve the mechanical environment" patented technology

The invention relates to a rubber buffering and vibration isolating elastomer structure which comprises an upper metal part, a rubber part and a lower metal part. An internal cavity structure is adopted by the rubber body of the invention to increase the buffering stroke of the rubber body, and the buffering deformation of the rubber body can reach 100%; and if the space along the axial directionof the elastomer structure is large enough, the buffering deformation can reach about 150%. The design of the cavity structure greatly increases the buffering deformation stroke of the rubber part by2-4 times of the traditional rubber isolator, thereby greatly improving the buffering effect. The structure of the invention adopts the design of a gas channel; on the one hand, by the design of the gas channel, when the elastomer bears the impact load, because the action time of the load is short, the gas in the cavity is quickly discharged outwards through the gas channel, and the friction action of the gas and the channel increases the damping of the elastomer structure, thereby increasing the buffering effect of the elastomer structure; and on the other hand, by the design of the gas channel, the gas in the cavity can be smoothly discharged under the action of the load to avoid the uneven deformation of the rubber part caused by sealing of the cavity, thereby ensuring the rigidity stability of the elastomer structure in the deformation process.

The present invention provides an integrated satellite with a compact layout, which includes a bottom plate, and a mounting flange is arranged on the surface of the bottom plate, and the mounting flange is used to set up the on-satellite load equipment, thereby forming a first line for the on-satellite load equipment. Force transmission path; the surface of the bottom plate is further provided with a baffle on each of the four diagonal corners, and the four baffles support a top plate, and the top plate is used to set the extraterrestrial load equipment, thereby forming a pair of extraterrestrial load equipment the second force transmission path. The advantage of the present invention is that it proposes a load-centered integrated satellite configuration, realizes a layout around the load, and designs a structural scheme in which two main force transmission paths and one secondary force transmission path work together , realize the optimization of the mechanical environment of the load, reduce the complexity and pressure of the design of the satellite structure and load structure, and improve the bearing ratio of the satellite structure.

The invention relates to a spatial pointing mechanism capable of improving the environmental adaptability of a feeder, comprising a supporting part, the supporting part includes an X-direction mount, a cross bracket and a Y-direction mount, and the X-direction mount and the Y-direction mount are respectively Rotationally connected to the upper and lower sides of the cross bracket, the X-direction seat frame is rotationally connected to the cross bracket on the X axis, and the Y-direction seat frame is rotationally connected to the cross bracket on the Y axis; The X-direction seat frame is provided with an X-direction rotary joint bracket for installing the X-direction rotary joint, and the Y-direction seat frame is provided with a Y-direction rotary joint bracket for installing the Y-direction rotary joint; the upper and lower sides of the cross bracket An X-direction beam along the X-direction and a Y-direction beam along the Y-direction are respectively provided. The invention solves the technical problem in the prior art that the feeder has a bad working thermal environment due to the feeder generating heat during operation, produces relatively large thermal deformation and thermal stress, and adversely affects the performance of the feeder.

The invention discloses a bionic knee-guarding support. The bionic knee-protecting supporting tool comprises two support clamping boards fixed at the two sides of the lower limb of a human body by a band; all the support clamping boards comprise thigh supporting boards connected with the thighs and crus supporting boards connected with the cruses; the thigh supporting boards and the crus supporting boards are rotatably connected at the positions of knee joints of the human body; the knee-guarding support also comprises a meniscus like structure capable of generating a function of a meniscus board, one end of the meniscus like structure is connected with each thigh supporting board, and the other end of the meniscus like structure is connected with the crus supporting board. By adoption ofthe technical scheme, the meniscus like structure can simulate the function of the meniscus so as to simulate the movement of the knee joints of the human body, the gravity from the thighbones is uniformly transmitted to the cruses in a decreasing manner, the concentrated load is avoided, and the pressure stress on the tibiofemoral joints is reduced; and in treatment of acute and chronic injuriesof the knee joints, enables the knee joints to carry out early-stage functional exercises and activities, and the load of the knee joints can be fully eliminated.