57results about How to "Solve bending deformation" patented technology

Provided is a locating jig. The locating jig is suitable for the location of a frame and a protective film of a two-dimensional display. The frame is provided with a plurality of first locating holes, and the protective film is provided with a plurality of second locating holes. The locating jig comprises a platform, a plurality of first locating seats and a plurality of second locating seats. The platform is provided with an upper surface which is suitable for bearing the frame. The first locating seats are suitable for being connected with part of first locating holes in an embedding mode. Each second locating seat is provided with a locating column, the second locating seats are suitable for being connected with the other part of first locating holes in an embedding mode, and the locating columns are suitable for being respectively connected with the second locating holes in an embedding mode.

The rack reinforcing structure of conveying belt binder comprises a rack plate and a steel plate with L-shape section. On the said rack plate there are provided with several holes equi-distanced, and on one side of the steel plate are provided with several holes equi-distanced. The rack plate and the steel plate are connected through rivets or screws. On the other side of the steel plate are also provided with several holes equi-distanced, in upper side and lower side of the rack plate are provided with steps. The strength of the rack can be strengthened by increasing the thickness of rack plate, after that in upper side and lower side of the rack plate are provided with steps to keep adoption to existing convey belt binder. The rack is connected with the binder by a steel plate with L-shape section. Advantages: avoiding bending of rack and increasing working quality and efficiency.

The invention discloses a vacuum die-casting device for aluminum alloy manufacturing, which comprises a vacuum die-casting device, and a discharge port is arranged inside the vacuum die-casting device. In the present invention, the vacuum die casting equipment, the discharge port, the material receiving mechanism, the collection frame, the storage groove, the first fixed block, the second fixed block, the buffer plate, the first buffer pad, the reset mechanism, the third fixed block, the first fixed block, the first fixed block, the first fixed block, the first fixed block, the first fixed block, the first fixed Fixed rod, roller, tension spring, buffer mechanism, buffer belt, fixed ring, buffer block, second fixed rod, slider, fixed shell, first spring, limit block, sealing ring, second buffer pad, third buffer The use of the pad, the buffer cover and the second spring solves the problem that the workpiece will fall down after the die casting of the existing aluminum alloy vacuum die casting equipment during use. Because the aluminum alloy material is soft, it is easy to cause bending and deformation of the finished product. The vacuum die-casting equipment used for aluminum alloy manufacturing has the advantage of buffering aluminum alloy workpieces and meets the needs of the market.

The invention relates to a method for correcting the kickdown distortion of slender thin-wall pipes owing to gravity. The invention comprises a slender thin-wall rectangular pipe; at least one rigid round bar, the two ends of which is provide with screw threads, runs through near the bottom pipe wall in an inner cavity of the slender thin-wall rectangular pipe along the length direction of the pipe. The rigid round bar passes through the closing flange clamp hole which is fixedly connected with the two ends of the slender thin-wall rectangular pipe and is corrected by fastening the nuts at thetwo ends. The invention can overcome the kickdown of the slender thin-wall pipes by the following steps: the rigid round bar is tightly strained by fastening the screw threads at the two ends of theslender thin-wall rectangular pipe, which forces the middle part of the slender thin-wall rectangular pipe to bend upwards; the bending degree balancing out the downwards bending degree, thereby correcting the kickdown distortion of slender thin-wall pipes owing to the gravity.

The present invention provides a mobile terminal control method and a mobile terminal. The mobile terminal is provided with a flexible screen. The method includes: dividing the flexible screen into N deformation areas; detecting the impact of each deformation area in the N deformation areas; The resultant force value and resultant force direction of the resultant force; if it is detected that there is at least one target deformation zone whose resultant force value is greater than the preset pressure threshold, then control the at least one target deformation zone to bend in the direction of the resultant force; wherein, N is an integer greater than 1. The embodiments of the present invention solve the problems existing in the prior art that when the mobile terminal is squeezed by an external force, the mobile terminal is likely to be bent and deformed and the screen is broken.

The invention discloses an arc-shaped rotating and supporting mechanism of a drill pipe library of a seabed drilling rig stored in a horizontal lying mode. The arc-shaped rotating and supporting mechanism comprises a frame, n circular separating discs with pipe storage grooves and n arc-shaped supporting frames, wherein n is an integer larger than or equal to 2, and the n arc-shaped supporting frames are fixedly mounted on a back sliding rail of the frame and are arranged parallelly and coaxially; the n separating discs are supported on the n arc-shaped support frames correspondingly, and thearc-shaped support surfaces of the arc-shaped support frames are in contact with the arc surfaces of the edges of the corresponding separating discs; and the separating discs are used for forming a rotatable auxiliary support for the whole drill pipe library and drill pipes stored thereon. According to the arc-shaped rotating and supporting mechanism, the arc-shaped support frames are used for rotating and supporting the circular separating discs with the pipe storage grooves in the drill pipe library, so that the problems that the rotation cannot be realized due to the bending deformation easily caused by the fact that the drill pipe library is large in weight and long in length, and a main shaft and bearings at two ends of the main shaft of the drill pipe library are small are solved; and the arc-shaped rotating and supporting mechanism has the advantages of being simple and compact in structure, convenient to control, low in cost and the like.

The invention discloses a positive electrode oxidation film printing substrate used for a power module. The substrate comprises an aluminum heat dissipating plate (1), wherein the upper plate face and the lower plate face of the aluminum heat dissipating plate (1) are respectively provided with an oxidization film layer (2) having the insulating effect, an insulating paste layer (3) is printed on the oxidization film layer (2) on the upper face, conductor paste (4) forming a DBC substrate circuit is printed on the upper surface of the insulating paste layer (3), a chip is welded to the conductor paste (4), and the chip is connected with the DBC substrate circuit. The positive electrode oxidation film printing substrate solves the problems that the heat dissipating plate bends and deforms, and air holes are generated in the welding process, the production technology is simplified, the substrate is convenient to machine and manufacture, the heat dissipating effect is effectively guaranteed while the manufacturing cost is lowered, and the service life of the positive electrode oxidation film printing substrate is greatly prolonged.