34results about How to "Affect thickness" patented technology

The invention provides a patellar prosthesis, which comprises a metal basal body, the metal basal body is provided with a mating surface, and after the mating surface is processed by laser texturing, a plurality of pointed structures (21) are formed. The technical scheme of the invention effectively solves the problems that patellar prosthesis-fixing bolts in the prior art cannot take both patellar blood supply and prosthesis fixation into consideration and the patellar replacement effect is not good.

The invention discloses a method for loading repaired printed board solder paste of a surface mount device, which aims to provide a solder paste loading method possessing good operability, excellent quality and high reliability. The method is realized through the following technical scheme: a printed board solder paste loading tool which is formed by supporting two spring stand columns between a printed board and a pressing plate is prepared, a peripheral stand column with a suction cup is used to pass through the pressing plate to suck a steel mesh template on the printed plate; a film pressing plate connected through the pressing plate is fixed above the steel mesh template, and the solder paste is arranged on the steel mesh template; the spring is compressed, so that the pressing film plate on the pressing plate presses the solder paste into meshes in the steel mesh template; the position of the pressing plate is kept, the pressing plate is lifted, and the suction cup drives the steel mesh template to rise, press brushing of solder paste over-reflow soldering is carried out on a printed board PCB bonding pad to form a welding spot, the solder paste is punched through the steel mesh template and is printed on the bonding pad of the welding area element of the printed circuit board; and the bonding pad is connected with the corresponding bonding pad on the printed circuit board PCB to complete the loading of the solder paste.

The present invention relates to the field of display technology, and proposes a display panel. The display panel includes a backplane, a circuit board, and a display module; the circuit board is connected to the entire surface of the backplane; Enable the circuit board to support the display module. The entire surface of the circuit board is connected to the backplane, avoiding the use of brackets in the prior art. The backplane has a large area and high strength, and will not be warped due to vibration or collision, so that it will not cause damage to the backplane The circuit board exceeds the upper surface of the display panel, affecting the overall thickness of the display panel; the display module is arranged on the side of the circuit board away from the back plate, so that the circuit board can support the display module. By supporting the display module through the circuit board, it is not necessary to specially arrange a structure for supporting the display module, which is beneficial to the ultra-thinning of the display panel.

The present application relates to an evaporation device, which includes a crucible body, a side heating device arranged around the crucible body and a bottom heating device arranged below the crucible body; the bottom heating device can be move up and down along the height direction of the side heating device, and support the crucible main body to rise to a position higher than the side heating device. In this application, a heating device is provided at the bottom, so that the main body of the crucible can move up and down, thereby improving maintenance efficiency, shortening maintenance time, and reducing redundant working procedures.

The invention discloses a regulation method and device for a double-roll thin-strip continuous casting machine fixing roll. The regulation method comprises the following steps of: a) a hydraulic cylinder is arranged corresponding to a casting roll continuous casting machine rack on a fixed side, the head part of the hydraulic cylinder is connected with a casting roll bearing pedestal, tensioning mechanisms are respectively arranged above and below the hydraulic cylinder, each tensioning mechanism comprises a draw bar, a spring, a gland and regulation nuts, a stop dog is arranged below the other side of the bearing pedestal, a pressure sensor is arranged between the stop dog and the bearing pedestal, and a cast rolling force sensor is arranged on the front end of the hydraulic cylinder; b) before the casting operation, the hydraulic cylinder on the fixed side pushes the casting roll bearing pedestal to press the stop dog; c) the pressure of the draw bars and the springs is regulated by the regulation nuts, the bearing pedestal, the cast rolling force sensor and the hydraulic cylinder are pressed together until the numerical value of the pressure sensor between the stop dog and the bearing pedestal is zero, and the pressure numerical value detected by the cast rolling force sensor is more than the sum of pressuring pressure FN and the maximum friction force f of the bearing pedestal on a guide rail; and after a casting center line is calibrated, the casting state is waited to start. According to the regulation method and device for the double-roll thin-strip continuous casting machine fixing roll, which are disclosed by the invention, the casting center line positioning precision is guaranteed, the cast rolling force detection degree is improved, and stable casting is realized.

The invention provides a manufacturing method of an MEMS device. The manufacturing method at least comprises the following steps: S1, providing a semiconductor substrate, wherein an MEMS region for the post-production of an MEMS sensitive structure is divided in advance on the surface of the semiconductor substrate; S2, forming a first SiGe layer on the semiconductor substrate; S3, forming a plurality of grooves in the surface of the first SiGe layer positioned on a non-MEMS region, and filling the grooves with a plastic material so as to form a plastic filling block; S4, removing residual plastic materials outside the grooves, and then forming a second SiGe layer covering the plastic filling block on the surface of the first SiGe layer; and S5, manufacturing the MEMS sensitive structure by taking the first SiGe layer and the second SiGe layer, which are positioned on the MEMS region, as structural materials. According to the manufacturing method provided by the invention, the plastic filling block is added into the SiGe layers, and the stress in the plastic filling block is absorbed by utilizing the plastic deformation capacity of the plastic filling block, so that the stripping phenomenon of the SiGe layer is prevented effectively; furthermore, the plastic filling block is positioned in the non-MEMS region, and the functions of the device cannot be affected.