15results about How to "Simplify manufacturing steps" patented technology

The automatic card packaging equipment comprises a machine frame, a printer is arranged on one side of the machine frame, a card collecting box is arranged on the other side of the machine frame, and a welding station, a correcting station, a base card material box assembly, a film material temporary storage station, a film material selecting and turning-over mechanism and a film material conveying mechanism are sequentially arranged on the machine frame. The utility model has the positive effects that the printing of the front and back film materials can be completed, the turnover can be performed as required, the film materials can be picked up immediately after being printed, and welding and packaging can be realized by matching with a base card without additional manual assistance, so that the production and manufacturing steps are simplified, the labor intensity of workers is reduced, and the production efficiency is improved. And the manufacturing efficiency of the whole card is effectively improved.

The invention discloses a photovoltaic module with an edge creepage area and a preparation method thereof. The method comprises the following steps: providing upper glass, a battery piece, lower glass, a welding strip, a confluence plate and a confluence groove; a slot is formed in any end surface of the confluence groove; the battery piece is pasted on the upper glass, the lower glass is pasted on the battery piece, and one end of the battery piece is connected with the welding strip; the welding strip is bent by 90 degrees relative to the battery piece, so that part of the structure of the welding strip extends upwards along the lower glass and is perpendicular to the battery piece; arranging a bus board on a partial structure of the welding strip, and electrically connecting the battery piece with a bus bar on the bus board through the welding strip; inserting a part of the structure of the welding strip into the slot of the confluence groove, so that the welding strip and the confluence plate are sealed in the confluence groove, and the part of the structure of the confluence groove is arranged on the lower glass; the photovoltaic module can be connected with external equipment through the confluence groove; and filling a packaging adhesive layer between the welding strip and the glass under the condition that the welding strip is not contacted with the confluence groove to complete the preparation of the photovoltaic module.

The utility model discloses a single battery, a battery pack and electric equipment, and belongs to the technical field of power batteries, the single battery comprises a shell, an electrode assembly, an insulating film, a side plate and a cover plate assembly, and the shell is provided with an accommodating cavity; the electrode assembly is arranged in the accommodating cavity and has a first direction; the insulating film sleeves the periphery of the electrode assembly by one circle and is partially overlapped and connected, and the insulating film is positioned between the electrode assembly and the shell; the side plate is arranged at the overlapped and connected part of the insulating film along the first direction, and the side plate and the insulating film are integrally formed; the cover plate assemblies are arranged at the two ends of the shell, cover the containing cavity and are connected with the shell. The side plate and the insulating film are integrally formed, so that the step of assembling the side plate and the insulating film is reduced. Through partial overlapping of the insulating film, after the periphery of the electrode assembly is coated with the insulating film, an adhesive tape does not need to be used for fixing, and the step of coating the insulating film is further reduced.

The present invention relates to a functional film, a method for manufacturing the same and a laminated glass product. The functional film comprises a first carrier film, a first electrode layer, a functional layer, a second electrode layer and a second carrier film arranged in this order, wherein the edges of the first carrier film are connected to the edges of the second carrier film by edge sealing to encapsulate an active area of the functional layer within a central area, wherein within the central area the first electrode layer is provided with at least one first busbar and at least one first isolation area electrically isolated from the rest of the first electrode layer, and the second electrode layer is provided with at least one second busbar and at least one second isolation area electrically isolated from the rest of the second electrode layer, wherein the first busbar is positioned to at least partially overlap the second isolation area and the second busbar is positioned to at least partially overlap the first isolation area. The manufacturing process of the functional film is simple and fast, and the overall structure obtained is robust and low cost.

The invention discloses an image processing method and device, electronic equipment and a storage medium, and the method comprises the steps: obtaining a to-be-processed first image, the first image being a two-dimensional image of a target virtual three-dimensional model, and the two-dimensional image carrying at least one model parameter of the target virtual three-dimensional model; inputting the first image into a target image generation tool, and processing the first image through a target image generation model in the target image generation tool to obtain a second image with a target style; and processing the second image based on the model parameters through an image processing module in the target image generation tool, and generating a target image which has the target style and is matched with the target virtual three-dimensional model. According to the method, the two-dimensional image is generated through automatic optimization, the making time of game designers in optimizing the two-dimensional image is saved, the image making steps are simplified, programming of image detail making is achieved, and the image making efficiency is improved.

The invention relates to a highly integrated transistor which comprises a columnar trunk structure located on a substrate and one or more branch structures epitaxially growing on the columnar trunk structure. The columnar trunk and the branch structures form a tree-shaped structure; and a transistor is formed by a single branch structure or a plurality of branch structures. The substrate area occupied by an existing common transistor is 2.8 mu m < 2 > (the width is 1.14 mu m and the length is 2.44 mu m), and based on the transistor, under the same area, the integration level can be improved to 144 at least (four tree structures and 36 branches of each tree structure), and the integration level is continuously improved by changing the distance and the number of branch layers of the tree structures. Based on the integration level and device arrangement optimization, additional wiring is not needed, and the spatial layout of connection of different devices in the 3D space can be realized. The ring gate field effect transistor is manufactured through the branch structure, the manufacturing steps and difficulties of the ring gate field effect transistor are reduced, and the phenomenon that the transistor manufactured by a single III-V group material is too obvious in advantages and disadvantages and poor in comprehensive performance is solved.

The invention provides a manufacturing method of an electric pump, which is characterized in that a rotor is at least used as an insert for injection molding to form a first part at least comprising a plurality of first twisted blades and a lower plate, and the first twisted blades and the lower plate are formed into an integral structure; a second part at least comprising a plurality of second twisted blades and an upper plate is formed through injection molding, and the second twisted blades and the upper plate are formed into an integrated structure; and welding the first part and the second part. According to the structure, the impeller assembly can be assembled only through one-time welding, and the manufacturing steps of the electric pump can be simplified. The invention further provides an electric pump.

The present invention provides an automobile speed control module, comprising a plastic base and a radiator, wherein a circuit board assembly, a connection terminal, a heating device and a clip are arranged in a sealed space enclosed by the plastic base and the radiator, a connector interface is provided on the plastic base, one end of the connection terminal extends into the connector interface, and the other end of the connection terminal is welded to the circuit board assembly, the heating device is installed on the circuit board assembly through a clip, the clip is located between the heating device and the circuit board assembly, the two ends of the clip abut against the inner wall of the plastic base, the heating device is bonded to the radiator under the pressure of the clip, and the plastic base and the radiator are sealed and connected by an adhesive. An embodiment of the present invention also provides a method for manufacturing an automobile speed control module.

The invention provides a manufacturing method of an MEMS pressure sensor. The manufacturing method mainly comprises the following steps: 1) providing an SOI substrate; 2) forming a Wheatstone bridge piezoresistor; (3) forming a film Contact layer; (4) etching a Contact hole; 5) performing film formation and etching on a metal conductive substance; (6) etching the SOI substrate to form a vacuum cavity groove; 7) bonding the SOI substrate and the second substrate to form a vacuum cavity; 8) filling the TSV with a conductive material; (9) TSV organic matter filling and pad etching are carried out; and 10) etching an opening on the back surface of the SOI substrate. The key innovation of the invention lies in that the TSV hole is formed in the second substrate in advance, accurate alignment and bonding can be realized, and the defect caused by bombardment of a subsequent etching process on the whole structure is avoided. By means of the method, the technological process is simpler and easier to implement, and the performance and reliability of the sensor are improved.

The invention relates to the technical field of automobile passive safety, and provides manufacturing equipment of progressive rigid honeycomb aluminum and a dynamic control method of the manufacturing equipment. The manufacturing equipment of the progressive rigid honeycomb aluminum comprises an etching groove, a first electrode, a second electrode, a third electrode and a fourth electrode, the etching groove is filled with etching liquid, and the etching liquid is used for etching a honeycomb aluminum raw material; the clamping device is used for clamping the honeycomb aluminum raw material; the sensor assembly is used for measuring the liquid concentration and the liquid temperature of the etching liquid in the etching tank in real time and sending the liquid concentration and the liquid temperature to the controller; and the controller is used for determining a liquid outlet speed curve according to the liquid concentration and the liquid temperature, and controlling the clamping device according to the liquid outlet speed curve, so that the clamping device lifts the honeycomb aluminum raw material soaked in the etching tank away from the etching tank according to the liquid outlet speed curve.

The utility model discloses an ignition fuel forming die for a fire test experiment, which comprises a base plate and a cylinder vertically arranged on the base plate and used for placing fuel, a cylinder rod is vertically arranged at the axis of the cylinder, and a compaction plate component capable of moving up and down along the axial direction of the cylinder rod is sleeved outside the cylinder rod. And an ignition fuel compaction space is formed between the lower part of the compaction disc assembly and the chassis. The fuel source is placed in the cylinder according to the usage amount, the compaction disc assembly is manually operated, the compaction disc downwards compacts the fuel source along the cylindrical rod, the flow of manufacturing the fuel source needed by a fire test experiment is standardized through the mold, the steps of manufacturing the fuel source are simplified, and the fuel source manufacturing efficiency is improved.

The utility model discloses a folding type integrally-formed dessert box, and relates to the technical field of packaging boxes. The paper box is formed by folding a whole paper board and comprises a long paper board, two groups of first side boards and second side boards, two groups of third side boards and fourth side boards and a connecting strip arranged on the front side of the long paper board. The scheme is formed by folding a whole paperboard and is energy-saving and environment-friendly; a first limiting notch, a second limiting notch, an M-shaped opening and other structures can set the interior of the box body into a cross-shaped crossed bearing end face, and the structural stability is good; folding, inserting and limiting integrated forming is adopted, the manufacturing steps are simple, the speed is high, market popularization and application are convenient, and the manufacturing and using cost is low.

The utility model provides a heat pipe heat exchanger which comprises a collecting chamber, a flat pipe set and a partition plate, the collecting chamber comprises an upper collecting chamber and a lower collecting chamber which are arranged in parallel up and down, the flat pipe set comprises a plurality of flat pipes arranged between the upper collecting chamber and the lower collecting chamber at intervals, and the upper collecting chamber and the lower collecting chamber are communicated through the flat pipes; the partition plate is arranged between the upper flow collecting chamber and the lower flow collecting chamber and divides the heat exchanger into a condensation part and an evaporation part. The partition plates comprise the first partition plate and the second partition plate which are vertically overlapped, one side of the first partition plate is arranged in a comb tooth shape, the first partition plate comprises a plurality of notches which are arranged at intervals and used for containing the flat pipes, the opening directions of the first partition plate notches and the second partition plate notches are opposite, and the first partition plate notches and the second partition plate notches are vertically overlapped to form a sealing opening which is closed in the circumferential direction and used for allowing the flat pipes to pass through. The first partition plate and the second partition plate are overlapped to isolate the condensation portion and the evaporation portion of the heat exchanger, water cannot leak into the evaporation portion through the partition plates after brazing, and the waterproof requirement under the using situation is met.

The present application discloses a photovoltaic module with an edge creepage area and a preparation method thereof, the method comprising: providing an upper glass, a battery cell, a lower glass, a welding strip, a busbar, and a busbar groove; forming a slot on either end surface of the busbar groove; pasting the battery cell on the upper glass, and pasting the lower glass on the battery cell, one end of the battery cell is connected to the welding strip; bending the welding strip 90 degrees relative to the battery cell, so that a partial structure of the welding strip extends upward along the lower glass and is perpendicular to the battery cell; setting the busbar on the partial structure of the welding strip, and the battery cell is electrically connected to the bus bar on the busbar via the welding strip; inserting the slot of the busbar groove into the partial structure of the welding strip, so that the welding strip and the busbar are sealed in the busbar groove and the partial structure of the busbar groove is set on the lower glass; the photovoltaic module can be connected to an external device via the busbar groove; filling a packaging adhesive layer between the welding strip and the busbar groove where they do not contact the lower glass to complete the preparation of the photovoltaic module.

Manufactured is an aerial image formation device 10 in which two light control panels 28 are disposed face to face to cause vertical surfaces 16 of a plurality of straight grooves 18 of respective moldings 21 to be orthogonal to each other in a plan view. In each of the two light control panels 28, an inner surface of each of the straight grooves 18 is covered with a light reflecting material 25 and an antireflection layer 27 is formed on a surface of the light reflecting material 25. The straight grooves 18 are disposed in parallel and a protruded strip 20 is formed between the adjacent straight grooves 18 on one surface side of each of the moldings 21. Each of the moldings 21 is made of a transparent resin. The straight grooves 18 each have a trapezoidal cross section and expand on one surface side of the molding, with one side surface serving as the vertical surface 16. The protruded strip 20 has a trapezoidal cross section and includes a band-shaped flat section on one surface side. The surface of the light reflecting material 25 that covers the vertical surface 16 of each of the straight grooves 18 of one of the light control panels 28 serves as a first light reflecting surface 13. The surface of the light reflecting material 25 that covers the vertical surface 16 of each of the straight grooves 18 of the other of the light control panels 28 serves as the second light reflecting surface 14.