43results about How to "Simplify soldering steps" patented technology

The invention discloses an aluminum plate welding process, and relates to the technical field of welding processes. The aluminum plate welding process mainly includes the four steps of pre-weld preparation, tack weld, welding and post-weld treatment. By the adoption of the aluminum plate welding process, welding steps are simplified, the welding mode is simple, materials are accurately and standardly selected and used, the welding quality of steel pipes can be guaranteed, the standard welding mode is provided for aluminum plates with the thickness being 4 mm, and quick and safe welding of the aluminum plates with the thickness being 4 mm is facilitated.

The invention discloses a 0Cr18Ni9 stainless steel plate welding process, and relates to the technical field of welding processes. The 0Cr18Ni9 stainless steel plate welding process mainly includes the steps of preparation before welding, tack weld, welding and treatment after welding. By means of the 0Cr18Ni9 stainless steel plate welding process, the welding steps are simplified, a welding mode is simple, material selection is precise and standard, the welding quality of 0Cr18Ni9 stainless steel plates can be guaranteed, the standard welding mode is provided for the 0Cr18Ni9 stainless steel plates, and quick and safe welding of the 0Cr18Ni9 stainless steel plates is facilitated.

The invention discloses a 16 Mn steel plate argon arc welding process, and relates to the technical field of welding processes. The 16 Mn steel plate argon arc welding process mainly includes the steps of preparation before welding, tack weld, welding and treatment after welding. By means of the 16 Mn steel plate argon arc welding process, the welding steps are simplified, a welding mode is simple, material selection is precise and standard, the welding quality of 16 Mn steel plates can be guaranteed, the standard welding mode is provided for the 16 Mn steel plates, and quick and safe welding of the 16 Mn steel plates is facilitated.

The invention discloses a valve plug of a height adjustment reversing valve and a girth welding process thereof for a height adjustment system of a coal mining machine. The valve plug comprises a valve plug body, a left plug head and a right plug head; the left plug head and the right plug head are respectively provided with a left annular boss and a right annular boss the outer diameter of whichare the same with the outer diameter of the valve plug body; and the left annular boss and the valve plug body as well as the right annular boss and the valve plug body are respectively fastened and connected through a circular ring-shaped soldering joint which is arranged along the valve plug body radially. The girth welding process comprises the following steps: 1. groove treatment; 2. preheating before welding; 3. girth welding; and 4. heat preservation after welding. The valve plug and the process provided by the invention have the advantages of reasonable design, simple welding steps, good welding quality and long service life of valve plug manufacturing, are convenient to operate, and multiple actual problems of small operation space, smaller effective welding cross section area, lower strength, poor welding quality and higher rejection rate, is inconvenient to operate, the welding quality of the valve plug is not easy to control and the like in welding for the existing valve plug can be solved effectively.

The invention discloses a flute-shaped pipe welding machine and a welding method thereof. The flute-shaped pipe welding machine comprises a box body and a conveying belt; the conveying belt is arranged on one side of the box body; a rotating mechanism and a shielding mechanism are arranged in the box body; the rotating mechanism is rotatably connected to the center of the box body, and the shielding mechanism is arranged in the box body; the shielding mechanism divides the interior of the box body into a feeding and discharging bin, a welding bin, a cooling bin and a detection bin; an opening mechanism is arranged in the feeding and discharging bin; a welding mechanism is arranged in the welding bin; a cooling mechanism is arranged in the cooling bin; and a detection mechanism is arranged in the detection bin. The method comprises the steps of flute-shaped pipe clamping and feeding, welding box clamping, flute-shaped pipe welding, flute-shaped pipe cooling and flute-shaped pipe detection. According to the flute-shaped pipe welding machine and the welding method thereof provided by the invention, flute-shaped pipes can be welded at multiple stations at the same time, the welding efficiency of the flute-shaped pipes is improved, meanwhile, the process steps can be shortened, and the welding precision and welding quality of the flute-shaped pipes are improved.

The invention discloses an iron plate welding process. The thickness of an iron plate is 3 mm. The iron plate welding process comprises the following steps of 1 preparation before welding, 2 tack weld, 3 welding and 4 processing after welding. The welding steps are simplified, a welding mode is simple, material selection is accurate and specified, and the welding quality of steel pipes can be ensured.

The invention discloses welding tooling for the production of a main framework based on a stainless steel metal cage, and relates to the technical field of metal cage welding tooling. The problems that in existing welding tooling, in order to meet the all-round welding requirements, a framework needs to be switched and turned manually, or workers are required to walk around to the back of the framework, resulting in a complicated welding process are solved. The welding tooling for the production of the main framework based on the stainless steel metal cage comprises supporting frames, a bottomframe and a rotating rack, the supporting frames comprise vertical support positioning shafts and positioning ear plates, the left and right supporting frames are both of rectangular structures, andthe two supporting frames are fixed together by two cross support connecting plates symmetrically weld to the top ends of the supporting frames to form the main framework of the tooling. According tothe welding tooling, through two claw plates on a guard board, two cross support connecting rods on the back of a cage body can be clamped and positioned, so as to avoid falling of the cross support connecting rods with overturning of the rotating rack.

The lithium battery comprises a shell, a battery cell, a positive electrode cover plate, a positive electrode insulating sheet, a positive electrode current collecting structure and a negative electrode current collecting structure, the shell is a hollow cylindrical tube, the positive electrode end is open, the negative electrode end is closed, an assembly through hole A is formed in the center of the surface of the negative electrode end, the positive electrode cover plate is installed on the positive electrode current collecting structure, and the positive electrode insulating sheet is installed on the battery cell. The positive electrode insulation sheet is installed on the positive electrode current collecting structure and located between the positive electrode cover plate and the positive electrode current collecting structure, the battery cell positive electrode face is welded to the positive electrode current collecting structure, the battery cell negative electrode face is welded to the negative electrode current collecting structure, and the negative electrode current collecting structure is connected with the shell negative electrode end through an assembly through hole A. The invention has the beneficial effects that the current collecting columns are arranged on the current collecting plates, so that the connection between the current collecting columns and the current collecting plates is enhanced, the internal resistance of the battery is further reduced, and the current is increased; and the insulating sheet and the cover plate are directly mounted on the current collecting column, so that the welding steps are reduced, and the technological process is simplified.

The invention provides an efficient laser-electric arc composite heat source high-strength steel pipeline straight seam welding process which comprises the following steps that a groove is machined according to the plate thickness of a to-be-welded workpiece, greasy dirt at a welded part is removed, and the surface of the to-be-welded workpiece is kept dry; spot welding fixing is conducted on the to-be-welded workpiece before formal welding according to the size of the to-be-welded workpiece; a laser-MAG electric arc composite main mode is selected for welding, mixed gas of 82% of Ar and 18% of CO2 is selected as protective gas, and a high-strength steel welding wire with the diameter ranging from 1.0 mm to 1.6 mm is selected as a welding wire; the to-be-welded workpiece is subjected to multi-layer and multi-pass welding with different welding modes and parameter matching on each layer, and high-quality forming of a straight welding seam of a pipeline is achieved; and polishing and cleaning are conducted on the periphery of the welding seam after welding. According to the efficient laser-electric arc composite heat source high-strength steel pipeline straight seam welding process, the welding steps are simplified, the welding mode is simple, material selection is accurate and standard, and the titanium pipe welding quality can be guaranteed.

The invention discloses an argon arc welding process for an iron plate. The argon arc welding process for the iron plate comprises the first step of processing of a welding part and selection of welding materials, the second step of temporary spot welding, the third step of welding, and the fourth step of postweld treatment. By means of the argon arc welding process for the iron plate, the welding steps are simplified, the welding mode is simple, material selection is accurate and standard, the welding quality of the iron plate can be guaranteed, the standard welding mode is provided for the iron plate, and rapid and safe welding of the iron plate is facilitated.

The invention discloses a wire-feeding welding process of a robot. The stainless steel case is connected with the stainless steel bottom plate, and the connected stainless steel case is subjected to pulse laser spot welding. Each side of the stainless steel case should be corresponding to the side of the stainless steel bottom plate. The welding points of the robot should be symmetrical, and the driving structure of the wire feeding should be placed on the axis of the robot, so that the distance between the driving wheel and the wire feeding nozzle is close to complete the wire feeding welding. Through the above method, the present invention can improve welding efficiency, simplify welding steps and work flow, and save equipment cost and labor cost.

The invention discloses a welding process for a steel plate. The welding process comprises the following steps that 1, pre-welding preparation is carried out, specifically, dirt on the surface of a to-be-welded part is removed; 2, spot welding is carried out, specifically, pre-positioning is carried out on the to-be-welded part; and 3, welding is carried out, specifically, welding technological parameters conforming to conditions are selected for welding the to-be-welded part. The welding process for the steel plate has the advantages that the welding steps are simplified, the welding processis simple, the welding quality of steel pipes can be guaranteed, the hardening structure is effectively prevented during welding, the welding stress is reduced, and the welding deformation is reduced.

The invention discloses a T-type steel argon arc welding process, which comprises the steps: 1 treatment of welding parts and selection of welding materials; 2 temporary spot welding; 3 welding; and 4 post-weld treatments. The T-type steel argon arc welding process simplifies welding steps, simple in welding mode, accurate and regulate in material selection, can guarantee welding quality of T-type steels, supplies a regulated welding mode, and is beneficial for rapid and safe welding of the T-type steels.

The invention discloses a welding positioning device which comprises a backing plate, clamping plates, a working table, an installing plate, positioning blocks, a welding plate and positioning grooves. The installing plate is located at the top of the working table, the positioning blocks are located on the periphery of the installing plate and connected with the installing plate in a welding mode, the welding plate is located at the upper ends of the positioning blocks and connected with the positioning blocks in a sliding mode, and the positioning grooves are located on the edges of the top of the welding plate and are in a rectangular shape. According to the welding positioning device, the backing plate is firstly arranged on the upper portion of the installing plate, the fine positioning function can be achieved through the positioning blocks on the periphery, then the welding plate is arranged, the clamping plates are lastly arranged in the positioning grooves in the welding plate to achieve quick positioning, and then welding can be directly conducted. The welding steps are simplified, and the welding efficiency and quality of the clamping plates can be greatly improved.

The invention provides an auxiliary device for manually welding components. The auxiliary device is composed of a pressing assembly and a clamping assembly; the pressing component comprises a height adjusting hand wheel, a pressing screw, a bearing, a bearing outer ring fixing pressing plate and a pressing base; and the clamping assembly comprises a supporting plate, metal supports, clamping adjusting hand wheels, clamping screws and screw fixing blocks. The auxiliary device has the advantages that the pressing assembly can press the components, no displacement or rotation of the pressed components can be caused, and therefore relative isolation can be realized; and the clamping assembly support the components through L-shaped structures at the lower ends of the metal supports, the positions of the metal supports can be adjusted, expansion and retraction can be realized, and therefore the effect of clamping the components can be achieved.