18results about How to "The process is closely connected" patented technology

The application discloses a circuit board welding jig and relates to the technical field of circuit board welding jigs. The application provides a circuit board welding jig, which comprises a base, a bearing part, a pressing assembly and a jacking assembly. The bearing part has a plurality of placement grooves arranged in a circumferential direction, and the placement grooves are used for placing circuit boards to be welded. The pressing assembly is arranged above the bearing part and has a tendency to move towards the bearing part. The jacking assembly is rotatably arranged on the base and can drive the bearing part to rotate in the circumferential direction, so that a target placement groove on the bearing part moves below the pressing assembly. During the movement of the target placement groove below the pressing assembly, the jacking assembly applies a driving force to the pressing assembly in a direction away from the bearing part. The jacking assembly can rotate relative to the bearing part to cancel the driving force, so that the pressing assembly can press the circuit board to be welded.

The present application relates to battery terminal component manufacturing technology field, especially relates to a kind of welding line and welding method of full-automatic wiring terminal, including vibration arrangement mechanism, transfer mechanism, rotary disc fixture mechanism and welding mechanism, utilize the mutual cooperation of vibration arrangement mechanism, transfer mechanism, rotary disc fixture mechanism and welding mechanism, with vibration arrangement feeding, transfer transplant, rotary intermittent indexing clamping, mid-frequency induction heating, automatic wire feeding fusion welding, automatic unloading and discharging each process integration, replace traditional manual sorting, single positioning, manual welding, manual unloading operation mode, realize wiring terminal from messy bulk to finished product welding complete full-process unmanned automation operation, production line coherence is strong, process link is closely, substantially reduce manual intervention.

This invention provides a painting production line for automotive control arms, belonging to the field of automotive parts processing technology. It includes a frame, a circulating traction mechanism, a preheating furnace, a painting mechanism, and a baking furnace. The circulating traction mechanism includes two parallel traction chains, with several horizontal tie rods evenly spaced between them. The tie rods are rotatably connected to the chain link pins of the traction chains. The traction chains are pulled by several guide sprockets to form a preheating straight section adapted to the preheating furnace, a first vertical painting traction section, a horizontal painting traction section, a second vertical painting traction section, and a baking straight section adapted to the baking furnace. The preheating straight section, the horizontal painting traction section, and the baking straight section are all in a horizontal traction state. The first and second vertical painting traction sections are parallel and vertical. The tie rods are equipped with hangers for suspending workpieces. Workpieces are loaded before the preheating straight section and unloaded after the baking straight section. This invention has the advantages of low energy consumption and high efficiency.

This invention relates to the field of automotive air conditioning manufacturing technology, and discloses an automotive air conditioning pipe crimping equipment, comprising a feeding device, a processing device, and a unloading device. The processing device includes end leveling, upsetting, radial extrusion, and deburring units, as well as a three-axis transfer claw. The unloading device integrates unloading and visual inspection units. The equipment achieves multi-process automatic flow of pipe fittings through the three-axis transfer claw, sequentially completing pipe end leveling, upsetting, radial extrusion forming, and deburring, ensuring processing coaxiality, avoiding pipe eccentricity and cracking, and improving pipe end forming accuracy and sealing performance. Simultaneously, online quality inspection through visual inspection during the unloading stage automatically identifies defective products. The entire machine integrates feeding, multi-process forming and finishing, online inspection, and automatic unloading, achieving a high degree of automation, reducing labor intensity, and improving production efficiency and product yield.

The application discloses a rare earth cloth distributing machine and relates to the technical field of cloth distributing equipment; the rare earth cloth distributing machine comprises a main frame, a transverse frame, a material guiding mechanism and a cloth distributing mechanism, a sealed bin is arranged above the transverse frame in the middle of the main frame, the transverse frame is located at the lower end of the main frame, the material guiding mechanism and the cloth distributing mechanism are located in the middle of the sealed bin, the material guiding mechanism is located above the cloth distributing mechanism, the cloth distributing mechanism comprises positioning rods, bottom plates are fixedly installed at the middle portions of the two positioning rods, blanking holes are formed at the two ends of one side of the middle portion of each bottom plate, and transmission rods are rotatably installed at one end of each positioning rod; the rare earth cloth distributing machine is adjustable in parameters, high in cloth distributing precision, and strong in adaptability; the blanking rate can be accurately controlled by adjusting the inclination of the blanking plate through a screw rod; the mold is accurately positioned by matching a lead screw, a guide rod and a position sensor; full coverage cloth distribution is realized by matching the discharge cover; the cloth distribution is good in uniformity and can be adapted to the production of molds of various specifications.

The application discloses a rivet clamping, tin soldering, electric performance testing and tin cutting integrated machine and a control method thereof. The machine comprises a cabinet base, a processing base is installed on the top of the cabinet base near one end, a missing part detection assembly, a rivet clamping mechanism, a soldering agent injection mechanism, a soldering mechanism, an electric performance detection mechanism, a tin cutting mechanism, an auxiliary pressing assembly, a rotary discharging mechanism and a material transferring mechanism are sequentially bolted on the top of the cabinet base and around the circumferential direction of the processing base. The missing part detection, rivet clamping, soldering agent injection, soldering, double electric performance testing, double tin cutting, pressing and shaping, discharging and workpiece transferring are integrated on the same cabinet base by adopting the disc type integrated layout, and multiple separate processing equipment is replaced, so that the equipment area is greatly reduced, the workpiece is automatically circulated by relying on the disc intermittent conveying, the manual transferring link between processes is cancelled, the process connection is more compact, and the production efficiency and the site utilization rate are significantly improved.

This invention discloses a fully automatic PTC heater surface spraying device, including a worktable. A moving module is installed on the top of the worktable, and the output end of the moving module is connected to a material picking module. The material picking module is used to pick up, transfer, and adjust the position of the material to be sprayed. Two sets of baffles are installed on the top of the worktable, forming a spraying space between the two sets of baffles. The material picking module can move the material to be sprayed into this spraying space. This invention belongs to the technical field of heater production equipment. The technical effect achieved is as follows: by setting a work chamber composed of two fixed covers and two relatively movable frames, and cooperating with the bidirectional moving module, after the material picking module moves the material to be sprayed to the spraying station, it can automatically close to form a closed spraying environment. This closed structure, in conjunction with the holes opened on the baffles, ensures that the paint sprayed from the spray gun head can only be accurately coated on a specific area of ​​the material through the holes, effectively preventing the paint from atomizing and escaping outward.

The application discloses a skylight welding feeding device, which comprises a placing rack, a welding mechanical arm and a conveying mechanism. The placing rack comprises a placing table, and the placing table is provided with a first placing surface, a second placing surface, a third placing surface and a fourth placing surface. The iron sheets placed on the adjacent placing surfaces are in contact at the head and tail to form a welding position. After the conveying mechanism conveys the iron sheets to the first placing surface on the placing table, the placing table is rotated to align the second placing surface with the conveying mechanism. After the conveying mechanism conveys the iron sheets to the second placing surface on the placing table, the placing table is rotated to align the third placing surface with the conveying mechanism. Meanwhile, the welding positions of the iron sheets on the first placing surface and the second placing surface are moved to below the welding torch of the welding mechanical arm. The application has the advantages of simple structure, high automation, synchronous feeding and welding, and high positioning precision.

This invention discloses a coating composite structure and a coating device. The composite structure includes at least a first structural component, a second structural component, and a third structural component. The first and second structural components are assembled to form a coating head liquid outlet, and the third structural component is assembled to form an air knife outlet. The second structural component is positioned between the first and third structural components. The coating head liquid outlet and the air knife outlet are located on the same side of the coating composite structure. The integration of coating and drying core functions is achieved through the coordinated installation of the first, second, and third structural components, replacing the independent components and support designs of the coating head and air knife in traditional coating equipment. This makes the coating and drying process flow structure more compact and significantly reduces the distance between the coating head liquid outlet and the air knife outlet, allowing for a closer connection between the perovskite solution coating and air curtain drying processes.

The application relates to the technical field of laser cutting and discloses a laser cutting machine suitable for new energy battery connecting piece processing, which comprises a machine table, a blanking assembly, a leveling assembly and multiple sets of feeding assemblies; the machine table is a frame type welded frame, a cutting movement module composed of a linear guide rail and a laser cutting head is arranged on the machine table; the leveling assembly is installed at the feeding end of the machine table and is used for roll pressing and straightening of a blank D; multiple sets of feeding assemblies are arranged in an equidistant array along the length direction of the machine table, a multi-station parallel processing mode is formed, compared with a traditional single-station equipment, multi-position feeding and cutting operations can be synchronously carried out, the overall production capacity is greatly improved, and the new energy battery connecting piece mass continuous production demand is adapted. Each set of feeding assembly is independently configured with a cutting seat and a clamping unit, blank clamping and conveying are completed by relying on a built-in feeding cylinder drive, feeding actions are stable and quick in response, and orderly operation of each station is guaranteed.

This utility model relates to the field of injection molding technology and discloses an insert assembly / disassembly and inspection device, including an insert disassembly mechanism for placing and clamping inserts, with metal parts manually placed on the inserts; a robotic arm for transporting the inserts with metal parts to an injection molding machine for injection molding; after injection molding, the robotic arm transports the product with the inserts back to the insert disassembly mechanism; a short-circuit detection mechanism for short-circuit testing of the product; and a transfer mechanism for separating the product from the inserts and transporting the separated product to the short-circuit detection mechanism for short-circuit testing. This insert assembly / disassembly and inspection device realizes an automated process of insert clamping, injection molding, separation, and inspection, with high production efficiency and intelligent level; using equipment for insert disassembly reduces costs, increases efficiency, avoids human error, and improves production capacity.

The utility model discloses a clothing magnetic attraction safety type sewing button structure which comprises a base, the top of the base is fixedly connected with a plurality of trays, the interiors of the trays are fixedly connected with second coils, the tops of the second coils are fixedly connected with fixing assemblies used for an attraction mechanism, the top of the base is fixedly connected with a first supporting block, and the first supporting block is fixedly connected with a second supporting block. A second supporting block is fixedly connected to the top of the first supporting block, and a limiting groove is formed in the second supporting block. Through the above structure, the top of the sleeve is driven by the first motor to drive the threaded rod to move in the sleeve, the electromagnet is electrified through the first coil, and the buckle body is attracted in the module so as to be connected with the buckle on the tray. According to the automatic moving and assembling mechanism, the pause and adjustment time in manual operation is shortened, the binding task of a plurality of buttons can be rapidly completed, and the garment production efficiency is remarkably improved.

This invention discloses an automatic multi-station wire mesh welding processing equipment, including a frame and a welding mechanism mounted on the frame. It also includes: a first frame mounted on the frame and a second frame fixedly mounted on the first frame. The frame is connected to the first frame via a drive component. When the drive component operates, it moves the first and second frames along a preset path. A mounting base is fixedly mounted on the bottom wall of the first frame. This invention uses a dual-axis guide rail to drive the frame for precise displacement. Combined with crisscrossing adjustable fixing plates and elastic magnetic clamping components, it achieves multi-station synchronous positioning and stable clamping of wire mesh of different specifications, avoiding welding offset and deformation. Relying on an electromagnetic lifting drive and spring reset structure, it completes automatic alignment, welding, and unloading closed-loop operations, significantly reducing manual intervention, improving processing accuracy and production efficiency. The equipment is highly versatile and adaptable to the needs of large-scale continuous production.

The utility model discloses coil winding wire groove machining and welding integrated equipment which comprises a machine body, a groove machining device and a welding device arranged on one side of the groove machining device are arranged on the machine body, and the groove machining device comprises a groove clamping assembly used for clamping a wire to facilitate groove machining. The tool assembly is erected above the groove clamping assembly and used for conducting groove machining on the wire, and the welding device comprises a first welding clamping piece and a second welding clamping piece which are used for clamping the wire with the two groove faces attached to each other so as to facilitate welding. The integrated equipment disclosed by the utility model is tight in procedure connection, reduces the degree of manual intervention, and accurately guarantees the groove processing precision and the groove surface alignment stability, thereby greatly improving the processing efficiency and the welding quality of a winding wire, enhancing the consistency of the welding quality of a coil winding, improving the resistance performance of a coil, and reducing the production cost. And finally, a continuous and efficient production mode is achieved.

This invention relates to the field of fully automated manufacturing technology for integrated terminal blocks, and particularly to a fully automated forming equipment and method for terminal blocks. The method processes integrated terminal blocks, which include a terminal piece, a terminal post, and a positioning post. The terminal piece is oblong in shape, and the terminal post and positioning post are respectively located on both sides of the terminal piece. The automated forming equipment includes: a cutting saw assembly, a positioning turntable assembly, a first milling cutter assembly, a drilling assembly, a tapping assembly, a stamping assembly, a chamfering assembly, a second milling cutter assembly, and a setter assembly. By utilizing the coordination of the cutting saw assembly, positioning turntable assembly, first milling cutter assembly, drilling assembly, tapping assembly, stamping assembly, chamfering assembly, second milling cutter assembly, and setter assembly, fully automated integrated forming of the terminal block is achieved. The terminal block does not require changing the processing reference during processing, resulting in high processing accuracy, simplified processing steps, and no manual intervention.

The application discloses a kind of resource processing methods of pharmaceutical high-salt high-alkali wastewater, comprising: step one: filtration purification;Step two: membrane method recovers mixed alkali;Step three: zinc treatment;Step four: preparation of basic zinc carbonate;Step five: salt separation and purification.The application realizes the efficient recovery and purification of alkali, zinc, sodium chloride and potassium chloride in pharmaceutical wastewater;Among them, the inorganic potassium salt binder is innovatively introduced, and the constant process conditions are matched to avoid the early precipitation of potassium salt in the component regulation and evaporation concentration process, while the recycling of membrane separation alkali is combined to greatly reduce the consumption of reagent.The wastewater treated by the application realizes the maximum recovery of resources, without secondary solid waste pollution, and the products sodium chloride, potassium chloride and basic zinc carbonate all meet the industrial standards, with a yield of more than 90%, 85% and 90% respectively, suitable for the treatment of pharmaceutical high-salt high-alkali wastewater with sodium chloride, potassium chloride, alkali and zinc as the main components, with significant economic and environmental benefits.

This invention relates to a high-purity, high-toughness, low-temperature stainless steel and its smelting and preparation methods, belonging to the field of stainless steel metallurgical technology. The smelting method includes electric furnace smelting, refining, vacuum oxygen blowing decarburization, vacuum degassing, and vacuum consumable remelting; the stainless steel ingot contains P≤0.01%, S≤0.001%, and O≤0.0005%. The method employs a synergistic smelting process involving electric furnace, refining, VOD, VD, and VAR, with close integration of each process and reasonable parameter matching, achieving the ultimate removal of P, S, and O. The purity is significantly higher than existing technologies, solving the technical problem of achieving coordinated ultimate removal of S and O in existing processes.

The application discloses a standardized brewing method of sweet potato dregs and baijiu vinegar, and relates to the technical field of fermented food processing.The application comprises the following steps: selecting fresh sweet potatoes and indica rice; washing and peeling the sweet potatoes, then soaking and sterilizing the sweet potatoes with salt water, and crushing the sweet potatoes to obtain sweet potato fragments; washing and soaking the indica rice, and cooking the indica rice until it is fully cooked without white core, and then cooling the indica rice to obtain matured rice; mixing the sweet potato fragments and the matured rice, adding mixed brewing yeast, uniformly stirring, and then sealing the mixture into a fermentation tank to perform alcohol fermentation; when the alcohol content reaches 6-8% and the pH value decreases to 4.0-4.5, adding compound acetic acid bacteria to the material after the completion of the alcohol fermentation, and performing fermentation for 15-20 days until the total acid content is greater than or equal to 4.5 g / 100 mL and the pH value is stable at 3.2-3.8; and adding spice extract liquid to the acetic acid fermentation liquid to age for 30 days.The application can improve the release efficiency of sweet potato flavor substances, shorten the fermentation period and enhance the product quality stability through accurate pretreatment of the sweet potatoes, synergistic fermentation of compound strains and segmented control of fermentation parameters.