12results about How to "Realize automatic welding" patented technology

The present application relates to a kind of welding methods of large-scale spliced pipe fittings, belong to welding technical field, it includes the following steps: step one: from the adaptive coaxial inner clamping between connecting device and pipe inner wall;Step two: from the welding mechanism of connecting device and installation component cooperation drive is close to the place to be welded;Step three: welding mechanism drives electrode free end and the start point of place to be welded alignment;Step four: welding unit carries out welding using electrode;Step five: welding mechanism moves to avoid the moving track of replacement mechanism;Step six: replacement mechanism pulls electrode and moves towards welding mechanism;Step seven: welding mechanism moves to make clamping area a and clamping area b be located on the same straight line, replacement mechanism drives electrode tail end to be located in clamping area a, clamping area a closes and clamps electrode, clamping area b opens and cancels the clamping of electrode, then, welding mechanism moves to avoid the moving track of replacement mechanism, replacement mechanism resets.

The utility model provides a welding visual module and a gold welding machine. A rotating part of the rotating table can rotate around a first axis relative to the fixing base, a tray of the carrier is detachably connected to the rotating part, and a baffle is arranged between the tray and the rotating table. When a workpiece in a preset shape and size needs to be machined, the tray of the corresponding specification is selected, the workpiece is placed in the groove position of the tray, and compatibility is good. In a grabbing edge scene of gold product welding, the annular light source lights towards the carrier and the workpiece, so that the camera can shoot truly without shadow and distortion. The first camera shoots the workpiece, the tray and the baffle, the baffle can shield the area below the baffle, unnecessary reflected light entering the first camera is reduced, a clear image of the workpiece can be obtained, and the edge of the workpiece can be truly and accurately grabbed. The annular light source is used for lighting the carrier and the workpiece, the first camera is used for shooting the workpiece on the carrier, output laser of the laser head module is irradiated to the welding position of the workpiece, automatic welding and traceless full welding are achieved, and the welding efficiency is high.

This invention relates to the field of pump body welding, specifically disclosing an industrial pump body welding device and its welding process. The device includes a lower conveyor for conveying the lower pump casing and an upper conveyor for conveying the upper pump casing. The lower conveyor has two clamping plates in its middle section, which clamp the lower and upper pump casings. Welding heads are installed on the outer sides of both clamping plates, and a slide rail assembly is installed on one side of each welding head. A strip-shaped gap is formed in the middle of the two clamping plates. The upper conveyor has a transfer frame near one end of the clamping plates, and a clamp is located in the middle of the transfer frame. After the lower pump casing is conveyed between the clamping plates, the upper conveyor conveys the upper pump casing to one side of the clamp, where the clamp clamps it. The transfer frame rotates the upper pump casing between the clamping plates to mate with the lower pump casing. The two clamping plates hold the upper and lower pump casings together, and the slide rail assembly moves the welding head along the strip-shaped gap to weld the joint between the upper and lower pump casings.

The utility model relates to the technical fields of welding frock, and specifically disclose a kind of electric truck truck foot welding frock, including supporting mechanism and positioning mechanism, supporting mechanism includes welding platform, positioning mechanism includes first positioning assembly, second positioning assembly and third positioning assembly, first positioning assembly is set on welding platform, first positioning assembly is at least partially movably arranged, to be positioned in welding platform with truck foot main body, second positioning assembly is set on welding platform, second positioning assembly is at least partially movably arranged, to be positioned in the inside of truck foot main body front end with bending plate, third positioning assembly is set on welding platform, third positioning assembly is at least partially movably arranged, to be positioned in the inside of truck foot main body tail end with rib plate, the positioning of each component of truck foot can be realized by positioning mechanism, bending plate and rib plate can be welded to truck foot main body, complete the automatic welding of truck foot, improve its welding precision and welding efficiency.

This utility model belongs to the field of current transformer manufacturing technology, specifically relating to a current transformer connector positioning soldering machine, including a worktable, a first slide module, a solder feeding assembly, and a soldering head. The mounting end of the first slide module is fixedly connected to the worktable. The solder feeding assembly and the soldering head both have the freedom to move relative to the worktable via the first slide module. Solder wire is fed to the soldering head via the solder feeding assembly. A set of tooling fixtures is provided on the worktable, including connector fixtures and wire fixtures. The wire fixtures are paired with the connector fixtures. The wire fixtures are metal springs, each including a fixed part and a clamping part fixedly connected to each other. The clamping parts are bent inward from both ends of the fixed part and extended upward. This soldering machine achieves effective fixing and automatic soldering of the coil end and connector, eliminating the need for manual fixing of the coil end and improving the safety of the soldering operation.

The present application belongs to the technical field of welding, and particularly relates to a welding device. The present application aims to solve the problem of high welding difficulty of a tank structure in the related art. The welding device comprises a machine table, a welding device, a first positioning mechanism and a second positioning mechanism for fixing pieces to be welded. At least one of the first positioning mechanism and the second positioning mechanism is movably arranged on the machine table. The first positioning mechanism and the second positioning mechanism are opposite to each other, and the first positioning mechanism is close to or away from the second positioning mechanism. The welding device is movably arranged on the machine table. In the case that the welding device moves to a first position, the welding device abuts against the butt joint of the two pieces to be welded. In the case that the two pieces to be welded are butted, the welding device moves to a second position, and the welding device is separated from the butt joint of the two pieces to be welded. The first positioning mechanism and the second positioning mechanism realize the butt joint and fixation of the two pieces to be welded, and can replace manual welding by the welding device, thereby reducing the welding difficulty of the tank structure.

The application discloses a kind of small-bore steel pipe intelligent assembly welding device and operating method, including workbench, two feeding roller way being arranged in the both sides of workbench, door-shaped support;Coaxial fixed chuck and movable chuck are arranged on workbench, movable chuck is arranged on workbench by two guide rail pairs, movable chuck is fixedly connected with nut, main servo motor is arranged on workbench, and main servo motor is connected with screw rod matched with nut;Centering mechanism is arranged on the workbench between fixed chuck and movable chuck, and centering mechanism includes fixed base, two hydraulic chucks axially spaced apart on base, and positioning baffle hinged to base at one end, and three clamping jaws of two hydraulic chucks are connected with press wheel;Switching type multi-welding gun device is arranged on the crossbeam of door-shaped support;The application can automatically align steel pipe bevel and automatically select matched welding wire, realize the automatic assembly of small-bore pipe and automatic welding, improve small-bore pipe welding quality and welding efficiency, completely solve the influence of welder skill on welding quality, and improve small-bore pipe manufacturing efficiency and intelligent level.

The application relates to an automatic welding device and a welding method for blind welding of superfine wires and micro tubes, which comprises a wire pushing unit, a tubular workpiece feeding unit and a welding unit. The wire pushing unit comprises a lead wire clamp plate for clamping and moving the wire, a wire threading clamp for supporting the wire, and a servo motor located below the lead wire clamp plate for driving the lead wire clamp plate to move forward. The tubular workpiece feeding unit comprises a feeding platform for placing the tubular workpiece, a feeding mechanism for conveying the tubular workpiece to the feeding platform, and a feeding platform cylinder for controlling the forward movement of the feeding platform. The welding unit comprises an upper point welding electrode and a lower point welding electrode. The servo motor controls the forward movement of the lead wire clamp plate to the welding position, the wire head passes through the wire threading clamp to above the lower point welding electrode, the feeding platform moves forward to wrap the tubular workpiece on the lower point welding electrode and tightly contact the wire, the upper point welding electrode is downwardly tightly contacted with the tubular workpiece to form a loop welding with the lower point welding electrode. Compared with the prior art, the application can automatically weld in the tubular workpiece, improve the production efficiency and reduce the labor cost.

The utility model discloses a rotary welding tool for a belt pulley. The rotary welding tool comprises a tool bottom plate, a tool seat assembly mounted on the tool bottom plate, a central column mounted at the central position of the tool seat assembly, and a fixed locking piece matched with the central column. When the automatic welding tool is used, a belt pulley assembly needing to be welded is arranged on the tool base assembly in a sleeved mode, the belt pulley assembly is fixed to the center column through the fixing locking piece, and therefore the belt pulley assembly needing to be welded can be fixed, a foundation for achieving automatic welding can be provided, and automatic welding can be achieved by rotating the tool bottom plate. Therefore, the assembly of the belt pulley can rotate, and automatic welding is achieved.

The invention provides a full-automatic battery welding device which comprises a machining table, a supporting rod is arranged on the machining table, a top plate is arranged on the supporting rod, a welding module is arranged on the top plate, a containing disc is rotationally arranged on the machining table, and a first containing groove and a second containing groove which are used for clamping and containing battery modules are formed in the containing disc. The first containing groove and the second containing groove can be alternately switched to the lower side of the welding module, a feeding conveying device and a discharging conveying device which are located on the two sides of the containing disc are further arranged on the machining table, and a feeding and discharging module located beside the welding module is further arranged on the top plate. The feeding and discharging module is used for transferring the battery modules among the feeding conveying device, the containing disc and the discharging conveying device. According to the full-automatic welding device for the batteries, the basic requirement for welding the battery pole pieces to the battery modules can be met, the welded battery modules can be automatically discharged and automatically fed while welding is conducted, and then the using requirements of people are more fully met.

The utility model relates to an automatic welding auxiliary mechanical arm for prestressed pipe pile splicing. The automatic welding auxiliary mechanical arm comprises a rack, a rotary telescopic arm, a driving mechanism, a pile alignment positioning mechanism, a lifting mechanism and a welding trolley hoop track. The rotary telescopic arm is rotationally connected with the rack; the driving mechanism is used for driving the rotary telescopic arm to move the front end in the horizontal plane; a pile alignment positioning mechanism is arranged at the front end of the rotary telescopic arm, the pile alignment positioning mechanism is of a two-piece structure which is oppositely arranged and can be opened and closed, and the pile alignment positioning mechanism is used for carrying out pile embracing on an upper pile body; the pile alignment positioning mechanism is connected with the welding trolley hoop track through a lifting mechanism; the welding tractor hoop track is of two semicircular structures which are oppositely arranged and can be opened and closed. By arranging the rotary telescopic arm, the driving mechanism and the pile alignment positioning mechanism, pile alignment is controlled through a mechanical structure, the workload of manual operation is relieved, and safety accidents are avoided; and by arranging the lifting mechanism, the pile welding requirements of prestressed pipe piles with different top elevations can be met.

This utility model relates to an automatic straight seam welding trolley for pipes, comprising a linear guide rail, a rack, a mounting base, a control box, a power battery, a drive motor, a bracket, and a welding torch adjustment assembly. The mounting base is slidably mounted on the linear guide rail via a sliding block. The rack is located on the side of the linear guide rail. The mounting base is Z-shaped with steps. The control box and the power battery are fixedly mounted on the top horizontal mounting part of the mounting base. A clutch plate is hinged to the bottom horizontal mounting part of the mounting base. The bracket is connected to the bracket, and the welding torch adjustment assembly is connected to the welding torch chuck. The clutch plate is connected to the motor base, and the drive motor is fixed on the motor base. The output gear shaft of the drive motor is adapted to the rack. A locking pin is provided on the clutch plate. This utility model has a simple structure and is easy to operate. It can realize automated welding of straight seams in pipes, with consistent weld width and high straightness, effectively improving the welding efficiency of straight seams in pipes.