CN201030470Y - Net cage welding machine - Google Patents

Abstract

The utility model discloses a net cage welding machine, which comprises a power supply control box, a cylinder pipe, a bracket, a flat net guide rail frame and a W-shaped wire clamp support, and one end of the bracket is provided with an upper and lower carriage connecting rod and a trolley pulling cylinder; There are two sets of trolley fixing plates, welding electrode fixing plates and welding electrodes. Two sets of welding power supply cabinets are arranged parallel to the two sides of the bracket. The upper and lower ends of the bracket are respectively equipped with W-shaped wire fixture guide rails. The pulley is pulled by the W-shaped wire clamp, the end of the welding electrode fixing plate is provided with a welding electrode pushing cylinder and a welding electrode pushing bracket, and the upper and lower ends of the upper and lower slider connecting rods are respectively equipped with a pulley connecting rod and a pulley connected with the pulling pulley. A rocker; a flat net hook is provided on the fixed plate of the tackle. The utility model solves the technical problems of high labor intensity, low work efficiency and high production cost in the prior art, and the welded mesh cage can be widely used as the skeleton of building wall panels, which improves the strength and pressure bearing capacity of building wall panels.

Description

Net cage welding machine

Technical Field The utility model belongs to the technical field of welding machines, and relates to a cage welding machine for welding two flat meshes and w-shaped wires into a mesh cage.

Background Art In the prior art cage welding, the straight wires are first welded into a grid-shaped flat screen, and then the straight wires are bent into W-shaped wires, and then the W-shaped wires are sandwiched between two flat screens and welded into a cage. The welding process is all manually operated by workers, which has high labor intensity, low work efficiency and high production cost.

SUMMARY OF THE INVENTION The purpose of this utility model is to solve the technical problems of high labor intensity, low work efficiency and high production cost in the prior art, and provide an easy-to-operate mesh cage welding machine to overcome the deficiencies of the prior art.

In order to achieve the above object, the utility model net cage welding machine includes a power supply control box, a cylinder pipe, a support, a flat net guide rail frame and a W-type wire clamp support, and the flat net guide rail frame and the W-type wire clamp support are located at one end of the support, W The wire fixture support is located in the middle of the two flat net guide rail frames, and the other end of the bracket is provided with an upper and lower slider connecting rod and a trolley pulling cylinder; two sets of trolley fixing plates, welding electrode fixing plates and welding electrode clamps are arranged in parallel in the bracket Tightening cylinder, welding electrode clamping cylinder is equipped with welding electrodes, two sets of welding power supply cabinets are installed in parallel on both sides of the bracket, W-shaped wire clamp guide rails are respectively installed on the upper and lower ends of the bracket, and W-shaped wire clamp guide rails are equipped with W-shaped wire clamp guide rails. The wire clamp pulls the pulley. The end of the welding electrode fixing plate is provided with a welding electrode pushing cylinder. One side of the welding electrode pushing cylinder is equipped with a welding electrode pushing bracket corresponding to the welding electrode fixing plate. The ends of the pulley are respectively provided with a pulley connecting rod and a pulley rocker connected with the pulley; the fixed plate of the pulley is provided with a flat net pull hook.

The utility model has a reasonable structural design, realizes the automation and continuous welding of the mesh cage, and solves the technical problems of high labor intensity, low work efficiency and high production cost in the prior art. The mesh cage welded by the mesh cage welding machine of the utility model can be widely used The skeleton used for building wall panels improves the strength and pressure bearing capacity of building wall panels.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic perspective view of the structure of the utility model;

FIG. 2 is a schematic diagram of the front view of FIG. 1 .

In the figure 1, flat screen guide rail frame 2, flat screen positioning plate 3, bracket 4, welding electrode pushing cylinder 5, welding electrode pushing bracket 6, W-shaped wire clamp pulling block 7, upper block connecting rod 8, upper block rocker 9 , Up and down trolley connecting rod 10, power control box 11, trolley pulling cylinder 12, W-shaped wire fixture guide rail 13, bottom trolley rocker 14, bottom trolley connecting rod 15, cylinder pipe 16, welding power supply cabinet 17, welding electrode clamping Cylinder 18, pulley fixing plate 19, flat mesh hook 20, welding electrode fixing plate 21, welding electrode 22, W-shaped wire clamp support

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS According to the accompanying drawings, the utility model includes a power control box 10, a cylinder pipeline 15, a support 3, a flat net guide rail frame 1 and a W-shaped wire clamp support 22, and the flat net guide rail frame 1 and the W-shaped wire clamp support 22 are located at At one end of the bracket, the W-shaped wire clamp support 22 is located in the middle of the two flat mesh guide rail frames 1, and the other end of the bracket 3 is provided with the upper and lower slider connecting rods 9 and the trolley pulling cylinder 11; the bracket 3 is provided with two groups of trolley fixing plates in parallel 18. Welding electrode fixing plate 20 and welding electrode clamping cylinder 17. Welding electrode 21 is arranged on welding electrode clamping cylinder 17. Two sets of welding power supply cabinets 16 are arranged in parallel on both sides of support 3. The upper and lower ends of support 3 are respectively provided with W-shaped wire fixture guide rail 12 is arranged, and W-shaped wire fixture guide rail 12 is provided with W-type wire fixture pulling tackle 6, and the end of welding electrode fixed plate 20 is provided with welding electrode and promotes cylinder 4, and one side of welding electrode promotes cylinder 4 is provided with There is a welding electrode propulsion bracket 5 corresponding to the welding electrode fixing plate 20, and the upper and lower ends of the upper and lower slider connecting rods 9 are respectively provided with the tackle connecting rods 7, 14 and the tackle rocking bars 8, 13 connected with the pulling tackle; The fixed plate 18 is provided with a flat mesh drag hook 19 .

The net cage welding machine of the utility model adopts resistance welding technology. Firstly, the two flat nets are respectively placed in the flat net guide rail frame 1 at the front end, and at the same time, the W-shaped wire is fixed and placed on the W-shaped wire clamp support 22 by a clamp, and they are pushed together. Contact with flat net drag hook 19 in the back, carry out automatic welding after welding a weld seam earlier. During welding, the welding electrode pushes the cylinder 4 to shrink, the welding electrode 21 enters the welding position, the welding electrode clamps the cylinder 17 to shrink and tighten, and the welding electrode 21 realizes automatic welding. Finally, the welding electrode pushes the cylinder 4 out, the whole group of welding electrodes 21 is withdrawn, the pulley pulls the cylinder 11 to tighten, and the weldment mesh cage advances one grid. After that, the welding electrode pushes the cylinder 4 to shrink, the welding electrode 21 returns, and the welding electrode clamp The tight cylinder 17 shrinks and tightens, and the welding electrode 21 is welded again, so that the cycle is completed until the whole mesh cage is welded.

Claims (1)

1. cylinder mould bonding machine, it is characterized in that it comprises power controling box, cylinder pipeline, support, plain net guide rail bracket and W type silk fixture support, plain net guide rail bracket and W type silk fixture support are positioned at an end of support, W type silk fixture support is positioned at the middle part of two plain net guide rail brackets, and the other end of support is provided with coaster connecting rod and coaster pulling cylinder up and down; The interior parallel two groups of coaster fixed heads that are provided with of said support, welding electrode fixed head and welding electrode clamp cylinder, welding electrode clamps cylinder and is provided with welding electrode, the parallel two bond pads power cabinets that are provided with in the two sides of support, on the support, the lower end is respectively equipped with W type silk anchor clamps guide rail, W type silk anchor clamps guide rail is provided with W type silk anchor clamps pulling coaster, the end of welding electrode fixed head is provided with welding electrode and promotes cylinder, the side that welding electrode promotes cylinder is provided with and the corresponding welding electrode roof support of welding electrode fixed head, up and down the coaster connecting rod on, following two ends are respectively equipped with and spur coaster connecting rod and the coaster rocking bar that coaster is connected; The coaster fixed head is provided with the plain net drag hook.

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