Electric welding device
A welding device and locking device technology, applied in auxiliary devices, welding equipment, auxiliary welding equipment, etc., can solve the problems of low welding efficiency, difficulty in meeting production needs, and low welding quality, so as to improve welding efficiency and safety , the effect of convenient operation
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Embodiment 1
[0035] When two electric torches are required to be welded at the same time, the workpiece to be welded is first placed between the clamping devices 52, and then the second motor 742 drives the first screw rod 741 to run, so that the first screw rod 741 drives the push lock device 743 gradually slides downward along the third sliding groove 74, because the locking heads 7433 on the left and right sides respectively extend out of the left and right sides of the push lock device 743 and are completely inserted into the locks in the push parts 731 on the left and right sides to the greatest extent. In the tight groove 7311, when the push lock device 743 is slid downward, the sliding blocks 721 on the left and right sides are gradually slid in the downward direction along the second sliding grooves 72 on the left and right sides respectively. The inner spline sleeve 722 slides down gradually along the outer surfaces of the outer spline shaft rods 723 on the left and right sides unt...
Embodiment 2
[0037] When needing left electric torch welding, at first the workpiece that needs to be welded is put between clamping device 52, then by the magnetoelectric effect device 7436 power-on in the locking chamber 7431 of the right side, make magnetoelectric effect device 7436 and right The magnet 7434 in the side locking head 7433 produces suction, and at this moment, the right side locking head 7433 overcomes the compression spring 7435 active force between the magnetoelectric effect device 7436 and the magnetoelectric effect device 7434 on the right side toward the magnetoelectric effect device one on the right side Move sideways so that the right side locking head 7433 is completely separated from the locking groove 7311 in the right side push piece 731, and then the second motor 742 drives the first screw rod 741 to run, so that the first screw rod 741 drives the push lock The device 743 gradually slides downward along the third sliding groove 74, so that the push lock device ...
Embodiment 3
[0039] When needing right welding torch welding, at first the workpiece that needs to be welded is put between clamping device 52, then by the magnetoelectric effect device 7436 power-on in the locking chamber 7431 on the left side, make magnetoelectric effect device 7436 and left The magnet 7434 in the side locking head 7433 produces suction, and at this moment, the left side locking head 7433 overcomes the compression spring 7435 active force between the left side magnetoelectric effect device 7436 and the left side magnetite 7434 toward the left side magnetoelectric effect device one Move sideways so that the left locking head 7433 is completely separated from the locking groove 7311 in the left lower push piece 731, and then the second motor 742 drives the first screw rod 741 to run, so that the first screw rod 741 drives the push lock The device 743 gradually slides downward along the third sliding groove 74, so that the push lock device 743 slides downward and at the same...
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