The receiving frame of the fiber laser cutting machine and its transmission mechanism, the transmission assembly of the transmission mechanism, the negotiation support mechanism of the vertical landing gear, the transmission assembly is driven by the driving mechanism, the driving gear, the driven gear and the output of the transmission assembly Shaft, the driving gear is sleeved and does not last on the rotating shaft of the drive mechanism, the driving gear is meshed with the driven gear, and the driven gear is sleeved and does not last on the output shaft, and the vertical lifting mechanism is destructively sleeved on the output On the axis, the support mechanism remains unchanged on the vertical lifting mechanism, so that the support mechanism can move in a straight line along the vertical deflection. The vertical landing mechanism of the drive transmission assembly of the drive mechanism mobilizes the support mechanism to move in a straight line along the vertical deflection. When the pipe material is light, the surplus vertical landing gear negotiation support mechanism can be removed, which reduces the economic cost.
It is used for the active feeding rack for the joint venture fiber laser cutting machine. The top surface of the base material rack is a slanted surface lower than the rear side, and the base material rack is in front of the Asynchronous motor is installed in the middle part of the side. The output end of the asynchronous motor continuously has a linkage shaft. Both ends of the linkage shaft are equipped with transmission gears. The transmission gears are equipped with transmission chains. The front side of the base material rack is equipped with vertical placement ends. The cylinder and the piston end of the cylinder are equipped with brake pads. The brake pads perform up and down loading operations under the mobilization of the cylinder. The front and rear sides of the base material rack are divided into front limit switches, rear limit switches, front limit switches, The rear limit switch, asynchronous motor, cylinder division and control box continue, the control box does not remain on the bottom rack; it can replace the action of two people lifting materials in ancient times, improve the obedience of pipe feeding, and reduce the work of homework staff. The task intensity and homework safety can satisfy the needs of one person and multiple machines.
Five-axis three-linkage fiber laser cutting machine, five-axis three-linkage fiber laser cutting machine body and feeding side, feeding side support board, support board are sequentially equipped with Inclined plate, limit plate and support platform. The lower end of the inclined plate is close to the limit plate. There are cracks between the limit plate and the support plate. The support plate between the limit plate and the support table is slidingly equipped with a top plate. The support plate under the plate is slidingly configured with a push plate, the supporting table is slidingly configured with a driving block and a clamping block, and a lifting mechanism is arranged on one side of the supporting plate. The five-axis three-linkage fiber laser cutting machine uses the push plate to push the pipe that slides down on the inclined plate to the top plate, the top plate pushes the pipe up, the pipe reaches the block, and the block pushes the pipe onto the support table to support the drive on the table The block pushes the pipe to the pneumatic chuck of the five-axis three-linkage fiber laser cutting machine body to complete the active feeding.
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