A cylinder-driven turning device for turning tile packs or tile stacks up and down

Abstract

The invention provides a cylinder-driven turning device for turning up and down tile packages or stacks of tiles. The components are slidably installed on both sides of the frame component through the guide rod sliding pair, and each chuck assembly also includes a chuck seat, a bearing set, a rotatable chuck with a rocker arm, and a driving cylinder, wherein the driving cylinder adopts The main force cylinder and the booster cylinder are respectively installed in a pair of chuck assemblies in a cooperative manner; the rotatable chuck with a rocker arm is installed on the chuck seat through a bearing set, and one end of the power cylinder and the booster cylinder respectively correspond to Installed on the chuck seats on both sides of the frame assembly, the other ends are respectively connected to the rotatable chucks on both sides of the rack assembly through rocker arms; this scheme is simpler in structure, lower in cost, and can effectively ensure that the tiles Or the turning action of the stack of tiles is smooth and reliable.

Description

technical field [0001] The invention relates to the technical field of wall and floor tile production equipment, in particular to a cylinder-driven turning device for turning tile packages or stacks up and down. Background technique [0002] In the automatic packaging and stacking operation of tiles, it is often necessary to use a set of turning devices to turn the tile package or tile stack up and down. The existing overturning device usually drives a pair of ceramic tile overturning chucks by using a reduction motor with a large reduction ratio, and a set of reset is installed on one side of the pair of tile overturning chucks that plays an auxiliary follow-up role. The device works together to realize the continuous up and down turning action of the tile package or the tile stack. In addition to the high manufacturing cost of the equipment using this structure, there is also the fact that the geared motor itself usually has an engagement gap, and some low-cost reduction ...

AI Technical Summary

Problems solved by technology

[0005] By using the drive cylinders (i.e. the main force cylinder and the booster cylinder) on the chuck assemblies on both sides of the frame assembly to drive the rocker arms on both sides to drive the rotatable chucks, the directions of the force arms formed by the two groups of rocker arms are perpendicular to each other. Or close to vertical; when flipping, when the drive cylinder (main force cylinder) on one side is driven to rotate to the end of its stroke and enters the dead point area, that is, when the drive torque tends to zero, the drive cylinder (power cylinder) on the other side will generate The driving torque reaches the maximum value, so that the driving cylinder (main cylinder) on the opposite side continues to move, and overcomes the problems that it cannot generate torque when it reaches the dead point and the direction of rotation is uncertain when it leaves the dead point, so as to ensure the tile package or the flipping of stacks of tiles continues

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