JPS5835846B2 - Peeling equipment for hydraulic inorganic plates - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a hydraulic inorganic plate peeling device, and more specifically, the present invention relates to a hydraulic inorganic plate peeling device, and more specifically, the present invention relates to an inorganic plate peeling device disposed on the side of an inorganic plate 2 loaded on a loading table 1. A positioning roller 3 is located at the tip of the peeling tool 5, which is driven back and forth approximately horizontally toward the direction of the peeling tool 5.
At the same time, a peeling claw 4 is provided at the tip of the peeling tool 5 at the lower rear position of the positioning roller 3, and the height position of the lower end of the positioning roller 3 is set to the uppermost inorganic plate on the loading table 1. The height of the positioning roller 3 is approximately the same as the height of the top surface of 2.
This invention relates to a hydraulic inorganic plate peeling device characterized in that the vertical distance between the lower end of the peeling claw 4 and the tip of the peeling claw 4 is set to be approximately the same as the thickness of the inorganic plate 2.

Calcium aluminate sulfate idrate
3CaO-A1□03・3CaSO4・30~31H2
0] (hereinafter referred to as TSH.

) If a large number of hydraulic inorganic plates 2 such as Conventionally, when plate 2 was plated one by one, an operator used a jig to perform the peeling work and then plated the plate, which had the disadvantage of poor productivity and safety.

The present invention has been made in view of the above points, and its purpose is to automatically perform the peeling work of inorganic plates loaded in large numbers on a loading platform, thereby improving productivity and saving labor. To provide a hydraulic inorganic plate peeling device that can reduce the amount of waste and improve safety.

The present invention will be explained in detail below by means of illustrated embodiments.

The loading platform 1 for stacking a large number of hydraulic inorganic plates 2 such as TSH is equipped with a hydraulic lifter, so that even if the number of inorganic plates 2 loaded on the loading platform 1 changes, the position of the upper inorganic plate 2a is always maintained. It can be raised and lowered freely to maintain the same level.
Peeling tools 5 are disposed on both needle sides of the upper inorganic plate 2a stacked on the loading table 1 so as to be able to move forward and backward toward the side end surfaces of the inorganic plate 2a.

Each peeling tool 5 has a substantially U-shape with an opening on the side of the inorganic plate 2a, and the top piece 7 has a positioning roller (hereinafter referred to as a roller) for pressing the top surface of the inorganic plate 2a.

) 3 is rotatably mounted parallel to the moving direction of the peeling tool 5, and the lower piece of the peeling tool 5 has a peeling claw 4 whose upper surface is sloped downward toward the tip side, and the inorganic plate 2a and the next stage are connected to each other. The dimension between the tip of the peeling claw 4 for peeling off the inorganic plate 2 and the lower end of the roller 3 that projects forward from the peeling claw 4 is the inorganic plate 2.
The thickness is approximately the same as that of .

The base piece 8 of each peeling tool 5 is attached to a cylinder rod 10 of an air cylinder 9 attached to a support stand 11, and ten cylinder rods 12 are provided.

Therefore, when the inorganic plate 2a has a planar shape, the cylinder rod 10 and the peeling tool 5 are moved forward to remove the concave stepped portion 1.
2 is an inorganic plate 2a from a corner part 13 of the upper surface of the support base 11
Even if it protrudes to the side, the cylinder rod 10 and the peeling tool 5 are supported by the roller 3 rotating on the inorganic plate 2a and do not move downward, but if the inorganic plate 2a is curved upward at the center side. When the recessed step 12 protrudes from the corner part 13 toward the inorganic plate 2a, the cylinder rod 10 and the peeling tool 5 move downward under their own weight, and the roller 3 rotating on the inorganic plate 2a removes the warpage of the inorganic plate 2a. Even when the inorganic plate 2a is flat or curved, the roller 3 is used to press the top surface of the inorganic plate 2a while the peeling claw 4 is used to separate the upper and next inorganic plates 2a, 2. The inorganic plate 2a can be peeled off by inserting it between the side ends and moving it forward and backward.

Further, above the loading platform 1, a hoist 6 for membrane plates connected to a suction device (not shown) through a duct 14 is disposed so as to be able to move up and down. The upper inorganic plate 2a can be sucked and lifted up.

When peeling and separating a plurality of inorganic plates 2 such as TSH stacked on the loading table 1 one by one, the air cylinder 9 is driven to move each peeling tool 5 to the upper inorganic plate 2a. The peeling claws 4 are made to protrude from both end surfaces of the inorganic plate 2a, and the peeling claws 4 are positioned by pressing the upper surface of the inorganic plate 2a with the rollers 3.
is press-fitted between the upper and next inorganic plates 2a, 2, and in this state, each peeling tool 5 is advanced and retreated several times to remove the upper inorganic plate 2.
A is also peeled off from the next stage inorganic plate 2.

Next, after retreating each stripping tool 5 to the outside of the inorganic plate 2a using each air cylinder 9, the membrane plate hoist 6 is lowered to adsorb the peeled upper inorganic plate 2a, and in this state, the membrane plate is removed again. Raise the hoist 6 to lift the inorganic board 2a,
The upper inorganic plate 2a is separated from the inorganic plate 2 on the loading platform 1 and separated into a membrane plate.

After coating the upper inorganic plate 2a, the loading platform 1 is raised by the thickness of the inorganic plate 2, and the new upper inorganic plate 2a is removed using the peeling tool 5 and the membrane hoist 6 in the same manner as described above. After that, the inorganic plates 2 are automatically and safely coated one by one starting from the upper one using a peeling tool 5 and a hoist 6 for membrane plates without requiring manual labor by repeating the same operation.

It should be noted that the peeling tools 5 disposed outside the upper inorganic plate 2a may be provided on one side each on both sides of the inorganic plate 2a as in the embodiment, but a plurality of peeling tools 5 may be disposed on each side of the inorganic plate 2a. You may.

The hydraulic inorganic plate peeling device of the present invention is equipped with a peeling tool that can move forward and backward on the side end surface of the upper inorganic plate loaded on the loading table as described above, so that the positioning roller on the top of the peeling tool While holding down the top surface of the upper inorganic plate to position it, press the peeling claw at the bottom of the peeling tool between the upper and next inorganic plates, and in this state move the peeling tool forward and backward to remove the upper inorganic plate to the next stage. The inorganic plates can be automatically peeled off from the upper inorganic plates one by one without the need for human hands using a peeling tool that can move forward and backward toward the side end surface of the upper inorganic plates, This makes it possible to save labor in peeling work and improve productivity and safety.

[Brief explanation of drawings]

Fig. 1 is a perspective view of inorganic plates loaded on a loading table, Fig. 2 is a schematic front view of an embodiment of the present invention, Fig. 3 is an explanatory diagram of the operation of the above peeling tool, and Fig. 4 is It is an enlarged front view of the peeling tool same as the above, and 1 is a loading platform, 2 is an inorganic board, 2a is an upper inorganic board, 3 is a positioning roller, 4 is a peeling claw, and 5 is a peeling tool.

Claims (1)

[Claims] 1 A positioning roller is provided at the tip of a peeling tool that is disposed on the side of the inorganic plate loaded on the loading table and is driven back and forth approximately horizontally toward the inorganic plate, and a positioning roller is provided below the positioning roller. At the rear position, a peeling claw is provided at the tip of the peeling tool, and the height position of the lower end of the positioning roller is set to be approximately the same as the height of the top surface of the topmost inorganic plate on the loading platform. A peeling device for a hydraulic inorganic plate, characterized in that the vertical distance between the lower end of the peeling roller and the tip of the peeling claw is set to be approximately the same as the thickness of the inorganic plate.