Automatic stacking device for inorganic fireproof expanded perlite insulation boards

Abstract

The invention discloses an automatic stacking device for inorganic fireproof expanded perlite insulation boards. The automatic stacking device comprises a feeding conveyor belt, a load bearing shell is arranged on one side of the feeding conveyor belt, and a driving device is arranged at the top of the load bearing shell. The load bearing shell is internally provided with an upper material cavityand a lower material cavity, and the lower material cavity is disposed at the bottom of the upper material cavity. A through hole is formed between the upper material cavity and the lower material cavity. A limiting device and a cushion pad are disposed in the upper material cavity, and a first support frame group and a second support frame group are fixedly disposed in the lower material cavity.The second support frame group is disposed on the outer side of the first support frame group, and a counterweight block is arranged between the first support frame group and the second support framegroup. The first support frame group is provided with bi-directional guide rails, and the second support frame group is provided with unidirectional guide rails. Through the arrangement of the drivingdevice, no need for lifting materials for stacking work like a conventional stacking device is achieved; and the workload of the driving device can be reduced through the arrangement of the counterweight block, and energy consumption is reduced.

Description

technical field [0001] The invention relates to the field of thermal insulation board palletizing devices, in particular to an automatic palletizing device for inorganic fireproof expanded perlite thermal insulation boards. Background technique [0002] Inorganic fireproof expanded perlite insulation board is a rectangular flat plate formed by stirring and pressing expanded perlite as the main raw material plus curing agent and other auxiliary materials. Generally, the finished product is a package of 6 yuan. After packaging, the small packages are manually transported and stacked on the pallet, and transported into the warehouse. The production efficiency is low, and it is easy to bump during the transportation process, which affects the quality of the insulation board. And because the volume of small bag is not big, be long 60cm * wide 30cm * high 60cm, so the common palletizer that is used for stacking large-scale heat-insulating plate, its structure and mode of operation...

AI Technical Summary

Problems solved by technology

Generally, the finished product is a package of 6 yuan. After packaging, the small package is manually transported and stacked on the pallet, and transported into the warehouse. The production efficiency is low, and it is easy to bump during the transportation process, which affects the quality of the insulation board.

And because the volume of small bag is not big, be long 60cm * wide 30cm * high 60cm, so the common palletizer that is used for stacking large-scale heat-insulating plate, its structure and mode of operation are designed for large-scale heat-insulated plate, can not be used for this The palletizing operation of small bags, and the existing palletizing device needs to stack the materials one by one upwards, resulting in a complex structure of the device, high energy consumption, and stacking the materials upwards will easily cause the stacking of the materials to be uneven and prone to dumping. create danger

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