Automatic conveying and storage equipment for cement prefabricated panels for housing engineering

Abstract

The invention discloses automatic conveying and storing equipment of a cement prefabricated slab for a housing project. The automatic conveying and storing equipment comprises a material feeding production line, a material discharging production line, a lifting moving vehicle and a three-dimensional curing kiln, wherein the poured cement prefabricated slab is conveyed to the lifting moving vehicle by a trolley through the material feeding production line; the trolley on the material feeding production line is conveyed to the lifting platform of the lifting moving vehicle by the lifting moving vehicle; the trolley is sent to the three-dimensional curing kiln for storing and solidifying through the conveying line of the lifting platform; the solidified cement prefabricated slab is pulled out of the trolley to the lifting platform and conveyed to the material discharging production line, and the trolley is conveyed to a mold release station or the next station of the prefabricated slab through the material discharging production line. According to the invention, the conveying line, the lifting moving vehicle and the three-dimensional curing kiln are adopted, so that automatic conveying of the cement prefabricated slab for the housing project from the material feeding production line to solidifying is realized; people don't need to participate in automatic turnaround, three-dimensional storage and automatic material discharging, so that the effects of automatic conveying and storing are reached.

Description

technical field [0001] The invention relates to the field of cement prefabricated board transportation equipment, in particular to an automatic conveying and storage device for cement prefabricated boards used in housing engineering. Background technique [0002] The production and transportation of heavy-duty cement prefabricated slabs mainly include two processes. The trolley that has cast the cement prefabricated slabs on the production line is sent to the curing kiln, and then the cured cement prefabricated slabs in the protective kiln are pulled out and transported to the unloading station. on the production line. In the prior art, the poured cement trolley is sent to the curing kiln and the cement prefabricated slab is pulled out and transported to the blanking, all in the form of crane hoisting, and then placed directly on the ground; then the heavy cement prefabricated slab is realized by natural blowing. The solidification of; There is following defect in above-men...

AI Technical Summary

Problems solved by technology

[0003] 1) The above-mentioned crane lifting requires manual participation, while the cement prefabricated panel is a heavy equipment, which is prone to position deviation and other phenomena during the operation process, which may easily cause on-site dangerous situations, and requires high labor intensity;

[0004] 2) This method occupies a large area, the production cannot be automated, the production efficiency is low, and the investment cost and operation cost of the equipment are increased;

[0005] 3) Since the operation process uses a crane and manual participation, it cannot guarantee that the cement precast slab is in the initial positioning state during the transportation process, and there is a lot of vibration during the transportation process using the crane, and the cement precast slab is prone to occur during transportation. Displacement, unable to ensure smooth transportation of the conveyed material when it enters and exits the curing kiln

[0006] Therefore, the existing conveying equipment for cement prefabricated panels can no longer meet the needs of the market, and a new type of conveying equipment is urgently needed on the market

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