Brick unloading device for construction

Abstract

The invention discloses a brick unloading and transporting device for building, and mainly relates to the field of building facilities. The brick unloading and transporting device comprises shear-modetelescopic shelves capable of stretching out and drawing back, transporting rollers are installed on the shear-mode telescopic shelves, and an auxiliary roller capable of adjusting the height is arranged at one ends of the shear-mode telescopic shelves and is higher than a transporting roller; an n-shaped shelf is arranged at the same end of the shear-mode telescopic shelves, an arm shelf is liftably arranged on the n-shaped shelf, a U-shaped shelf capable of adjusting the horizontal position is arranged on the arm shelf, a pressing shaft which is driven by a motor to rotate is installed on the U-shaped shelf, and a pushing plate protrudes out of the pressing shaft. The brick unloading and transporting device has the advantages that stacking bricks can be quickly and uninterruptedly turned over one by one to fall onto the device and are sequentially transported to the tail end orderly, the brick falling and transporting process is coherent and efficient, the labor and energy consumption is greatly reduced, and the construction efficiency is obviously improved.

Description

technical field [0001] The invention relates to the field of building facilities, in particular to a building brick unloading device. Background technique [0002] Building construction is indispensable for the transportation, loading and unloading, handling and use of building bricks. Bricks for construction are generally transported to the construction site by freight vehicles. Due to the subsequent unloading, stacking, storage, and transportation of the bricks from the stacking place to the construction site, and the consumption of bricks for construction is extremely high, a lot of labor is required. To be done. Some auxiliary facilities will be used on site, such as carts, motorized trucks, etc., to assist and reduce labor and improve efficiency. But the effect is very limited, and the front and rear unloading and stacking still rely on manual labor. The prior art also introduces some new auxiliary facilities, such as hoisting brick unloading equipment, etc., which a...

AI Technical Summary

Problems solved by technology

But the effect is very limited, the front and rear unloading, stacking, etc. still rely on manual work

The prior art also introduces some new auxiliary facilities, such as hoisting brick unloading equipment, etc., which are mainly used in a small area to facilitate workers to adjust the position of bricks in a labor-saving way (usually used for stacking bricks in the sun, bricks, etc.) unloading trucks, etc.), but it can only be transported and adjusted nearby, and the operation efficiency is low, which is very impractical

Therefore, the relevant facilities of the prior art are not ideal for reducing the workload and work intensity of brick-related labor and improving labor efficiency.

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