A labor-saving brick clamper that can clamp different quantities of bricks used in construction projects

Abstract

The invention belongs to the field of brick clamping devices, and particularly relates to a labor-saving brick clamping device capable of clamping different numbers of bricks for constructional engineering. The labor-saving brick clamping device comprises a pressing rod, a handle, a first clamping arm mechanism, a second clamping arm mechanism and a telescopic mechanism, wherein the first clampingarm mechanism and the second clamping arm mechanism are symmetrically installed at the two ends of the handle. When a person lifts the bricks through the brick clamping device, two L-shaped clampingarms of the brick clamping device automatically clamp the bricks under the action of the gravity of the bricks; the more the bricks are, the tighter the bricks are clamped; the two hands of a worker do not need to exert force in the whole process, and more physical power of the worker is saved; and in addition, the brick clamping device can clamp different numbers of bricks at a time, the number of the bricks is adjusted according to the requirement of the physique of the worker, the labor efficiency is effectively improved, unnecessary accidents are fundamentally reduced, and the effect thatthe bricks can be clamped at the right moment is truly achieved.

Description

technical field [0001] The invention belongs to the field of brick clamps, and in particular relates to a labor-saving brick clamp used in construction engineering which can clamp different numbers of bricks. Background technique [0002] At present, the traditional brick clamp is loaded and unloaded by hand, and the transfer of bricks needs to be realized by clamping the two large sides of the four-piece turn with the grip of the human hand; the long-term and large-scale labor makes the workers' hands sour and tired. Not only the labor intensity is high, but also the work efficiency is low; sometimes due to the insufficient friction between the two clamping arms of the brick clamp, the bricks will fall and hurt people's feet during the process of being moved; lack of necessary safety, Increase labor costs; the traditional brick clamp can only carry four bricks at a time, and cannot adjust the number of bricks to be loaded and unloaded. The work efficiency is very low, and t...

AI Technical Summary

Problems solved by technology

[0002] At present, the traditional brick clamp is loaded and unloaded by hand, and the transfer of bricks needs to be realized by clamping the two large sides of the four-piece turn with the grip of the human hand; the long-term and large-scale labor makes the workers' hands sour and tired. Not only the labor intensity is high, but also the work efficiency is low; sometimes due to the insufficient friction between the two clamping arms of the brick clamp, the bricks will fall and hurt people's feet during the process of being moved; lack of necessary safety, Increase labor cost; the traditional brick carder can only carry four bricks at a time, and cannot adjust the number of bricks to be loaded and unloaded. The work efficiency is very low, and the working time is greatly prolonged.

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