Grasp holding machine for aerated brick carrying

Abstract

The invention discloses a grasp holding machine for aerated brick carrying. The grasp holding machine comprises a machine frame, wherein a lifting device is arranged on the machine frame and connected with an accessory support, a grasp holding accessory used for aerated brick grasp holding is arranged on the accessory support, and a self-locking tensioning lifting device matched with the grasp holding accessory for aerated brick grasp holding is connected onto the grasp holding accessory. The self-locking tensioning lifting device and the grasp holding accessory are matched in operation, and during aerated brick grasp holding, large clamping force cannot be generated on a single aerated brick or a single portion of the aerated brick, so that the aerated bricks cannot be clamped broken. Simultaneously, in the lifting process, the self-locking tensioning lifting device can lock the aerated bricks in the grasp holding accessory so that loosing and falling of the aerated bricks are avoided, and safe and lossless carrying, loading and unloading of the aerated bricks can be achieved.

Description

technical field [0001] The invention relates to a grabbing machine for loading and unloading aerated bricks. Background technique [0002] The handling and loading of large and heavy aerated bricks is difficult to complete only by manpower, and it needs to be realized by grabbing loaders. At present, the existing grabbing machines are basically grabbing attachments mounted on forklift carriages. , the grabbing attachment must be heavy and the weight of the mast is concentrated before driving the front axle. In order to maintain balance, a relatively heavy counterweight box needs to be equipped, which increases the weight of the car body and increases the burden on the engine, resulting in energy consumption. increase, waste discharge increases, and pollutes the environment. [0003] At present, all grabbing machines are cumbersome and single-function, and cannot complete the circulation function required after steaming finished products of aerated bricks. In order to comple...

AI Technical Summary

Problems solved by technology

[0002] The handling and loading of large and heavy aerated bricks is difficult to complete only by manpower, and it needs to be realized by grabbing loaders. At present, the existing grabbing machines are basically grabbing attachments mounted on forklift carriages. , the grabbing attachment must be heavy and the weight of the mast is concentrated before driving the front axle. In order to maintain balance, a relatively heavy counterweight box needs to be equipped, which increases the weight of the car body and increases the burden on the engine, resulting in energy consumption. Increase, increase waste discharge, pollute the environment

[0003] At present, all grabbing machines are cumbersome and single-function, and cannot complete the circulation function required after steaming finished products of aerated bricks. In order to complete it, a forklift must be used to carry the flowing water aerated brick chassis and a grabbing machine , plus manual cleaning

Not only the cost is high, but also the handling efficiency is low. Nowadays, many brick factories still basically use manual loading, unloading and manual cleaning

[0004] The aerated cement brick is a frame structure filled wall, and its strength is not very high. During the mechanical clamping process, if the force is too small, the clamp will not be firm; but if the force is too large, the aerated brick will be easily broken, resulting in waste

[0005] When the aerated brick is cut, there is a 20mm lower corner cushion layer at the bottom of the bottom layer, which is bonded to the bottom of the bottom layer brick after steaming. At present, when cleaning, it is basically manual to lift each brick on the bottom layer and clean it with an axe, resulting in labor-intensive, time-consuming and low efficiency. and labor intensive

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