a block transporter

Abstract

The invention discloses a building block transport tool which is mainly composed of a self-unloading transport vehicle, a lifting cage and a supporting plate. The lifting cage is connected with the upper portion of the self-unloading transport vehicle of the building block transport tool, and the supporting plate is connected with the lower portion of an inner cavity of the lifting cage. The self-unloading transport vehicle is mainly composed of a transport vehicle frame, rolling wheels, an axle fixing plate I, an axle fixing plate II, wheels, a vehicle frame middle beam, a vehicle frame tail beam, a self-unloading guide plate, a self-unloading small wheel, a self-unloading stopping rod, a vehicle head stand column, a guide wheel connecting plate, a guide wheel rotating shaft, a guide wheel, a guide wheel supporting plate and a handlebar. The transport vehicle frame is a rectangular frame made of box iron, the vehicle frame middle beam is arranged in the middle rear portion of the lower face of the rectangular frame, the portions, inside the rectangular frame, of the two sides of the vehicle frame middle beam are respectively provided with two rolling wheels, and the rolling wheels are evenly distributed. Compared with an existing building block transport mode of building engineering construction, the building block transport tool has the advantages that the process that manual loading and manual unloading are conducted twice in the building block transport process is omitted, building blocks can be horizontally, easily and flexibly transported between floors through the self-unloading transport vehicle, and the problem that corners are easily damaged in the transport process is solved.

Description

technical field [0001] The invention relates to a mechanical device, in particular to a mechanical device used in building construction. Background technique [0002] At present, during the construction of masonry projects, the raw materials are basically transported twice from the stacking place to the masonry working surface, one is transported from the stacking place to the vertical transport brick cage, and the other is transported from the unloading platform to the masonry working surface , most of the two transportations are carried out manually with small carts, and during this period, they have to go through "one move" and "two unloading". The brick cage is unloaded to the horizontal transport trolley, and the "second unloading" is unloaded from the trolley to the working surface for stacking. The unloading cycle is long, the workload is heavy, and the corners of the bricks are easy to be broken. Contents of the invention [0003] In order to make up for the defic...

AI Technical Summary

Problems solved by technology

[0003] In order to make up for the deficiencies of the existing technology and solve the problem that most of the masonry materials are transported twice by hand with small carts, the workload is heavy, and the corners of the bricks are easy to be broken, a block transportation tool is designed

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