Prefabricated assembling reinforced concrete component delivery device

Abstract

The invention provides a prefabricated assembling reinforced concrete component delivery device. The device comprises a bearing groove, a shock-absorbing buffering column and a delivery box body, theinterior of the delivery box body is provided with an embedded cavity, the two sides of the embedded cavity are provided with three groups of transverse shock-absorbing springs, one ends of the threegroups of the transverse shock-absorbing springs are provided with installing blocks, one ends of the three groups of the transverse shock-absorbing springs are provided with bearing grooves through fixing blocks, a fork lift connecting member is welded to the bottom of the delivery box body, bearing separation plates are arranged at the bottoms of the bearing grooves, fixing frame plates are arranged at the two ends of the bearing separation plates, adjusting screw sleeves are installed at one ends of the two fixing frame plates, the two adjusting screw sleeves are connected through a fixingshaft rod, and shock-isolation rubber cushions are arranged on the inner sides of the bearing grooves. By the arrangement of a series of structures, the device has the advantages of comprehensive protection, convenient transportation, high safety and the like.

Description

technical field [0001] The invention relates to the field of construction engineering, in particular to a transport device for prefabricated assembled reinforced concrete components. Background technique [0002] Reinforced concrete is often referred to as reinforced concrete in engineering. It refers to a composite material formed by adding steel mesh, steel plate or fiber to the concrete to work together to improve the mechanical properties of concrete. It is the most common form of reinforced concrete, prefabricated concrete structure The system refers to the structural system that uses prefabricated components assembled at the construction site and combined with some cast-in-place structures. Compared with traditional cast-in-place structures, prefabricated concrete structures have the advantages of energy saving, water saving, land saving, material saving, and environmental protection. . [0003] Generally, after the assembly of prefabricated and assembled reinforced ...

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Problems solved by technology

[0003] Generally, after the assembly of prefabricated and assembled reinforced concrete components is completed, they often need to be transported to other regions for direct use. During the construction process of concrete components, the existing concrete contact surface protection method uses waste tires or other plastic products. As the main protective material, the forks of general transportation machinery are mostly horizontal and during the concrete transportation process, due to the bumpy terrain and the mass inertia moment during driving, direct friction between the concrete and the forks is caused, which directly leads to breakage of concrete

The protection effect of the protection method is extremely poor, and it is very unfavorable to the protection of the finished concrete components, which seriously affects the construction quality. At the same time, frequent replacement of protection materials directly affects the construction efficiency. The worn materials also cause greater environmental pollution, which affects the On-site civilized construction, coupled with the weather, if it encounters rain or snow during transportation, the driver generally cannot take protective measures for the goods in time, resulting in problems such as water and moisture in the concrete components

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