Hoisting basket structure for hollow floor core molds

Abstract

The invention provides a hoisting basket structure for hollow floor core molds. The hoisting basket structure comprises a partition plate, three coamings, a baseplate, a first waterproof layer covering device, a second waterproof layer covering device and a plurality of drawer plates, wherein the baseplate is designed to be a rectangular plate; the coamings are perpendicularly and fixedly arrangedon three edges of the upper surface of the baseplate correspondingly; the coamings and the baseplate are combined to form a semi-closed three-dimensional space; the partition plate is fixedly arranged perpendicular to the baseplate along the center line of the baseplate in the semi-closed three-dimensional space, and parallel to two corresponding coamings; the semi-closed three-dimensional spaceis divided by the partition plate into two equal-sized spaces; the drawer plates are arranged in the equal-sized spaces at equal intervals from top to bottom; the core molds are placed on the drawer plates; the drawer plates are capable of sliding towards the side where no coaming is arranged; and the first waterproof layer covering device and the second waterproof layer covering device are correspondingly arranged the bottoms of any two adjacent surfaces of the semi-closed three-dimensional space. By the adoption of such a semi-closed structure, the core molds can be conveniently taken for use when the material consumption and the weight of a hoisting basket are reduced, and the damage to the core molds can be avoided.

Description

technical field [0001] The invention belongs to the technical field of transport equipment for hollow floor mandrels, in particular to a hoisting basket structure for hollow floor mandrels. Background technique [0002] The hollow floor is a kind of cast-in-place reinforced concrete hollow floor; it is also called the cast-in-place beamless hollow floor, which is a hollow beamless floor that is cast-in-place after the mandrel product is installed. The hollow floor includes steel bars, concrete, and a mandrel. The mandrel is embedded in the reinforced concrete. It is characterized in that the mandrel is filled with light materials. Among them, the strength of the mandrel material is not high, there are many damages during the hoisting process, and it is easy to crack when people step on it; the external material of the mandrel has a high water absorption rate, which makes the poured commercial concrete dry early. The existing hoisting structure is a hoisting blue structure w...

AI Technical Summary

Problems solved by technology

Among them, the strength of the mandrel material is not high, and there are many damages during the hoisting process, and it is easy to crack when people step on it; the external material of the mandrel has a high water absorption rate, which makes the poured commercial concrete dry early

The existing hoisting structure is a hoisting blue structure with the top opening and other parts completely closed. When unloading, workers can only place it upside down on the board at one time, causing damage to the mandrel and inconvenient access, resulting in a large amount of damage to the mandrel.

The existing waterproofing of the mandrel is to use yellow tape or cement fiber cloth to cover the surface of each mandrel, the covering efficiency is low, and the process is increased

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