Carrying insertion frame and stacking system for concrete molds and stacked concrete molds

Abstract

The invention discloses a carrying insertion frame for concrete molds. The carrying insertion frame comprises two or more insertion plates arranged in parallel, and further comprises a base frame. Theinsertion plates are connected to the base frame, and the base frame is connected to carrying equipment. The insertion plates are inserted among the multiple molds in the using process. Due to the fact that the lower surfaces of the insertion plates are higher than the bottom surfaces of the molds, the insertion plates can be quite conveniently inserted and put down, and carrying operation of thepoured molds is conveniently achieved. According to the molds convenient to stack and a stacking system for the molds, stacking placement of the molds is achieved, the more molds can be convenientlycarried at one time, and the site is saved by the molds which are stacked and placed.

Description

technical field [0001] The present application relates to the technical field of prefabrication of concrete prefabricated components, in particular to the mold handling technology after pouring. Background technique [0002] At present, most concrete prefabricated components are formed by casting molds, especially more and more plastic molds are used. With the application of component production mechanization and automation technology, the handling capacity of molds has also increased correspondingly. The current handling method More often, the forklift roller bed is used. The forklift roller bed is installed on the insert frame of the forklift, the completed mold is poured, rolled to the forklift roller bed, and the forklift roller bed is transported to the destination, and then rolled out to the ground. The disadvantage is that the mold must rely on power to move to the forklift roller bed, and the use environment is limited. For example, the forklift roller bed can't do a...

AI Technical Summary

Problems solved by technology

The disadvantage is that the mold must rely on power to move to the forklift roller bed, and the use environment is limited. For example, the forklift roller bed can't do anything to the mold placed on the ground

In addition, when unloading after being transported to the destination, the inertia of the forward punch and the inclined forklift roller bed must be used to generate the power required for unloading. These are easy to cause the concrete in the mold to overflow, and it is difficult to unload accurately.

[0003] At the same time, the method that should be adopted is to stack the poured molds to facilitate the handling of more molds at one time. At the same time, the molds are stacked to save space, especially to make full use of the maintenance space. The premise of stacking the molds must be that the molds are suitable. Stacked, the existing molds, due to the existence of the demoulding angle, the bottom of the mold is close to or smaller than the pouring mouth of the mold, when stacked, it will compress and damage the pouring surface

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