Lightweight wall combination tool

Abstract

The invention discloses a lightweight wall combination tool. The lightweight wall combination tool is combined by multiple unit baffles. The multiple unit baffles are combined through connecting assemblies. Connecting sleeve sets and connecting assembly placing clamps are arranged on the connecting surfaces of the unit baffles. The connecting sleeve sets include insert plate connecting sleeves andinsert rod connecting sleeves. The insert plate connecting sleeves and the insert rod connecting sleeves are respectively provided with insert plate slots and insert rod slots. The insert plate slotsand the insert rod slots respectively match with the insert plate slots and the insert rod slots. The lightweight wall combination tool of the invention has a simple structure and reasonable design.The multiple unit baffles can be randomly combined with each other to form a poured enclosure of a lightweight wall. Unit enclosures are stably connected with each other which are not easy to be looseand fall down. The structure of the poured enclosure formed by combination is stable and the pouring molding quality is high. Furthermore, the combination of the lightweight wall combination tool issimple, the angle is adjustable, pouring requirements of most lightweight wall can be used, and the applicability is strong.

Description

technical field [0001] The invention belongs to the field of agricultural production, and in particular relates to a light-weight wall assembly tooling. Background technique [0002] Lightweight wall panels refer to prefabricated slats made of lightweight materials or light structures for non-load-bearing interior partition walls of industrial and civil buildings. [0003] In order to ensure the strength of the lightweight wallboards currently used, foamed concrete is usually used as the wallboard matrix, and when the foamed concrete is used to manufacture the wallboard matrix, it needs to be poured. At present, when pouring the wallboard base, an integrated mold is usually used for pouring, and for the special wallboard base, it is necessary to re-open the mold (design the pouring enclosure), which is costly, and the special wallboard base After completion, the newly prepared mold cannot be applied to pouring of other wallboard substrates, which not only has poor applicabi...

AI Technical Summary

Problems solved by technology

At present, when pouring the wallboard base, an integrated mold is usually used for pouring, and for the special wallboard base, it is necessary to re-open the mold (design the pouring enclosure), which is costly, and the special wallboard base After the completion, the newly prepared mold cannot be applied to the pouring of other wallboard substrates, which not only has poor applicability, but also requires storage space

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