Shock-absorbing and stability-increasing brick-making mold

Abstract

The invention discloses a shock-absorbing and stability-increasing brick-making mold which comprises a shock absorbing part, a mold core assembly and a mold frame assembly, wherein the mold frame assembly comprises a transverse baffle plate and a vertical baffle plate; shock absorbing part mounting grooves are separately formed in the inner side faces of the transverse baffle plate and the vertical baffle plate in an indent manner; shock absorbing parts are arranged in the shock absorbing part mounting grooves; each shock absorbing part comprises a first fixed plate, an elastic plate and a second fixed plate; the second fixed plate is located on the outer side and a first key groove is formed in the surface in an indent manner; a second key groove corresponding to the first key groove is horizontally formed in the outer side face of the mold core assembly; and a fixed key is arranged between the first key groove and the second key groove. In this way, according to the shock-absorbing and stability-increasing brick-making mold, the elastic shock absorbing parts are additionally arranged between the mold core assembly and the mold frame assembly to adjust the accumulated tolerance ofthe mold core assembly, so that the assembling convenience of the mold core assembly in the mold frame assembly is enhanced, and the integral shock absorbing effect and the structural stability are enhanced.

Description

technical field [0001] The invention relates to the field of brick-making molds, in particular to a shock-absorbing and stabilizing brick-making mold. Background technique [0002] In the brick-making industry, especially in the field of cement brick production, various brick-making molds are required to obtain specific brick shapes. The brick-making mold includes a frame component and a core component, and the frame component and the core component are usually connected by welding or assembly. [0003] Due to the large volume of the core components and the frame, the core components of the mortise and tenon assembly structure generally have cumulative tolerances. After assembly, there will always be some deviations in the overall dimensions, making it difficult to successfully complete the installation with the frame components. In addition, the assembled mold has poor anti-seismic effect, and the vibration in the production process may easily lead to loosening of componen...

AI Technical Summary

Problems solved by technology

[0003] Due to the large volume of the core components and the frame, the core components of the mortise and tenon assembly structure generally have cumulative tolerances. After assembly, there will always be some deviations in the overall dimensions, making it difficult to successfully complete the installation with the frame components.

In addition, the anti-seismic effect of the assembled mold is poor, and the vibration in the production process may easily lead to loosening of the components, or even deformation and damage, requiring frequent maintenance and high cost

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