Engineering mixed structural body assembling mold

Abstract

The invention relates to an engineering mixed structural body assembling mold. The mold comprises a main mold body and an auxiliary mold body. The mold is characterized in that the main mold body is a square plate with a fixed thickness; round holes regularly arranged in rows are vertically formed in the square plate, fixing grooves with rectangular sections are horizontally formed in the upper portions of the round holes regularly arranged in rows, and the round holes in each horizontal row are all located in the corresponding fixing groove; and the auxiliary mold body is made of a plate with the same thickness as the main mold body, corresponding edges of the auxiliary mold body and the main mold body are spliced, and the overall shape after splicing is matched with that of a frame assembled with a mixed structural body. The mold has the advantages that mounting and positioning can be facilitated when the mixed structural body is assembled with the frame which grid-shaped ropes penetrate through, the assembling task of a plurality of mixed structural bodies is completed at a time through one assembling mold, the assembling efficiency and quality are good, and the efficiency is high.

Description

technical field [0001] The invention relates to an assembly mold of a mixed structure for engineering, which belongs to the technical field of assembly molds. Background technique [0002] In the process of mechanical processing and assembly, molds are often designed to improve assembly efficiency and assembly accuracy. When the metal block parts with square slots are installed on the wire rope, manual single-piece installation is usually adopted, which will waste a lot of time in the single-piece installation process, which greatly limits the production efficiency. [0003] The metal block parts with square grooves are installed on the wire rope, which is an engineering device, including a frame body and a plurality of metal block parts fixed on the frame body. There are link blocks on the inner frame of the frame, and strings are threaded between the link blocks, and the strings are threaded into a grid. Refer to the attached Figure 1~3 , the metal block part is composed...

AI Technical Summary

Problems solved by technology

In the past, manual single-piece hybrid structures were installed one by one on the frame that had already been threaded with grid-shaped wire ropes. Not only was the efficiency low, but the assembly quality was difficult to guarantee. Frequent quality problems include: the grid where the hybrid structure is located after assembly Unevenness, skewed spatial position of the mixed structure, repeated disassembly is required, which will cause wear and tear of the frame wire rope, etc.

Images