Piston positioning type building block production mold

Abstract

The invention mainly provides a piston positioning type building block production mold which is mainly applied in the building block production field in the building industry. A plurality of buildingblock molds cyclically and continuously run through an annular and closed guide rail, and are fixed through the annular and closed guide rail; the annular and closed guide rail is of structures of inner and outer rings; two symmetrical piston movement shaft rods are arranged between the two ring-shaped structures, namely the parallel structure portion, and the molds are pushed to move forwards through the piston movement shaft rods; under same-direction pushing of the two piston movement shaft rods, it can be guaranteed that the plurality of building block molds achieve uniform speed running,and the continuous running problem of the building block production molds is solved.

Description

technical field [0001] The invention mainly relates to a piston positioning type block production mold, which is mainly used for the production and manufacture of closed production molds for gypsum block processing in the construction field. Background technique [0002] As a new building material, gypsum blocks have been widely promoted and applied in recent years, and the production equipment born thereupon tends to be diversified. The typical production and processing method is to use multiple molds to combine and then one-piece casting. Generally, this set of process equipment integrates the functions of mixing ratio, metering and conveying, water mixing, mold pouring, mold ejection and lifting, and can realize full-time operation and production, but it will take up a lot of time in the production process of this type of process. Due to the low labor cost and processing efficiency, there will be many disadvantages in the practicality of this set of process equipment duri...

AI Technical Summary

Problems solved by technology

[0002] As a new building material, gypsum blocks have been widely promoted and applied in recent years, and the production equipment born thereupon tends to be diversified. The typical production and processing method is to use multiple molds to combine and then one-piece casting. Generally, this set of process equipment integrates the functions of mixing ratio, metering and conveying, water mixing, mold pouring, mold ejection and lifting, and can realize full-time operation and production, but it will take up a lot of time in the production process of this type of process. Due to the low labor cost and processing efficiency, there will be many disadvantages in the practicality of this set of process equipment during mass production, and the effect of cluster mass production cannot be achieved.

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