Die box gradient lifting type continuous building block forming machine

Abstract

The invention discloses a die box gradient lifting type continuous building block forming machine, and belongs to the field of building block forming equipment. The forming machine consists of a frame, a working platform, a die rack, a forming die, a vibrating device, a power mechanism and a main transmission chain thereof, a related eccentric wheel set and a switching wheel set system, wherein the die rack is connected with the power mechanism, and runs along a frame gear track through a transmission gear; a forming die box is arranged in a die rack frame, and the die box can slide up and down through a combination of a track and a pulley, and can also run along the lateral gradient track of the frame; the die rack carries the die box to slide along the frame track under the drive of thepower mechanism; and by transmission of the main transmission chain, the related eccentric wheel set and the switching wheel set system, the corresponding working platform is driven to finish feeding, vibration, forming die matched pressing, formed building block stripping and building block discharge and returns to the initial position, and the building block forming operations are continuously finished in cycles. The forming machine is strict and accurate in continuous operation matching and relatively high in automation degree, saves labor resources, and has strong feasibility.

Description

technical field [0001] The invention relates to a mold box slope lifting type block continuous forming machine, which belongs to the field of building block forming equipment. Background technique [0002] With the progress of society and the development of the construction industry, the requirements for new building materials are getting higher and higher. It is required that they not only meet the national construction standards, but also save resources and improve production efficiency. On the premise of meeting the above basic conditions, It is also necessary to reduce the cost of mechanical manufacturing and meet the needs of the general public. The current large-scale mechanized production of building blocks mostly adopts compression molding technology: general simple compression molding equipment only utilizes the self-weight drop of the mold core for instant extrusion molding. Due to its limited acting pressure, the block structure has uneven density, insufficient st...

AI Technical Summary

Problems solved by technology

The current large-scale mechanized production of building blocks mostly adopts compression molding technology: general simple compression molding equipment only utilizes the self-weight drop of the mold core for instant extrusion molding. Due to its limited acting pressure, the block structure has uneven density, insufficient strength, and is easy to dry. Breakage occurs; and more advanced hydroforming equipment has to be equipped with auxiliary machinery and power such as pallet input and block output due to its bulky body and complex structure. The purchase cost is high and it is not easy to promote

In addition, the forming systems of the two types of equipment are limited to the narrow vertical space of the fuselage, which limits the overall extension of the mold and also limits the number of blocks to be formed; and most of these types of equipment use the mold core to force the block to be released from the mold. , the blocks are prone to breakage due to the bonding with the inner wall of the mold box; in addition, they only shrink the blocks according to the pressure of the machine itself, and the vibration of the forming process is short, which results in the same mold box with different density components. The height of the extruded blocks is different, which is not conducive to the stability, safety, aesthetics and unity of the building construction

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