Forming equipment for producing concrete components

Abstract

The invention relates to forming equipment for producing concrete components. The forming equipment is used for producing the formed concrete components required by house buildings, roads, water conservancy projects and the like, and is especially suitable for producing the full-U-shaped, 2 / 1-of-U-shaped, rectangular and trapezoidal concrete components. The forming equipment comprises a machine seat, a gantry-type rack composed of a crossbeam and a vertical column, a hydraulic system and a pressure head system. Only one hydraulic oil cylinder is vertically mounted in the middle of the crossbeam. The lower end of a hydraulic rod of the hydraulic oil cylinder is fixedly connected with a pressure head seat. The lower end of a balancing guiding rail is fixedly connected with the pressure headseat. A working pressure head is connected to the lower part of the pressure head seat. The upper end of a telescopic rod is connected with the working pressure head. The lower end of the telescopic rod is connected with a concrete die. The forming equipment for producing the concrete components has the advantages that the forming equipment for producing the concrete components can improve motility in the process of concrete forming, drainage and exhaust are advantageously conducted, the product compactness is high, the strength is high, the frost resistance and the anti-seepage performance are good, the whole structure is compact, operation is convenient, the rigidity is good, the life is long, the efficiency is high, and energy consumption is low.

Description

technical field [0001] The invention relates to a forming equipment for producing concrete components, which is used for producing shaped concrete components required for building construction, roads, water conservancy projects, etc., and is especially suitable for producing full U-shaped, 2 / 1u-shaped, rectangular and trapezoidal concrete components. Background technique [0002] The existing forming equipment used to produce concrete components required for housing construction, roads, water conservancy projects, etc. requires three hydraulic cylinders for hydraulic mold removal, so the energy consumption loss is large, and the three hydraulic cylinders can be operated synchronously. Then, the technical and operational requirements are relatively high, so the cost is high, and there are cases where the machine tool fails or even is damaged due to synchronization errors and affects product quality and work efficiency. In addition, the forming equipment of the prior art has u...

AI Technical Summary

Problems solved by technology

[0002] The existing forming equipment used to produce concrete components required for housing construction, roads, water conservancy projects, etc. requires three hydraulic cylinders for hydraulic mold removal, so the energy consumption loss is large, and the three hydraulic cylinders can be operated synchronously. It requires high technology and operation, so the cost is high, and there are situations where the machine tool fails or even is damaged due to synchronization errors and affects product quality and work efficiency.

In addition, the forming equipment of the prior art has unsatisfactory drainage and exhaust effects in the process of extruding concrete, so that the compactness of the formed product is insufficient, and the product strength, frost resistance, and impermeability and service life are not ideal.

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