Modularized movable multi-layer stacking, steaming and curing production system for PC components and production method

Abstract

The invention relates to a modularized movable multi-layer stacking, steaming and curing production system for PC components and a production method. For the problems that the on-site cast-in-place mode has high cost, the environment is polluted, a prefabricated component factory is built and has high construction cost, the coverage for supplying prefabricated components is limited, and the development of prefabricated buildings is affected, the production system and production method are provided. The production system comprises a steaming and curing shed (1). An openable shed door (4) is arranged on the steaming and curing shed. A plurality of parallel die table moving lines (2) are arranged in the steaming and curing shed in a covering manner. The covering die table moving lines extendout of or penetrate through the steaming and curing shed. A car ferry walking track is arranged outside the steaming and curing shed. The die table moving lines are perpendicular to the car ferry walking track (10). A car ferry (3) walks on the car ferry walking track. Each die table moving line comprise two rows of ground wheels (5) and driving motors (6) which are linearly arranged. The ground wheels support die tables (7) made of the prefabricated components. Traveling machine walking tracks (14) are arranged on both sides of each die table moving line. Traveling machines (15) are arrangedon the walking tracks. The modularized movable multi-layer stacking, steaming and curing production system is used for the PC components.

Description

Technical field: [0001] The invention relates to the field of prefabricated construction engineering, in particular to a modular mobile multi-layer stacking steam curing PC component production system and production method. Background technique: [0002] In the existing prefabricated building technology, the construction cost of using prefabricated components is more than 10% higher than that of traditional cast-in-place process construction. The reason is that the indirect cost of prefabricated buildings accounts for too much. Suppliers of prefabricated components for prefabricated buildings need hundreds of millions of capital for the construction of prefabricated components before operation Large capital investment such as personnel wages and later operation and maintenance costs and management costs, etc., these costs are amortized to prefabricated components, which seriously affects the price of prefabricated components. Although prefabricated buildings have obvious adva...

AI Technical Summary

Problems solved by technology

The entire steam-raising kiln body is relatively large, and the heat required for temperature rise is large. For small production volumes, the energy consumption of steam-raising once is high.

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