Self-supporting die table production line for prestress plate production

Abstract

The invention discloses a self-supporting die table production line for prestress plate production. The prestress of a stretched steel bar is taken by a side beam between two stretching pedestals withno need to arrange an underground pre-embedded foundation; devices can be flexibly assembled, disassembled and transported, and can be moved with the enterprise when the enterprise address is changedand with no need to purchase new devices again; production devices for producing prestress plates can be conveniently moved by the enterprise to a place nearby a project of the customer, so that thetransportation cost of prefabricated prestress plates is significantly reduced; the side beam can further be used as a side form of a concrete plate and a walking track for production line devices, for producing components, such as a feeding machine, a comb machine, a tarpaulin machine, and a conveyor machine, thereby facilitating to improve the degree of standardization and automation, and simplify the construction of the devices; and with no need to arrange the concrete mold and the track for the feeding machine, the self-cost of the devices, the difficulty of disassembly and assembly of thedevices, and the occupied areas of the devices are reduced.

Description

technical field [0001] The invention relates to a production equipment for building prefabricated prestressed boards, in particular to a production line of self-supporting mold tables for the production of prestressed boards. Background technique [0002] In the existing production process of building prefabricated prestressed slabs, before pouring concrete, it is necessary to stretch the steel bars in advance, apply prestress, and then pour concrete in the mold, so that the stretched steel bars are embedded in the concrete. The tension pedestals at both ends of the middle steel bar need to maintain tension all the time. In order to ensure the tensile strength, the existing tensioning pedestal needs to be equipped with an underground pre-buried foundation. When the production equipment is constructed, the underground foundation of the tensioning pedestal will be buried underground, so as to provide sufficient anchoring force for the tensioning pedestal and prevent the tensio...

AI Technical Summary

Problems solved by technology

This has resulted in the fact that the existing prefabricated prestressed panel production equipment cannot be moved once it is completed. For the production enterprise, once the factory area needs to be relocated, the equipment in the original factory area cannot be moved away, and the equipment in the new factory area needs to be repurchased and constructed. Undoubtedly, it will cause a substantial increase in the equipment cost of the enterprise and bring a greater burden to the enterprise.

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