A construction stirrup production equipment with an automatic cutting system for final products
An automatic cutting and final product technology, applied in the field of construction tools or other construction auxiliary equipment, can solve the problems of difficulty in ensuring product consistency, high labor intensity of operators, discontinuous processing procedures, etc., and achieve good product consistency and automation High, the effect of product quality assurance
Inactive Publication Date: 2016-06-08
STATE GRID CORP OF CHINA +2
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Problems solved by technology
The forming process of the stirrup bar has to go through multiple processes such as steel wire straightening, steel wire cutting, Ω-shaped support bar forming, Ω-shaped support bar dipping, transverse connecting bar and Ω-shaped support bar welding. The traditional processing method is that each process Scattered arrangement, the cutting of the transverse connecting ribs and the bending of the Ω-shaped supporting ribs are completed before the welding of the transverse connecting ribs and Ω-shaped supporting ribs of the workpiece. Due to the discontinuous processing procedures, the positioning standards between different processes are not uniform, so that the product consistency It is difficult to guarantee, and at the same time, the traditional processing method still has the disadvantages of high labor intensity for the operator and low work efficiency
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Embodiment Construction
[0016] see figure 2 , image 3 , the present invention includes a transmission system 1, a wire feeding system 2, an Ω-shaped supporting rib forming execution system 3, a positioning welding execution system 4, an Ω-shaped supporting rib foot heating execution system 5, and an Ω-shaped supporting rib foot dipping execution system 6 , workpiece cutting execution system 7, PLC control system and frame; said workpiece cutting execution system 7 includes workpiece cutting cutter head 7-1, eccentric wheel 7-2, ejector rod 7-3, electromagnetic coil 7-4 and connecting rod 7-5, the eccentric wheel 7-2 is assembled with the transmission system 1, and its outer edge is in contact with one end of the ejector rod 7-3, and the ejector rod 7-3 is installed on the frame through a sleeve, and the ejector rod 7 -3 is provided with a return spring 7-6; the electromagnetic coil 7-4 is fixed on the frame, and a connecting rod 7-5 is arranged below the electromagnetic coil 7-4, and the connectin...
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The invention discloses a building stirrup bar production device with an automatic final product cut-off system for achieving automatic and continuous production of building stirrup bars. The device comprises a transmission system, a wire feed system, an omega-shaped support bar molding execution system, a fixed-position welding execution system, an omega-shaped support bar footing heating execution system, an omega-shaped support bar footing dip plasticizing execution system, a work-piece cut-off execution system, a programmable logic controller (PLC) control system and a rack. The device is characterized in that the work-piece cut-off execution system is provided with an electromagnetic coil which is connected with a PLC control system. By means of the building stirrup bar production device, the performance is stable, the operation is simple and convenient, and the automation degree is high; and not only the labor intensity of operators is reduced greatly, and the work efficiency is improved, but also the product consistency is good, so that the product quality is guaranteed.
Description
technical field [0001] The invention relates to a production equipment for stirrup bars in cast-in-place components in the construction industry, in particular to a production equipment for building stirrup bars with an automatic cutting system for final products, and belongs to the technical field of construction tools or other construction auxiliary equipment. Background technique [0002] The stirrup bar is a distribution bar that supports the plate reinforcement in the cast-in-place components of the construction industry. It is supported between the upper skin and the lower skin steel bars of the plate to ensure that the distance between the two skin steel bars meets the specification requirements. See attached figure 1 , the stirrup rib 8 involved in the present invention is composed of a transverse connecting rib 8-1 and a group of evenly arranged Ω-shaped supporting ribs 8-2, wherein the Ω-shaped supporting ribs 8-2 are welded below the transverse connecting rib 8-1....
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IPC IPC(8): B23P15/00B21F11/00
Inventor 周杰
Owner STATE GRID CORP OF CHINA