Cylindrical reinforcement cage machining method and device
A technology of processing equipment and processing methods, applied in the direction of wire material processing, manufacturing ring nets with wires, and other household appliances, can solve the problems of steel keel confusion, time-consuming and labor-intensive, easy to produce confusion and defective products, etc. Achieve the effects of improving building efficiency, reducing labor intensity and construction period, firmness and structural performance are stable and reliable
Active Publication Date: 2015-10-28
赵光林
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Problems solved by technology
This process is time-consuming and labor-intensive, and the steel keels of different shapes and sizes often make workers confused, which is prone to confusion and defective products
At present, there is no mechanized processing equipment for prefabricated wall module steel keel on the market
Therefore, it can be said that the processing of the reinforced keel of the prefabricated wall module is the bottleneck problem restricting the practical application of the prefabricated wall module
Method used
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[0045] The present invention will be described in further detail below in conjunction with specific embodiments and accompanying drawings.
[0046] The core technical problem to be solved by the present invention is exactly how to process figure 1 Cylindrical reinforcement cage shown. The reinforcement cage includes four longitudinal reinforcement bars 1 along the length direction, which are formed by connecting a plurality of stirrup bars 2 . There can also be more reinforcing bars along the length direction, for example, adding a longitudinal reinforcing bar 1 to each of the four faces of the four columns, then there are 8 reinforcing bars in the longitudinal direction of the reinforcing cage; the structural strength of the reinforcing cage can be further improved .
[0047] The method of processing the reinforcement cage is to make the combined figure 2 , 3 The sheet steel mesh shown. There are longitudinal steel bars 1 arranged along the length direction and stirrup ...
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The invention relates to a cylindrical reinforcement cage machining method and device. The method comprises the steps of machining a sheet-like bar-mat reinforcement; bending the bar-mat reinforcement into a deep U shape or shallow U shape; bending the middle of the shallow-U-shaped bar-mat reinforcement to form a U-shaped structure so that a cylinder shape can be formed by the bar-mat reinforcement, and connecting the joints of bent steel bars to form a reinforcement cage; or bending the two sides of the deep-U-shaped bar-mat reinforcement oppositely into a cylinder shape, and connecting the joints of bent steel bars to form the reinforcement cage. The cylindrical reinforcement cage machining method and device have the beneficial effects that the sheet-like bar-mat reinforcement is obtained by means of a mesh welding machine, and then the bar-mat reinforcement is bent to obtain the cylindrical reinforcement cage; a continuous reinforcement cage can be machined quickly by connecting upper-weft steel bars with lower-weft steel bars through the cylindrical reinforcement cage, and then required steel bar keels are obtained through cutting or through cutting and connection. By the adoption of the cylindrical reinforcement cage machining method and device, the bottleneck problem of low machining efficiency of steel bar keels in a prefabricated wall module is solved, and conditions are created for wide application of the prefabricated wall module.
Description
technical field [0001] The invention relates to construction machinery and equipment, in particular to a processing method and equipment for a cylindrical reinforcement cage. Background technique [0002] With the growth of global population and the rapid development of society, the depletion of earth's resources and the deterioration of the environment have become severe challenges for human beings. The construction industry is a traditional high-consumption and high-pollution industry; it has brought enormous pressure on environmental degradation. [0003] The construction industry needs to use a large number of sintered bricks or unburned bricks to build walls. However, clay resources are limited, and the extensive use of sintered bricks not only increases sintering energy consumption and pollutes the environment, but also occupies cultivated land resources and destroys vegetation. Although non-sintered bricks can use waste resources such as slag and coal gangue to recy...
Claims
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CPCB21F31/00
Inventor 赵光林赵卫强赵纪国赵鹏昆
Owner 赵光林