A multifunctional self-adaptive material guide structure

Abstract

A multifunctional auto-adaptable material guide structure includes a rack which is installed at a material feeding side of a rolling disk. Side guide plates are connected to the two side surfaces of a material inlet on the rack. A side roller is connected to the side surface of the rack at the back side of the side guide plates. A horizontal guide roller is connected to the middle of the rack in the moving direction of a to-be-rolled material. A hinge shaft is connected to a material outlet of the rack and is connected to one end of a cantilever. The other end of the cantilever is stretched in a rolling-up trough of the rolling disk. A guide trough is connected under the cantilever. The lower parts of the ends of the cantilever are connected to a press roller which is arranged right above the rolling disk. During operation, the press roller is pressed on the to-be-rolled material. The multifunctional auto-adaptable material guide structure can accurately guide the to-be-rolled material on the rolling disk, and by means of the press roller, the to-be-rolled material is subjected to uniform bending deformation and the layers of the to-be-rolled material are tightly attached to each other, thereby ensuring rolling quality and rolling efficiency. The structure has an auto-adaptable property and a high fault tolerance, so that stability and reliability of the structure are ensured under various work situations.

Description

technical field [0001] The invention relates to the technical field of crimping equipment, in particular to a multifunctional self-adaptive material guide structure. Background technique [0002] For crimping equipment, smooth and accurate feeding of the material into the crimping disc is a prerequisite for successful crimping. In order to prevent the material on the crimping disc from being skewed or toppled when it is crimped or transported and stored, it is necessary to set baffles or spokes on both axial sides of the crimping disc to play a protective role, so that between the baffles or spokes A narrow and deep coil trough is formed. Moreover, in order to achieve the above-mentioned protective effect, the width of the coiling groove can only be slightly larger than the width of the material, so in order to ensure that the material enters the reel smoothly and accurately, a more accurate guiding mechanism is required. In addition, in order to make the material produce ...

AI Technical Summary

Problems solved by technology

In addition, in order to make the material produce uniform bending deformation and ensure the tight fit between the layers, winding with tension is generally used, and the axial pulling force on the winding material is used to make the material bend and deform along the reel; this winding method Not only the coiling motor is required to have a large torque and high energy consumption; but also for some materials or in some occasions, when winding with belt tension, the material is easy to be damaged

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