Six-strand splitting guide groove device

Abstract

The invention relates to the guide technical field and discloses a six-strand splitting guide groove device comprising a fixing base. A guide body is movably installed on the top of the fixing base. Afeeding guide plate is movably installed on the right side of the guide body. The front side and the back side of the guide body are both movably provided with protective covers. Guide shafts which extend to the outside of the guide body and are located inside the protective covers are movably installed in the guide body. According to the six-strand splitting guide groove device, a stressed second material guiding belt pushes rotating rollers and enables the rotating rollers to drive a first material guiding belt to rotate around material guiding rotating shafts, by means of rotational connection between the material guiding rotating shafts and material guiding plates, it is guaranteed that rotation friction between the inside of the first material guiding belt and the material guiding rotating shafts is reduced, and in this way, when the second material guiding belt rotates, the assistant function on movement of a rolled piece can be guaranteed, and friction borne by the rolled pieceduring moving is also lowered; and the problem that since in a traditional process, a rolled piece is in sliding connection with a six-strand splitting guide groove plate, the rolled piece is prone to generating friction deformation is avoided.

Description

technical field [0001] The invention relates to the technical field of guides and guards, in particular to a six-cut material-distributing guide groove device. Background technique [0002] The guide refers to the device installed before and after the roll pass to help the rolled piece enter and exit the roll pass accurately and stably according to the predetermined direction and state during the section steel rolling process. [0003] The existing guides have been widely used, and have the advantage of accurately leading out the rolled parts to form according to the established direction and state. For the material distribution guide grooves used in the existing guides, they are generally plugged into the guides. The material distribution of the rolled piece is realized inside, but because the existing material distribution guide groove is sliding with the rolled piece to realize the friction extrusion of the rolled piece, but the guide groove method of the material distrib...

AI Technical Summary

Problems solved by technology

[0005] Aiming at the deficiencies of the prior art, the present invention provides a six-segment material distribution channel device, which has the advantages of being convenient for installing the material distribution channel and improving the material distribution stability of the material distribution channel, and solves the problem of existing guides and guards. The material distribution guide grooves used in the process are generally plugged into the inside of the guide to realize the material distribution of the rolled piece, but because the existing material distribution guide grooves slide with the rolled piece to realize the friction extrusion of the rolled piece , but the guide way of the material distribution guide groove is not convenient for the material distribution of the rolled piece to be stable. They are all plugged into the inside of the guide and fixed by screws. However, during installation, the inside of the guide is closed, and the worker does not know the sliding distance of the material distribution guide groove, so when using screws to fix it, it will be difficult to It is convenient to locate the holes, but it is not convenient to install the distribution channel.

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