Wheel-type upwards-moving-type single-station rotary cutting device for stone pillar groove forming

Abstract

The invention provides a wheel-type upwards-moving-type single-station rotary cutting device for stone pillar groove forming. The top of a material containing groove plate is provided with an inwards-concaved material containing groove, a stone pillar is invertedly contained in the material containing groove, 4-8 wooden wedges are tightly clamped into gaps formed between the stone pillar and the upper edges of the material containing groove, two sets of front-and-back moving rotary cutting mechanisms are arranged over the top of the stone pillar in a suspending mode, the left sides and the right sides of the two sets of front-and-back moving rotary cutting mechanisms are each provided with 4-8 rolling wheels, and the two sets of front-and-back moving rotary cutting mechanisms can move front and back along a left guide rail and a right guide rail through the rolling wheels arranged on the left sides and the right sides of the front-and-back moving rotary cutting mechanisms, and the left guide rail and the right guide rail are fastened on a left L-shaped rail frame plate and a right L-shaped rail frame plate respectively; two linkage belt wheels achieve transmission connection with driven belt wheels arranged on the other set of front-and-back moving rotary cutting mechanism through transmission belts respectively, and the transmission belts control the two sets of front-and-back moving rotary cutting mechanisms to synchronously operate. The device has the advantages of being novel in structure and high in machining efficiency.

Description

technical field [0001] The invention belongs to the field of stone processing equipment, and relates to a wheeled upward-moving single-station rotary cutting device for grooving stone pillars. Background technique [0002] Stone is widely used in urban engineering construction, especially in the construction of large and medium-sized buildings, squares, parks, communities, road construction and other public places. The demand for stone is huge. Stone pillars are one of the most commonly used stone materials. There are many kinds of specifications, which can be used for decorative design, column-shaped stone pier, and building construction. This kind of stone is mined from the mine and processed after chiseling, cutting, grinding, dyeing, polishing and other processes. At present, the processing of stone pillars, especially the processing of grooves on the side walls of stone pillars, is mainly carried out by purely manual chiseling. The defect of low efficiency. Contents ...

AI Technical Summary

Problems solved by technology

[0002] Stone is widely used in urban engineering construction, especially in the construction of large and medium-sized buildings, squares, parks, communities, road construction and other public places. The demand for stone is huge. Stone pillars are one of the most commonly used stone materials. There are many kinds of specifications, which can be used for decorative design, column-shaped stone pier, and building construction. This kind of stone is mined from the mine and processed after chiseling, cutting, grinding, dyeing, polishing and other processes. At present, the processing of stone pillars, especially the processing of grooves on the side walls of stone pillars, is mainly carried out by purely manual chiseling. The defect of low efficiency

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