Full-automatic bristle disc bristle polishing device

Abstract

The invention discloses a full-automatic bristle polishing device which comprises a frame, a reset pushing mechanism, a hydraulic adjusting mechanism, a bristle polishing mechanism and a dust collection mechanism. Product limiting angle plates are symmetrically installed on the two sides of the frame, and the dust collection mechanism forms a polishing area negative pressure state by installing a plurality of sets of plastic dust collection pipes on the product limiting angle plates on the two sides in a penetrating mode. L-shaped fixing plates are symmetrically mounted on the outer sides of the product limiting angle plates on the two sides, a bristle mechanism mounting cylinder is mounted at the top ends of the L-shaped fixing plates on the two sides, the reset pushing mechanism is mounted on one side of the bristle mechanism mounting cylinder, the hydraulic adjusting mechanism is mounted in the bristle mechanism mounting cylinder, and the bristle grinding mechanism is mounted on the hydraulic adjusting mechanism in a penetrating mode. The bottom of the bristle grinding mechanism penetrates through the bristle mechanism mounting cylinder and is connected with a brush disc. The bristle polishing device can automatically linearly move for polishing on the surfaces of products, and meanwhile, the hydraulic adjusting mechanism is additionally arranged to polish the products with different thicknesses; and the dust collection mechanism is arranged to form a polishing negative pressure area to suck dust particles generated by polishing.

Description

technical field [0001] The invention relates to the field of bristle grinding technology, in particular to a fully automatic bristle disc bristle grinding device. Background technique [0002] The processing of the brush is mainly divided into three steps: 1. Flocking; 2. Hair removal; 3. Grinding; Grinding is to grind the bristles to make them reach the required thickness and sharpness. After the bristles are planted, the outer ends of the bristles are uneven, which needs to be cut by the brush cutting equipment, and the cut bristles need to be ground by the brush grinding equipment. [0003] At present, there are the following problems in the bristle grinding devices on the market: 1. The conventional bristle disc grinding device can only grind the brushes with a certain polishing rate, which cannot meet the requirements of different polishing and polishing of various brushes; 2. Due to the The requirements for the vertical grinding profile rate are different, and the bri...

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Problems solved by technology

[0003] At present, there are the following problems in the bristle grinding device on the market: 1. The conventional bristle disc grinding device is closely aimed at grinding the brushes with a certain polishing rate, which cannot meet the requirements of different polishing and polishing of various brushes; 2. Due to the The vertical grinding profile rate requirements are different, and the bristle head is often polished more finely, but the existing equipment cannot effectively control the vertical grinding profile rate of the bristles, and the grinding direction is relatively single, and the efficiency is low; 3. On the market Most of the bristle grinding devices are not equipped with an active dust collection structure. The bristles are mainly made of animal hair, plant fiber, plastic wire, metal wire, etc. During the bristle grinding process, various particles are scattered into the air, polluting the work space and causing work The environment is dirty and inhaled, which will affect the health of the personnel. The workers are prone to occupational diseases if inhaled for a long time.

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