Slicer and its slicing production line

Abstract

The present invention relates to a slicer, a feeding device thereof and a slicing production line. The slicer comprises a rack, and a feeding mechanism and a cutting mechanism which are disposed on the rack. The feeding mechanism comprises a movable bin (103), a bottom plate (104) and a first drive device (11). The bottom plate (104) and the movable bin (103) form a material placing space, the bottom plate (104) is fixed on the rack (3), a material exit (102) of the material placing space is formed in the bottom plate (104) while a material entrance (101) of the material placing space is formed in the movable bin (103), the movable bin (103) is movably disposed on the bottom plate (104), and when moving on the bottom plate (104), the movable bin (103) pushes materials on the bottom plate (104) to move towards the material exit (102) formed in the bottom plate (104) and to reach the cutting mechanism through the material exit (102). The first drive device (11) provides power for the movable bin (103) to move on the bottom plate (104). Through split arrangement of the movable bin and the bottom plate, the slicer is simple in structure, convenient to feed and high in efficiency, quick-wear parts are reduced, manpower is saved, and personnel security is raised.

Description

Technical field [0001] The invention relates to a slicer, a feeding device therein and a slice production line based on the slicer, which are used for slicing and crushing wood and various wood materials. Background technique [0002] The feeding system of the traditional wood chip machine is driven by a motor reducer, and the wood is sent to the cutting part through a conveyor belt for slicing and crushing. Due to the limitation of conveyor width and feeding method, putting materials on the conveyor belt can only be done manually or with mechanical assistance. Therefore, multiple people are required to load materials at the same time to meet the production needs of subsequent equipment, and the labor is very large. . [0003] In addition, the traditional wood chip machine's feeding system is not only complicated in structure, but also its feeding belt, motor reducer, feeding roller, etc. are all vulnerable parts, which not only easily cause discontinuity in chip production, but a...

AI Technical Summary

Problems solved by technology

Due to the limitation of the width of the conveyor and the way of feeding, putting the material on the conveyor belt can only be done manually or with mechanical assistance. Therefore, multiple people are required to feed the material continuously at the same time to meet the production needs of subsequent equipment, and the labor force is very large.

[0003] In addition, the feeding system of the traditional wood chipper is not only complicated in structure, but also its feeding belt, motor reducer, feeding roller, etc. are all vulnerable parts, which not only easily cause discontinuous slice production, but also make the maintenance of the slicer difficult. Difficulty and high cost

[0004] Moreover, since the materials that need to be sliced ​​or broken are often mixed with foreign objects (such as stones, iron and other hard objects), if these foreign objects enter the slicer with the wood, not only will it cause damage to the cutting part, but also the damaged blade or The debris will fly out with the inertia of equipment operation, posing a great risk of personal injury to surrounding operators and loading personnel

[0005] At the same time, the cutting part of the slicer usually consists of two or more rows of blades, and the blades are arranged in a straight line. However, because the raw materials of many paper mills, pulp mills, board factories, and biomass power plants are soft materials (such as wood veneer, board bark, bark, straw, straw, etc.), and the stacking or arrangement of materials is irregular, resulting in a state of disorder when feeding, which is easy to cause the cut materials to be of different lengths and shapes, and the qualified rate is only It can be kept between 30%-40%, causing low production efficiency and high cost to the manufacturer

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