Up and down multi-chip dislocation saw for cutting plates

Abstract

The invention relates to an up and down multi-chip dislocation saw for cutting plates. Feeding shaft roller seats and discharging shaft roller seats are arranged on the front side and the rear side of a bottom socket respectively; all guide posts which are arranged on the bottom socket are connected with a top socket respectively; both ends of an upper cutter shaft and both ends of a lower cuttershaft are arranged on an upper cutter shaft seat through bearings; upper shaft sleeves and lower shaft sleeves on both sides of the upper cutter shaft seat and both sides of the lower cutter shaft seat are sleeved on the corresponding guide posts respectively; each upper shaft sleeve and lower sleeve are connected with a locking mechanism; upper cutter shaft seat lifters which are arranged on thetop socket are connected with the upper cuter shaft seat; a lower cutter shaft seat lifter which is arranged on the bottom socket is connected with the lower cuter shaft seat; both ends of at least one pair of feeding shaft rollers and discharging shaft rollers are arranged on the feeding shaft roller seats and the discharging shaft roller seats through bearings; and adjusting pieces which are connected with upper shaft rollers of the feeding shaft rollers are arranged on the feeding shaft roller seats, and adjusting pieces which are connected with upper shaft rollers of the discharging shaftrollers are arranged on the discharging shaft roller seats. The up and down multi-chip dislocation saw has a reasonable structure, allows the positions of the upper cutter shaft and the lower cutter shaft to be adjusted conveniently and can improve cutting efficiency.

Description

technical field [0001] The invention relates to an up and down multi-blade dislocation saw for cutting boards, and belongs to the technical field of board cutting tools. Background technique [0002] The multi-blade saw is mainly composed of a frame, a transmission mechanism, a cutter shaft, multiple sets of circular saw blades installed on the cutter shaft, and a feeding mechanism. The composite floor or solid wood floor and other boards are placed on the feeding mechanism, and the positioning is carried out by the feeding mechanism. The sheets are sent to the saw blade at an even speed for cutting into required sheet-shaped finished products, which can greatly improve production efficiency. For the production of V-groove composite flooring, it is usually extruded with a mold according to the requirements, and molded on the surface of the sheet to form a plurality of longitudinal and transverse grooves, and then cut by a multi-blade saw, and retain the longitudinal The str...

AI Technical Summary

Problems solved by technology

But at present, it can only be cut by a set of upper and lower sets of staggered blades, and the cutting efficiency is low

Moreover, due to the different thicknesses of the large boards to be cut, especially for the up and down dislocation cutting, the requirements for the upper and lower cutting positions of the board are very high, so it is inconvenient to adjust the position of the upper and lower pieces

Furthermore, due to the different thicknesses of the sheets, the adjustment of the feed shaft roller and the discharge is also inconvenient, so the cutting efficiency of the sheets cannot be further improved.

Images