CN208197006U - A kind of joiner plate core processing machine - Google Patents

Abstract

The utility model discloses a blockboard core strip processing machine, comprising: a frame, a saw press roller fixing plate, an upper saw blade roller, a saw press roller, a lower saw blade roller, a conveying roller, a conveying roller fixing plate, Planer pressure roller fixing plate, planer pressure roller, upper planer roller, planer idler roller, lower planer roller, planer motor, planer table, sawing machine motor, feeding table and receiving board, the motor starts when working, and the original board starts from the feeding The table board enters, and after sawing and planing, the processing of the core strip is completed. The upper saw roller and the lower saw roller adopt a combined structure, and the distance between the blades can be adjusted. The pressure roller adopts the combined structure of the tooth piece, and the tooth piece is made of the ring gear and the wheel hub, which ensures the wear resistance of the planer pressure roller and improves the conveying capacity of the planer pressure roller to the narrow wood strips. The utility model changes the existing process of planing first and then sawing the core strips, improves the utilization rate of wood, reduces staff and reduces processing costs.

Description

A blockboard core strip processing machine

technical field

The utility model relates to the technical field of woodworking machinery, in particular to a blockboard core strip processing machine.

Background technique

Blockboard is light in texture, consumes less glue, saves investment, and gives people a sense of solid wood, satisfying consumers' desire for solid wood and other advantages. It is widely used in the home improvement market. Core strips account for more than 60% of the blockboard volume, which has a lot to do with the quality of blockboard. At present, the production process of domestic core strips: board drying ===> double-sided planing ===> multi-blade sawing === 〉Cross-cut saw===〉Core strips, that is, to make wood board wool according to the specifications for drying, and use a double-sided planer to process both sides in the width direction. According to this process, the wood board is deformed in the drying process. When processing wood board wool, it is required to reserve a large amount of processing to meet the requirements when double-sided planing. The utilization rate of wood is low, and double-sided planing and multi-blade sawing Two working procedures are processed, and each working procedure employs two people to operate, and the labor load is relatively large, and the cost is relatively high.

Contents of the invention

The purpose of this utility model is to provide a blockboard core strip processing machine, which better solves the problem of low utilization rate caused by drying and deformation of wood and the problem of large labor and high cost in the processing process; Saw and double-sided planing are integrated into one process, and two people operate, saving operators, reducing labor intensity and processing costs.

In order to achieve the above purpose, the technical solution of the utility model is: a blockboard core strip processing machine, including: frame, saw press roller fixing plate, upper saw roller, saw press roller, lower saw roller, conveying support Roller, Conveyor Roller Fixing Plate, Planer Press Roller Fixing Plate, Planer Press Roller, Upper Planer Roller, Planer Idle Roller, Lower Planer Roller, Planer Motor, Planer Table, Sawing Machine Motor, Feeding Table and Receiver Board, Sawing Machine The pressure roller fixing plate is screwed and fixed on the frame, on which the upper saw blade roller and the pressure roller of the sawing machine are screwed and fixed, and the conveying roller fixing plate is screwed and fixed on the lower side of the sawing machine pressure roller fixing plate of the frame, on which the bearing seat The lower saw roller and the conveying roller are screwed and fixed, and the planer pressure roller fixing plate is screwed and fixed behind the saw machine pressure roller fixing plate on the frame, and the planer pressure roller and the upper planer roller are fixed by screw connection through the bearing seat, and the planer table The plate is screwed and fixed on the frame below the planer pressure roller fixing plate, the upper screw is fixed to the planer idler roller and the lower planer roller, the sawing machine motor and the planer motor are screwed to the frame in turn, and the feeding table is screwed to the machine. In front of the frame, the receiving plate is screwed and installed in the rear of the frame. The upper saw roller and the lower saw roller are combined structures, which are composed of several blades, and the distance between the blades can be adjusted according to requirements; the planer table is provided with guide grooves along the forward direction of the wood bars to prevent the wood bars from falling over ; The planer pressure roller is composed of several toothed pieces, and the toothed pieces are formed by cementing the ring gear and the wheel hub.

When working, the motor of the sawing machine and the motor of the planer start at the same time. The motor of the sawing machine drives the lower saw roller to rotate through the pulley, and the gear on the lower saw roller meshes with the gear of the upper saw roller to drive the upper saw roller to rotate. The pulley on the roller drives the conveying roller to work; the planer motor drives the lower planer roller to rotate through the pulley, and drives the upper planer roller to work through the gear on the lower planer roller meshing with the gear on the upper planer roller. Drive the planer pressure roller to rotate and work. The dried wood raw board enters from the feeding table, is compacted with the conveying roller under the pressure of the sawing roller, and is cut into wooden strips by the upper saw roller and the lower saw roller in sequence during the rotation of the conveying roller. The sawed wood strips enter the planing section under the joint action of the sawing machine pressure roller and the conveying roller. During the compaction and transportation of the planer pressure roller and the planer roller, the upper and lower planer rollers are used to plan the upper and lower sides. The receiving plate completes the processing of the core strip. Through the above design, the multi-blade saw and the double-sided planer are organically combined, which changes the processing technology of double-sided planing first and then multi-blade saw, improves the material utilization rate, reduces the working intensity and thus reduces the processing cost of the core strip.

Description of drawings

Fig. 1 is the front view of the utility model.

Fig. 2 is a plan view of the upper part of Fig. 1 .

Fig. 3 is a plan view of the lower part of Fig. 1 .

Figure 4 is a front view of the planer table.

FIG. 5 is a top view of FIG. 4 .

Fig. 6 is a front view of the planer pressing roller blade.

FIG. 7 is a top view of FIG. 6 .

Detailed ways

As shown in the figure, the utility model is a blockboard core strip processing machine, including: frame 1, saw press roller fixing plate 2, upper saw roller 3, saw press roller 4, lower saw roller 5, conveying support Roller 6, Conveyor Roller Fixing Plate 7, Planer Press Roller Fixing Plate 8, Planer Press Roller 9, Upper Planer Roller 10, Planer Support Roller 11, Lower Planer Roller 13, Planer Motor 14, Planer Platen 15, Saw Motor 16, The feeding table 17 and the receiving plate 12, the sawing machine pressure roller fixing plate 2 are screwed and fixed on the frame 1, and the upper saw blade roller 3 and the sawing machine pressure roller 4 are screwed and fixed on it, and the conveying roller fixing plate 7 is screwed It is fixed under the sawing machine pressure roller fixing plate 2 of the frame 1, on which the lower saw blade roller 5 and the conveying idler roller 6 are screwed and fixed through the bearing seat, and the planer pressure roller fixing plate 8 is screwed and fixed on the frame 1, and the sawing machine The rear of the pressure roller fixed plate 2, on it, the planer pressure roller 9 and the upper planer roller 10 are screwed through the bearing seat, and the planer platen 15 is screwed and fixed on the frame 1 below the planer pressure roller fixed plate 8, and the upper screw Connect the fixed planer idler roller 11 and the lower planer roller 13, the sawing machine motor 16 and the planer motor 14 are screwed on the frame 1 in turn, the feeding platen 17 is screwed on the front of the frame 1, and the material receiving plate 12 is screwed on the machine frame Rack 1 rear. The upper saw blade roller 3 and the lower saw blade roller 5 are combined structures, consisting of several blades, and a distance adjustment device is arranged between the blades. The planer platen 15 is provided with a guide groove 26 along the advancing direction of the wooden strips to prevent the wooden strips from toppling over. The planer pressure roller 9 is composed of several toothed pieces 27, and the toothed pieces 27 are formed by cementing the ring gear 28 and the wheel hub 29.

When working, the saw motor 16 and the planer motor 14 start at the same time, the saw motor 16 drives the lower saw roller 5 to rotate through the pulley 17, and the upper saw blade is driven by the gear 18 on the lower saw roller meshing with the gear 19 of the upper saw roller 3 The roller 3 rotates to work, and the belt pulley 20 on the lower saw roller 3 drives the conveyor roller 6 to work; the planer motor 14 drives the lower planer roller 13 to rotate through the belt pulley 21, and the gear 22 on the lower planer roller 13 and the upper planer The gear 23 meshing of the roller 10 drives the upper planer roller 10 to work, and the belt pulley 24 of the upper planer roller 10 drives the planer pressure roller 9 to rotate. The dried wood raw board enters from the feeding table 17, and is compacted with the conveying idler 6 under the pressure of the saw press roller 4, and is pressed by the upper saw roller 3 and the lower saw roller 5 during the rotation of the conveying idler 6. Saw into wood strips in turn, and the sawed wood strips enter the planing section under the joint action of the sawing machine pressure roller 4 and the conveying roller 6, and pass through the upper planer roller during the compaction and transportation of the planer pressure roller 9 and the planer roller 11. 10 and following planer roller 13 are planed up and down two sides, finish the processing of core bar through receiving plate.

Claims (4)

1. a kind of joiner plate core processing machine, which is characterized in that the machine include: rack (1), sawing machine pressure roller fixed plate (2), on Saw blade roller (3), sawing machine pressure roller (4), lower saw blade roller (5), conveying carrier roller (6), conveying carrier roller fixed plate (7), planer pressure roller are fixed Plate (8), planer pressure roller (9), upper planing tool roller (10), planer carrying roller (11), lower planing tool roller (13), planer motor (14), planer platform Plate (15), sawing machine motor (16), pan feeding platen (17) and splicing plate (12), sawing machine pressure roller fixed plate (2), which is spirally connected, is fixed on rack (1) on, be spirally connected fixed upper saw blade roller (3) and sawing machine pressure roller (4) thereon, and conveying carrier roller fixed plate (7), which is spirally connected, is fixed on rack (1) Below upper sawing machine pressure roller fixed plate (2), it is spirally connected through bearing block fixes lower saw blade roller (5) and conveying carrier roller (6), planer pressure thereon Roller fixed plate (8), which is spirally connected, is fixed on the rear of sawing machine pressure roller fixed plate (2) on rack (1), is spirally connected through bearing block fixes plane thereon Bed pressure roller (9) and upper planing tool roller (10), planer platen (15), which is spirally connected, to be fixed on rack (1) under planer pressure roller fixed plate (8) Side, be spirally connected fixed planer carrying roller (11) and lower planing tool roller (13) thereon, and sawing machine motor (16) and planer motor (14) are spirally connected respectively On rack (1), pan feeding platen (17) is screwed onto front of rack (1), and splicing plate (12), which is spirally connected, is mounted on rack (1) rear.

2. a kind of joiner plate core processing machine according to claim 1, it is characterised in that: the upper saw blade roller (3) It is several blades composition with lower saw blade roller (5), distance adjusting system is set between blade.

3. a kind of joiner plate core processing machine according to claim 1, it is characterised in that: the planer platen (15) The guide groove (26) for preventing batten from toppling over is set along core direction of advance.

4. a kind of joiner plate core processing machine according to claim 1, it is characterised in that: the planer pressure roller (9) For several gear pieces (27) composition, gear piece (27) is by gear ring (28) and wheel hub (29) is cementing forms.