CN201186469Y

CN201186469Y - Multi-tool cutter for stone secondary bisection

Info

Publication number: CN201186469Y
Application number: CNU2008200809374U
Authority: CN
Inventors: 保文明
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-03-06
Filing date: 2008-03-06
Publication date: 2009-01-28
Anticipated expiration: 2018-03-06

Abstract

A marble secondary bisection multi-blade cutter belongs to a marble processing device, in particular to a cutting device for stone slabs, wherein a stone delivery mechanism in the cutter is elastic rolls which are perpendicularly installed on the two sides of series of horizontal support rolls, and are driven by a motor to oppositely rotate, a cutting mechanism is two groups of upper cylinder blades and lower cylinder blades which are driven by the motor, the blades which are corresponding up and down are in the same plane, the perpendicular lines on the centers of the blades are arranged in dislocation. The utility model can save energy and have high processing efficiency, and the processing plate yield rate of stone slabs is high. Compared with a common cutter, the cutting blades with same diameter can cutter marble with larger size.

Description

The stone material secondary is to cuing open multi-cutting machine

Technical field

The utility model belongs to stones processing appts, particularly the cutting equipment of slabstone.

Background technology

Conventional makita 4100NH adopts the circular saw bit cutting, and when cutting the sheet material of large-size, the diameter of blade needs depth of cut more than two times, and as the wide slabstone of cutting 900mm, blade diameter should reach φ 2200mm at least.Because the diameter of blade is big more, manufacture difficulty is also big more, and blade thickness is also thick more, and cost is also high more; And thick blade need be wasted the more energy and building stones when cutting; Bigger blade rocking in rotation is corresponding also bigger, and the quality of slabstone is poor with regard to smaller blade cuts also.

The conveying mechanism of the building stones of conventional makita 4100NH at present more adopts hydraulic pressure or screw mandrel to feed, in the process of reality, there is the action of returning after machining, this idle stroke should expend the energy, also can reduce the operating efficiency of processing, has therefore increased the processing cost of a part of slabstone.

Summary of the invention

Technical problem to be solved in the utility model provides a kind of stone material secondary to cuing open multi-cutting machine, it can adopt the blade of reduced size, save the energy, working (machining) efficiency is higher, the plate production rate height of slabstone, compare with conventional cutting machine, the cutting blade of same diameter can cut larger sized building stones.

Solving the scheme that technical problem of the present utility model adopts is: the conveying mechanism of building stones is for vertically being contained in a series of horizontal supporting rollers both sides by the resilient roller of motor-driven to changeing; Cutting mechanism is upper and lower two groups of motor-driven cylinder blades, and upper and lower corresponding blade is on same plane, and the dislocation of the vertical line of blade center is arranged.

The technical solution of the utility model also comprises: the cutter of cutting mechanism is assembled on the vertical guiding mechanism; The resilient roller of conveying mechanism adopts pneumatic rubber wheel; Horizontal supporting roller both sides after cutting blade are equipped with vertical inverted U-shaped of adjusting groove of band, and pneumatic rubber wheel is housed above, and this pneumatic rubber wheel presses on the slabstone that cuts.Have waist shape on the erection support of two groups of pneumatic rubber wheels and adjust groove; Horizontal supporting roller one side after pneumatic rubber wheel is equipped with one group of inflation and compresses rubber tire, and corresponding opposite side is equipped with one group of rigidity registration roller.In the both sides of cutting blade flat cooling sprayer is housed, the structure of every cell board is to be processed with concave space down in the inboard of plate, following concave space is drilled with a series of through holes and a water channel hole, two the inboard merging of cell board, one of fixing formation spray cell board, and the spray cell board of series of parallel becomes to be clipped in the flat cooling sprayer of cutting blade both sides by bolting.The pipe joint that is connected flat cooling sprayer water channel hole place has the anti-skidding step of a series of back tapers, the outer surface spraying plating of chilling spray plate has antifriction alloy, the upper surface of the chilling spray plate of following cutting blade is higher than the adjustment backing plate in the blade, and with the horizontal supporting roller of stone material on the top contour.

The beneficial effects of the utility model are: the improvement on cutting mechanism, and adopt upper and lower two groups of blades dislocation to cuing open, it is only about half of to reduce blade diameter, promptly cuts the wide slabstone of 900mm, and blade diameter only needs φ 1200mm; Reducing on blade diameter and the thickness reduced its cost, also reduced power consumption of polymer processing simultaneously; Reduce the waste of stone material, improved the crudy of slabstone.In the improvement of conveying mechanism, adopt pneumatic rubber wheel to changeing, before dependence frictional force is constantly pushed building stones to, solved the idle stroke problem that the existing equipment guide rail returns, and saved a lot of clamping times of building stones, can increase work efficiency greatly, save the energy.

Description of drawings

Fig. 1 is a structural representation of the present utility model;

Fig. 2 is a plan structure schematic diagram of the present utility model;

Fig. 3 is the assembling schematic diagram of flat cooling sprayer of the utility model and cutting blade;

Fig. 4 is the structural representation of the utility model spray cell board;

Fig. 5 is the A-A cutaway view of the utility model spray cell board.

Each label is represented successively among the figure: support 1, horizontal supporting roller 2, building stones 3, pneumatic rubber wheel 4, shaft coupling 5, motor 6, rigidity registration roller 7, bottom knife motor 8, the vertical handle 9 of adjusting, spray cell board 10, cutting blade 11, spray cell board 12, cutter motor 13, inflation compresses rubber tire 14, waist shape is adjusted groove 15, spray equipment installing plate 16, adjust backing plate 17, blade shaft 18, adjust backing plate 19, nut 20, nut 21, pipe joint 22, installing hole 23, water channel hole 24, following concave space 25, through hole 26, bolt 27, pneumatic rubber wheel 28, inverted U-shaped 29.

The specific embodiment

Referring to Fig. 1,2, the building stones conveying mechanism of this cutting machine adopts the structure of continuous feed, promptly vertical pneumatic rubber wheel 4 is installed in the both sides of a series of horizontal supporting rollers 2, building stones 3 are placed on the horizontal supporting roller 2, two groups of pneumatic rubber wheels 4 are under motor 6 drives, relatively rotate, push building stones 3 to cutting mechanism.Cutting mechanism adopts 11 pairs of structures of cuing open of upper and lower two groups of mechanical shoulder cut-off knife sheets, promptly drive blade by upper and

lower blade motor

13 and 8 respectively, corresponding upper and lower cutting blade 11 is in same vertical plane, the vertical line dislocation at blade shaft 18 centers of cutting blade 11 is arranged, mutual interference does not take place when cuing open in blade like this, and can cut off well at building stones 3 middle parts.Slabstone for well cutting is toppled in order to prevent, the both sides of the horizontal supporting roller 2 after cutting blade 11, vertical inverted U-shaped 29 of adjusting groove of band has been installed, pneumatic rubber wheel 28 is housed above, this pneumatic rubber wheel presses on the slabstone that cuts, so just can under no clamping state, guarantee the vertical output of slabstone.In order to do certain adjustment according to the big or small blade of building stones 3, the technical program is assembled in cutter on the vertical guiding mechanism, has the vertical adjustment handle 9 of screw mandrel by rotation, can easily make cutting blade 11 vertically mobile; Equally, have waist shape on the erection support of two groups of pneumatic rubber wheels 4 and adjust groove 15 (seeing Fig. 2 for details), also can adjust suitable spacing, inflation in the pneumatic rubber wheel 4 what cooperate again, can reach the effect of optimal transport building stones according to the size of building stones 3.After building stones 3 are sent from 4 of pneumatic rubber wheels, horizontal supporting roller 2 one sides then are equipped with one group of inflation and compress rubber tire 14 (see figure 2)s, and corresponding opposite side is equipped with one group of rigidity registration roller 7 (see figure 1), inflation compresses rubber tire 14 and interior pressure can be transferred to appropriate level and rotate with building stones, the lateral surface compressing of building stones on rigidity registration roller 7, can reach resistance and move forward lessly, decide the position for cutting again simultaneously.Cutting blade 11 needs to keep cooling at work, the technical program is in its both sides flat cooling sprayer to be housed, see Fig. 3 for details, 4, with 5, the structure of every cell board is to be processed with concave space 25 down in the inboard of plate, be drilled with a series of through holes 26 and a water channel hole 24 on the following concave space 25 again, two inboard merging of cell board just can be fixed a spray of formation cell board 10, the spray cell board 10 of series of parallel is fixed together by bolt 27 and nut 21, the runner that inner following concave space 25 and water channel hole 24 have just formed cooling water, be respectively installed to by spray equipment installing plate 16 on the vertical guiding mechanism of support 1 and cutter, cutting blade 11 is clipped in respectively sprays between the cell board 10, but flat cooling sprayer blade spray cooling just.Sometimes water pipe is bumped extension in building stones processing place and come off, the pipe joint 22 that therefore is connected flat cooling sprayer water channel hole 24 places has the anti-skidding step of a series of back tapers.In the present embodiment, the outer surface spraying plating of chilling spray plate has antifriction alloy, avoids occurring in the long-term friction of slabstone depression; The upper surface of the chilling spray plate of following cutting blade 11 is higher than the adjustment backing plate 19 in the blade, and it is contour with top on the horizontal supporting roller of building stones 3, building stones 3 bottom surfaces that are cut can move horizontally at each upper surface that sprays cell board 12, do not influence the chilling spray function of spray cell board 12 simultaneously again.

Claims

1, a kind of stone material secondary is characterized in that cuing open multi-cutting machine: the conveying mechanism of building stones is for vertically being contained in a series of horizontal supporting rollers both sides by the resilient roller of motor-driven to changeing; Cutting mechanism is upper and lower two groups of motor-driven cylinder blades, upper and lower corresponding blade at grade, the vertical line of blade center dislocation is arranged.

2, stone material secondary according to claim 1 is characterized in that cuing open multi-cutting machine: the cutter of cutting mechanism is assembled on the vertical guiding mechanism; The resilient roller of conveying mechanism adopts pneumatic rubber wheel; Horizontal supporting roller both sides after cutting blade are equipped with vertical inverted U-shaped of adjusting groove of band, and pneumatic rubber wheel is housed above, and this pneumatic rubber wheel presses on the slabstone that cuts.

3, stone material secondary according to claim 2 is characterized in that cuing open multi-cutting machine: have waist shape on the erection support of two groups of pneumatic rubber wheels and adjust groove; Horizontal supporting roller one side after pneumatic rubber wheel is equipped with one group of inflation and compresses rubber tire, and corresponding opposite side is equipped with one group of rigidity registration roller.

4, stone material secondary according to claim 3 is to cuing open multi-cutting machine, it is characterized in that: flat cooling sprayer is housed in the both sides of cutting blade, the structure of every cell board is to be processed with concave space down in the inboard of plate, following concave space is drilled with a series of through holes and a water channel hole, two the inboard merging of cell board, one of fixing formation spray cell board, and the spray cell board of series of parallel becomes to be clipped in the flat cooling sprayer of cutting blade both sides by bolting.

5, stone material secondary according to claim 4 is to cuing open multi-cutting machine, it is characterized in that: the pipe joint that is connected flat cooling sprayer water channel hole place has the anti-skidding step of a series of back tapers, the outer surface spraying plating of chilling spray plate has antifriction alloy, the upper surface of the chilling spray plate of following cutting blade is higher than the adjustment backing plate in the blade, and with the horizontal supporting roller of stone material on the top contour.