CN208977952U

CN208977952U - A kind of automatic cutter

Info

Publication number: CN208977952U
Application number: CN201821170101.3U
Authority: CN
Inventors: 陈超
Original assignee: Shanghai Daxin Materials Technology Co Ltd
Current assignee: Shanghai Daxin Materials Technology Co Ltd
Priority date: 2018-07-20
Filing date: 2018-07-20
Publication date: 2019-06-14
Anticipated expiration: 2028-07-20

Abstract

The utility model discloses a kind of automatic cutters, are related to cutting apparatus field, solve the problems, such as guillotine treat cut material to cut efficiency extremely low.The guillotine includes rack, the rack is equipped with the first cutting means, first cutting means include the first cutting knife and the first driving assembly, sliding is provided with the fixed frame for fixed material to be cut in the rack, the first feeder assembly for driving fixed frame towards the sliding of the first cutting means direction is additionally provided in the rack, the direction of fixed frame sliding drives the direction of the first cutting knife sliding perpendicular to first driving assembly.The utility model provides stable structure, high degree of automation, time saving and energy saving, and is able to ascend and treats a kind of automatic cutter for cutting efficiency for cutting material.

Description

A kind of automatic cutter

Technical field

The utility model relates to cutting apparatus fields, more specifically, it relates to a kind of automatic cutter.

Background technique

Solar panels are a kind of optoelectronic semiconductor thin slices using the sunlight direct generation of electricity, have the function such as power generation and environmental protection With.For convenience of the installation of solar panels, it will usually cover patch at the back side of solar panels, be cut again by guillotine etc. later The equipment part extra to patch is cut off, to guarantee that the patch being capable of perfect fitting solar panels.

Existing notification number is the Chinese patent of CN202763994U, it discloses a kind of cement material guillotine, including rack, Workbench in rack and the clamp system on workbench, end is equipped with guillotine on the working platform Structure, the cutting mechanism pass through the upright guide rail being arranged on the rack and move up and down.The cutting mechanism includes being equipped with horizontal rail Road cuts platform, is located at cutting knife rest and be located at the steel alloy cutting knife for cutting knife rest front end in horizontal rail.

Using the above scheme, steel alloy cutting knife realizes that steel alloy is cut by cutting knife rest sliding on upright guide rail Knife vertical lifting.If cutting operation for what above-mentioned guillotine was used in patch, need manually to the solar panels on workbench into Row hand feed cuts that efficiency is extremely low, and there are places to be modified to patch redundance.

Utility model content

The extremely low problem of efficiency, this reality cut to patch redundance on solar panels for guillotine in practice Be to propose a kind of automatic cutter with novel purpose, by the first feed arrangement driving fixed frame treat cut material carry out into Give, and the first driving assembly driving cutting knife cooperated to be cut, significant increase treat cut material cut efficiency.

The above-mentioned technical purpose of the utility model has the technical scheme that a kind of automatic cutter, Including rack, the rack is equipped with the first cutting means, and first cutting means are including the first cutting knife and for driving First driving assembly of the first cutting knife straight-line feed, sliding is provided with the fixation for fixed material to be cut in the rack Frame is additionally provided with the first feeder assembly for driving fixed frame towards the sliding of the first cutting means direction in the rack, described The direction of fixed frame sliding drives the direction of the first cutting knife sliding perpendicular to first driving assembly.

By using above-mentioned technical proposal, in actual operation, material to be cut can be fixed on fixation by staff On frame, and is treated by the first feeder assembly and to cut material and fed；Group the first driving assembly driving cutting knife is borrowed to treat again Material is cut to be cut.In this way, the automation feeding for cutting material is treated in realization and automation is cut, greatly The efficiency that cuts for cutting material is treated in promotion, and the labor intensity of staff can be greatly reduced.

The utility model is further arranged to: sliding rack is provided in the rack, the fixed frame sliding is connected to cunning It moves on frame；First feeder assembly includes screw rod and the first feeding motor for driving screw rod to rotate synchronously, the screw rod It is rotatablely connected with sliding rack, the screw rod wears fixed frame and is threadedly coupled with fixed frame.

By using above-mentioned technical proposal, fixed frame in sliding rack, guarantees the stability of fixed frame sliding by sliding, Sliding block is connect with wire rod thread, and by the first feeding motor driven screw rod rotation, realizes fixed frame to the first cutting means Direction feeding promotes the efficiency for cutting operation, reduces staff to further realize the automation feeding of material to be cut Labor intensity.

The utility model is further arranged to: first cutting means further include first cutting motor, and described first cuts out Cutter is fixed on first and cuts on the output shaft of motor, and described first cuts motor slippage connection on the rack, and described first drives Dynamic Component driver first cuts motor and slides along the direction perpendicular to fixed frame sliding.

By using above-mentioned technical proposal, cutting knife is coaxially fixed on to first and is cut on the output shaft of motor, drive is passed through Dynamic motor drives cutting knife to run at high speed, and significant increase treats the speed of cut for cutting material, and the sanction for cutting material is treated in quickening Degree of cutting into.

The utility model is further arranged to: first driving assembly includes that horizontal first be erected in sliding rack passes Band and the first driving motor for driving the first conveyer belt to operate are sent, described first, which cuts motor, is fixed on the first conveyer belt Upside.

By using above-mentioned technical proposal, the first driving motor drives conveyer belt operating, and drives first to cut motor and exist It is slid in rack along glide direction of the vertical and fixed frame in sliding rack, further realizes and cutting knife is pushed to treat and cut Material is cut, and realization, which is treated, cuts the automation that material is cut, and saves manpower.

The utility model is further arranged to: the second cutting means is additionally provided in the rack, and described second cuts dress It sets and is located at two sides adjacent in rack with the first cutting means, the sliding rack is set along the sliding of the first cutting knife glide direction It sets on the rack, the second feeder assembly for driving sliding rack to slide to the second cutting means is provided in the rack.

By using above-mentioned technical proposal, the second cutting means are arranged and are located in rack with the first cutting means Adjacent side, and realize that material to be cut is fed to the second cutting means direction by the second feeder assembly, so that this cuts Machine can be treated simultaneously to be cut two adjacent sides of material and is cut, and significant increase treats the efficiency that cuts for cutting material, is saved Shi Shengli.

The utility model is further arranged to: second cutting means include that the second cutting knife and second cuts motor, Second cutting knife is coaxially fixed on second and cuts on the output shaft of motor, and described second cuts motor along horizontal vertical in cunning The direction sliding for moving frame sliding connects on the rack, and second cutting means further include for driving second to cut motor slippage The second driving assembly.

By using above-mentioned technical proposal, in actual operation, the second driving assembly pushes second to cut motor in rack Upper sliding drives the second cutting knife indirectly, and realizes to treat and cut material and cut close to the side of the second cutting means, into One step realizes while treating and cut two adjacent sides of material and cut, significant increase treat cut material cut efficiency.

The utility model is further arranged to: second feeder assembly includes horizontally disposed infeed conveyors and use In the second feeding motor of driving infeed conveyors operating, the length direction of the infeed conveyors is parallel to sliding rack to second The direction of cutting means sliding, is fixed in infeed conveyors on the downside of the sliding rack.

By using above-mentioned technical proposal, by the second feeding motor driven infeed conveyors operating, and sliding rack is driven It is slid on the rack to the second cutting means direction, realizes that material to be cut is fed to the second cutting means direction, further It realizes to treat simultaneously and cuts material two sides and cut, the efficiency that cuts for cutting material is treated in promotion, and reduction staff Labor intensity.

The utility model is further arranged to: the infeed conveyors are provided with along the direction parallel interval that fixed frame slides Two groups, the upside of two infeed conveyors is fixedly connected with the two sides of sliding rack length direction respectively.

By using above-mentioned technical proposal, two groups of thirds transmission of motor driven are fed by means of group second, sliding rack is carried out to the The feeding in two cutting means directions guarantees the stability that sliding rack slides on the rack.

The utility model is further arranged to: between first cutting means and fixed frame and the second cutting means and It is provided with cutting table between fixed frame, is additionally provided with compression cylinder above the cutting table, the compression cylinder is fixed on machine On frame.

By using above-mentioned technical proposal, after being fed on cutting table wait cut material, the compression cylinder, which is stretched out, lives Material to be cut is pushed against on cutting table by stopper rod, and material to be cut is pressed on cutting table by cylinder, is realized wait cut Fixation of the material on cutting table prevents cutting knife during cutting from pushing material to be cut, and guarantee, which is treated, cuts material sanction The accuracy cut.

Compared with prior art, the beneficial effects of the utility model are as follows:

(1) the first feeder assembly of comprehensive utilization driving fixed frame is fed to the first cutting means, the second feeder assembly drives Fixed frame in sliding rack and sliding is fed to the second cutting means, and first driving device driving first is cooperated to cut motor Motor and the second cutting knife are cut with the first cutting knife, the second driving device driving second, cuts material to realize to treat It auto-feed and cuts automatically, and realizes to treat and cut the adjacent two sides of material and carry out while cutting, great promotion, which is treated, to be cut Material cuts efficiency, and the working strength of staff can be greatly reduced；

(2) it is threadedly coupled with fixed frame and by the first feeding motor driven screw rod rotation by screw rod to realize fixed frame Sliding, and slid on the rack by two groups of infeed conveyors driving sliding racks, to guarantee material to be cut to first The stability of cutting means and the feeding of the second cutting means direction, guarantees being normally carried out for cutting means, and guarantee indirectly to be cut Cut the accuracy that material is cut.

Detailed description of the invention

Fig. 1 is the axonometric schematic diagram of the present embodiment major embodiment guillotine structure；

Fig. 2 is the structural schematic diagram of the present embodiment major embodiment sliding rack；

Fig. 3 is the structural schematic diagram of the first cutting means of the present embodiment major embodiment；

Fig. 4 is the structural schematic diagram of the second cutting means of the present embodiment major embodiment；

Fig. 5 is the structural schematic diagram of the second feeder assembly of the present embodiment major embodiment；

Fig. 6 is the structural schematic diagram of the present embodiment major embodiment cutting table and compression cylinder；

Fig. 7 is the perspective view of the explosion of the present embodiment major embodiment fixed rack structure.

Appended drawing reference: 1, rack；2, the first cutting means；21, the first cutting knife；22, first motor is cut；23, first Driving assembly；231, the first sliding rail；232, the first sliding block；233, the first conveyer belt；234, the first driving motor；3, fixed frame； 31, slipping block；32, vacuum chuck；321, vacuum pump；33, rotary electric machine；331, bearing plate；332, fixed plate；34, gas is driven Cylinder；35, flexible slide bar；351, loop bar；352, bar is slid；36, stiffening plate；4, sliding rack；41, sliding slot；42, the first feeding group Part；421, screw rod；422, the first feeding motor；5, the second cutting means；51, the second cutting knife；52, second motor is cut；53, Second driving assembly；531, the second sliding rail；532, the second sliding block；533, the second conveyer belt；534, the second driving motor；6, third Sliding rail；61, third sliding block；62, the second feeder assembly；621, infeed conveyors；622, shaft；623, the second feeding motor；7, Cutting table；71, compression cylinder.

Specific embodiment

Below with reference to examples and drawings, the utility model is described in further detail, but the implementation of the utility model Mode is not limited only to this.

Referring to attached drawing 1, a kind of automatic cutter, including rack 1 and the first cutting means 2 being arranged in rack 1, machine Sliding is provided with the fixed frame 3 for fixed material to be cut on frame 1, and fixed frame 3 slides towards the first cutting means 2 and feeds, The first feeder assembly 42 for driving fixed frame 3 to slide is additionally provided in rack 1.In real work, staff can be incited somebody to action Material to be cut is fixed on fixed frame 3, and drives fixed frame 3 by the first feeder assembly 42 and material to be cut is driven to slide To the first cutting means 2, finally treat cutting material and cut by the first cutting means 2.

Referring to attached drawing 2, rack 1 is equipped with sliding rack 4, and sliding slot 41 is offered in sliding rack 4, is equipped with and slides on the downside of fixed frame 3 Block 31 is moved, the sliding of slipping block 31 is connected in sliding slot 41, and 31 glide direction of slipping block is parallel to the length direction of sliding slot 41.The One feeder assembly 42 includes screw rod 421 and the first feeding motor 422, and for screw rod 421 in being horizontally disposed with, rotating turret is set to sliding slot 41 In；Meanwhile screw rod 421 wears slipping block 31 and is threadedly coupled with slipping block 31；First feeding motor 422 is fixed on sliding rack 4 Side far from the first cutting means 2, and the output shaft of the first feeding motor 422 and 421 adjacent both ends of screw rod are coaxially fixed connects It connects.In actual operation, the first feeding motor 422 drives screw rod 421 to rotate, and then drives fixed frame 3 in cunning by screw rod 421 Toward polyslip on 41 length direction of slot, and the feeding of material to be cut is realized indirectly.

Referring to attached drawing 3, the first cutting means 2 include the first cutting knife 21 and the first driving assembly 23, the first cutting knife 21 In collar plate shape structure, the radial parallel width direction in sliding slot 41 of the first cutting knife 21, the first cutting knife 21 is far from fixed frame 3 Side be connected with first and cut motor 22, the first cutting knife 21 is coaxially fixed on the output shaft that first cuts motor 22；The One driving assembly 23 includes being fixed at the first sliding rail 231 in rack 1, and first cuts and be fixedly installed first on the downside of motor 22 Sliding block 232, the sliding of the first sliding block 232 are connected on the first sliding rail 231；First driving assembly 23 further includes horizontally disposed first Conveyer belt 233 and the first driving motor 234, the width direction of the length direction parallel groove 41 of the first conveyer belt 233, first passes The upside of band 233 is sent to be fixedly connected with the first sliding block 232, the first driving motor 234 drives the operating of the first conveyer belt 233.

Referring to attached drawing 4, the efficiency that cuts for cutting material is treated to further increase, width direction of the rack 1 in sliding slot 41 Side be provided with the second cutting means 5, the second cutting means 5 include the second cutting knife 51 and the second driving assembly 53, second Cutting knife 51 is in collar plate shape structure, the radial parallel length direction in first sliding groove 41 of the second cutting knife 51, the second cutting knife 51 sides far from fixed frame 3 are connected with second and cut motor 52, and coaxially be fixed on second cuts motor 52 to the second cutting knife 51 Output shaft on；Second driving assembly 53 includes the second sliding rail 531 in fixed setting rack 1, and second cuts 52 downside of motor It is fixedly installed the second sliding block 532, the sliding of the second sliding block 532 is connected on the second sliding rail 531；Second driving assembly 53 further includes Horizontally disposed second conveyer belt 533 and the second driving motor 534, the length direction parallel groove 41 of the second conveyer belt 533 Length direction, the upside of the second conveyer belt 533 are fixedly connected with the second sliding block 532, the second transmission of the second driving motor 534 driving Band 533 operates.

Referring to attached drawing 5, third sliding rail 6 is additionally provided in the rack 1, the length direction of third sliding rail 6 is parallel to sliding slot 41 Width direction, the downside of sliding rack 4 is fixedly installed third sliding block 61, and the sliding of third sliding block 61 is connected on third sliding rail 6； The two sides of 41 length directions along the chute of sliding rack 4 are provided with third sliding rail 6, and third sliding block 61 and third sliding rail 6 correspond； The second feeder assembly 62 is additionally provided in rack 1, the second feeder assembly 62 includes infeed conveyors 621 and the second feeding motor 623, the width direction of the length direction parallel groove 41 of infeed conveyors 621, infeed conveyors 621 and third sliding block 61 are one by one It is corresponding, and the upside of infeed conveyors 621 is fixedly connected with third sliding block 61；It is coaxial on the output shaft of second feeding motor 623 It is fixedly installed shaft 622, shaft 622 wears two groups of infeed conveyors 621 and drives the synchronous fortune of two groups of infeed conveyors 621 It is dynamic.

Referring to attached drawing 6, to be further ensured that the accuracy for treating and cutting material and cutting, the first cutting means 2 and fixed frame 3 Between and the second cutting means 5 and fixed frame 3 between be provided with cutting table 7, two cutting tables 7 are separately fixed in rack 1 Position close to the first cutting means 2 and the position close to the second cutting means 5；Compression gas is vertically arranged with above cutting table 7 Cylinder 71, downward, the cylinder body of compression cylinder 71 is fixed in rack 1 piston rod of compression cylinder 71.In actual operation, first into It drives the material to be cut on fixed frame 3 to slide to the first cutting means 2 to component 42, material to be cut is cut close to first The side of device 2 is fed on cutting table 7；Then the second feeder assembly 62 driving fixed frame 3 is fed to the second cutting means 5, And material to be cut is fed on the cutting table 7 of 5 side of the second cutting means；The piston rod of compression cylinder 71 is stretched out and is incited somebody to action later Material to be cut is pressed on cutting table 7, and the first cutting means 2 and the second cutting means 5 is waited to treat and cut cutting for material Operation.

Referring to attached drawing 7, fixed frame 3 includes vacuum chuck 32 and rotary electric machine 33, and fixed frame 3 is arranged in vacuum chuck 32 Upside, the side of vacuum chuck 32 are fixedly installed vacuum pump 321, and vacuum pump 321 is connected to vacuum chuck 32, and vacuum pump The 321 fixed materials to be cut of driving vacuum chuck 32；The output shaft of rotary electric machine 33 is vertically arranged, and the output of rotary electric machine 33 The end of axis is fixedly connected with the downside of vacuum chuck 32；Output shaft side on rotary electric machine 33 is fixedly installed bearing plate 331, the output shaft of rotary electric machine 33 wears bearing plate 331, and the downside of vacuum chuck 32 is abutted with bearing plate 331, and is held Lubricating oil is coated between fishplate bar 331 and the downside of vacuum chuck 32；The lower horizontal of rotary electric machine 33 is fixedly installed Fixed board 332, the downside of fixed plate 332 are provided with driving cylinder 34, and the piston rod of driving cylinder 34 is vertically arranged, and drives cylinder The end of 34 piston rods is fixed on the middle position of fixed plate 332, drives and is fixed on slipping block 31 on the downside of 34 cylinder body of cylinder.

Flexible slide bar 35 is vertically arranged between slipping block 31 and fixed plate 332, flexible slide bar 35 includes loop bar 351 and slides Bar 352 is moved, sliding bar 352 is threaded through in loop bar 351, and one end of loop bar 351 is fixed on slipping block 31, sliding bar 352 One end is fixed in fixed plate 332；Flexible slide bar 35 is all provided on four corners of fixed plate 332 directly one group, drives cylinder 34 cylinder bodies are fixedly installed stiffening plate 36 close to the side of fixed plate 332, and the piston rod of driving cylinder 34 runs through stiffening plate 36, and four The loop bar 351 of group flexible slide bar 35 is fixed through the upper end and stiffening plate 36 of stiffening plate 36 and loop bar 351.In actual operation, Staff can realize that treating the rotation for cutting material is adjusted by rotary electric machine 33, to cut another group of material treating When adjacent two sides are cut, reduction staff, which treats, cuts manually adjusting for material；Also, it is driven indirectly by driving cylinder 34 Dynamic material to be cut rises, and can prevent material to be cut from colliding and reducing material to be cut with cutting table 7 and cut The damage for cutting material is treated in friction on platform 7, reduction.

The working principle of the present embodiment is: in actual operation, staff is to be cut by driving cylinder 34 to drive indirectly Material rising is cut, then is treated by the first driving assembly 23 and the second driving assembly 53 and to be cut material and successively carry out cutting to first The feeding of 5 position of device 2 and the second cutting means；Again by driving cylinder 34 to drive material to be cut to decline and make cutting table 7 carry material to be cut；Then, the stretching of compression cylinder 71 piston rod compresses material to be cut, the first driving motor 234 and second Driving first cuts motor 22 and second and cuts motor 52 and slid driving motor 534 indirectly respectively, and realizes to treat and cut Synchronizing for the adjacent two sides of material is cut；After when material to be cut, wherein adjacent two sides are cut, staff can pass through One driving assembly 23 and the second driving assembly 53 drive material to be cut far from cutting table 7 indirectly, at this point, staff can open Dynamic rotary electric machine 33 simultaneously rotates the orientation for adjusting material to be cut, and treats another group of adjacent two sides progress for cutting material Cut operation.In this way, the automation feeding for cutting material is treated in realization and automation is cut, and is greatly promoted and is treated Cut the efficiency that cuts of material, and its stable structure, high degree of automation, time saving and energy saving.

The above is only the preferred embodiment of the utility model, and the protection scope of the utility model is not limited merely to Above-described embodiment, technical solution belonging to the idea of the present invention belong to the protection scope of the utility model.It should refer to Out, for those skilled in the art, it is without departing from the principle of the utility model it is several improvement and Retouching, these improvements and modifications also should be regarded as the protection scope of the utility model.

Claims

1. a kind of automatic cutter, including rack (1), the rack (1) is equipped with the first cutting means (2), and described first cuts out Cutting apparatus (2) includes the first cutting knife (21) and the first driving assembly for driving the first cutting knife (21) straight-line feed (23), which is characterized in that sliding is provided with the fixed frame (3) for fixed material to be cut, the rack on the rack (1) (1) the first feeder assembly (42) for driving fixed frame (3) towards the sliding of the first cutting means (2) direction, institute are additionally provided on State the direction of the direction perpendicular to first driving assembly (23) driving the first cutting knife (21) sliding of fixed frame (3) sliding.

2. a kind of automatic cutter according to claim 1, which is characterized in that be provided with sliding rack on the rack (1) (4), fixed frame (3) sliding is connected on sliding rack (4)；First feeder assembly (42) includes screw rod (421) and uses In the first feeding motor (422) that driving screw rod (421) rotates synchronously, the screw rod (421) and sliding rack (4) are rotatablely connected, The screw rod (421) wears fixed frame (3) and is threadedly coupled with fixed frame (3).

3. a kind of automatic cutter according to claim 2, which is characterized in that first cutting means (2) further include First cuts motor (22), and first cutting knife (21) is fixed on the output shaft that first cuts motor (22), and described first It cuts motor (22) sliding to be connected on rack (1), the first driving assembly (23) driving first cuts motor (22) along vertical Directly slid in the direction of fixed frame (3) sliding.

4. a kind of automatic cutter according to claim 3, which is characterized in that first driving assembly (23) includes water The first conveyer belt (233) that flatrack is located on sliding rack (4) and the first driving for driving the first conveyer belt (233) to operate Motor (234), described first cuts the upside that motor (22) is fixed on the first conveyer belt (233).

5. a kind of automatic cutter according to claim 2, which is characterized in that be additionally provided with the second sanction on the rack (1) Cutting apparatus (5), and second cutting means (5) and the first cutting means (2) are located at two sides adjacent on rack (1), The sliding rack (4) is arranged on rack (1) along the sliding of the first cutting knife (21) glide direction, is provided on the rack (1) The second feeder assembly (62) for driving sliding rack (4) to slide to the second cutting means (5).

6. a kind of automatic cutter according to claim 5, which is characterized in that second cutting means (5) include the Two cutting knife (51) and second are cut motor (52), and coaxially be fixed on second cuts motor (52) to second cutting knife (51) On output shaft, described second cuts motor (52), and along horizontal vertical, in the direction that sliding rack (4) slides, sliding is connected to rack (1) On, second cutting means (5) further include for driving the second the second driving assembly (53) for cutting motor (52) sliding.

7. a kind of automatic cutter according to claim 6, which is characterized in that second feeder assembly (62) includes water Put down the infeed conveyors (621) of setting and the second feeding motor (623) for driving infeed conveyors (621) to operate, institute The length direction for stating infeed conveyors (621) is parallel to the direction that sliding rack (4) slides to the second cutting means (5), the cunning It moves on the downside of frame (4) and is fixed on infeed conveyors (621).

8. a kind of automatic cutter according to claim 7, which is characterized in that the infeed conveyors (621) are along fixation The direction parallel interval of frame (3) sliding is provided with two groups, the upside of two infeed conveyors (621) respectively with sliding rack (4) The two sides of length direction are fixedly connected.

9. a kind of automatic cutter according to claim 5, which is characterized in that first cutting means (2) and fixation It is provided with cutting table (7) between frame (3) and between the second cutting means (5) and fixed frame (3), on the cutting table (7) Side is additionally provided with compression cylinder (71), and the compression cylinder (71) is fixed on rack (1).