CN208497345U - A kind of compact-sized multi-line cutting machine - Google Patents
A kind of compact-sized multi-line cutting machine Download PDFInfo
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- CN208497345U CN208497345U CN201820235238.6U CN201820235238U CN208497345U CN 208497345 U CN208497345 U CN 208497345U CN 201820235238 U CN201820235238 U CN 201820235238U CN 208497345 U CN208497345 U CN 208497345U
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Abstract
A kind of compact-sized multi-line cutting machine, including stand arrangement, cutting head, driving assembly, actinobacillus device, take-up, the first commutation component, the second commutation component and self-powered platform；The stand arrangement includes lower mounting rack, preceding mounting rack and rear mounting rack；The preceding mounting rack and rear mounting rack are set to the top of the lower mounting rack；The preceding mounting rack is mutually perpendicular to the rear mounting rack, and the preceding mounting rack and rear mounting rack form winding space and driving space；The cutting head is installed on the preceding mounting rack；The driving component is set in the driving space, for driving the cutting head.The driving component, actinobacillus device and take-up are the backs in the preceding mounting rack, driving assembly is in the driving space and winding space, actinobacillus device and take-up are then in winding space, the back space that cutting head can be utilized, is utilized longitudinal volume of cutting machine significantly.
Description
Technical field
The utility model relates to bias cutter technical fields, and in particular to a kind of compact-sized multi-line cutting machine.
Background technique
Multi-wire saw is a kind of high speed reciprocating motion for passing through wire (or diamond cut filament), material bring by
(cutting) is ground in cutting processing region, and machined material is once cut into a kind of cutting processing of hundreds of plate sheets simultaneously
Method.The industries core devices substrate manufacturing process such as multi-line cutting machine reality IC (integrated circuit), IT (information technology), PV (photovoltaic)
In key equipment.
But the take-up mechanism and payingoff mechanism of current cutting machine are respectively arranged at the both ends of rack, cause cutting machine whole
Body is loosely organized, and cutting machine overall volume is very big, is unfavorable for later period arrangement and moves.
Utility model content
The purpose of this utility model is that aiming at the deficiencies in the prior art, providing a kind of compact-sized multi-wire cutting
Cutting mill.
For this purpose, the utility model uses following technical scheme: a kind of compact-sized multi-line cutting machine, including machine
Rack device, cutting head, driving assembly, actinobacillus device, take-up, the first commutation component, the second commutation component and lifting work
Make platform；
The stand arrangement includes lower mounting rack, preceding mounting rack and rear mounting rack；The preceding mounting rack and rear installation are set up
It is placed in the top of the lower mounting rack；The preceding mounting rack is mutually perpendicular to the rear mounting rack, the preceding mounting rack and rear peace
It shelves to form winding space and driving space；
The cutting head is installed on the preceding mounting rack；The driving component is set in the driving space, is used for
Drive the cutting head；
The self-powered platform is set on lower mounting rack, and is in the underface of the cutting head；The lifting work
Making platform can move up and down in processing；
The actinobacillus device and take-up are set in the winding space and driving space；
The first commutation component and the second commutation component are also mounted on the preceding mounting rack；
After cutting line is drawn out from actinobacillus device, by the commutation of the first commutation component, the cutting head is passed through
Afterwards by the commutation of the second commutation component, is finally wound by the take-up, form a processing closed loop.
Preferably, the cutting head includes First Line roller, the second line roller and third line roller；
The First Line roller, the second line roller and third line roller are parallel to each other, and the First Line roller is in second line
The top of roller and third line roller, the second line roller and third line roller are in sustained height；
The driving component drives the First Line roller, the second line roller and the rotation of third line roller；The First Line roller, second
Cutting accommodating space is formed between line roller and third line roller；
Between the First Line roller and the second line roller, baffle is respectively provided between the First Line roller and third line roller；
Cutting line is successively wound on the First Line roller, the second line roller and third line roller.
Preferably, bar is provided on the outside of the baffle；The bar is parallel to each other with the First Line roller；Cutting line
It is passed through between lever and baffle.
Preferably, the self-powered platform includes processing platform and lifting assembly；
The lifting assembly is installed on the lower mounting rack, and the lifting assembly is connected to the processing platform, described
Lifting assembly is for driving the processing platform to move up and down.
Preferably, the actinobacillus device includes ureeling barrel, upper tension assembly and the first guide wheel；
The ureeling barrel is set in the winding space and longitudinally disposed；
The upper tension assembly and the first guide wheel are installed on the rear mounting rack；The upper tension assembly is set to described
The upper left side of ureeling barrel, first guide wheel are set to the top of the upper tension assembly；
The take-up includes wire winding tube, lower tension assembly and the second guide wheel；
The wire winding tube is set to the lower section of the ureeling barrel, also longitudinally disposed；
The lower tension assembly and the second guide wheel are set on the rear mounting rack；The lower tension assembly is set to described
The upper left side of wire winding tube, second guide wheel are set to the top of the lower tension assembly；
Cutting line is released from the ureeling barrel, around being wound on first guide wheel after the upper tension assembly, after by
The first commutation component；
Cutting line, around lower tension assembly after being wound on the second guide wheel, returns to the take-up after the second commutation component
Curled hair in cylinder；
When the cutting line relaxation on cutting head, the upper tension assembly and/or lower tension assembly carry out cutting line
Tensioning.
Preferably, the upper tension assembly includes upper servo motor, upper rotation bar and third guide wheel；
The upper rotation bar is set in winding space, and the third guide wheel is set to one end of rotation bar；On described
Servo motor is set in driving space, and the upper servo motor is connected to the other end of the upper rotation bar, for driving
It states rotation bar and rotation occurs；
The lower tension assembly includes lower servo motor, bottom bull stick and four guide idler；
The bottom bull stick is set in winding space, and the four guide idler is set to one end of bottom bull stick；Under described
Servo motor is set in driving space, and the lower servo motor is connected to the other end of the bottom bull stick, for driving
It states bottom bull stick and rotation occurs.
Preferably, the actinobacillus device further includes upper wire-arranging component；The upper wire-arranging component is set in winding space, and
Top in the ureeling barrel；
The upper wire-arranging component includes the 5th guide wheel, upper mounting seat and upper moving assembly；
5th guide wheel is installed in the upper mounting seat；The upper moving assembly is connected to the upper mounting seat, institute
Stating moving assembly drives the upper mounting seat to vertically move；
The cutting line come out from ureeling barrel is successively wound on the 5th guide wheel, third guide wheel and the first guide wheel.
Preferably, the take-up further includes lower wire-arranging component；The lower wire-arranging component is set in winding space, and
The top of the wire winding tube is set in lower wire-arranging component；
The lower wire-arranging component includes the 6th guide wheel, lower mounting seat and lower moving assembly；
6th guide wheel is installed in the lower mounting seat；The lower moving assembly is connected to the lower mounting seat, institute
Stating lower moving assembly drives the lower mounting seat to vertically move；
Cutting line is rolled on the wire winding tube after successively bypassing four guide idler, the second guide wheel and the 6th guide wheel.
Preferably, the first commutation component includes the first reverse wheel and the second reverse wheel；
The axis of first reverse wheel and the axis of second reverse wheel are mutually perpendicular to；The axis of second reverse wheel
Line is parallel to each other with the First Line roller；
First reverse wheel, the second reverse wheel are first bypassed further around described first around the cutting line of first guide wheel
On line roller；
The second commutation component includes third reverse wheel and the 4th reverse wheel；
The axis of the third reverse wheel and the axis of the 4th reverse wheel are mutually perpendicular to；The axis of 4th reverse wheel
Line is parallel to each other with the second line roller；
The 4th reverse wheel, third reverse wheel are successively bypassed further around described second from the cutting line of the third line roller
On guide wheel.
The utility model has the beneficial effects that the cutting head is installed on the preceding mounting rack, and the driving component,
Actinobacillus device and take-up are the backs in the preceding mounting rack, and driving assembly is in the driving space and winding is empty
Between in, actinobacillus device and take-up are then in winding space, can be utilized the back space of cutting head, are utilized significantly
Longitudinal volume of cutting machine, and guarantee that lateral volume is not occupied, so largely can reduce the whole body of cutting machine
Product, to be conducive to enable the structure of multi-line cutting machine more compact.
Detailed description of the invention
The present invention will be further described with reference to the accompanying drawings and examples.
Fig. 1 is the overall structure diagram of one of embodiment of the utility model；
Fig. 2 is the overall structure diagram of one of embodiment of the utility model；
Fig. 3 is the cutting head of the utility model and the structural schematic diagram of driving assembly；
Fig. 4 is the actinobacillus device of the utility model and the positive structure schematic of take-up；
Fig. 5 is the actinobacillus device of the utility model and the structure schematic diagram of take-up.
Wherein: stand arrangement 1, lower mounting rack 11, preceding mounting rack 12, rear mounting rack 13 wind space 14, drive space
15, cutting head 2, First Line roller 21, the second line roller 22, third line roller 23, baffle 24, bar 25, driving assembly 3, unwrapping wire dress
Set 4, ureeling barrel 41, upper tension assembly 42, upper servo motor 421, upper rotation bar 422, third guide wheel 423, the first guide wheel 43, on
Wire-arranging component 44, the 5th guide wheel 441, upper mounting seat 442, upper moving assembly 443, take-up 5, wire winding tube 51, lower tensioning group
Part 52, lower servo motor 521, bottom bull stick 522, four guide idler 523, the second guide wheel 53, lower wire-arranging component 54, the 6th guide wheel
541, lower mounting seat 542, lower moving assembly 543, the first commutation component 6, the first reverse wheel 61, the second reverse wheel 62, second changes
To component 7, third reverse wheel 71, the 4th reverse wheel 72, self-powered platform 8, processing platform 81, lifting assembly 82.
Specific embodiment
Further illustrate the technical solution of the utility model below with reference to the accompanying drawings and specific embodiments.
A kind of compact-sized multi-line cutting machine, including stand arrangement 1, cutting head 2, driving assembly 3, actinobacillus device 4,
Commutation component 6, the second commutation component 7 of take-up 5, first and self-powered platform 8；
The stand arrangement 1 includes lower mounting rack 11, preceding mounting rack 12 and rear mounting rack 13；The preceding mounting rack 12 is with after
Mounting rack 13 is set to the top of the lower mounting rack 11；The preceding mounting rack 12 is mutually perpendicular to the rear mounting rack 13, institute
It states preceding mounting rack 12 and rear mounting rack 13 forms winding space 14 and driving space 15；
The cutting head 2 is installed on the preceding mounting rack 12；The driving component 3 is set to the driving space 15
In, for driving the cutting head 2；
The self-powered platform 8 is set on lower mounting rack 11, and is in the underface of the cutting head 2；The liter
Drop workbench 8 can move up and down in processing；
The actinobacillus device 4 and take-up 5 are set in the winding space 14 and driving space 15；
The first commutation component 6 and the second commutation component 7 are also mounted on the preceding mounting rack 12；
After cutting line is drawn out from actinobacillus device 4, by the commutation of the first commutation component 6, the cutting machine is passed through
By the commutation of the second commutation component 7 after first 2, is finally wound by the take-up 5, form a processing closed loop.
The left and right directions of the application meaning is the transverse direction for the cutting machine that X-direction and the application are set, and front-rear direction is
The longitudinal direction of Y direction and the cutting machine of the application setting.
When processing, workpiece is put on the lifting platform, cutting line is constantly being run, when workpiece rises to cutting head 2
When middle, cutting line constantly cuts workpiece, and cutting line forms a closed loop, the incision principle of similar slow wire feeding.
The cutting head 2 is installed on the preceding mounting rack 12, and the driving component 3, actinobacillus device 4 and take-up dress
Setting 5 is the back in the preceding mounting rack 12, and driving assembly 3 is in the driving space 15 and winding space 14, puts
Line apparatus 4 and take-up 5 can utilize the back space of cutting head 2, be utilized and cut significantly then in winding in space 14
Longitudinal volume of cutting mill, and guarantee that lateral volume is not occupied, so largely can reduce the overall volume of cutting machine,
To be conducive to enable the structure of multi-line cutting machine more compact.
In addition, the cutting head 2 of the application is not move up and down, but rely solely on self-powered platform 8 and realization is gone to cut
The lifting of process is cut, so cutting line just need not loosen or be tensioned with moving up and down for cutting head 2, so unwrapping wire fills
Set 4 and the adjustment of take-up 5 be comparatively that comparison is easy, enable the control of cutting machine easier.
Further, the cutting head 2 includes First Line roller 21, the second line roller 22 and third line roller 23；
The First Line roller 21, the second line roller 22 and third line roller 23 are parallel to each other, and the First Line roller 21 is in institute
The top of the second line roller 22 and third line roller 23 is stated, the second line roller 22 and third line roller 23 are in sustained height；
The driving component 3 drives the First Line roller 21, the second line roller 22 and third line roller 23 to rotate；The First Line
Cutting accommodating space is formed between roller 21, the second line roller 22 and third line roller 23；
Between the First Line roller 21 and the second line roller 22, gear is respectively provided between the First Line roller 21 and third line roller 23
Plate 24；
Cutting line is successively wound on the First Line roller 21, the second line roller 22 and third line roller 23.
When carrying out wire cutting to workpiece, because the self-powered platform 8 is constantly to drive the workpiece oscilaltion, from
And workpiece in process can be in the accommodating space, and linear cutter is difficult to generate clast or spark is write,
If do not protected, it is easy to injure people, and the baffle 24 being arranged can block the pop-up of clast or spark, be merely able to fall, institute
Can guarantee the safety of process operation.
Further, the outside of the baffle 24 is provided with bar 25；The bar 25 and 21 phase of First Line roller
It is mutually parallel；Cutting line passes through between lever and baffle 24.
Cutting line is being wound on First Line roller 21, the second line roller 22 and third line roller 23, and when for cutting, cutting line inevitably can
It shakes, the baffle 24 of setting is in order to avoid cutting line jitter amplitude, so that because that will not occur because of shake between cutting line
Mutual dislocation.
Further, the self-powered platform 8 includes processing platform 81 and lifting assembly 82；
The lifting assembly 82 is installed on the lower mounting rack 11, and the lifting assembly 82 is connected to the processing platform
81, the lifting assembly 82 is for driving the processing platform 81 to move up and down.
The lifting assembly 82 is screw pair.
When processing, the lifting assembly 82 drives the processing platform 81 constantly upwards, so that being in processing platform
Workpiece on 81 is cut by cutting line, and after processing, the lifting assembly 82 drives the processing platform 81 to move down, side
Persons who happens to be on hand for an errand take out workpiece.
Further, the actinobacillus device 4 includes ureeling barrel 41, upper tension assembly 42 and the first guide wheel 43；
The ureeling barrel 41 is set in the winding space 14 and longitudinally disposed；
The upper tension assembly 42 and the first guide wheel 43 are installed on the rear mounting rack 13；The upper tension assembly 42 is set
It is placed in the upper left side of the ureeling barrel 41, first guide wheel 43 is set to the top of the upper tension assembly 42；
The take-up 5 includes wire winding tube 51, lower tension assembly 52 and the second guide wheel 53；
The wire winding tube 51 is set to the lower section of the ureeling barrel 41, also longitudinally disposed；
The lower tension assembly 52 and the second guide wheel 53 are set on the rear mounting rack 13；The lower tension assembly 52 is set
It is placed in the upper left side of the wire winding tube 51, second guide wheel 53 is set to the top of the lower tension assembly 52；
Cutting line is released from the ureeling barrel 41, around being wound on first guide wheel 43 after the upper tension assembly 42,
Afterwards by the first commutation component 6；
Cutting line, around lower tension assembly 52 after being wound on the second guide wheel 53, returns to described after the second commutation component 7
Curled hair in wire winding tube 51；
When the cutting line relaxation on cutting head 2, the upper tension assembly 42 and/or lower tension assembly 52 are to cutting line
It is tensioned.
It, can be by adjusting the upper tension assembly 42 and lower tensioning group even if in cutting process, cutting line has extension
Part 52 enables cutting line to keep being tensioned constantly, prevents its relaxation, effective guarantee cutting efficiency.In addition, being provided with two here
A mechanism for tensioning, so that cutting line can be tensioned, the range of adjusting is bigger, and adaptability is more reinforced.
Further, the upper tension assembly 42 includes upper servo motor 421, upper rotation bar 422 and third guide wheel
423；
The upper rotation bar 422 is set in winding space 14, and the third guide wheel 423 is set to rotation bar 422
One end；The upper servo motor 421 is set in driving space 15, and the upper servo motor 421 is connected to the upper rotation bar
422 other end, for driving the upper rotation bar 422 that rotation occurs；
The lower tension assembly 52 includes lower servo motor 521, bottom bull stick 522 and four guide idler 523；
The bottom bull stick 522 is set in winding space 14, and the four guide idler 523 is set to bottom bull stick 522
One end；The lower servo motor 521 is set in driving space 15, and the lower servo motor 521 is connected to the bottom bull stick
522 other end, for driving the bottom bull stick 522 that rotation occurs.
The sensor for detecting current cut line tightness can be set in the cutting head 2, cuts when detecting
When secant relaxation, is rotated by controlling the upper servo motor 421 and/or lower servo motor 521, drive the upper rotation bar
422 and/or bottom bull stick 522 rotate, to be tensioned cutting line, control process is simple and quick, opens conducive to the moment to cutting line
Tightly.
Further, the actinobacillus device 4 further includes upper wire-arranging component 44；The upper wire-arranging component 44 is set to winding
In space 14, and it is in the top of the ureeling barrel 41；
The upper wire-arranging component 44 includes the 5th guide wheel 441, upper mounting seat 442 and upper moving assembly 443；
5th guide wheel 441 is installed in the upper mounting seat 442；The upper moving assembly 443 is connected on described
Mounting base 442, the upper moving assembly 443 drive the upper mounting seat 442 to vertically move；
The cutting line come out from ureeling barrel 41 is successively wound on the 5th guide wheel 441, third guide wheel 423 and the first guide wheel
43。
Because volume has many cutting lines on the ureeling barrel 41, the upper wire-arranging component 44 of setting facilitates cutting line to be discharged to institute
It states on third guide wheel 423, such as when releasing cutting line, can separate the time enables the upper moving assembly 443 drive the peace
Seat is filled toward movement at the front mounting plate, to release cutting line paragraph by paragraph from back to front.
The upper moving assembly 443 is screw pair.
Further, the take-up 5 further includes lower wire-arranging component 54；The lower wire-arranging component 54 is set to winding
In space 14, and it is in the top that lower wire-arranging component 54 is set to the wire winding tube 51；
The lower wire-arranging component 54 includes the 6th guide wheel 541, lower mounting seat 542 and lower moving assembly 543；
6th guide wheel 541 is installed in the lower mounting seat 542；The lower moving assembly 543 be connected to it is described under
Mounting base 542, the lower moving assembly 543 drive the lower mounting seat 542 to vertically move；
Cutting line is rolled onto the wire winding tube 51 after successively bypassing four guide idler 523, the second guide wheel 53 and the 6th guide wheel 541
On.
Cutting line after cutting can pass through the guiding of the lower wire-arranging component 54, facilitate and be wound on cutting line from front to back
On the wire winding tube 51, so that wiring is neat.
The lower moving assembly 543 is feed screw nut pair.
Further, the first commutation component 6 includes the first reverse wheel 61 and the second reverse wheel 62；
The axis of first reverse wheel 61 and the axis of second reverse wheel 62 are mutually perpendicular to；Second reverse wheel
62 axis is parallel to each other with the First Line roller 21；
First reverse wheel 61, the second reverse wheel 62 are first bypassed further around in institute around the cutting line of first guide wheel 43
It states on First Line roller 21；
The second commutation component 7 includes third reverse wheel 71 and the 4th reverse wheel 72；
The axis of the third reverse wheel 71 and the axis of the 4th reverse wheel 72 are mutually perpendicular to；4th reverse wheel
72 axis is parallel to each other with the second line roller 22；
The 4th reverse wheel 72, third reverse wheel 71 are successively bypassed further around in institute from the cutting line of the third line roller 23
It states on the second guide wheel 53.
Because first guide wheel 43 and the second guide wheel 53 are installed on the rear mounting rack 13, and the cutting head 2 is then
Before being set on mounting rack 12, so they are orthogonal, to be provided with first for the ease of making cutting line commutate
Commutate component 6 and the second commutation component 7.
The above content is only the preferred embodiment of the utility model, for those of ordinary skill in the art, according to this reality
With novel thought, there will be changes in the specific implementation manner and application range, and the content of the present specification should not be construed as
Limitations of the present invention.
Claims (9)
1. a kind of compact-sized multi-line cutting machine, it is characterised in that: including stand arrangement, cutting head, driving assembly, unwrapping wire
Device, take-up, the first commutation component, the second commutation component and self-powered platform；
The stand arrangement includes lower mounting rack, preceding mounting rack and rear mounting rack；The preceding mounting rack and rear mounting rack are set to
The top of the lower mounting rack；The preceding mounting rack is mutually perpendicular to the rear mounting rack, the preceding mounting rack and rear mounting rack
Form winding space and driving space；
The cutting head is installed on the preceding mounting rack；The driving component is set in the driving space, for driving
The cutting head；
The self-powered platform is set on lower mounting rack, and is in the underface of the cutting head；The self-powered platform
It can move up and down in processing；
The actinobacillus device and take-up are set in the winding space and driving space；
The first commutation component and the second commutation component are also mounted on the preceding mounting rack；
After cutting line is drawn out from actinobacillus device, by the commutation of the first commutation component, passed through after the cutting head
The commutation for crossing the second commutation component, is finally wound by the take-up, forms a processing closed loop.
2. multi-line cutting machine according to claim 1, it is characterised in that: the cutting head includes First Line roller, second
Line roller and third line roller；
The First Line roller, the second line roller and third line roller are parallel to each other, and the First Line roller be in the second line roller and
The top of third line roller, the second line roller and third line roller are in sustained height；
The driving component drives the First Line roller, the second line roller and the rotation of third line roller；The First Line roller, the second line roller
Cutting accommodating space is formed between third line roller；
Between the First Line roller and the second line roller, baffle is respectively provided between the First Line roller and third line roller；
Cutting line is successively wound on the First Line roller, the second line roller and third line roller.
3. multi-line cutting machine according to claim 2, it is characterised in that: be provided with bar on the outside of the baffle；It is described
Bar is parallel to each other with the First Line roller；Cutting line passes through between lever and baffle.
4. multi-line cutting machine according to claim 1, it is characterised in that: the self-powered platform includes processing platform and liter
It comes down to a lower group part；
The lifting assembly is installed on the lower mounting rack, and the lifting assembly is connected to the processing platform, the lifting
Component is for driving the processing platform to move up and down.
5. multi-line cutting machine according to claim 2, it is characterised in that: the actinobacillus device includes ureeling barrel, upper tensioning
Component and the first guide wheel；
The ureeling barrel is set in the winding space and longitudinally disposed；
The upper tension assembly and the first guide wheel are installed on the rear mounting rack；The upper tension assembly is set to the unwrapping wire
The upper left side of cylinder, first guide wheel are set to the top of the upper tension assembly；
The take-up includes wire winding tube, lower tension assembly and the second guide wheel；
The wire winding tube is set to the lower section of the ureeling barrel, also longitudinally disposed；
The lower tension assembly and the second guide wheel are set on the rear mounting rack；The lower tension assembly is set to the take-up
The upper left side of cylinder, second guide wheel are set to the top of the lower tension assembly；
Cutting line is released from the ureeling barrel, around being wound on first guide wheel after the upper tension assembly, after by described
First commutation component；
Cutting line, around lower tension assembly after being wound on the second guide wheel, returns in the wire winding tube after the second commutation component
Curled hair；
When the cutting line relaxation on cutting head, the upper tension assembly and/or lower tension assembly are tensioned cutting line.
6. multi-line cutting machine according to claim 5, it is characterised in that: the upper tension assembly include upper servo motor,
Upper rotation bar and third guide wheel；
The upper rotation bar is set in winding space, and the third guide wheel is set to one end of rotation bar；The upper servo
Motor is set in driving space, and the upper servo motor is connected to the other end of the upper rotation bar, described for driving
Rotation occurs for rotation bar；
The lower tension assembly includes lower servo motor, bottom bull stick and four guide idler；
The bottom bull stick is set in winding space, and the four guide idler is set to one end of bottom bull stick；The lower servo
Motor be set to driving space in, the lower servo motor is connected to the other end of the bottom bull stick, for drive it is described under
Rotation occurs for rotation bar.
7. multi-line cutting machine according to claim 6, it is characterised in that: the actinobacillus device further includes upper wire-arranging component；
The upper wire-arranging component is set in winding space, and is in the top of the ureeling barrel；
The upper wire-arranging component includes the 5th guide wheel, upper mounting seat and upper moving assembly；
5th guide wheel is installed in the upper mounting seat；The upper moving assembly is connected to the upper mounting seat, it is described on
Moving assembly drives the upper mounting seat to vertically move；
The cutting line come out from ureeling barrel is successively wound on the 5th guide wheel, third guide wheel and the first guide wheel.
8. multi-line cutting machine according to claim 5, it is characterised in that: the take-up further includes lower wire-arranging component；
The lower wire-arranging component is set in winding space, and the top of the wire winding tube is set in lower wire-arranging component；
The lower wire-arranging component includes the 6th guide wheel, lower mounting seat and lower moving assembly；
6th guide wheel is installed in the lower mounting seat；The lower moving assembly is connected to the lower mounting seat, under described
Moving assembly drives the lower mounting seat to vertically move；
Cutting line is rolled on the wire winding tube after successively bypassing four guide idler, the second guide wheel and the 6th guide wheel.
9. multi-line cutting machine according to claim 7, it is characterised in that: the first commutation component includes the first reverse wheel
With the second reverse wheel；
The axis of first reverse wheel and the axis of second reverse wheel are mutually perpendicular to；The axis of second reverse wheel with
The First Line roller is parallel to each other；
First reverse wheel, the second reverse wheel are first bypassed further around in the First Line roller around the cutting line of first guide wheel
On；
The second commutation component includes third reverse wheel and the 4th reverse wheel；
The axis of the third reverse wheel and the axis of the 4th reverse wheel are mutually perpendicular to；The axis of 4th reverse wheel with
The second line roller is parallel to each other；
The 4th reverse wheel, third reverse wheel are successively bypassed further around in second guide wheel from the cutting line of the third line roller
On.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820235238.6U CN208497345U (en) | 2018-02-09 | 2018-02-09 | A kind of compact-sized multi-line cutting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820235238.6U CN208497345U (en) | 2018-02-09 | 2018-02-09 | A kind of compact-sized multi-line cutting machine |
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| Publication Number | Publication Date |
|---|---|
| CN208497345U true CN208497345U (en) | 2019-02-15 |
Family
ID=65294912
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820235238.6U Active CN208497345U (en) | 2018-02-09 | 2018-02-09 | A kind of compact-sized multi-line cutting machine |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111976044A (en) * | 2020-08-26 | 2020-11-24 | 长沙岱勒新材料科技股份有限公司 | Dislocation steering mechanism, multi-wire cutting device and multi-wire cutting system |
-
2018
- 2018-02-09 CN CN201820235238.6U patent/CN208497345U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111976044A (en) * | 2020-08-26 | 2020-11-24 | 长沙岱勒新材料科技股份有限公司 | Dislocation steering mechanism, multi-wire cutting device and multi-wire cutting system |
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