CN207746564U - Cut dedusting mechanism - Google Patents
Cut dedusting mechanism Download PDFInfo
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- CN207746564U CN207746564U CN201721871451.8U CN201721871451U CN207746564U CN 207746564 U CN207746564 U CN 207746564U CN 201721871451 U CN201721871451 U CN 201721871451U CN 207746564 U CN207746564 U CN 207746564U
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- cutting
- dedusting
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- dust
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Abstract
The utility model discloses a kind of cutting dedusting mechanism, for carrying out cutting dedusting to pole piece, including：Cutter device, dust-extraction unit, transmission device, cutter device is for cutting pole piece, and dust-extraction unit is for being dusted pole piece, and transmission device is for being transmitted pole piece；Dust-extraction unit includes：Dedusting cavity body structure, dedusting pipe structure, dedusting pipe structure are penetrated through with dedusting cavity body structure；Transmission device is transmitted pole piece, so that pole piece passes through dedusting cavity body structure；Cutting through-hole is offered on dedusting cavity body structure, cutter device cuts the pole piece in dedusting cavity body structure through cutting through-hole；The direction of transfer of pole piece and horizontal direction are non-parallel.The cutting dedusting mechanism of the utility model reduces the dust for being attached to pole piece, improves the safety of battery production in pole piece cutting process.
Description
Technical field
The utility model is related to cell polar ear cutting dedusting technology fields, more particularly to a kind of cutting dedusting mechanism.
Background technology
It is cut by laser lug, refers to the shape for being cut into lug in the blank space of pole piece sheet stock using laser head, the technique
The lug obtained is not only connected firmly compared with the lug of ultrasonic welding, but also electric conductivity is good, can effectively ensure electricity
The performance in pond.However, dust is will produce during laser cutting pole piece, if these dust are attached on pole piece coiled material simultaneously
It is brought into subsequent process, or even is involved in inside battery, dust is just easy to pierce through the diaphragm paper in battery core, causes battery micro-
Short circuit even results in the security risks such as battery explosion.As shown in Figure 1, it is a kind of schematic diagram of 10 horizontal lying-type of pole piece cutting.By
Fig. 1 transports and realizes cutting it is found that pole piece 10 under the drive of associated drive mechanism, makees horizontal lying-type, such horizontal lying-type cutting
Mode so that the footprint area of the surface of pole piece in the horizontal plane is larger, under gravity, is produced in pole piece cutting process
Raw dust is easy to be adhered to the surface of pole piece.Therefore, how chalk dust removing is more effectively removed, is in laser cutting lug process
One important link is also exactly this problem, and the technique for limiting laser cutting lug at present is promoted and generally used.
Utility model content
The purpose of the utility model is to overcome shortcomings in the prior art, a kind of cutting dedusting mechanism are provided, in pole
In piece cutting process, the dust for being attached to pole piece is reduced, the safety of battery production is improved.
The purpose of this utility model is achieved through the following technical solutions：
A kind of cutting dedusting mechanism, for carrying out cutting dedusting to pole piece, including：Cutter device, dust-extraction unit, transmission dress
It sets, for the cutter device for being cut to the pole piece, the dust-extraction unit is described for being dusted to the pole piece
Transmission device is for being transmitted the pole piece；
The dust-extraction unit includes：Dedusting cavity body structure, dedusting pipe structure, the dedusting pipe structure and the dedusting
Cavity body structure penetrates through；
The transmission device is transmitted the pole piece, so that the pole piece passes through the dedusting cavity body structure；
Cutting through-hole is offered on the dedusting cavity body structure, the cutter device is removed through the cutting through-hole to described
The pole piece in dirt cavity body structure is cut；
The direction of transfer of the pole piece and horizontal direction are non-parallel.
The direction of transfer of the pole piece is vertical with horizontal direction in one of the embodiments,.
The cutter device includes in one of the embodiments,：Laser head, cutting horizontal adjust module, cutting vertically
Module is adjusted, the cutting horizontal adjusts module and is used to carry out position adjusting in the horizontal direction to the laser head, described to cut
The vertical module that adjusts is cut for carrying out position adjusting in the vertical direction to the laser head.
The cutter device further includes cutting supporting rack in one of the embodiments, and the cutting horizontal adjusts module
Including：Cutting horizontal driving portion, the cutting horizontal on the cutting supporting rack adjust sliding rail, slide on the cutting horizontal
The cutting horizontal adjusting slider on sliding rail is adjusted, the laser head is installed on the cutting horizontal adjusting slider, the cutting
Horizontal drive portion drives the laser head, so that the laser head is past in the horizontal direction by the cutting horizontal adjusting slider
The cutting horizontal is slided on again to adjust on sliding rail.
The vertical module that adjusts of the cutting includes in one of the embodiments,：It cuts vertical driving portion, cut set on described
Cutting on cut branch support adjusts sliding rail, slides on the vertical vertical adjusting slider of cutting adjusted on sliding rail of the cutting vertically,
The laser head is installed on the vertical adjusting slider of cutting, and the vertical driving portion of cutting drives the laser head, so that
The laser head is obtained vertically to reciprocatingly slide in the vertical adjusting sliding rail of the cutting by the vertical adjusting slider of cutting
On.
The cutting horizontal driving portion includes Level tune screw rod in one of the embodiments, the Level tune spiral shell
Bar is screwed together on the cutting supporting rack, and one end of the Level tune screw rod is connect with the laser head.
The other end of the Level tune screw rod far from the laser head is equipped with Level tune in one of the embodiments,
Handle.
The vertical driving portion of cutting includes in one of the embodiments,：Vertical regulation motor, vertical adjusting screw rod,
The vertical adjusting screw rod is set to the output end of the vertical regulation motor, and the vertical adjusting screw rod is screwed together in the cutting branch
On support, one end of the vertical adjusting screw rod is connect with the laser head.
The cutting dedusting mechanism further includes waste material collection device in one of the embodiments, the transmission device packet
The first transfer roller and the second transfer roller are included, hairbrush is installed at first transfer roller and second transfer roller.
Laser cushion block is installed in the dedusting cavity body structure in one of the embodiments,.
The cutting dedusting mechanism of the utility model, by the way that cutter device, dust-extraction unit, transmission device, cutter device is arranged
For being cut to pole piece, for being dusted to pole piece, transmission device is used to be transmitted pole piece dust-extraction unit, and right
The structure of each device optimizes, and in pole piece cutting process, reduces the dust for being attached to pole piece, improves battery
The safety of production.
Description of the drawings
Fig. 1 is a kind of schematic diagram of pole piece horizontal lying-type cutting；
Fig. 2 is the schematic diagram of the cutting dedusting mechanism of one embodiment of the utility model；
Fig. 3 is the structure chart of the cutting dedusting mechanism of one embodiment of the utility model；
Fig. 4 is the structure chart of the cutter device of cutting dedusting mechanism shown in Fig. 3；
Fig. 5 is the structure chart of the first dust-absorbing box shown in Fig. 3 and the first dust suction tube assembly；
Fig. 6 is the structure chart of the second dust-absorbing box shown in Fig. 3 and the second dust suction tube assembly；
Fig. 7 is the structure chart of the dedusting box position adjustment structure of dust-extraction unit shown in Fig. 3；
Fig. 8 is the structure chart of the waste material collection device of cutting dedusting mechanism shown in Fig. 3.
Specific implementation mode
The utility model is more fully retouched below with reference to relevant drawings for the ease of understanding the utility model,
It states.The better embodiment of the utility model is given in attached drawing.But the utility model can come in many different forms
It realizes, however it is not limited to embodiments described herein.On the contrary, the purpose of providing these embodiments is that making new to this practicality
The disclosure of type understands more thorough and comprehensive.
It should be noted that when element is referred to as " being fixed on " another element, it can be directly on another element
Or there may also be elements placed in the middle.When an element is considered as " connection " another element, it can be directly connected to
To another element or it may be simultaneously present centering elements.Term as used herein " vertical ", " horizontal ", " left side ",
" right side " and similar statement for illustrative purposes only, are not offered as being unique embodiment.
Unless otherwise defined, all of technologies and scientific terms used here by the article is led with the technology for belonging to the utility model
The normally understood meaning of technical staff in domain is identical.Terminology used in the description of the utility model herein only be
The purpose of description specific embodiment, it is not intended that in limitation the utility model.Term " and or " used herein packet
Include any and all combinations of one or more relevant Listed Items.
As shown in Fig. 2, a kind of cutting dedusting mechanism 20, for carrying out cutting dedusting to pole piece 10, including：Cutter device
100, dust-extraction unit 200, transmission device 300.
For being cut to pole piece 10, dust-extraction unit 200 transmits cutter device 100 for being dusted to pole piece 10
Device 300 is for being transmitted pole piece 10.
Wherein, dust-extraction unit 200 includes：Dedusting cavity body structure 210, dedusting pipe structure 220, dedusting pipe structure 220
It is penetrated through with dedusting cavity body structure 210.
Transmission device 300 is transmitted pole piece 10, so that pole piece 10 passes through dedusting cavity body structure 210.
Cutting through-hole 211 is offered on dedusting cavity body structure 210, cutter device 100 is through cutting through-hole 211 to dedusting chamber
Pole piece 10 in body structure 210 is cut.
The direction of transfer of pole piece 10 and horizontal direction are non-parallel.In the present embodiment, the direction of transfer of pole piece 10 and level
Direction is vertical.
In the following, being illustrated to the operation principle for cutting dedusting mechanism 20：
By the effect of transmission device 300, pole piece 10 is transmitted, so that pole piece 10 can pass through dust-extraction unit
200 dedusting cavity body structure 210；
Due to offering cutting through-hole 211 on dedusting cavity body structure 210, then, it is logical that cutter device 100 can penetrate cutting
Hole 211, to be cut to the pole piece 10 in dedusting cavity body structure 210；
In the cutting process of pole piece 10, dust is will produce, by the way that dedusting pipe structure 220, dedusting pipe structure is arranged
220 penetrate through with dedusting cavity body structure 210, and external dust collection equipment is by dedusting pipe structure 220 in dedusting cavity body structure 210
Dust drawn, to realize that the dust that is generated in 10 cutting process of pole piece siphons away, prevent dust adhesion in pole piece 10
Surface prevents dust to be attached on pole piece 10 and is brought into subsequent process, prevents dust from piercing through the diaphragm paper in battery core and making
At battery micro-short circuit, the safety of battery production is improved.
It should be particularly noted that, the cutting dedusting mechanism 20 of the utility model, the direction of transfer and horizontal direction of pole piece 10
Non-parallel, most preferably, the direction of transfer of pole piece 10 is vertical with horizontal direction.In this way, compared to traditional pole piece 10 in level
Direction is transmitted, and the pole piece 10 of the utility model is to be transmitted in the vertical direction, it is known that, it is produced in cutting process
Dust be not easy to be adhered to the surface of pole piece 10, even if dust adhesion is easy if the surface dust of pole piece 10 in gravity
Effect is lower to be fallen, while dust-extraction unit 200 being coordinated to draw dust, can greatly be reduced and is adhered to 10 table of pole piece
The Dust Capacity in face improves the safety of battery production.
As shown in Figures 3 and 4, in the following, being illustrated to the concrete structure of cutter device 100：
Cutter device 100 includes：Laser head 110, cutting horizontal adjust module 120, the vertical adjusting module 130 of cutting, cut
Level tune module 120 is cut for carrying out position adjusting in the horizontal direction to laser head 110, cuts vertical adjusting module 130
For carrying out position adjusting in the vertical direction to laser head 110.
Specifically, cutter device 100 further includes cutting supporting rack 140.Cutting horizontal adjusts module 120：Cut water
Flat driving portion 121, the cutting horizontal on cutting supporting rack 140 adjust sliding rail 122, slide on cutting horizontal adjusting sliding rail
Cutting horizontal adjusting slider 123 on 122, laser head 110 are installed on cutting horizontal adjusting slider 123, cutting horizontal driving
Portion 121 drive laser head 110 so that laser head 110 by cutting horizontal adjusting slider 123 reciprocatingly slide in the horizontal direction in
Cutting horizontal is adjusted on sliding rail 122.Cutting horizontal adjusts module 120 and is mainly focused by star-like handle, focal position
It is shown using number, number shows reset function, and precision is high.
Specifically, the vertical module 130 that adjusts of cutting includes：It cuts vertical driving portion 131, be set on cutting supporting rack 140
Cutting vertical adjust sliding rail 132, slide on the vertical vertical adjusting slider 133 of cutting adjusted on sliding rail 132 of cutting, laser head
110 are installed on the vertical adjusting slider of cutting 133, cut vertical driving portion 131 and drive laser head 110, so that laser head 110
It is vertically reciprocatingly slided on the vertical adjusting sliding rail 132 of cutting by cutting vertical adjusting slider 133.
The operation principle of cutter device 100 is as follows：
The laser head 110 of cutter device 100 is through cutting through-hole 211, to the pole piece 10 in dedusting cavity body structure 210
It is cut；
When needing the position to laser head 110 to be adjusted, module 120 can be adjusted by cutting horizontal and realized to swashing
The position of shaven head 110 in the horizontal direction is adjusted, and can be realized to laser head 110 perpendicular by cutting the vertical module 130 that adjusts
The upward position of histogram is adjusted, to adapt to the cutting of different model pole piece 10；
For example, it is desired to when carrying out position adjusting in the horizontal direction to laser head 110, cut since laser head 110 is installed on
It cuts on Level tune sliding block 123, and cutting horizontal adjusting slider 123 slides on cutting horizontal and adjusts on sliding rail 122, then, cuts
Cut horizontal drive portion 121 drive laser head 110 so that laser head 110 by cutting horizontal adjusting slider 123 along level side
It is adjusted on sliding rail 122 to the reciprocal cutting horizontal that slides on, realizes the position of laser head 110 in the horizontal direction and adjust；
For example, it is desired to when carrying out position adjusting in the vertical direction to laser head 110, cut since laser head 110 is installed on
It cuts on vertical adjusting slider 133, and cuts vertical adjusting slider 133 and slide on the vertical adjusting sliding rail 132 of cutting, then, cut
It cuts vertical driving portion 131 and drives laser head 110, so that laser head 110 is by cutting vertical adjusting slider 133 along vertical side
It is slided on the vertical adjusting sliding rail 132 of cutting to reciprocal, realizes the position of laser head 110 in the vertical direction and adjust.
In the present embodiment, cutting horizontal driving portion 121 includes Level tune screw rod, and Level tune screw rod is screwed together in cutting
On supporting rack 140, one end of Level tune screw rod is connect with laser head 110, and Level tune screw rod is another far from laser head 110
End is equipped with Level tune handle.It is found that turn Level tune screw rod by Level tune handle, one end of Level tune screw rod with
Laser head 110 connects, to achieve the purpose that 110 horizontal position of laser head is adjusted.
In the present embodiment, cutting vertical driving portion 131 includes：Vertical regulation motor, vertical adjusting screw rod, it is vertical to adjust
Screw rod is set to the output end of vertical regulation motor, and vertical adjusting screw rod is screwed together on cutting supporting rack 140, vertical adjusting screw rod
One end is connect with laser head 110.It is found that drive vertical adjusting screw rod to rotate by vertical regulation motor, vertical adjusting screw rod
One end is connect with laser head 110, to achieve the purpose that 110 vertical position of laser head is adjusted.
As shown in Fig. 3, Fig. 5 and Fig. 6, in the following, being illustrated to the concrete structure of dust-extraction unit 200：
Dedusting cavity body structure 210 includes：First dust-absorbing box 212, the second dust-absorbing box 213, dedusting pipe structure 220 include：
First dust suction tube assembly 221, the second dust suction tube assembly 222.
First dust-absorbing box 212 is the cavity body structure of one end open one end encapsulation, and the second dust-absorbing box 213 is one end open one end
The cavity body structure of encapsulation, interval is arranged and forms pole piece transmission channel between the first dust-absorbing box 212 and the second dust-absorbing box 213, the
The open end of one dust-absorbing box 212 and the open end of the second dust-absorbing box 213 are oppositely arranged；
There is first dust-absorbing box 212 first vacuum chamber 214, second dust-absorbing box 213 to have the second vacuum chamber 215, the
One dust suction tube assembly 221 is arranged in the first dust-absorbing box 212 and the first vacuum chamber 214 penetrates through, and the second dust suction tube assembly 222 is arranged in
Second dust-absorbing box 213 and the second vacuum chamber 215 penetrate through.
In the present embodiment, the first dust-absorbing box 212 and the second dust-absorbing box 213 respectively increase an air inlet so that inhale on one side
Wind is entered the wind on one side, and the natural air inlet before changing, blast velocity is fast, increases pick-up performance, and air inlet is set as oval,
Hexagonal intake port shape before change is not easy to be stained with powder falling dirt in this way without dead angle, keeps cleaning in dust-absorbing box.
The operation principle of dust-extraction unit 200 is as follows：
Transmission device 300 is transmitted pole piece 10, so that pole piece 10 passes through the first dust-absorbing box 212 and the second dust-absorbing box
The pole piece transmission channel formed between 213；
In the present embodiment, cutting through-hole 211 is opened on the first dust-absorbing box 212, the laser head 110 of cutter device 100
The pole piece 10 in pole piece transmission channel is cut through cutting through-hole 211；
In the cutting process of pole piece 10, dust is will produce, external dust collection equipment is right by the first dust suction tube assembly 221
Dust in first vacuum chamber 214 is drawn, and external dust collection equipment is by the second dust suction tube assembly 222 to the second vacuum chamber
Dust in 215 is drawn, to effectively prevent dust adhesion in the surface of pole piece 10.
In the present embodiment, the first dust suction tube assembly 221 includes more first sweep-up pipes, each first sweep-up pipe
One end is penetrated through with first vacuum chamber 214.In this way, by the way that more first sweep-up pipes, the port of every 1 first sweep-up pipe is arranged
It is respectively arranged at the different location of the first vacuum chamber 214, comprehensive dust suction can be carried out to the first vacuum chamber 214, effectively improved
The effect of dust suction.
Likewise, in the present embodiment, the second dust suction tube assembly 222 includes more second sweep-up pipes, each described second
One end of sweep-up pipe is penetrated through with second vacuum chamber 215.In this way, by the way that more second sweep-up pipes, every 1 second dust suction is arranged
The port of pipe is respectively arranged at the different location of the second vacuum chamber 215, can carry out comprehensive dust suction to the second vacuum chamber 215,
Effectively increase the effect of dust suction.
As shown in figure 5, further, the open end of the first dust-absorbing box 212 is equipped with pole piece guide plate 216, pole piece guide plate
216 be cell structure, and pole piece guide plate 216 includes the more spacer bars 217 interval setting successively and be mutually parallel.In this way, logical
Setting pole piece guide plate 216 is crossed, it is possible to prevente effectively from when dust suction, lug is sucked away.
As shown in fig. 6, further, the open end of the second dust-absorbing box 213 sets that there are two pole piece guide reel 218, two poles
The rotation axis of piece guide reel 218 is mutually parallel, two 218 spaced settings of pole piece guide reel.In this way, by the way that two poles are arranged
Piece guide reel 218, two pole piece guide reels 218 are distributed in the both sides of the open end of the second dust-absorbing box 213, on the one hand can be with pole piece
Transmission guide, on the other hand can adjust the tension of pole piece, ensure the effect of laser cutting pole piece.Further,
One piece of connection metal plate 219 is installed respectively at two pole piece guide reels 218, connection metal plate 219 can play pole piece support and make
With.
As shown in fig. 7, further, dust-extraction unit 200 further includes dedusting box position adjustment structure 230.Dedusting box position
Adjustment structure 230 includes：Dedusting box Level tune module 231, dedusting box adjust module 232, dedusting box Level tune mould vertically
For carrying out position adjusting in the horizontal direction to the second dust-absorbing box 213, dedusting box adjusts module 232 and is used for pair group 231 vertically
Second dust-absorbing box 213 carries out position adjusting in the vertical direction.In this way, by the way that dedusting box Level tune module 231 is arranged and removes
Dirt box adjusts module 232 vertically, realizes position adjustment of second dust-absorbing box 213 in the horizontal direction and on vertical direction, can be with
It is adaptively adjusted according to the pole piece of different model.
As shown in figure 3, in the following, being illustrated to the concrete structure of transmission device 300：
Transmission device 300 includes the first transfer roller 310 and the second transfer roller 320, the first transfer roller 310 and the second transfer roller
320 are located at the both sides of dedusting cavity body structure 210.In this way, pole piece 10 is in the first transfer roller 310 and the second transfer roller 320
It under effect, realizes and is entered by one end of dedusting cavity body structure 210, the other end comes out, and completes the cutting and dedusting of pole piece 10.First
Hairbrush is installed at transfer roller 310 and the second transfer roller 320, by the way that hairbrush is arranged, the dust on roll surface, and hairbrush can be brushed off
Lower section has dust sucting pipeline, realization to siphon away dust.
As shown in figure 8, the cutting dedusting mechanism 20 of the utility model further includes waste material collection device 400.Garbage collection fills
Setting 400 includes：Garbage collection slot 410, the first garbage collection roller 420, the second garbage collection roller 430, garbage collection driving motor
440, garbage collection driving gear 450, the first garbage collection driven gear 460, the second garbage collection driven gear 470.First
Garbage collection roller 420 and the rotation of the second garbage collection roller 430 are set in garbage collection slot 410, the first garbage collection driven gear
460 are set to one end of the first garbage collection roller 420, and the second garbage collection driven gear 470 is set to the second garbage collection roller 430
One end, the first garbage collection driven gear 460 and the second garbage collection driven gear 470 are intermeshed, garbage collection driving tooth
Wheel 450 is set to the output end of garbage collection driving motor 440, garbage collection driving gear 450 and the first garbage collection driven tooth
460 intermeshing of wheel, the roll surface of the first garbage collection roller 420 and the roll surface of the second garbage collection roller 430 are bonded to each other.
The operation principle of waste material collection device 400 is as follows：
Garbage collection driving motor 440 drives garbage collection driving gear 450 to rotate, garbage collection driving gear 450 into
And the rotation of the first garbage collection driven gear 460 is driven, the first garbage collection driven gear 460 drives the second garbage collection again
Driven gear 470；
Then, the first garbage collection driven gear 460 drive the first garbage collection roller 420 rotation, the second garbage collection from
Moving gear 470 drives the rotation of the second garbage collection roller 430；
It, can be by pole since the roll surface of the roll surface and the second garbage collection roller 430 of the first garbage collection roller 420 is bonded to each other
The generated waste material in cutting process of piece 10 is gripped and is brought into garbage collection slot 410, to realize the receipts to waste material
Collection.
In the present embodiment, waste material collection device 400 is set to the lower section of dust-extraction unit 200.
In the conventional technology, pole piece 10 cuts generated waste material and naturally falls in ash can, then useless by manually carrying out cleaning
Hopper.And the cutting dedusting mechanism 20 of the utility model, by being arranged waste material collection device 400, the first garbage collection roller 420 with
Second garbage collection roller 430 coordinates, in the entrance garbage collection slot 410 that pole piece 10 is cut to generated waste material tensioning, pole piece
10 can compress enter in garbage collection slot 410, improve the garbage collection amount of garbage collection slot 410.Further, waste material
Crusher can also be arranged in collecting tank 410, crushed to waste material by crusher.
It should also be noted that laser cushion block (not shown) is equipped in dedusting cavity body structure 210, by the way that laser pad is arranged
Block can prevent laser penetration, and effective protection is carried out to inside cavity.
The cutting dedusting mechanism 20 of the utility model, by the way that cutter device 100, dust-extraction unit 200, transmission device is arranged
300, cutter device 100 is for cutting pole piece 10, and dust-extraction unit 200 is for being dusted pole piece 10, transmission device
300 for being transmitted pole piece 10, and is optimized to the structure of each device, in pole piece cutting process, reduces
It is attached to the dust of pole piece, improves the safety of battery production.
Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed,
But therefore it can not be interpreted as the limitation to utility model patent range.It should be pointed out that for the common skill of this field
For art personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these are belonged to
The scope of protection of the utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.
Claims (10)
1. a kind of cutting dedusting mechanism, for carrying out cutting dedusting to pole piece, which is characterized in that including：Cutter device, dedusting dress
It sets, transmission device, for being cut to the pole piece, the dust-extraction unit is used to carry out the pole piece cutter device
Dedusting, the transmission device is for being transmitted the pole piece；
The dust-extraction unit includes：Dedusting cavity body structure, dedusting pipe structure, the dedusting pipe structure and the dedusting cavity
Structure penetrates through；
The transmission device is transmitted the pole piece, so that the pole piece passes through the dedusting cavity body structure；
Cutting through-hole is offered on the dedusting cavity body structure, the cutter device is through the cutting through-hole to the dedusting chamber
The pole piece in body structure is cut；
The direction of transfer of the pole piece and horizontal direction are non-parallel.
2. cutting dedusting mechanism according to claim 1, which is characterized in that the direction of transfer and horizontal direction of the pole piece
Vertically.
3. cutting dedusting mechanism according to claim 1, which is characterized in that the cutter device includes：Laser head, cutting
Level tune module, the vertical adjusting module of cutting, the cutting horizontal adjust module and are used for the laser head in the horizontal direction
Enterprising line position sets adjusting, and the vertical module that adjusts of the cutting for carrying out position adjusting in the vertical direction to the laser head.
4. cutting dedusting mechanism according to claim 3, which is characterized in that the cutter device further includes cutting support
Frame, the cutting horizontal adjust module and include：Cutting horizontal driving portion, the cutting horizontal on the cutting supporting rack are adjusted
Sliding rail slides on the cutting horizontal and adjusts cutting horizontal adjusting slider on sliding rail, and the laser head is installed on the cutting
On Level tune sliding block, the cutting horizontal driving portion drives the laser head, so that the laser head passes through the cutting
Level tune sliding block reciprocatingly slides in the horizontal direction to be adjusted in the cutting horizontal on sliding rail.
5. cutting dedusting mechanism according to claim 4, which is characterized in that the cutting adjusts module and includes vertically：It cuts
Cut vertical driving portion, the cutting on the cutting supporting rack adjusts sliding rail vertically, slides on the vertical adjusting cunning of the cutting
The vertical adjusting slider of cutting on rail, the laser head are installed on the vertical adjusting slider of cutting, and the cutting is vertical to drive
Dynamic portion drives the laser head, so that the laser head is vertically reciprocatingly slided by the vertical adjusting slider of cutting
In on the vertical adjusting sliding rail of the cutting.
6. cutting dedusting mechanism according to claim 4, which is characterized in that the cutting horizontal driving portion includes horizontal adjusts
Screw rod is saved, the Level tune screw rod is screwed together on the cutting supporting rack, and one end of the Level tune screw rod is swashed with described
Shaven head connection.
7. cutting dedusting mechanism according to claim 6, which is characterized in that the Level tune screw rod is far from the laser
The other end of head is equipped with Level tune handle.
8. cutting dedusting mechanism according to claim 5, which is characterized in that the vertical driving portion of the cutting includes：Vertically
Regulation motor, vertical adjusting screw rod, the vertical adjusting screw rod are set to the output end of the vertical regulation motor, the vertical tune
Section screw rod is screwed together on the cutting supporting rack, and one end of the vertical adjusting screw rod is connect with the laser head.
9. cutting dedusting mechanism according to claim 1, which is characterized in that the cutting dedusting mechanism further includes that waste material is received
Acquisition means, the transmission device include the first transfer roller and the second transfer roller, first transfer roller and second transfer roller
Place is equipped with hairbrush.
10. cutting dedusting mechanism according to claim 1, which is characterized in that be equipped in the dedusting cavity body structure sharp
Light cushion block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721871451.8U CN207746564U (en) | 2017-12-26 | 2017-12-26 | Cut dedusting mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721871451.8U CN207746564U (en) | 2017-12-26 | 2017-12-26 | Cut dedusting mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207746564U true CN207746564U (en) | 2018-08-21 |
Family
ID=63150853
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721871451.8U Active CN207746564U (en) | 2017-12-26 | 2017-12-26 | Cut dedusting mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207746564U (en) |
-
2017
- 2017-12-26 CN CN201721871451.8U patent/CN207746564U/en active Active
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