CN207877862U - A kind of dual layer passivation groove body and the copper foil production cutting integrated production line using it - Google Patents
A kind of dual layer passivation groove body and the copper foil production cutting integrated production line using it Download PDFInfo
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- CN207877862U CN207877862U CN201820189686.7U CN201820189686U CN207877862U CN 207877862 U CN207877862 U CN 207877862U CN 201820189686 U CN201820189686 U CN 201820189686U CN 207877862 U CN207877862 U CN 207877862U
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- deactivation slot
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Abstract
Integrated production line is cut the utility model discloses a kind of dual layer passivation groove body and using its copper foil production；Belong to copper foil production equipment technology.Dual layer passivation groove body is：Upper and lower two groove bodies, each groove body are provided with 2 mobile side boards；Copper foil production cutting integrated production line, cutting machine is arranged between foil machine and dual layer passivation groove body.Using the dual layer passivation groove body of the utility model, the demand of double width and the passivation of three width copper foils disclosure satisfy that.And use the copper foil production cutting integrated production line of the utility model, which solve shortcoming in the prior art, anti-oxidation processing can be carried out to the end in copper foil cutting face and solves carrying of the copper foil between split air conditioner injury issuable to copper foil, copper foil copper powder is effectively removed.
Description
Technical field
The utility model is related to a kind of copper foil process units, more specifically more particularly to a kind of dual layer passivation groove body and
Use its copper foil production cutting integrated production line.
Background technology
It is in the prior art：Copper foil production is generally produced using split air conditioner, and there are following problems：
（1）For copper foil after cutting, cutting face is unable to get effective anti-oxidation processing.
（2）In handling process of the copper foil between split air conditioner, there is all multi-risk Systems.
（3）Copper foil copper powder is not handled effectively.
The above problem is several big problems in puzzle copper foil manufacturing enterprise, how to solve the above problems, becomes copper foil
One general orientation of production machine.
In the prior art, passivation groove body is the core component of anti-oxidation processing, but groove body now is to be directed to single width
Copper foil is designed through transpassivation, cannot be satisfied double width, the demand that three width copper foils are passivated.
Utility model content
The purpose of this utility model is to provide a kind of dual layer passivation groove body, it disclosure satisfy that double width and three width copper foils are blunt
The demand of change.
The another object of the utility model is to provide a kind of copper foil production cutting integrated production line, and which solve existing
Shortcoming in technology, can to the end in copper foil cutting face carry out it is anti-oxidation processing and solve copper foil split air conditioner it
Between carrying it is issuable to copper foil injury, copper foil copper powder is effectively removed.
What the technical solution of the utility model was realized in：
A kind of dual layer passivation groove body, including：Frame structure is installed with the second deactivation slot above the frame structure
（3-2）, the first deactivation slot is installed with below frame structure（3-1）；
First deactivation slot includes：Foreboard（3-1-1）, back plate（3-1-3）, left and right mobile side board（3-1-2、3-1-4）, bottom
Plate（3-1-5）, left and right fixed side panel（3-1-10,3-1-11）, in foreboard（3-1-1）, back plate（3-1-3）, bottom plate（3-1-5）
On be respectively provided with protrusion guide rail（3-1-6）, it is both provided on the bottom of left and right side plate and the guide rail（3-1-6）It matches
Groove（3-1-7）；Foreboard（3-1-1）, back plate（3-1-3）, bottom plate（3-1-5）, left and right fixed side panel（3-1-10,3-1-
11）Fixation is integral, and driving telescopic rod is installed between left and right fixed side panel and left and right mobile side board, driving flexible
The fixed part of bar is arranged on left and right fixed side panel, movable part is arranged on left and right mobile side board；
Second deactivation slot is identical as the construction of the first deactivation slot；
Second deactivation slot（3-2）Foreboard and the first deactivation slot（3-1）Foreboard between be provided with opening so that copper foil
The first deactivation slot of lower section can be entered（3-1）In, the second deactivation slot（3-2）Back plate and the first deactivation slot（3-1）Back plate
Between be provided with opening so that the first deactivation slot that copper foil can be from below（3-1）It leaves.
Further, the driving telescopic rod uses hydraulic telescopic rod or air pressure telescopic link.
Further, in the first deactivation slot（3-1）, the second deactivation slot（3-2）Front and rear sides be respectively arranged respectively and have
One guide roller（5-1）, driven roller（5-3）, in the first deactivation slot（4-1）, the second deactivation slot（3-2）Middle part be provided with second and lead
To roller（5-2）.
Further, the second guide roller of the first deactivation slot（5-2）Both pass through the left and right mobile side board of the first deactivation slot（3-
1-2、3-1-4）, the second guide roller in the second deactivation slot（5-2）Both pass through the left and right mobile side board of the second deactivation slot（3-1-2、
3-1-4）.
A kind of copper foil production cutting integrated production line includes successively：Cathode roll（1）, cutting machine（2）, bilayer above-mentioned
It is passivated groove body, the first rinsing bowl（8-1）, the second rinsing bowl（8-2）, the first drying unit（6-1）, the second drying unit（6-2）、
First wind-up roll（7-1）, the second wind-up roll（7-2）, cutting machine（2）It is arranged in cathode roll（1）Between dual layer passivation groove body.
Further, in cathode roll（1）Top is along cathode roll（1）It is axially arranged with pickling mechanism（4）, the pickling mechanism（4）
By along cathode roll（1）It is axially disposed at cathode roll（1）The pickle jet pipe on top（4a）, pickle jet pipe is axially disposed at along cathode roll
The washing jet pipe of upside（4b）And it tilts and is located at pickle jet pipe（4a）With washing jet pipe（4b）Between baffle（4c）Composition,
The baffle（4c）Upper end is close to cathode roll（1）Lateral wall, baffle（4c）Lower end is located at pickle jet pipe（4a）Outside；The gear
Plate（4c）Far from cathode roll（1）One end be equipped with upward and drainage plate（4d）, the drainage plate（4d）Along cathode roll（1）Axially incline
Tiltedly setting.
Further, further include：Third wind-up roll（7-3）, it is arranged in the second drying unit（6-2）Rear side.
Further, cutting machine（2）By being located at the connecting rod in rack along copper foil width direction to be cut（11a）, the company of being located at
Extension bar（11a）The gib block of lower face（11b）, be located at gib block（11b）On several mounting brackets（11c）, be located at corresponding peace
It shelves（11c）It is upper and with the first guide roller（5-1）Parallel support shaft（11d）, be set in support shaft（11d）On turning set
（11e）And it is located at corresponding turning set（11e）On cutting wheel（11f）Composition.
Further, the guide rail of arc is equipped in the rack of the both sides of first wind-up roll, the second wind-up roll（16）.
Further, the guide rail of arc also is provided in the rack of the both sides of the third wind-up roll（16）.
The beneficial effects of the utility model are：
First, it is proposed that：The theory of cutting integrated machine is produced, and previous copper foil produces, cutting generally uses split air conditioner,
And two split air conditioners need 2 workshops that can save 1 workshop using all-in-one machine technology；And what is more important saves
Carrying of the copper foil between split air conditioner has been gone, and then has been avoided to the issuable injury of copper foil.
Second, cutting machine is arranged between foil machine and dual layer passivation groove body, is the most basic design of the utility model；With
Past copper foil production, technique are：Anti-oxidation processing-the winding of foil-unreels-cutting-and cleans-wind.The application breaks
The technology prejudice of " the anti-oxidation processing-cutting of foil-", the all-in-one machine technology used are not according to " the anti-oxidation place of foil-
Reason-cutting " designs all-in-one machine, i.e., the design of cutting machine is arranged behind rinsing bowl.
The cutting machine of third, the utility model is arranged between foil machine and deactivation slot, and effect is：（1）It is anti-oxidation
Processing plays the role of anti-oxidation surface processing, removes copper powder two；I.e. on the basis of saving 1 workshop, also eliminate point
Cut subsequent washing equipment；（2）Effective anti-oxidation processing can be also carried out to the cutting face after cutting.
4th, copper foil can generally be divided by cutting machine：The copper foil of single width, two width, three width.How rationally by several copper foils
It is another problem that the utility model encounters by deactivation slot, rinsing bowl；It is found by research：It can using double-deck deactivation slot
To solve the above problems.
Description of the drawings
The utility model is described in further detail for embodiment in below in conjunction with the accompanying drawings, but does not constitute to this reality
With novel any restrictions.
Fig. 1 is the structural schematic diagram of embodiment one.
Fig. 2 is the design diagram of the pickling mechanism in embodiment two.
Fig. 3 is the structural schematic diagram of embodiment three.
Fig. 4 is the structural schematic diagram of example IV.
Fig. 5 is the structural schematic diagram of the first deactivation slot.
Fig. 6 is left mobile side board, right mobile side board and bottom plate, the vertical connection diagram of front and rear panels.
Fig. 7 is left and right mobile side board, the vertical view of the connection structure of left and right fixed side panel and hydraulic telescopic rod.
Fig. 8 is the vertical structure schematic diagram of the first deactivation slot of example IV, the second deactivation slot.
Fig. 9 is 2 width copper foils by the first deactivation slot, the design diagram of the second deactivation slot.
Figure 10 is the design diagram that single width copper foil passes through the first deactivation slot.
Figure 11 is 3 width copper foils by the first deactivation slot, the design diagram of the second deactivation slot.
Figure 12 is 3 width copper foils by the first deactivation slot, another design diagram of the second deactivation slot.
Figure 13 is the structural schematic diagram of embodiment five.
Figure 14 is the structural schematic diagram of embodiment six.
Figure 15 is the structural schematic diagram of the first deactivation slot of embodiment six, the second deactivation slot, third deactivation slot.
Figure 16 is the structural schematic diagram of cutting machine.
In figure：Cathode roll 1, cutting machine 2, the first deactivation slot 3-1, the second deactivation slot 3-2, third deactivation slot 3-3, first are dried
Equipment for drying 6-1, the second drying unit 6-2, third drying unit 6-3, the first wind-up roll 7-1, the second wind-up roll 7-2, third are received
Winding up roller 7-3, the first rinsing bowl 8-1, the second rinsing bowl 8-2, third rinsing bowl 8-3；
Pickling mechanism 4, pickle jet pipe 4a, washing jet pipe 4b, baffle 4c, drainage plate 4d；
First guide roller 5-1, driven roller 5-3, the second guide roller 5-2；
Foreboard 3-1-1, left mobile side board 3-1-2, back plate 3-1-3, right mobile side board 3-1-4, bottom plate 3-1-5, guide rail 3-
1-6, groove 3-1-7, hydraulic telescopic rod 3-1-9；
Connecting rod 11a, gib block 11b, mounting bracket 11c, support shaft 11d, turning set 11e, cut wheel 11f, hot blast pipe 13,
Guide rail 16.
Specific implementation mode
Embodiment one：As shown in Figure 1, a kind of copper foil foil-anti-oxidation integrated apparatus of cutting-, according to copper foil advance side
To including successively：Cathode roll（1）, cutting machine（2）, the first deactivation slot（3-1）, the first rinsing bowl（8-1）, the first drying unit
（6-1）, the first wind-up roll（7-1）, cutting machine（2）It is arranged in cathode roll（1）With the first deactivation slot（3-1）Between；
As shown in Figure 1, for the situation produced for big wide cut copper foil, then copper foil passes through after being peeled away from cathode roll
Cutting machine（2）Cutting process is carried out to two edge of copper foil, then copper foil successively enters the first deactivation slot（3-1）, first washing
Slot（8-1）, subsequently into the first drying unit（6-1）, finally by the first wind-up roll（7-1）Winding；
In the first deactivation slot（3-1）Both sides setting have the first guide roller respectively（5-1）, driven roller（5-3）, blunt first
Change slot（4-1）Middle part be provided with the second guide roller（5-2）.
In the first rinsing bowl（8-1）Both sides be respectively arranged with the first guide roller（5-1）, driven roller（5-3）, in the first water
Washing trough（3-1）Middle part be provided with the second guide roller（5-2）.
Embodiment one " before cutting process setting to anti-oxidation treatment process ", the advantage is that：
（1）" simplifying production process, it is no longer necessary to postprocessing working procedures ", the first rinsing bowl（4-1）It plays while cleaning
The effect of " passivating solution, copper powder " that is, compared with prior art eliminates 2 washings, when having saved investment and having saved production
Between；（2）The gait of march of the anti-oxidation processing-winding of foil-is generally slower, therefore, between foil and anti-oxidation treatment process
Cutting machine is added, is compared to the copper foil gait of march cut again after winding and compares, the former copper foil gait of march is slow, cutting essence
Degree is more preferable；（3）The split air conditioner of the prior art, generally directly wash with water it is primary, such as the mode of CN105499192B, and real
Apply first " passivating solution+clear water " dual cleaning is utilized in example mode, i.e., from the perspective of cleaning copper powder, passivating solution+washing
Mode, be compared to CN105499192B single washing for, it is more thorough to the processing of copper powder.
The production technology of embodiment one is as follows：Copper foil first passes through cutting process after cathode roll stripping, then using anti-
Oxidation processes process is subsequently passed through baking operation, is finally wound, wherein anti-oxidation processing includes：Passivation and washing two
Line process.
Embodiment two：As shown in Fig. 2, difference from example 1 is that：In order to improve the effect of passivation, in cathode
Roller（1）Top is along cathode roll（1）It is axially arranged with pickling mechanism（4）.The pickling mechanism（4）By along cathode roll（1）It is axially disposed at
Cathode roll（1）The pickle jet pipe on top（4a）, the washing jet pipe that is axially disposed at along cathode roll on the upside of pickle jet pipe（4b）With
And it tilts and is located at pickle jet pipe（4a）With washing jet pipe（4b）Between baffle（4c）Composition, the baffle（4c）Upper end is close
Cathode roll（1）Lateral wall, baffle（4c）Lower end is located at pickle jet pipe（4a）Outside.The baffle（4c）Far from cathode roll（1）
One end be equipped with upward and drainage plate（4d）, the drainage plate（4d）Along cathode roll（1）Axially inclined setting.Using this knot
Structure, the copper foil of cathode roll production is in pickle jet pipe（4a）Effect is lower to carry out pickling, then in washing jet pipe（4b）Under effect into
Row washing, reaches good cleaning action, while baffle（4c）And drainage plate（4d）The clear water that upside sprays can be led
Stream avoids influencing pickling effect.In order to improve passivation effect, in pickling mechanism（4）The rack upper edge cathode roll of upside（1）It is axial
Equipped with hot blast pipe（13）.Utilize hot blast pipe（13）Heating is carried out to the copper foil after washing to air-dry, and is avoided in copper foil wrapup procedure,
Constantly there is liquid drippage, while can also prevent the water on copper foil from diluting the first deactivation slot（3-1）Interior liquid influences passivation effect
Fruit.
The production technology of embodiment two, the difference is that, copper foil increases before by cutting machine with embodiment one
Three pickling, washing, drying processes, purpose and effect are：The oxide layer of copper foil surface is removed, it, can after cutting
To improve the passivation effect of copper foil.
Embodiment three, as shown in figure 3, the situation of the copper foil for production double width, difference from example 1 is that：
Cutting machine increases 1 group of cutter, is 2 width by copper foil cutting, then fills the two by the same deactivation slot, rinsing bowl, drying
It sets, after drying unit, then winding is arrived respectively：First wind-up roll（7-1）, the second wind-up roll（7-2）.
Example IV, as shown in figure 4, the difference with embodiment three, is, copper foil after cutting machine is divided into 2 width,
Pass through successively respectively：First deactivation slot（3-1）, the first rinsing bowl（8-1）, the first drying unit（6-1）, the first wind-up roll（7-
1）, the second deactivation slot（3-2）, the second rinsing bowl（8-2）, the second drying unit（6-2）, the second wind-up roll（7-2）.
Compared with embodiment three, advantage is for it：After the copper foil cutting of embodiment three, by the same deactivation slot（Essence
It is that 2 width copper foils pass through the same guide roller）, at this point, the adjoining marginal portion of 2 width copper foils may collide, cause
Alice and other issues occurs for copper foil segmentation side.
First deactivation slot（3-1）, the second deactivation slot（3-2）Design be emphasis and difficult point；For copper foil, copper
Foil is cut after getting off from cathode roll, however the width needs cut are determined according to the actual requirement of client, and in order to
The waste of passivating solution is reduced, the width of single deactivation slot is also required to be adaptively adjusted according to cutting width；Meanwhile it designing
When also need to consider the mutual alignment relation of the first deactivation slot, the second deactivation slot, and how to connect.
As viewed in figures 5-8, the first deactivation slot includes：Foreboard（3-1-1）, back plate（3-1-3）, left and right mobile side board（3-1-
2、3-1-4）, bottom plate（3-1-5）, in foreboard（3-1-1）, back plate（3-1-3）, bottom plate（3-1-5）On be respectively provided with protrusion guide rail
（3-1-6）, it is both provided on the bottom of left and right side plate and the guide rail（3-1-6）Matched groove（3-1-7）.
It needs to adjust in the position of the left and right mobile side board of the first deactivation slot, also, the position of the two is not just with two
The spacing of person is related, it is contemplated that the position of copper foil, therefore, left and right mobile side board are not by the way of lead screw-nut
It is easy to reach above-mentioned purpose, this is also a setback in R＆D process：The advantages of lead screw-nut, is the spacing between plate
Control accuracy is high, easy to operate；But in application process, using the lead screw of a positive and negative screw, 2 nuts are set on lead screw
Sleeve（2 ut sockets are connect with left and right mobile side board respectively）, lead screw rotate when, 2 ut sockets close to or far away from；
Its shortcoming is that：1）It is that lead screw needs across plate, i.e., to punch on plate, can only be arranged in the top of deactivation slot solution, it is easy to
It collides with copper foil；2）It is the spacing that left and right mobile side board will not only consider the two, the also specific location with each plate has
Relationship.
Therefore, it is both provided with hydraulic telescopic rod on the outside of the left and right mobile side board of the first deactivation slot（3-1-9）To adjust
The two respective positions.
First deactivation slot further includes：The frame structure and left and right fixed side panel that montant and crossbeam are constituted（3-1-10,3-
1-11）, foreboard（3-1-1）, back plate（3-1-3）, bottom plate（3-1-5）, left and right fixed side panel（3-1-10,3-1-11）It is fixed
On the frame structure, hydraulic telescopic rod is installed between left and right fixed side panel and left and right mobile side board, hydraulic telescopic rod is consolidated
Determine portion be arranged on left and right fixed side panel, movable part be arranged on left and right mobile side board.
Second guide roller（5-2）Length be more than or equal to cathode roll length, and its pass through left and right mobile side board
（3-1-2、3-1-4）；Second guide roller（5-2）Central shaft both ends pass through left and right fixed side panel（3-1-10,3-1-11）
Outside, it is arranged on bearing block.
Second deactivation slot is identical as the construction of the first deactivation slot, the second deactivation slot（3-2）It is arranged in the first deactivation slot（3-1）
Top, the first deactivation slot and the vertical bar of the frame structure of the second deactivation slot link together, and forms pair of lamina and is passivated groove body
Structure.
As shown in figure 9, copper foil is divided into 2 width by cutting machine, wherein second deactivation slot of the copper foil in left side via top（3-
2）Processing, the copper foil on right side via lower section the first deactivation slot（3-1）Processing.
Second deactivation slot（3-2）Foreboard and the first deactivation slot（3-1）Foreboard between be provided with opening so that copper foil
The first deactivation slot of lower section can be entered（3-1）In, the second deactivation slot（3-2）Back plate and the first deactivation slot（3-1）Back plate
Between be provided with opening so that the first deactivation slot that copper foil can be from below（3-1）It leaves.
Further analyse in depth it is found that the first deactivation slot that the utility model is proposed（3-1）With the second deactivation slot（3-2）
By the way of being arranged above and below, the processing wide copper foil of single width is can be used for, as shown in Figure 10, copper foil only enters the first blunt of lower section
Change slot（3-1）.
Further analyse in depth it is found that the first deactivation slot that the utility model is proposed（3-1）With the second deactivation slot（3-2）
By the way of being arranged above and below, three width copper foils of processing are can be used for, as shown in figure 11, intermediate copper foil enters the first deactivation slot
（3-1）In, the first deactivation slot（3-1）Left and right mobile side board adjust position, in the first deactivation slot（3-1）Left and right active side
Passivating solution is added between plate, remaining left and right two width copper foil enters the second deactivation slot（3-2）In, left and right mobile side board is adjusted,
Passivating solution is added between the left mobile side board of left fixed side panel-, and passivating solution is added between the right right mobile side board of fixed side panel-（This
In the case of kind, the surface of hydraulic telescopic rod needs that separation sleeve is arranged）.
As shown in figure 12, for three width copper foils, into the second deactivation slot（3-2）Left and right copper foil, adjustment it is left and right
Passivating solution is added between left and right mobile side board in mobile side board.
It follows that example IV proposed：Upper and lower dual layer passivation slot, and deactivation slot uses：Double fixed side panel+dual-actives
The design philosophy of dynamic side plate, can freely use according to actual situation.
Meanwhile first rinsing bowl, the second aquation sink also use construction identical with the first deactivation slot, the second deactivation slot,
Difference is only that the solution of addition is water rather than passivating solution.
Embodiment five：As shown in figure 13, with example IV difference, it is to increase a third wind-up roll（7-3）,
This device is designed for three width copper foils.Intermediate copper foil enters the first deactivation slot, then in turn through the first rinsing bowl, the
After one drying unit, in winding to the first wind-up roll；The copper foil on both sides enter the second deactivation slot, then pass through the second rinsing bowl,
After second drying unit, wound respectively onto the second wind-up roll and third wind-up roll.
Embodiment six：As shown in figure 14, with embodiment five the difference is that, copper foil cutting be three width copper foils after, point
Do not enter：First deactivation slot（3-1）, the second deactivation slot（3-2）, third deactivation slot（3-3）, and third deactivation slot is in the second passivation
The top of slot, the second deactivation slot is in the top of the first deactivation slot；
First deactivation slot includes：The frame structure of montant and crossbeam composition, foreboard（3-1-1）, back plate（3-1-3）, bottom plate
（3-1-5）, left and right mobile side board（3-1-2,3-1-3）, without left and right fixed side panel（3-1-10,3-1-11）；In left and right work
Dynamic side plate（3-1-2,3-1-3）Outside be respectively arranged with hydraulic telescopic rod fixed station, liquid is arranged in the fixed part of hydraulic telescopic rod
The movable part of telescopic rod fixed station, hydraulic telescopic rod is pressed to be arranged in left and right mobile side board（3-1-2,3-1-3）On.
The vertical bar of the frame structure of first deactivation slot, the second deactivation slot, third deactivation slot links into an integrated entity, and constitutes three layers
It is passivated groove body.
Embodiment six simplifies the structure of single deactivation slot, and single deactivation slot is only provided with Dual Action side plate, and
Fixed side panel is not set, three layers of passivation slot structure must be used at this time.
In addition, our previous application can be used in cutting machine, " 2018200081680 copper foils produce cutting integration makeup
Set ", the cutting machine（2）By being located at the connecting rod in rack along copper foil width direction to be cut（11a）, be located at connecting rod
（11a）The gib block of lower face（11b）, be located at gib block（11b）On several mounting brackets（11c）, be located at corresponding mounting bracket
（11c）It is upper and with the first guide roller（5-1）Parallel support shaft（11d）, be set in support shaft（11d）On turning set（11e）
And it is located at corresponding turning set（11e）On cutting wheel（11f）Composition.First wind-up roll, the second wind-up roll, third winding
The guide rail of arc is equipped in the rack of roller both sides（16）.Pass through the guide rail of arc（16）It is up to the first winding of winding standard
Roller, the second wind-up roll, third wind-up roll are moved to guide rail（16）End, the first new wind-up roll, the second wind-up roll, third winding
Roller can carry out continuing to wind.
When work, first according to the width and length of predetermined finished product, pass through mounting bracket（11c）Adjusting cuts wheel（11f）Position
Set, the hair foil that copper foil generates at cathode roll under the desiccation of the pickling of pickling mechanism, washing effect and hot blast pipe from
It is stripped out in cathode roll, the hair foil being stripped out directly is cut, and the passivated slot of the copper foil after cutting, rinsing bowl are prevented
Oxidation processes and washing obtain the finished copper foil of client's needs after last drying case drying, are rolling up the desired copper foil that weighs
Volume is along guide rail（16）Slide into guide rail（16）Lower end waits for packaging last volume.
It should be noted that cleaning head can be arranged in the forward and backward side in deactivation slot；Cleaning can be arranged in the forward and backward side of rinsing bowl
Head, to improve cleaning performance.
Embodiment provided above is the better embodiment of the utility model, only is used for facilitating illustrating the utility model, and
It is non-to impose any limitation on the present invention, any those of ordinary skill in the art, if not departing from
In the range of the carried technical characteristic of the utility model, locally changes or repair using made by the utility model disclosed technology content
The equivalent embodiment of decorations, and without departing from the technical characteristics of the utility model content, still fall within the utility model technical characteristic
In the range of.
Claims (9)
1. a kind of dual layer passivation groove body, which is characterized in that including：Frame structure is installed with above the frame structure
Two deactivation slots（3-2）, the first deactivation slot is installed with below frame structure（3-1）；
First deactivation slot includes：Foreboard（3-1-1）, back plate（3-1-3）, left and right mobile side board（3-1-2、3-1-4）, bottom plate（3-
1-5）, left and right fixed side panel（3-1-10,3-1-11）, in foreboard（3-1-1）, back plate（3-1-3）, bottom plate（3-1-5）On be all provided with
Set the guide rail of protrusion（3-1-6）, it is both provided on the bottom of left and right side plate and the guide rail（3-1-6）Matched groove
（3-1-7）；Foreboard（3-1-1）, back plate（3-1-3）, bottom plate（3-1-5）, left and right fixed side panel（3-1-10,3-1-11）It is fixed
It is integral, driving telescopic rod is installed between left and right fixed side panel and left and right mobile side board, driving telescopic rod is consolidated
Determine portion be arranged on left and right fixed side panel, movable part be arranged on left and right mobile side board；
Second deactivation slot is identical as the construction of the first deactivation slot；
Second deactivation slot（3-2）Foreboard and the first deactivation slot（3-1）Foreboard between be provided with opening so that copper foil can
Into the first deactivation slot of lower section（3-1）In, the second deactivation slot（3-2）Back plate and the first deactivation slot（3-1）Back plate between
It is provided with opening, so that the first deactivation slot that copper foil can be from below（3-1）It leaves.
2. a kind of dual layer passivation groove body as described in claim 1, which is characterized in that in the first deactivation slot（3-1）, second passivation
Slot（3-2）Front and rear sides be respectively arranged respectively and have the first guide roller（5-1）, driven roller（5-3）, in the first deactivation slot（4-
1）, the second deactivation slot（3-2）Middle part be provided with the second guide roller（5-2）.
3. a kind of dual layer passivation groove body as described in claim 1, which is characterized in that the second guide roller of the first deactivation slot（5-
2）Both pass through the left and right mobile side board of the first deactivation slot（3-1-2、3-1-4）, the second guide roller in the second deactivation slot（5-2）
Across the left and right mobile side board of the second deactivation slot（3-1-2、3-1-4）.
4. a kind of copper foil production cutting integrated production line, which is characterized in that include successively：Cathode roll（1）, cutting machine（2）, power
Profit requires 1-3 any one of them dual layer passivations groove body, the first rinsing bowl（8-1）, the second rinsing bowl（8-2）, first drying dress
It sets（6-1）, the second drying unit（6-2）, the first wind-up roll（7-1）, the second wind-up roll（7-2）, cutting machine（2）It is arranged in cathode
Roller（1）Between dual layer passivation groove body.
5. a kind of copper foil production cutting integrated production line as claimed in claim 4, which is characterized in that in cathode roll（1）On
Portion is along cathode roll（1）It is axially arranged with pickling mechanism（4）, the pickling mechanism（4）By along cathode roll（1）It is axially disposed at cathode roll
（1）The pickle jet pipe on top（4a）, the washing jet pipe that is axially disposed at along cathode roll on the upside of pickle jet pipe（4b）And it tilts
It is located at pickle jet pipe（4a）With washing jet pipe（4b）Between baffle（4c）Composition, the baffle（4c）Upper end is close to cathode roll
（1）Lateral wall, baffle（4c）Lower end is located at pickle jet pipe（4a）Outside；The baffle（4c）Far from cathode roll（1）One end
It is equipped with upward and drainage plate（4d）, the drainage plate（4d）Along cathode roll（1）Axially inclined setting.
6. a kind of copper foil production cutting integrated production line as claimed in claim 5, which is characterized in that further include：Third is received
Winding up roller（7-3）, it is arranged in the second drying unit（6-2）Rear side.
7. a kind of copper foil production cutting integrated production line as claimed in claim 4, which is characterized in that cutting machine（2）By edge
Copper foil width direction to be cut is located at the connecting rod in rack（11a）, be located at connecting rod（11a）The gib block of lower face（11b）、
It is located at gib block（11b）On several mounting brackets（11c）, be located at corresponding mounting bracket（11c）It is upper and with the first guide roller（5-1）
Parallel support shaft（11d）, be set in support shaft（11d）On turning set（11e）And it is located at corresponding turning set（11e）On
Cutting wheel（11f）Composition.
8. a kind of copper foil production cutting integrated production line as claimed in claim 4, which is characterized in that first winding
The guide rail of arc is equipped in the rack of the both sides of roller, the second wind-up roll（16）.
9. a kind of copper foil production cutting integrated production line as claimed in claim 6, which is characterized in that the third wind-up roll
Both sides rack on also be provided with the guide rail of arc（16）.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820189686.7U CN207877862U (en) | 2018-02-05 | 2018-02-05 | A kind of dual layer passivation groove body and the copper foil production cutting integrated production line using it |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820189686.7U CN207877862U (en) | 2018-02-05 | 2018-02-05 | A kind of dual layer passivation groove body and the copper foil production cutting integrated production line using it |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110952099A (en) * | 2019-12-17 | 2020-04-03 | 九江德福科技股份有限公司 | Method for preventing end surface of copper foil from being oxidized |
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2018
- 2018-02-05 CN CN201820189686.7U patent/CN207877862U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110952099A (en) * | 2019-12-17 | 2020-04-03 | 九江德福科技股份有限公司 | Method for preventing end surface of copper foil from being oxidized |
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