CN206706228U - Web feed device - Google Patents
Web feed device Download PDFInfo
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- CN206706228U CN206706228U CN201621419581.3U CN201621419581U CN206706228U CN 206706228 U CN206706228 U CN 206706228U CN 201621419581 U CN201621419581 U CN 201621419581U CN 206706228 U CN206706228 U CN 206706228U
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- material strip
- feed
- driver
- positioning component
- welding
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Abstract
A kind of web feed device,Including the first installing plate and the first feed table being connected on the first installing plate,Second feed table and welding mechanism,Welding mechanism includes transfer driver,Portable plate,First positioning component,Second positioning component and weld assembly,The drive end of transfer driver is connected with portable plate,First positioning component,Second positioning component and weld assembly are connected on portable plate,Weld assembly is between the first positioning component and the second positioning component,First material strip of the first feed table output passes through the first positioning component successively,Weld assembly and the second positioning component,The second positioning component positions the first material strip when weld assembly is passed through in the end of first material strip,Transfer the side that driver can drive portable plate to be moved to the second feed table,The first positioning component positions the second material strip when the head end of second material strip of the second feed table output passes through weld assembly,Weld assembly is used for head end of the end with the second material strip for welding the first material strip.
Description
Technical field
Plating processing technique field is the utility model is related to, more particularly to a kind of web feed device.
Background technology
The Making programme of existing light emitting diode (light emitting diode, LED) is as follows：First by metal sheet
It is stamped to be shaped to LED support, afterwards, the LED support that is formed is electroplated, section, packaging, injection, die bond, short roasting solidification,
Bonding wire, dispensing, aging be roasting, tin plating etc., and light emitting diode product then is made through surveying inspection and sorted and packaged.
Usually require to carry out feed and rewinding operation in such a electroplating process, i.e., twined in the feed end placement of electroplating device
The looping disk of full material strip, in process of production, production is at the uniform velocity supplied to by the rotation of looping disk by material strip with certain speed
Line, and the discharge end in production line then places looping disk for receiving material strip, utilize the rotation of looping disk at this slowly will
The material strip winding processed thereon, carries out rewinding work.
Such a electroplating assembly line, when being soon finished in the material strip on feed end looping disk and needing the looping disk more renewed,
The end by front and rear two material strips is needed to weld together by the way of soldering, and this welding process needs quick progress,
It can ensure that the speed for welding material strip can get caught up in the charging rate of front material strip, so that whole electroplating assembly line can be put down
Surely, unremitting operation.
Utility model content
The purpose of this utility model is, there is provided a kind of web feed device, can the material strip of rapid welding first and second
Material strip, ensure welding material strip speed get caught up in front charging rate, and can guarantee that follow-up electroplating process can steadily, nothing
The operation of interruption, adds production efficiency.
The utility model, which solves its technical problem, to be realized using following technical scheme.
A kind of web feed device, including the first installing plate and be connected on the first installing plate the first feed table,
Two feed tables and welding mechanism, the first feed table and the second feed table are along the spaced setting of vertical direction, welding mechanism bag
Transfer driver, portable plate, the first positioning component, the second positioning component and weld assembly are included, transfer driver is connected to first
On installing plate, and the drive end for transferring driver is connected with portable plate, the first positioning component, the second positioning component and weld assembly
It is connected on portable plate, weld assembly is between the first positioning component and the second positioning component, and the of the output of the first feed table
One material strip passes through the first positioning component, weld assembly and the second positioning component successively, and weld assembly is passed through in the end of the first material strip
When the second positioning component position the first material strip, transfer driver can drive portable plate to be moved to the side of the second feed table, second
The first positioning component positions the second material strip when the head end of second material strip of feed table output passes through weld assembly, and weld assembly is used for
Weld the head end of the end of the first material strip and the first material strip of the head end of the second material strip or welding and the end of the second material strip.
In preferred embodiment of the present utility model, above-mentioned first installing plate is vertically fixedly installed, portable plate with
Realize that portable plate is movably attached on the first installing plate by the cooperation of chute and slide rail between first installing plate, and activity
Slide rail between plate and the first installing plate is vertically set.
In preferred embodiment of the present utility model, above-mentioned transfer driver is connected by screw mandrel with portable plate.
In preferred embodiment of the present utility model, above-mentioned first positioning component is determined including the first anchor drive, first
Position block and the first fixed block, the first anchor drive are connected on portable plate, and the drive end of the first anchor drive and first is determined
Position block connection, the first fixed block is oppositely arranged with the first locating piece, and is fixed on the portable plate, and the first anchor drive can drive
Make the first locating piece movement that the first material strip or the second material strip are fixed between the first fixed block and the first locating piece；Second positioning
Component includes the second anchor drive, the second locating piece and the second fixed block, and the second anchor drive is connected on portable plate, the
The drive end of two anchor drives is connected with the second locating piece, and the second fixed block is oppositely arranged with the second locating piece, and is fixed on
On portable plate, the second anchor drive can drive the second locating piece movement that the first material strip or the second material strip are fixed on into the second fixation
Between block and the second locating piece.
In preferred embodiment of the present utility model, above-mentioned weld assembly includes welding machine driver, welding block and carrier block,
Welding driver is connected on portable plate, and the drive end for welding driver is connected with welding block, and carrier block is relative with welding block to be set
Put, and be fixed on portable plate, welding driver can drive end and the second material strip of welding block movement the first material strip of welding
Head end welds the head end of the first material strip and the end of the second material strip.
In preferred embodiment of the present utility model, above-mentioned web feed device is also sent including the first feed mechanism and second
Expect mechanism, the first feed mechanism and the second feed mechanism are connected on the first installing plate, and the first feed mechanism is arranged at first and sent
The side of charging tray, the second feed mechanism are arranged at the side of the second feed table, and the first feed mechanism can clamp the first material strip, and will
First material strip is transferred to welding machine mechanism, and the second feed mechanism can clamp the second material strip, and the second material strip is transferred into welding machine mechanism.
In preferred embodiment of the present utility model, above-mentioned first installing plate is provided with the first via, and the first via is along water
Square to setting, and run through the first installing plate, the first feed mechanism includes the first feeding driver and the first feed clamp, and first send
Material driver is connected to the back side of the first installing plate, and the drive end of the first feeding driver is connected with the first feed clamp, and first send
Feed collet may pass through the first via and clamp the first material strip, the first feeding driver can drive the first feed clamp towards closer or far from
The direction of welding mechanism moves back and forth.
In preferred embodiment of the present utility model, above-mentioned first installing plate is provided with the second via, and the second via is along water
Square to setting, and run through the first installing plate, the second feed mechanism includes the second feeding driver and the second feed clamp, and second send
Material driver is connected to the back side of the first installing plate, and the drive end of the second feeding driver is connected with the second feed clamp, and second send
Feed collet may pass through the second via and clamp the second material strip, the second feeding driver can drive the second feed clamp towards closer or far from
The direction of welding mechanism moves back and forth.
In preferred embodiment of the present utility model, above-mentioned web feed device also includes the first material storage mechanism, the first storage
Material mechanism is connected on the first installing plate, and is arranged at the side of welding mechanism, and the first material storage mechanism is used to store material strip, for the
The handoff reservation time between one feed table and the second feed table.
In preferred embodiment of the present utility model, above-mentioned first material storage mechanism includes the first storing driver and the first storage
Expect block, the first storing driver is connected by screw mandrel with the first storing block, and the first installing plate is provided with multiple first storing wheels, respectively
First storing wheel is arranged at the lower section of the first storing driver, and the first storing block is provided with multiple second storing wheels, the first feeding
First material strip of disk output or the second material strip of the second feed table output pass through each first storing wheel and each second storing wheel successively.
First feed table of web feed device of the present utility model and the second feed table are spaced along vertical direction
Set, welding mechanism includes transfer driver, portable plate, the first positioning component, the second positioning component and weld assembly, and transfer is driven
Dynamic device is connected on the first installing plate, and the drive end for transferring driver is connected with portable plate, the first positioning component, the second positioning
Component and weld assembly are connected on portable plate, and weld assembly is between the first positioning component and the second positioning component, and first
First material strip of feed table output passes through the first positioning component, weld assembly and the second positioning component, the end of the first material strip successively
The second positioning component positions the first material strip when weld assembly is passed through at end, and transfer driver can drive portable plate to be moved to the second feeding
The side of disk, the first positioning component positions the second material when the head end of the second material strip of the second feed table output passes through weld assembly
Band, weld assembly are used to weld the end of the first material strip and the head end and the second material of the first material strip of the head end of the second material strip or welding
The end of band.Therefore, first material strip of web feed device energy rapid welding of the present utility model and the second material strip, can ensure to weld
The speed of splicing band get caught up in front charging rate, and can guarantee that follow-up electroplating process can steady, unremitting operation,
Add production efficiency.
Described above is only the general introduction of technical solutions of the utility model, in order to better understand skill of the present utility model
Art means, and being practiced according to the content of specification, and in order to allow above and other purpose of the present utility model, feature
It can be become apparent with advantage, below especially exemplified by preferred embodiment, and coordinate accompanying drawing, described in detail.
Brief description of the drawings
Fig. 1 is the structural representation of material strip electroplating system of the present utility model.
Fig. 2 is the structural representation of web feed device of the present utility model.
Structural representation when Fig. 3 is web feed device switching charging tray of the present utility model.
Fig. 4 is the structural representation of material strip guider of the present utility model.
Fig. 5 is the structural representation of conduction rack of the present utility model.
Fig. 6 is the structural representation of material strip retracting device of the present utility model.
Structural representation when Fig. 7 is material strip retracting device switching charging tray of the present utility model.
Embodiment
Further to illustrate that the utility model is to reach the technological means and effect that predetermined purpose of utility model taken,
Below in conjunction with accompanying drawing and preferred embodiment, to according to the utility model proposes the embodiment of web feed device, knot
Structure, feature and its effect, describe in detail as follows:
Relevant of the present utility model foregoing and other technology contents, feature and effects, it is following coordinate with reference to schema compared with
It can be clearly appeared from the detailed description of good embodiment.By the explanation of embodiment, when can be to the utility model up to
The technological means and effect taken into predetermined purpose are able to more go deep into and specific understanding, but institute's accompanying drawings are only to provide
With reference to purposes of discussion, not be used for the utility model is any limitation as.
Fig. 1 is the structural representation of material strip electroplating system of the present utility model.As shown in figure 1, in the present embodiment, material strip
Electroplating system 100 includes web feed device 10, material strip guider 20 and material strip retracting device 30, and web feed device 10 is used
In outwards output material strip, and being electroplated by material strip guider 20 to material strip, the material strip after plating is by material strip retracting device 30
Retracting.
Fig. 2 is the structural representation of web feed device of the present utility model.Fig. 3 is web feed dress of the present utility model
Put structural representation during switching charging tray.As shown in Figures 2 and 3, in the present embodiment, web feed device 10 includes the first peace
Loading board 12 and the first feed table 13 being connected on the first installing plate 12, the second feed table 14, the first feed mechanism 15, second
Feed mechanism 16, the material storage mechanism 18 of welding mechanism 17 and first.
Specifically, the first installing plate 12 is vertically fixedly installed, and the first installing plate 12 is provided with the He of the first via 101
Second via 102, the first via 101 and the second via 102 are horizontally disposed, and run through the first installing plate 12.In this reality
Apply in example, the first via 101 and the second via 102 are arranged on the first installing plate 12 symmetrical above and belowly.
First material strip of the first feed table 13 output is successively after the material storage mechanism 18 of welding mechanism 17 and first in material strip
Electroplated in guider 20.In the present embodiment, the first feed table 13 is driven by motor, drives the first feed table 13 by institute
The speed uniform rotation needed, makes the first material strip evenly outwards export, and carries out the operation such as follow-up plating.
Second feed table 14 and the first feed table 13 are along the spaced setting of vertical direction.In the present embodiment, second
Feed table 14 is arranged at the lower section of the first feed table 13, is wound with the second material strip to be electroplated on the second feed table 14, and when the
When the first material strip on one feed table 13 has all conveyed, the head end of the end of the first material strip and the second material strip can be welded on one
Rise, and continued by the second feed table 14 outwards to export material strip (the second material strip).It is noted that said process can be carried out mutually
Conversion, such as when on the first feed table 13 the first material strip all conveyed when, outwards can continue to send by the second feed table 14
Material, the first feed table 13 now more renewed；, can be by new the when the second material strip on the second feed table 14 has all conveyed
One feed table 13 outwards continues feeding, the second feed table 14 now more renewed, the like, carry out continual feeding.
First feed mechanism 15 is arranged at the side of the first feed table 13, and the first feed mechanism 15 can clamp the first material strip,
And the first material strip is transferred to welding mechanism 17.In the present embodiment, the first feed mechanism 15 includes the first feeding driver (figure
Do not show) and the first feed clamp 152, the first feeding driver be connected to the back side of the first installing plate 12, the first feeding driver
Drive end is connected with the first feed clamp 152, and the first feed clamp 152 may pass through the first via 101 and clamp the first material strip, and first send
Material driver can drive the first feed clamp 152 to be moved back and forth towards the direction closer or far from welding mechanism 17.
Second feed mechanism 16 is arranged at the side of the second feed table 14, and the second feed mechanism 16 can clamp the second material strip,
And the second material strip is transferred to welding mechanism 17.In the present embodiment, the second feed mechanism 16 includes the second feeding driver (figure
Do not show) and the second feed clamp 162, the second feeding driver be connected to the back side of the second installing plate 32, the second feeding driver
Drive end is connected with the second feed clamp 162, and the second feed clamp 162 may pass through the second via 102 and clamp the second material strip, and second send
Material driver can drive the second feed clamp 162 to be moved back and forth towards the direction closer or far from welding mechanism 17.
Welding mechanism 17 is used to weld the end of the first material strip and the head end of the first material strip of the head end of the second material strip or welding
With the end of the second material strip.In the present embodiment, welding mechanism 17 includes transfer driver 172, portable plate 173, first positions
Component 174, the second positioning component 175 and weld assembly 176.Transfer driver 172 is connected on the first installing plate 12, and is transferred
The drive end of driver 172 is connected with portable plate 173, the first positioning component 174, the second positioning component 175 and weld assembly 176
It is connected on portable plate 173, weld assembly 176 is between the first positioning component 174 and the second positioning component 175, and first
Positioning component 174 is located at close to the side of the first feed mechanism 15.
Specifically, transfer driver 172 be connected by screw mandrel with portable plate 173, the installing plate 12 of portable plate 173 and first it
Between by the cooperation of chute and slide rail realize that portable plate 173 is movably attached on the first installing plate 12, and portable plate 173 with
Slide rail between first installing plate 12 is vertically set, and therefore, transfer driver 172 can drive portable plate by screw mandrel
173 vertically move on the first installing plate 12, that is, drive portable plate 173 to be moved to one close to the first feed mechanism 15
Side drives portable plate 173 to be moved to close to the side of the second feed mechanism 16.
First positioning component 174 includes the first anchor drive 1742, the first locating piece 1743 and the first fixed block 1744.
First anchor drive 1742 is connected on portable plate 173, the drive end and the first locating piece of the first anchor drive 1742
1743 connections, the first fixed block 1744 is oppositely arranged with the first locating piece 1743, and is fixed on portable plate 173.In this implementation
In example, when the head end of the second material strip of the second feed table 14 output passes through weld assembly 176, the first positioning component 174 positions
First anchor drive 1742 of the second material strip, i.e. the first positioning component 174 can drive the first locating piece 1743 to move second
Material strip is fixed between the first fixed block 1744 and the first locating piece 1743.
Second positioning component 175 includes the second anchor drive 1752, the second locating piece 1753 and the second fixed block 1754.
Second anchor drive 1752 is connected on portable plate 173, the drive end and the second locating piece of the second anchor drive 1752
1753 connections, the second fixed block 1754 is oppositely arranged with the second locating piece 1753, and is fixed on portable plate 173.In this implementation
In example, when the first material strip of the first feed table 13 output is fixed by the first positioning component 174, weld assembly 176 and second successively
Hyte part 175, the second positioning component 175 positions the first material strip when weld assembly 176 is passed through in the end of the first material strip, i.e., second is fixed
Second anchor drive 1752 of hyte part 175 can drive the second locating piece 1753 to move and fix the first material strip or the second material strip
Between the second fixed block 1754 and the second locating piece 1753.
Weld assembly 176 is used to weld the end of the first material strip and the head end of the first material strip of the head end of the second material strip or welding
With the end of the second material strip.In the present embodiment, weld assembly 176 includes welding driver 1762, welding block 1763 and carrying
Block 1764, welding driver 1762 are connected on portable plate 173, and the drive end of welding driver 1762 connects with welding block 1763
Connect, carrier block 1764 is oppositely arranged with welding block 1763, and is fixed on portable plate 173, and welding driver 1762 can drive weldering
Connect the head end and the second material strip of the end of movement the first material strip of welding of block 1763 and the first material strip of head end or welding of the second material strip
End.That is, when the first positioning component 174 positions the second material strip, and the second positioning component 175 the first material strip of positioning
When, the end of the first material strip can be in welding block with the head end or the head end of the first material strip of the second material strip and the end of the second material strip
1763 lower section, and weld assembly 176 connects the first material strip and the second material strip by modes such as scolding tin.
First material storage mechanism 18 is arranged at the side of welding mechanism 17, and the first material storage mechanism 18 is used to store material strip (first
Material strip or the second material strip), the time of the handoff reservation abundance between the first feed table 13 and the second feed table 14.In this implementation
In example, the first material storage mechanism 18 includes the first storing driver 182 and the first storing block 183, and the first storing driver 182 passes through
Screw mandrel is connected with the first storing block 183, and the first installing plate 12 is provided with multiple first storing wheels 122, and each first storing wheel 122 is set
The lower section of the first storing driver 182 is placed in, the first storing block 183 is provided with multiple second storing wheels 184, the first feed table 13
First material strip of output or the second material strip of the second feed table 14 output pass through each first storing wheel 122 and each second storing successively
Wheel 184.
First feed table 13 of web feed device 10 of the present utility model and the second feed table 14 are along vertical direction phase
Mutually it is arranged at intervals, welding mechanism 17 includes transfer driver 172, portable plate 173, the first positioning component 174, the second positioning component
175 and weld assembly 176, transfer driver 172 is connected on the first installing plate 12, and transfer the drive end of driver 172 with
Portable plate 173 is connected, and the first positioning component 174, the second positioning component 175 and weld assembly 176 are connected on portable plate 173,
Weld assembly 176 is between the first positioning component 174 and the second positioning component 175, the first material of the first feed table 13 output
Band is successively by the first positioning component 174, the positioning component 175 of weld assembly 176 and second, and the end of the first material strip is by welding
Second positioning component 175 positions the first material strip during component 176, and transfer driver 172 can drive portable plate 173 to be moved to second and send
The side of charging tray 14, the first positioning component 174 when the head end of the second material strip of the second feed table 14 output passes through weld assembly 176
The second material strip is positioned, weld assembly 176 is used to weld the end of the first material strip and the first material strip of the head end of the second material strip or welding
Head end and the second material strip end.Therefore, web feed device of the present utility model 10 can the material strip of rapid welding first and the
It two material strips, can ensure that the speed for welding material strip gets caught up in the charging rate in front, and can guarantee that follow-up electroplating process can
Steadily, unremitting operation, adds production efficiency.
Fig. 4 is the structural representation of material strip guider of the present utility model.Fig. 5 is the knot of conduction rack of the present utility model
Structure schematic diagram.As shown in Figure 4 and Figure 5, in the present embodiment, material strip guider 20 is led including the first guiding mechanism 22, second
To mechanism 23 and multiple electroplating baths 24；Multiple electroplating baths 24 are arranged between the first guiding mechanism 22 and the second guiding mechanism 23,
First guiding mechanism 22 is by the material strip (clear in order to describe below, the first material strip and the second material strip are represented with material strip) of horizontality
It is directed to vertical state；Second guiding mechanism 23 is used to the material strip of vertical state being directed to horizontality；Material strip after guiding
By carrying out electroplating processes during each electroplating bath 24.
As shown in figure 4, the first guiding mechanism 22 includes the first plummer 221, the first mounting bracket 222, first is oriented to driving
Device 225, the first contiguous block 226, multiple first directive wheels 227 and multiple second directive wheels 228.First plummer 221 is along level
Direction is fixedly installed, and the first mounting bracket 222 is fixed on the first plummer 221.First guiding driver 225 is connected to the first peace
Shelve on 222, the drive end of the first guiding driver 225 is connected with the first contiguous block 226.First mounting bracket 222 is provided with the
One guide rod 223 and the second guide rod 224, the first guide rod 223 are symmetrical arranged with the second guide rod 224, and first is oriented to driving
For the drive end of device 225 between the first guide rod 223 and the second guide rod 224, the first contiguous block 226, which is provided with, coordinates first
First movable span of the guide rod 224 of guide rod 223 and second, the first guide rod 223 and the second guide rod 224 are from the first movable span
In pass through.Multiple first directive wheels 227 are horizontally disposed, and the installation of one end connection first of multiple first directive wheels 227
On the contiguous block 226 of frame 222 and first.Multiple second directive wheels 228 are vertically set, and the one of multiple second directive wheels 228
End is connected on the first plummer 221.In the present embodiment, by web feed device 10 convey Lai horizontality material strip it is first
Multiple first directive wheels 227 of the first guiding mechanism 22 are first passed through, and 90 ° are deflected when by the second directive wheel 228, by material strip
It is directed to vertical state.
As shown in figure 4, the second guiding mechanism 23 includes the second plummer 231, the second mounting bracket 232, second is oriented to driving
Device 235, the second contiguous block 236, multiple 3rd directive wheels 237 and multiple 4th directive wheels 238.Second plummer 231 is along level
Direction is fixedly installed, and the second mounting bracket 232 is fixed on the first plummer 221.Second guiding driver 235 is connected to the second peace
Shelve on 232, the drive end of the second guiding driver 235 is connected with the second contiguous block 236.Second mounting bracket 232 is provided with the
Three guide rods 233 and the 4th guide rod 234, the 3rd guide rod 233 are symmetrical arranged with the 4th guide rod 234, and second is oriented to driving
For the drive end of device 235 between the 3rd guide rod 233 and the 4th guide rod 234, the second contiguous block 236, which is provided with, coordinates the 3rd
Second movable span of the guide rod 234 of guide rod 233 and the 4th, the 3rd guide rod 233 and the 4th guide rod 234 are from the second movable span
In pass through.Multiple 3rd directive wheels 237 are horizontally disposed, and the installation of one end connection second of multiple 3rd directive wheels 237
On the contiguous block 236 of frame 232 and second.Multiple 4th directive wheels 238 are vertically set, and the one of multiple 4th directive wheels 238
End is connected on the second plummer 231.In the present embodiment, the material strip for completing the vertical state of plating first passes around the second guiding
90 ° are deflected during multiple four directive wheels 238 of mechanism 23, material strip is directed to horizontality, then by the 3rd directive wheel
237。
As shown in Figure 1 and Figure 4, each electroplating bath 24 is substantially in cuboid, it is necessary to which the material strip electroplated at the uniform velocity, continuously leads to
Cross each electroplating bath 24 and the surface treatment in each stage is completed during.Conduction rack 242 is provided with each electroplating bath 24,
Each conduction rack 242 is used for delivering belt conduction and is oriented to.
As shown in figure 5, conduction rack 242 includes conductive plate 243, column 245, connecting rod 247 and disk roller 248.Conductive plate 243 is solid
It is scheduled in electroplating bath 24；One end of column 245 is fixed on conductive plate 243, and the other end of column 245 is connected with electric wire；Connecting rod
Realize that connecting rod 247 is movably attached column by the cooperation of chute 103 and slide rail 246 between 247 one end and column 245
On 245, the other end of connecting rod 247 is connected with disk roller 248；Disk roller 248 is used to the material strip of vertical state being pressed in conductive plate 243
On.
Specifically, column 245 is provided with chute 103, and chute 103 is vertically set, and is provided with slide rail in chute 103
246, one end of connecting rod 247 is connected with slide rail 246, and the other end of connecting rod 247 is connected with disk roller 248.Slide rail 246 is provided with spiral shell
Hole, one end of connecting rod 247 are provided with screw thread, and connecting rod 247 is realized with threadably coordinating by screw between slide rail 246 and connecting rod 247
It is removably connected on slide rail 246.Conductive plate 243 is provided with guide plate 244, material strip be located at guide plate 244 and disk roller 248 it
Between.In the present embodiment, guide plate 244 is made of metal, such as copper, stainless steel etc..
Material strip guider 20 of the present utility model is used to be oriented to for material strip, multiple electroplating baths 24 of material strip guider 20
It is arranged between the first guiding mechanism 22 and the second guiding mechanism 23, material strip is successively from the first guiding mechanism 22, multiple electroplating baths
24 and second guiding mechanism 23 pass through, the first guiding mechanism 22 includes multiple first directive wheels 227 and multiple second directive wheels
228, multiple first directive wheels 227 are horizontally disposed, and multiple second directive wheels 228 are vertically set, and second is oriented to
Mechanism 23 includes multiple 3rd directive wheels 237 and multiple 4th directive wheels 238, and multiple 3rd directive wheels 237 are set in the horizontal direction
Put, multiple 4th directive wheels 238 are vertically set, and the material strip that the first guiding mechanism 22 is used to make horizontality is through excessive
Vertical state is directed to after individual first directive wheel 227 and multiple second directive wheels 228, the second guiding mechanism 23 is used to make vertical shape
The material strip of state is being directed to horizontality, each electroplating bath after multiple 4th directive wheels 238 and multiple 3rd directive wheels 237
Conduction rack 242 is provided with 24, conduction rack 242 includes conductive plate 243, column 245, connecting rod 247 and disk roller 248, and conductive plate 243 is solid
It is scheduled in electroplating bath 24, one end of column 245 is fixed on conductive plate 243, and the other end of column 245 is connected with electric wire, connecting rod
Realize that connecting rod 247 is movably attached column by the cooperation of chute 103 and slide rail 246 between 247 one end and column 245
On 245, the other end of connecting rod 247 is connected with disk roller 248, and disk roller 248 is used to the material strip of vertical state being pressed in conductive plate 243
On.Therefore, material strip guider 20 of the present utility model can change the state of material strip, material strip guider 20 is organically tied
The device before plating and the device after plating are closed, and makes material strip conductive fully, Stabilizing Materials band, avoids material strip from shifting.
Fig. 6 is the structural representation of material strip retracting device of the present utility model.Fig. 7 is material strip retracting dress of the present utility model
Put structural representation during switching charging tray.As shown in Figure 6 and Figure 7, in the present embodiment, material strip retracting device 30 includes the second peace
Loading board 32 and the coiler 33 being connected on the second installing plate 32, cutting mechanism 34, the 3rd feed mechanism 35 and the second storage
Expect mechanism 36.
Specifically, the second installing plate 32 is vertically fixedly installed, and the second installing plate 32 is provided with the 3rd via 104,
3rd via 104 runs through the second installing plate 32.
Coiler 33 includes rewinding driver 332, loading plate 333, the first rewinding disk 334 and the second rewinding disk 335.Receive
Material driver 332 is connected on the second installing plate 32, and the drive end of rewinding driver 332 is connected with loading plate 333, the first rewinding
The rewinding disk 335 of disk 334 and second is vertically connected on loading plate 333 spaced reciprocally.Rewinding driver 332 passes through silk
Bar is connected with loading plate 333, and loading plate is realized by the cooperation of chute and slide rail between the installing plate 32 of loading plate 333 and second
333 are movably attached on the second installing plate 32, and the slide rail between the installing plate 32 of loading plate 333 and second is vertically
Set.First rewinding disk 334 is driven by motor, drives the first rewinding disk 334 to make what plating was got well by required speed uniform rotation
Material strip winding is on the first rewinding disk 334.Second rewinding disk 335 is arranged at the lower section of the first rewinding disk 334, the second rewinding disk
335 are driven by motor, drive the second rewinding disk 335 to make the material strip winding that plating is got well second by required speed uniform rotation
On rewinding disk 335.In the present embodiment, the second rewinding disk 335 is blank panel, and when the first rewinding disk 334 is rolled up material strip, rewinding is driven
Dynamic device 332 drives loading plate 333 to move, and the second rewinding disk 335 of sky is moved to the side of cutting mechanism 34, is received by second
Charging tray 335 furls material strip.
Cutting mechanism 34 is arranged between the feed mechanism 35 of coiler 33 and the 3rd, and cutting mechanism 34 is cut including first
Driver (not shown), second cut driver (not shown) and scissors 342.First, which cuts driver and second, cuts driver
The back side of the second installing plate 32 is connected to, first, which cuts driver, can drive scissors 342 to be passed from the 3rd via 104, and make
Material strip is in scissors 342, and second, which cuts driver, can drive scissors 342 to cut off material strip.In the present embodiment, when the first rewinding
Disk 334 is rolled up material strip or when the second rewinding disk 335 is rolled up material strip, and cutting mechanism 34 is used to cut off to be connected with the first rewinding disk 334
Material strip or the material strip that is connected with the second rewinding disk 335 of cut-out.
3rd feed mechanism 35 includes the 3rd feeding driver 352, the positioning component 354 of delivery sheet 353 and the 3rd.3rd send
Material driver 352 is connected on the second installing plate 32, and the drive end of the 3rd feeding driver 352 is connected with delivery sheet 353, and the 3rd
Positioning component 354 is connected on delivery sheet 353.
Specifically, the 3rd feeding driver 352 is connected by screw mandrel with delivery sheet 353, the installing plate of delivery sheet 353 and second
Realize that delivery sheet 353 is movably attached on the second installing plate 32 by the cooperation of chute and slide rail between 32, and delivery sheet
353 and the second slide rail between installing plate 32 it is horizontally disposed.
3rd positioning component 354 includes the 3rd anchor drive 3542, the 3rd locating piece 3543 and the 3rd fixed block 3544.
3rd anchor drive 3542 is connected on delivery sheet 353, the drive end and the 3rd locating piece of the 3rd anchor drive 3542
3543 connections, the 3rd fixed block 3544 is oppositely arranged with the 3rd locating piece 3543, and is fixed on delivery sheet 353.In this implementation
In example, the 3rd positioning component 354 is used for when the first rewinding disk 334 or the second rewinding disk 335 are rolled up material strip, the 3rd Locating driver
Device 3542 can drive the 3rd locating piece 3543 to move material strip is fixed between the 3rd fixed block 3544 and the 3rd locating piece 3543.
Second material storage mechanism 36 is arranged at the side of the 3rd feed mechanism 35, and the second material storage mechanism 36 is used to store material strip,
Set aside some time during switching between the first rewinding disk 334 and the second rewinding disk 335.In the present embodiment, the second material storage mechanism
36 include the second storing driver 362 and the second storing block 363, the drive end of the second storing driver 362 and the second storing block
363 connections, the second installing plate 32 are provided with multiple 3rd storing wheels 322, and each 3rd storing wheel 322 is arranged at the driving of the second storing
The lower section of device 362, the second storing block 363 are provided with multiple 4th storing wheels 364, and the material strip electroplated is successively by each 3rd storage
Material wheel 322 and the storing wheels 364 of Ge tetra-.In the present embodiment, the second storing driver 362 passes through screw mandrel and the second storing block
363 connections.
The coiler 33 of material strip retracting device 30 of the present utility model includes rewinding driver 332, loading plate 333, the
One rewinding disk 334 and the second rewinding disk 335, rewinding driver 332 are connected on the second installing plate 32, rewinding driver 332
Drive end is connected with loading plate 333, and the first rewinding disk 334 is vertically connected to spaced reciprocally with the second rewinding disk 335
On loading plate 333, cutting mechanism 34 is arranged between the feed mechanism 35 of coiler 33 and the 3rd, and cutting mechanism 34 is used to cut off
Material strip, the 3rd feed mechanism 35 include the 3rd feeding driver 352, the positioning component 354 of delivery sheet 353 and the 3rd, the 3rd feeding
Driver 352 is connected on the second installing plate 32, and the drive end of the 3rd feeding driver 352 is connected with delivery sheet 353, and the 3rd is fixed
Hyte part 354 is connected on delivery sheet 353, when the first rewinding disk 334 is rolled up material strip, the positioning material band of the 3rd positioning component 354, and
Cutting mechanism 34 cuts off material strip, and rewinding driver 332 drives loading plate 333 to move, and moves the second rewinding disk 335 of sky
To the side of cutting mechanism 34, the 3rd feeding driver 352 can drive delivery sheet 353 towards close to the side of the second rewinding disk 335
To movement, until material strip is rolled up on the second rewinding disk 335.Therefore, material strip retracting device 30 of the present utility model can quickly be cut
The first rewinding disk 334 or the second rewinding disk 335 are changed, material strip is continual wound on the first rewinding disk 334 or the second rewinding disk
On 335, and can guarantee that forward part electroplating process can steady, unremitting operation, add production efficiency.
The web feed device 10 of material strip electroplating system 100 of the present utility model, which is used to export to material strip guider 20, expects
Band, and material strip is electroplated by material strip guider 20, the material strip after plating is furled by material strip retracting device 30, web feed
Device 10 includes the first installing plate 12 and the first feed table 13 being connected on the first installing plate 12, the second feed table 14 and weldering
Connection mechanism 17, the first feed table 13 and the second feed table 14 are along the spaced setting of vertical direction, the first feed table 13 and
The material strip of two feed tables 14 output pass through welding mechanism 17, and the material strip on the first feed table 13 is whole when having conveyed, welding mechanism
17 can weld the material strip head end on the material strip end on the first rewinding disk 334 and the second rewinding disk 335；Material strip guider 20
Including the first guiding mechanism 22, the second guiding mechanism 23 and multiple electroplating baths 24, multiple electroplating baths 24 are arranged at the first Guiding machine
Between the guiding mechanism 23 of structure 22 and second, the material strip that web feed device 10 exports is successively by the first guiding mechanism 22, multiple
The guiding mechanism 23 of electroplating bath 24 and second, the first guiding mechanism 22 are used to the material strip of horizontality being directed to vertical state, the
Two guiding mechanisms 23 are used to the material strip of vertical state being directed to horizontality, and each electroplating bath 24 is used to electroplate material strip；
Material strip retracting device 30 includes the second installing plate 32 and the coiler 33, the cutting mechanism 34 that are connected on the second installing plate 32
With the 3rd feed mechanism 35, coiler 33 includes rewinding driver 332, loading plate 333, the first rewinding disk 334 and second and received
Charging tray 335, rewinding driver 332 are connected on the second installing plate 32, and drive end and the loading plate 333 of rewinding driver 332 connect
Connect, the first rewinding disk 334 and the second rewinding disk 335 are vertically connected on loading plate 333 spaced reciprocally, the first rewinding
When disk 334 is rolled up material strip, cutting mechanism 34 cuts off material strip, and rewinding driver 332 drives loading plate 333 to move, and makes the of sky
Two rewinding disks 335 are moved to the side of cutting mechanism 34, and the 3rd feed mechanism 35 can clamp material strip and towards close to the second rewinding
The direction movement of disk 335, until material strip is rolled up on the second rewinding disk 335.Therefore, material strip electroplating system of the present utility model
100 energy full-automatic mechanical feedings, plating and rewinding, production efficiency is high, reduces production cost.
Preferred embodiment of the present utility model is described in detail above in association with accompanying drawing, but the utility model is not limited to
Detail in above-mentioned embodiment, can be to technology of the present utility model in range of the technology design of the present utility model
Scheme carries out a variety of simple variants, and these simple variants belong to the scope of protection of the utility model.In above-mentioned specific embodiment party
Each particular technique feature described in formula, in the case of reconcilable, it can be combined by any suitable means.
In order to avoid unnecessary repetition, the utility model no longer separately illustrates to various combinations of possible ways.
Claims (10)
- A kind of 1. web feed device, it is characterised in that, including the first installing plate and be connected on first installing plate One feed table, the second feed table and welding mechanism, first feed table and second feed table are spaced along vertical direction Set, the welding mechanism includes transfer driver, portable plate, the first positioning component, the second positioning component and weld assembly, the shifting Driver is sent to be connected on first installing plate, and the drive end of the transfer driver is connected with the portable plate, first positioning Component, the second positioning component and weld assembly are connected on the portable plate, and the weld assembly is located at first positioning component with being somebody's turn to do Between second positioning component, first feed table output the first material strip successively by first positioning component, weld assembly and Second positioning component, second positioning component positions first material strip when weld assembly is passed through in the end of first material strip, should The side that driver can drive the portable plate to be moved to second feed table is transferred, the second material strip of second feed table output First positioning component positions second material strip when head end passes through the weld assembly, and the weld assembly is used to weld the first material strip End and the end of the head end and second material strip of the first material strip of head end or welding of second material strip.
- 2. web feed device as claimed in claim 1, it is characterised in that, vertically fixation is set first installing plate Put, realize that the portable plate is movably attached this by the cooperation of chute and slide rail between the portable plate and first installing plate On first installing plate, and the slide rail between the portable plate and first installing plate is vertically set.
- 3. web feed device as claimed in claim 2, it is characterised in that the transfer driver passes through screw mandrel and the portable plate Connection.
- 4. web feed device as claimed in claim 2, it is characterised in that first positioning component includes the first Locating driver Device, the first locating piece and the first fixed block, first anchor drive are connected on the portable plate, first anchor drive Drive end is connected with first locating piece, and first fixed block is oppositely arranged with first locating piece, and is fixed on the portable plate On, first anchor drive can drive the first locating piece movement that the first material strip or the second material strip are fixed on into first fixation Between block and first locating piece；Second positioning component includes the second anchor drive, the second locating piece and the second fixed block, Second anchor drive is connected on the portable plate, and the drive end of second anchor drive is connected with second locating piece, Second fixed block is oppositely arranged with second locating piece, and is fixed on the portable plate, and second anchor drive can drive First material strip or the second material strip are fixed between second fixed block and second locating piece by the second locating piece movement.
- 5. web feed device as claimed in claim 2, it is characterised in that the weld assembly includes welding machine driver, welding Block and carrier block, the welding driver are connected on the portable plate, and the drive end of the welding driver is connected with the welding block, should Carrier block is oppositely arranged with the welding block, and is fixed on the portable plate, and the welding driver can drive welding block movement weldering Connect the end of the first material strip and the end of the head end and second material strip of the first material strip of the head end of second material strip or welding.
- 6. web feed device as claimed in claim 2, it is characterised in that the web feed device also includes the first feeder Structure and the second feed mechanism, first feed mechanism and second feed mechanism are connected on first installing plate, and this first send Material mechanism is arranged at the side of first feed table, and second feed mechanism is arranged at the side of second feed table, and this first Feed mechanism can clamp first material strip, and first material strip is transferred into the welding mechanism, and second feed mechanism can clamp Second material strip, and second material strip is transferred to the welding mechanism.
- 7. web feed device as claimed in claim 6, it is characterised in that first installing plate is provided with the first via, should First via is horizontally disposed, and runs through first installing plate, first feed mechanism include the first feeding driver and First feed clamp, the first feeding driver are connected to the back side of first installing plate, the drive end of the first feeding driver It is connected with first feed clamp, first feed clamp may pass through first via and clamp first material strip, and first feeding is driven Dynamic device can drive first feed clamp to be moved back and forth towards the direction closer or far from the welding mechanism.
- 8. web feed device as claimed in claim 6, it is characterised in that first installing plate is provided with the second via, should Second via is horizontally disposed, and runs through first installing plate, second feed mechanism include the second feeding driver and Second feed clamp, the second feeding driver are connected to the back side of first installing plate, the drive end of the second feeding driver It is connected with second feed clamp, second feed clamp may pass through second via and clamp second material strip, and second feeding is driven Dynamic device can drive second feed clamp to be moved back and forth towards the direction closer or far from the welding mechanism.
- 9. web feed device as claimed in claim 2, it is characterised in that the web feed device also includes the first storage machine Structure, first material storage mechanism is connected on first installing plate, and is arranged at the side of the welding mechanism, first material storage mechanism For storing material strip, for the handoff reservation time between first feed table and second feed table.
- 10. web feed device as claimed in claim 9, it is characterised in that first material storage mechanism drives including the first storing Dynamic device and the first storing block, the first storing driver are connected with the first storing block by screw mandrel, set on first installing plate There are multiple first storing wheels, respectively the first storing wheel is arranged at the lower section of the first storing driver, is set on the first storing block There are multiple second storing wheels, the first material strip of first feed table output or the second material strip of second feed table output pass through successively Cross respectively the first storing wheel and respectively the second storing wheel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621419581.3U CN206706228U (en) | 2016-12-22 | 2016-12-22 | Web feed device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621419581.3U CN206706228U (en) | 2016-12-22 | 2016-12-22 | Web feed device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206706228U true CN206706228U (en) | 2017-12-05 |
Family
ID=60471816
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621419581.3U Active CN206706228U (en) | 2016-12-22 | 2016-12-22 | Web feed device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206706228U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110303065A (en) * | 2019-06-27 | 2019-10-08 | 富加宜连接器（东莞）有限公司 | A kind of terminal material belt punching press feed process |
-
2016
- 2016-12-22 CN CN201621419581.3U patent/CN206706228U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110303065A (en) * | 2019-06-27 | 2019-10-08 | 富加宜连接器（东莞）有限公司 | A kind of terminal material belt punching press feed process |
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Address after: 518105 Room 101, building 1, No. 2, Chuangye Liu Road, Jiangbian third industrial zone, Jiangbian community, Songgang street, Bao'an District, Shenzhen, Guangdong Province Patentee after: Chonghui semiconductor (Shenzhen) Co.,Ltd. Address before: 518105 Chuangye 6th Road, Jiangbian No.3 Industrial Zone, Songgang town, Bao'an District, Shenzhen City, Guangdong Province Patentee before: SHENZHEN CHONGHUI SURFACE TECHNOLOGY DEVELOPMENT Co.,Ltd. |
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