CN105080866B - One kind is wiped silk machine and wipes silk method - Google Patents
One kind is wiped silk machine and wipes silk method Download PDFInfo
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- CN105080866B CN105080866B CN201510374946.9A CN201510374946A CN105080866B CN 105080866 B CN105080866 B CN 105080866B CN 201510374946 A CN201510374946 A CN 201510374946A CN 105080866 B CN105080866 B CN 105080866B
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- 238000000034 method Methods 0.000 title abstract description 15
- 230000007246 mechanism Effects 0.000 claims abstract description 160
- 239000010893 paper waste Substances 0.000 claims abstract description 36
- 238000003825 pressing Methods 0.000 claims description 20
- 230000008878 coupling Effects 0.000 claims description 15
- 238000010168 coupling process Methods 0.000 claims description 15
- 238000005859 coupling reaction Methods 0.000 claims description 15
- 230000005540 biological transmission Effects 0.000 claims description 14
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 claims description 3
- 238000003466 welding Methods 0.000 description 79
- 238000004140 cleaning Methods 0.000 description 16
- 230000001154 acute effect Effects 0.000 description 6
- 230000005484 gravity Effects 0.000 description 6
- 229910052751 metal Inorganic materials 0.000 description 6
- 239000002184 metal Substances 0.000 description 6
- 230000000694 effects Effects 0.000 description 5
- 239000012535 impurity Substances 0.000 description 5
- 230000004048 modification Effects 0.000 description 4
- 238000012986 modification Methods 0.000 description 4
- 239000004411 aluminium Substances 0.000 description 3
- 229910052782 aluminium Inorganic materials 0.000 description 3
- XAGFODPZIPBFFR-UHFFFAOYSA-N aluminium Chemical compound [Al] XAGFODPZIPBFFR-UHFFFAOYSA-N 0.000 description 3
- 230000002153 concerted effect Effects 0.000 description 3
- 238000010586 diagram Methods 0.000 description 3
- 238000005516 engineering process Methods 0.000 description 3
- 229910000831 Steel Inorganic materials 0.000 description 2
- 230000003749 cleanliness Effects 0.000 description 2
- 238000004519 manufacturing process Methods 0.000 description 2
- 239000000203 mixture Substances 0.000 description 2
- 230000008569 process Effects 0.000 description 2
- 238000005096 rolling process Methods 0.000 description 2
- 125000006850 spacer group Chemical group 0.000 description 2
- 239000010959 steel Substances 0.000 description 2
- 230000003064 anti-oxidating effect Effects 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000015572 biosynthetic process Effects 0.000 description 1
- 230000007547 defect Effects 0.000 description 1
- 230000004907 flux Effects 0.000 description 1
- PCHJSUWPFVWCPO-UHFFFAOYSA-N gold Chemical compound [Au] PCHJSUWPFVWCPO-UHFFFAOYSA-N 0.000 description 1
- 239000010931 gold Substances 0.000 description 1
- 229910052737 gold Inorganic materials 0.000 description 1
- 239000000463 material Substances 0.000 description 1
- 238000002844 melting Methods 0.000 description 1
- 230000008018 melting Effects 0.000 description 1
- 238000002360 preparation method Methods 0.000 description 1
- 230000000717 retained effect Effects 0.000 description 1
- 238000009991 scouring Methods 0.000 description 1
- 238000007493 shaping process Methods 0.000 description 1
- 229910000679 solder Inorganic materials 0.000 description 1
- 238000003860 storage Methods 0.000 description 1
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 1
- 210000002268 wool Anatomy 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B08—CLEANING
- B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
- B08B1/00—Cleaning by methods involving the use of tools
- B08B1/10—Cleaning by methods involving the use of tools characterised by the type of cleaning tool
- B08B1/14—Wipes; Absorbent members, e.g. swabs or sponges
- B08B1/143—Wipes
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B08—CLEANING
- B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
- B08B1/00—Cleaning by methods involving the use of tools
- B08B1/20—Cleaning of moving articles, e.g. of moving webs or of objects on a conveyor
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B08—CLEANING
- B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
- B08B13/00—Accessories or details of general applicability for machines or apparatus for cleaning
Landscapes
- Cleaning In General (AREA)
Abstract
A kind of wiping silk machine that the present invention is provided, including some groups of wire rubbing device groups, every group of wire rubbing device group includes several wire rubbing devices, each wire rubbing device includes paper advance mechanism, Wiping mechanism, waste paper connecting gear and the wire feeder positioned at Wiping mechanism both sides successively, paper advance mechanism, Wiping mechanism and waste paper connecting gear form the first plane, wire feeder is arranged in the first crossline direction with Wiping mechanism, and the first horizontal line intersects with the first plane.The present invention also provides a kind of wiping silk method using above-mentioned wiping silk machine, filiform so is sent into Wiping mechanism by wire feeder to wipe, the wiping media being not used by enters Wiping mechanism and wipes filiform from paper advance mechanism, the wiping media having been used is taken out of by waste paper connecting gear from Wiping mechanism, can either so be wiped by wiping media when filiform is walked, also ensure that and wipe every time the wiping media of filiform without using, solve the problems, such as that wiping media reuses pollution filiform.
Description
Technical field
The present invention relates to a kind of filiform process field, and in particular to one kind is wiped silk machine and wipes silk method.
Background technology
Welding wire is as filling metal or simultaneously as conductive welded wire material.Protected in gas welding and Gas
During shield arc welding, welding wire is used as filling metal；In submerged-arc welding, electroslag welding and other melting pole gas shielded arc weldings, welding wire
It is both filling metal, while being also conductive electrode.The surface of welding wire does not apply the solder flux of anti-oxidation effect.
In welding procedure, many impurity can be sticked by the welding wire surface after transport and storage, moreover, current state
Interior preparation technology of welding wire causes welding wire wire surface to stick many attachments, if without treatment weld immediately, impurity with
During attachment then can penetrate into weld seam in welding, problems of welded quality is produced.Therefore before actual use must be by welding wire table
Face is processed, and is mainly spiral steel brush machine, whole line machine, but these welding wire processing equipments clear for the processing equipment of welding wire at present
Meeting scratch welding wire surface during clean welding wire so that the welding wire for being wiped generates the problem of surface damage.
A kind of cleaning device for welding wires is disclosed in patent CN102303066B, Fig. 1 is refer to, it is main to include cleaning unit 01
And admission machine 02, the cleaning unit 01 includes support 010, the fixture of wire-crossing wheel 011 and 012 being installed on support 010, described
Wire-crossing wheel 011 includes a vertical wire-crossing wheel 0110 and a pair horizontal wire-crossing wheels 0111, the axis of the vertical wire-crossing wheel 0110
Parallel with horizontal plane, the axis of the horizontal wire-crossing wheel 0111 is perpendicular with horizontal plane, and the fixture 012 includes the first fixture
0121 and second fixture 0122, at least one first fixtures 0121, described one are provided between the pair of vertical wire-crossing wheel 0110
First cleaning is installed to being provided between horizontal wire-crossing wheel 0111 at least one second fixtures 0122, first fixture 0121
Second cleaning device 01220 is installed in part 01210, second fixture 0122, the bottom of the support 010 is provided with aspiration channel
0101, the other end of aspiration channel 0101 is provided with blower fan 013, and the cleaning device 01220 of first cleaning device 01210 and second is gold
Category cleaning ball or industrial scouring pad or wool felt.Welding wire 03 is wrapped in each vertical wire-crossing wheel 0110 successively and each is horizontal
On wire-crossing wheel 0111, when welding wire 03 passes through each wire-crossing wheel 011 in transmit process, then can be by between vertical wire-crossing wheel 0110
The second fixture 0122 between first fixture 0121 and horizontal wire-crossing wheel 0111 is wiped, and the first fixture 0121 and the second fixture
0122 direction for wiping is orthogonal, therefore welding wire 03 can be wiped on four faces, the welding wire 03 after having been wiped
It is transferred into admission machine 02.Although this cleaning device for welding wires can wipe welding wire in four faces, the miscellaneous of welding wire surface is eliminated
Matter, but from figure 1 it appears that the first fixture 0121 and the second fixture 0122 for wiping can't be changed when wiping
Wiping media, that is to say, that the impurity for being wiped from welding wire 03 before can be retained on wiping media, is wiping next section of weldering
When silk 03, these impurity can be re-attached on next section of welding wire 03, so cause welding wire 03 wire feed occur in welding
Not smooth, electric current is unstable, shaping unsightly even occurs in that the weld defects such as stomata.
It is therefore desirable to invent a kind of wire rubbing device, above-mentioned welding wire surface attachment residual can either be cleaned, be also avoided that
Continue to wipe the problem of welding wire using the wiping media for having wiped across and there is impurities left on surface.
The content of the invention
In order to achieve the above object, wipe silk machine the invention provides one kind and filiform wipes silk method, by using some
In a row, filiform passes sequentially through each group wire rubbing device group and is wiped the arrangement of group wire rubbing device group, and each is wiped into silk machine
Structure is placed on paper feeding structure and the transmission between the waste paper connecting gear of used wiping media of transmission wiping media, this
On filiform direction of transfer, untapped wiping media is constantly conveyed into wipe configuration and wipes filiform sample, wipes
Wipe the wiping media after filiform and wiping silk machine has been sent out by waste paper connecting gear, so solve welding wire surface attachment residual
Problem also solves the problems, such as to wipe welding wire using used wiping media, and except welding wire, other various filiforms
Or thread can also be wiped using the wiping silk machine with silk method is wiped.
A kind of wiping silk machine that the present invention is provided, including some groups of wire rubbing device groups, if wire rubbing device group described in every group includes
A dry wire rubbing device, each described wire rubbing device includes paper advance mechanism, Wiping mechanism, waste paper connecting gear and positioned at institute successively
The wire feeder of Wiping mechanism both sides is stated, the paper advance mechanism, the Wiping mechanism form first with the waste paper connecting gear
Plane, the wire feeder is arranged in the first crossline direction with the Wiping mechanism, and first horizontal line is flat with described first
Face is intersected, and filiform passes sequentially through the wire feeder and the Wiping mechanism, and untapped wiping media passes sequentially through described
Paper advance mechanism, the Wiping mechanism simultaneously wipe the filiform for passing through in the Wiping mechanism, and the filiform is described
The wire rubbing device is sent out by the wire feeder after being wiped in Wiping mechanism, the used institute in the Wiping mechanism
State wiping media and the wire rubbing device is sent out by the waste paper connecting gear.
Preferably, in vertical direction, the paper advance mechanism includes the first pressure roller, first support and the first pressure roller
Axle, the first pressure roller axle position is axially located the second crossline direction in the first support upper end, the first platen wheel shaft
On, second horizontal line crosses institute perpendicular to first plane, the first platen wheel shaft in second crossline direction
First support is stated, first pressure roller rotates by axle center of the first platen wheel shaft, placed not on first pressure roller
The wiping media is simultaneously sent to the Wiping mechanism by the wiping media that uses.
Preferably, in vertical direction, the Wiping mechanism is followed successively by top board, lower platen, lower platen from top to bottom
Support and from bottom to up through the Wiping mechanism center the first pressing plate locating shaft, the axial direction of the first pressing plate locating shaft
It is vertical direction, be sent to wiping media described in two-layer between the top board and the lower platen by first pressure roller,
The filiform passed through between wiping media described in two-layer is wiped by the wiping media, and the wire feeder is included positioned at described
First wire-crossing wheel of Wiping mechanism side and the second wire-crossing wheel positioned at the Wiping mechanism opposite side, first wire-crossing wheel and
Second wire-crossing wheel is respectively axle center rotation, first rotary shaft and described second with the first rotary shaft and the second rotary shaft
The axial direction of rotary shaft is all vertical direction, and the first wire-crossing wheel transmission is not wiped in filiform to the Wiping mechanism, described
Second wire-crossing wheel sends out the wiping filiform in the Wiping mechanism.
Preferably, in the horizontal direction, the Wiping mechanism include being arranged in order into the rear fender support of the first ordinate,
Rear fender, front pressuring plate and the second pressing plate locating shaft through the Wiping mechanism center, first ordinate be horizontal plane with
The intersection of first plane, the axial direction of the second pressing plate locating shaft is the direction of first ordinate, first platen
Wheel shaft be located at the Wiping mechanism top, then first pressure roller by wiping media described in two-layer be sent to the rear fender with
Between the front pressuring plate, the filiform passed through between wiping media described in two-layer is wiped by the wiping media, the wire feed
The 3rd wire-crossing wheel and the positioned at the Wiping mechanism opposite side the 4th that mechanism is respectively positioned at the Wiping mechanism side crosses line
Wheel, the 3rd wire-crossing wheel and the 4th wire-crossing wheel are respectively axle center rotation with the 3rd rotary shaft and the 4th rotary shaft, described
3rd rotary shaft is all the second in-line direction with the axial direction of the 4th rotary shaft, is the perpendicular to the plane of first horizontal line
Two planes, second ordinate is the intersection of horizontal plane and second plane, and the 3rd wire-crossing wheel transmission does not wipe thread
In thing to the Wiping mechanism, the 4th wire-crossing wheel sends out the wiping filiform in the Wiping mechanism.
Preferably, in vertical direction, the waste paper connecting gear includes follower group, driving wheel successively from top to bottom
Group, the follower group includes follower, passive wheel shaft and second support, and the follower axle position is in described second support one end
And the follower rotates by axle center of the passive wheel shaft, the passive axle axial is second crossline direction, institute
State passive wheel shaft and cross described second support one end in second crossline direction, the second support is fixed on the cleaning machine
Structure both sides and the first pressure roller both sides are extended to, the other end of the second support is fixed in first pressure roller
On axle, the first platen wheel shaft crosses the other end of the second support, the driving wheel in second crossline direction
Group includes driving wheel, drive sprocket axle and active wheel support, and the drive sprocket axle is positioned at the driving wheel pedestal upper end and described
Driving wheel rotates by axle center of the drive sprocket axle, and the drive sprocket axle is axially second crossline direction, the driving wheel
Axle crosses the active wheel support in second crossline direction, and the wiping media in the Wiping mechanism sequentially passes through institute
The wiping silk machine is transferred out after stating follower and the driving wheel.
Preferably, the second support also includes latch, and the latch is located in the second support and has
One end of the passive wheel shaft, the length direction of the latch is first crossline direction.
Preferably, also including locking device, the locking device includes support successively from bottom to up in vertical direction
Post, locking device frame, lock handle, the lock handle be also associated with lock thick stick, the locking thick stick and the lock handle it
Between angle be right angle, bolt connection has locking clamping block on the locking thick stick, between the locking clamping block and the locking thick stick
Angle is also right angle, and when the locking device is locked, the locking clamping block is pressed on the latch, when the locking device
During opening, the locking clamping block leaves the latch.
Preferably, also including shaft coupling, reductor and frequency control motor, the shaft coupling is located at described in each two and wipes
Between silk device, the shaft coupling connects the drive sprocket axle of the two neighboring wire rubbing device, and the reductor is located at institute
State some groups of wire rubbing device group sides and be arranged in second crossline direction with some groups of wire rubbing device groups, it is and described
The drive sprocket axle of the adjacent wire rubbing device of reductor is connected by the shaft coupling with the reductor, the frequency control
Motor is located on the reductor and is connected with the reductor circuit.
Preferably, also including frame, include placing the wiping media frame and paper stopping tray of wiping media, institute in the frame
Some groups of wire rubbing device groups are stated to be placed in the frame, on the rack table, the wire rubbing device, the paper stopping tray and
The wiping media frame is sequentially arranged in first in-line direction, and the wiping media frame and the paper stopping tray all include two
Individual frame while and several pass through two framves while cross bar, the frame edge lengths direction is perpendicular to the rack table, institute
Cross bar length direction is stated parallel to the rack table, first pressure roller rotarily drives the wiping media from wiping media
Extracted out on frame and reach first pressure roller by the paper stopping tray, the wiping media is paper or dishcloth.
The present invention also provides a kind of wiping silk method using above-mentioned wiping silk machine, filiform is sequentially passed through and wiped described in each group
The wire feeder and the Wiping mechanism in silk device, the paper advance mechanism, described is passed sequentially through by the wiping media
Wiping mechanism, the waste paper connecting gear, described in two-layer of the filiform in each described Wiping mechanism is sequentially passed through
Wiped in wiping media, the filiform is transferred out the wiping silk machine after through the wiping arrangement group described in some groups,
The waste paper connecting gear sends out the wiping silk machine to the wiping media for having used successively from the Wiping mechanism.
Compared with prior art, the beneficial effects of the invention are as follows：A kind of wiping silk machine that the present invention is provided, including some groups of wipings
Silk device group, wire rubbing device group described in every group includes several wire rubbing devices, and each described wire rubbing device includes dexter feeder successively
Structure, Wiping mechanism, waste paper connecting gear and the wire feeder positioned at the Wiping mechanism both sides, it is the paper advance mechanism, described
Wiping mechanism forms the first plane with the waste paper connecting gear, and it is horizontal that the wire feeder is arranged in first with the Wiping mechanism
On line direction, first horizontal line intersects with first plane, so the plane with filiform direction of travel intersect it is straight
On line, wiping media is transported to after Wiping mechanism is wiped by paper advance mechanism and is taken away by waste paper connecting gear, it is ensured that wipe every time
The wiping media of filiform is wiped without using.Wire rubbing device provided by the present invention is except that can wipe welding wire, it is also possible to wipe
Wipe other filiforms such as aluminium wire, silk or thread.
The Wiping mechanism that the present invention is provided includes for top board, lower platen, pushes successively from top to bottom in vertical direction
Board mount and from bottom to up through the Wiping mechanism center the first pressing plate locating shaft, so ensure in upper and lower both direction
Upper wiping media wipes filiform.
The Wiping mechanism that the present invention is provided also includes being arranged in order into rear fender support, rear fender, the preceding pressure of the first ordinate
Plate and the second pressing plate locating shaft through the Wiping mechanism center, first ordinate are horizontal plane and first plane
Intersection, so except in upper and lower both direction wiping media wipe filiform, also have wiping media in filiform both sides
Wipe filiform, it is ensured that filiform is all wiped on four extraneous faces by wiping media.
The wiping silk machine that the present invention is provided also includes frame, also includes placing the wiping media frame of wiping media in the frame
And paper stopping tray, some groups of wire rubbing device groups are placed in the frame, on the rack table, the wire rubbing device,
The paper stopping tray and the wiping media frame are sequentially arranged in first in-line direction, and untapped wiping media is from wiping
It is retracted to up in paper feeding structure on medium frame, centre passes through paper stopping tray, paper stopping tray to buffer the speed that wiping media is extracted, made
The transmission for obtaining wiping media is more steady.
The present invention also provides a kind of wiping silk method using above-mentioned wiping silk machine, filiform is sequentially passed through and wiped described in each group
The wire feeder and the Wiping mechanism in silk device, the paper advance mechanism, described is passed sequentially through by the wiping media
Wiping mechanism, the waste paper connecting gear, described in two-layer of the filiform in each described Wiping mechanism is sequentially passed through
Wiped in wiping media, the filiform is transferred out the wiping silk machine after through the wiping arrangement group described in some groups,
The waste paper connecting gear sends out the wiping silk machine to the wiping media for having used successively from the Wiping mechanism.So
Filiform is wiped repeatedly, and ensure that the cleanliness factor for being sent filiform, and the wiping media for having used is from institute
State in Wiping mechanism and the wiping silk machine is sent out by the follower and the driving wheel successively, this ensure that wiping each time
The wiping media of filiform is the wiping media being not used by, therefore has both caused that filiform was wiped repeatedly, and turn avoid makes
The problem of filiform is wiped repeatedly with the wiping media for having wiped across, it is ensured that the cleanliness factor of filiform.It is provided by the present invention
Silk method is wiped except welding wire can be wiped, it is also possible to wipe other filiforms such as aluminium wire, silk or thread.
Brief description of the drawings
Fig. 1 is cleaning device for welding wires structural representation in the prior art；
Fig. 2 is the wire rubbing device group structural representation of the embodiment of the present invention one；
Fig. 3 is the wiping silk machine structural representation of the embodiment of the present invention one；
Fig. 4 is the top view of the wiping silk machine of the embodiment of the present invention one；
Fig. 5 is enlarged drawing at A in Fig. 4；
Fig. 6 is the wiping silk machine left view of the embodiment of the present invention one；
Fig. 7 is enlarged drawing at B in Fig. 6；
Fig. 8 is the wiping silk machine front view of the embodiment of the present invention one；
Fig. 9 is enlarged drawing at C in Fig. 8；
Figure 10 is the welding wire wiping schematic diagram of X axis to wipe direction in the embodiment of the present invention three；
Figure 11 is that the welding wire at an acute angle with Z axis wipes schematic diagram to wipe direction in the embodiment of the present invention three.
Prior art illustration：01- cleanings unit, 010- supports, 0100- cleaning device for welding wires, 0101- aspiration channels, 011-
The vertical wire-crossing wheel of wire-crossing wheel, 0110-, the horizontal wire-crossing wheels of 0111-, 012- fixtures, the fixtures of 0121- first, 01210- first are cleaned
Part, the fixtures of 0122- second, the cleaning devices of 01220- second, 013- blower fans, 02- admission machines, 03- welding wires；
Present invention diagram：The horizontal wire rubbing device of 03- welding wires, 1-, the horizontal paper advance mechanisms of 11-, the pressure rollers of 111- first, 112-
First platen wheel shaft, 113- first supports, the horizontal Wiping mechanisms of 12-, 121- top boards, 122- lower platens, 123- lower platen branch
Frame, the first pressing plates of 124- locating shaft, the horizontal waste paper connecting gears of 13-, the followers of 131- first, the passive wheel shafts of 132- first,
The driving wheels of 133- first, the drive sprocket axles of 134- first, 135- second supports, the first actives of 136- wheel support, 137- first are locked
The horizontal wire feeder of plate, 14-, the wire-crossing wheels of 141- first, the rotary shafts of 142- first, the wire-crossing wheels of 143- second, 144- second rotate
The vertical wire rubbing device of axle, 2-, the vertical paper advance mechanisms of 21-, the pressure rollers of 211- second, the second platens of 212- wheel shaft, 213- the 3rd
The vertical Wiping mechanism of frame, 22-, 221- rear fenders, 222- front pressuring plates, 223- rear fenders support, the second pressing plates of 224- locating shaft,
The vertical waste paper connecting gears of 23-, the followers of 231- second, the passive wheel shafts of 232- second, the driving wheels of 233- second, 234- second lead
The support of the axis of a movable block, 235- the 4th, the second actives of 236- wheel support, the latch of 237- second, the vertical wire feeders of 24-, 241-
Three wire-crossing wheels, the rotary shafts of 242- the 3rd, the wire-crossing wheels of 243- the 4th, the rotary shafts of 244- the 4th, 3- frames, 31- rollers, 32- positioning
Block, the wire-crossing wheels of 33- the 5th, the rotary shafts of 34- the 5th, the wire-crossing wheels of 35- the 6th, the rotary shafts of 36- the 6th, 4- wiping media frame, 41- are wiped
Wipe medium frame while, 42- wiping media framves cross bar, 5- paper stopping trays, 51- paper stopping trays while, 52- paper stopping trays cross bar, 6- wiping media, 7-
The horizontal locking device of locking device, 701-, the vertical locking devices of 702-, 71- locking devices frame, 711- support columns, 72- locking handles
Hand, 73- lockings thick stick, 74- locking clamping blocks, 75- clamping screws, 76- locking nuts, the connection rivets of 77- first, 78- second are connected
Rivet, 79- connections sheet metal, 8- reductors, 81- frequency control motors, 9- shaft couplings.
Specific embodiment
To enable the above objects, features and advantages of the present invention more obvious understandable, below in conjunction with the accompanying drawings to the present invention
Specific embodiment be described in detail.
Embodiment one
Fig. 3 is refer to, a kind of wiping silk machine that the present invention is provided in frame 3, including is arranged in some of the first horizontal line
Group wire rubbing device group, is X-axis with the first horizontal line, is Y-axis with the straight line perpendicular to first horizontal line on the table top of frame 3, with
The three-dimensional system of coordinate for including X-axis, Y-axis, Z axis is set up as Z axis positive direction vertically upward, then X/Y plane is the table top of frame 3.Please
Include two groups of wire rubbing device groups with continued reference to Fig. 3, in frame 3 and arranged along X-direction, each group of wire rubbing device group includes
Two wire rubbing devices, are equally along X-direction arrangement, respectively horizontal wire rubbing device 1 and vertical wire rubbing device 2.
It is preferred that moving for convenience, frame 3 is cuboid framework shape, and in frame 3 lower end four, apex is respectively set
One roller 31 and locating piece 32, when mobile, locating piece 32 are packed up, and promote frame 3, then due to the rolling of each roller 31
It is dynamic so that frame 3 is moved, when frame 3 is without movement, locating piece 32 is put down, then now the rolling of roller 31 is positioned
Block 32 stops so that frame 3 cannot be moved.
Fig. 2 is refer to, in the X-axis direction, level wipes silk dress for horizontal wire rubbing device 1 and the laid out in parallel of vertical wire rubbing device 2
Put in 1, horizontal paper advance mechanism 11, horizontal Wiping mechanism 12 and horizontal waste paper connecting gear 13 are arranged in order in the Y-axis direction.This
Sample wiping media 6 is sent in horizontal Wiping mechanism 12 by horizontal paper advance mechanism 11 carries out the wiping of welding wire 03, wipes welding wire
After 03, used wiping media 6 spreads out of from horizontal Wiping mechanism 12, and sending out level by horizontal waste paper connecting gear 13 wipes
Silk device 1, so while welding wire 03 is wiped, it is ensured that used wiping media 6 is promptly sent out horizontal wire rubbing device
1, then the wiping media 6 for wiping welding wire 03 every time was all not used, it is to avoid wiping media 6 reuses the appearance of problem.
Horizontal paper advance mechanism 11 includes the first pressure roller 111 and first support 113, first from top to bottom in the Z-axis direction
The axle center of pressure roller 111 is the first platen wheel shaft 112, that is to say, that the first platen wheel shaft 112 runs through first platen from center
Wheel 111 and the first pressure roller 111 rotates around the first platen wheel shaft 112, refer to Fig. 6, in the left view for wiping silk machine, the
The direction of rotation of one pressure roller 111 be should be and turn clockwise, and original wiping has been rotarily driven due to the first pressure roller 111
Transmission of the medium 6 to the horizontal Wiping mechanism 12 is wiped, the first platen wheel shaft 112 is located at the upper end of first support 113, it is preferred that
Height of the first support 113 on Z axis be equal to height of the horizontal Wiping mechanism 12 on Z axis, first support 113 only have one end with
Horizontal Wiping mechanism 12 is contour, and the first platen wheel shaft 112 is then embedded in one end contour with horizontal Wiping mechanism 12, this ensure that
The wiping media 6 sent out from horizontal paper advance mechanism 11 is smoothly transmitted to horizontal Wiping mechanism 12.More specifically, the first platen
Height of the wheel shaft 112 on Z axis is less than height of the top board 121 on Z axis and the height more than lower platen 122 on Z axis.Such as
Really horizontal paper advance mechanism 11 higher than top board 121 in horizontal Wiping mechanism 12, wiping media on horizontal paper advance mechanism 11 6 pairs with
Wiping media 6 in its horizontal Wiping mechanism 12 being connected produces upward pulling force, because welding wire 03 itself has gravity, and
The top board 121 to wiping media 6 have downward pressure, when these three power converge in wiping media 6, formation make a concerted effort
So that wiping media 6 itself can occur damaged or fracture；Equally, if first support 113 is less than in horizontal Wiping mechanism 12
Lower platen 122, wiping media 6 on horizontal paper advance mechanism 11 is situated between to the wiping in coupled horizontal Wiping mechanism 12
Matter 6 produces downward pulling force, and what the power upward to wiping media 6 with lower platen 122 was produced makes a concerted effort again such that wiping media 6 is produced
Raw damaged or fracture.
Horizontal Wiping mechanism 12 includes top board 121, lower platen 122 and pushes board mount from top to bottom in the Z-axis direction
123, also including running through the first pressing plate locating shaft 124 of whole horizontal Wiping mechanism 12, the first pressing plate locating shaft from center
124 are used to connect top board 121, lower platen 122 and push board mount 123, from the two-layer that horizontal paper advance mechanism 11 sends
Wiping media 6 when then welding wire 03 is between by this two-layer wiping media 6, is received through top board 121 and lower platen 122
Pressure between top board 121 and lower platen 122, is wiped by this two-layer wiping media 6.
In the Z-axis direction, whether horizontal waste paper connecting gear 13 or vertically waste paper connecting gear 23, all from top to bottom
Include follower group, active wheels successively, follower rotates by axle center of passive wheel shaft in the follower group, the driving wheel
Group includes driving wheel, drive sprocket axle and active wheel support, and the drive sprocket axle is positioned at the driving wheel pedestal upper end and described
Driving wheel rotates by axle center of the drive sprocket axle, and the drive sprocket axle is axially X-direction.
Horizontal waste paper connecting gear 13 includes the first follower 131 and the first driving wheel 133 from top to bottom in the Z-axis direction
And the first active wheel support 136, it is preferred that distance of first follower 131 with horizontal Wiping mechanism 12 in the Y-axis direction is small
In distance of first driving wheel 133 with horizontal Wiping mechanism 12 in the Y-axis direction, that is to say, that the first follower 131 and first
Angle between the straight line and Z axis of the composition of driving wheel 133 is acute angle or obtuse angle, is so spread out of from horizontal Wiping mechanism 12
Used two-layer wiping media 6 by the first follower 131 converge and buffer transmission wiping media 6 speed after, be transferred into
First driving wheel 133.
With the first drive sprocket axle 134 for axle center rotates, the first drive sprocket axle 134 is equally passed through first driving wheel 133 from center
The first driving wheel 133 is worn, and the first drive sprocket axle 134 is located at the upper end of the first active wheel support 136, the first active wheel support 136
In two spacer support frame a certain distance place, described a certain distance refers to the length of the first driving wheel 133, and first
Drive sprocket axle 134 crosses two supports of the first active wheel support 136 in X-direction, and the shaft length of the first drive sprocket axle 134 is big
In the first active wheel support 136 X-direction length.First follower 131 is axle center rotation with the first passive wheel shaft 132,
First passive wheel shaft 132 runs through the first follower 131 from centre, and the first passive wheel shaft 132 is located at the one end of second support 135, and
And first passive wheel shaft 132 cross second support 135 in the X-axis direction, the length in the Y-axis direction of second support 135 is equal to
The whole length in the Y-axis direction of horizontal wire rubbing device 1, second support 135 separates the first follower 131 axially by two long slabs
The distance of length and formed, be fixed on using rivet on top board 121 in the interlude of the length direction of second support 135, second
The other end of support 135 is fixed on the two ends of the first pressure roller 111, and the first platen wheel shaft 112 crosses second in the X-axis direction
Support 135.
Fig. 6 is refer to, in the left view for wiping silk machine, the first pressure roller 111 and the first follower 131, the first driving wheel
133 direction of rotation is for clockwise or counter-clockwise.
In the X-axis direction, two wire-crossing wheels are erect respectively in the both sides of horizontal wire rubbing device 1, as horizontal wire feeder 14,
Horizontal wire feeder 14 is the first wire-crossing wheel 141 and the second wire-crossing wheel 143, and the first wire-crossing wheel 141 is axle with the first rotary shaft 142
The heart rotates, and the second wire-crossing wheel 143 is that axle center rotates with the second rotary shaft 144, the first rotary shaft 142 and the second rotary shaft 144
Z-direction axially is all, Fig. 4 is refer to, in the top view for wiping silk machine, the first wire-crossing wheel 141 and the second wire-crossing wheel 143 rotate
Direction is for clockwise or counter-clockwise.
Vertical wire rubbing device 2 includes vertical paper advance mechanism 21, vertical Wiping mechanism 22 and vertical waste paper connecting gear 23, its
In vertical waste paper connecting gear 23 with the horizontal laid out in parallel of waste paper connecting gear 13 in X-direction, vertical Wiping mechanism 22 and water
Also laid out in parallel is in the X-axis direction for flat Wiping mechanism 12.
Vertical paper advance mechanism 21 includes the second pressure roller 211, the second platen wheel shaft 212 and the 3rd support 213, the second platen
With the second platen wheel shaft 212 for axle center rotates, the second platen wheel shaft 212 runs through the second pressure roller 211, second to wheel 211 from center
Platen wheel shaft 212 is located at the upper end of the 3rd support 213, and the 3rd support 213 is that two panels is spaced apart second in the supporting plate of " L " type of inversion
Pressure roller 211 is formed in the distance of X-direction length, or is erected at vertical cleaning machine along Z-direction by a block length cube plate
In structure 22 by rear fender support 223, and being arranged in a straight line in the Y-axis direction with rear fender support 223, the height of cuboid plate
, more than the height of vertical Wiping mechanism 22, length in the X-axis direction is more than the length in the X-axis direction of vertical Wiping mechanism 22 for degree
Degree, the part for being higher by vertical Wiping mechanism 22 in cuboid plate is provided with two supporting plates in the Y-axis direction, and two supporting plates are in X
It is arranged in a straight line on direction of principal axis, the second platen wheel shaft 212 crosses the two supporting plates in the X-axis direction, the 3rd support 213 is overall
Highly it is more than vertical Wiping mechanism 22, the second platen wheel shaft 212 for running through the second pressure roller 211 is located at vertical Wiping mechanism 22
Surface, also, the second platen wheel shaft 212 subpoint in the Y-axis is located at rear fender 221 and front pressuring plate in vertical Wiping mechanism 22
Between 222 subpoint respectively in Y-axis, so from the second pressure roller 211 rotate untapped two-layer wiping media 6 by
Fairly fallen between rear fender 221 and front pressuring plate 222 in the effect of gravity.It is similar to the first platen wheel shaft 112, if the second pressure
Paper wheel shaft 212 is not between rear fender 221 and front pressuring plate 222 subpoint respectively in Y-axis, then the second platen wheel shaft 212
On wiping media 6 can between rear fender 221 and front pressuring plate 222 wiping media 6 produce pulling force, and this pulling force can with it is rear
Pressing plate 221 or front pressuring plate 222 are produced to the pressure of wiping media 6 makes a concerted effort, and this can cause that wiping media 6 produces breakage with joint efforts
Fracture, causes the wiping of welding wire 03 discontinuous, have impact on production efficiency.
Fig. 2 and Fig. 4 is continued referring to, vertical Wiping mechanism 22 includes arrangement rear fender support in the Y-axis direction successively
223rd, rear fender 221 and front pressuring plate 222 and from center through whole vertical Wiping mechanism 22 the second pressing plate locating shaft 224,
Be fixed on rear fender support 223 for front pressuring plate 222 and rear fender 221 by the second pressing plate locating shaft 224, when welding wire 03 is wiped,
Welding wire 03 is sent between the rear fender 221 of vertical Wiping mechanism 22 and front pressuring plate 222, and also is located at two-layer wiping media 6
Between, rear fender 221 produces pressure to wiping media 6 simultaneously with front pressuring plate 222, in the wiping that welding wire 03 is pressurized by this two-layer
When between medium 6, because the effect of both sides pressure causes that welding wire 03 is wiped by two-layer wiping media 6.
Fig. 2, Fig. 4 and Fig. 6 are refer to, vertical waste paper connecting gear 23 includes the second follower 231, the second passive wheel shaft
232nd, the second driving wheel 233, the second drive sprocket axle 234, the second active wheel support 236 and the 4th support 235, vertical waste paper is passed
Send mechanism 23 has identical structure with horizontal waste paper connecting gear 13.Equally, the second follower 231 and vertical Wiping mechanism 22
Distance in the Y-axis direction is less than distance of second driving wheel 233 with vertical Wiping mechanism 22 in the Y-axis direction, that is to say, that
Angle between second follower 231 and the straight line and Z axis of the composition of the second driving wheel 233 is acute angle or obtuse angle, so from hanging down
The used two-layer wiping media 6 that straight Wiping mechanism 22 spreads out of is converged and is buffered wiping media 6 and passes by the second follower 231
After the speed sent, the second driving wheel 233 is transferred into.
Second driving wheel 233 is that axle center rotates with the second drive sprocket axle 234, and the second drive sprocket axle 234 is from center through the
Two driving wheels 233, and the second drive sprocket axle 234 is located at the upper end of the second active wheel support 236, two in the second active wheel support 236
Individual spacer support frame a certain distance is placed, and described a certain distance refers to the second driving wheel 233 length in the X-axis direction,
And the second drive sprocket axle 234 crosses the second active wheel support 236 in X-direction, the shaft length of the second drive sprocket axle 234 is more than
Length of the second active wheel support 236 in X-direction.Fig. 4 is refer to, in the X-axis direction, the first drive sprocket axle 134 and second
Drive sprocket axle 234 is connected with each other by shaft coupling 9, this ensure that horizontal Wiping mechanism 12 passes through with vertical Wiping mechanism 22
Welding wire 03 on same straight line, improve and be sent in vertical Wiping mechanism 22 from the welding wire 03 in horizontal Wiping mechanism 12
Speed.
Second follower 231 is that axle center rotates with the second passive wheel shaft 232, and the second passive wheel shaft 232 is from centre through the
Two followers 231, the second passive wheel shaft 232 is located at the one end of the 4th support 235, and the second passive wheel shaft 232 is crossed in the X-axis direction
4th support 235, the 4th support 235 is that two left view directions are that Y-shaped plate the second follower 231 spaced apart is long in the X-axis
The distance of degree and formed, refer to Fig. 6 and Fig. 2, in left view direction, two lower ends of Y-shaped plate are by the second passive wheel shaft 232
Cross in the X-axis direction, and upper end is separately fixed at the two ends of the second platen wheel shaft 212 and the both sides of front pressuring plate 222, and two
Individual Y-shaped plate center section is also fixed on 222 two sides of front pressuring plate.
Similarly, it is ensured that wiping media 6 is sent in vertical Wiping mechanism 22 from vertical paper advance mechanism 21 and wipes welding wire
03, and whole wiping silk machine is taken out of by the wiping media 6 that vertical waste paper connecting gear 23 will have been used in vertical Wiping mechanism 22, then
See that their direction of rotation should be the inverse time to the second pressure roller 211, the second follower 231 and the second driving wheel 233 in figure 6
Pin is clockwise.
Fig. 2 and Fig. 4 is refer to, the vertical wire feeder 24 in the both sides of vertical wire rubbing device 2 includes the He of the 3rd wire-crossing wheel 241
4th wire-crossing wheel 243, refer to Fig. 2, and the 3rd wire-crossing wheel 241 is axle center rotation, the 4th wire-crossing wheel 243 with the 3rd rotary shaft 242
With the 4th rotary shaft 244 for axle center rotates, the axial direction of the 3rd rotary shaft 242 and the 4th rotary shaft 244 is Y direction.If therefore
Realize welding wire 03 from horizontal wire feeder 14 successively incoming 3rd wire-crossing wheel 241, the wire-crossing wheel of vertical Wiping mechanism 22 and the 4th
243, then Fig. 8 is refer to, see that, to the 3rd wire-crossing wheel 241 and the 4th wire-crossing wheel 243, their direction of rotation is suitable in positive apparent direction
Hour hands are counterclockwise.
Fig. 3 is refer to, wiping silk machine includes two groups of wire rubbing device groups and be arranged in a straight line in the X-axis direction, each two level
A vertical wire rubbing device 2 is spaced between wire rubbing device 1, such welding wire 03, can by after two such wire rubbing device groups
Fully wiped on four faces, it is ensured that the efficiency of wiping.
Refer to Fig. 4, Fig. 8 and Fig. 9, welding wire 03 after two wire rubbing device groups are left, in order to avoid welding wire 03 is in frame 3
Side is piled up, then side setting the 5th wire-crossing wheel 33 and the 6th wire-crossing wheel 35 for wiping silk machine, the 5th wire-crossing wheel are left in welding wire 03
33 is axle center rotation with the 5th rotary shaft 34, and the 6th wire-crossing wheel 35 is that axle center rotates with the 6th rotary shaft 36, the 5th rotary shaft 34
Axial direction with the 6th rotary shaft 36 is Z-direction, and the welding wire 03 after having been wiped can be wrapped in the 5th wire-crossing wheel 33 or the 6th
On wire-crossing wheel 35.
Fig. 4, Fig. 8 and Fig. 9 are continued referring to, the drive sprocket axle in all wire rubbing device groups is all mutually interconnected by shaft coupling 9
It is connected together, the side of wire rubbing device group is provided with reductor 8, the driving wheel in an adjacent wire rubbing device of reductor 8
Axle is connected by shaft coupling 9 with reductor 8, and reductor 8 is arranged in one directly in the X-axis direction with all drive sprocket axles
Line, reductor 8 gives one rotating speed of drive sprocket axle in adjacent wire rubbing device, then by shaft coupling 9, what each was interconnected
Drive sprocket axle then has identical rotating speed in the same time.If reductor 8 have adjusted the drive sprocket axle in adjacent wire rubbing device
Rotating speed, then the drive sprocket axle in remaining all wire rubbing device is all adjusted within the same time due to the connection of shaft coupling 9
It is identical rotating speed, frequency control motor 81 is provided with reductor 8, the speed governing for driving reductor 8.
The rotation of drive sprocket axle has driven the rotation of driving wheel, so as to drive the transmission of wiping media 6, then band successively
The rotation of follower is moved, then in each wire rubbing device, because wiping media 6 is by active wheels and the rotation of follower group
The transmission of generation so that the rotation of the first pressure roller 111 and the second pressure roller 211 in each wire rubbing device group, therefore slow down
Machine 8 gives the size of the speed of drive sprocket axle according to the demand in actual production for wiping speed, decision.
Fig. 2 is continued referring to, due to the rotation of the first follower 131 and the second follower 231, and due to top board 121
It is movable fixture with front pressuring plate 222, top board 121 can be moved along the first pressing plate locating shaft 124 is lower in the Z-axis direction,
Front pressuring plate 222 can in the Y-axis direction be moved along the second pressing plate locating shaft 224, then the rotation of the first follower 131 can be by
Two support 135 drives movement of the top board 121 on Z axis, before the rotation of the second follower 231 is driven by the 4th support 235
Movement of the pressing plate 222 in Y-axis, moreover, the rotation of the first follower 131 can also drive second support 135 with
One end of one passive wheel shaft 132 is rocked down in the Z-axis direction, " Y " that rotarily drives the 4th support 235 of the second follower 231
Type lower end is rocked down in the Z-axis direction, and above-mentioned movement can all cause the first follower 131 and the second follower 231 with rocking
Z-direction on position do not fix, cause the transmission of wiping media 6 unstable, and also driven top board 121 and preceding pressure
The position of plate 222 is not fixed, and wiping media 6 and welding wire 03 in horizontal Wiping mechanism 12 and vertical Wiping mechanism 22 are caused respectively
The wiping pressure being subject to is also unstable, additionally due to the vibrations of external environment condition, can also cause the support of second support 135 and the 4th
235 produce teetertottering in Z-direction, therefore in order to avoid there is above-mentioned situation, then need to set locking device 7, by the
Locking is fixed in the position of one follower 131 and the second follower 231.
Refer to Fig. 2, Fig. 4, Fig. 6 and Fig. 7, locking device 7 include successively from bottom to up in the Z-axis direction support column 711,
Locking device frame 71, lock handle 72, lock handle 72 are also associated with locking thick stick 73, locking thick stick 73 and the lock handle
Angle between 72 is right angle, and is provided with connection sheet metal 79 and will lock thick stick 73 and lock handle 72 in right angle and connect simultaneously
And it is fixed at a right angle, the locking thick stick 73 has locking clamping block 74 near one end bolt connection of wire rubbing device, with locking clamping block 74
The clamping screw 75 of connection is fixed on locking thick stick 73 by locking nut 76, and between clamping screw 75 and the locking thick stick 73
Angle be also right angle, therefore the axial direction of clamping screw 75 is parallel with the length direction of lock handle 72.Fig. 7 is refer to, handle is locked
Hand 72 is connected on locking device frame 71 by the first connection rivet 77, and locking thick stick 73 is fixed on lock by the second connection rivet 78
On tight device frame 71, lock handle 72 can rotate around the first connection rivet 77, and locking thick stick 73 also can be around the second connection riveting
Nail 78 rotates, when lock handle 72 rotates around the first connection rivet 77, because lock handle 72 is by connecting sheet metal 79
Fixed with locking thick stick 73 and be connected at a right angle, then lock handle 72 then drives locking thick stick 73 to be rotated around the second connection rivet 78,
Fixed with locking thick stick 73 by clamping screw 75 and locking nut 76 due to locking clamping block 74 again and be connected at a right angle, then locking thick stick
73 around the second connection rivet 78 the movement for having rotarily driven locking clamping block 74, and moving direction and lock handle 72 movement
Direction is parallel all the time.
Fig. 5 is continued referring to, there is the corresponding horizontal locking device 701 of horizontal wire rubbing device 1 in figure in locking device 7 respectively
Vertical locking device 702 corresponding with vertical wire rubbing device 2 is connected to the both sides of locking device frame 71, locking device frame 71
Length direction is X-direction, refer to Fig. 2 and Fig. 8, and locking device frame 71 has two support columns 711, with horizontal wire rubbing device
Shaft coupling 9 between 1 and vertical wire rubbing device 2 center line in the Y-axis direction is axis, then locking device 7 is on described
Axis axial symmetry.The one end for having the first follower 131 in second support 135 sets the first latch 137, the first latch
137 length directions cross second support 135, and when the length direction of clamping screw 75 is located at Z axis, the first latch 137 is in Z axis
Positioned at the lower section of locking clamping block 74 on direction, similarly, in vertical wire rubbing device 2, the second latch 237 is located at the 4th support
235 one end with the second follower 231, the second latch 237 crosses the 4th support 235 in the longitudinal direction, and with first
Latch 137 is arranged in a straight line in the X-axis direction.
Fig. 2 and Fig. 7 is refer to, when locking device 7 is locked, then the length direction of lock handle 72 is Z-direction, then
The length direction for locking thick stick 73 is Y direction, and locking clamping block 74 is pressed on the first latch 137, and gives the first latch 137
Downward power, then because the rotation of the first follower 131 causes that second support 135 produces upward power with above-mentioned downward power phase
Mutually offset, then second support 135 keeps balance, similarly the 4th support 235 is because the second latch 237 is by locking clamping block 74
Downward pressure and keep balance.Fig. 5 is refer to, when needing to open locking device 7, then the rotation of lock handle 72 is given
Power (is shown as clockwise) in figure 6, when lock handle 72 is switched to length direction by the power for turning clockwise for Y-axis
During direction, now locking clamping block 74 leaves the first latch 137 and the second latch 237, until the length direction of clamping screw 75
It is Y direction.
Fig. 3, Fig. 4, Fig. 6 and Fig. 8 are continued referring to, silk machine is wiped and is additionally provided with wiping media frame 4, arranged with wire rubbing device group
In the Y-axis direction, one wiping media frame 4 of each wire rubbing device correspondence, is placed with wiping media 6 on wiping media frame 4, wipes
Medium frame 4 is wiped for ladder-shaped, wiping media frame 4 is with two wiping media frame sides 41, and several are horizontal in the X-axis direction
Two wiping media frame cross bars 42 on wiping media frame side 41 are worn, wiping media 6 is placed on each wiping media frame cross bar 42, and
And be connected with the wiping media 6 in horizontal paper advance mechanism 11 and vertical paper advance mechanism 21 in wire rubbing device group, each driving wheel
The wiping media 6 that axle is rotarily driven on wiping media frame cross bar 42 is constantly transferred into each wire rubbing device.
If it is preferred that wiping media frame 4 is highly larger in the Z-axis direction, the height of the center of gravity of whole frame 3 can be caused
Degree rises, then wiping media frame 4 is easier the power being subject in horizontal direction, destroys the shape that original power is mutually balanced
Condition, therefore Fig. 3 and Fig. 6 is refer to, wiping media frame 4 can be upper end and the shape that the angle of Z-direction is acute angle, reduce
The height on the top of wiping media frame 4, also reduces the height of the center of gravity of whole frame 3.
Fig. 3 is refer to, the height of wiping media frame cross bar 42 is far longer than the height of each wire rubbing device in figure, then by
In the effect of gravity, wiping media 6 is sent to when in each wire rubbing device from wiping media frame cross bar 42, wiping media 6
The gravity of body can disturb transfer rate so that the speed detached from wiping media frame 4 in wiping media 6 is more than wire rubbing device
The speed of middle transmission wiping media 6, then detach wiping media frame 4 due to too fast between wiping media frame 4 and wire rubbing device
But the meeting heap of part wiping media 6 not transmitted by wire rubbing device is got together, and is unfavorable for follow-up transmission, therefore in order to avoid upper
State the appearance of problem, be provided with paper stopping tray 5 between wiping media frame 4 and each wire rubbing device, each wire rubbing device and with
Its corresponding wiping media frame 4, paper stopping tray 5 form straight line in Y-axis.Paper stopping tray 5 is also ladder-shaped, by two gear paper
While 51 and when crossing two paper stopping trays in the X-axis direction, 51 several paper stopping tray cross bars 52 are constituted frame, from wiping media frame 4
The wiping media 6 for detaching first passes through any one the paper stopping tray cross bar 52 on paper stopping tray 5, and the paper stopping tray cross bar 52 in Z axis
Height of the height more than wire rubbing device on direction, then the paper stopping tray cross bar 52 slow down wiping media 6 from wiping media
Detach speed on frame 4, prevent due to wiping media 6 from wiping media frame 4 to detach speed excessive and cause wiping media 6
Piling up between wire rubbing device and wiping media frame 4.
It is preferred that the wiping media 6 is paper or dishcloth.
The present invention also provides a kind of welding wire using above-mentioned wiping silk machine and wipes silk method, and welding wire 03 is sequentially passed through into each group of wiping
The first wire-crossing wheel 141, horizontal Wiping mechanism 12 in silk device, the second wire-crossing wheel 143, the 3rd wire-crossing wheel 241, vertical cleaning machine
The wire-crossing wheel 243 of structure 22 and the 4th, on horizontal wire rubbing device 1, the wiping media 6 that will be placed on wiping media frame 4 leads to successively
Any one paper stopping tray cross bar 52 crossing on paper stopping tray 5, the first pressure roller 111, between top board 121 and lower platen 122, first
The driving wheel 133 of follower 131 and first, on vertical wire rubbing device 2, will be placed on wiping media 6 on wiping media frame 4 according to
Secondary any one paper stopping tray cross bar 52 by paper stopping tray 5, the second pressure roller 211, between rear fender 221 and front pressuring plate 222,
Second follower 231 and the second driving wheel 233, lock locking device 7, and the rotation of drive sprocket axle is set by adjusting reductor 8
Speed, because locking clamping block 74 applies downward pressure for the first latch 137 and the second latch 237, then by the first lock
Second support 135 and the He of top board 121 is driven by the 4th support 235 that the second latch 237 is crossed respectively that tight plate 137 is crossed
Front pressuring plate 222 each applies pressure to the welding wire 03 inside wiping media 6 and wiping media 6, then welding wire 03 is being sequentially passed through often
Wiped after wiping media 6 described in two-layer in one horizontal Wiping mechanism 12 and vertical Wiping mechanism 22, untapped wiping
Medium 6 from wiping media frame 4 by being transferred into wire rubbing device after any one paper stopping tray cross bar 52 on paper stopping tray 5, then by
Horizontal paper advance mechanism 11 is sent in horizontal Wiping mechanism 12, or is sent to vertical Wiping mechanism 22 by vertical paper advance mechanism 21
In, horizontal waste paper is respectively transmitted to from horizontal Wiping mechanism 12 and vertical Wiping mechanism 22 by the wiping media 6 after
Connecting gear 13 and vertical waste paper connecting gear 23, are then transferred out wiping silk machine, when welding wire 03 is passed through by two groups of wiping arrangements
The 5th wire-crossing wheel 33 or the 6th wire-crossing wheel 35 are sent to by the 4th wire-crossing wheel 243 in second group of wiping arrangement group after group, then
By the above method, each section of welding wire 03 by wiping silk machine from four faces by wiping twice, the wiping media 6 for being wiped across from
In wire rubbing device wiping silk machine, the wiping media 6 not wiped are carried over by the 5th wire-crossing wheel 33 or the 6th wire-crossing wheel 35
Continuation wipes the next section of welding wire 03 not wiped in being sent to wire rubbing device from wiping media frame 4.
Embodiment two
The present embodiment is with the difference of embodiment one, and in two wire rubbing device groups, a wire rubbing device group is by two phases
Same horizontal wire rubbing device 1 is constituted, and another wire rubbing device group is made up of two vertical wire rubbing devices 2 of identical, embodiment two
The wiping effect of welding wire 03 it is identical with embodiment one.
Embodiment three
The present embodiment is with the difference of embodiment one, in two wire rubbing device groups, a level for wire rubbing device group
Wire rubbing device 1 and vertical wire rubbing device 2 are identical with embodiment one, are all arranged in X-direction, refer to Figure 10, wherein welding wire 03
Wiping direction be X-direction.The horizontal Wiping mechanism 12 of another wire rubbing device group and being arranged in for vertical Wiping mechanism 22
On the straight line that X-direction forms acute angle or obtuse angle, then another wire rubbing device group then can be such as Figure 11 when welding wire 03 is wiped
Shown, it is sharp that now the wiping direction of welding wire 03 is respectively direction with X-direction angle acute angle or obtuse angle and Z axis angle
Angle or the direction at obtuse angle, therefore so wipe welding wire 03 from multiple directions so that wipe more abundant.
Obviously, those skilled in the art can carry out various changes and modification without deviating from spirit of the invention to invention
And scope, such as permutation and combination of horizontal wire rubbing device 1 and vertical wire rubbing device 2 can be that various, arrangement direction can also be
Various, the shape of wiping media frame 4 can be curved, wavy, and the altitude range of paper stopping tray 5 can be adjusted, wire rubbing device
The object wiped with wiping silk method is except being welding wire, or the thread such as aluminium wire, steel wire, silk or filiform.If
If these modifications of the invention and modification belong within the scope of the claims in the present invention and its equivalent technologies, the present invention also anticipates
Figure is including including these changes and modification.
Claims (7)
1. a kind of to wipe silk machine, it is characterised in that including some groups of wire rubbing device groups, wire rubbing device group described in every group includes several
Wire rubbing device, each described wire rubbing device includes paper advance mechanism, Wiping mechanism, waste paper connecting gear and positioned at the wiping successively
The wire feeder of mechanism both sides is wiped, the paper advance mechanism, the Wiping mechanism form the first plane with the waste paper connecting gear,
The wire feeder is arranged in the first crossline direction with the Wiping mechanism, first horizontal line and the first plane phase
Hand over, filiform passes sequentially through the wire feeder and the Wiping mechanism, and untapped wiping media passes sequentially through the paper feeding
Mechanism, the Wiping mechanism simultaneously wipe the filiform for passing through in the Wiping mechanism, and the filiform is in the wiping
The wire rubbing device is sent out by the wire feeder after being wiped in mechanism, the used wiping in the Wiping mechanism
Wipe medium and the wire rubbing device is sent out by the waste paper connecting gear, in vertical direction, the paper advance mechanism includes first
Pressure roller, first support and the first platen wheel shaft, the first pressure roller axle position is in the first support upper end, first pressure
Paper axle axial is located in the second crossline direction, and second horizontal line is perpendicular to first plane, the first platen wheel shaft
The first support is crossed in second crossline direction, first pressure roller revolves by axle center of the first platen wheel shaft
Turn, untapped wiping media is placed on first pressure roller and the wiping media is sent to the Wiping mechanism, institute
Wiping mechanism is stated to be followed successively by top board, lower platen from top to bottom, push board mount and run through the Wiping mechanism from bottom to up
The first pressing plate locating shaft at center, the axial direction of the first pressing plate locating shaft is vertical direction, and first pressure roller is by two-layer
The wiping media is sent between the top board and the lower platen, and what is passed through between wiping media described in two-layer is thread
Thing is wiped by the wiping media, and the wire feeder is included positioned at the first wire-crossing wheel of the Wiping mechanism side and positioned at institute
State the second wire-crossing wheel of Wiping mechanism opposite side, first wire-crossing wheel and second wire-crossing wheel respectively with the first rotary shaft and
Second rotary shaft is axle center rotation, and first rotary shaft and the axial direction of second rotary shaft are all vertical direction, described the
The transmission of one wire-crossing wheel is not wiped in filiform to the Wiping mechanism, and second wire-crossing wheel is sent out in the Wiping mechanism
Filiform is wiped.
2. as claimed in claim 1 to wipe silk machine, it is characterised in that in the horizontal direction, the Wiping mechanism includes arranging successively
Rear fender support, rear fender, front pressuring plate and the second pressing plate through the Wiping mechanism center for arranging into the first ordinate are positioned
Axle, first ordinate is the intersection of horizontal plane and first plane, and the axial direction of the second pressing plate locating shaft is described the
The direction of one ordinate, in Wiping mechanism top, then first pressure roller is by described in two-layer for the first pressure roller axle position
Wiping media is sent between the rear fender and the front pressuring plate, the filiform quilt passed through between wiping media described in two-layer
The wiping media is wiped, and the wire feeder is respectively positioned at the 3rd wire-crossing wheel of the Wiping mechanism side and positioned at described
4th wire-crossing wheel of Wiping mechanism opposite side, the 3rd wire-crossing wheel and the 4th wire-crossing wheel are respectively with the 3rd rotary shaft and
Four rotary shafts rotate for axle center, and the 3rd rotary shaft is all the second in-line direction with the axial direction of the 4th rotary shaft, vertically
It is the second plane in the plane of first horizontal line, second ordinate is the intersection of horizontal plane and second plane, described
The transmission of 3rd wire-crossing wheel is not wiped in filiform to the Wiping mechanism, and the 4th wire-crossing wheel is sent out in the Wiping mechanism
Wiping filiform.
3. it is as claimed in claim 2 to wipe silk machine, it is characterised in that in vertical direction, the waste paper connecting gear is from up to
Under successively include follower group, active wheels, the follower group include follower, passive wheel shaft and second support, the quilt
The axis of a movable block is located at described second support one end and the follower rotates by axle center of the passive wheel shaft, the passive wheel shaft
It is axially second crossline direction, the passive wheel shaft crosses described second support one end, institute in second crossline direction
Second support is stated to be fixed on the Wiping mechanism both sides and extend to the first pressure roller both sides, the second support it is another
One end is fixed on the first platen wheel shaft, and the first platen wheel shaft crosses described in second crossline direction
The other end of two supports, the active wheels include driving wheel, drive sprocket axle and active wheel support, and the drive sprocket axle is located at institute
State driving wheel pedestal upper end and the driving wheel rotates by axle center of the drive sprocket axle, the drive sprocket axle is axially described
Second crossline direction, the drive sprocket axle crosses the active wheel support in second crossline direction, in the Wiping mechanism
The wiping media sequentially pass through and be transferred out after the follower and the driving wheel wiping silk machine.
4. it is as claimed in claim 3 to wipe silk machine, it is characterised in that the second support also includes latch, and the locking
Plate is located in the second support one end with the passive wheel shaft, and the length direction of the latch is first horizontal line
Direction.
5. it is as claimed in claim 4 to wipe silk machine, it is characterised in that also including locking device, the locking device is in Vertical Square
Include support column, locking device frame, lock handle successively from bottom to up upwards, the lock handle is also associated with locking thick stick, institute
The angle stated between locking thick stick and the lock handle is right angle, and bolt connection has locking clamping block, the lock on the locking thick stick
The angle pressed between block and the locking thick stick is also right angle, and when the locking device is locked, the locking clamping block is pressed in institute
State on latch, when the locking device is opened, the locking clamping block leaves the latch.
6. it is as claimed in claim 3 to wipe silk machine, it is characterised in that also including shaft coupling, reductor and frequency control motor, institute
Shaft coupling is stated between wire rubbing device described in each two, the shaft coupling connects the master of the two neighboring wire rubbing device
The axis of a movable block, the reductor is located at some groups of wire rubbing device group sides and is arranged in institute with some groups of wire rubbing device groups
State in the second crossline direction, the drive sprocket axle of the wire rubbing device adjacent with the reductor by the shaft coupling with it is described
Reductor is connected, and the frequency control motor is located on the reductor and is connected with the reductor circuit.
7. it is as claimed in claim 6 to wipe silk machine, it is characterised in that also including frame, include placing to wipe in the frame being situated between
The wiping media frame and paper stopping tray of matter, some groups of wire rubbing device groups are placed in the frame, on the rack table,
The wire rubbing device, the paper stopping tray and the wiping media frame are sequentially arranged in first in-line direction, the wiping
Medium frame and the paper stopping tray all include two framves while and several pass through two framves while cross bar, the frame edge lengths
Perpendicular to the rack table, the cross bar length direction is parallel to the rack table, the first pressure roller rotation in direction
Drive the wiping media to be extracted out from wiping media frame and reach first pressure roller, the wiping by the paper stopping tray
Medium is paper or dishcloth.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510374946.9A CN105080866B (en) | 2015-06-30 | 2015-06-30 | One kind is wiped silk machine and wipes silk method |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510374946.9A CN105080866B (en) | 2015-06-30 | 2015-06-30 | One kind is wiped silk machine and wipes silk method |
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| CN105080866A CN105080866A (en) | 2015-11-25 |
| CN105080866B true CN105080866B (en) | 2017-07-07 |
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Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102933321A (en) * | 2010-06-11 | 2013-02-13 | 米其林集团总公司 | Device and method for cleaning a wire |
| CN103962319A (en) * | 2014-04-03 | 2014-08-06 | 华为技术有限公司 | Wiping mechanism and automatic cleaning device provided with same |
| CN205146739U (en) * | 2015-06-30 | 2016-04-13 | 昆山惠诚鑫自动化科技有限公司 | Wipe silk machine |
Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH1094764A (en) * | 1996-09-24 | 1998-04-14 | Daido Steel Co Ltd | Surface cleaning device for long-sized work |
| JP4471419B2 (en) * | 1999-08-23 | 2010-06-02 | 株式会社トーエネック | Cable cleaning device |
| JP2011231380A (en) * | 2010-04-28 | 2011-11-17 | Hitachi Cable Ltd | Method and apparatus for manufacturing wire material |
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2015
- 2015-06-30 CN CN201510374946.9A patent/CN105080866B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102933321A (en) * | 2010-06-11 | 2013-02-13 | 米其林集团总公司 | Device and method for cleaning a wire |
| CN103962319A (en) * | 2014-04-03 | 2014-08-06 | 华为技术有限公司 | Wiping mechanism and automatic cleaning device provided with same |
| CN205146739U (en) * | 2015-06-30 | 2016-04-13 | 昆山惠诚鑫自动化科技有限公司 | Wipe silk machine |
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| CN105080866A (en) | 2015-11-25 |
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