CN105080866A - Wire wiping machine and wire wiping method - Google Patents
Wire wiping machine and wire wiping method Download PDFInfo
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- CN105080866A CN105080866A CN201510374946.9A CN201510374946A CN105080866A CN 105080866 A CN105080866 A CN 105080866A CN 201510374946 A CN201510374946 A CN 201510374946A CN 105080866 A CN105080866 A CN 105080866A
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- wiping
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- wheel
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- 238000000034 method Methods 0.000 title claims abstract description 18
- 230000007246 mechanism Effects 0.000 claims abstract description 173
- 239000010893 paper waste Substances 0.000 claims abstract description 38
- 238000003825 pressing Methods 0.000 claims description 18
- 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
- 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 5
- 239000000284 extract Substances 0.000 claims description 2
- 238000003466 welding Methods 0.000 description 80
- 238000004140 cleaning Methods 0.000 description 11
- 229910052751 metal Inorganic materials 0.000 description 7
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- 230000008569 process Effects 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
- 238000005516 engineering process Methods 0.000 description 3
- 230000004048 modification Effects 0.000 description 3
- 238000012986 modification Methods 0.000 description 3
- 229910000831 Steel Inorganic materials 0.000 description 2
- 230000008859 change Effects 0.000 description 2
- 230000003749 cleanliness Effects 0.000 description 2
- 230000002153 concerted effect Effects 0.000 description 2
- 238000010586 diagram Methods 0.000 description 2
- 238000004519 manufacturing process Methods 0.000 description 2
- 238000005096 rolling process Methods 0.000 description 2
- 125000006850 spacer group Chemical group 0.000 description 2
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- 230000003064 anti-oxidating effect Effects 0.000 description 1
- 230000004323 axial length Effects 0.000 description 1
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- 238000002844 melting Methods 0.000 description 1
- 230000008018 melting Effects 0.000 description 1
- 239000011148 porous material Substances 0.000 description 1
- 238000002360 preparation method Methods 0.000 description 1
- 230000001105 regulatory effect Effects 0.000 description 1
- 230000000717 retained effect Effects 0.000 description 1
- 239000011435 rock Substances 0.000 description 1
- 238000009991 scouring Methods 0.000 description 1
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- 229910000679 solder Inorganic materials 0.000 description 1
- WFKWXMTUELFFGS-UHFFFAOYSA-N tungsten Chemical compound [W] WFKWXMTUELFFGS-UHFFFAOYSA-N 0.000 description 1
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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
The invention provides a wire wiping machine. The wire wiping machine comprises a plurality of groups of wire wiping device units, each wire wiping device unit comprises a plurality of wire wiping devices, and each wire wiping device comprises a paper feeding mechanism, a wiping mechanism, a waste paper feeding mechanism and wire feeding mechanisms located at the two sides of the wiping mechanism, wherein the paper feeding mechanism, the wiping mechanism and the waste paper feeding mechanism form a first plane, the wire feeding mechanisms and the wiping mechanism are arranged in the first transverse line direction, and the first transverse line is intersected with the first plane. The invention further provides a wire wiping method of the wire wiping machine, therefore, a wire-shaped object is conveyed into the wiping mechanism to be wiped through the wire feeding mechanisms, an unused wiping medium enters the wiping mechanism from the paper feeding mechanism for wiping the thread-shaped object, and an used wiping medium is brought out of the wiping mechanism through the waste paper feeding mechanism. Therefore, the wire-shaped object can be wiped by the wiping medium while traveling, it is also guaranteed that the wiping medium used for wiping the corresponding wire-shaped object is unused every time, and the problem that the wire-shaped object is polluted on account of the reuse of the wiping medium is solved.
Description
Technical field
The present invention relates to a kind of filiform process field, be specifically related to a kind of wiping silk machine and wipe silk method.
Background technology
Welding wire is as filling metal or simultaneously as the welded wire material of conduction.When gas welding and shielded arc welding of tungsten electrode gas, welding wire is used as to fill metal; Submerged-arc welding, electroslag welding and other melting pole gas shielded arc weldings time, welding wire is filling metal, is also simultaneously conductive electrode.The surface of welding wire is not coated with the solder flux of anti-oxidation effect.
When welding procedure, much impurity can be sticked through transport and the welding wire surface after storing, moreover, preparation technology of welding wire domestic at present causes welding wire wire surface to stick many attachments, if welded immediately without process, impurity and attachment then can infiltrate in weld seam when welding, produce problems of welded quality.Therefore before actual use must by welding wire surface process, treatment facility at present for welding wire is mainly spiral steel brush machine, whole line machine, but these welding wire treatment facilities are meeting scratch welding wire surface when clean welding wire, makes the problem being created surface damage by the welding wire of wiping.
A kind of cleaning device for welding wires is disclosed in patent CN102303066B, please refer to Fig. 1, mainly comprise clean unit 01 and admission machine 02, described clean unit 01 comprises support 010, be installed on wire-crossing wheel 011 and 012 fixture on support 010, described wire-crossing wheel 011 comprises a vertical wire-crossing wheel 0110 and a pair horizontal wire-crossing wheel 0111, the axis of described vertical wire-crossing wheel 0110 parallels with horizontal plane, axis and the horizontal plane of described horizontal wire-crossing wheel 0111 are perpendicular, described fixture 012 comprises the first fixture 0121 and the second fixture 0122, at least one first fixture 0121 is provided with between a described vertical wire-crossing wheel 0110, at least one second fixture 0122 is provided with between described a pair horizontal wire-crossing wheel 0111, in described first fixture 0121, first cleaning device 01210 is installed, in described second fixture 0122, second cleaning device 01220 is installed, the bottom of described support 010 is provided with aspiration channel 0101, the other end of aspiration channel 0101 is provided with blower fan 013, described first cleaning device 01210 and the second cleaning device 01220 are metal cleaning ball or industrial scouring pad or wool felt.Welding wire 03 is wrapped in successively on each vertical wire-crossing wheel 0110 and each horizontal wire-crossing wheel 0111, welding wire 03 in transport process when each wire-crossing wheel 011, then can by the second fixture 0122 wiping between the first fixture 0121 between vertical wire-crossing wheel 0110 and horizontal wire-crossing wheel 0111, and the direction of the first fixture 0121 and the second fixture 0122 wiping is orthogonal, therefore welding wire 03 can by four faces by wiping, the welding wire 03 after complete by wiping is transferred into admission machine 02.Although this cleaning device for welding wires can at four face wiping welding wires, eliminate the impurity of welding wire surface, but as can be seen from Figure 1, wiping media can't be changed when wiping for the first fixture 0121 of wiping and the second fixture 0122, that is the impurity got off from welding wire 03 wiping before can be retained in wiping media, when wiping next section of welding wire 03, these impurity can be re-attached on next section of welding wire 03, and causing welding wire 03 to occur when welding like this, wire feed is smooth, electric current is unstable, shaping has unsightly even occurred the weld defects such as pore.
Therefore be necessary to invent a kind of wire rubbing device, above-mentioned welding wire surface attachment can either be cleaned and remain, also can avoid using and to wipe across and surface has the wiping media of impurities left to continue the problem of wiping welding wire.
Prior art illustrates: 01-cleans unit, 010-support, 0100-cleaning device for welding wires, 0101-aspiration channel, 011-wire-crossing wheel, the vertical wire-crossing wheel of 0110-, the horizontal wire-crossing wheel of 0111-, 012-fixture, 0121-first fixture, 01210-first cleaning device, 0122-second fixture, 01220-second cleaning device, 013-blower fan, 02-admission machine, 03-welding wire;
The present invention illustrates: 03-welding wire, the horizontal wire rubbing device of 1-, the horizontal paper advance mechanism of 11-, 111-first pressure roller, 112-first platen wheel shaft, 113-first support, the horizontal Wiping mechanism of 12-, 121-top board, 122-lower platen, 123-lower platen support, 124-first pressing plate locating shaft, the horizontal waste paper connecting gear of 13-, 131-first follower, the passive wheel shaft of 132-first, 133-first driving wheel, 134-first drive sprocket axle, 135-second support, 136-first driving wheel support, 137-first latch, the horizontal wire feeder of 14-, 141-first wire-crossing wheel, 142-first rotating shaft, 143-second wire-crossing wheel, 144-second rotating shaft, the vertical wire rubbing device of 2-, the vertical paper advance mechanism of 21-, 211-second pressure roller, 212-second platen wheel shaft, 213-the 3rd support, the vertical Wiping mechanism of 22-, 221-rear fender, 222-front pressuring plate, 223-rear fender support, 224-second pressing plate locating shaft, the vertical waste paper connecting gear of 23-, 231-second follower, the passive wheel shaft of 232-second, 233-second driving wheel, 234-second drive sprocket axle, 235-the 4th support, 236-second driving wheel support, 237-second latch, the vertical wire feeder of 24-, 241-the 3rd wire-crossing wheel, 242-the 3rd rotating shaft, 243-the 4th wire-crossing wheel, 244-the 4th rotating shaft, 3-frame, 31-roller, 32-locating piece, 33-the 5th wire-crossing wheel, 34-the 5th rotating shaft, 35-the 6th wire-crossing wheel, 36-the 6th rotating shaft, 4-wiping media frame, 41-wiping media frame limit, 42-wiping media frame cross bar, 5-paper stopping tray, 51-paper stopping tray limit, 52-paper stopping tray cross bar, 6-wiping media, 7-locking device, the horizontal locking device of 701-, the vertical locking device of 702-, 71-locking device frame, 711-support column, 72-lock handle, 73-locks thick stick, 74-locks briquetting, 75-clamping screw, 76-locking nut, 77-first connection rivet, 78-second connection rivet, 79-connection metal sheet, 8-reductor, 81-frequency control motor, 9-shaft coupling.
Summary of the invention
In order to achieve the above object, the invention provides a kind of wiping silk machine and filiform wiping silk method, a line is arranged in by using some groups of wire rubbing device groups, filiform successively by each group of wire rubbing device group by wiping, and each wire wiping agency is placed between the paper feeding structure transmitting wiping media and the waste paper connecting gear transmitting used wiping media, like this perpendicular on filiform direction of transfer, untapped wiping media is constantly transmitted into wipe configuration wiping filiform, wiping media after the complete filiform of wiping is sent out by waste paper connecting gear and wipes silk machine, solve the problem that welding wire surface attachment residue problem also solves use used wiping media wiping welding wire like this, and except welding wire, other various filiform or thread also can use described wiping silk machine and wipe the wiping of silk method.
One provided by the invention wipes silk machine, comprise some groups of wire rubbing device groups, often organize described wire rubbing device group and comprise several wire rubbing devices, each described wire rubbing device comprises paper advance mechanism successively, Wiping mechanism, waste paper connecting gear and be positioned at the wire feeder of described Wiping mechanism both sides, described paper advance mechanism, described Wiping mechanism and described waste paper connecting gear form the first plane, described wire feeder and described Wiping mechanism are arranged in the first crossline direction, described first horizontal line and described first Plane intersects, filiform is successively by described wire feeder and described Wiping mechanism, untapped wiping media is successively by described paper advance mechanism, described Wiping mechanism the described filiform that wiping is passed through in described Wiping mechanism, described filiform in described Wiping mechanism by wiping after sent out described wire rubbing device by described wire feeder, in described Wiping mechanism, used described wiping media is sent out described wire rubbing device by described waste paper connecting gear.
As preferably, in vertical direction, described paper advance mechanism comprises the first pressure roller, first support and the first platen wheel shaft, described first platen wheel shaft is positioned at described first pedestal upper end, described first platen axle axial is positioned in the second crossline direction, described second horizontal line is perpendicular to described first plane, described first platen wheel shaft crosses described first support in described second crossline direction, described first pressure roller with described first platen wheel shaft for axle center rotates, described first pressure roller places untapped wiping media and described wiping media is sent to described Wiping mechanism.
As preferably, in vertical direction, described Wiping mechanism is followed successively by top board from top to bottom, lower platen, lower platen support and run through the first pressing plate locating shaft at described Wiping mechanism center from bottom to up, the axis of described first pressing plate locating shaft is vertical direction, two-layer described wiping media is sent between described top board and described lower platen by described first pressure roller, the filiform passed through between two-layer described wiping media is by described wiping media wiping, described wire feeder comprises the first wire-crossing wheel being positioned at described Wiping mechanism side and the second wire-crossing wheel being positioned at described Wiping mechanism opposite side, described first wire-crossing wheel and described second wire-crossing wheel respectively with the first rotating shaft and the second rotating shaft for axle center rotates, the axis of described first rotating shaft and described second rotating shaft is all vertical direction, described first wire-crossing wheel transmits in non-wiping filiform to described Wiping mechanism, described second wire-crossing wheel sends out the filiform of wiping in described Wiping mechanism.
As preferably, in the horizontal direction, described Wiping mechanism comprises the rear fender support being arranged in order into the first ordinate, rear fender, front pressuring plate and run through the second pressing plate locating shaft at described Wiping mechanism center, described first ordinate is the intersection of horizontal plane and described first plane, the axis of described second pressing plate locating shaft is the direction of described first ordinate, described first platen wheel shaft is positioned at above described Wiping mechanism, then two-layer described wiping media is sent between described rear fender and described front pressuring plate by described first pressure roller, the filiform passed through between two-layer described wiping media is by described wiping media wiping, described wire feeder is respectively the 3rd wire-crossing wheel being positioned at described Wiping mechanism side and the 4th wire-crossing wheel being positioned at described Wiping mechanism opposite side, described 3rd wire-crossing wheel and described 4th wire-crossing wheel respectively with the 3rd rotating shaft and the 4th rotating shaft for axle center rotates, the axis of described 3rd rotating shaft and described 4th rotating shaft is all the second in-line direction, plane perpendicular to described first horizontal line is the second plane, described second ordinate is the intersection of horizontal plane and described second plane, described 3rd wire-crossing wheel transmits in non-wiping filiform to described Wiping mechanism, described 4th wire-crossing wheel sends out the filiform of wiping in described Wiping mechanism.
As preferably, in vertical direction, described waste paper connecting gear comprises passive wheels from top to bottom successively, initiatively wheels, described passive wheels comprise follower, passive wheel shaft and the second support, described passive wheel shaft be positioned at described second support one end and described follower with described passive wheel shaft for axle center rotates, described passive axle axial is described second crossline direction, described passive wheel shaft crosses described second support one end in described second crossline direction, described second support is fixed on described Wiping mechanism both sides and extends to described first pressure roller both sides, the other end of described second support is fixed on described first platen wheel shaft, described first platen wheel shaft crosses the other end of described second support in described second crossline direction, described active wheels comprise driving wheel, drive sprocket axle and driving wheel support, described drive sprocket axle be positioned at described driving wheel pedestal upper end and described driving wheel with described drive sprocket axle for axle center rotates, described drive sprocket axle is axially described second crossline direction, described drive sprocket axle crosses described driving wheel support in described second crossline direction, described wiping media in described Wiping mechanism is transferred out described wiping silk machine successively after described follower and described driving wheel.
As preferably, described second support also comprises latch, and described latch is positioned at the one end described second support with described passive wheel shaft, and the length direction of described latch is described first crossline direction.
As preferably, also comprise locking device, described locking device comprises support column, locking device frame, lock handle in vertical direction from bottom to up successively, described lock handle is also connected with locking thick stick, angle between described locking thick stick and described lock handle is right angle, on described locking thick stick, bolt is connected with locking briquetting, angle between described locking briquetting and described locking thick stick is also right angle, when described locking device locking, described locking briquetting is pressed on described latch, when described locking device is opened, described locking briquetting leaves described latch.
As preferably, also comprise shaft coupling, reductor and frequency control motor, described shaft coupling is between every two described wire rubbing devices, described shaft coupling connects the described drive sprocket axle of adjacent two described wire rubbing devices, described reductor is positioned at described some groups of wire rubbing device group sides and is arranged in described second crossline direction with described some groups of wire rubbing device groups, the drive sprocket axle of the described wire rubbing device adjacent with described reductor is connected with described reductor by described shaft coupling, described frequency control motor to be positioned on described reductor and to be connected with described reductor circuit.
As preferably, also comprise frame, described frame comprises the wiping media frame and paper stopping tray of placing wiping media, described some groups of wire rubbing device groups are placed in described frame, on described rack table, described wire rubbing device, described paper stopping tray and described wiping media frame are sequentially arranged in described first in-line direction, described wiping media frame and described paper stopping tray all comprise two frame limits and several cross bars through two described frame limits, described frame edge lengths direction is perpendicular to described rack table, described cross bar length direction is parallel to described rack table, described first pressure roller rotarily drives described wiping media and extracts out from wiping media frame and arrive described first pressure roller through described paper stopping tray, described 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 organized described wire feeder in described wire rubbing device and described Wiping mechanism through each successively, by described wiping media successively by described paper advance mechanism, described Wiping mechanism, described waste paper connecting gear, described filiform is passing in the two-layer described wiping media in Wiping mechanism described in each successively by wiping, described wiping silk machine is transferred out when passing described filiform after by wiping arrangement group described in some groups, the described wiping media used from described Wiping mechanism successively described waste paper connecting gear send out described wiping silk machine.
Compared with prior art, the invention has the beneficial effects as follows: one provided by the invention wipes silk machine, comprise some groups of wire rubbing device groups, often organize described wire rubbing device group and comprise several wire rubbing devices, each described wire rubbing device comprises paper advance mechanism successively, Wiping mechanism, waste paper connecting gear and be positioned at the wire feeder of described Wiping mechanism both sides, described paper advance mechanism, described Wiping mechanism and described waste paper connecting gear form the first plane, described wire feeder and described Wiping mechanism are arranged in the first crossline direction, described first horizontal line and described first Plane intersects, like this on the straight line of the Plane intersects with filiform direction of travel, wiping media is transported to Wiping mechanism by paper advance mechanism and is taken away by waste paper connecting gear by after wiping, ensure that the wiping media of each wiping filiform is without use.Wire rubbing device provided by the present invention, also can other filiform or the thread such as wiping aluminium wire, silk except can wiping welding wire.
Wiping mechanism provided by the invention comprises in vertical direction from top to bottom successively for top board, lower platen, lower platen support and the first pressing plate locating shaft running through described Wiping mechanism center from bottom to up, ensures wiping media wiping filiform in upper and lower both direction like this.
Wiping mechanism provided by the invention also comprises the rear fender support, rear fender, the front pressuring plate that are arranged in order into the first ordinate and runs through the second pressing plate locating shaft at described Wiping mechanism center, described first ordinate is the intersection of horizontal plane and described first plane, like this except wiping media wiping filiform in upper and lower both direction, also have wiping media wiping filiform in filiform both sides, ensure that filiform is exposed on four extraneous faces all by wiping media wiping.
Wiping silk machine provided by the invention also comprises frame, described frame also comprises the wiping media frame and paper stopping tray of placing wiping media, described some groups of wire rubbing device groups are placed in described frame, on described rack table, described wire rubbing device, described paper stopping tray and described wiping media frame are sequentially arranged in described first in-line direction, untapped wiping media is extracted out from wiping media frame and is arrived in paper feeding structure, middle through paper stopping tray, paper stopping tray has cushioned the speed that wiping media is drawn out of, and makes the transmission of wiping media more steady.
The present invention also provides a kind of wiping silk method using above-mentioned wiping silk machine, filiform is organized described wire feeder in described wire rubbing device and described Wiping mechanism through each successively, by described wiping media successively by described paper advance mechanism, described Wiping mechanism, described waste paper connecting gear, described filiform is passing in the two-layer described wiping media in Wiping mechanism described in each successively by wiping, described wiping silk machine is transferred out when passing described filiform after by wiping arrangement group described in some groups, the described wiping media used from described Wiping mechanism successively described waste paper connecting gear send out described wiping silk machine.Such filiform is by wiping repeatedly, and ensure that the cleanliness factor being sent filiform, the described wiping media used is sent out described wiping silk machine by described follower and described driving wheel successively from described Wiping mechanism, this ensure that the wiping media of wiping filiform is each time all not by the wiping media used, therefore both made filiform by wiping repeatedly, turn avoid the problem of wiping media that use wiped across wiping filiform repeatedly, ensure that the cleanliness factor of filiform.Wiping silk method provided by the present invention, also can other filiform or the thread such as wiping aluminium wire, silk except can wiping welding wire.
Accompanying drawing explanation
Fig. 1 is cleaning device for welding wires structural representation in 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 A place enlarged drawing in Fig. 4;
Fig. 6 is the wiping silk machine left view of the embodiment of the present invention one;
Fig. 7 is B place enlarged drawing in Fig. 6;
Fig. 8 is the wiping silk machine front view of the embodiment of the present invention one;
Fig. 9 is C place enlarged drawing in Fig. 8;
Figure 10 is that in the embodiment of the present invention three, wiping direction is the welding wire wiping schematic diagram of X axis;
Figure 11 is that in the embodiment of the present invention three, wiping direction is and Z axis acutangulate welding wire wiping schematic diagram.
Detailed description of the invention
For enabling above-mentioned purpose of the present invention, feature and advantage become apparent more, are described in detail the specific embodiment of the present invention below in conjunction with accompanying drawing.
Embodiment one
Please refer to Fig. 3, one provided by the invention wipes silk machine, be positioned in frame 3, comprise the some groups of wire rubbing device groups being arranged in the first horizontal line, with the first horizontal line for X-axis, on frame 3 table top, with the straight line perpendicular to described first horizontal line for Y-axis, to set up the three-dimensional system of coordinate comprising X-axis, Y-axis, Z axis vertically upward as Z axis positive direction, then XY plane is frame 3 table top.Continue referring to Fig. 3, frame 3 comprise two groups of wire rubbing device groups and arrange along X-direction, each group wire rubbing device group comprises two wire rubbing devices, is along X-direction arrangement equally, is respectively horizontal wire rubbing device 1 and vertical wire rubbing device 2.
Preferably, conveniently move, frame 3 is cuboid frame shape, in frame 3 lower end, four summits place respectively arranges a roller 31 and locating piece 32, when mobile, locating piece 32 is packed up, promote frame 3, then due to the rolling of each roller 31, frame 3 is moved, when frame 3 is without the need to time mobile, locating piece 32 is put down, then the now rolling of roller 31 is subject to locating piece 32 and stops, frame 3 cannot be moved.
Please refer to Fig. 2, in the X-axis direction, in horizontal wire rubbing device 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 for horizontal wire rubbing device 1 and vertical wire rubbing device 2 laid out in parallel.Such wiping media 6 is sent to the wiping carrying out welding wire 03 in horizontal Wiping mechanism 12 by horizontal paper advance mechanism 11, after wiping tried welding wire 03, used wiping media 6 spreads out of from horizontal Wiping mechanism 12, horizontal wire rubbing device 1 is sent out by horizontal waste paper connecting gear 13, like this while wiping welding wire 03, ensure that used wiping media 6 is promptly sent out horizontal wire rubbing device 1, then the wiping media 6 of each wiping welding wire 03 did not all use, and avoided the appearance that wiping media 6 reuses problem.
Horizontal paper advance mechanism 11 comprises the first pressure roller 111 and the first support 113 in the Z-axis direction from top to bottom, first pressure roller 111 axle center is the first platen wheel shaft 112, that is the first platen wheel shaft 112 runs through described first pressure roller 111 and the first pressure roller 111 rotates round the first platen wheel shaft 112 from center, please refer to Fig. 6, in the left view wiping silk machine, the direction of rotation of the first pressure roller 111 should be and turns clockwise, the transmission of original wiping media 6 to described horizontal Wiping mechanism 12 has been rotarily driven due to the first pressure roller 111, first platen wheel shaft 112 is positioned at the first support 113 upper end, preferably, the height of the first support 113 on Z axis equals the height of horizontal Wiping mechanism 12 on Z axis, first support 113 only have one end and horizontal Wiping mechanism 12 contour, first 112, platen wheel shaft is 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 transmits to horizontal Wiping mechanism 12 reposefully.More specifically, the height of the first platen wheel shaft 112 on Z axis is less than the height of top board 121 on Z axis and is greater than the height of lower platen 122 on Z axis.If horizontal paper advance mechanism 11 is higher than top board 121 in horizontal Wiping mechanism 12, wiping media 6 on horizontal paper advance mechanism 11 produces pulling force upwards to the wiping media 6 in coupled horizontal Wiping mechanism 12, because welding wire 03 itself has gravity, and described top board 121 pairs of wiping media 6 have downward pressure, when these three kinds of power converge in wiping media 6, the making a concerted effort of formation makes wiping media 6 itself that breakage or fracture can occur; Equally, if the first support 113 is lower than the lower platen 122 in horizontal Wiping mechanism 12, wiping media 6 on horizontal paper advance mechanism 11 produces downward pulling force to the wiping media 6 in coupled horizontal Wiping mechanism 12, produces breakage or fracture with the same wiping media 6 that makes of making a concerted effort that lower platen 122 pairs of wiping media 6 power upwards produces.
Horizontal Wiping mechanism 12 comprises top board 121 in the Z-axis direction from top to bottom, lower platen 122 and lower platen support 123, also comprise the first pressing plate locating shaft 124 running through whole horizontal Wiping mechanism 12 from center, described first pressing plate locating shaft 124 is for connecting top board 121, lower platen 122 and lower platen support 123, the two-layer wiping media 6 sent from horizontal paper advance mechanism 11 is through top board 121 and lower platen 122, then welding wire 03 is when passing through between this two-layer wiping media 6, be subject to the pressure between top board 121 and lower platen 122, by this two-layer wiping media 6 wiping.
In the Z-axis direction, no matter be horizontal waste paper connecting gear 13 or vertical waste paper connecting gear 23, comprise passive wheels, initiatively wheels all from top to bottom successively, in described passive wheels follower with passive wheel shaft for axle center rotates, described active wheels comprise driving wheel, drive sprocket axle and driving wheel support, described drive sprocket axle be positioned at described driving wheel pedestal upper end and described driving wheel with described drive sprocket axle for axle center rotates, described drive sprocket axle is axially X-direction.
Horizontal waste paper connecting gear 13 comprises the first follower 131 and the first driving wheel 133 and the first driving wheel support 136 in the Z-axis direction from top to bottom, preferably, first follower 131 and horizontal Wiping mechanism 12 distance are in the Y-axis direction less than the first driving wheel 133 and horizontal Wiping mechanism 12 distance in the Y-axis direction, that is the angle between the straight line that forms of the first follower 131 and the first driving wheel 133 and Z axis is acute angle or obtuse angle, the used two-layer wiping media 6 spread out of from horizontal Wiping mechanism 12 is like this converged by the first follower 131 and after cushioning the speed transmitting wiping media 6, be transferred into the first driving wheel 133.
First driving wheel 133 with the first drive sprocket axle 134 for axle center rotate, first drive sprocket axle 134 runs through the first driving wheel 133 from center equally, and the first drive sprocket axle 134 is positioned at the first driving wheel support 136 upper end, the distance placement that in first driving wheel support 136, two spacer support frames are certain, described certain distance refers to the length of the first driving wheel 133, and the first drive sprocket axle 134 crosses two supports of the first driving wheel support 136 in X-direction, the shaft length of the first drive sprocket axle 134 is greater than the length of the first driving wheel support 136 in X-direction.First follower 131 with the first passive wheel shaft 132 for axle center rotate, first passive wheel shaft 132 runs through the first follower 131 from centre, first passive wheel shaft 132 is positioned at second support 135 one end, and the first passive wheel shaft 132 crosses the second support 135 in the X-axis direction, second support 135 length in the Y-axis direction equals whole horizontal wire rubbing device 1 length in the Y-axis direction, second support 135 separates the distance of the first follower 131 axial length by two long slabs and is formed, rivet is used to be fixed on top board 121 at the interlude of the second support 135 length direction, the other end of the second support 135 is fixed on the first pressure roller 111 two ends, and the first platen wheel shaft 112 crosses the second support 135 in the X-axis direction.
Please refer to Fig. 6, in the left view wiping silk machine, the direction of rotation of the first pressure roller 111 and the first follower 131, first driving wheel 133 is clockwise or counterclockwise.
In the X-axis direction, two wire-crossing wheels are erect respectively in horizontal wire rubbing device 1 both sides, be horizontal wire feeder 14, horizontal wire feeder 14 is the first wire-crossing wheel 141 and the second wire-crossing wheel 143, first wire-crossing wheel 141 with the first rotating shaft 142 for axle center rotate, second wire-crossing wheel 143 with the second rotating shaft 144 for axle center rotate, the axis of the first rotating shaft 142 and the second rotating shaft 144 is all Z-direction, please refer to Fig. 4, in the top view wiping silk machine, the first wire-crossing wheel 141 and the second wire-crossing wheel 143 direction of rotation are clockwise or counterclockwise.
Vertical wire rubbing device 2 comprises vertical paper advance mechanism 21, vertical Wiping mechanism 22 and vertical waste paper connecting gear 23, wherein vertical waste paper connecting gear 23 is with horizontal waste paper connecting gear 13 laid out in parallel in X-direction, and vertical Wiping mechanism 22 and horizontal Wiping mechanism 12 also laid out in parallel are in the X-axis direction.
Vertical paper advance mechanism 21 comprises the second pressure roller 211, second platen wheel shaft 212 and the 3rd support 213, second pressure roller 211 with the second platen wheel shaft 212 for axle center rotate, second platen wheel shaft 212 runs through the second pressure roller 211 from center, second platen wheel shaft 212 is positioned at the 3rd support 213 upper end, spaced apart second pressure roller 211 of supporting plate that 3rd support 213 is inversion " L " type for two panels is formed in the distance of X-direction length, or it is other to be erected at rear fender support 223 in vertical Wiping mechanism 22 by one block of cuboid plate along Z-direction, and with rear fender support 223 being arranged in a straight line in the Y-axis direction, the height of cuboid plate is greater than the height of vertical Wiping mechanism 22, length is in the X-axis direction greater than vertical Wiping mechanism 22 length in the X-axis direction, the part going out vertical Wiping mechanism 22 at cuboid plate hight is provided with two supporting plates in the Y-axis direction, two supporting plates are arranged in a straight line in the X-axis direction, second platen wheel shaft 212 crosses this two supporting plates in the X-axis direction, 3rd support 213 whole height is greater than vertical Wiping mechanism 22, the the second platen wheel shaft 212 running through the second pressure roller 211 is positioned at directly over vertical Wiping mechanism 22, and, second platen wheel shaft 212 in Y-axis subpoint in vertical Wiping mechanism 22 between rear fender 221 and the subpoint of front pressuring plate 222 respectively in Y-axis, the untapped two-layer wiping media 6 rotated from the second pressure roller 211 so just in time falls between rear fender 221 and front pressuring plate 222 due to the effect of gravity.Similar to the first platen wheel shaft 112, if the second platen wheel shaft 212 is not at rear fender 221 and front pressuring plate 222 between the subpoint respectively in Y-axis, wiping media 6 so on the second platen wheel shaft 212 can produce pulling force to the wiping media 6 between rear fender 221 and front pressuring plate 222, and this pulling force can produce with joint efforts with the pressure of rear fender 221 or front pressuring plate 222 pairs of wiping media 6, this can make wiping media 6 produce damaged fracture with joint efforts, cause the wiping of welding wire 03 discontinuous, have impact on production efficiency.
Continue referring to Fig. 2 and Fig. 4, vertical Wiping mechanism 22 comprises arrangement rear fender support 223 in the Y-axis direction successively, rear fender 221 and front pressuring plate 222 and the second pressing plate locating shaft 224 running through whole vertical Wiping mechanism 22 from center, front pressuring plate 222 and rear fender 221 are fixed on rear fender support 223 by the second pressing plate locating shaft 224, when wiping welding wire 03, between the rear fender 221 that welding wire 03 is sent to vertical Wiping mechanism 22 and front pressuring plate 222, and also between two-layer wiping media 6, rear fender 221 and front pressuring plate 222 produce pressure to wiping media 6 simultaneously, time between the wiping media 6 of welding wire 03 by this two-layer pressurized, effect due to both sides pressure makes welding wire 03 by the wiping of two-layer wiping media 6.
Please refer to Fig. 2, Fig. 4 and Fig. 6, vertical waste paper connecting gear 23 comprises passive wheel shaft 232, second driving wheel 233 of the second follower 231, second, second drive sprocket axle 234, second driving wheel support 236 and the 4th support 235, vertical waste paper connecting gear 23 has identical structure with horizontal waste paper connecting gear 13.Equally, second follower 231 and vertical Wiping mechanism 22 distance are in the Y-axis direction less than the second driving wheel 233 and vertical Wiping mechanism 22 distance in the Y-axis direction, that is the angle between the straight line that forms of the second follower 231 and the second driving wheel 233 and Z axis is acute angle or obtuse angle, the used two-layer wiping media 6 spread out of from vertical Wiping mechanism 22 is like this converged by the second follower 231 and after cushioning the speed that wiping media 6 transmits, is transferred into the second driving wheel 233.
Second driving wheel 233 with the second drive sprocket axle 234 for axle center rotate, second drive sprocket axle 234 runs through the second driving wheel 233 from center, and the second drive sprocket axle 234 is positioned at the second driving wheel support 236 upper end, the distance placement that in second driving wheel support 236, two spacer support frames are certain, described certain distance refers to the second driving wheel 233 length in the X-axis direction, and the shaft length that the second drive sprocket axle 234 crosses the second driving wheel support 236, second drive sprocket axle 234 in X-direction is greater than the length of the second driving wheel support 236 in X-direction.Please refer to Fig. 4, in the X-axis direction, first drive sprocket axle 134 and the second drive sprocket axle 234 are interconnected by shaft coupling 9, this ensure that horizontal Wiping mechanism 12 and the welding wire 03 passed through in vertical Wiping mechanism 22 are on same straight line, improve the speed be sent to from the welding wire 03 horizontal Wiping mechanism 12 in vertical Wiping mechanism 22.
Second follower 231 with the second passive wheel shaft 232 for axle center rotate, second passive wheel shaft 232 runs through the second follower 231 from centre, second passive wheel shaft 232 is positioned at the 4th support 235 one end, second passive wheel shaft 232 crosses the 4th support 235 in the X-axis direction, 4th support 235 be two left apparent directions for spaced apart second follower 231 of " Y " template in the X-axis length distance and formed, please refer to Fig. 6 and Fig. 2, in left apparent direction, the lower end of two " Y " templates is crossed in the X-axis direction by the second passive wheel shaft 232, 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 " Y " template mid portions are also fixed on front pressuring plate 222 two sides.
Similarly, ensure that wiping media 6 is sent to wiping welding wire 03 vertical Wiping mechanism 22 from vertical paper advance mechanism 21, and taken the wiping media 6 used in vertical Wiping mechanism 22 out of whole wiping silk machine by vertical waste paper connecting gear 23, then see that their direction of rotation should be counterclockwise or clockwise to the second pressure roller 211, second follower 231 and the second driving wheel 233 in figure 6.
Please refer to Fig. 2 and Fig. 4, the 3rd wire-crossing wheel 241 and the 4th wire-crossing wheel 243 is comprised at the vertical wire feeder 24 of vertical wire rubbing device 2 both sides, please refer to Fig. 2,3rd wire-crossing wheel 241 with the 3rd rotating shaft 242 for axle center rotate, 4th wire-crossing wheel 243 is with the 4th rotating shaft 244 for axle center rotates, and the axis of the 3rd rotating shaft 242 and the 4th rotating shaft 244 is Y direction.Therefore the 3rd wire-crossing wheel 241, vertical Wiping mechanism 22 and the 4th wire-crossing wheel 243 is imported to realize welding wire 03 successively into from horizontal wire feeder 14, then please refer to Fig. 8, see to the 3rd wire-crossing wheel 241 and the 4th wire-crossing wheel 243 in positive apparent direction, their direction of rotation is clockwise or counterclockwise.
Please refer to Fig. 3, wipe silk machine comprise two groups of wire rubbing device groups and be arranged in a straight line in the X-axis direction, the vertical wire rubbing device 2 in one, interval between every two horizontal wire rubbing devices 1, such welding wire 03 is by after two such wire rubbing device groups, by wiping fully on four faces, the efficiency of wiping can be guaranteed.
Please refer to Fig. 4, Fig. 8 and Fig. 9, welding wire 03 is after leaving two wire rubbing device groups, in order to avoid welding wire 03 is piled up in frame 3 side, then leave the side of wiping silk machine at welding wire 03 and the 5th wire-crossing wheel 33 and the 6th wire-crossing wheel 35 are set, 5th wire-crossing wheel 33 with the 5th rotating shaft 34 for axle center rotate, 6th wire-crossing wheel 35 with the 6th rotating shaft 36 for axle center rotate, the axis of the 5th rotating shaft 34 and the 6th rotating shaft 36 is Z-direction, and the welding wire 03 after complete by wiping can be wrapped on the 5th wire-crossing wheel 33 or the 6th wire-crossing wheel 35.
Continue referring to Fig. 4, Fig. 8 and Fig. 9, drive sprocket axle in all wire rubbing device groups is all interconnected by shaft coupling 9, the side of wire rubbing device group is provided with reductor 8, drive sprocket axle in the wire rubbing device that reductor 8 is adjacent is connected with reductor 8 by shaft coupling 9, and reductor 8 and all drive sprocket axles are arranged in straight line in the X-axis direction, reductor 8 gives the drive sprocket axle in adjacent wire rubbing device a rotating speed, so by shaft coupling 9, each drive sprocket axle be connected to each other then has identical rotating speed at one time.If reductor 8 have adjusted the rotating speed of the drive sprocket axle in adjacent wire rubbing device, drive sprocket axle so in all the other all wire rubbing devices is interior all is at one time adjusted to identical rotating speed due to the connection of shaft coupling 9, reductor 8 is provided with frequency control motor 81, for driving the speed governing of reductor 8.
The rotation of drive sprocket axle has driven the rotation of driving wheel, thus driven the transmission of wiping media 6, then the rotation of follower has been driven successively, then in each wire rubbing device, due to the transmission that wiping media 6 is rotated by active wheels and passive wheels and produces, make the rotation of the first pressure roller 111 in each wire rubbing device group and the second pressure roller 211, therefore reductor 8 according in actual production for the demand of wiping speed, determine the size giving the speed of drive sprocket axle.
Continue referring to Fig. 2, due to the rotation of the first follower 131 and the second follower 231, and due to top board 121 and front pressuring plate 222 be movable fixture, top board 121 can be lower mobile in the Z-axis direction along the first pressing plate locating shaft 124, front pressuring plate 222 can move in the Y-axis direction along the second pressing plate locating shaft 224, then the rotation of the first follower 131 can drive the movement of top board 121 on Z axis by the second support 135, the 4th support 235 that is rotated through of the second follower 231 drives the movement of front pressuring plate 222 in Y-axis, moreover, the rotation of the first follower 131 also can drive one end that the second support 135 has the first passive wheel shaft 132 to rock down in the Z-axis direction, " Y " type lower end rotarily driving the 4th support 235 of the second follower 231 is rocked down in the Z-axis direction, above-mentioned movement and the position of rocking in the Z-direction that all can cause the first follower 131 and the second follower 231 are not fixed, cause the transmission of wiping media 6 unstable, and driven the position of top board 121 and front pressuring plate 222 not fix, the wiping pressure causing horizontal Wiping mechanism 12 and the wiping media 6 in vertical Wiping mechanism 22 and welding wire 03 to be subject to respectively is also unstable, in addition due to the vibrations of external environment condition, also the second support 135 and the 4th support 235 can be made to produce teetertottering in Z-direction, therefore in order to avoid there is above-mentioned situation, then need to arrange locking device 7, by the position fixing and locking of the first follower 131 and the second follower 231.
Please refer to Fig. 2, Fig. 4, Fig. 6 and Fig. 7, locking device 7 comprises support column 711 in the Z-axis direction from bottom to up successively, locking device frame 71, lock handle 72, lock handle 72 is also connected with locking thick stick 73, angle between described locking thick stick 73 and described lock handle 72 is right angle, and right angle is provided with connection metal sheet 79 locking thick stick 73 is connected with lock handle 72 and is fixed into right angle, described locking thick stick 73 is connected with locking briquetting 74 near a terminal bolt of wire rubbing device, the clamping screw 75 be connected with locking briquetting 74 is fixed on by locking nut 76 locks on thick stick 73, and the angle between clamping screw 75 and described locking thick stick 73 is also right angle, therefore the axis of clamping screw 75 is parallel with lock handle 72 length direction.Please refer to Fig. 7, lock handle 72 is connected on locking device frame 71 by the first connection rivet 77, locking thick stick 73 is fixed on locking device frame 71 by the second connection rivet 78, lock handle 72 can rotate around the first connection rivet 77, locking thick stick 73 also can rotate around the second connection rivet 78, when lock handle 72 rotates around the first connection rivet 77, be connected because lock handle 72 is fixed into right angle by connection metal sheet 79 with locking thick stick 73, so lock handle 72 drives locking thick stick 73 to rotate around the second connection rivet 78, be connected because locking briquetting 74 is fixed into right angle with locking nut 76 with locking thick stick 73 by clamping screw 75 again, so lock the movement that rotarily driven locking briquetting 74 of thick stick 73 around the second connection rivet 78, and moving direction is parallel all the time with the moving direction of lock handle 72.
Continue referring to Fig. 5, the horizontal locking device 701 of the horizontal wire rubbing device 1 correspondence vertical locking device 702 corresponding with vertical wire rubbing device 2 is had to be connected to locking device frame 71 both sides in figure in locking device 7 respectively, the length direction of locking device frame 71 is X-direction, please refer to Fig. 2 and Fig. 8, locking device frame 71 has two support columns 711, with the center line in the Y-axis direction of the shaft coupling 9 between horizontal wire rubbing device 1 with vertical wire rubbing device 2 for axis, so locking device 7 is about described axis axial symmetry.The one end at the second support 135 with the first follower 131 arranges the first latch 137, first latch 137 length direction crosses the second support 135, when the length direction of clamping screw 75 is positioned at Z axis, first latch 137 is positioned at the below of locking briquetting 74 in the Z-axis direction, similarly, in vertical wire rubbing device 2, second latch 237 is positioned at one end that the 4th support 235 has the second follower 231, second latch 237 crosses the 4th support 235 in the longitudinal direction, and is arranged in a straight line in the X-axis direction with the first latch 137.
Please refer to Fig. 2 and Fig. 7, when locking device 7 is locked, then the length direction of lock handle 72 is Z-direction, the length direction of so locking thick stick 73 is Y direction, locking briquetting 74 is pressed on the first latch 137, and give the power downward with the first latch 137, then because the rotation of the first follower 131 makes the second support 135 produce power upwards and above-mentioned downward power is cancelled out each other, then the second support 135 keeps balance, and in like manner the 4th support 235 keeps balance because the second latch 237 is subject to the downward pressure of locking briquetting 74.Please refer to Fig. 5, when locking device 7 is opened by needs, then give the power (being shown as in figure 6 clockwise) that lock handle 72 rotates, when to transfer length direction to when the power that lock handle 72 is turned clockwise be Y direction, now lock briquetting 74 and leave the first latch 137 and the second latch 237, until clamping screw 75 length direction is Y direction.
Continue referring to Fig. 3, Fig. 4, Fig. 6 and Fig. 8, wipe silk machine and be also provided with wiping media frame 4, arrange in the Y-axis direction with wire rubbing device group, the corresponding wiping media frame 4 of each wire rubbing device, wiping media frame 4 is placed with wiping media 6, wiping media frame 4 is ladder-shaped, wiping media frame 4 has two wiping media frame limits 41, and several cross the wiping media frame cross bar 42 on two wiping media frame limits 41 in the X-axis direction, wiping media 6 placed by each wiping media frame cross bar 42, and be connected with the wiping media 6 in vertical paper advance mechanism 21 with the horizontal paper advance mechanism 11 in wire rubbing device group, the wiping media 6 that each drive sprocket axle rotarily drives on wiping media frame cross bar 42 is constantly transferred in each wire rubbing device.
Preferably, if wiping media frame 4 is highly larger in the Z-axis direction, the height of the center of gravity of whole frame 3 then can be made to increase, so wiping media frame 4 is than the power being easier to be subject in horizontal direction, destroy the situation that original power balances mutually, therefore please refer to Fig. 3 and Fig. 6, wiping media frame 4 can be the shape of acute angle for the angle of upper end and Z-direction, reduce the height on wiping media frame 4 top, also reduce the height of the center of gravity of whole frame 3.
Please refer to Fig. 3, in figure, the height of wiping media frame cross bar 42 is far longer than the height of each wire rubbing device, so due to the effect of gravity, when wiping media 6 is sent in each wire rubbing device from wiping media frame cross bar 42, the gravity of wiping media 6 itself can disturb transfer rate, make to be greater than in wire rubbing device at wiping media 6 speed transmitting wiping media 6 by the speed detached from wiping media frame 4, so between wiping media frame 4 and wire rubbing device due to too fast detach wiping media frame 4 but can not piled by the part wiping media 6 that wire rubbing device transmits get together, be unfavorable for follow-up transmission, therefore in order to avoid the appearance of the problems referred to above, paper stopping tray 5 is provided with between wiping media frame 4 and each wire rubbing device, each wire rubbing device and the wiping media frame 4 corresponding with it, paper stopping tray 5 forms straight line in Y-axis.Paper stopping tray 5 is also ladder-shaped, be made up of two paper stopping tray limits 51 and several paper stopping tray cross bars 52 of crossing two paper stopping tray limits 51 in the X-axis direction, from wiping media 6 any one paper stopping tray cross bar 52 first on paper stopping tray 5 that wiping media frame 4 detaches, and described paper stopping tray cross bar 52 height is in the Z-axis direction greater than the height of wire rubbing device, so described paper stopping tray cross bar 52 slow down wiping media 6 from wiping media frame 4 detaches speed, prevent because wiping media 6 is excessive and cause wiping media 6 piling up between wire rubbing device and wiping media frame 4 from the speed that detaches wiping media frame 4.
Preferably, described wiping media 6 is paper or dishcloth.
The present invention also provides a kind of welding wire of above-mentioned wiping silk machine that uses to wipe silk method, by welding wire 03 successively through the first wire-crossing wheel 141 in each group wire rubbing device, horizontal Wiping mechanism 12, second wire-crossing wheel 143, 3rd wire-crossing wheel 241, vertical Wiping mechanism 22 and the 4th wire-crossing wheel 243, on horizontal wire rubbing device 1, by the wiping media 6 that is placed on wiping media frame 4 successively by any paper stopping tray cross bar 52 on paper stopping tray 5, first pressure roller 111, between top board 121 and lower platen 122, first follower 131 and the first driving wheel 133, on vertical wire rubbing device 2, by the wiping media 6 that is placed on wiping media frame 4 successively by any paper stopping tray cross bar 52 on paper stopping tray 5, second pressure roller 211, between rear fender 221 and front pressuring plate 222, second follower 231 and the second driving wheel 233, locking locking device 7, by the velocity of rotation regulating reductor 8 to set drive sprocket axle, because locking briquetting 74 applies downward pressure for the first latch 137 and the second latch 237, the second support 135 then crossed by the first latch 137 and driven top board 121 and front pressuring plate 222 to apply pressure respectively towards the welding wire 03 of wiping media 6 and wiping media 6 inside respectively by the 4th support 235 that the second latch 237 crosses, then welding wire 03 successively through after each horizontal Wiping mechanism 12 and the two-layer described wiping media 6 in vertical Wiping mechanism 22 by wiping, untapped wiping media 6 from wiping media frame 4 by being transferred into wire rubbing device after a paper stopping tray cross bar 52 any paper stopping tray 5, then be sent in horizontal Wiping mechanism 12 by horizontal paper advance mechanism 11, or be sent in vertical Wiping mechanism 22 by vertical paper advance mechanism 21, from horizontal Wiping mechanism 12 and vertical Wiping mechanism 22, horizontal waste paper connecting gear 13 and vertical waste paper connecting gear 23 is transferred into respectively by the wiping media 6 after using, then be transferred out and wipe silk machine, when welding wire 03 is sent to the 5th wire-crossing wheel 33 or the 6th wire-crossing wheel 35 by the 4th wire-crossing wheel 243 in second group of wiping arrangement group after by two groups of wiping arrangement groups, then pass through said method, each section of welding wire 03 is wiped silk machine from four faces through twice wiping, taken out of through the 5th wire-crossing wheel 33 or the 6th wire-crossing wheel 35 from wire rubbing device by the wiping media 6 wiped across and wiped silk machine, do not wiped the wiping media 6 that tried and to be continued to be sent to from wiping media frame 4 in wire rubbing device next section of wiping not by the welding wire 03 of wiping.
Embodiment two
The difference of the present embodiment and embodiment one is, in two wire rubbing device groups, wire rubbing device group is made up of two identical horizontal wire rubbing devices 1, and another wire rubbing device group is made up of two identical vertical wire rubbing devices 2, and welding wire 03 wiping effect of embodiment two is identical with embodiment one.
Embodiment three
The difference of the present embodiment and embodiment one is, in two wire rubbing device groups, the horizontal wire rubbing device 1 of a wire rubbing device group is identical with embodiment one with vertical wire rubbing device 2, all arranges in X-direction, please refer to Figure 10, wherein the wiping direction of welding wire 03 is X-direction.The horizontal Wiping mechanism 12 of another wire rubbing device group is formed on the straight line at acute angle or obtuse angle with being arranged in of vertical Wiping mechanism 22 with X-direction, then another wire rubbing device group then can be as shown in figure 11 when wiping welding wire 03, now the wiping direction of welding wire 03 is respectively with the direction at X-direction angle acute angle or obtuse angle, is the direction at acute angle or obtuse angle with Z axis angle, therefore like this from multiple directions wiping welding wire 03, make wiping more abundant.
Obviously, those skilled in the art can carry out various change and modification to invention and not depart from the spirit and scope of the present invention, if horizontal wire rubbing device 1 and the permutation and combination of vertical wire rubbing device 2 can be that direction that is multiple, arrangement also can for multiple, the shape of wiping media frame 4 can be curved, wavy, the altitude range of paper stopping tray 5 can adjust, the object of wire rubbing device and the wiping of wiping silk method institute, except being welding wire, also can be thread or the filiforms such as aluminium wire, steel wire, silk.If these amendments of the present invention and modification belong within the scope of the claims in the present invention and equivalent technologies thereof, then the present invention is also intended to comprise these change and modification.
Claims (10)
1. wipe silk machine for one kind, it is characterized in that, comprise some groups of wire rubbing device groups, often organize described wire rubbing device group and comprise several wire rubbing devices, each described wire rubbing device comprises paper advance mechanism successively, Wiping mechanism, waste paper connecting gear and be positioned at the wire feeder of described Wiping mechanism both sides, described paper advance mechanism, described Wiping mechanism and described waste paper connecting gear form the first plane, described wire feeder and described Wiping mechanism are arranged in the first crossline direction, described first horizontal line and described first Plane intersects, filiform is successively by described wire feeder and described Wiping mechanism, untapped wiping media is successively by described paper advance mechanism, described Wiping mechanism the described filiform that wiping is passed through in described Wiping mechanism, described filiform in described Wiping mechanism by wiping after sent out described wire rubbing device by described wire feeder, in described Wiping mechanism, used described wiping media is sent out described wire rubbing device by described waste paper connecting gear.
2. wiping silk machine as claimed in claim 1, it is characterized in that, in vertical direction, described paper advance mechanism comprises the first pressure roller, first support and the first platen wheel shaft, described first platen wheel shaft is positioned at described first pedestal upper end, described first platen axle axial is positioned in the second crossline direction, described second horizontal line is perpendicular to described first plane, described first platen wheel shaft crosses described first support in described second crossline direction, described first pressure roller with described first platen wheel shaft for axle center rotates, described first pressure roller places untapped wiping media and described wiping media is sent to described Wiping mechanism.
3. wiping silk machine as claimed in claim 2, it is characterized in that, in vertical direction, described Wiping mechanism is followed successively by top board from top to bottom, lower platen, lower platen support and run through the first pressing plate locating shaft at described Wiping mechanism center from bottom to up, the axis of described first pressing plate locating shaft is vertical direction, two-layer described wiping media is sent between described top board and described lower platen by described first pressure roller, the filiform passed through between two-layer described wiping media is by described wiping media wiping, described wire feeder comprises the first wire-crossing wheel being positioned at described Wiping mechanism side and the second wire-crossing wheel being positioned at described Wiping mechanism opposite side, described first wire-crossing wheel and described second wire-crossing wheel respectively with the first rotating shaft and the second rotating shaft for axle center rotates, the axis of described first rotating shaft and described second rotating shaft is all vertical direction, described first wire-crossing wheel transmits in non-wiping filiform to described Wiping mechanism, described second wire-crossing wheel sends out the filiform of wiping in described Wiping mechanism.
4. wiping silk machine as claimed in claim 2, it is characterized in that, in the horizontal direction, described Wiping mechanism comprises the rear fender support being arranged in order into the first ordinate, rear fender, front pressuring plate and run through the second pressing plate locating shaft at described Wiping mechanism center, described first ordinate is the intersection of horizontal plane and described first plane, the axis of described second pressing plate locating shaft is the direction of described first ordinate, described first platen wheel shaft is positioned at above described Wiping mechanism, then two-layer described wiping media is sent between described rear fender and described front pressuring plate by described first pressure roller, the filiform passed through between two-layer described wiping media is by described wiping media wiping, described wire feeder is respectively the 3rd wire-crossing wheel being positioned at described Wiping mechanism side and the 4th wire-crossing wheel being positioned at described Wiping mechanism opposite side, described 3rd wire-crossing wheel and described 4th wire-crossing wheel respectively with the 3rd rotating shaft and the 4th rotating shaft for axle center rotates, the axis of described 3rd rotating shaft and described 4th rotating shaft is all the second in-line direction, plane perpendicular to described first horizontal line is the second plane, described second ordinate is the intersection of horizontal plane and described second plane, described 3rd wire-crossing wheel transmits in non-wiping filiform to described Wiping mechanism, described 4th wire-crossing wheel sends out the filiform of wiping in described Wiping mechanism.
5. wiping silk machine as claimed in claim 2, it is characterized in that, in vertical direction, described waste paper connecting gear comprises passive wheels from top to bottom successively, initiatively wheels, described passive wheels comprise follower, passive wheel shaft and the second support, described passive wheel shaft be positioned at described second support one end and described follower with described passive wheel shaft for axle center rotates, described passive axle axial is described second crossline direction, described passive wheel shaft crosses described second support one end in described second crossline direction, described second support is fixed on described Wiping mechanism both sides and extends to described first pressure roller both sides, the other end of described second support is fixed on described first platen wheel shaft, described first platen wheel shaft crosses the other end of described second support in described second crossline direction, described active wheels comprise driving wheel, drive sprocket axle and driving wheel support, described drive sprocket axle be positioned at described driving wheel pedestal upper end and described driving wheel with described drive sprocket axle for axle center rotates, described drive sprocket axle is axially described second crossline direction, described drive sprocket axle crosses described driving wheel support in described second crossline direction, described wiping media in described Wiping mechanism is transferred out described wiping silk machine successively after described follower and described driving wheel.
6. wiping silk machine as claimed in claim 5, it is characterized in that, described second support also comprises latch, and described latch is positioned at the one end described second support with described passive wheel shaft, and the length direction of described latch is described first crossline direction.
7. wiping silk machine as claimed in claim 6, it is characterized in that, also comprise locking device, described locking device comprises support column in vertical direction from bottom to up successively, locking device frame, lock handle, described lock handle is also connected with locking thick stick, angle between described locking thick stick and described lock handle is right angle, on described locking thick stick, bolt is connected with locking briquetting, angle between described locking briquetting and described locking thick stick is also right angle, when described locking device locking, described locking briquetting is pressed on described latch, when described locking device is opened, described locking briquetting leaves described latch.
8. wiping silk machine as claimed in claim 5, it is characterized in that, also comprise shaft coupling, reductor and frequency control motor, described shaft coupling is between every two described wire rubbing devices, described shaft coupling connects the described drive sprocket axle of adjacent two described wire rubbing devices, described reductor is positioned at described some groups of wire rubbing device group sides and is arranged in described second crossline direction with described some groups of wire rubbing device groups, the drive sprocket axle of the described wire rubbing device adjacent with described reductor is connected with described reductor by described shaft coupling, described frequency control motor to be positioned on described reductor and to be connected with described reductor circuit.
9. wiping silk machine as claimed in claim 8, it is characterized in that, also comprise frame, described frame comprises the wiping media frame and paper stopping tray of placing wiping media, described some groups of wire rubbing device groups are placed in described frame, on described rack table, described wire rubbing device, described paper stopping tray and described wiping media frame are sequentially arranged in described first in-line direction, described wiping media frame and described paper stopping tray all comprise two frame limits and several cross bars through two described frame limits, described frame edge lengths direction is perpendicular to described rack table, described cross bar length direction is parallel to described rack table, described first pressure roller rotarily drives described wiping media and extracts out from wiping media frame and arrive described first pressure roller through described paper stopping tray, described wiping media is paper or dishcloth.
10. one kind uses the wiping silk method as the wiping silk machine in claim 1 ~ 9 as described in any one, it is characterized in that, filiform is organized described wire feeder in described wire rubbing device and described Wiping mechanism through each successively, by described wiping media successively by described paper advance mechanism, described Wiping mechanism, described waste paper connecting gear, described filiform is passing in the two-layer described wiping media in Wiping mechanism described in each successively by wiping, described wiping silk machine is transferred out when passing described filiform after by wiping arrangement group described in some groups, the described wiping media used from described Wiping mechanism successively described waste paper connecting gear send out described wiping silk machine.
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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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| 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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2015
- 2015-06-30 CN CN201510374946.9A patent/CN105080866B/en active Active
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| JPH1094764A (en) * | 1996-09-24 | 1998-04-14 | Daido Steel Co Ltd | Surface cleaning device for long-sized work |
| JP2001058759A (en) * | 1999-08-23 | 2001-03-06 | Toenec Corp | Cable washing device |
| JP2011231380A (en) * | 2010-04-28 | 2011-11-17 | Hitachi Cable Ltd | Method and apparatus for manufacturing wire material |
| 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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| CN105080866B (en) | 2017-07-07 |
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