CN103963199B - A kind of rubber axle sleeve deburring glue spreader - Google Patents
A kind of rubber axle sleeve deburring glue spreader Download PDFInfo
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- CN103963199B CN103963199B CN201410194701.3A CN201410194701A CN103963199B CN 103963199 B CN103963199 B CN 103963199B CN 201410194701 A CN201410194701 A CN 201410194701A CN 103963199 B CN103963199 B CN 103963199B
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- axle sleeve
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- deburring
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- 239000003292 glue Substances 0.000 title claims abstract description 55
- 239000000463 material Substances 0.000 claims abstract description 40
- 238000004026 adhesive bonding Methods 0.000 claims description 42
- 230000033228 biological regulation Effects 0.000 claims description 31
- 238000005520 cutting process Methods 0.000 claims description 21
- 230000006835 compression Effects 0.000 claims description 18
- 238000007906 compression Methods 0.000 claims description 18
- 230000000694 effects Effects 0.000 claims description 18
- 230000001105 regulatory effect Effects 0.000 claims description 13
- 238000005507 spraying Methods 0.000 claims description 11
- 238000007514 turning Methods 0.000 claims description 5
- 238000004519 manufacturing process Methods 0.000 abstract description 8
- 238000013138 pruning Methods 0.000 abstract description 3
- 238000003754 machining Methods 0.000 abstract description 2
- 238000000034 method Methods 0.000 description 14
- 238000001035 drying Methods 0.000 description 4
- 230000004807 localization Effects 0.000 description 4
- 230000033001 locomotion Effects 0.000 description 4
- 230000004308 accommodation Effects 0.000 description 2
- 238000010276 construction Methods 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- 238000002347 injection Methods 0.000 description 2
- 239000007924 injection Substances 0.000 description 2
- 230000002093 peripheral effect Effects 0.000 description 2
- 238000009966 trimming Methods 0.000 description 2
- 230000005540 biological transmission Effects 0.000 description 1
- 230000001681 protective effect Effects 0.000 description 1
- 239000002699 waste material Substances 0.000 description 1
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Abstract
The invention provides a kind of rubber axle sleeve deburring glue spreader, belong to machining equipment technical field.It solve the problem that existing rubber axle sleeve deburring efficiency is the most relatively low.This rubber axle sleeve deburring glue spreader, including frame, rotation dish it is rotatably connected in frame, being rotatably connected to position bar on rotation dish, have a support plate on the securing lever, frame is arranged over hold-down mechanism rotation dish, frame is provided with rotating mechanism in the lower section of rotation dish, frame is rotatably connected to adjustment disk in the outside of rotation dish, and adjustment disk slidably connects deburring cutter head, and frame is additionally provided with rubber-coated mechanism and material removing mechanism.This rubber axle sleeve deburring glue spreader can automatically carry out deburring to rubber axle sleeve, and automatically smears protection glue at pruning position, and automaticity is high, and production efficiency is high.
Description
Technical field
The invention belongs to machining equipment technical field, relate to a kind of rubber axle sleeve deburring glue spreader.
Background technology
It is relatively wide that rubber axis is enclosed within mechanical field application, and mechanical axis is mainly played bradyseism protective effect by it, and rubber axle sleeve, according to its application scenario needs, is usually processed into the shape matched, but its main body is still in tubular.Rubber axle sleeve typically passes through injection mo(u)lding, by injecting rubber curing forming in die cavity after the upper mold of injection mold is combined with lower mold, but in order to production efficiency is higher, by be batch rubber axle sleeve be molded simultaneously, the runner making each die cavity connect is needed in upper mold and lower mold junction, therefore after the rubber axis sleeve forming demoulding, its edge, lateral wall can have rim charge, need to excise these rim charges before rubber axis set dispatches from the factory, the rim charge excision of rubber axle sleeve at present generally uses manual pruning, waste time and energy, and it is inefficient, the most also some machineries for rim charge excision are occurred in that.
As Chinese invention patent application (application number:
201210095459.5
) disclose a kind of semi-automatic rubber parts trimmer, it arranges workpiece device for revolving and driving, radial cutting mechanism and end grain cutting mechanism on base, described radial cutting mechanism includes radial cutting tool rest and the radial cut sharpener being located at slidably on radial cutting tool rest, radial cutting tool rest is provided with the driving stage clip compressing radial cut sharpener tail end, and radial cut sharpener is connected by arrangement of clutch and a radial feed joystick.End grain cutting mechanism includes that end grain cutting tool rest, end are to feed control lever, be located at the slide block on end grain cutting tool rest and be rotatably arranged in the end grain cutting cutter of slider head slidably, slide block is provided with the torsion spring that drive end rotates to cutting edge, hold hinged with end grain cutting tool rest to the middle part of feed control lever, and it is hinged with the afterbody of slide block by connecting rod, but this trimmer needs to be fixed on mechanically by rubber parts one by one, and manual operation carries out deburring, needing manually to be taken off by rubber parts after deburring, efficiency is the most relatively low.
Summary of the invention
It is an object of the invention to there are the problems referred to above for existing technology; proposing a kind of rubber axle sleeve deburring glue spreader, this rubber axle sleeve deburring glue spreader can automatically carry out deburring to rubber axle sleeve, and automatically smears protection glue at pruning position; automaticity is high, and production efficiency is high.
nullThe purpose of the present invention can be realized by following technical proposal: a kind of rubber axle sleeve deburring glue spreader，Including frame，It is characterized in that，A horizontally disposed rotation dish it is rotatably connected in described frame，Some location bars sheathed for rubber axle sleeve it are rotatably connected on described rotation dish，Described location bar is perpendicular to rotation dish card，And location bar is circumferentially distributed along rotation dish，There is a support plate for supporting rubber axle sleeve on the securing lever，Described frame is at the hold-down mechanism being arranged over being pressed on by rubber axis set on a support plate of rotation dish，Described frame is provided with after rubber axle sleeve is secured in a press the rotating mechanism that location bar can be driven to rotate in the lower section of rotation dish，Described frame is rotatably connected to an adjustment disk in the outside of rotation dish，The deburring cutter head that a rim charge that can put rubber axis cuts is slidably connected on described adjustment disk，It is additionally provided with in described frame and the rubber axle sleeve edge after deburring can be smeared the rubber-coated mechanism of protection glue and make rubber axle sleeve depart from the material removing mechanism of location bar.
nullRotate coiling Pivot Point Center line to rotate，Hollow out in the middle part of it，Location bar is connected to its edge，Location bar can rotate around Pivot Point Center line，But axial restraint，When needing that rubber axis set is carried out deburring，Manually rubber axle sleeve is set on the bar of location，The downside of rubber axle sleeve is pressed on a support plate，Rubber axle sleeve is along with the rotation movement of rotation dish is at hold-down mechanism simultaneously，Rubber axis set is pressed on support chip by hold-down mechanism，I.e. rubber axle sleeve relative localization bar is fixed，Now rotating mechanism can drive location bar to rotate，I.e. rubber axle sleeve along with location bar rotate together，Deburring cutter head then stretches to rubber axle sleeve after rubber axle sleeve moves into place，After being pre-adjusted setting，The cutting edge of deburring cutter head can lean with the rim charge of rubber axle sleeve，I.e. along with the rotation of rubber axle sleeve，The rim charge at rubber axle sleeve edge can be edged cutter head and cut，After rim charge with rubber axle sleeve is trimmed to about, rotation dish is rotated further，Rubber axis is enclosed within the moving process of continuation and can be gummed mechanism and carry out gluing，The edge that the rubber axle sleeve that protection glue is smeared uniformly was trimmed to about，Rotation along with rotation dish，Rubber axle sleeve gluing is complete，Rubber axle sleeve can be ejected from the bar of location by material removing mechanism，Staff places the frame that gathers materials in advance in rotation dish side，Rubber axle sleeve ejected by material removing mechanism after automatically into the frame that gathers materials，Whole process automaticity is high，Production efficiency is high.
In above-mentioned rubber axle sleeve deburring glue spreader, on described rotation dish, circumference uniformly offers some connecting holes, is all fixed with bearing, is plugged with positioning pipe in described bearing in described connecting hole, this positioning pipe is fixedly connected with bearing inner race, and the bar grafting of above-mentioned location is connected in positioning pipe.The outer ring of bearing is tightly fixed in connecting hole, positioning pipe is also to be tightly fixed in the inner ring of bearing, location bar wears and is fixed in positioning pipe, bearing can reduce the frictional force that location bar rotates, it is made to rotate lighter, positioning pipe can make location bar keep stable, it is to avoid it occurs in loading process.
In above-mentioned rubber axle sleeve deburring glue spreader, described hold-down mechanism includes compression cylinder, adapter sleeve and clamping sleeve, described compression cylinder is connected in frame, and the piston rod of compression cylinder is the most down, above-mentioned adapter sleeve turning set is located at the end of piston rod, two gathering sills are offered vertically on described adapter sleeve inwall, described clamping sleeve one end has guide pipe, on described guide pipe lateral wall, there are two guide pads, guide pipe sliding plug is in the lower end of adapter sleeve, and guide pad is slidably connected in gathering sill, a holddown spring it is arranged with on described guide pipe, one end of described holddown spring is pressed on the lower end surface of adapter sleeve, the other end is pressed on the upper end end face of clamping sleeve, when positioning bar and moving to clamping sleeve lower end, clamping sleeve can sheathed location bar be pressed on rubber axis and put.nullOn the inwall of adapter sleeve, circumference has the link slot of annular，And circumference has the connection convex edge of annular on the piston rod lateral wall of compression cylinder，Coordinate with link slot by connecting convex edge，Adapter sleeve turning set is located at piston-rod lower end，Clamping sleeve is connected to adapter sleeve lower end by guide pipe，By coordinating of guide pad and gathering sill，Clamping sleeve can slide up and down by adapter sleeve relatively，But can not relatively rotate，When rubber axle sleeve is positioned at immediately below clamping sleeve，Compression cylinder drives clamping sleeve to move down and make the lower end of clamping sleeve to be pressed on rubber axis and puts end face，Owing to being additionally provided with holddown spring between clamping sleeve and adapter sleeve，Therefore when clamping sleeve compresses rubber axle sleeve，Clamping sleeve can slide by adapter sleeve relatively，But clamping sleeve is pressed on rubber axis set under the effect of holddown spring and compression cylinder all the time，I.e. rubber axle sleeve is fixed on a support plate，Holddown spring then reduces the requirement to compression cylinder stroke accuracy，Also make this hold-down mechanism be applicable to the rubber axle sleeve of different model size simultaneously，The suitability is strong.
In above-mentioned rubber axle sleeve deburring glue spreader, described rotating mechanism includes that positioning bar is fixed with rotation wheel at rotation dish lower position, radially it is fixed with two guide posts along rotation dish in described frame, two slide blocks are slidably connected on guide post described in two, it is rotatably connected to rotary shaft on described slide block, this rotary shaft passes vertically through slide block, the upper end of described rotary shaft is all fixed with driving wheel, the lower end of rotary shaft is all fixed with driven pulley, an electric rotating machine it is fixed with in described frame, a drive pulley it is fixed with on the output shaft of described electric rotating machine, described drive pulley is connected by two belts and two driven pulleies respectively, the two ends of described guide post are all arranged with tensioning spring, under the effect of tensioning spring, two driving wheels are pressed on the both sides rotating wheel respectively.nullTwo guide posts are parallel，Slide block has two，Each slide block is all slidably connected on two guide posts，Guided by two guide posts，Make slide block more steady，Rotary shaft is then rotatably connected on slide block，Its two ends pass the upper and lower side of slide block respectively，When positioning bar and moving between two driving wheels，Rotation wheel on the bar of location is squeezed between two driving wheels，And under the effect of tensioning spring，The wheel face of two driving wheels compresses mutually with rotating wheel wheel face，I.e. rotate wheel to be clamped by two driving wheels，Make to rotate wheel uniform force，Avoid to lopsidedness，And rotate wheel and be respectively provided with rubber on the wheel face of driving wheel，There is bigger frictional force the most between the two，Now electric rotating machine connects drive rotary shaft rotation by belt，I.e. two driving wheel high speed rotating，Under the drive of two driving wheels，Rotate wheel to rotate，I.e. rubber axle sleeve is driven to rotate.
In above-mentioned rubber axle sleeve deburring glue spreader, the equal slip cap in two ends of described guide post is provided with baffle plate, and the two ends of guide post are respectively provided with external screw thread, described guide post is all bolted with stop nut in the outside of baffle plate, one end of above-mentioned tensioning spring is pressed on slide block, the other end is pressed on baffle plate, baffle plate is pressed on stop nut, the most vertically it is fixed with one in described frame and fixes bar, it is rotatably connected to two connecting rods on described fixing bar, the free end of described connecting rod is all rotatably connected to regulating wheel, it is arranged with a torsion spring on described fixing bar, the two ends of described torsion spring are respectively fixedly connected with on two connecting rods, under the effect of torsion spring, the wheel face of two regulating wheels is pressed on belt respectively.Baffle plate can move on the guide bar, fixed by stop nut the most afterwards in position adjustments, the tensioning spring active force to slide block is regulated with this, the i.e. regulation driving wheel active force to rotating wheel, and due to before rotating wheel and entering between two driving wheels, distance between two driving wheels is less than the diameter rotating wheel, therefore when rotating wheel and clamp-oning between two driving wheels, two driving wheels can move to two ends and produce the active force rotating wheel, when slide block moves, driven pulley also can move, therefore the belt between drive pulley with driven pulley is connected needs to carry out tensioning by regulating wheel, make belt stable connection reliable.
In above-mentioned rubber axle sleeve deburring glue spreader, described frame is fixed with a fixed disk in the side of rotation dish, described fixed disk card is vertically arranged, above-mentioned adjustment disk is rotatably connected on fixed disk, and adjustment disk fits with fixed disk, some screws are offered on described adjustment disk, it is bolted with bolt in described screw, the end of bolt is pressed in fixed disk card, guide rail radially it is fixed with on described adjustment disk, described slide on rails connects an expansion link, above-mentioned deburring cutter head is connected in the end, one end of expansion link, a deburring cylinder also it is fixed with on described adjustment disk, the piston rod of described deburring cylinder is fixedly connected with expansion link other end end, an air jet pipe one also it is fixed with on described deburring cutter head, described air jet pipe one is connected with an air pump, and the jet of air jet pipe one is towards the cutting edge of deburring cutter head.nullFixed disk is stably fixed in frame，Adjustment disk can be relatively fixed dish and rotate，Its center of rotation is the axial line of adjustment disk，Between adjustment disk and fixed disk, it is additionally provided with scale indicate，The convenient position for various sizes of rubber axle sleeve regulation deburring cutter head，Deburring cutter head then can slide by relative accommodation dish，After band rubber axle sleeve moves into place and compacted set is fixed，Deburring air cylinder driven deburring cutter head moves to rubber axle sleeve，And make the cutting edge of deburring cutter head compress at rubber axle sleeve rim charge，Now along with the rotation of rubber axle sleeve，Its rim charge can be edged cutter head and cut，Meanwhile，Air jet pipe one keeps consistent with deburring cutter head all the time，When cutting edge at deburring cutter head compresses rubber axle sleeve rim charge，The jet of air jet pipe one is also to rim charge，Under the airflow function of air jet pipe one，The rim charge of rubber axle sleeve can be turned on one's side downwards folding，Deburring cutter head is facilitated to carry out deburring，Prune the rim charge got off to be blown away under the effect of air-flow simultaneously，Avoid interference with deburring cutter head，Improve deburring quality.
nullIn above-mentioned rubber axle sleeve deburring glue spreader，Described rubber-coated mechanism includes gluing bar and the drive rod of the most curved strip，And gluing bar parallels with drive rod，Bristle it is evenly equipped with along its length on described gluing bar and drive rod opposite flank，Gluing bar is the most also fixed with some glue spraying pipes，The end, one end of gluing bar is fixed with air jet pipe two，Described air jet pipe two is connected with above-mentioned air pump，Described glue spraying pipe one end is connected with a mixing bowl，The other end is towards bristle，Radially it is fixed with an adjusting rod along rotation dish in described frame，On described adjusting rod, slip cap is provided with a regulation set，Above-mentioned drive rod is fixedly connected with regulation set，Described regulation puts spiral connection a regulation bolt，The end of described regulation bolt is pressed on adjusting rod，It is fixed with rubber layer in described drive rod and gluing bar opposing sidewalls，When location, bar moves to time between gluing bar and drive rod，Rubber layer can fit with rubber axle sleeve periphery wall and compress.nullGluing bar and drive rod can lay respectively at the both sides of rubber axle sleeve，Adjusting rod is radially fixed along rotation dish，Regulation set radially offers screw，Regulation set can be fixed on adjusting rod by regulation bolt，I.e. when regulating bolt and unscrewing，Regulation set can move with drive rod，Distance between regulation drive rod and gluing bar child，To be applicable to the rubber axle sleeve of different size size，When rubber axis is enclosed within after deburring completes along with rotation dish moves，In the moving process of rubber axle sleeve its outer peripheral face and drive rod fit against，On the side of drive rod, there is rubber layer，Therefore can rotate by relative localization bar under rubber axis is enclosed within the frictional force effect of rubber layer，The location contacts that meanwhile bristle on gluing bar and rubber axle sleeve were trimmed to about，Glue spraying Guan Ze faces toward bristle glue spraying，The rubber axis that protection glue on bristle is smeared puts，The most quickly，Air jet pipe two is positioned at the afterbody of gluing bar，After rubber axle sleeve completes gluing，Rubber axis is enclosed within the effect of drive rod and still rotates，And second air jet pipe carries out jet drying facing to gluing position，I.e. rubber axle sleeve completes gluing and drying during being transferred at trimming process step at de-material process.
In above-mentioned rubber axle sleeve deburring glue spreader, described material removing mechanism includes a push rod, described frame has de-material cylinder rotation dish is fixedly connected below, the piston rod of described de-material cylinder is the most upward, above-mentioned push rod is vertically connected in the upper end of de-material cylinder, described location bar offers through hole along its length, location bar lateral wall on offer along its length connect with through hole run through groove, described push rod upper end end vertical is fixed with pressure pin, the length of described pressure pin is more than the external diameter of location bar, move to time above push rod when positioning bar, push rod stretches into the through hole of location bar under the driving of de-material cylinder, and the two ends of pressure pin are through running through groove by rubber axle sleeve jack-up.Run through groove and run through the sidewall of location bar, during of course for the through hole making push rod insert location bar, the two ends of drawbar can pass through runs through groove, rotate wheel, parts on the bar of the location such as support chip need have the breach adapted, and position and also there is on bar lower end surface the inclined-plane adapted, this inclined-plane enables to drawbar and embeds smoothly and run through groove, when rubber axle sleeve moves to push rod upper end, push rod stretches into location bar under the effect of de-material cylinder, along with moving up of push rod, rubber axle sleeve on a support plate can be held up and depart from location bar by drawbar, when rubber axle sleeve departs from bar upper end, location, it can drop automatically.
In above-mentioned rubber axle sleeve deburring glue spreader, described frame is fixed with the deflector chute of an inclination above rotation dish, and described deflector chute is positioned at the top of de-material cylinder, offers for positioning the arc strip breach that bar moves through on deflector chute.Rubber axis is enclosed within when dropping drawbar to fall in deflector chute, and enters the frame that gathers materials, the curved strip of breach on deflector chute along deflector chute, and it adapts with the motion track of location bar, and during turn disc, location bar can pass from breach.
In above-mentioned rubber axle sleeve deburring glue spreader, a connecting shaft being vertically arranged it is rotatably connected in described frame, above-mentioned rotation dish is connected in connecting shaft, and described frame has a driving motor in the fixedly connected below of rotation dish, and the lower end of described connecting shaft is fixedly connected with the output shaft driving motor.Rotation dish is directly by driving motor to drive, and simple in construction is effective.
Compared with prior art, this rubber axle sleeve deburring glue spreader has the advantage that
1
, automatically rubber axis set can be compressed, deburring, gluing, dry and de-material due to this deburring glue spreader, staff has only to sheathed for rubber axle sleeve that whole process automaticity is high on the bar of location, production efficiency height.
2
, owing to contact roller is not only able to be pressed on rubber axis set on a support plate, the setting of holddown spring simultaneously also makes this hold-down mechanism be applicable to the rubber axle sleeve of different model size, and the suitability is strong.
3
, due to rotate wheel clamp by two driving wheels and drive, driving wheel then connects transmission by belt, have only to a motor, ensure that two driving wheels synchronicity to rotating wheel drive, and arranged by this driving, whole deburring glue spreader has only to a rotating mechanism, simple and ingenious structure, and production cost is relatively low.
4
, owing to, during gluing, the rotatory force of rotation dish is converted into the rotation of self by rubber axle sleeve by drive rod, it is not necessary to increase power source, designed cleverly by this and decrease production cost.
Accompanying drawing explanation
Figure
1
It it is the perspective view figure of this rubber axle sleeve deburring glue spreader.
Figure
2
It it is the structure front view of this rubber axle sleeve deburring glue spreader.
Figure
3
It it is the structure top view of this rubber axle sleeve deburring glue spreader
Figure
4
It it is figure
1
In
A
The schematic enlarged-scale view at place.
Figure
5
It it is figure
2
In
B
The schematic enlarged-scale view at place.
Figure
6
It it is figure
1
In
C
The schematic enlarged-scale view at place.
Figure
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It it is figure
3
In
D
The schematic enlarged-scale view at place.
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It it is figure
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The schematic enlarged-scale view at place.
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It it is figure
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The schematic enlarged-scale view at place.
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It it is figure
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In
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The schematic enlarged-scale view at place.
In figure,
1
, frame；
11
, rotation dish；
2
, location bar；
21
, support plate；
22
, positioning pipe；
3
, hold-down mechanism；
31
, compression cylinder；
32
, adapter sleeve；
33
, clamping sleeve；
331
, guide pipe；
34
, holddown spring；
4
, rotating mechanism；
41
, rotate wheel；
42
, guide post；
421
, slide block；
422
, rotary shaft；
423
, tensioning spring；
424
, baffle plate；
425
, stop nut；
43
, driving wheel；
44
, electric rotating machine；
441
, drive pulley；
45
, fixing bar；
451
, connecting rod；
452
, regulating wheel；
453
, torsion spring；
46
, driven pulley；
5
, adjustment disk；
51
, fixed disk；
52
, bolt；
53
, guide rail；
54
, expansion link；
55
, deburring cutter head；
56
, deburring cylinder；
57
, air jet pipe one；
6
, rubber-coated mechanism；
61
, gluing bar；
611
, bristle；
612
, glue spraying pipe；
613
, air jet pipe two；
62
, drive rod；
621
, adjusting rod；
622
, regulation set；
623
, regulation bolt；
624
, rubber layer；
7
, material removing mechanism；
71
, de-material cylinder；
72
, push rod；
73
, pressure pin；
74
, through hole；
75
, run through groove；
76
, deflector chute；
761
, breach；
8
, drive motor；
81
Connecting shaft.
Detailed description of the invention
The following is the specific embodiment of the present invention and combine accompanying drawing, technical scheme is further described, but the present invention is not limited to these embodiments.
As shown in Figure 1, shown in Fig. 2, Fig. 3, Fig. 4, Fig. 5, a kind of rubber axle sleeve deburring glue spreader, including frame 1, frame 1 is rotatably connected to a connecting shaft 81 being vertically arranged, being fixed with one in connecting shaft 81 and be horizontally set on rotation dish 11, frame 1 has a driving motor 8 in the fixedly connected below of rotation dish 11, and the lower end of connecting shaft 81 is fixedly connected with the output shaft driving motor 8, rotation dish 11 is directly by driving motor 8 to drive, and simple in construction is effective.Some location bars 2 sheathed for rubber axle sleeve it are rotatably connected on rotation dish 11, rotation dish 11 rotates around Pivot Point Center line, hollow out in the middle part of it, location bar 2 is connected to its edge, on rotation dish 11, circumference uniformly offers some connecting holes, bearing all it is fixed with in connecting hole, positioning pipe 22 it is plugged with in bearing, this positioning pipe 22 is fixedly connected with bearing inner race, location bar 2 grafting is connected in positioning pipe 22, the outer ring of bearing is tightly fixed in connecting hole, positioning pipe 22 is also to be tightly fixed in the inner ring of bearing, location bar 2 wears and is fixed in positioning pipe 22, bearing can reduce the frictional force that location bar 2 rotates, it is made to rotate lighter, positioning pipe 22 can make location bar 2 keep stable, it is avoided to occur in loading process.Having the support plate 21 for supporting rubber axle sleeve on the bar 2 of location, frame 1 is arranged over hold-down mechanism 3 at rotation dish 11, and rubber axis set can be pressed on a support plate 21 by this hold-down mechanism 3.Frame 1 is provided with rotating mechanism 4 in the lower section of rotation dish 11, and after rubber axle sleeve is secured in a press, this selection mechanism can drive location bar 2 to rotate.Frame 1 is rotatably connected to an adjustment disk 5 in the outside of rotation dish 11, and adjustment disk 5 slidably connects a deburring cutter head 55, and when rubber axle sleeve rotates, the rim charge that rubber axis can be put by this deburring cutter head 55 cuts.Being additionally provided with rubber-coated mechanism 6 and material removing mechanism 7 in frame 1, after rubber axle sleeve deburring completes, protection glue can be smeared in the rubber axle sleeve edge after deburring by rubber-coated mechanism 6, and material removing mechanism 7 then makes rubber axle sleeve depart from location bar 2 after rubber axle sleeve gluing completes.nullWhen needing that rubber axis set is carried out deburring，Manually rubber axle sleeve is set on the bar 2 of location，The downside of rubber axle sleeve is pressed on a support plate 21，Rubber axle sleeve is along with the rotation movement of rotation dish 11 is at hold-down mechanism 3 simultaneously，Rubber axis set is pressed on support chip by hold-down mechanism 3，I.e. rubber axle sleeve relative localization bar 2 is fixed，Now rotating mechanism 4 can drive location bar 2 to rotate，I.e. rubber axle sleeve along with location bar 2 rotate together，Deburring cutter head 55 then stretches to rubber axle sleeve after rubber axle sleeve moves into place，After being pre-adjusted setting，The cutting edge of deburring cutter head 55 can lean with the rim charge of rubber axle sleeve，I.e. along with the rotation of rubber axle sleeve，The rim charge at rubber axle sleeve edge can be edged cutter head 55 and cut，After rim charge with rubber axle sleeve is trimmed to about, rotation dish 11 is rotated further，Rubber axis is enclosed within the moving process of continuation and can be gummed mechanism 6 and carry out gluing，The edge that the rubber axle sleeve that protection glue is smeared uniformly was trimmed to about，Rotation along with rotation dish 11，Rubber axle sleeve gluing is complete，Rubber axle sleeve can be ejected from the bar 2 of location by material removing mechanism 7，Staff places the frame that gathers materials in advance in rotation dish 11 side，Rubber axle sleeve ejected by material removing mechanism 7 after automatically into the frame that gathers materials，Whole process automaticity is high，Production efficiency is high.
nullSpecifically，In conjunction with Fig. 4、Shown in Fig. 5，Hold-down mechanism 3 includes compression cylinder 31、Adapter sleeve 32 and clamping sleeve 33，Compression cylinder 31 is connected in frame 1，And the piston rod of compression cylinder 31 is the most down，Adapter sleeve 32 turning set is located at the end of piston rod，Two gathering sills are offered vertically on adapter sleeve 32 inwall，Clamping sleeve 33 one end has guide pipe 331，Guide pipe 331 has two guide pads on lateral wall，Guide pipe 331 sliding plug is in the lower end of adapter sleeve 32，And guide pad is slidably connected in gathering sill，A holddown spring 34 it is arranged with on guide pipe 331，One end of holddown spring 34 is pressed on the lower end surface of adapter sleeve 32，The other end is pressed on the upper end end face of clamping sleeve 33，When positioning bar 2 and moving to clamping sleeve 33 lower end，Clamping sleeve 33 can sheathed location bar 2 be pressed on rubber axis and put，On the inwall of adapter sleeve 32, circumference has the link slot of annular，And circumference has the connection convex edge of annular on the piston rod lateral wall of compression cylinder 31，Coordinate with link slot by connecting convex edge，Adapter sleeve 32 turning set is located at piston-rod lower end，Clamping sleeve 33 is connected to adapter sleeve 32 lower end by guide pipe 331，By coordinating of guide pad and gathering sill，Clamping sleeve 33 can slide up and down by adapter sleeve 32 relatively，But can not relatively rotate，When rubber axle sleeve is positioned at immediately below clamping sleeve 33，Compression cylinder 31 drives clamping sleeve 33 to move down and make the lower end of clamping sleeve 33 to be pressed on rubber axis and puts end face，Owing to being additionally provided with holddown spring 34 between clamping sleeve 33 and adapter sleeve 32，Therefore when clamping sleeve 33 compresses rubber axle sleeve，Clamping sleeve 33 can slide by adapter sleeve 32 relatively，But clamping sleeve 33 is pressed on rubber axis set under the effect of holddown spring 34 and compression cylinder 31 all the time，I.e. rubber axle sleeve is fixed on a support plate 21，Holddown spring 34 then reduces the requirement to compression cylinder 31 stroke accuracy，Also make this hold-down mechanism 3 be applicable to the rubber axle sleeve of different model size simultaneously，The suitability is strong.
nullShown in Fig. 6，Rotating mechanism 4 includes that positioning bar 2 is fixed with rotation wheel 41 at rotation dish 11 lower position，Radially it is fixed with two guide posts 42 along rotation dish 11 in frame 1，Two slide blocks 421 are slidably connected on two guide posts 42，Rotary shaft 422 it is rotatably connected on slide block 421，This rotary shaft 422 passes vertically through slide block 421，The upper end of rotary shaft 422 is all fixed with driving wheel 43，The lower end of rotary shaft 422 is all fixed with driven pulley 46，An electric rotating machine 44 it is fixed with in frame 1，A drive pulley 441 it is fixed with on the output shaft of electric rotating machine 44，Drive pulley 441 is connected by two belts and two driven pulleies 46 respectively，The two ends of guide post 42 are all arranged with tensioning spring 423，Under the effect of tensioning spring 423，Two driving wheels 43 are pressed on the both sides rotating wheel 41 respectively，Two guide posts 42 are parallel，Slide block 421 has two，Each slide block 421 is all slidably connected on two guide posts 42，Guided by two guide posts 42，Make slide block 421 more steady，Rotary shaft 422 is then rotatably connected on slide block 421，Its two ends pass the upper and lower side of slide block 421 respectively，When positioning bar 2 and moving between two driving wheels 43，Rotation wheel 41 on the bar 2 of location is squeezed between two driving wheels 43，And under the effect of tensioning spring 423，The wheel face of two driving wheels 43 compresses mutually with rotating wheel 41 wheel faces，I.e. rotate wheel 41 to be clamped by two driving wheels 43，Make to rotate wheel 41 uniform force，Avoid to lopsidedness，And rotate wheel 41 and be respectively provided with rubber on the wheel face of driving wheel 43，There is bigger frictional force the most between the two，Now electric rotating machine 44 drives rotary shaft 422 to rotate by belt connection，I.e. two driving wheel 43 high speed rotating，Under the drive of two driving wheels 43，Rotate wheel 41 rotation，I.e. rubber axle sleeve is driven to rotate.nullThe equal slip cap in two ends of guide post 42 is provided with baffle plate 424，And the two ends of guide post 42 are respectively provided with external screw thread，Guide post 42 is all bolted with stop nut 425 in the outside of baffle plate 424，One end of tensioning spring 423 is pressed on slide block 421，The other end is pressed on baffle plate 424，Baffle plate 424 is pressed on stop nut 425，The most vertically it is fixed with one in frame 1 and fixes bar 45，It is rotatably connected to two connecting rods 451 on fixing bar 45，The free end of connecting rod 451 is all rotatably connected to regulating wheel 452，It is arranged with a torsion spring 453 on fixing bar 45，The two ends of torsion spring 453 are respectively fixedly connected with on two connecting rods 451，Under the effect of torsion spring 453，The wheel face of two regulating wheels 452 is pressed on belt respectively，Baffle plate 424 can move on guide post 42，Fixed by stop nut 425 the most afterwards in position adjustments，The tensioning spring 423 active force to slide block 421 is regulated with this，The i.e. regulation driving wheel 43 active force to rotating wheel 41，And due to before rotating between wheel 41 two driving wheels 43 of entrance，Distance between two driving wheels 43 is less than the diameter rotating wheel 41，Therefore when rotating wheel 41 and clamp-oning between two driving wheels 43，Two driving wheels 43 can move to two ends and produce the active force rotating wheel 41，When slide block 421 moves，Driven pulley 46 also can move，Therefore the belt between drive pulley 441 with driven pulley 46 is connected needs to carry out tensioning by regulating wheel 452，Make belt stable connection reliable.
nullShown in Fig. 4，Frame 1 is fixed with a fixed disk 51 in the side of rotation dish 11，Fixed disk 51 card is vertically arranged，Above-mentioned adjustment disk 5 is rotatably connected on fixed disk 51，And adjustment disk 5 fits with fixed disk 51，Some screws are offered on adjustment disk 5，Bolt 52 it is bolted with in screw，The end of bolt 52 is pressed in fixed disk 51 card，Guide rail 53 radially it is fixed with on adjustment disk 5，An expansion link 54 is slidably connected on guide rail 53，Deburring cutter head 55 is connected in the end, one end of expansion link 54，A deburring cylinder 56 also it is fixed with on adjustment disk 5，The piston rod of deburring cylinder 56 is fixedly connected with expansion link 54 other end end，An air jet pipe 1 also it is fixed with on deburring cutter head 55，Air jet pipe 1 is connected with an air pump，And the jet of air jet pipe 1 is towards the cutting edge of deburring cutter head 55，Fixed disk 51 is stably fixed in frame 1，Adjustment disk 5 can be relatively fixed dish 51 and rotate，Its rotary shaft 422 heart is the axial line of adjustment disk 5，Between adjustment disk 5 and fixed disk 51, it is additionally provided with scale indicate，The convenient position for various sizes of rubber axle sleeve regulation deburring cutter head 55，Deburring cutter head 55 then can slide by relative accommodation dish 5，After band rubber axle sleeve moves into place and compacted set 33 is fixed，Deburring cylinder 56 drives deburring cutter head 55 to move to rubber axle sleeve，And make the cutting edge of deburring cutter head 55 compress at rubber axle sleeve rim charge，Now along with the rotation of rubber axle sleeve，Its rim charge can be edged cutter head 55 and cut，Meanwhile，Air jet pipe 1 keeps consistent with deburring cutter head 55 all the time，When cutting edge at deburring cutter head 55 compresses rubber axle sleeve rim charge，The jet of air jet pipe 1 is also to rim charge，Under the airflow function of air jet pipe 1，The rim charge of rubber axle sleeve can be turned on one's side downwards folding，Deburring cutter head 55 is facilitated to carry out deburring，Prune the rim charge got off to be blown away under the effect of air-flow simultaneously，Avoid interference with deburring cutter head 55，Improve deburring quality.
nullIn conjunction with Fig. 7、Shown in Fig. 8，Rubber-coated mechanism 6 includes gluing bar 61 and the drive rod 62 of the most curved strip，And gluing bar 61 parallels with drive rod 62，Bristle 611 it is evenly equipped with along its length on gluing bar 61 and drive rod 62 opposite flank，Gluing bar 61 is the most also fixed with some glue spraying pipes 612，The end, one end of gluing bar 61 is fixed with air jet pipe 2 613，Air jet pipe 2 613 is connected with above-mentioned air pump，Glue spraying pipe 612 one end is connected with a mixing bowl，The other end is towards bristle 611，Radially it is fixed with an adjusting rod 621 along rotation dish 11 in frame 1，On adjusting rod 621, slip cap is provided with a regulation set 622，Drive rod 62 is fixedly connected with regulation set 622，On regulation set 622, spiral connects a regulation bolt 623，The end of regulation bolt 623 is pressed on adjusting rod 621，It is fixed with rubber layer 624 in drive rod 62 and gluing bar 61 opposing sidewalls，When location, bar 2 moves to time between gluing bar 61 and drive rod 62，Rubber layer 624 can fit with rubber axle sleeve periphery wall and compress，Gluing bar 61 and drive rod 62 can lay respectively at the both sides of rubber axle sleeve，Adjusting rod 621 is radially fixed along rotation dish 11，Regulation set 622 radially offers screw，Regulation set 622 can be fixed on adjusting rod 621 by regulation bolt 623，I.e. when regulating bolt 623 and unscrewing，Regulation set 622 can move with drive rod 62，Distance between regulation drive rod 62 and gluing bar 61 child，To be applicable to the rubber axle sleeve of different size size，When rubber axis is enclosed within after deburring completes along with rotation dish 11 moves，In the moving process of rubber axle sleeve its outer peripheral face and drive rod 62 fit against，There is on the side of drive rod 62 rubber layer 624，Therefore rubber axis can rotate by relative localization bar 2 under being enclosed within the frictional force effect of rubber layer 624，The location contacts that meanwhile bristle 611 on gluing bar 61 was trimmed to about with rubber axle sleeve，Glue spraying pipe 612 is then facing to bristle 611 glue spraying，The rubber axis that protection glue on bristle 611 is smeared puts，The most quickly，Air jet pipe 2 613 is positioned at the afterbody of gluing bar 61，After rubber axle sleeve completes gluing，Rubber axis is enclosed within the effect of drive rod 62 and still rotates，Air jet pipe 2 613 then carries out jet drying facing to gluing position，I.e. rubber axle sleeve completes gluing and drying during being transferred at trimming process step at de-material process.
nullIn conjunction with Fig. 9、Figure 10 material removing mechanism 7 includes a push rod 72，Frame 1 has de-material cylinder 71 rotation dish 11 is fixedly connected below，The piston rod of de-material cylinder 71 is the most upward，Push rod 72 is vertically connected in the upper end of de-material cylinder 71，Location bar 2 offers through hole 74 along its length，Location bar 2 lateral wall on offer along its length connect with through hole 74 run through groove 75，Push rod 72 upper end end vertical is fixed with pressure pin 73，The length of pressure pin 73 is more than the external diameter of location bar 2，Move to time above push rod 72 when positioning bar 2，Push rod 72 stretches into the through hole 74 of location bar 2 under the driving of de-material cylinder 71，And the two ends of pressure pin 73 are through running through groove 75 by rubber axle sleeve jack-up，Run through groove 75 and run through the sidewall of location bar 2，During of course for the through hole 74 making push rod 72 insert location bar 2，The two ends of drawbar can pass through runs through groove 75，Rotate wheel 41、Parts on the bar 2 of the location such as support chip need have the breach adapted，And position, on bar 2 lower end surface, also there is the inclined-plane adapted，This inclined-plane enables to drawbar and embeds smoothly and run through groove 75，When rubber axle sleeve moves to push rod 72 upper end，Push rod 72 stretches into location bar 2 under the effect of de-material cylinder 71，Along with moving up of push rod 72，Rubber axle sleeve on a support plate 21 can be held up and depart from location bar 2 by drawbar，When rubber axle sleeve departs from bar 2 upper end, location，It can drop automatically.State frame 1 above rotation dish 11, be fixed with the deflector chute 76 of an inclination, deflector chute 76 is positioned at the top of de-material cylinder 71, deflector chute 76 offer for positioning the arc strip breach 761 that bar 2 moves through, rubber axis is enclosed within when dropping drawbar and can fall in deflector chute 76, and entering the frame that gathers materials, the curved strip of breach 761 on deflector chute 76 along deflector chute 76, it adapts with the motion track of location bar 2, in rotation dish 11 rotation process, location bar 2 can pass from breach 761.
Claims (10)
1.A kind of rubber axle sleeve deburring glue spreader, including frame ( 1 ), it is characterised in that described frame ( 1 Be rotatably connected on) a horizontally disposed rotation dish ( 11 ), described rotation dish ( 11 Be rotatably connected on) some location bars sheathed for rubber axle sleeve ( 2 ), described location bar ( 2 ) be perpendicular to rotation dish ( 11 ) card, and location bar ( 2 ) along rotation dish ( 11 ) circumferentially distributed, location bar ( 2 Have on) support plate for supporting rubber axle sleeve ( 21 ), described frame ( 1 ) rotation dish ( 11 ) be arranged over rubber axis set can be pressed on support plate ( 21 Hold-down mechanism on) ( 3 ), described frame ( 1 ) rotation dish ( 11 ) lower section be provided with after rubber axle sleeve is secured in a press can drive location bar ( 2 ) rotate rotating mechanism ( 4 ), described frame ( 1 ) rotation dish ( 11 ) outside be rotatably connected to an adjustment disk ( 5 ), described adjustment disk ( 5 Slidably connect on) deburring cutter head that a rim charge that can put rubber axis cuts ( 55 ), described frame ( 1 Be additionally provided with on) the rubber axle sleeve edge after deburring can be smeared protection glue rubber-coated mechanism ( 6 ) and make rubber axle sleeve depart from location bar ( 2 ) material removing mechanism ( 7 ).
2.According to claim 1 Described rubber axle sleeve deburring glue spreader, it is characterised in that described rotation dish ( 11 ) upper circumference uniformly offers some connecting holes, is all fixed with bearing in described connecting hole, be plugged with in described bearing positioning pipe ( 22 ), this positioning pipe ( 22 ) be fixedly connected with bearing inner race, above-mentioned location bar ( 2 ) grafting be connected in positioning pipe ( 22 In).
3.nullRubber axle sleeve deburring glue spreader according to claim 2，It is characterized in that，Described hold-down mechanism (3) includes compression cylinder (31)、Adapter sleeve (32) and clamping sleeve (33)，Described compression cylinder (31) is connected in frame (1)，And the piston rod of compression cylinder (31) is the most down，Above-mentioned adapter sleeve (32) turning set is located at the end of piston rod，Two gathering sills are offered vertically on described adapter sleeve (32) inwall，Described clamping sleeve (33) one end has guide pipe (331)，On described guide pipe (331) lateral wall, there are two guide pads，Guide pipe (331) sliding plug is in the lower end of adapter sleeve (32)，And guide pad is slidably connected in gathering sill，A holddown spring (34) it is arranged with on described guide pipe (331)，One end of described holddown spring (34) is pressed on the lower end surface of adapter sleeve (32)，The other end is pressed on the upper end end face of clamping sleeve (33)，When positioning bar (2) and moving to clamping sleeve (33) lower end，Clamping sleeve (33) can sheathed location bar (2) be pressed on rubber axis and put.
4.nullRubber axle sleeve deburring glue spreader according to claim 3，It is characterized in that，Described rotating mechanism (4) includes that positioning bar (2) is fixed with rotation wheel (41) at rotation dish (11) lower position，Radially it is fixed with two guide posts (42) along rotation dish (11) in described frame (1)，Two slide blocks (421) are slidably connected on guide post described in two (42)，Rotary shaft (422) it is rotatably connected on described slide block (421)，This rotary shaft (422) passes vertically through slide block (421)，The upper end of described rotary shaft (422) is all fixed with driving wheel (43)，The lower end of rotary shaft (422) is all fixed with driven pulley (46)，An electric rotating machine (44) it is fixed with in described frame (1)，A drive pulley (441) it is fixed with on the output shaft of described electric rotating machine (44)，Described drive pulley (441) is connected by two belts and two driven pulleies (46) respectively，The two ends of described guide post (42) are all arranged with tensioning spring (423)，Under the effect of tensioning spring (423)，Two driving wheels (43) are pressed on the both sides rotating wheel (41) respectively.
5.nullRubber axle sleeve deburring glue spreader according to claim 4，It is characterized in that，The equal slip cap in two ends of described guide post (42) is provided with baffle plate (424)，And the two ends of guide post (42) are respectively provided with external screw thread，Described guide post (42) is all bolted with stop nut (425) in the outside of baffle plate (424)，One end of above-mentioned tensioning spring (423) is pressed on slide block (421)，The other end is pressed on baffle plate (424)，Baffle plate (424) is pressed on stop nut (425)，The most vertically it is fixed with one in described frame (1) and fixes bar (45)，It is rotatably connected to two connecting rods (451) on described fixing bar (45)，The free end of described connecting rod (451) is all rotatably connected to regulating wheel (452)，It is arranged with a torsion spring (453) on described fixing bar (45)，The two ends of described torsion spring (453) are respectively fixedly connected with on two connecting rods (451)，Under the effect of torsion spring (453)，The wheel face of two regulating wheels (452) is pressed on belt respectively.
6.nullAccording to the rubber axle sleeve deburring glue spreader described in claim 4 or 5，It is characterized in that，Described frame (1) is fixed with a fixed disk (51) in the side of rotation dish (11)，Described fixed disk (51) card is vertically arranged，Above-mentioned adjustment disk (5) is rotatably connected on fixed disk (51)，And adjustment disk (5) fits with fixed disk (51)，Described adjustment disk offers some screws on (5)，Bolt (52) it is bolted with in described screw，The end of bolt (52) is pressed in fixed disk (51) card，Guide rail (53) radially it is fixed with on described adjustment disk (5)，An expansion link (54) is slidably connected on described guide rail (53)，Above-mentioned deburring cutter head (55) is connected in the end, one end of expansion link (54)，A deburring cylinder (56) also it is fixed with on described adjustment disk (5)，The piston rod of described deburring cylinder (56) is fixedly connected with expansion link (54) other end end，An air jet pipe one (57) also it is fixed with on described deburring cutter head (55)，Described air jet pipe one (57) is connected with an air pump，And the jet of air jet pipe one (57) is towards the cutting edge of deburring cutter head (55).
7.nullRubber axle sleeve deburring glue spreader according to claim 6，It is characterized in that，Described rubber-coated mechanism (6) includes gluing bar (61) and the drive rod (62) of the most curved strip，And gluing bar (61) parallels with drive rod (62)，Bristle (611) it is evenly equipped with along its length on described gluing bar (61) and drive rod (62) opposite flank，Gluing bar (61) is the most also fixed with some glue spraying pipes (612)，The end, one end of gluing bar (61) is fixed with air jet pipe two (613)，Described air jet pipe two (613) is connected with above-mentioned air pump，Described glue spraying pipe (612) one end is connected with a mixing bowl，The other end is towards bristle (611)，Radially it is fixed with an adjusting rod (621) along rotation dish (11) in described frame (1)，The upper slip cap of described adjusting rod (621) is provided with a regulation set (622)，Above-mentioned drive rod (62) is fixedly connected with regulation set (622)，The upper spiral of described regulation set (622) connects a regulation bolt (623)，The end of described regulation bolt (623) is pressed on adjusting rod (621)，It is fixed with rubber layer (624) in described drive rod (62) and gluing bar (61) opposing sidewalls，When location bar (2) is mobile to time between gluing bar (61) and drive rod (62)，Rubber layer (624) can fit with rubber axle sleeve periphery wall and compress.
8.nullRubber axle sleeve deburring glue spreader according to claim 2，It is characterized in that，Described material removing mechanism (7) includes a push rod (72)，Described frame (1) has de-material cylinder (71) rotation dish (11) is fixedly connected below，The piston rod of described de-material cylinder (71) is the most upward，Above-mentioned push rod (72) is vertically connected in the upper end of de-material cylinder (71)，Described location bar (2) offers through hole (74) along its length，Location bar (2) lateral wall on offer along its length with through hole (74) connect run through groove (75)，Described push rod (72) upper end end vertical is fixed with pressure pin (73)，The length of described pressure pin (73) is more than the external diameter of location bar (2)，When positioning bar (2) and moving to push rod (72) top，Push rod (72) stretches into the through hole (74) of location bar (2) under the driving of de-material cylinder (71)，And the two ends of pressure pin (73) are through running through groove (75) by rubber axle sleeve jack-up.
9.Rubber axle sleeve deburring glue spreader according to claim 8, it is characterized in that, described frame (1) is fixed with the deflector chute (76) of an inclination in the top of rotation dish (11), described deflector chute (76) is positioned at the top of de-material cylinder (71), offers for positioning arc strip breach (761) that bar (2) moves through on deflector chute (76).
10.Rubber axle sleeve deburring glue spreader according to claim 1, it is characterized in that, a connecting shaft being vertically arranged (81) it is rotatably connected in described frame (1), above-mentioned rotation dish (11) is connected in connecting shaft (81), described frame (1) has a driving motor (8) in the fixedly connected below of rotation dish (11), and the lower end of described connecting shaft (81) is fixedly connected with the output shaft driving motor (8).
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| CN201410194701.3A CN103963199B (en) | 2014-05-10 | 2014-05-10 | A kind of rubber axle sleeve deburring glue spreader |
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| CN201410194701.3A CN103963199B (en) | 2014-05-10 | 2014-05-10 | A kind of rubber axle sleeve deburring glue spreader |
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| CN104589473B (en) * | 2015-01-16 | 2017-02-01 | 广西北流市智宇陶瓷自动化设备有限公司 | Fettling machine |
| CN107571436B (en) * | 2017-08-25 | 2019-07-02 | 利辛县宝隆橡塑密封件有限责任公司 | A kind of rubber parts trimmer |
| CN108543664B (en) * | 2018-03-12 | 2019-10-18 | 平湖乔智电子有限公司 | A kind of glue stations of textile |
| CN109016290B (en) * | 2018-08-01 | 2021-06-25 | 芜湖市崇兴乐塑胶有限公司 | Air cooling shaping and drying device for plastic product production |
| CN109046837A (en) * | 2018-09-18 | 2018-12-21 | 博众精工科技股份有限公司 | Solid electrolyte surface spraying equipment |
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| JP3714826B2 (en) * | 1999-07-28 | 2005-11-09 | 鬼怒川ゴム工業株式会社 | Rubber flash removing device and rubber flash removing method for metal rubber composite product |
| JP3952265B2 (en) * | 2001-11-29 | 2007-08-01 | 三ツ星ベルト株式会社 | Deburring device and deburring method for short cylindrical resin material |
| JP2008138742A (en) * | 2006-11-30 | 2008-06-19 | Nsk Ltd | Rolling element holding spacer and linear guide |
| CN101554760B (en) * | 2009-03-28 | 2013-10-30 | 常州朗博汽车零部件有限公司 | Trimming machine for shaft sleeve-type rubber covered product and trimming method thereof |
| CN202200454U (en) * | 2011-09-09 | 2012-04-25 | 吴志明 | Automatic edge demounting machine for rubber products |
| CN202528372U (en) * | 2012-04-01 | 2012-11-14 | 宁波拓普集团股份有限公司 | Semi-automatic edge trimming machine for rubber part |
| CN203818412U (en) * | 2014-05-10 | 2014-09-10 | 温州捷高科技有限公司 | Trimming and glue spreading machine for rubber shaft sleeves |
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Inventor after: Yu Lijia Inventor after: Sun Ya Inventor before: Wang Pan |
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Effective date of registration: 20170303 Address after: 154015 Jiamusi suburb of Heilongjiang City, the four Feng Community Group No. 157, No. 3 Patentee after: Yu Lijia Patentee after: Sun Ya Address before: 325014 Zhejiang city of Wenzhou province Ouhai Wu Tian Ze Xia Street living area 1 Room 102 Patentee before: WENZHOU JIEGAO SCIENCE & TECHNOLOGY CO., LTD. |
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Effective date of registration: 20181206 Address after: 401120 Xiangshan Meizhu 9-8 Building, 66 Xingke 4th Road, Huixing Street, Yubei District, Chongqing Patentee after: Chongqing Qianduochang Technology Co., Ltd. Address before: 154015 No. 157, Group 3, Sifeng Community, Jiamusi Suburb, Heilongjiang Province Co-patentee before: Sun Ya Patentee before: Yu Lijia |
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Effective date of registration: 20201113 Address after: 215500 No. 55 Shenzhen Road, Yushan High-tech Development Zone, Changshu City, Jiangsu Province Patentee after: Changshu Zhizhuang Laser Equipment Research Institute Co.,Ltd. Address before: 401120 Xiangshan Meizhu 9-8 Building, 66 Xingke 4th Road, Huixing Street, Yubei District, Chongqing Patentee before: Chongqing Qianduochang Technology Co.,Ltd. |