CN203818412U - Trimming and glue spreading machine for rubber shaft sleeves - Google Patents
Trimming and glue spreading machine for rubber shaft sleeves Download PDFInfo
- Publication number
- CN203818412U CN203818412U CN201420236599.4U CN201420236599U CN203818412U CN 203818412 U CN203818412 U CN 203818412U CN 201420236599 U CN201420236599 U CN 201420236599U CN 203818412 U CN203818412 U CN 203818412U
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- fixed
- rubber
- axle sleeve
- backstay
- deburring
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Abstract
The utility model provides a trimming and glue spreading machine for rubber shaft sleeves, belongs to the technical field of machining equipment and solves the problem that existing rubber shaft sleeve trimming efficiency is still lower. The trimming and glue spreading machine for the rubber shaft sleeves comprises a rack, wherein a rotating disc is rotationally connected onto the rack, a positioning rod is rotationally connected onto the rotating disc and provided with a support disc, a press mechanism of the rack is arranged above the rotating disc, a rotating mechanism of the rack is arranged below the rotating disc, the rack is rotationally connected with an adjusting disc on the outer side of the rotating disc, a trimming cutter head is glidingly connected onto the adjusting disc, and a glue spreading mechanism and a stripping mechanism are also arranged on the rack. The trimming and glue spreading machine for the rubber shaft sleeves can trim the rubber shaft sleeves automatically and spread protective glue at trimmed parts automatically and is high in automation degree and high in production efficiency.
Description
Technical field
The utility model belongs to machining equipment technical field, relates to a kind of rubber axle sleeve deburring glue spreader.
Background technology
Rubber axis is enclosed within that mechanical field application is wider, and it mainly plays bradyseism protective effect to mechanical axis, and rubber axle sleeve is according to its application scenario needs, be conventionally processed to the shape that matches, but its main body is still tubular.Rubber axle sleeve is generally by injection mo(u)lding, at the patrix of injection mold, be combined rear by inject rubber curing forming in die cavity with counterdie, but for production efficiency higher, by being rubber axle sleeve in batches injection moulding simultaneously, the runner that need to make each die cavity connect in patrix and counterdie junction, therefore after the demoulding of rubber axis sleeve forming, its lateral wall edge can have rim charge, before dispatching from the factory, rubber axis cover needs these rim charge excisions, the rim charge of rubber axle sleeve excision at present adopts manual pruning conventionally, waste time and energy, and efficiency is lower, therefore some machineries for rim charge excision have also been there are on the market.
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 comprises radial cutting tool rest and is located at slidably the radial cut sharpener on radial cutting tool rest, radial cutting tool rest is provided with the driving stage clip that compresses radial cut sharpener tail end, and radial cut sharpener is connected with a radial feed joystick by arrangement of clutch.End grain cutting mechanism comprises the end grain cutting cutter that end grain cutting tool rest, end are located at the slide block on end grain cutting tool rest and are located at rotationally slider head to feed control lever, slidably, slide block is provided with the torsion spring that drive end rotates to bite, end is hinged to middle part and the end grain cutting tool rest of feed control lever, and hinged by the afterbody of connecting rod and slide block, but this trimmer need to be fixed on rubber parts mechanically one by one, and deburring is carried out in manual operation, after deburring, need manually rubber parts to be taken off, efficiency is still lower.
Utility model content
The purpose of this utility model is to have the problems referred to above for existing technology; proposed a kind of rubber axle sleeve deburring glue spreader, this rubber axle sleeve deburring glue spreader can carry out deburring automatically to rubber axle sleeve, and automatically at pruning position, smears protection glue; automaticity is high, and production efficiency is high.
The purpose of this utility model can realize by following technical proposal: a kind of rubber axle sleeve deburring glue spreader, comprise frame, it is characterized in that, in described frame, be rotatably connected to one and be horizontally set on rolling disc, on described rolling disc, be rotatably connected to some for the sheathed backstay of rubber axle sleeve, described backstay is perpendicular to rolling disc card, and backstay circumferentially distributes along rolling disc, on backstay, there is the supporting disk for support rubber axle sleeve, described frame can be pressed on rubber axis cover the hold-down mechanism on supporting disk being provided with above rolling disc, described frame is provided with the rotating mechanism that can drive backstay to rotate after rubber axle sleeve is secured in a press below rolling disc, described frame is rotatably connected to an adjustment disk in the outside of rolling disc, on described adjustment disk, slidably connect the deburring cutter head that a rim charge that can put rubber axis cuts, in described frame, be also provided with and can smear the rubber-coated mechanism of protection glue and make rubber axle sleeve depart from the material removing mechanism of backstay the rubber axle sleeve edge after deburring.
Rolling disc rotates around Pivot Point Center line, its middle part hollow out, backstay is connected to its edge, backstay can rotate around Pivot Point Center line, but axial restraint, in the time of need to carrying out deburring to rubber axis cover, manually rubber axle sleeve is set on backstay, the downside of rubber axle sleeve is pressed on supporting disk, rubber axle sleeve is along with the rotation of rolling disc moves to hold-down mechanism place simultaneously, hold-down mechanism is pressed on rubber axis cover on support chip, be that rubber axle sleeve relative positioning bar is fixed, now rotating mechanism can drive backstay to rotate, be that rubber axle sleeve is along with backstay rotates together, deburring cutter head stretches to rubber axle sleeve after rubber axle sleeve moves into place, regulating after setting in advance, the cutting edge of deburring cutter head can lean with the rim charge of rubber axle sleeve, along with the rotation of rubber axle sleeve, the rim charge at rubber axle sleeve edge can be cut by deburring cutter head, after being pruned with the rim charge of rubber axle sleeve, rolling disc is rotated further, rubber axis is enclosed within and in the moving process of continuation, can be gummed mechanism and carries out gluing, the edge that the rubber axle sleeve that protection glue is smeared was uniformly pruned, rotation along with rolling disc, rubber axle sleeve gluing is complete, material removing mechanism can eject rubber axle sleeve from backstay, staff is sidelong and puts the frame that gathers materials at rolling disc one in advance, rubber axle sleeve is ejected the rear frame that gathers materials that automatically enters by material removing mechanism, whole process automation degree is high, production efficiency is high.
In above-mentioned rubber axle sleeve deburring glue spreader, on described rolling disc, circumferentially evenly offer some connecting holes, in described connecting hole, be all fixed with bearing, in described bearing, be plugged with positioning pipe, this positioning pipe is connected mutually with bearing inner race, and above-mentioned backstay is pegged graft and is connected in positioning pipe.The outer ring of bearing is tightly fixed in connecting hole, positioning pipe is to be also tightly fixed in the inner ring of bearing, backstay wears and is fixed in positioning pipe, bearing can reduce the frictional force that backstay rotates, make its rotation lighter, positioning pipe can make backstay keep stable, avoids it in loading process, to occur tilting.
In above-mentioned rubber axle sleeve deburring glue spreader, described hold-down mechanism comprises clamping cylinder, adapter sleeve and clamping sleeve, described clamping cylinder is connected in frame, and the piston rod of clamping cylinder vertically down, above-mentioned adapter sleeve turning set is located at the end of piston rod, on described adapter sleeve inwall, offer vertically two gathering sills, 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, on described guide pipe, be arranged with a holddown spring, 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 backstay moves to clamping sleeve lower end, clamping sleeve can sheathed backstay and is pressed on rubber axis and puts.On the inwall of adapter sleeve, circumferentially there is annular link slot, and on the piston rod lateral wall of clamping cylinder, circumferentially there is annular connection convex edge, by connecting convex edge, coordinate with link slot, 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 relatively adapter sleeve slides up and down, but can not relatively rotate, in the time of under rubber axle sleeve is positioned at clamping sleeve, clamping 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 also provided with holddown spring between clamping sleeve and adapter sleeve, therefore when clamping sleeve compresses rubber axle sleeve, clamping sleeve relatively adapter sleeve slides, but clamping sleeve is pressed on all the time rubber axis and puts under the effect of holddown spring and clamping cylinder, be that rubber axle sleeve is fixed on supporting disk, holddown spring has reduced the requirement to clamping cylinder stroke accuracy, also make this hold-down mechanism be applicable to the rubber axle sleeve of different model size simultaneously, applicability is strong.
In above-mentioned rubber axle sleeve deburring glue spreader, described rotating mechanism comprises that backstay is fixed with moving runner at rolling disc lower position, in described frame, along rolling disc, be radially fixed with two guide posts, on described two conductor rods, slidably connect two slide blocks, on described slide block, be rotatably connected to turning cylinder, this turning cylinder is vertically through slide block, the upper end of described turning cylinder is all fixed with driving wheel, the lower end of turning cylinder is all fixed with driven pulley, in described frame, be fixed with an electric rotating machine, on the output shaft of described electric rotating machine, be fixed with a drive pulley, described drive pulley is connected with two driven pulleies by two belts 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 respectively the both sides of moving runner.Two guide posts parallel, slide block has two, each slide block is all slidably connected on two guide posts, by two guide posts, lead, make slide block more steady, turning cylinder is rotatably connected on slide block, its two ends pass respectively the upper and lower side of slide block, when backstay moves between two driving wheels, moving runner extruding on backstay enters between two driving wheels, and under the effect of tensioning spring, the wheel face of two driving wheels compresses mutually with moving runner wheel face, be that moving runner is clamped by two driving wheels, make moving runner stressed evenly, avoid to lopsidedness, and on the wheel face of moving runner and driving wheel, all there is rubber, therefore there is larger frictional force between the two, now electric rotating machine is connected and is driven turning cylinder to rotate by belt, i.e. two driving wheel High Rotation Speeds, under the drive of two driving wheels, moving runner rotation, be that 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 all have 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, in described frame, be also vertically fixed with a fixed bar, on described fixed bar, be rotatably connected to two connecting rods, the free end of described connecting rod is all rotatably connected to regulating wheel, on described fixed bar, be arranged with a torsion spring, the two ends of described torsion spring are connected in respectively 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 guide post, after position adjustments is suitable, by stop nut, fix, with this, regulate the active force of tensioning spring to slide block, regulate the active force of driving wheel to moving runner, and due to enter between two driving wheels at moving runner before, distance between two driving wheels is less than the diameter of moving runner, therefore when moving runner is clamp-oned between two driving wheels, two driving wheels can move and produce to two ends the active force to moving runner, when slide block moves, driven pulley also can move, therefore drive pulley is connected and need to carrys out tensioning by regulating wheel with the belt between driven pulley, make belt stable connection reliable.
In above-mentioned rubber axle sleeve deburring glue spreader, described frame is fixed with a fixed disk in a side of rolling disc, described fixed disk card vertically arranges, above-mentioned adjustment disk is rotatably connected on fixed disk, and adjustment disk and fixed disk fit, on described adjustment disk, offer some screws, in described screw, be bolted with bolt, the end of bolt is pressed in fixed disk card, on described adjustment disk, be radially fixed with guide rail, on described guide rail, slidably connect an expansion link, above-mentioned deburring cutter head is connected in the end, one end of expansion link, on described adjustment disk, be also fixed with a deburring cylinder, the piston rod of described deburring cylinder is connected mutually with expansion link other end end, on described deburring cutter head, be also fixed with an air jet pipe one, 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.What fixed disk was stable is fixed in frame, adjustment disk can rotate relative to fixed disk, its center of rotation is the axial line of adjustment disk, between adjustment disk and fixed disk, being also provided with scale indicates, the convenient rubber axle sleeve for different size regulates the position of deburring cutter head, deburring cutter head can slide by relative adjustment dish, after band rubber axle sleeve moves into place and compacted cover is fixed, deburring air cylinder driven deburring cutter head moves to rubber axle sleeve, and the cutting edge that makes deburring cutter head compresses rubber axle sleeve rim charge place, now along with the rotation of rubber axle sleeve, its rim charge can be cut by deburring cutter head, meanwhile, air jet pipe one is consistent with deburring cutter head all the time, when the cutting edge of deburring cutter head compresses rubber axle sleeve rim charge, the jet of air jet pipe one is subtend rim charge also, under the airflow function of air jet pipe one, the rim charge of the rubber axle sleeve folding of can turning on one's side downwards, facilitate deburring cutter head to carry out deburring, the rim charge of simultaneously pruning can be blown away under the effect of air-flow, avoid interfering deburring cutter head, improve deburring quality.
In above-mentioned rubber axle sleeve deburring glue spreader, described rubber-coated mechanism comprises all gluing bar and the drive rod of curved strip, and gluing bar parallels with drive rod, on described gluing bar and drive rod opposite flank, be evenly equipped with along its length bristle, on gluing bar, be also fixed with along its length 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, in described frame, along rolling disc, be radially fixed with an adjusting rod, on described adjusting rod, slip cap is provided with a regulating sleeve, above-mentioned drive rod is connected mutually with regulating sleeve, on described regulating sleeve, spiral is connected with an adjusting bolt, the end of described adjusting bolt is pressed on adjusting rod, in described drive rod and gluing bar opposing sidewalls, be fixed with rubber layer, when backstay moves between gluing bar and drive rod, rubber layer can fit and compress with rubber axle sleeve periphery wall.Gluing bar and drive rod can lay respectively at the both sides of rubber axle sleeve, adjusting rod is radially fixing along rolling disc, on regulating sleeve, radially offer screw, adjusting bolt can be fixed on regulating sleeve on adjusting rod, when adjusting bolt unscrews, regulating sleeve can move with drive rod, regulate the distance between drive rod and gluing bar child, to be applicable to the rubber axle sleeve of different size size, after rubber axis is enclosed within deburring and completes along with rolling disc 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 rubber axis is enclosed within the frictional force effect of rubber layer and can rotates by relative positioning bar, the position that meanwhile bristle on gluing bar was pruned with rubber axle sleeve contacts, glue spraying Guan Ze is facing to bristle glue spraying, the rubber axis that protection glue on bristle is smeared puts, evenly fast, air jet pipe two is positioned at the afterbody of gluing bar, at rubber axle sleeve, complete after gluing, rubber axis is enclosed within the effect of drive rod and still rotates, and second air jet pipe carries out jet oven dry facing to gluing position, be that rubber axle sleeve is transferred in the process that takes off material process place and has completed gluing and oven dry from trimming process step.
In above-mentioned rubber axle sleeve deburring glue spreader, described material removing mechanism comprises a push rod, described frame is fixed with de-material cylinder below rolling disc, the piston rod of described de-material cylinder vertically upward, above-mentioned push rod is vertically connected in the upper end of de-material cylinder, described backstay offers through hole along its length, on the lateral wall of backstay, offer along its length with through hole connects and run through groove, end, described push rod upper end is vertically fixed with pressure pin, the length of described pressure pin is greater than the external diameter of backstay, when backstay moves to push rod top, push rod stretches into the through hole of backstay 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 the sidewall that groove runs through backstay, certainly when making push rod insert the through hole of backstay, the two ends of drawbar can be smoothly by running through groove, moving runner, parts on the backstays such as support chip need to have the breach adapting, and on backstay lower end surface, also there is the inclined-plane adapting, this inclined-plane can make drawbar embed smoothly to run through groove, when rubber axle sleeve moves to push rod upper end, push rod stretches into backstay under the effect of de-material cylinder, along with moving up of push rod, drawbar can hold up the rubber axle sleeve on supporting disk and depart from backstay, when rubber axle sleeve departs from backstay upper end, 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 rolling disc, and described deflector chute is positioned at the top of de-material cylinder, offers the arc strip breach moving through for backstay on deflector chute.Rubber axis is enclosed within while dropping drawbar to fall in deflector chute, and enters along deflector chute the frame that gathers materials, the curved strip of breach on deflector chute, and the motion track of itself and backstay adapts, and in turn disc process, backstay can pass from breach.
In above-mentioned rubber axle sleeve deburring glue spreader, in described frame, be rotatably connected to a connecting axle vertically arranging, above-mentioned rolling disc is connected on connecting axle, and described frame is fixed with a drive motors below rolling disc, and the lower end of described connecting axle is connected mutually with the output shaft of drive motors.Rolling disc directly drives by drive motors, simple in structure effective.
Compared with prior art, this rubber axle sleeve deburring glue spreader has the following advantages:
1, due to this deburring glue spreader can be automatically to rubber axis cover compress, deburring, gluing, oven dry and de-material, staff only need to be sheathed to backstay by rubber axle sleeve, whole process automation degree is high, production efficiency is high.
2, because contact roller not only can be pressed on rubber axis cover on supporting disk, the setting of holddown spring simultaneously also makes this hold-down mechanism be applicable to the rubber axle sleeve of different model size, and applicability is strong.
3, because moving runner is clamped and driven by two driving wheels, driving wheel is by belt connection for transmission, only need a motor, two synchronisms that driving wheel drives moving runner have been guaranteed, and drive and arrange by this, whole deburring glue spreader only needs a rotating mechanism, simple and ingenious structure, and production cost is also lower.
4, due in gluing process, rubber axle sleeve is converted into the rotatory force of rolling disc by drive rod the rotation of self, without increasing power source, by this, is designed cleverly and has been reduced production cost.
Accompanying drawing explanation
Fig. 1 is the perspective view figure of this rubber axle sleeve deburring glue spreader.
Fig. 2 is the structure front view of this rubber axle sleeve deburring glue spreader.
Fig. 3 is the structure top view of this rubber axle sleeve deburring glue spreader
Fig. 4 is the structure enlarged drawing at A place in Fig. 1.
Fig. 5 is the structure enlarged drawing at B place in Fig. 2.
Fig. 6 is the structure enlarged drawing at C place in Fig. 1.
Fig. 7 is the structure enlarged drawing at D place in Fig. 3.
Fig. 8 is the structure enlarged drawing at E place in Fig. 1.
Fig. 9 is the structure enlarged drawing at F place in Fig. 1.
Figure 10 is the structure enlarged drawing at G place in Fig. 2.
In figure, 1, frame; 11, rolling disc; 2, backstay; 21, supporting disk; 22, positioning pipe; 3, hold-down mechanism; 31, clamping cylinder; 32, adapter sleeve; 33, clamping sleeve; 331, guide pipe; 34, holddown spring; 4, rotating mechanism; 41, moving runner; 42, guide post; 421, slide block; 422, turning cylinder; 423, tensioning spring; 424, baffle plate; 425, stop nut; 43, driving wheel; 44, electric rotating machine; 441, drive pulley; 45, fixed 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, regulating sleeve; 623, adjusting 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 motors; 81 connecting axles.
The specific embodiment
Be below specific embodiment of the utility model by reference to the accompanying drawings, the technical solution of the utility model is further described, but the utility model be not limited to these embodiment.
As shown in Figure 1, shown in Fig. 2, Fig. 3, Fig. 4, Fig. 5, a kind of rubber axle sleeve deburring glue spreader, comprise frame 1, in frame 1, be rotatably connected to a connecting axle 81 vertically arranging, on connecting axle 81, be fixed with one and be horizontally set on rolling disc 11, frame 1 is fixed with a drive motors 8 below rolling disc 11, and the lower end of connecting axle 81 is connected mutually with the output shaft of drive motors 8, rolling disc 11 directly drives by drive motors 8, simple in structure effective.On rolling disc 11, be rotatably connected to some for the sheathed backstay 2 of rubber axle sleeve, rolling disc 11 rotates around Pivot Point Center line, its middle part hollow out, backstay 2 is connected to its edge, on rolling disc 11, circumferentially evenly offer some connecting holes, in connecting hole, be all fixed with bearing, in bearing, be plugged with positioning pipe 22, this positioning pipe 22 is connected mutually with bearing inner race, backstay 2 is pegged graft and is connected in positioning pipe 22, the outer ring of bearing is tightly fixed in connecting hole, positioning pipe 22 is to be also tightly fixed in the inner ring of bearing, backstay 2 wears and is fixed in positioning pipe 22, bearing can reduce the frictional force that backstay 2 rotates, make its rotation lighter, positioning pipe 22 can make backstay 2 keep stable, avoid it in loading process, to occur tilting.On backstay 2, have the supporting disk 21 for support rubber axle sleeve, frame 1 is provided with hold-down mechanism 3 above rolling disc 11, and this hold-down mechanism 3 can be pressed on rubber axis cover on supporting disk 21.Frame 1 is provided with rotating mechanism 4 below rolling disc 11, and after rubber axle sleeve is secured in a press, this selection mechanism can drive backstay 2 to rotate.Frame 1 is rotatably connected to an adjustment disk 5 in the outside of rolling disc 11, slidably connect a deburring cutter head 55 on adjustment disk 5, and when rubber axle sleeve rotates, the rim charge that this deburring cutter head 55 can put rubber axis cuts.In frame 1, be also provided with rubber-coated mechanism 6 and material removing mechanism 7; after the deburring of rubber axle sleeve completes; rubber-coated mechanism 6 can be smeared protection glue to the rubber axle sleeve edge after deburring, and material removing mechanism 7 makes rubber axle sleeve depart from backstay 2 after rubber axle sleeve gluing completes.In the time of need to carrying out deburring to rubber axis cover, manually rubber axle sleeve is set on backstay 2, the downside of rubber axle sleeve is pressed on supporting disk 21, rubber axle sleeve is along with the rotation of rolling disc 11 moves to hold-down mechanism 3 places simultaneously, hold-down mechanism 3 is pressed on rubber axis cover on support chip, be that rubber axle sleeve relative positioning bar 2 is fixing, now rotating mechanism 4 can drive backstay 2 to rotate, be that rubber axle sleeve is along with backstay 2 rotates together, deburring cutter head 55 stretches to rubber axle sleeve after rubber axle sleeve moves into place, regulating after setting in advance, the cutting edge of deburring cutter head 55 can lean with the rim charge of rubber axle sleeve, along with the rotation of rubber axle sleeve, the rim charge at rubber axle sleeve edge can be cut by deburring cutter head 55, after being pruned with the rim charge of rubber axle sleeve, rolling disc 11 is rotated further, rubber axis is enclosed within and in the moving process of continuation, can be gummed mechanism 6 and carries out gluing, the edge that the rubber axle sleeve that protection glue is smeared was uniformly pruned, rotation along with rolling disc 11, rubber axle sleeve gluing is complete, material removing mechanism 7 can eject rubber axle sleeve from backstay 2, staff is sidelong and puts the frame that gathers materials at rolling disc 11 1 in advance, rubber axle sleeve is ejected the rear frame that gathers materials that automatically enters by material removing mechanism 7, whole process automation degree is high, production efficiency is high.
Specifically, in conjunction with Fig. 4, shown in Fig. 5, hold-down mechanism 3 comprises clamping cylinder 31, adapter sleeve 32 and clamping sleeve 33, clamping cylinder 31 is connected in frame 1, and the piston rod of clamping cylinder 31 vertically down, adapter sleeve 32 turning sets are located at the end of piston rod, on adapter sleeve 32 inwalls, offer vertically two gathering sills, clamping sleeve 33 one end have guide pipe 331, on guide pipe 331 lateral walls, there are two guide pads, guide pipe 331 sliding plugs are in the lower end of adapter sleeve 32, and guide pad is slidably connected in gathering sill, on guide pipe 331, be arranged with a holddown spring 34, 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 backstay 2 moves to clamping sleeve 33 lower end, clamping sleeve 33 can sheathed backstay 2 and is pressed on rubber axis and puts, on the inwall of adapter sleeve 32, circumferentially there is annular link slot, and on the piston rod lateral wall of clamping cylinder 31, circumferentially there is annular connection convex edge, by connecting convex edge, coordinate with link slot, adapter sleeve 32 turning sets are located at piston-rod lower end, clamping sleeve 33 is connected to adapter sleeve 32 lower ends by guide pipe 331, by coordinating of guide pad and gathering sill, clamping sleeve 33 relatively adapter sleeve 32 slides up and down, but can not relatively rotate, in the time of under rubber axle sleeve is positioned at clamping sleeve 33, clamping 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 also 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 relatively adapter sleeve 32 slides, but clamping sleeve 33 is pressed on all the time rubber axis and puts under the effect of holddown spring 34 and clamping cylinder 31, be that rubber axle sleeve is fixed on supporting disk 21, holddown spring 34 has reduced the requirement to clamping cylinder 31 stroke accuracy, also make this hold-down mechanism 3 be applicable to the rubber axle sleeve of different model size simultaneously, applicability is strong.
Shown in Fig. 6, rotating mechanism 4 comprises that backstay 2 is fixed with moving runner 41 at rolling disc 11 lower positions, in frame 1, along rolling disc 11, be radially fixed with two guide posts 42, on two conductor rods, slidably connect two slide blocks 421, on slide block 421, be rotatably connected to turning cylinder 422, this turning cylinder 422 is vertically through slide block 421, the upper end of turning cylinder 422 is all fixed with driving wheel 43, the lower end of turning cylinder 422 is all fixed with driven pulley 46, in frame 1, be fixed with an electric rotating machine 44, on the output shaft of electric rotating machine 44, be fixed with a drive pulley 441, drive pulley 441 is connected with two driven pulleies 46 by two belts 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 respectively the both sides of moving runner 41, two guide posts 42 parallel, slide block 421 has two, each slide block 421 is all slidably connected on two guide posts 42, by two guide posts 42, lead, make slide block 421 more steady, turning cylinder 422 is rotatably connected on slide block 421, its two ends pass respectively the upper and lower side of slide block 421, when backstay 2 moves between two driving wheels 43, moving runner 41 extruding on backstay 2 enter between two driving wheels 43, and under the effect of tensioning spring 423, the wheel face of two driving wheels 43 compresses mutually with moving runner 41 wheel faces, be that moving runner 41 is clamped by two driving wheels 43, make moving runner 41 stressed evenly, avoid to lopsidedness, and all there is rubber on the wheel face of moving runner 41 and driving wheel 43, therefore there is larger frictional force between the two, now electric rotating machine 44 is connected and is driven turning cylinder 422 to rotate by belt, i.e. two driving wheel 43 High Rotation Speeds, under the drive of two driving wheels 43, moving runner 41 rotations, be that rubber axle sleeve is driven to rotate.The equal slip cap in two ends of guide post 42 is provided with baffle plate 424, and the two ends of guide post 42 all have 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, in frame 1, be also vertically fixed with a fixed bar 45, on fixed bar 45, be rotatably connected to two connecting rods 451, the free end of connecting rod 451 is all rotatably connected to regulating wheel 452, on fixed bar 45, be arranged with a torsion spring 453, the two ends of torsion spring 453 are connected in respectively on two connecting rods 451, under the effect of torsion spring 453, the wheel face of two regulating wheels 452 is pressed on respectively on belt, baffle plate 424 can move on guide post 42, after position adjustments is suitable, by stop nut 425, fix, with this, regulate the active force of 423 pairs of slide blocks 421 of tensioning spring, regulate the active force of 43 pairs of moving runners 41 of driving wheel, and due to enter between two driving wheels 43 at moving runner 41 before, distance between two driving wheels 43 is less than the diameter of moving runner 41, therefore when moving runner 41 is clamp-oned between two driving wheels 43, two driving wheels 43 can move and produce to two ends the active force to moving runner 41, when slide block 421 moves, driven pulley 46 also can move, therefore drive pulley 441 is connected and need to carrys out tensioning by regulating wheel 452 with the belt between driven pulley 46, make belt stable connection reliable.
Shown in Fig. 4, frame 1 is fixed with a fixed disk 51 in a side of rolling disc 11, fixed disk 51 cards vertically arrange, above-mentioned adjustment disk 5 is rotatably connected on fixed disk 51, and adjustment disk 5 fits with fixed disk 51, on adjustment disk 5, offer some screws, in screw, be bolted with bolt 52, the end of bolt 52 is pressed in fixed disk 51 cards, on adjustment disk 5, be radially fixed with guide rail 53, on guide rail 53, slidably connect an expansion link 54, deburring cutter head 55 is connected in the end, one end of expansion link 54, on adjustment disk 5, be also fixed with a deburring cylinder 56, the piston rod of deburring cylinder 56 is connected mutually with expansion link 54 other end ends, on deburring cutter head 55, be also fixed with an air jet pipe 1, 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, what fixed disk 51 was stable is fixed in frame 1, adjustment disk 5 can rotate relative to fixed disk 51, its turning cylinder 422 hearts are the axial line of adjustment disk 5, between adjustment disk 5 and fixed disk 51, being also provided with scale indicates, the convenient rubber axle sleeve for different size regulates the position of deburring cutter head 55, 55 of deburring cutter heads can slide by relative adjustment dish 5, after band rubber axle sleeve moves into place and compacted cover 33 is fixed, deburring cylinder 56 drives deburring cutter head 55 to move to rubber axle sleeve, and the cutting edge that makes deburring cutter head 55 compresses rubber axle sleeve rim charge place, now along with the rotation of rubber axle sleeve, its rim charge can be cut by deburring cutter head 55, meanwhile, air jet pipe 1 is consistent with deburring cutter head 55 all the time, when the cutting edge of deburring cutter head 55 compresses rubber axle sleeve rim charge, the jet of air jet pipe 1 is subtend rim charge also, under the airflow function of air jet pipe 1, the rim charge of the rubber axle sleeve folding of can turning on one's side downwards, facilitate deburring cutter head 55 to carry out deburring, the rim charge of simultaneously pruning can be blown away under the effect of air-flow, avoid interfering deburring cutter head 55, improve deburring quality.
In conjunction with Fig. 7, shown in Fig. 8, rubber-coated mechanism 6 comprises all gluing bar 61 and the drive rod 62 of curved strip, and gluing bar 61 parallels with drive rod 62, on gluing bar 61 and drive rod 62 opposite flanks, be evenly equipped with along its length bristle 611, on gluing bar 61, be also fixed with along its length 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 are connected with a mixing bowl, the other end is towards bristle 611, in frame 1, along rolling disc 11, be radially fixed with an adjusting rod 621, on adjusting rod 621, slip cap is provided with a regulating sleeve 622, drive rod 62 is connected mutually with regulating sleeve 622, on regulating sleeve 622, spiral is connected with an adjusting bolt 623, the end of adjusting bolt 623 is pressed on adjusting rod 621, in drive rod 62 and gluing bar 61 opposing sidewalls, be fixed with rubber layer 624, when backstay 2 moves between gluing bar 61 and drive rod 62, rubber layer 624 can fit and compress with rubber axle sleeve periphery wall, gluing bar 61 and drive rod 62 can lay respectively at the both sides of rubber axle sleeve, adjusting rod 621 is radially fixing along rolling disc 11, on regulating sleeve 622, radially offer screw, adjusting bolt 623 can be fixed on regulating sleeve 622 on adjusting rod 621, when adjusting bolt 623 unscrews, regulating sleeve 622 can move with drive rod 62, regulate the distance between drive rod 62 and gluing bar 61 children, to be applicable to the rubber axle sleeve of different size size, after rubber axis is enclosed within deburring and completes along with rolling disc 11 moves, in the moving process of rubber axle sleeve its outer peripheral face and drive rod 62 fit against, on the side of drive rod 62, there is rubber layer 624, therefore rubber axis is enclosed within the frictional force effect of rubber layer 624 and can rotates by relative positioning bar 2, the position that meanwhile bristle 611 on gluing bar 61 was pruned with rubber axle sleeve contacts, 612 of glue spraying pipes face toward bristle 611 glue sprayings, the rubber axis that protection glue on bristle 611 is smeared puts, evenly fast, air jet pipe 2 613 is positioned at the afterbody of gluing bar 61, at rubber axle sleeve, complete after gluing, rubber axis is enclosed within the effect of drive rod 62 and still rotates, air jet pipe 2 613 carries out jet oven dry facing to gluing position, be that rubber axle sleeve is transferred in the process that takes off material process place and has completed gluing and oven dry from trimming process step.
In conjunction with Fig. 9, Figure 10 material removing mechanism 7 comprises a push rod 72, frame 1 is fixed with de-material cylinder 71 below rolling disc 11, the piston rod of de-material cylinder vertically upward, push rod 72 is vertically connected in the upper end of de-material cylinder 71, backstay 2 offers through hole 74 along its length, on the lateral wall of backstay 2, offer along its length with through hole 74 connects and run through groove 75, push rod 72 ends, upper end are vertically fixed with pressure pin 73, the length of pressure pin 73 is greater than the external diameter of backstay 2, when backstay 2 moves to push rod 72 top, push rod 72 stretches into the through hole 74 of backstay 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 the sidewall that groove 75 runs through backstay 2, certainly when making push rod 72 insert the through hole 74 of backstays 2, the two ends of drawbar can be smoothly by running through groove 75, moving runner 41, parts on the backstays such as support chip 2 need to have the breach adapting, and on backstay 2 lower end surfaces, also there is the inclined-plane adapting, this inclined-plane can make drawbar embed smoothly to run through groove 75, when rubber axle sleeve moves to push rod 72 upper end, push rod 72 stretches into backstay 2 under the effect of de-material cylinder 71, along with moving up of push rod 72, drawbar can hold up the rubber axle sleeve on supporting disk 21 and depart from backstay 2, when rubber axle sleeve departs from backstay 2 upper end, it can drop automatically.State the deflector chute 76 that frame 1 is fixed with an inclination above rolling disc 11, deflector chute 76 is positioned at the top of de-material cylinder 71, on deflector chute 76, offer the arc strip breach 761 moving through for backstay 2, rubber axis is enclosed within while dropping drawbar can fall in deflector chute 76, and enter along deflector chute 76 frame that gathers materials, the curved strip of breach 761 on deflector chute 76, the motion track of itself and backstay 2 adapts, in rolling disc 11 rotation processes, backstay 2 can pass from breach 761.
Claims (10)
1. a rubber axle sleeve deburring glue spreader, comprise frame (1), it is characterized in that, in described frame (1), be rotatably connected to one and be horizontally set on rolling disc (11), on described rolling disc (11), be rotatably connected to some for the sheathed backstay of rubber axle sleeve (2), described backstay (2) is perpendicular to rolling disc (11) card, and backstay (2) circumferentially distributes along rolling disc (11), on backstay (2), there is the supporting disk (21) for support rubber axle sleeve, described frame (1) is provided with the hold-down mechanism (3) that rubber axis cover can be pressed on supporting disk (21) in the top of rolling disc (11), described frame (1) is provided with the rotating mechanism (4) that can drive backstay (2) to rotate after rubber axle sleeve is secured in a press in the below of rolling disc (11), described frame (1) is rotatably connected to an adjustment disk (5) in the outside of rolling disc (11), on described adjustment disk (5), slidably connect the deburring cutter head (55) that a rim charge that can put rubber axis cuts, in described frame (1), be also provided with and can smear the rubber-coated mechanism (6) of protection glue and make rubber axle sleeve depart from the material removing mechanism (7) of backstay (2) the rubber axle sleeve edge after deburring.
2. rubber axle sleeve deburring glue spreader according to claim 1, it is characterized in that, on described rolling disc (11), circumferentially evenly offer some connecting holes, in described connecting hole, be all fixed with bearing, in described bearing, be plugged with positioning pipe (22), this positioning pipe (22) is connected mutually with bearing inner race, and above-mentioned backstay (2) is pegged graft and is connected in positioning pipe (22).
3. rubber axle sleeve deburring glue spreader according to claim 2, it is characterized in that, described hold-down mechanism (3) comprises clamping cylinder (31), adapter sleeve (32) and clamping sleeve (33), described clamping cylinder (31) is connected in frame (1), and the piston rod of clamping cylinder (31) vertically down, above-mentioned adapter sleeve (32) turning set is located at the end of piston rod, on described adapter sleeve (32) inwall, offer vertically two gathering sills, 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, on described guide pipe (331), be arranged with a holddown spring (34), 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 backstay (2) moves to clamping sleeve (33) lower end, clamping sleeve (33) can sheathed backstay (2) and is pressed on rubber axis and puts.
4. rubber axle sleeve deburring glue spreader according to claim 3, it is characterized in that, described rotating mechanism (4) comprises that backstay (2) is fixed with moving runner (41) at rolling disc (11) lower position, described frame (1) is upper is radially fixed with two guide posts (42) along rolling disc (11), on described two conductor rods, slidably connect two slide blocks (421), on described slide block (421), be rotatably connected to turning cylinder (422), this turning cylinder (422) is vertically through slide block (421), the upper end of described turning cylinder (422) is all fixed with driving wheel (43), the lower end of turning cylinder (422) is all fixed with driven pulley (46), in described frame (1), be fixed with an electric rotating machine (44), on the output shaft of described electric rotating machine (44), be fixed with a drive pulley (441), described drive pulley (441) is connected with two driven pulleies (46) by two belts 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 respectively the both sides of moving runner (41).
5. rubber 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) all have 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), in described frame (1), be also vertically fixed with a fixed bar (45), on described fixed bar (45), be rotatably connected to two connecting rods (451), the free end of described connecting rod (451) is all rotatably connected to regulating wheel (452), on described fixed bar (45), be arranged with a torsion spring (453), the two ends of described torsion spring (453) are connected in respectively 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. according 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 a side of rolling disc (11), described fixed disk (51) card vertically arranges, 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), in described screw, be bolted with bolt (52), the end of bolt (52) is pressed in fixed disk (51) card, on described adjustment disk (5), be radially fixed with guide rail (53), on described guide rail (53), slidably connect an expansion link (54), above-mentioned deburring cutter head (55) is connected in the end, one end of expansion link (54), on described adjustment disk (5), be also fixed with a deburring cylinder (56), the piston rod of described deburring cylinder (56) is connected mutually with expansion link (54) other end end, on described deburring cutter head (55), be also fixed with an air jet pipe one (57), 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. rubber axle sleeve deburring glue spreader according to claim 6, it is characterized in that, described rubber-coated mechanism (6) comprises all gluing bar (61) and the drive rod (62) of curved strip, and gluing bar (61) parallels with drive rod (62), on described gluing bar (61) and drive rod (62) opposite flank, be evenly equipped with along its length bristle (611), on gluing bar (61), be also fixed with along its length 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), described frame (1) is upper is radially fixed with an adjusting rod (621) along rolling disc (11), the upper slip cap of described adjusting rod (621) is provided with a regulating sleeve (622), above-mentioned drive rod (62) is connected mutually with regulating sleeve (622), the upper spiral of described regulating sleeve (622) is connected with an adjusting bolt (623), the end of described adjusting bolt (623) is pressed on adjusting rod (621), in described drive rod (62) and gluing bar (61) opposing sidewalls, be fixed with rubber layer (624), when backstay (2) moves between gluing bar (61) and drive rod (62), rubber layer (624) can fit and compress with rubber axle sleeve periphery wall.
8. rubber axle sleeve deburring glue spreader according to claim 2, it is characterized in that, described material removing mechanism (7) comprises a push rod (72), described frame (1) is fixed with de-material cylinder (71) in rolling disc (11) below, the piston rod of described de-material cylinder vertically upward, above-mentioned push rod (72) is vertically connected in the upper end of de-material cylinder (71), described backstay (2) offers through hole (74) along its length, on the lateral wall of backstay (2), offer along its length with through hole (74) connects and run through groove (75), described push rod (72) end, upper end is vertically fixed with pressure pin (73), the length of described pressure pin (73) is greater than the external diameter of backstay (2), when backstay (2) moves to push rod (72) top, push rod (72) stretches into the through hole (74) of backstay (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 rolling disc (11), described deflector chute (76) is positioned at the top of de-material cylinder (71), offers the arc strip breach (761) moving through for backstay (2) on deflector chute (76).
10. rubber axle sleeve deburring glue spreader according to claim 1, it is characterized in that, in described frame (1), be rotatably connected to a connecting axle (81) vertically arranging, above-mentioned rolling disc (11) is connected on connecting axle (81), described frame (1) is fixed with a drive motors (8) in the below of rolling disc (11), and the lower end of described connecting axle (81) is connected mutually with the output shaft of drive motors (8).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420236599.4U CN203818412U (en) | 2014-05-10 | 2014-05-10 | Trimming and glue spreading machine for rubber shaft sleeves |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420236599.4U CN203818412U (en) | 2014-05-10 | 2014-05-10 | Trimming and glue spreading machine for rubber shaft sleeves |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203818412U true CN203818412U (en) | 2014-09-10 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420236599.4U Withdrawn - After Issue CN203818412U (en) | 2014-05-10 | 2014-05-10 | Trimming and glue spreading machine for rubber shaft sleeves |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203818412U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103963199A (en) * | 2014-05-10 | 2014-08-06 | 温州捷高科技有限公司 | Trimming and gluing machine for rubber shaft sleeve |
| CN108747311A (en) * | 2018-04-26 | 2018-11-06 | 安徽派日特智能装备有限公司 | A kind of assembling equipment for lampshade and bottom case |
| CN108970921A (en) * | 2018-04-26 | 2018-12-11 | 安徽派日特智能装备有限公司 | A kind of rotating-table apparatus having machining position rotation |
-
2014
- 2014-05-10 CN CN201420236599.4U patent/CN203818412U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103963199A (en) * | 2014-05-10 | 2014-08-06 | 温州捷高科技有限公司 | Trimming and gluing machine for rubber shaft sleeve |
| CN108747311A (en) * | 2018-04-26 | 2018-11-06 | 安徽派日特智能装备有限公司 | A kind of assembling equipment for lampshade and bottom case |
| CN108970921A (en) * | 2018-04-26 | 2018-12-11 | 安徽派日特智能装备有限公司 | A kind of rotating-table apparatus having machining position rotation |
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