CN203077521U - Forming machine of bearing rubber seal ring - Google Patents
Forming machine of bearing rubber seal ring Download PDFInfo
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- CN203077521U CN203077521U CN 201220722006 CN201220722006U CN203077521U CN 203077521 U CN203077521 U CN 203077521U CN 201220722006 CN201220722006 CN 201220722006 CN 201220722006 U CN201220722006 U CN 201220722006U CN 203077521 U CN203077521 U CN 203077521U
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- decking
- power set
- material fetching
- slippage
- fetching device
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Abstract
The utility model relates to a forming machine of a bearing rubber seal ring, and mainly solves the problems that the degree of automation of an existing bearing rubber seal ring in a production process is low, and the yield of a product after vulcanization is hard to guarantee. The forming machine is characterized in that a rack is provided with mould outlet guide rails, the mould outlet guide rails axially extend to be connected with a vulcanizing machine, and a lower template is connected to the mould outlet guide rails in a sliding manner; an upper template is arranged above the lower template and is matched with the lower template, the lower template is internally provided with a backform hole, and the backform hole is internally provided with a first ejector pin which is movably matched; a corresponding ejection template is arranged below the lower template, the upper surface of the ejection template is provided with a second ejector pin, the rack is provided with slipping guide rails, and the slipping guide rails are provided with a first material pick-and-place device in a slding matched manner; and a framework stacking device is arranged on one side, corresponding to the ejection template, on the rack. The forming machine provided by the utility model has the characteristics of high degree of automation, the product has high yield, and the labor force is saved.
Description
Technical field
The utility model relates to a kind of bearing rubber seal make-up machine.
Background technology
The production of bearing rubber seal still is a people one machine at present, lean on manual work completely, manually in mould, place skeleton and rubber, then after the vulcanizer sulfuration, with the centre hole of thimble by lower bolster goods are ejected in mould one by one, then again goods are collected.Automaticity is too low, and significant wastage labour also reduces production efficiency simultaneously.This in addition working method staff will be repeatedly with raw-material too much the contacting of mould and goods, not only scalded ownly easily by mould, and hand perspiration stays on the raw material, can make the job efficiency decline of sulfuration back.
The utility model content
In order to overcome deficiency and the defective in the background technology, the utility model provides a kind of bearing rubber seal make-up machine, mainly solves existing bearing rubber seal and exists automaticity low in process of production, the problem that sulfuration back job efficiency is difficult to guarantee.
The technical solution of the utility model is: a kind of bearing rubber seal make-up machine, comprise frame, vulcanizer and lower bolster, it is characterized in that: the depanning guide rail is installed on the frame, described depanning guide rail extends axially with vulcanizer and is connected, described lower bolster is slidingly connected on the depanning guide rail, described lower bolster top is provided with the cope match-plate pattern that matches, described lower bolster is connected with the depanning power set, described cope match-plate pattern and lower bolster can be by the straight reciprocating motions on the depanning guide rail of depanning power set, be provided with the backform hole in the described lower bolster, be provided with movable first thimble that cooperates in the described backform hole, described lower bolster below is provided with the corresponding template that ejects, the described template upper surface that ejects is provided with and corresponding second thimble of described first thimble, the described template below of ejecting is connected with and ejects power set, the described power set that eject are fixedlyed connected with frame, the described template that ejects can be done and pumps by ejecting the relative lower bolster of power set, on the described frame, the top that correspondence ejects template is provided with the slippage guide rail, be sliding combined with the first material fetching device on the described slippage guide rail, the described first material fetching device is provided with first and vacuumizes assembly, on the described frame, one side of the corresponding first material fetching device is provided with the first slippage power set, the described first slippage power set are connected with the first material fetching device, the described first material fetching device can be done straight reciprocating motion by the first slippage power set on the slippage guide rail, described first material fetching device top is provided with to match with its upper surface and first presses down power set, the described first material fetching device can press down the relative slippage guide rail of power set by first and do and pump, on the described frame, the side that correspondence ejects template is provided with the skeleton device for pilling, and described skeleton device for pilling is positioned at the below of slippage guide rail and corresponding with the first material fetching device.
On the described slippage guide rail, the top of corresponding skeleton device for pilling is provided with the corresponding second material fetching device, the described second material fetching device is provided with second and vacuumizes assembly, on the described frame, one side of the corresponding second material fetching device is provided with the second slippage power set, the described second slippage power set are connected with the second material fetching device, the described second material fetching device can be done straight reciprocating motion by the second slippage power set on the slippage guide rail, described second material fetching device top is provided with to match with its upper surface and second presses down power set, and the described second material fetching device can press down the relative slippage guide rail of power set by second and do and pump.
The described first material fetching device comprises decking on first, first time decking and be assemblied in decking on first, on first time decking first vacuumizes assembly, decking and first presses down power set and matches on described first, match with the slippage of described slippage guide rail in the both sides of described first time decking, described first vacuumizes assembly cooperates with described first time decking is movable, decking on described first, be provided with first back-moving spring between first time decking, described first presses down power set is matched with first back-moving spring by first time air cylinder and constitutes.
The described second material fetching device comprises decking on second, second time decking and be assemblied in decking on second, on second time decking second vacuumizes assembly, decking and second presses down power set and matches on described second, match with the slippage of described slippage guide rail in the both sides of described second time decking, described second vacuumizes assembly cooperates with described second time decking is movable, decking on described second, be provided with second back-moving spring between second time decking, described second presses down power set is matched with second back-moving spring by second time air cylinder and constitutes.
Described lower bolster is made up of a plurality of counterdies horizontal array on the counterdie fixed head, described cope match-plate pattern is made up of the corresponding patrix of a plurality of and described counterdie horizontal array on upper mould fixed plate, described lower bolster is hinged by the articulated elements that is located at corresponding vulcanizer one side with cope match-plate pattern, the described counterdie formation forming cavity that matches with patrix, the described backform hole that is no less than three circumferentially is distributed in the counterdie, described backform hole is corresponding with forming cavity, an end of corresponding forming cavity is provided with first retainer ring in the described backform hole, the other end is provided with second retainer ring, the corresponding described forming cavity of described first thimble eject end through first retainer ring and extend to outside the lower bolster, the other end of described first thimble is provided with the thimble bulge loop, the lower surface of described thimble bulge loop and second retainer ring fit, and resilient engagement has the thimble back-moving spring between the upper surface of described thimble bulge loop and first retainer ring.
Described first vacuumizes assembly comprises a plurality of first vacuum suction cups that evenly are assemblied between decking on first, the first time decking, be equipped with on described first vacuum suction cup the first spacing jump ring of decking on described first to upper limit, the decking below is provided with first positioning boss on described first vacuum suction cup, on the correspondence first, on described first positioning boss and first between the decking resilient engagement first regulating spring is arranged, the decking and first vacuum suction cup are slidingly matched on first.
Described second vacuumizes assembly comprises a plurality of second vacuum suction cups that evenly are assemblied between decking on second, the second time decking, be equipped with on described second vacuum suction cup the second spacing jump ring of decking on described second to upper limit, the decking below is provided with second positioning boss on described second vacuum suction cup, on the correspondence second, on described second positioning boss and second between the decking resilient engagement second regulating spring is arranged, the decking and second vacuum suction cup are slidingly matched on second.
The decking and the first vacuum suction cup junction are provided with and adorn steel ball on first on described first, the described first time decking and the first vacuum suction cup junction are provided with the dress steel ball first time, and decking, described first time decking cooperate with the first vacuum suction cup rolling slippage on described first.
The decking and the second vacuum suction cup junction are provided with and adorn steel ball on second on described second, the described second time decking and the second vacuum suction cup junction are provided with the dress steel ball second time, and decking, described second time decking cooperate with the second vacuum suction cup rolling slippage on described second.
Described skeleton device for pilling comprises and stacks the chassis and be sleeved on the described spacing fixedly round pin that stacks in the chassis, fixedly connected with frame in the described chassis that stacks, described spacing fixedly round pin is provided with rubber seal with the joint place that stacks the chassis, described spacing fixedly round pin can be in stacking the chassis axial slip.
The beneficial effects of the utility model: owing to take such scheme, bearing rubber seal make-up machine described in the utility model, conveying by power set, eject template and cooperate the automatic material taking process of the first material fetching device, and the first automatic discharging process that cooperate with the skeleton device for pilling of material fetching device, effectively substitute traditional craft and picked and placeed the material mode, have the automaticity height, job efficiency is good, saves labour's characteristics.
Description of drawings
Fig. 1 is a structural representation of the present utility model.
Fig. 2 is the first structure cutaway view that vacuumizes assembly among Fig. 1.
Fig. 3 is for second vacuumizing the cutaway view that assembly cooperates with the skeleton device for pilling among Fig. 1.
The cutaway view that Fig. 4 matches with counterdie for patrix among Fig. 1.
Fig. 5 is the upward view of first vacuum suction cup among Fig. 1.
Among the figure, frame 1, the first material fetching device 2, first vacuumizes assembly 21, the first vacuum suction cups 211, the first spacing jump rings 212, dress steel ball 213, the first regulating springs 214, the first back-moving springs 215 on first, first time dress steel ball 216, the first positioning boss 217, the first sucker hole 218, decking 22, the first slippage power set 23 on first fin 219, the first, first presses down 24, the first times deckings 25 of power set, slippage guide rail 3, lower bolster 4, depanning power set 41, counterdie 42, backform hole 421, the first retainer rings 422, thimble back-moving spring 423, second retainer ring 424, forming cavity 425, the first thimbles 43, thimble bulge loop 431, counterdie fixed head 44, cope match-plate pattern 5, upper mould fixed plate 51, patrix 52, vulcanizer 6, the second material fetching devices 7, the second vacuumize assembly 71, second vacuum suction cup 711, dress steel ball 713, the second regulating springs 714 on the second spacing jump ring 712, the second, second back-moving spring 715, second time dress steel ball 716, the second positioning boss 717, the second sucker hole 718, second fin 719, rubber sheet gasket 720, the second presses down decking 73 on the power set 72, the second, second time decking 74, the second slippage power set 75, skeleton device for pilling 8 stacks chassis 81, spacing fixedly round pin 82, rubber seal 83 ejects template 9, ejects power set 91, second thimble 92, depanning guide rail 10.
The specific embodiment
At accompanying drawing embodiment of the present utility model is described further below:
Shown in figure, this bearing rubber seal make-up machine, comprise frame 1, vulcanizer 6 and lower bolster 4, depanning guide rail 10 is installed on the frame 1, described depanning guide rail 10 extends axially with vulcanizer 6 and is connected, described lower bolster 4 is slidingly connected on the depanning guide rail 10, described lower bolster 4 tops are provided with the cope match-plate pattern 5 that matches, described lower bolster 4 is connected with depanning power set 41, described lower bolster 4 is hinged with the articulated elements of cope match-plate pattern 5 by corresponding vulcanizer 6 one sides, described lower bolster 4 is connected with depanning power set 41, described cope match-plate pattern 5 and lower bolster 4 can be by depanning power set 41 straight reciprocating motions on depanning guide rail 10, described depanning power set can be moving cylinder, transmission push rod and rack and pinion drive mechanism, be made as the transmission push rod as preferred described depanning power set 41, be provided with backform hole 421 in the described lower bolster 4, be provided with movable first thimble 43 that cooperates in the described backform hole 421, described lower bolster 4 belows are provided with the corresponding template 9 that ejects, described template 9 upper surfaces that eject are provided with and described first thimble, 43 corresponding second thimbles 92, described template 9 belows that eject are connected with and eject power set 91, the described power set 91 that eject are fixedlyed connected with frame 1, the described template 9 that ejects can be done and pumps by ejecting power set 91 relative lower bolsters 4, the described power set that eject can be moving cylinder, transmission push rod and rack and pinion drive mechanism, be made as moving cylinder as the preferred described power set 91 that eject, on the described frame 1, the top that correspondence ejects template 9 is provided with slippage guide rail 3, be sliding combined with the first material fetching device 2 on the described slippage guide rail 3, the described first material fetching device 2 is provided with first and vacuumizes assembly 21, on the described frame 1, one side of the corresponding first material fetching device 2 is provided with the first slippage power set 23, the described first slippage power set 23 are connected with the first material fetching device 2, the described first material fetching device 2 can be done straight reciprocating motion by the first slippage power set 23 on slippage guide rail 3, the described first slippage power set 23 can be moving cylinder, transmission push rod and rack and pinion drive mechanism, as the preferred described first slippage power set 23 is moving cylinder, the described first material fetching device 2 tops are provided with to match with its upper surface and first press down power set 24, the described first material fetching device 2 can press down power set 24 relative slippage guide rails 3 by first and do and pump, described first presses down power adorns 24 and can be moving cylinder, transmission push rod and rack and pinion drive mechanism, press down power set 24 as preferred described first and be moving cylinder, on the described frame 1, the side that correspondence ejects template 9 is provided with skeleton device for pilling 8, described skeleton device for pilling 8 be positioned at slippage guide rail 3 under and corresponding with the first material fetching device 2.
When blowing was worked, the first a large amount of rubber seal ring framework of suit on the skeleton device for pilling, lower bolster were vacant state when being in working position SQ2 place, and the first material fetching device is at blowing initial bit SQ5 place at this moment.
Drive first and press down power set and drive the first material fetching device and move downward to be moved to skeleton by blowing initial bit SQ5 and stack a SQ6 place, first vacuumizes assembly comes into operation, absorption rubber seal ring framework;
Driving first presses down power set and drives the first material fetching device and move upward and stack a SQ6 by skeleton and move to blowing initial bit SQ5 place;
At this moment, what the described first material fetching device was provided with first vacuumizes assembly running and draws the rubber seal ring framework, finishes the taking-up process of skeleton.
Driving the first slippage power set drives the first material fetching device and moves right by blowing initial bit SQ5 and move to SQ2 place, transition position directly over the corresponding lower bolster;
Drive first time air cylinder and drive the first material fetching device and move downward by transition position SQ2 and move to the working position SQ3 place that fits with lower bolster, first vacuumizes assembly decommissions, and the rubber seal ring framework is packed in the corresponding lower bolster;
Driving the first material fetching device by first back-moving spring moves upward and moves to SQ2 place, transition position by working position SQ3;
Driving the first slippage power set drives the first material fetching device and moves to blowing initial bit SQ5 place to left movement by transition position SQ2;
At this moment, the described first material fetching device of stating is returned to blowing initial bit SQ5, after cope match-plate pattern and lower bolster fit into the vulcanizer sulfuration and finish, carry out depanning and get material, repeat for the second time said process during blowing, finished the process of the whole automatic discharging of rubber seal ring framework, effectively substituted traditional manual blowing mode, the characteristics that have the automaticity height, job efficiency is good and saves the labour.
When getting material work, earlier behind lower bolster and cope match-plate pattern interior loading skeleton and rubber, press power switch, push the vulcanizer sulfuration by the transmission push rod, this moment, the first material fetching device was got material initial bit SQ1 place, treat rubber curing forming, the lower bolster that the transmission push rod will comprise goods is pushed out to working position SQ3 place, drives cope match-plate pattern simultaneously and is in opening by hinge.
Driving the first slippage power set drives the first material fetching device and moves to SQ2 place, transition position directly over the corresponding lower bolster to left movement by getting material initial bit SQ1;
Driving first presses down power set and drives the first material fetching device and move downward by transition position SQ2 and move to the working position SQ3 place that fits with lower bolster;
Driving ejects power set and drives and to eject template and move upward and move to the working position SQ3 place that fits with the lower bolster lower surface by sky dress position SQ4;
At this moment, second vacuumizes assembly comes into operation, described second thimble that ejects on the template promotes first thimble and up moves goods jack-up, makes goods break away from lower bolster and vacuumizes assembly adhesive mutually with first of the first material fetching device, finishes the process of drawing goods.
Driving first presses down power set and drives the first material fetching device and move upward and move to SQ2 place, transition position by working position SQ3;
Driving the first slippage power set drives the first material fetching device and moves right to be moved to by transition position SQ2 and get material initial bit SQ1 place;
Driving ejects power set and drives and to eject template and move downward by working position SQ3 and move to a SQ4 place, empty dress position;
At this moment, first vacuumizes assembly decommissions, goods fall in the collecting cassette of below automatically, after second batch of goods sulfuration, repeat said process more successively, finished the process of the whole automatic material taking of rubber seal, effectively substituted traditional craft and got the material mode, the characteristics that have the automaticity height, job efficiency is good and saves the labour.
On preferred described slippage guide rail 3, the top of corresponding skeleton device for pilling 8 is provided with the corresponding second material fetching device 7, the described second material fetching device 7 is provided with second and vacuumizes assembly 71, on the described frame 1, one side of the corresponding second material fetching device 7 is provided with the second slippage power set 75, the described second slippage power set 75 are connected with the second material fetching device 7, the described second material fetching device 7 can be done straight reciprocating motion by the second slippage power set 75 on slippage guide rail 3, the described second slippage power set can be moving cylinder, transmission push rod and rack and pinion drive mechanism, as the preferred described second slippage power set 75 is moving cylinder, the described second material fetching device 7 tops are provided with to match with its upper surface and second press down power set 72, the described second material fetching device 7 can press down power set 72 relative slippage guide rails 3 by second and do and pump, described second presses down power set can be moving cylinder, transmission push rod and rack and pinion drive mechanism press down power set 72 as preferred described second and are moving cylinder.
In when work, a large amount of rubber seal ring framework of suit on the skeleton device for pilling earlier, when the first material fetching device is finished running, lower bolster is a vacant state when being in working position SQ2 place, the second material fetching device is at blowing initial bit SQ5 place at this moment.
Drive second and press down power set and drive the second material fetching device and move downward to be moved to skeleton by blowing initial bit SQ5 and stack a SQ6 place, second vacuumizes assembly comes into operation, absorption rubber seal ring framework;
Driving second presses down power set and drives the second material fetching device and move upward and stack a SQ6 by skeleton and move to blowing initial bit SQ5 place;
At this moment, what the described second material fetching device was provided with second vacuumizes assembly running and draws the rubber seal ring framework, finishes the taking-up process of skeleton.
Driving the second slippage power set drives the second material fetching device and moves right by blowing initial bit SQ5 and move to SQ2 place, transition position directly over the corresponding lower bolster;
Drive first time air cylinder and drive the second material fetching device and move downward by transition position SQ2 and move to the working position SQ3 place that fits with lower bolster, second vacuumizes assembly decommissions, and the rubber seal ring framework is packed in the corresponding lower bolster;
Driving the second material fetching device by second back-moving spring moves upward and moves to SQ2 place, transition position by working position SQ3;
Driving the second slippage power set drives the second material fetching device and moves to blowing initial bit SQ5 place to left movement by transition position SQ2;
At this moment, the described second material fetching device of stating is returned to blowing initial bit SQ5, depanning once more after cope match-plate pattern and lower bolster fit into the vulcanizer sulfuration and finish, repeat for the second time said process during blowing, finished the process of the whole automatic discharging of rubber seal ring framework, the automatic material taking operation that cooperates the first material fetching device has effectively substituted traditional craft and has picked and placeed the material mode, the characteristics that have the automaticity height, job efficiency is good and saves the labour.
The described first material fetching device 2 comprises decking on first 22, first time decking 25 and is assemblied in first on decking on first 22, the first time decking 25 and vacuumizes assembly 21, decking 22 and first presses down power set 24 and matches on described first, match with described slippage guide rail 3 slippages in the both sides of described first time decking 25, described first vacuumizes assembly 21 and 25 movable cooperations of described first time decking, is provided with first back-moving spring 215 between decking 22, first time decking 25 on described first.When driven by power first presses down power set when driving the first material fetching device and moving downward, described first back-moving spring is subjected to force compresses, move to working position SQ3 place by transition position SQ2, first vacuumizes assembly comes into operation, and goods is picked up, after hours, move to transition position SQ2 by first back-moving spring by working position SQ3, because the elastic force of first back-moving spring has certain buffering effect to goods, avoids effectively having guaranteed the qualification rate of goods because of goods excessively are out of shape because of stressed.
The described second material fetching device 7 comprises decking on second 73, second time decking 74 and is assemblied in second on decking on second 73, the second time decking 74 and vacuumizes assembly 71, decking 73 and second presses down power set 72 and matches on described second, match with described slippage guide rail 3 slippages in the both sides of described second time decking 74, described second vacuumizes assembly 71 and 74 movable cooperations of described second time decking, is provided with second back-moving spring 715 between decking 73, second time decking 74 on described second.When driven by power second presses down power set when driving the skeleton device for pilling and moving downward, described second back-moving spring is subjected to force compresses, move to working position SQ3 place by transition position SQ2, second vacuumizes assembly decommissions, the rubber seal ring framework is packed in the corresponding lower bolster, after hours, move to transition position SQ2 by second back-moving spring by working position SQ3, because the elastic force buffering effect certain of second back-moving spring to stacking of skeleton, avoid the stressed distortion that excessively causes grinding tool when stacking, effectively guaranteed the qualification rate of goods because of skeleton.
Described lower bolster 4 is made up of a plurality of counterdies 42 horizontal array on counterdie fixed head 44, described cope match-plate pattern 5 is made up of a plurality of and described counterdie 42 corresponding patrixes 52 horizontal array on upper mould fixed plate 51, described counterdie 42 is fixed on the lower bolster by dog screw, described lower bolster 4 is hinged by the articulated elements that is located at corresponding vulcanizer 6 one sides with cope match-plate pattern 5, described counterdie 42 matches with patrix 52 and constitutes forming cavity 425, the described backform hole 421 that is no less than three circumferentially is distributed in the counterdie 42, described backform hole 421 is corresponding with forming cavity 425, an end of corresponding forming cavity 425 is provided with first retainer ring 422 in the described backform hole 421, as preferred first retainer ring and described counterdie is the integral type setting, the other end is provided with second retainer ring 424, described first thimble, 43 corresponding described forming cavities 425 eject end through first retainer ring 422 and extend to outside the lower bolster 4, the other end of described first thimble 43 is provided with thimble bulge loop 431, the lower surface of described thimble bulge loop 431 and second retainer ring 424 fit, and resilient engagement has thimble back-moving spring 423 between the upper surface of described thimble bulge loop 431 and first retainer ring 422.With the design in the upper die body that first thimble is assemblied in lower bolster is fixedlyed connected, not only avoided influence, and strengthened the intensity of thimble, when simultaneously also having avoided thimble to eject and the problem of centre hole dislocation rubber seal moulding in the sulfidation.Second thimble on ejecting template ejects and regains in the running to first thimble, realize ejecting of first thimble and reset mode by the thimble back-moving spring, effectively regulate and control the ejection height of first thimble, goods eject and adopt ejecting more than 3, guarantee that like this goods are ejected by level, conveniently get the first material fetching device and take goods away.
Described first vacuumizes assembly 21 comprises a plurality of first vacuum suction cups 211 that evenly are assemblied between decking on first 22, the first time decking 25, be equipped with on described first vacuum suction cup 211 the first spacing jump ring 212 of decking 22 on described first to upper limit, decking 22 belows are provided with first positioning boss 217 on described first vacuum suction cup 211, on corresponding first, on described first positioning boss 217 and first between the decking 22 resilient engagement have that decking 22 and first vacuum suction cup 211 are slidingly matched on first regulating spring 214, the first.Described first vacuum suction cup 211 lower surfaces circumferentially are evenly equipped with a plurality of and described forming cavity 425 corresponding first sucker holes 218,218 outer rings, the described first sucker hole are provided with first fin 219 that matches with goods, after equipment is because of long-term the use, when counterdie wearing and tearing or thimble ejection height occur and problem such as error occurs, to directly cause being out of shape the goods after the time sulfuration can constitute difference of height, first regulating spring that is arranged on first vacuum suction cup can be adjusted automatically because of the distortion of equipment, allow sucker be close to each above the sheet articles, also avoided simultaneously causing the situation of the stressed overvoltage of goods because of the grinding tool wearing and tearing, guarantee that each vacuumizes assembly and can closely paste mutually with goods, the phenomenon that leaks air when avoiding vacuumizing has also guaranteed the reasonable rate of goods simultaneously.
Described second vacuumizes assembly 71 comprises a plurality of deckings 73 on second that evenly are assemblied in, second vacuum suction cup 711 between second time decking 74, being equipped with on described second vacuum suction cup 711 has the second spacing jump ring 712 of decking on described second to upper limit described, on described second vacuum suction cup 711, decking 73 belows are provided with second positioning boss 717 on corresponding second, on described second positioning boss 717 and second between the decking 73 resilient engagement have that decking 73 and second vacuum suction cup 711 are slidingly matched on second regulating spring 714, the second.Described second vacuum suction cup 711 lower surfaces circumferentially are evenly equipped with a plurality of and the corresponding second sucker hole 718 of skeleton, 718 outer rings, the described second sucker hole are provided with second fin 719 that matches with skeleton, described fin forms groove, be provided with rubber sheet gasket 720 in the described groove, when the skeleton quantity on the skeleton device for pilling is inequality, can produce a difference in height, second regulating spring that is arranged on second vacuum suction cup can change with the difference in height of skeleton and adjust automatically, allow sucker be close to each above the sheet skeleton, guarantee that each vacuumizes assembly and can closely paste mutually with skeleton, the phenomenon that leaks air when avoiding vacuumizing has also guaranteed the reasonable rate of goods simultaneously.
Decking 22 and first vacuum suction cup, 211 junctions are provided with dress steel ball 213 on first on described first, described first time decking 25 and first vacuum suction cup, 211 junctions are provided with dress steel ball 216 first time, and decking 22, described first time decking 25 cooperate with the 211 rolling slippages of first vacuum suction cup on described first.The steel ball that is provided with is converted into rolling friction with the sliding friction between the decking on first vacuum suction cup and the first time decking, first, greatly reduce coefficient of friction, reduce the wearing and tearing of equipment, guaranteed to vacuumize the precision that assembly moves in template, improved the service life of equipment.
Decking 73 and second vacuum suction cup, 711 junctions are provided with dress steel ball 713 on second on described second, described second time decking 74 and second vacuum suction cup, 711 junctions are provided with dress steel ball 716 second time, and decking 73, described second time decking 74 cooperate with the 711 rolling slippages of second vacuum suction cup on described second.The steel ball that is provided with is converted into rolling friction with the sliding friction between the decking on second vacuum suction cup and the second time decking, second, greatly reduce coefficient of friction, reduce the wearing and tearing of equipment, guaranteed to vacuumize the precision that assembly moves in template, improved the service life of equipment.
Described skeleton device for pilling 8 comprises and stacks chassis 81 and be sleeved on the described spacing fixedly round pin 82 that stacks in the chassis 81, fixedly connected with frame 1 in the described chassis 81 that stacks, described spacing fixedly round pin 82 is provided with rubber seal 83 with the joint place that stacks chassis 81, described spacing fixedly round pin 82 can be in stacking chassis 81 axial slip.Toward stack stack a large amount of skeletons on the chassis after, be sleeved on intraskeletal spacing fixedly round pin can be effectively that skeleton is carried out horizontal sliding is spacing, when the first material fetching device or the second material fetching device arrive skeleton and stack SQ6, by rubber seal and stack mutual frictional force between the chassis, spacing fixedly round pin can be with the stacking height of rubber seal ring framework corresponding first vacuumizes assembly or second and vacuumizes assembly and press down and descend, when the rubber seal ring framework is used up, draw in horizontal reset by the back-moving spring below being provided with or manually, come suit rubber seal ring framework again, has good stability, it is convenient to pick and place material, the effect of simple operation.
Embodiment should not be considered as the restriction to utility model, but any improvement of doing based on spirit of the present utility model, all should be within protection domain of the present utility model.
Claims (10)
1. bearing rubber seal make-up machine, comprise frame (1), vulcanizer (6) and lower bolster (4), it is characterized in that: depanning guide rail (10) is installed on the frame (1), described depanning guide rail (10) extends axially with vulcanizer (6) and is connected, described lower bolster (4) is slidingly connected on the depanning guide rail (10), described lower bolster (4) top is provided with the cope match-plate pattern (5) that matches, described lower bolster (4) is connected with depanning power set (41), described cope match-plate pattern (5) and lower bolster (4) can be gone up straight reciprocating motion at depanning guide rail (10) by depanning power set (41), be provided with backform hole (421) in the described lower bolster (4), be provided with movable first thimble (43) that cooperates in the described backform hole (421), described lower bolster (4) below is provided with the corresponding template (9) that ejects, described template (9) upper surface that ejects is provided with and corresponding second thimble of described first thimble (43) (92), described template (9) below of ejecting is connected with and ejects power set (91), the described power set (91) that eject are fixedlyed connected with frame (1), described eject template (9) can by eject power set (91) relatively lower bolster (4) do and pump, on the described frame (1), the top that correspondence ejects template (9) is provided with slippage guide rail (3), be sliding combined with the first material fetching device (2) on the described slippage guide rail (3), the described first material fetching device (2) is provided with first and vacuumizes assembly (21), on the described frame (1), one side of the corresponding first material fetching device (2) is provided with the first slippage power set (23), the described first slippage power set (23) are connected with the first material fetching device (2), the described first material fetching device (2) can be done straight reciprocating motion by the first slippage power set (23) on slippage guide rail (3), the described first material fetching device (2) top is provided with to match with its upper surface and first presses down power set (24), the described first material fetching device (2) can by first press down power set (24) relatively slippage guide rail (3) do and pump, on the described frame (1), the side that correspondence ejects template (9) is provided with skeleton device for pilling (8), described skeleton device for pilling (8) be positioned at slippage guide rail (3) under and corresponding with the first material fetching device (2).
2. bearing rubber seal make-up machine according to claim 1, it is characterized in that: on the described slippage guide rail (3), the top of corresponding skeleton device for pilling (8) is provided with the corresponding second material fetching device (7), the described second material fetching device (7) is provided with second and vacuumizes assembly (71), on the described frame (1), one side of the corresponding second material fetching device (7) is provided with the second slippage power set (75), the described second slippage power set (75) are connected with the second material fetching device (7), the described second material fetching device (7) can be done straight reciprocating motion by the second slippage power set (75) on slippage guide rail (3), the described second material fetching device (7) top is provided with to match with its upper surface and second presses down power set (72), the described second material fetching device (7) can by second press down power set (72) relatively slippage guide rail (3) do and pump.
3. bearing rubber seal make-up machine according to claim 1, it is characterized in that: the described first material fetching device (2) comprises decking on first (22), first time decking (25) and be assemblied in decking on first (22), on first time decking (25) first vacuumizes assembly (21), decking on described first (22) and first presses down power set (24) and matches, match with described slippage guide rail (3) slippage in the both sides of described first time decking (25), described first vacuumizes that assembly (21) and described first time decking (25) are movable to be cooperated, decking (22) on described first, be provided with first back-moving spring (215) between first time decking (25).
4. bearing rubber seal make-up machine according to claim 2, it is characterized in that: the described second material fetching device (7) comprises decking on second (73), second time decking (74) and be assemblied in decking on second (73), on second time decking (74) second vacuumizes assembly (71), decking on described second (73) and second presses down power set (72) and matches, match with described slippage guide rail (3) slippage in the both sides of described second time decking (74), described second vacuumizes that assembly (71) and described second time decking (74) are movable to be cooperated, decking (73) on described second, be provided with second back-moving spring (715) between second time decking (74).
5. bearing rubber seal make-up machine according to claim 1 and 2, it is characterized in that: described lower bolster (4) is gone up horizontal array by a plurality of counterdies (42) at counterdie fixed head (44) and is formed, described cope match-plate pattern (5) is gone up horizontal array by the corresponding patrix of a plurality of and described counterdie (42) (52) at upper mould fixed plate (51) and is formed, described lower bolster (4) is hinged by the articulated elements that is located at corresponding vulcanizer (6) one sides with cope match-plate pattern (5), described counterdie (42) matches with patrix (52) and constitutes forming cavity (425), the described backform hole (421) that is no less than three circumferentially is distributed in the counterdie (42), described backform hole (421) is corresponding with forming cavity (425), an end of corresponding forming cavity (425) is provided with first retainer ring (422) in the described backform hole (421), the other end is provided with second retainer ring (424), the corresponding described forming cavity of described first thimble (43) (425) eject end through first retainer ring (422) and extend to outside the lower bolster (4), the other end of described first thimble (43) is provided with thimble bulge loop (431), the lower surface of described thimble bulge loop (431) and second retainer ring (424) fit, and resilient engagement has thimble back-moving spring (423) between the upper surface of described thimble bulge loop (431) and first retainer ring (422).
6. bearing rubber seal make-up machine according to claim 3, it is characterized in that: described first vacuumizes assembly (21) comprises a plurality of deckings on first (22) that evenly are assemblied in, first vacuum suction cup (211) between first time decking (25), be equipped with on described first vacuum suction cup (211) the first spacing jump ring (212) of decking (22) on described first to upper limit, on described first vacuum suction cup (211), decking (22) below is provided with first positioning boss (217) on corresponding first, on described first positioning boss (217) and first between the decking (22) resilient engagement first regulating spring (214) is arranged, decking (22) is slidingly matched with first vacuum suction cup (211) on first.
7. bearing rubber seal make-up machine according to claim 4, it is characterized in that: described second vacuumizes assembly (71) comprises a plurality of deckings on second (73) that evenly are assemblied in, second vacuum suction cup (711) between second time decking (74), be equipped with on described second vacuum suction cup (711) the second spacing jump ring (712) of decking (73) on described second to upper limit, on described second vacuum suction cup (711), decking (73) below is provided with second positioning boss (717) on corresponding second, on described second positioning boss (717) and second between the decking (73) resilient engagement second regulating spring (714) is arranged, decking (73) is slidingly matched with second vacuum suction cup (711) on second.
8. bearing rubber seal make-up machine according to claim 6, it is characterized in that: decking on described first (22) is provided with first vacuum suction cup (211) junction and adorns steel ball (213) on first, described first time decking (25) and first vacuum suction cup (211) junction are provided with first time dress steel ball (216), and decking (22), described first time decking (25) cooperate with first vacuum suction cup (211) rolling slippage on described first.
9. bearing rubber seal make-up machine according to claim 7, it is characterized in that: decking on described second (73) is provided with second vacuum suction cup (711) junction and adorns steel ball (713) on second, described second time decking (74) and second vacuum suction cup (711) junction are provided with second time dress steel ball (716), and decking (73), described second time decking (74) cooperate with second vacuum suction cup (711) rolling slippage on described second.
10. bearing rubber seal make-up machine according to claim 1 and 2, it is characterized in that: described skeleton device for pilling (8) comprises and stacks chassis (81) and be sleeved on the described spacing fixedly round pin (82) that stacks in the chassis (81), fixedly connected with frame (1) in the described chassis (81) that stacks, described spacing fixedly round pin (82) is provided with rubber seal (83) with the joint place that stacks chassis (81), described spacing fixedly round pin (82) can be in stacking chassis (81) axial slip.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220722006 CN203077521U (en) | 2012-12-24 | 2012-12-24 | Forming machine of bearing rubber seal ring |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220722006 CN203077521U (en) | 2012-12-24 | 2012-12-24 | Forming machine of bearing rubber seal ring |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203077521U true CN203077521U (en) | 2013-07-24 |
Family
ID=48823390
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220722006 Expired - Lifetime CN203077521U (en) | 2012-12-24 | 2012-12-24 | Forming machine of bearing rubber seal ring |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203077521U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107571443A (en) * | 2017-08-25 | 2018-01-12 | 利辛县宝隆橡塑密封件有限责任公司 | A kind of rubber-plastic sealing ring production line |
| CN107599281A (en) * | 2017-08-25 | 2018-01-19 | 利辛县宝隆橡塑密封件有限责任公司 | A kind of rubber-plastic sealing ring shaping equipment |
| CN108189289A (en) * | 2018-03-06 | 2018-06-22 | 台州奋发密封科技有限公司 | A kind of vulcanizer metallic framework feeding device |
| CN108406910A (en) * | 2018-02-12 | 2018-08-17 | 苏州佳世达电通有限公司 | Former and pick and place jig |
| CN109159332A (en) * | 2018-08-15 | 2019-01-08 | 东毓(宁波)油压工业有限公司 | A kind of front and back depanning double molds exchange demoulding mechanism |
-
2012
- 2012-12-24 CN CN 201220722006 patent/CN203077521U/en not_active Expired - Lifetime
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107571443A (en) * | 2017-08-25 | 2018-01-12 | 利辛县宝隆橡塑密封件有限责任公司 | A kind of rubber-plastic sealing ring production line |
| CN107599281A (en) * | 2017-08-25 | 2018-01-19 | 利辛县宝隆橡塑密封件有限责任公司 | A kind of rubber-plastic sealing ring shaping equipment |
| CN107571443B (en) * | 2017-08-25 | 2019-07-16 | 利辛县宝隆橡塑密封件有限责任公司 | A kind of rubber-plastic sealing ring production line |
| CN107599281B (en) * | 2017-08-25 | 2019-10-01 | 利辛县宝隆橡塑密封件有限责任公司 | A kind of rubber-plastic sealing ring shaping equipment |
| CN108406910A (en) * | 2018-02-12 | 2018-08-17 | 苏州佳世达电通有限公司 | Former and pick and place jig |
| CN108189289A (en) * | 2018-03-06 | 2018-06-22 | 台州奋发密封科技有限公司 | A kind of vulcanizer metallic framework feeding device |
| CN108189289B (en) * | 2018-03-06 | 2023-08-15 | 浙江奋发密封科技股份有限公司 | Metal framework feeding device for vulcanizing machine |
| CN109159332A (en) * | 2018-08-15 | 2019-01-08 | 东毓(宁波)油压工业有限公司 | A kind of front and back depanning double molds exchange demoulding mechanism |
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