CN204549399U - Multistation valve block feeding machanism - Google Patents
Multistation valve block feeding machanism Download PDFInfo
- Publication number
- CN204549399U CN204549399U CN201520066572.XU CN201520066572U CN204549399U CN 204549399 U CN204549399 U CN 204549399U CN 201520066572 U CN201520066572 U CN 201520066572U CN 204549399 U CN204549399 U CN 204549399U
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- China
- Prior art keywords
- base plate
- riser
- cylinder
- fixed
- axle sleeve
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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Abstract
It is multistation valve block feeding machanism disclosed in the utility model.Be characterized in comprising fixed base plate, there is axle sleeve at fixed base plate upper surface center, is positioned at the revolution base plate that fixed base plate can rotate around axle sleeve, is enclosed within the axle housing outside axle sleeve, penetrate the drive link in axle sleeve, be used for the second cylinder driving drive link, axle housing to rotate together with revolution base plate.There is horizontal plate drive link upper end, is evenly equipped with chip bar between horizontal plate and revolution base plate surrounding, and revolution base plate surrounding was evenly equipped with film perforation.Have groove and push pedal above fixed base plate, push pedal has shallow elongated slot, push pedal is connected with the first cylinder without shallow elongated slot one end.Rotated together with chip bar by drive link, axle housing, revolution base plate by the second cylinder, make each chip bar lower end corresponding with the shallow elongated slot in push pedal successively, the valve block that each code is clapped on your bar in succession falls into shallow elongated slot and releases.Adopt the utility model, workman's number, productive costs is low, and production efficiency is high.Be applicable to the assembling of valve block.
Description
Technical field
The utility model relates to a kind of valve block metering/feed mechanism.Specifically, be that multistation automobile inflating bumper compression recovery valve valve block being delivered in order next station cuts out device.
Background technology
At present, all know at automobile inflating bumper production industry, the valve block assembling of automobile inflating bumper compression/rebuilt valve is all rely on manual operations, although rely on manual operations can realize valve block to cut out, but there is following problem in manual operations, one be need workman many, productive costs is high, efficiency is low, two be difficult to metering.
Utility model content
Problem to be solved in the utility model is to provide a kind of multistation valve block feeding machanism.Adopt this valve block to cut out device, recruitment number can be reduced, reduce productive costs, enhance productivity.
The problems referred to above to be solved in the utility model are realized by following technical scheme:
Multistation valve block feeding machanism feature of the present utility model comprises stay bearing plate and controller, and described stay bearing plate is oblong, and it is horizontal arrangement.There is substrate the top of stay bearing plate, and described substrate is oblong, and substrate two ends are fixing on the supporting plate by starting stave.Be fixed with the second riser above stay bearing plate one end, the plate face of described second riser is parallel with starting stave.The height of described second riser is higher than substrate, and thereon has the 3rd riser, and, with high, there is fixed base plate the top of the 3rd riser and the top of the second riser between the top of the second riser and the 3rd riser.Have the first cylinder under fixed base plate, the axis of described first cylinder is horizontal, and its one end is fixed on substrate, and the other end is connected on the second riser.Second riser has rod aperture, and the piston rod outer end of described first cylinder is stretched out outside the second riser through rod aperture.Have groove above described fixed base plate, the longitudinal direction of this groove is parallel with the piston rod of the first cylinder and be on same vertical plane.Push pedal is had in described groove, described push pedal is strip, the stay bearing plate corresponding to push pedal outer end is fixed with the 4th riser, described push pedal outer end is connected to the 4th riser top, rod aperture is had in the middle part of 4th riser, have guide rod between described second riser and the 4th riser, guide rod is that in the rod aperture that stretches on the 4th riser of slip shape, the guide rod other end is fixedly connected on the second riser.
There is axis hole at fixed base plate center, and fixed base plate has axle sleeve, and axle sleeve lower end is fixed in the axis hole of fixed base plate.Have revolution base plate above fixed base plate, there is the axis hole with described axle sleeve adaptation at revolution base plate center, and revolution base plate is that rotatable shape is enclosed within described axle sleeve by the axis hole on it.The outer surface cover of axle sleeve has axle housing, and axle housing lower end and described revolution base plate are fixed together, and have bearing between axle sleeve and axle housing.Have drive link above axle housing, there is horizontal plate drive link upper end, and described drive link upper end is fixed on below horizontal plate, and axle housing top center has rod aperture.Be fixed with the second cylinder below described stay bearing plate, described second cylinder is rotary cylinder, and this rotary cylinder is arranged in vertical.Drive link lower end is connected with the piston rod of the second cylinder with after axle sleeve through the rod aperture on axle housing successively; Wherein, in heavy keying fit between described drive link and axle housing, dwang and shaft room are that rotatable shape coordinates.
The surrounding of described horizontal plate is evenly equipped with rod aperture, the revolution base plate surrounding corresponding with this rod aperture was evenly equipped with film perforation, chip bar is had between horizontal plate and revolution base plate surrounding, the quantity of described chip bar is equal with the quantity crossing film perforation, the upper end of described chip bar is connected in the rod aperture on horizontal plate, and chip bar lower end is stretched in the corresponding film perforation excessively on revolution base plate.Under mode of operation, on described chip bar, code pile has valve block.
Under the first cylinder piston rod stretches out state completely, crossing push pedal upper surface place corresponding to film perforation with on revolution base plate has shallow elongated slot to its inner end, the width of described shallow elongated slot and the degree of depth respectively with the diameter of valve block and thickness suitable.
Further improvement of the utility model scheme is, the bottom land of described shallow elongated slot is laterally middle the longitudinal groove extending to push pedal respective end, so that adopt the equipment of separately joining to be taken out by the valve block in shallow elongated slot.
Take such scheme, have the following advantages:
As can be seen from the above scheme, because multistation valve block feeding machanism of the present utility model comprises stay bearing plate and controller, described stay bearing plate is oblong, and it is horizontal arrangement.There is substrate the top of stay bearing plate, and described substrate is oblong, and substrate two ends are fixing on the supporting plate by starting stave; Be fixed with the second riser above stay bearing plate one end, the plate face of described second riser is parallel with starting stave.The height of described second riser is higher than substrate, and thereon has the 3rd riser, and, with high, there is fixed base plate the top of the 3rd riser and the top of the second riser between the top of the second riser and the 3rd riser.Have the first cylinder under fixed base plate, the axis of described first cylinder is horizontal, and its one end is fixed on substrate, and the other end is connected on the second riser.Second riser has rod aperture, and the piston rod outer end of described first cylinder is stretched out outside the second riser through rod aperture.Have groove above described fixed base plate, the longitudinal direction of this groove is parallel with the piston rod of the first cylinder and be on same vertical plane.Have push pedal in described groove, described push pedal is strip, the stay bearing plate corresponding to push pedal outer end is fixed with the 4th riser, and described push pedal outer end is connected to the 4th riser top, has rod aperture in the middle part of the 4th riser.Have guide rod between described second riser and the 4th riser, guide rod is that in the rod aperture that stretches on the 4th riser of slip shape, the guide rod other end is fixedly connected on the second riser.There is axis hole at fixed base plate center, and fixed base plate has axle sleeve, and axle sleeve lower end is fixed in the axis hole of fixed base plate; Have revolution base plate above fixed floor, there is the axis hole with described axle sleeve adaptation at revolution base plate center, and revolution base plate is that rotatable shape is enclosed within described axle sleeve by the axis hole on it.The outer surface cover of axle sleeve has axle housing, and axle housing lower end and described revolution floor are fixed together, and have bearing between axle sleeve and axle housing.Have drive link above axle housing, there is horizontal plate drive link upper end, and described drive link upper end is fixed on below horizontal plate, and axle housing top center has rod aperture.Be fixed with the second cylinder below described stay bearing plate, described second cylinder is rotary cylinder, and this rotary cylinder is arranged in vertical; Drive link lower end is connected with the piston rod of the second cylinder with after axle sleeve through the rod aperture on axle housing successively.Wherein, in heavy keying fit between described drive link and axle housing, dwang and shaft room are that rotatable shape coordinates.The surrounding of described horizontal plate is evenly equipped with rod aperture, the revolution base plate surrounding corresponding with this rod aperture was evenly equipped with film perforation, chip bar is had between horizontal plate and revolution base plate surrounding, the quantity of described chip bar is equal with the quantity crossing film perforation, the upper end of described chip bar is connected in the rod aperture on horizontal plate, and chip bar lower end is stretched in the corresponding film perforation excessively on revolution base plate.Under mode of operation, on described chip bar, code pile has valve block; Under the first cylinder piston rod stretches out state completely, crossing push pedal upper surface place corresponding to film perforation with on revolution base plate has shallow elongated slot to its inner end, the width of described shallow elongated slot and the degree of depth respectively with the diameter of valve block and thickness suitable.
During work, first valve block code is stacked on chip bar.Wherein, chip bar that valve block nethermost is through the shallow elongated slot inner end fallen into after the film perforation excessively on revolution base plate in push pedal.By controller make the first cylinder piston rod carry out having joint to gather flexible, simultaneously, driven the 4th riser by the first cylinder piston rod and carried out having with the push pedal that the 4th riser is connected as a single entity and save stretching of gathering, thus that valve block being in the shallow elongated slot inner end of push pedal is released and delivered to next procedure.Then, make the second cylinder, drive link, axle housing by controller, revolution base plate rotate to next station together with chip bar, make another chip bar that valve block nethermost through on revolution base plate cross film perforation after fall into shallow elongated slot inner end in push pedal.By controller make the first cylinder piston rod carry out having joint to gather flexible, simultaneously, driven the 4th riser by piston rod and carried out having with the push pedal that the 4th riser is connected as a single entity and save stretching of gathering, thus that valve block being in the shallow elongated slot inner end of push pedal is released and delivered to next procedure.The like, drive the second cylinder, drive link, axle housing, revolution base plate to rotate together with chip bar by controller a station station, each chip bar that valve block nethermost is taken turns through the shallow elongated slot inner end fallen into after the film perforation excessively on revolution base plate in push pedal.By controller make the first cylinder piston rod carry out having joint to gather flexible, simultaneously, driven the 4th riser by piston rod and carried out having with the push pedal that the 4th riser is connected as a single entity and save stretching of gathering, thus that valve block being in the shallow elongated slot inner end of push pedal is released and delivered to next procedure.
Again owing to being provided with controller, this controller and first, second cylinders, by recording the flexible number of times of the first cylinder piston rod, can be converted to the valve block pushed out number, thus achieve the valve block number pushed out and calculate.Whole propelling movement, metering process complete automatically, achieve the automation that valve block pushes, measures.Do not need manual operations, just can complete propelling movement and the metering of valve block, not only reduce the quantity of recruitment, reduce productive costs, also substantially increase production efficiency.
Accompanying drawing explanation
Fig. 1 is multistation valve block feeding machanism structural representation of the present utility model;
Fig. 2 is the push pedal schematic top plan view in Fig. 1.
Detailed description of the invention
As depicted in figs. 1 and 2, multistation valve block feeding machanism of the present utility model comprises stay bearing plate 1 and controller 22.Described stay bearing plate 1 is oblong, and it is horizontal arrangement.The top of stay bearing plate 1 is provided with substrate 3, and described substrate 3 is oblong, and substrate 3 two ends are fixed on stay bearing plate 1 by two starting staves 2.Be fixed with the second riser 21 above stay bearing plate 1 one end, the plate face of described second riser 21 is parallel with starting stave 2.The height of described second riser 21 is higher than substrate 3.Substrate 3 is provided with the 3rd riser 4 above, the top of the 3rd riser 4 and the top of the second riser 21 are with high, second riser 21 be fixed on stay bearing plate 1 below, on the upper surface being fixed on substrate 3 below of the 3rd riser 4, between the top of the second riser 21 and the 3rd riser 4, be fixed with fixed base plate 17.Fixed base plate 17 be arranged with the first cylinder 5, the axis of described first cylinder 5 is horizontal, and its one end is fixed on substrate 3, and the other end is connected on the second riser 21.Second riser 21 is processed with rod aperture, and piston rod 501 outer end of described first cylinder 5 is stretched out outside the second riser 21 through after rod aperture.Described fixed base plate 17 is above processed with groove, and the longitudinal direction of this groove is parallel with the piston rod 501 of the first cylinder 5 and be on same vertical plane.Push pedal 18 is installed in described groove, described push pedal 18 is strip, the stay bearing plate 1 corresponding to push pedal 18 outer end is fixed with the 4th riser 19, described push pedal 18 outer end is connected to the top of the 4th riser 19, the middle part of the 4th riser 19 is processed with rod aperture, is provided with guide rod 20 between described second riser 22 and the 4th riser 19
, guide rod 20 one end is that in the rod aperture that stretches on the 4th riser 19 of slip shape, the other end of guide rod 20 is fixedly connected on secondon riser 21.
Fixed base plate 17 center is processed with axis hole, fixed base plate 17 is provided with axle sleeve 7, and axle sleeve 7 lower end is welded in the axis hole of fixed base plate 17.Fixed base plate 17 is provided with revolution base plate 16 above, and revolution base plate 16 center is processed with the axis hole with described axle sleeve 7 adaptation, and revolution base plate 16 is that rotatable shape is enclosed within described axle sleeve 7 by the axis hole on it.The outer surface cover of axle sleeve 7 has axle housing 14, and this axle housing is inversion type cylinder, is processed with rod aperture at the bottom of it.Axle housing 14 lower end and oral area and described revolution base plate 16 are fixed together, and are provided with bearing 15 between axle sleeve 7 and axle housing 14.Be provided with drive link 13 above axle housing 14, drive link 13 upper end is provided with horizontal plate 12, and described drive link 13 upper end is fixed on horizontal plate 12 lower surface face.Described stay bearing plate 1 is fixed with the second cylinder 24 below, and described second cylinder 24 is rotary cylinder, and this rotary cylinder is arranged in vertical, and it is connected with described controller 22 by wire 23.Drive link 13 lower end is connected with the piston rod of the second cylinder 24 by coupler 25 with after axle sleeve 7 through the rod aperture on axle housing 14 successively.Wherein, between described drive link 13 and axle housing 14 by pin 9 in heavy keying fit, coordinate in rotatable shape between dwang 13 with axle sleeve 7.
The surrounding of described horizontal plate 12 is evenly equipped with six rod aperture, revolution base plate 16 surrounding corresponding with this rod aperture is evenly equipped with six and crosses film perforation 6, six chip bars 10 are provided with between horizontal plate 12 and revolution base plate 16 surrounding, make the quantity of described chip bar 10 equal with the quantity crossing film perforation 6, the upper end of described chip bar 10 is connected in the rod aperture on horizontal plate 12 by bolt 11 respectively, and the lower end of chip bar 10 is stretched in loosening shape in the corresponding film perforation 6 excessively on revolution base plate 16 respectively.Under mode of operation, on described chip bar 10, one-size-fits-all pile has valve block 8.
See Fig. 2, under the piston rod 501 of the first cylinder 5 stretches out state completely, cross push pedal 18 upper surface place corresponding to film perforation 6 with on revolution base plate 16 and be processed with shallow elongated slot 26 to its inner end, the width of described shallow elongated slot 26 and the degree of depth respectively with the diameter of valve block 8 and thickness suitable.
Wherein, in the middle of the bottom land of shallow elongated slot 26 is horizontal, be processed with the longitudinal groove 27 extending to push pedal 18 respective end, so that adopt the equipment of separately joining that the valve block 8 in shallow elongated slot 26 is taken out or delivered on next station.
Claims (2)
1. multistation valve block feeding machanism, it is characterized in that comprising stay bearing plate (1) and controller (22), described stay bearing plate (1) is oblong, and it is horizontal arrangement; There is substrate (3) top of stay bearing plate (1), and described substrate (3) is oblong, and substrate (3) two ends are fixed on stay bearing plate (1) by starting stave (2); Be fixed with the second riser (21) above stay bearing plate (1) one end, the plate face of described second riser (21) is parallel with starting stave (2); The height of described second riser (21) is higher than substrate (3), substrate (3) has the 3rd riser (4) above,, with high, there is fixed base plate (17) top of the 3rd riser (4) and the top of the second riser (21) between the top of the second riser (21) and the 3rd riser (4); Have the first cylinder (5) under fixed base plate (17), the axis of described first cylinder (5) is horizontal, and its one end is fixed on substrate (3), and the other end is connected on the second riser (21); (21) have rod aperture to second riser, and piston rod (501) outer end of described first cylinder (5) is stretched out outside the second riser (21) through rod aperture; Described fixed base plate (17) above has groove, and the longitudinal direction of this groove is parallel with the piston rod (501) of the first cylinder (5) and be on same vertical plane; Push pedal (18) is had in described groove, described push pedal (18) is strip, with the corresponding stay bearing plate in push pedal (18) outer end (1) is fixed with the 4th riser (19), described push pedal (18) outer end is connected to the 4th riser (19) top, there is rod aperture at 4th riser (19) middle part, guide rod (20) is had between described second riser (21) and the 4th riser (19), guide rod (20) one end is that in the rod aperture that stretches on the 4th riser (19) of slip shape, guide rod (20) other end is fixedly connected on the second riser (21);
There is axis hole at fixed base plate (17) center, fixed base plate (17) has axle sleeve (7), and axle sleeve (7) lower end is fixed in the axis hole of fixed base plate (17); Fixed base plate (17) has revolution base plate (16) above, and there is the axis hole adaptive with described axle sleeve (7) at revolution base plate (16) center, and revolution base plate (16) is that rotatable shape is enclosed within described axle sleeve (7) by the axis hole on it; Axle sleeve (7) outer surface cover has axle housing (14), and axle housing (14) lower end and described revolution base plate (16) are fixed together, and have bearing (15) between axle sleeve (7) and axle housing (14); There is drive link (13) axle housing (14) top, and there is horizontal plate (12) drive link (13) upper end, and described drive link (13) upper end is fixed on below horizontal plate (12), and axle housing (14) top center has rod aperture; Described stay bearing plate (1) is fixed with the second cylinder (24) below, and described second cylinder (24) is rotary cylinder, and this rotary cylinder is arranged in vertical; Drive link (13) lower end is connected with the piston rod of the second cylinder (24) with axle sleeve (7) afterwards through the rod aperture on axle housing (14) successively; Wherein, in heavy keying fit between described drive link (13) and axle housing (14), coordinate in rotatable shape between dwang (13) with axle sleeve (7);
The surrounding of described horizontal plate (12) is evenly equipped with rod aperture, revolution base plate (16) surrounding corresponding with this rod aperture was evenly equipped with film perforation (6), chip bar (10) is had between horizontal plate (12) and revolution base plate (16) surrounding, the quantity of described chip bar (10) is equal with the quantity crossing film perforation (6), the upper end of described chip bar (10) is connected in the rod aperture on horizontal plate (12), and chip bar (10) lower end is stretched in the corresponding film perforation (6) excessively in revolution base plate (16); Under mode of operation, the upper code pile of described chip bar (10) has valve block (8);
Under the piston rod (501) of the first cylinder (5) stretches out state completely, have shallow elongated slot (26) with push pedal (18) the upper surface place that in revolution base plate (16) crosses film perforation (6) corresponding to its inner end, the width of described shallow elongated slot (26) and the degree of depth respectively with the diameter of valve block (8) and thickness suitable.
2. multistation valve block feeding machanism according to claim 1, it is characterized in that the bottom land of described shallow elongated slot (26) is laterally middle and have the longitudinal groove (27) extending to push pedal (18) respective end, so that adopt the equipment of separately joining to be taken out by the valve block (8) in shallow elongated slot (26).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520066572.XU CN204549399U (en) | 2015-01-30 | 2015-01-30 | Multistation valve block feeding machanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520066572.XU CN204549399U (en) | 2015-01-30 | 2015-01-30 | Multistation valve block feeding machanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204549399U true CN204549399U (en) | 2015-08-12 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520066572.XU Expired - Fee Related CN204549399U (en) | 2015-01-30 | 2015-01-30 | Multistation valve block feeding machanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204549399U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104627668A (en) * | 2015-01-30 | 2015-05-20 | 无锡惠发特精密机械有限公司 | Multi-station valve plate feeding mechanism |
-
2015
- 2015-01-30 CN CN201520066572.XU patent/CN204549399U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104627668A (en) * | 2015-01-30 | 2015-05-20 | 无锡惠发特精密机械有限公司 | Multi-station valve plate feeding mechanism |
| CN104627668B (en) * | 2015-01-30 | 2017-01-04 | 无锡惠发特精密机械有限公司 | Multistation valve block feeding machanism |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150812 Termination date: 20170130 |