CN106144533B - A kind of engine cylinder cover seat ring detection feeding-distribution device - Google Patents
A kind of engine cylinder cover seat ring detection feeding-distribution device Download PDFInfo
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- CN106144533B CN106144533B CN201510162823.9A CN201510162823A CN106144533B CN 106144533 B CN106144533 B CN 106144533B CN 201510162823 A CN201510162823 A CN 201510162823A CN 106144533 B CN106144533 B CN 106144533B
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- feeding
- channel
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Abstract
The present invention discloses a kind of engine cylinder cover seat ring detection feeding-distribution device, including at least one sub-material channel, sub-material upper part of channel offers feeding mouth, sub-material beneath galleries are respectively equipped with sub-material outlet and the outlet of reverse side material, the outlet of reverse side material is corresponding with feeding mouth, distribution block is located at sub-material beneath galleries medium position, feeding mouth lower position is tiltedly installed with baffle in sub-material channel, baffle is longitudinal to be from top to bottom arranged towards sub-material outlet-inclined impeller vane, baffle is between distribution block and sub-material vias inner walls, Weir Plate Thickness is less than the radius of seat ring outer ring rounded corner, feeding mouth, baffle and sub-material export to form positive fabric channel, feeding mouth, baffle and reverse side material export to form reverse side material channel.A kind of engine cylinder cover seat ring detection feeding-distribution device of the present invention is simple in structure, at low cost, detection and the stability of sub-material are good, reversed seat ring handling capacity is strong, easy to operate, process is simple and brief, sub-material is efficient, can be applicable in different model and the seat ring sub-material of size.
Description
Technical field
The present invention relates to a kind of detection sub-materials, and feeding-distribution device is detected more particularly to a kind of engine cylinder cover seat ring.
Background technology
The engine cylinder cover seat ring of car manufacturer, which is all, at present is voluntarily pressed, seat ring front be outer ring without rounded corner and
The larger one side of inner ring, reverse side, which is outer ring, rounded corner and the smaller one side of inner ring.In the prior art, seat ring it is positive and negative detection and
Feeding distribution mechanism is by backgauge cylinder 01, rotary cylinder 02, straight line cylinder 03, probe 04, spring 05, sensor 06, sensor block 07 etc.
Composition.It is detected and sub-material process is using the positive and negative detection of above-mentioned seat ring and feeding distribution mechanism at present：Backgauge cylinder 01 is stretched out, is kept off
It is visited before material --- seat ring falls into rotary cylinder 02 --- straight line cylinder 03 driving probe 4, seat ring --- spring 05 is pressed for contact
--- sensor block 07 moves 04 contracting of --- position of 06 feedback-induced block 07 of sensor --- straight line cylinder 03 driving probe for contracting
Returning --- seat ring is if reversed, the rotation 180 degree of rotary cylinder 02；If forward direction, rotary cylinder 02 is failure to actuate --- backgauge cylinder
01 retraction, sub-material.The positive and negative testing principle of the device is：If seat ring is just, 05 decrement of spring is big, 07 displacement distance of sensor block
Greatly；If seat ring is anti-, 05 decrement of spring is small, 07 displacement distance of sensor block is small, the induction that PLC system is fed back according to sensor 06
Block 07 displacement distance judges the positive and negative of seat ring.Although the positive and negative detection of engine cylinder cover seat ring can be carried out in this way and divided
Material, but it has following technological deficiency simultaneously：1, stability is poor：Due under the different positive opposite state of seat ring, sensor block 07
Displacement distance difference there was only 3mm, sensor 06 is easy false sense and answers, and causes seat ring reversed；2, seat ring handling capacity is poor：Detection and
Sub-material process is cumbersome, complicated, and seat ring is easy stuck in movable device；3, Flexible Ability is low：The seat ring ruler of different model
Very little difference needs the position for adjusting sensor block when switching model, operation is cumbersome, and production efficiency is not high.
Invention content
The present invention is completed to solve in the prior art insufficient, and the object of the present invention is to provide a kind of letters of structure
The stability of single, at low cost, detection and sub-material is good, reversed seat ring handling capacity is strong, easy to operate, process is simple and brief, divides
Expect the detection of seat ring efficient, that different model and size can be applicable in and the engine cylinder cover seat ring detection sub-material dress of sub-material
It sets.
A kind of engine cylinder cover seat ring of the present invention detects feeding-distribution device, including at least one sub-material channel, the sub-material
Upper part of channel side offer for seat ring by feeding mouth, the lower part both sides in the sub-material channel are respectively arranged with sub-material outlet
It is exported with reverse side material, the reverse side material outlet is corresponding with the feeding mouth position, and the sub-material outlet is exported with the reverse side material
Between be provided with distribution block, the distribution block is located at the sub-material beneath galleries medium position, described in the sub-material channel
Feeding mouth lower position is tiltedly installed with baffle, and the baffle is longitudinal from top to bottom to be set towards sub-material export direction inclination
It sets, for the baffle between the distribution block and the sub-material vias inner walls, the Weir Plate Thickness is less than engine cylinder cage
The radius of outer ring rounded corner is enclosed, the feeding mouth, the baffle and the sub-material export to form positive fabric channel, the pan feeding
Mouth, the baffle and the reverse side material export to form reverse side material channel.
A kind of engine cylinder cover seat ring detection feeding-distribution device of the present invention can also be：
The sub-material channel is at least two, and adjacent two sub-material channels are docked up and down, the sub-material channel of lower section
Feeding mouth is docked with the outlet of the sub-material in the sub-material channel of top.
The sub-material channel slopes setting.
30-60 ° of setting of the sub-material channel slopes.
The baffle upper surface is inclined surface, and from top to bottom thickness gradually increases the baffle.
The distribution block is located at the sub-material beneath galleries central position.
The baffle extending direction and the sub-material vias inner walls angle are 30-60 °.
The sub-material channel is made of stainless steel material.
The sub-material channel includes upper cover plate, lower plate and the side plate at left and right sides of upper cover plate and lower plate, described
Upper cover plate is arranged in parallel with the lower plate, and the upper cover plate is individually fixed in front and back the two of the side plate with the lower plate
Side, the distribution block are located at the upper cover plate and lower plate lower central position.
The side plate includes left side side plate and right side side plate, and the left side side plate is zigzag or L-shaped bar frame, the right side
Side board is vertical bar frame, and the distribution block is gore, and the bottom edge of the distribution block is overlapped with sub-material channel bottom edge.
A kind of engine cylinder cover seat ring of the present invention detects feeding-distribution device, including at least one sub-material channel, the sub-material
Upper part of channel side offer for seat ring by feeding mouth, the lower part both sides in the sub-material channel are respectively arranged with sub-material outlet
It is exported with reverse side material, the reverse side material outlet is corresponding with the feeding mouth position, and the sub-material outlet is exported with the reverse side material
Between be provided with distribution block, the distribution block is located at the sub-material beneath galleries medium position, described in the sub-material channel
Feeding mouth lower position is tiltedly installed with baffle, and the baffle is longitudinal from top to bottom to be set towards sub-material export direction inclination
It sets, for the baffle between the distribution block and the sub-material vias inner walls, the Weir Plate Thickness is less than engine cylinder cage
The radius of outer ring rounded corner is enclosed, the feeding mouth, the baffle and the sub-material export to form positive fabric channel, the pan feeding
Mouth, the baffle and the reverse side material export to form reverse side material channel.In this way, when a large amount of seat ring enters sub-material by feeding mouth
The blocking for the baffle being obliquely installed is encountered behind channel, during fallen downward, if the face down of seat ring, i.e., seat ring is outer
For circle without being contacted with baffle at chamfering, which cannot be across baffle, can only be in the barrier force of sloping baffle and the work of its own gravity
Top end face along the baffle being obliquely installed out of positive fabric channel under slides towards sub-material exit.If the reverse side court of seat ring
Under, since there is chamfering in seat ring reverse side outer ring, then the position for having chamfering of seat ring is contacted with baffle, simultaneously because the thickness of baffle is small
In the radius of seat ring outer ring rounded corner, therefore the seat ring is expected in channel across baffle from the negative along the reverse side of baffle downstream position
Material outlet slides.In this way, the seat ring of face down is separated from sub-material outlet, and reverse side seat ring directed downwardly expects outlet punishment from the negative
Go out, realizes the detection of seat ring positive and negative and sub-material.And whole process leans on seat ring its own gravity as power source, green energy conservation ring entirely
It protects and performance is stablized, it is simple in structure, at low cost.And detection and sub-material time are shorter, shorten sub-material beat, significantly
Improve sub-material efficiency.As long as moreover, seat ring outer ring chamfer radius be more than Weir Plate Thickness seat ring, can across baffle from
Reverse side material exit is slided, you can to use detection and the sub-material of the positive and negative of the seat ring of different model and size.Relative to existing
The advantages of technology is：The stability of simple in structure, at low cost, detection and sub-material is good, reversed seat ring handling capacity is strong, operation letter
List, process are simple and brief, sub-material is efficient, can be applicable in the sub-material of the seat ring of different model and size.
Description of the drawings
Engine cylinder cover seat ring detects feeding-distribution device schematic diagram to Fig. 1 in the prior art.
A kind of engine cylinder cover seat ring of Fig. 2 present invention detects feeding-distribution device schematic diagram.
A kind of engine cylinder cover seat ring of Fig. 3 present invention detects feeding-distribution device perspective view.
A kind of engine cylinder cover seat ring of Fig. 4 present invention detects feeding-distribution device sectional side view.
A kind of engine cylinder cover seat ring detection feeding-distribution device seat ring reverse side of Fig. 5 present invention and baffle effect figure.
A kind of engine cylinder cover seat ring detection feeding-distribution device seat ring front of Fig. 6 present invention and baffle effect figure.
Figure number explanation
1 ... sub-material channel 2 ... feeding mouth 3 ... sub-material exports
4 ... reverse side material outlet 5 ... baffle 6 ... distribution block
7 ... positive fabric channel 8 ... reverse side material channel 9 ... seat rings
10 ... lower plate 11 ... left plate 12 ... right plates
Specific implementation mode
Fig. 2 to Fig. 6 below in conjunction with the accompanying drawings makees into one a kind of engine cylinder cover seat ring detection feeding-distribution device of the present invention
Step is described in detail.
A kind of engine cylinder cover seat ring of the present invention detects feeding-distribution device, please refers to Fig.2 to Fig. 6, including at least one point
Expect channel 1,1 top side of the sub-material channel offer for seat ring 9 by feeding mouth 2, the lower part two in the sub-material channel 1
Side is respectively arranged with sub-material outlet 3 and reverse side material outlet 4, and the reverse side material outlet 4 is corresponding with 2 position of the feeding mouth, described
It is provided with distribution block 6 between sub-material outlet 3 and reverse side material outlet 4, the distribution block 6 is located at 1 lower part of sub-material channel
At medium position, 2 lower position of the feeding mouth is tiltedly installed with baffle 5 in the sub-material channel 1, and the baffle 5 is longitudinal
It from top to bottom exports 3 directions towards the sub-material to be obliquely installed, the baffle 5 is located at the distribution block 6 and the sub-material channel 1
Between inner wall, 5 thickness of the baffle is less than the radius of 9 outer ring rounded corner of engine cylinder cover seat ring, the feeding mouth 2, the gear
Plate 5 and sub-material outlet 3 form positive fabric channel 7, and the feeding mouth 2, the baffle 5 and reverse side material outlet 4 are formed
Reverse side material channel 8.In this way, after a large amount of seat ring 9 enters sub-material channel 1 by feeding mouth 2, encountered during fallen downward
The blocking for the baffle 5 being obliquely installed, if the face down of seat ring 9, i.e., the outer ring of seat ring 9, should without being contacted with baffle 5 at chamfering
Seat ring 9 cannot across baffle 5, can only under the action of the barrier force of sloping baffle 5 and its own gravity out of positive fabric channel 7 edge
The top end face for the baffle 5 being obliquely installed is exported towards sub-material and is slid at 3.If the reverse side of seat ring 9 is downward, due to 9 reverse side of seat ring
There is chamfering in outer ring, then the position for having chamfering of seat ring 9 is contacted with baffle 5, simultaneously because the thickness of baffle 5 is less than 9 outer ring of seat ring
The radius of rounded corner, therefore the seat ring 9 expects that the reverse side material in channel 8 along 5 downstream position of baffle is exported across baffle 5 from the negative
4 landings (have the chamfering of circular arc can be direct when it encounters relatively low barrier or the gradient before its principle and sled
It alters or identical across continuing to slide after barrier or upward slope).In this way, the seat ring 9 of face down is separated from sub-material outlet 3, and
Reverse side seat ring 9 directed downwardly expects that outlet 4 is punished out from the negative, realizes the detection of 9 positive and negative of seat ring and sub-material.And whole process is leaned on entirely
9 its own gravity of seat ring is stablized as power source, energy-saving and environment friendly and performance, simple in structure, at low cost.And detection and
The sub-material time is shorter, shortens sub-material beat, substantially increases sub-material efficiency.As long as moreover, 9 outer ring chamfer radius of seat ring
More than the seat ring 9 of 5 thickness of baffle, can across baffle 5 from the negative expect outlet 4 at slide, you can with use different model and
The detection of the positive and negative of the seat ring 9 of size and sub-material.Compared with the existing technology the advantages of is：It is simple in structure, at low cost, detection and
The stability of sub-material is good, reversed 9 handling capacity of seat ring is strong, easy to operate, process is simple and brief, sub-material is efficient, Ke Yishi
With the sub-material of the seat ring 9 of different model and size, and the control of sub-material error rate in one thousandth hereinafter, error rate is relatively low.
A kind of engine cylinder cover seat ring of the present invention detects feeding-distribution device, please refers to Fig.2 the skill described in front to Fig. 6
It can also be on the basis of art scheme：The sub-material channel 1 is at least two, and adjacent about 1 two sub-material channels are docked, lower section
The sub-material outlet 3 in feeding mouth 2 and the sub-material channel 1 of top in the sub-material channel 1 dock.In this way, from the first point
The seat ring 9 slid from sub-material outlet 3 after material 1 sub-material of channel is again introduced into second sub-material channel 1 and carries out second of sub-material, later
It carries out subsequent sub-material program again successively again, that is, carries out multi-level positive and negative detection and sub-material.Advantage is：Use one layer of sub-material
The positive and negative detection sub-material that channel 1 carries out, detection sub-material error rate are stably controlled in one thousandth hereinafter, if using two layers point
Expect to carry out 9 positive and negative detection of seat ring and sub-material after channel 1 is superimposed, then detects sub-material error rate and just can be controlled in hundred a ten thousandths；Such as
Fruit is superimposed using three layers of sub-material channel 1, then detection sub-material error rate can be controlled in part per billion, is superimposed more, effect
Better, the volume of whole engine cylinder cover seat ring detection feeding-distribution device is bigger if only superposition is too many, is surveyed through overtesting
Examination, the superposition in two layers of sub-material channel 1 just meet general industry requirement enough.
A kind of engine cylinder cover seat ring of the present invention detects feeding-distribution device, please refers to Fig.2 the skill described in front to Fig. 6
It can also be on the basis of art scheme：The sub-material channel 1 is obliquely installed.In this way, sub-material channel 1, which is obliquely installed, to be made
Seat ring 9 more easily slided along baffle 5 after falling slided from sub-material outlet 3 or across baffle 5 expect to export from the negative 4 to slide.
Further preferred technical solution is that the sub-material channel 1 tilts 30-60 ° of setting.Sub-material channel slopes angle is if it is less than 30 °
If seat ring power is too small, resistance is too big when falling, seat ring falling speed is slow, and sub-material efficiency is low；More than 60 °, seat ring falls
When power it is too big, resistance is too small, and seat ring falling speed is too fast, is easy also to pick out positive material, sub-material efficiency still can be low.Therefore
Sub-material channel slopes angle can obtain best sub-material efficiency when being 30-60 °.
A kind of engine cylinder cover seat ring of the present invention detects feeding-distribution device, please refers to Fig.2 to Fig. 6, and what is described in front appoints
It can also be on the basis of one technical solution of meaning：5 upper surface of the baffle is inclined surface, the from top to bottom thickness of the baffle 5
It gradually increases.In this way, the thickness on the top of baffle 5 is less than the thickness of 5 lower part of baffle, when seat ring 9 from sliding to baffle 5 above
When, downward, the chamfering outside 9 reverse side of seat ring enables seat ring 9 easily to slide onto 5 top of baffle to 9 reverse side of seat ring, then exists
It is washed away to 5 lower part of baffle under the double action of gravity and inertia and the reverse side material outlet 4 being finally arranged from 5 lower section of baffle is slided.
Advantage is so that reverse side seat ring 9 directed downwardly expects that outlet 4 is slided from the negative after being easier across baffle 5, and effectively quickening seat ring 9 is positive and negative
Face is detected and sub-material, and improves sub-material efficiency.It can also be that the distribution block 6 is located at 1 lower central position of the sub-material channel
Set place.In this way, sub-material can be exported to 3 and 4 deciles of reverse side material outlet, avoid smalling while greatly, sub-material goes out during sub-material
Mouth 3 and reverse side material outlet 4, one outlet blocks seat ring 9, and another exports excessive wasting space, so that sub-material channel 1
Size it is small as far as possible, save space.It can also be that 5 extending direction of the baffle is with 1 inner wall angle of the sub-material channel
30-60°.Promote seat ring 9 along its top end surface while in this way, facilitating baffle 5 that the seat ring 9 of face down is provided barrier force
It slides downwards, further increases the efficiency of seat ring 9 positive and negative detection and sub-material.
A kind of engine cylinder cover seat ring of the present invention detects feeding-distribution device, please refers to Fig.2 to Fig. 6, and what is described in front appoints
It can also be on the basis of one technical solution of meaning：The sub-material channel 1 is made of stainless steel material.Use stainless steel material
Advantage is to can ensure that finish and wearability, and can effectively avoid magnetization phenomenon, extends the service life of detection feeding-distribution device.Also
Can be that the sub-material channel 1 includes upper cover plate, lower plate 10 and the side plate at left and right sides of upper cover plate and lower plate 10, institute
It states upper cover plate to be arranged in parallel with the lower plate 10, before the upper cover plate is individually fixed in the side plate with the lower plate 10
Both sides afterwards, the distribution block 6 are located at 10 lower central position of the upper cover plate and lower plate.In this way seat ring 9 in upper cover plate and
It is slided in the sub-material channel 1 formed between lower plate 10 and side plate, realizes detection and the sub-material of 9 positive and negative of seat ring, protect simultaneously
Card seat ring 9 is not fallen out.Further preferred technical solution is that the side plate includes left side side plate 11 and right side side plate 12, described
Left side side plate 11 is zigzag or L-shaped bar frame, and the right side side plate 12 is vertical bar frame, and the distribution block 6 is gore, institute
The bottom edge for stating distribution block 6 is overlapped with 1 bottom edge of sub-material channel.In this way, left side side plate 11 and right side side plate 12 can be by sub-materials
Channel 1 is divided for positive fabric channel 7 and reverse side material channel 8, and detection and the sub-material of 9 positive and negative of seat ring are facilitated.
It is above-mentioned that only several specific embodiments in the present invention are illustrated, but can not be as the protection model of the present invention
Enclose, it is every according to the present invention in design spirit made by equivalent change or modification or equal proportion zoom in or out, should all
Think to fall into protection scope of the present invention.
Claims (10)
1. a kind of engine cylinder cover seat ring detects feeding-distribution device, it is characterised in that：Including at least one sub-material channel, the sub-material
Upper part of channel side offer for seat ring by feeding mouth, the lower part both sides in the sub-material channel are respectively arranged with sub-material outlet
It is exported with reverse side material, the reverse side material outlet is corresponding with the feeding mouth position, and the sub-material outlet is exported with the reverse side material
Between be provided with distribution block, the distribution block is located at the sub-material beneath galleries medium position, described in the sub-material channel
Feeding mouth lower position is tiltedly installed with baffle, and the baffle is longitudinal from top to bottom to be set towards sub-material export direction inclination
It sets, for the baffle between the distribution block and the sub-material vias inner walls, the Weir Plate Thickness is less than engine cylinder cage
The radius of outer ring rounded corner is enclosed, the feeding mouth, the baffle and the sub-material export to form positive fabric channel, the pan feeding
Mouth, the baffle and the reverse side material export to form reverse side material channel.
2. a kind of engine cylinder cover seat ring according to claim 1 detects feeding-distribution device, it is characterised in that：The sub-material is logical
Road is at least two, and adjacent two sub-material channels are docked up and down, the feeding mouth in the sub-material channel of lower section and top it is described
The sub-material outlet docking in sub-material channel.
3. a kind of engine cylinder cover seat ring according to claim 1 detects feeding-distribution device, it is characterised in that：The sub-material is logical
Road is obliquely installed.
4. a kind of engine cylinder cover seat ring according to claim 3 detects feeding-distribution device, it is characterised in that：The sub-material is logical
Road tilts 30-60 ° of setting.
5. feeding-distribution device is detected according to a kind of engine cylinder cover seat ring described in Claims 1-4 any one claim,
It is characterized in that：The baffle upper surface is inclined surface, and from top to bottom thickness gradually increases the baffle.
6. feeding-distribution device is detected according to a kind of engine cylinder cover seat ring described in Claims 1-4 any one claim,
It is characterized in that：The distribution block is located at the sub-material beneath galleries central position.
7. feeding-distribution device is detected according to a kind of engine cylinder cover seat ring described in Claims 1-4 any one claim,
It is characterized in that：The baffle extending direction and the sub-material vias inner walls angle are 30-60 °.
8. feeding-distribution device is detected according to a kind of engine cylinder cover seat ring described in Claims 1-4 any one claim,
It is characterized in that：The sub-material channel is made of stainless steel material.
9. feeding-distribution device is detected according to a kind of engine cylinder cover seat ring described in Claims 1-4 any one claim,
It is characterized in that：The sub-material channel includes upper cover plate, lower plate and the side plate at left and right sides of upper cover plate and lower plate, described
Upper cover plate is arranged in parallel with the lower plate, and the upper cover plate is individually fixed in front and back the two of the side plate with the lower plate
Side, the distribution block are located at the upper cover plate and lower plate lower central position.
10. a kind of engine cylinder cover seat ring according to claim 9 detects feeding-distribution device, it is characterised in that：The side plate
Including left side side plate and right side side plate, the left side side plate is zigzag or L-shaped bar frame, and the right side side plate is vertical bar frame, institute
It is gore to state distribution block, and the bottom edge of the distribution block is overlapped with sub-material channel bottom edge.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510162823.9A CN106144533B (en) | 2015-04-08 | 2015-04-08 | A kind of engine cylinder cover seat ring detection feeding-distribution device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510162823.9A CN106144533B (en) | 2015-04-08 | 2015-04-08 | A kind of engine cylinder cover seat ring detection feeding-distribution device |
Publications (2)
| Publication Number | Publication Date |
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| CN106144533A CN106144533A (en) | 2016-11-23 |
| CN106144533B true CN106144533B (en) | 2018-09-07 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201510162823.9A Active CN106144533B (en) | 2015-04-08 | 2015-04-08 | A kind of engine cylinder cover seat ring detection feeding-distribution device |
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Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108328250A (en) * | 2018-01-25 | 2018-07-27 | 大永精机（江苏）有限公司 | Positive and negative condition discriminating apparatus when automobile retainer pan feeding |
| CN108438818A (en) * | 2018-03-31 | 2018-08-24 | 上汽通用五菱汽车股份有限公司 | A kind of semi-automatic feeding device of engine valve retainer |
| CN115321149A (en) * | 2022-07-21 | 2022-11-11 | 安庆帝伯粉末冶金有限公司 | Valve seat ring conveying device |
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| CN103418637A (en) * | 2012-10-09 | 2013-12-04 | 重庆朗正科技有限公司 | Front-side and rear-side detecting and material management equipment for disc-type parts |
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| CN204624633U (en) * | 2015-04-08 | 2015-09-09 | 上汽通用五菱汽车股份有限公司 | A kind of engine cylinder cover seat ring detects distributing device |
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| DE102006039091A1 (en) * | 2006-08-19 | 2008-02-21 | Khs Ag | Device for feeding closures to a closing machine |
| CN103418637A (en) * | 2012-10-09 | 2013-12-04 | 重庆朗正科技有限公司 | Front-side and rear-side detecting and material management equipment for disc-type parts |
| CN203699323U (en) * | 2013-10-19 | 2014-07-09 | 叶南 | Forward and reverse distribution mechanism for staples |
| CN103708215A (en) * | 2013-11-29 | 2014-04-09 | 嘉善县西塘四方服装辅料厂 | Horn-shaped button collating equipment |
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| CN106144533A (en) | 2016-11-23 |
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