CN208307759U - A kind of roller assembly line of achievable on-line machining - Google Patents
A kind of roller assembly line of achievable on-line machining Download PDFInfo
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- CN208307759U CN208307759U CN201820218568.4U CN201820218568U CN208307759U CN 208307759 U CN208307759 U CN 208307759U CN 201820218568 U CN201820218568 U CN 201820218568U CN 208307759 U CN208307759 U CN 208307759U
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- jacking
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Abstract
The utility model discloses a kind of roller assembly line of achievable on-line machining, it is characterized by comprising drum drive components and jacking component, jack the lower section that component is set to drum drive component, jacking component includes jacking driving part, fixed frame and jacking side plate, the bottom for jacking driving part is fixedly connected with jacking component bottom, output section is horizontally set in jacking component and connect with fixed frame bottom, fixed frame further includes two parallel side plates for being perpendicularly fixed at fixed frame bottom, the jacking side plate is arranged in parallel in the side of fixed frame side plate and is flexibly connected with it, when jacking driving part work, jack the achievable linear motion up and down of side plate, the lateral setting that driving part is jacked in this programme can make jacking component more compact in the height direction；On the other hand, it is additionally provided with inductor in assembly line, when sensing that carrier enters operation position, jacking component synchronization work can make carrier and jacking component complete location fit in dynamic process.
Description
Technical field
The utility model relates to a kind of conveying device, especially a kind of conveying device of achievable on-line machining.
Background technique
At present for on-line machining product on assembly line, barrier assembly need to be set in assembly line corresponding with operation position
And lifting body, when product reaches operation position, barrier assembly first stops the carrier resistance equipped with product, then lifting body work
To make, carrier is jacked, manual or automaticization equipment processes the product on the carrier after jacking, after processing, jack
Structure will be put back into assembly line again equipped with the carrier of product, the on-line machining mode of this assembly line, because of the setting of barrier assembly,
Cannot be according to Product Process demand, easily and flexibly handover operation station；On the other hand, the driving part of lifting body at present
Output section is typically normal to the holding plane of carrier in assembly line, and the bulk needs that driving part is placed in lifting body are comprehensive
Compact, assembly line can't be achieved the effect that by closing the size in view of driving part and the height of jacking, the structure of lifting body
Height also need to increase accordingly.
Summary of the invention
The purpose of the utility model is to overcome the deficiencies in the prior art, provide a kind of roller stream of achievable on-line machining
Waterline, lifting body may be provided in any position of assembly line, realize the flexible switching of operation position, the driving part of lifting body
Output section be horizontally set in lifting body, can save lifting body place jacking driving part height space, make to jack
Mechanism is more compact in the height direction, and then can reduce the setting height of assembly line；And by setting inductor, flowed when sensing
There is carrier to pass through in waterline, jacking component is started to work, and synchronous carrier enters the top of lifting body.
The utility model provides a kind of roller assembly line of achievable on-line machining, it is characterised in that: including assembly line branch
Frame, drum drive component, lifting body and control system are provided with drum drive component on flow line bracket, and lifting body is set
In the lower section of drum drive component, lifting body mainly includes jacking component, and jacking component includes jacking driving part, fixed frame
With jacking side plate, the bottom for jacking driving part is fixedly connected with jacking component bottom, and output section is horizontally set at jacking component
In and connect with fixed frame bottom, fixed frame further includes two side plates for being perpendicularly fixed at fixed frame bottom, and the jacking side plate is flat
Row is set to the side of fixed frame side plate and is flexibly connected with it, and straight line fortune up and down can be realized under the action of jacking driving part
It is dynamic；Further include inductor, there is carrier to pass through when sensing in assembly line, jacking component is started to work, and synchronous carrier enters
The top of lifting body.
In the roller assembly line further improvement scheme to above-mentioned achievable on-line machining, the jacking driving part
For electric pushrod.
Further, it is identical and arranged in parallel in side plate to be equipped with two shapes for the fixed frame side plate of the jacking component
The groove of sustained height position, the jacking component further includes camshaft bearing follower, and one end of camshaft bearing follower is fixed
It is connected to jacking side plate, other end rolling is connected in the groove of fixed frame side plate.
Further, the long side of the groove is two parallel curves, and short side is half-circle-arc shape, by two adjacent long side curves
Connection forms closed curve, and the long side curve of groove is made of three sections of horizontal lines and two sections of oblique lines, and two sections of oblique lines are for connecting
Two adjacent but highly different horizontal lines are equipped with knuckle in the part that oblique line is connected with horizontal line.
Further, the jacking component further includes fixed bottom plate, linear bearing and guide rod, and fixed bottom plate is fixed on jacking
On bracket, and support the other component of jacking component, linear bearing is fixed on the quadrangle of the jacking frame bottom, guide rod it is upper
End is flexibly connected with linear bearing, and lower end is fixedly connected on the fixed bottom plate.
Further, the lower part of the guide rod is additionally provided with supporting block, and spring is cased with outside guide rod, and spring is located at jacking frame
Between bottom and supporting block.
Further, the jacking component further includes jacking frame, and jacking frame is set to the top of jacking side plate, and jacking frame is by bottom
Plate and three oblong-shapeds being perpendicularly fixed above plate and the intermediate frame composition hollowed out, on the frame top of jacking frame
Portion is equipped with the first shop bolt, the second shop bolt and supporting table, and the carrier includes sliding slot, first positioning hole, the second positioning
Hole and it is supported face；When jacking component operation, jacking frame rises with jacking side plate, and the first shop bolt of jacking frame is through overloading
Matched in the first positioning hole of carrier, the second shop bolt and second location hole cooperation, support are extend into after the sliding slot of tool
Platform cooperates with the face that is supported.
Further, further include two positions inductor at the top of the jacking frame, be individually fixed in two outsides of jacking frame
On frame, and it is located at close to the inside of supporting table, position sensor judges to carry by the height of carrier above induction jacking frame
Whether tool is in a horizontal position, to ensure that the hole on pin and carrier on jacking frame is aligned one by one.
Further, the drum drive component includes mounting plate, pressing plate, roller, cover board, limit film, the bottom of mounting plate
The both sides of the flow line bracket are fixedly connected on, a side of mounting plate is uniformly provided with V-shaped valley, and pressing plate is equipped with uniformly row
Column vertical raised line matched with V-shaped valley, the support shaft of roller is caught between raised line and V-shaped valley, the top of pressing plate equipped with cover board,
It is connected with pinboard on cover board, limit film is fixed on pinboard, cover board is L shape, and the transverse part of cover board is fixedly connected on pressing plate
Top, vertical portion are fixedly connected with the another side of mounting plate, multiple fixed by pinboard in the top of cover board transverse part
Every the L shape limit film of arrangement, L shape limit film includes vertical portion and transverse part, and multiple L shapes positioned at flow line bracket the same side limit
The vertical portion of bit slice is alignment, one end of pinboard and the fixed company of the transverse part of limit film in the transmission direction along assembly line
It connects, the other end is connected through a screw thread mode with the strip hole that cover board is equipped with equipped with circular hole and fixes, by adjusting pinboard and lid
The position of the screw locking of plate can meet different width dimensions to adjust the distance between flow line bracket two sides limit film
Carrier passes through.
Detailed description of the invention
Fig. 1 is structural schematic diagram whole in certain preferred embodiment；
Fig. 2 is one of the separate structure schematic diagram in Fig. 1；
Fig. 3 is the separate structure schematic diagram of drum drive component in Fig. 1；
Fig. 4 is the separate structure schematic diagram of lifting body in Fig. 1；
Fig. 5 is the separate structure schematic diagram that component is jacked in Fig. 4 and the schematic diagram of the carrier to match with jacking component.
Specific embodiment
Below in conjunction with drawings and embodiments, the utility model is described in further detail.
As shown in Figure 1 and Figure 2, a kind of roller assembly line, including flow line bracket 1, drum drive component 2, lifting body 3,
Belt drive component 4 and control system, the flow line bracket 1 include two layers, and the upper layer of flow line bracket 1 is provided with roller biography
Dynamic component 2, in the lower section that operation position has lifting body 3 to be set to drum drive component 2, and is placed in the inside of flow line bracket 1,
1 lower layer of flow line bracket is provided with belt drive component 4.Drum drive component 2 is used to be driven the carrier equipped with product, and belt passes
The unloaded tool that dynamic component 4 is used to be driven reflux works as carrier as shown in figure 3, being equipped with photoelectric sensor 27 in drum drive component 2
When entering operation position along roller assembly line, the photoelectric sensor 27 on drum drive component 2 senses carrier, jacking
Mechanism 3 starts to work, and synchronous carrier is transferred to the top of lifting body 3 with drum drive component 2, and aligns with lifting body 3,
Then lifting body 3 works, and driving carrier rises and detachment roller assembly line, jack when from roller assembly line certain altitude
The relevant operations such as structure 3 stops working, and manual or automaticization equipment is assembled or tested to the product on the carrier jacked, behaviour
After the completion of work, lifting body 3 works on, and declines carrier and returns in roller assembly line.
As shown in figure 3, the drum drive component 2 further includes mounting plate 21, roller 22, pressing plate 23, cover board 24, pinboard
25, limit film 26 and roller controller 28.Mounting plate 21 is set to the two sides of drum drive component 2, in the flow line bracket 1
Both sides are fixedly connected to mounting plate 21, and the cross section of mounting plate 21 is rectangle, and bottom is that short side is fixed on flow line bracket 1
On, a side of mounting plate 21 is uniformly provided with V-shaped valley 211, and the both ends of the roller 22 are equipped with support shaft 221, support shaft 221
It is caught in V-shaped valley 211, the pressing plate 23 is equipped with lateral face and evenly distributed vertical raised line 231, the width of raised line 231 are slightly less than V
The lateral face of the width of word slot 211, pressing plate 23 is fixedly connected with the top of mounting plate 21, and 231 lower end of raised line of pressing plate 23 is pushed down
The cylinder support axis 221 being placed in V-shaped valley 211, raised line 231 cooperates with V-shaped valley 211 positions the support shaft 221 of roller 22
Firmly.The cover board 24 is L-shaped structure, and transverse part is fixedly connected on the top in the lateral face of pressing plate 23, vertical portion and mounting plate 21
Another side is fixedly connected, and passes through the fixed multiple spaced L shape limits of pinboard 25 in the top of the transverse part of cover board 24
Piece 26, L shape limit film 26 include vertical portion and transverse part, and limit film 26 is suspended from 22 top of roller, and it is same to be located at flow line bracket 1
The vertical portion of multiple L shape limit films 26 of side is alignment in the transmission direction along assembly line；The pinboard 25 is flat
Plate is equipped with circular hole towards one end of roller 22, and the other end is equipped with strip hole, the longitudinal direction of strip hole and the transmission side of assembly line
To vertical, the transverse part that mode and limit film 26 are connected through a screw thread at the circular hole of pinboard 25 is fixed, and passes through spiral shell at strip hole
It is fixed in line connection type and cover board 24, by adjusting the position of the screw locking between pinboard 25 and cover board 24, can adjust
The distance between 1 two sides limit film 26 of flow line bracket, the carrier that can meet different width dimensions passes through.The photoelectric sensor
27 and roller controller 28 be fixed on mounting plate 21 be equipped with V-shaped valley side, towards inside mounting plate, photoelectric sensor 27 is used for
The carrier flowed through on induction roller, roller controller 28 are used to control direction of rotation and the revolving speed of roller 22.
As shown in figure 4, the lifting body 3 includes lifting-up support 31, jacking component 32 and shell 33, on lifting-up support 31
It is fixedly connected with jacking component 32, jacking component 32 includes fixed bottom plate 321 and jacking frame 328, and fixed bottom plate 321 is used to support top
The other component of component 32 is risen, jacking frame 328 is located at the top of jacking component 32, when jacking the work of component 32, jacking frame 328
It is passed in and out from the gap between adjacent roller 22, top carrier can be jacked and be put back into rolling to the top of roller 22, or by carrier
In cylinder assembly line.The shell 33 is made of four side plates, and side plate is looped around the surrounding of jacking component 32, and bottom is fixedly connected
In on fixed bottom plate 321.Lifting body 3 can be placed in any position in roller assembly line according to Product Process demand.
As shown in figure 5, the jacking component 32 further includes electric pushrod 322, guide rod 323, fixed frame 324, camshaft
Hold follower 325, jacking side plate 326, linear bearing 327 and position sensor 329.Preferably, the drive of the jacking component 32
Dynamic component is electric pushrod 322, and electric pushrod 322 is fixed on the fixed bottom plate 321, and the fixed bottom plate 321 is rectangular
Shape plate, the output section of electric pushrod 322 is parallel with the fixed long side of bottom plate 321, and it is intermediate that driving portion is set to two long sides centre, and leans on
At nearly fixed 321 side short side of bottom plate, two sliding rails parallel with it are equipped in the two sides of 322 output section of electric pushrod, it is described solid
The bottom for determining frame 324 is equipped with a transfer block 3241, and the output section of electric pushrod 322 is equipped with push rod connector 3221, fixed frame 324
It is fixedly connected by transfer block 3241 with push rod connector 3221, and the bottom of fixed frame 324 is slidably connected to electronic push away simultaneously
The sliding rail of 322 output section two sides of bar.
The fixed frame 324 further includes two side plates for being perpendicularly fixed at bottom, and two sides plate shape is consistent.With wherein side plate
For, side plate is identical equipped with two shapes, and the groove 3242 arranged in parallel in side plate sustained height position, groove 3242
Long side be two parallel curves, short side is half-circle-arc shape, two long side curves adjacent thereto is connected, to be formed closed
Curve.The long side curve of groove 3242 is made of three sections of horizontal lines and two sections of oblique lines, and two sections of oblique lines are adjacent but high for connecting two
Different horizontal lines is spent, is equipped with knuckle in the part that oblique line is connected with horizontal line.The jacking side plate 326 is set to solid in parallel
Determine the outside of 324 side plate of frame, and be connected with the side plate of fixed frame 324 by two camshaft bearing followers 325, camshaft bearing is servo-actuated
Device 325 includes bolt and idler wheel, and idler wheel can be rotated centered on bolt, and the bolt of camshaft bearing follower 325 is fixedly connected on
It jacks on side plate 326, idler wheel is located in the side plate groove 3242 of fixed frame 324, and idler wheel can be rolled along groove 3242, jacks side plate
326 upper end is fixedly connected on the bottom of the jacking frame 328.When the electric pushrod 322 work, fixed frame 324 is along institute
Sliding rail sliding is stated, the side plate for then jacking side plate 326 relative to fixed frame 324 moves, and jacking frame 328 is complete with jacking side plate 326
At the movement for rising or declining.It, can be complete under driving force by the electric pushrod 322 being horizontally set on fixed bottom plate 321
It is laterally driven to be different from zigzag tread patterns at the up and down motion of jacking frame 328, it can effectively save in roller assembly line and jack is set
The height space of structure 3.
The jacking frame 328 is by the plate of bottom and three oblong-shapeds being perpendicularly fixed above plate and centre hollows out
Frame composition, the quadrangle of 328 base platform of jacking frame sets altogether there are four linear bearing 327, the upper end of the guide rod 323 with
Linear bearing 327 is flexibly connected, and the lower end of guide rod 323 is fixedly connected on the fixed bottom plate 321, under guide rod 323
Portion is equipped with supporting block 3231, is cased with spring in the position between supporting block 3231 and jacking frame 328 outside guide rod 323,
The elastic force of spring can assist the part gravity of support jacking frame 328.
It is equipped with pin and supporting table in the frame roof of jacking frame 328, pin is used for and the carrier of top aligns, supporting table
Support force is provided for the carrier when jacking movement to top.The frame roof of jacking frame 328 further includes position sensor
329, judge whether carrier is in a horizontal position by incuding the height of 328 top carrier of jacking frame, to ensure jacking frame 328
On pin and carrier on hole be aligned one by one.Certain preferred case is set in jacking frame 328 there are three frame, intermediate frame
Top is set there are two the first shop bolt 3281, and the frame roof middle position of two sides is respectively provided with second shop bolt
3282, two supporting tables 3283 are symmetrically arranged in the two sides of the second shop bolt 3282；Accordingly, it also is provided with and institute in carrier bottom
State the first shop bolt 3281, the structure that the second shop bolt 3282 and supporting table 3283 match, by taking carrier 5 as an example, carrier 5
Bottom is equipped with sliding slot 51, first positioning hole 52, second location hole 53 and is supported face 54.Enter top with roller assembly line in carrier
When rising mechanism 3, lifting body 3 is synchronous to start to work, and it is fixed that first shop bolt 3281 extend into first after sliding slot 51
Matched in the hole 52 of position, the second shop bolt 3282 cooperates with second location hole 53, and supporting table 3283 is matched with the face that is supported 54
It closes.It there are two the position sensor 329 is set, is individually fixed in two lateral frames of jacking frame 328, and is located at close to branch
Support the inside of platform 3283.
The working principle of lifting body 3 described below: when carrier 5 is sent to operation position, the photoelectric sensor 27
Sense that carrier 5, lifting body 3 are started to work, electric pushrod 322 is run, and makes to jack side plate 326 relative to fixed frame 324
Side plate moves upwards, i.e., camshaft bearing follower 325 is moved upwards along the side plate groove 3242 of fixed frame 324, herein by groove
Three horizontal planes in 3242 are respectively defined as initial water plane, First terrace and second step face from low to high, work as cam
For bearing follower 325 when the initial water plane of groove 3242 moves up dynamic, the first shop bolt 3281 of 328 top of jacking frame is same
Step enters in the sliding slot 51 of 5 bottom of carrier, rises to when camshaft bearing follower 325 continues to move along the inclined-plane of groove 3242
When First terrace, the frame of jacking frame 328 is passed through from the gap between two adjacent rollers 22, the carrier 5 with 22 top of roller
Cooperate, wherein the first shop bolt 3281 in jacking frame 328, the first positioning hole 52 of the second shop bolt 3282 and carrier 5,
Second location hole 53 is aligned, and the supporting table 3283 and carrier 5 in jacking frame 328 are supported the contact of face 54, at this point, being set to described
The height of two position sensors 329 induction top carrier on jacking frame 328, to judge whether carrier is in a horizontal position,
If carrier is not on horizontal position, control system alarm, by artificial treatment；If be in a horizontal position, camshaft
It holds follower 325 and continues to move and rise to second step surface along the inclined-plane of groove 3242, synchronous carrier 5 is in lifting body 3
Roller assembly line is left under effect, and is stopped in the position for having certain altitude apart from roller assembly line, at this point, manual or automaticization
Equipment such as is assembled or is tested to the product on carrier 5 at the relevant operations, and the second step of the groove 3242 faces jacking frame
328 provide horizontal support plane, even if in operation, manual or automaticization equipment applies downward pressure to carrier 5, top
Rising frame 328 will not decline, and ensure that the stability of operating platform.After the completion of the work of manual or automaticization equipment, electric pushrod
322 inverted runnings, jacking side plate 326 is moved downward relative to the side plate of fixed frame 324, until camshaft bearing follower 325 returns
Into the initial water plane of 324 side plate groove 3242 of fixed frame, carrier 5 leaves lifting body 3 and returns in roller assembly line, and
Next station is transmitted to roller 22.
The foregoing is merely some or certain preferred embodiments of the utility model, are not intended to limit the utility model
The scope of the patents, equivalent structure or equivalent transformation made by using the description of the utility model and the drawings, or directly or
It is used in other relevant technical fields indirectly, should all similarly include in the scope of patent protection of the utility model.In addition, with
The not most place of upper verbal description can also combine with the understanding of routine and the prior art with reference to the direct expression of figure and go to implement.
Claims (9)
1. a kind of roller assembly line of achievable on-line machining, it is characterised in that: including flow line bracket, drum drive component,
Lifting body and control system, drum drive component is provided on flow line bracket, and lifting body is set to drum drive component
Lower section, lifting body include jacking component, and jacking component includes jacking driving part, fixed frame and jacking side plate, jacking driving
The bottom of component is fixedly connected with jacking component bottom, and output section is horizontally set in jacking component and connects with fixed frame bottom
It connects, fixed frame further includes two side plates for being perpendicularly fixed at fixed frame bottom, and the jacking side plate is arranged in parallel in fixed frame side plate
Side and be flexibly connected with it, can be realized under the action of jacking driving part up and down linear motion；It further include inductor, when
Sensing in assembly line has carrier to pass through, and jacking component is started to work, and synchronous carrier enters the top of lifting body.
2. the roller assembly line of achievable on-line machining according to claim 1, it is characterised in that: the jacking driving portion
Part is electric pushrod.
3. the roller assembly line of achievable on-line machining according to claim 1, it is characterised in that: the jacking component
Fixed frame side plate is identical equipped with two shapes, and the groove arranged in parallel in side plate sustained height position, the jacking group
Part further includes camshaft bearing follower, and one end of camshaft bearing follower is fixedly connected on jacking side plate, and the other end rolls connection
In the groove of fixed frame side plate.
4. the roller assembly line of achievable on-line machining according to claim 3, it is characterised in that: the long side of the groove
For two parallel curves, short side is half-circle-arc shape, two adjacent long side curves is connected to form closed curve, the long side of groove
Curve is made of three sections of horizontal lines and two sections of oblique lines, and two sections of oblique lines are used to connect two adjacent but highly different horizontal lines, oblique
The part that line is connected with horizontal line is equipped with knuckle.
5. the roller assembly line of achievable on-line machining according to claim 1 or 3, it is characterised in that: the jack
Structure further includes lifting-up support；The jacking component further includes jacking frame, fixed bottom plate, linear bearing and guide rod, fixed bottom plate
It being fixed on lifting-up support, and supports the other component of jacking component, linear bearing is fixed on the quadrangle of the jacking frame bottom,
The upper end of guide rod is flexibly connected with linear bearing, and lower end is fixedly connected on the fixed bottom plate.
6. the roller assembly line of achievable on-line machining according to claim 5, it is characterised in that: under the guide rod
Portion is additionally provided with supporting block, spring is cased with outside guide rod, spring is between jacking frame bottom and supporting block.
7. the roller assembly line of achievable on-line machining according to claim 5, it is characterised in that: the jacking frame is set to
The top of side plate is jacked, jacking frame is by the plate of bottom and three oblong-shapeds being perpendicularly fixed above plate and centre hollows out
Frame composition, jacking frame frame roof be equipped with the first shop bolt, the second shop bolt and supporting table, the carrier packet
It includes sliding slot, first positioning hole, second location hole and is supported face；When jacking component operation, jacking frame is on jacking side plate
It rises, the first shop bolt of jacking frame extend into matched in the first positioning hole of carrier after the sliding slot of carrier, and second is fixed
Position pin and second location hole cooperate, and supporting table cooperates with the face that is supported.
8. the roller assembly line of achievable on-line machining according to claim 7, it is characterised in that: the top of the jacking frame
Portion further includes two positions inductor, is individually fixed in two lateral frames of jacking frame, and is located at close to the inside of supporting table,
Position sensor judges whether carrier is in a horizontal position by the height of carrier above induction jacking frame, to ensure jacking frame
On pin and carrier on hole be aligned one by one.
9. the roller assembly line of achievable on-line machining according to claim 1, it is characterised in that: the drum drive group
Part includes mounting plate, pressing plate, roller, cover board, limit film, and the bottom of mounting plate is fixedly connected on the two of the flow line bracket
Side, a side of mounting plate are uniformly provided with V-shaped valley, and pressing plate is equipped with evenly distributed vertical raised line and matches with V-shaped valley, roller
Support shaft be caught between raised line and V-shaped valley, be equipped with cover board in the top of pressing plate, be connected with pinboard on cover board, on pinboard
It is fixed with limit film, cover board is L shape, and the transverse part of cover board is fixedly connected on above pressing plate, the other side of vertical portion and mounting plate
Face is fixedly connected, and passes through the fixed multiple spaced L shape limit films of pinboard, L shape limit film in the top of cover board transverse part
Including vertical portion and transverse part, positioned at flow line bracket the same side multiple L shape limit films vertical portion in the biography along assembly line
It is alignment on dynamic direction, one end of pinboard is fixedly connected with the transverse part of limit film, and the other end is equipped on circular hole and cover board
The strip hole being equipped with is connected through a screw thread mode and fixes, by adjusting the position of pinboard and the screw locking of cover board, to adjust
The distance between flow line bracket two sides limit film, the carrier that can meet different width dimensions passes through.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820218568.4U CN208307759U (en) | 2018-02-08 | 2018-02-08 | A kind of roller assembly line of achievable on-line machining |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820218568.4U CN208307759U (en) | 2018-02-08 | 2018-02-08 | A kind of roller assembly line of achievable on-line machining |
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| Publication Number | Publication Date |
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| CN208307759U true CN208307759U (en) | 2019-01-01 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820218568.4U Expired - Fee Related CN208307759U (en) | 2018-02-08 | 2018-02-08 | A kind of roller assembly line of achievable on-line machining |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113148665A (en) * | 2021-05-07 | 2021-07-23 | 广东西尼科技有限公司 | Automatic handling equipment of tray |
| CN113173397A (en) * | 2021-04-29 | 2021-07-27 | 苏州工业园区欣隆电热仪器有限公司 | Wire body and working method thereof |
| CN114619382A (en) * | 2021-10-26 | 2022-06-14 | 杭州联德精密机械股份有限公司 | Split type location frock of oil pan |
-
2018
- 2018-02-08 CN CN201820218568.4U patent/CN208307759U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113173397A (en) * | 2021-04-29 | 2021-07-27 | 苏州工业园区欣隆电热仪器有限公司 | Wire body and working method thereof |
| CN113148665A (en) * | 2021-05-07 | 2021-07-23 | 广东西尼科技有限公司 | Automatic handling equipment of tray |
| CN114619382A (en) * | 2021-10-26 | 2022-06-14 | 杭州联德精密机械股份有限公司 | Split type location frock of oil pan |
| CN114619382B (en) * | 2021-10-26 | 2023-10-20 | 杭州联德精密机械股份有限公司 | Split type location frock of oil pan |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190101 Termination date: 20210208 |