CN208182088U - A kind of coiled material tail end orientation conveying device - Google Patents
A kind of coiled material tail end orientation conveying device Download PDFInfo
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- CN208182088U CN208182088U CN201820313802.1U CN201820313802U CN208182088U CN 208182088 U CN208182088 U CN 208182088U CN 201820313802 U CN201820313802 U CN 201820313802U CN 208182088 U CN208182088 U CN 208182088U
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- coiled material
- tail
- tail end
- orientation
- positioning mechanism
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Abstract
The utility model discloses a kind of coiled material tail ends to orient conveying device, including for accepting and the transfer passage of transporting rolls, it further include seeking tail positioning mechanism in the transfer passage upstream, wherein, the tail positioning mechanism of seeking is adjusted for incuding the tail end orientation of coiled material and by the tail end rotation of coiled material to scheduled first orientation, in order to which when coiled material, which is rolled off, to be sought tail positioning mechanism and be stopped on transfer passage, the tail end orientation of coiled material is accurately in required second orientation.
Description
Technical field
The utility model relates to the technical fields of roll transfer equipment, refer in particular to a kind of coiled material tail end orientation conveying dress
It sets.
Background technique
In the production of existing coiled material, downstream is transported to after coiled material is rolling and the processes such as sealing, then through transloading equipment
Station such as is cut and is packed accordingly at the processes processing.In addition, as consumption market is for coiled material appearance packaging aesthetics, system
The requirement of one property is higher and higher, simultaneously as coiled material tail end orientation will have a direct impact on coiled material wrapper orientation, and existing coiled material
Transloading equipment (such as conventional conveyer belt), in coiled material transport process, often can not accurately adjust coiled material tail end orientation,
So as to cause coiled material after being sent into downstream process, need again to carry out coiled material tail end orientation by manual type or specific equipment
Adjustment, so that coiled material tail end is allowed be in required orientation so as to packing processes, it is above-mentioned to guarantee the uniformity after coiled material is packed
Adjustment mode, not only low efficiency, but also at high cost, to cause coiled material production efficiency low and aggravate being produced into for coiled material
This.
Utility model content
The purpose of the utility model is to overcome the deficiencies in the prior art, provide a kind of by guaranteeing coiled material tail end orientation
Consistency orients conveying device with the coiled material tail end for improving subsequent handling production efficiency.
In order to achieve the above purpose, a kind of coiled material tail end orientation conveying device provided by the utility model, including with
It further include seeking tail positioning mechanism in the transfer passage upstream, wherein described to seek in undertaking and the transfer passage of transporting rolls
Tail positioning mechanism is used to incude the tail end orientation of coiled material and adjusts the tail end rotation of coiled material to scheduled first orientation, so as to
When coiled material is rolled off and seeks tail positioning mechanism and be stopped on transfer passage, the tail end orientation of coiled material is accurately in required second orientation.
Further, the tail positioning mechanism of seeking includes detection unit for incuding coiled material tail end and for rotating adjustment
The upper orientation roller and lower orientation roller in coiled material tail end orientation, wherein the upper orientation roller and the equidirectional rotation of lower orientation roller same rate
When, coiled material fixed point rotary between upper orientation roller and lower orientation roller is enabled, thus the coiled material tail sensed to the detection unit
End orientation carries out rotation adjustment.
It further, further include being located at one side of conveying channel and swingable positioning baffle, wherein the positioning baffle is used for
Stop and contact the coiled material on transfer passage, to adjust coiled material in the lateral position on transfer passage.
Further, further include being located at positioning baffle opposite side and transversely movable limited block, wherein the limited block with
Positioning baffle matches the coiled material contacted on transfer passage, thus to limit coiled material in the lateral position on transfer passage.
It further, further include being located at transfer passage and seeking the lower delivery board between tail positioning mechanism, wherein the lower conveying
Plate is inclined to be arranged and is delivered on transfer passage for coiled material from the rolling of tail positioning mechanism is sought.
Further, the feeding-passage for accepting coiled material is additionally provided in the upstream for seeking tail positioning mechanism, wherein described
The inclined arrangement of feeding-passage seeks tail positioning mechanism in order to which coiled material rolling is delivered to.
It further, further include having to be located at feeding-passage and seek the transmission parts between tail positioning mechanism, wherein the transmission parts
The coiled material sent is rolled by feeding-passage for stopping to accept, and drives coiled material to turn to and seeks tail positioning in order to which coiled material rolling is delivered to
Mechanism.
Further, the transmission parts include carrier for accepting coiled material and are located at carrier end and for hindering
Keep off the blocking portion of coiled material, wherein the transmission parts are also configured with rotary drive unit, drive by the way that the rotary drive unit is synchronous
Dynamic carrier and blocking portion rotation so that carrier respectively with feeding-passage and seek tail positioning mechanism reciprocal cooperation.
It further, further include having the upper delivery board for being located at and seeking between tail positioning mechanism and transmission parts, wherein the upper conveying
It the inclined arrangement of plate and is delivered to from carrier rolling for coiled material and seeks tail positioning mechanism.
The utility model uses above-mentioned scheme, the beneficial effect is that: the tail of coiled material is incuded by seeking tail positioning mechanism
End orientation and the rotation of the tail end of coiled material is adjusted to scheduled first orientation, seeks tail positioning mechanism in order to which coiled material is rolled off and be stopped at
When on transfer passage, the tail end orientation of coiled material is accurately in required second orientation, then axially will by transfer passage along coiled material
The station in roll transfer to downstream carries out respective handling, passes through above-mentioned mode, it is ensured that be delivered to any one on transfer passage 2
The tail end orientation of the coiled material of item is in required second orientation, to ensure that the coiled material tail end transferred out through transfer passage
The uniformity in orientation, and then process is performed corresponding processing to coiled material convenient for downstream process.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the orienting device of the utility model.
Fig. 2 is the Xun Wei attitude reference device of the utility model and the structural schematic diagram of transmission parts.
The structural schematic diagram of the step of Fig. 3 is the present embodiment one.
The structural schematic diagram of the step of Fig. 4 is the present embodiment two.
The structural schematic diagram of the step of Fig. 5 is the present embodiment two.
The structural schematic diagram of the step of Fig. 6 is the present embodiment three.
The structural schematic diagram of the step of Fig. 7 is the present embodiment four.
The structural schematic diagram of the step of Fig. 8 is the present embodiment four.
Wherein, 1- seeks tail positioning mechanism, 11- detection unit, orients roller on 12-, roller, 2- transfer passage, 3- are oriented under 13-
Positioning baffle, 31- baffle-plate driving unit, 4- limited block, delivery board under 5-, 6- feeding-passage, 7- transmission parts, 71- carrier,
72- blocking portion, 73- rotary drive unit, the upper delivery board of 8-, 9- rack, 91- sliding slot, 10- coiled material.
Specific embodiment
The utility model is further described combined with specific embodiments below.
Referring to shown in attached drawing 1 and attached drawing 2, in the present embodiment, a kind of coiled material tail end orientation conveying device, includes to be used for
Accept and transfer passage 2(the present embodiment of transporting rolls 10 be conveyor belt) and be located at 2 upstream of transfer passage to seek tail fixed
Position mechanism 1, wherein seek tail positioning mechanism 1 and adjusted for incuding the tail end orientation of coiled material 10 and by the tail end rotation of coiled material 10
To presetting first orientation, in order to when coiled material 10, which is rolled off, to be sought tail positioning mechanism 1 and be stopped on transfer passage 2, the tail of coiled material 10
End orientation is accurately in required second orientation, then coiled material 10 is axially delivered to downstream along coiled material 10 by transfer passage 2
Station carries out respective handling (such as cut, pack process), it is ensured that is delivered to any one coiled material 10 on transfer passage 2
Tail end orientation is in required second orientation, ensure that the uniformity of the coiled material 10 on transfer passage 2, is convenient for subsequent downstream
Station processing.
In the present embodiment, according to the perimeter value of coiled material 10 and coiled material 10 by seek the rolling of tail positioning mechanism 1 be delivered to it is defeated
The rolling distance value in channel 2 is sent, and 10 rolling distance of coiled material is the multiple of 10 perimeter of coiled material, it thus can be by seeking tail localization machine
Structure 1 is adjusted the tail end orientation of coiled material 10, to realize the adjustment to the 10 tail end direction of coiled material being stopped on transfer passage 2
(it is worth noting that, no matter coiled material 10 is in the speed for rolling delivery rate, two factors for influencing the tail end orientation of coiled material 10 are
10 perimeter of rolling distance and coiled material), for this purpose, in actual production, being determined according to 10 dimensions of coiled material of actual production with tail is sought
Position mechanism 1 to the rolling distance value between transfer passage 2 multiple, to determine the positional relationship of first orientation and second orientation；For
It is special herein to enumerate specific embodiment in order to the understanding of those skilled in the art convenient for the understanding to above-mentioned positional relationship:
Situation 1: when if desired coiled material 10 is stopped on transfer passage 2, the tail end orientation of coiled material 10 is in surface (that is, required second
Orientation is then right above coiled material 10), and the rolling distance of coiled material 10 is equal with coiled material perimeter (that is, coiled material is by seeking tail positioning mechanism 1
Roll to transfer passage 2 and need to roll one week), thus seek tail positioning mechanism 1 need to adjust 10 tail end orientation rotation of coiled material to
Surface, make 10 tail end of coiled material rotate a circle be stopped on transfer passage 2 when, 10 tail end orientation of coiled material is just quasi- on just
Side.Situation 2: when if desired coiled material 10 is stopped on transfer passage 2, the tail end orientation of coiled material 10 is in surface (that is, required
Two orientation are then right above coiled material 10), and the rolling distance of coiled material 10 is 1.5 times of coiled material perimeter (that is, coiled material is positioned by seeking tail
Mechanism 1, which is rolled to transfer passage 2, to be needed to roll a week and a half), it needs to seek tail positioning mechanism by 10 tail end orientation rotation of coiled material
Adjust to underface, make 10 tail end of coiled material rotate a circle and a half be stopped on transfer passage 2 when, 10 tail end orientation of coiled material is just accurate
It is stopped in surface.Principle work is adjusted with the rotation for seeking tail positioning mechanism 2 to the application by enumerating above-mentioned two situations
Detailed illustration out.
The understanding for seeking tail positioning mechanism 1 for the ease of those skilled in the art to the present embodiment, the present embodiment seek tail
Positioning mechanism 1 includes detection unit 11 for incuding 10 tail end of coiled material and for rotating adjustment 10 tail end orientation of coiled material
Orient roller 12 and lower orientation roller 13, wherein above orient roller 12 and lower orientation roller 13 be in it is upper and lower positioned opposite, in upper orientation roller 12 and
The gap passed through for coiled material 10 is formed between lower orientation roller 13；The detection unit 11 of the present embodiment is for incuding 10 tail of coiled material
The detection electric eye at end and be located at lower orientation 13 roll surface of roller around (the application is not limited to the position with detection unit 11, also settable
Around upper orientation roller 12, unit 11 can be will test according to practical condition and be set to suitable place in order to more answer coiled material 10
Tail end).It is delivered between upper orientation roller 12 and lower orientation roller 13 when coiled material 10 rolls, utilizes upper orientation roller 12 and lower orientation roller 13
When the equidirectional rotation of same rate, the linear velocity of reel in both rotational directions is essentially identical, to enable coiled material 10 in upper orientation
Fixed point rotary between roller 12 and lower orientation roller 13 incudes coiled material using detection unit 11 during 10 fixed point rotary of coiled material
Tail end orientation on 10 outer peripheral surfaces, after unit 11 to be detected senses 10 tail end orientation of coiled material, by upper orientation roller 12 and lower fixed
Rotation adjustment is carried out to coiled material 10 to roller 13, when 10 tail end orientation adjustment of coiled material to scheduled first orientation, to upper orientation roller
12 and lower orientation roller 13 adjusted the speed that (any upper orientation roller 12 and lower orientation roller 13 can be by stopping, subtracting to be formed with speed difference
Speed or direction the modes such as rotate to form speed difference), thus by means of speed difference promote reel be rolled off upper orientation roller 12 with it is lower fixed
To between roller 13 to transfer passage 2.For 10 tail end of coiled material using first orientation as starting point, 10 tail end of coiled material is same with the rolling of coiled material 10
Step rotation, until 10 tail end orientation of coiled material at this time is accurately in required second just when coiled material 10 is stopped on transfer passage 2
Orientation.
Secondly, in order to further ensure that coiled material 10 is stopped at the positional accuracy and uniformity of transfer passage 2, in the present embodiment
In, it include to be located at 2 side of transfer passage and swingable positioning baffle 3, wherein positioning baffle 3 is for stopping and contacting defeated
The coiled material 10 on channel 2 is sent, to adjust the lateral position on coiled material 10 and transfer passage 2；Positioning baffle 3, which is configured with, drives it
The baffle-plate driving unit 31(for carrying out rotary oscillation can be motor, no longer right in the application since motor is as conventional technical means
Its principle is repeated), drive positioning baffle 3 to be rocked to corresponding position by driving baffle plate unit, so that coiled material 10 rolls
When on dynamic transfer passage 2,10 side of coiled material is contacted using positioning baffle 3, plays the role of that coiled material 10 is stopped to limit.
In addition, further including being located at 3 opposite side of positioning baffle and transversely movable limited block 4, wherein according to coiled material 10
Diameter specifications are led to by laterally moving limited block 4 to corresponding position to match with positioning baffle 3 and contact conveying
10 two sides of coiled material on road 2, to avoid coiled material 10 from rolling extremely to limit the lateral position on coiled material 10 and transfer passage 2
When on transfer passage 2, the case where displacement in a lateral direction, it is ensured that coiled material 10 is able to maintain scheduled positional relationship and accurately conveys
To downstream process.Secondly, in transfer passage 2 and seeking between tail positioning mechanism 1 and being additionally provided with lower delivery board 5, wherein lower delivery board 5
Inclined arrangement (being arranged diagonally downward by seeking tail positioning mechanism 1 towards transfer passage 2) and for coiled material 10 from seek tail positioning mechanism 1 roll
It is dynamic to be delivered on transfer passage 2.In the present embodiment, limited block 4 is located at lower 5 end of delivery board and 4 top surface of limited block is under
Delivery board 5 is flush, lower delivery board 5 and 4 top surface of limited block collectively constitute supply spool from seek the rolling of tail positioning mechanism 1 send it is logical to conveying
Face is sent in rolling on road 2, and (rolling herein send face length value to be delivered to transfer passage 2 by seeking the rolling of tail positioning mechanism 1 for coiled material 10
Rolling distance value).
In the present embodiment, it is also successively arranged and is used in the upstream for seeking tail positioning mechanism 1 along 10 conveying direction of coiled material
Accept feeding-passage 6, transmission parts 7 and the upper delivery board 8 of coiled material 10, wherein the inclined arrangement of feeding-passage 6, for accepting
The next coiled material 10 of trip station conveying simultaneously allows coiled material 10 to be delivered to transmission parts 7 along the rolling of feeding-passage 6；Transmission parts 7 are held for stopping
It connects and the coiled material 10 sent is rolled by feeding-passage 6, and drive coiled material 10 to turn in order to which coiled material 10 is delivered to through the rolling of upper delivery board 8
It seeks at tail positioning mechanism 1, the angle between the feeding-passage 6 and upper feeding channel 6 of the present embodiment is acute angle.
Preferably, transmission parts 7 include carrier 71 for accepting coiled material 10 and are located at 71 end of carrier and use
In the blocking portion 72 for stopping coiled material 10, the carrier 71 and blocking portion 72 of the present embodiment are arranged in angle, carrier 71 and blocking
The synchronous rotary drive unit 73 that around axis A reciprocating rotation, transmission parts 7 are also configured in portion 72, wherein the rotation of the present embodiment drives
Unit 73 is telescopic cylinder, is connected by the telescopic end of telescopic cylinder with the bottom of carrier 71, thus single in rotation driving
Carrier 71 and blocking portion 72 is driven to rotate synchronously under the drive of member 73；With 71 reciprocating rotation of carrier to logical with charging respectively
(the present embodiment, carrier 71 back and forth move 8 phase reciprocal cooperation of road 6 and upper delivery board between feeding-passage 6 and upper delivery board 8
It is dynamic), that is, carrier 71 rotates the position (can be slightly below feeding-passage 6) as 6 flush of feeding-passage, thus carrier 71
To accept the coiled material 10 rotated out from feeding-passage 6, coiled material 10 continues Forward up to the barrier effect by blocking portion 72
It is stopped at the angular position between carrier 71 and blocking portion 72, then carrier 71 is driven by rotary drive unit 73 and is stopped
Portion 72 rotates synchronously so that carrier 71 turns to the position (can be slightly higher than upper delivery board 8) with upper 8 flush of delivery board, coiled material
10 roll supreme delivery board 8 from carrier 71 under own wt effect, seek at tail positioning mechanism 1 to roll to be delivered to.It is logical
Cross transfer and stop of the coiled material 10 at transmission parts 7, avoid coiled material 10 during scrolling deflection the case where, to control coiled material
10 are delivered to the speed sought at tail positioning mechanism 1, next when avoiding the occurrence of the coiled material 10 sought at tail positioning mechanism 1 and being adjusted
A coiled material 10 has moved to seek tail positioning mechanism 1, while reducing feeding-passage 6 to seeking the occupied space of tail positioning mechanism 1,
Effectively optimize 10 tail end orienting device spatial volume of coiled material.
In the present embodiment, feeding-passage 6, transmission parts 7, seek tail positioning mechanism 1, upper delivery board 8, lower delivery board 5 and
Limited block 4 is mounted in the rack 9 being preset with, and sliding slot 91(this implementation extended transversely is provided in the bottom end of rack 9
The sliding slot 91 of example can be slidingly fitted with the fixation bottom plate being preset with), by rack 9,91 directions are mutually slided on to realize along the chute
Various components are stated to adjust in lateral position (due in actual production, being adjusted without the position often to rack 9, therefore
The mode that clamping screw can be used when by adjusting rack 9 to suitable position, being locked rack 9 using clamping screw and being fixed
Plate), that is, the movement of limited block 4 horizontally is realized, thus according to the dimensions of coiled material 10, by adjusting rack 9 in transverse direction
On position to allowing the gap between limited block 4 and positioning baffle 3 to adjust to adaptable length value.
For the ease of the understanding to application scheme, now the working method of the application is described further:
A kind of working method for seeking tail orienting device, includes following steps:
Referring to shown in attached drawing 3, S1. transfer passage 2 accept by above-mentioned station convey from coiled material 10, allow coiled material 10 along defeated
Channel 2 is sent to roll conveying diagonally downward；
Referring to shown in attached Figure 4 and 5, the rotation in advance of S2. transmission parts 7 is to predetermined position for stopping to accept by feeding-passage 6
The coiled material 10 sent is rolled, and drives coiled material 10 to turn in order to which the rolling of coiled material 10 is delivered to upper delivery board 8；
Referring to shown in attached drawing 6, S3. coiled material 10 through the rolling of upper delivery board 8 through sending to seeking at tail positioning mechanism 1, and coiled material 10 is in upper
Fixed point rotary between roller 12 and lower orientation roller 13 is oriented, and incudes the tail end side on 10 outer peripheral surface of coiled material using detection unit 11
Position, then rotation is carried out to coiled material 10 by upper orientation roller 12 and lower orientation roller 13 and is adjusted to scheduled first orientation；
Referring to shown in attached drawing 7 and attached drawing 8, S4. is adjusted after the rotation of the tail end of coiled material 10 to scheduled first orientation, coiled material
10 are rolled off and send by lower delivery board 2 and the rolling of 4 top surface of limited block to transfer passage 2, wherein are stopped at transfer passage Room 2 at this time
On the tail end orientation of coiled material 10 be accurately in required second orientation,
S5. transfer passage 2 carries out respective handling along the axial station that coiled material 10 is delivered to downstream of coiled material 10.
Further, it is adjusted by the position in advance to positioning baffle 3 and limited block 4, to utilize 3 He of positioning baffle
Cooperation limits lateral position of the coiled material 10 on transfer passage 2 to limited block 4 jointly.
The embodiment of the above is only the preferred embodiment of the utility model, not does any form to the utility model
On limitation.Anyone skilled in the art, in the case where not departing from technical solutions of the utility model ambit, in utilization
The technology contents for stating announcement make more possible variations and retouching to technical solutions of the utility model, or modification is that this is practical
Novel equivalent embodiment.Therefore all contents without departing from technical solutions of the utility model, the thinking according to the utility model are made
Equivalent equivalence changes, should all be covered by the protection scope of the utility model.
Claims (9)
1. a kind of coiled material tail end orients conveying device, including for accepting and the transfer passage (2) of transporting rolls (10), feature
It is: further includes seeking tail positioning mechanism (1) in the transfer passage (2) upstream, wherein is described to seek tail positioning mechanism (1) use
It adjusts in the tail end orientation of induction coiled material (10) and by the tail end rotation of coiled material (10) to scheduled first orientation, in order to roll up
Material (10) is rolled off when seeking tail positioning mechanism (1) and being stopped on transfer passage (2), and the tail end orientation of coiled material (10) is accurately required
Second orientation.
2. a kind of coiled material tail end according to claim 1 orients conveying device, it is characterised in that: described to seek tail positioning mechanism
(1) include detection unit (11) for incuding coiled material (10) tail end and adjust coiled material (10) tail end orientation for rotate
Orient roller (12) and lower orientation roller (13), wherein the upper orientation roller (12) and the equidirectional rotation of lower orientation roller (13) same rate
When, coiled material (10) fixed point rotary between upper orientation roller (12) and lower orientation roller (13) is enabled, thus to the detection unit (11)
Coiled material (10) the tail end orientation sensed carries out rotation and adjusts to scheduled first orientation.
3. a kind of coiled material tail end according to claim 1 orients conveying device, it is characterised in that: further include being located at conveying to lead to
Road (2) side and swingable positioning baffle (3), wherein the positioning baffle (3) is for stopping and contacting transfer passage (2)
On coiled material (10), to adjust coiled material (10) in the lateral position on transfer passage (2).
4. a kind of coiled material tail end according to claim 3 orients conveying device, it is characterised in that: further include being located at positioning
Baffle (3) opposite side and transversely movable limited block (4), wherein the limited block (4) matches with positioning baffle (3) to be contacted
Coiled material (10) on transfer passage (2), thus to limit coiled material (10) in the lateral position on transfer passage (2).
5. a kind of coiled material tail end according to claim 1 orients conveying device, it is characterised in that: further include being located at conveying to lead to
Road (2) and seek the lower delivery board (5) between tail positioning mechanism (1), wherein the inclined arrangement of the lower delivery board (5) and for volume
Material (10) is delivered on transfer passage (2) from tail positioning mechanism (1) rolling is sought.
6. a kind of coiled material tail end according to claim 1 orients conveying device, it is characterised in that: seek tail localization machine described
The upstream of structure (1) is additionally provided with the feeding-passage (6) for accepting coiled material (10), wherein the inclined arrangement of the feeding-passage (6)
Tail positioning mechanism (1) is sought in order to which coiled material (10) roll to be delivered to.
7. a kind of coiled material tail end according to claim 5 orients conveying device, it is characterised in that: further include being located at charging
Channel (6) and seek the transmission parts (7) between tail positioning mechanism (1), wherein the transmission parts (7) are for stopping to accept by feeding
The coiled material (10) sent is rolled in channel (6), and drives coiled material (10) to turn to and seek tail localization machine in order to which coiled material (10) roll to be delivered to
Structure (1).
8. a kind of coiled material tail end according to claim 7 orients conveying device, it is characterised in that: transmission parts (7) packet
It includes the carrier (71) for accepting coiled material (10) and is located at carrier (71) end and the resistance for stopping coiled material (10)
Stopper (72), wherein the transmission parts (7) are also configured with rotary drive unit (73), pass through the rotary drive unit (73)
Synchronous driving carrier (71) and blocking portion (72) rotate so that carrier (71) respectively with feeding-passage (6) and seek tail and position
Mechanism (1) reciprocal cooperation.
9. a kind of coiled material tail end according to claim 7 orients conveying device, it is characterised in that: further include being located to seek tail
Upper delivery board (8) between positioning mechanism (1) and transmission parts (7), wherein the upper delivery board (8) is inclined to arrange and for volume
Material (10) rolls to be delivered to from carrier (71) seeks tail positioning mechanism (1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820313802.1U CN208182088U (en) | 2018-03-07 | 2018-03-07 | A kind of coiled material tail end orientation conveying device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820313802.1U CN208182088U (en) | 2018-03-07 | 2018-03-07 | A kind of coiled material tail end orientation conveying device |
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| Publication Number | Publication Date |
|---|---|
| CN208182088U true CN208182088U (en) | 2018-12-04 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201820313802.1U Active CN208182088U (en) | 2018-03-07 | 2018-03-07 | A kind of coiled material tail end orientation conveying device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108328272A (en) * | 2018-03-07 | 2018-07-27 | 佛山达健实验设备有限公司 | A kind of coiled material tail end orientation conveying device |
-
2018
- 2018-03-07 CN CN201820313802.1U patent/CN208182088U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108328272A (en) * | 2018-03-07 | 2018-07-27 | 佛山达健实验设备有限公司 | A kind of coiled material tail end orientation conveying device |
| CN108328272B (en) * | 2018-03-07 | 2024-01-12 | 佛山达健实验设备有限公司 | Coiled material tail end directional conveying device |
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