CN204434796U - A kind of fibre opening machine and fiber opening unit - Google Patents
A kind of fibre opening machine and fiber opening unit Download PDFInfo
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- CN204434796U CN204434796U CN201520047348.6U CN201520047348U CN204434796U CN 204434796 U CN204434796 U CN 204434796U CN 201520047348 U CN201520047348 U CN 201520047348U CN 204434796 U CN204434796 U CN 204434796U
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Abstract
The utility model discloses a kind of fibre opening machine and fiber opening unit, the utility model fibre opening machine, comprise Material collecting box for harvesting, the licker-in be arranged in Material collecting box for harvesting, be arranged on the impurities removal plate bottom Material collecting box for harvesting and be arranged on the roller of licker-in feed side, Material collecting box for harvesting import is provided with fiber feed mechanism, the below of described impurities removal plate is provided with and connects sundries, connects between sundries and fiber feed mechanism one end away from Material collecting box for harvesting and is provided with fiber loopback mechanism.The utility model fibre opening machine can collect the fiber not hooking the row of getting and fall automatically, and machine is on-stream to be mixed uniformly by raw material, can also in the course of the work between link add additional product, and uniform mixing is in the fibre.The utility model fiber opening unit can by fiber repeatedly shredding, and shredding is effective, arrange the fiber fallen and automatically can collect and again utilize, and the dust produced in process of production can collect discharge, improves working environment in opening processes.
Description
Technical field
The utility model relates to a kind of fibre opening machine and fiber opening unit.
Background technology
Fiber opening carries out shredding for natural fabric, artificial fibre, clothes leftover bits and pieces (waste and old clothing) regeneration.
Current fibre opening machine kind is a lot, but be all transmit fibrous raw material by conveyer belt (or feeding curtain) to feed roller, transmit simultaneously in upper bottom roll extruding, shredding licker-in hook through High Rotation Speed draws combing, the fiber that non-hook pulls open is under centrifugal inertial force effect, discharge along the tangential direction of shredding licker-in from bottom impurities removal plate (or impurity-discharging knife), to be recycled owing to arranging the fiber got off, can only by manually repeatedly the fiber arranged being embraced on feeding belt, the fiber under the automatic row of transmission can not be realized, the labour intensity of workman is very large, and danger is very large, can only work at short notice.
The fibrous raw material of different colours is all that the fiber after mixing after shredding is very uneven at shredding forward slip value together by artificial, and cannot realize adding extraordinary additional product in intermediate link in machine operation procedure.
The opening apparatus majority that market uses all does not have dust arrester, even if by there being dedusting, effect neither be very desirable, grey dust-full workshop flies, and working environment is very severe, and workman is easy to obtain respiratory disorder.
Utility model content
The technical problems to be solved in the utility model is: provide a kind of and can not hook fiber that the row of getting falls and again reclaim the fibre opening machine of processing, and provide a kind of fiber opening unit adopting aforementioned fibers opener.
In order to solve the problems of the technologies described above, the utility model fibre opening machine, comprise Material collecting box for harvesting, the licker-in be arranged in Material collecting box for harvesting, be arranged on the impurities removal plate bottom Material collecting box for harvesting and be arranged on the roller of licker-in feed side, Material collecting box for harvesting import is provided with fiber feed mechanism, the below of described impurities removal plate is provided with and connects sundries, connects between sundries and fiber feed mechanism one end away from Material collecting box for harvesting and is provided with fiber loopback mechanism.
In order to the fiber recovery better sorting out non-shredding utilizes, described connecing on sundries is provided with impurity removing roller, is provided with described fiber loopback mechanism between the exit side of impurity removing roller and fiber feed mechanism.
For the ease of removing impurities, the described sundries that connects is web plate, connects below sundries and is provided with cover at the bottom of auger, cover at the bottom of auger arranges conveying auger.
In order to the fiber recovery better sorting out non-shredding utilizes, the described sundries that connects is auger spacer screen, auger spacer screen arranges conveying auger, is provided with fiber loopback mechanism between the exit side of conveying auger and fiber feed mechanism.
For the ease of collecting impurity, the downside of described auger spacer screen is provided with the assorted box of storage.
The utility model fiber opening unit, includes the aforesaid fibre opening machine of multiple stage series winding;
First fibre opening machine: connect on sundries and be provided with impurity removing roller, fiber loopback mechanism is provided with between the exit side of impurity removing roller and fiber feed mechanism one end away from Material collecting box for harvesting, connecing sundries is web plate, connect below sundries and be provided with cover at the bottom of auger, cover at the bottom of auger arranges conveying auger, and fiber feed mechanism and fiber loopback mechanism are belt conveyor;
Median fiber opener: connecing sundries is auger spacer screen, and auger spacer screen arranges conveying auger, is provided with fiber loopback mechanism between the exit side of conveying auger and fiber feed mechanism;
Last fibre opening machine: connecing sundries is dust receiving box; Fiber loopback mechanism is provided with between the discharging opening of dust receiving box and fiber feed mechanism;
Centre and last fibre opening machine: fiber feed mechanism and the fiber loopback mechanism of every platform fibre opening machine are same batch mixing blower fan, the import of batch mixing blower fan is connected with mixer, the exit side of conveying auger connects mixer by gettering pipe, the outlet of the Material collecting box for harvesting of last fibre opening machine is connected with mixer, and the outlet of batch mixing blower fan connects the import of Material collecting box for harvesting by feed pipe;
The outlet of the Material collecting box for harvesting of last fibre opening machine is connected with cotton collecting machine.
In order to better remove the dust in fiber, described feed pipe is provided with dust arrester, and dust arrester comprises webmaster and is enclosed within the outer tube outside webmaster;
The endoporus of the webmaster of the dust arrester before median fiber opener is communicated with feed pipe, and feed pipe is to the feed direction of dust arrester in the tangential direction of webmaster, and the lower port of webmaster connects Material collecting box for harvesting import thereafter by storage bin;
The webmaster of the dust arrester before last fibre opening machine is communicated with feed pipe with the ring cavity between outer tube, feed pipe is to the feed direction of dust arrester in the tangential direction of outer tube, and the lower port of outer tube connects Material collecting box for harvesting import thereafter by storage bin.
In order to better to Material collecting box for harvesting blanking, described storage bin is vertically arranged, and the lower end of storage bin is provided with two horizontal material controlling rollers side by side.
In order to prevent fiber from dropping, between the below of described material controlling roller and the feed side of roller, be provided with carrying roller.
Extrude to the fiber after shredding is pressed into tire shape, described cotton collecting machine comprises collection cotton dust cage, cotton roller cylinder, cotton brushing roller, pressurizing unit and cabinet, collect cotton dust cage, cotton roller cylinder and cotton brushing roller and be arranged on top in cabinet, cotton roller cylinder and cotton brushing roller are positioned at the side collecting cotton dust cage, the Material collecting box for harvesting of last fibre opening machine with cabinet is positioned at the feed side place collecting cotton dust cage and is communicated with by feed pipe, pressurizing unit is arranged on the bottom of cabinet, and below cabinet being positioned at pressurizing unit is provided with discharging opening.
The beneficial effects of the utility model: the utility model fibre opening machine can collect the fiber not hooking the row of getting and fall automatically, machine is on-stream to be mixed uniformly by raw material, can also in the course of the work between link add additional product, and uniform mixing is in the fibre.The utility model fiber opening unit can by fiber repeatedly shredding, and shredding is effective, arrange the fiber fallen and automatically can collect and again utilize, and the dust produced in process of production can collect discharge, improves working environment in opening processes.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
In figure: 1, material toggling roller, 2, feeding belt, 3, batch turning conveyer belt, 4, feed spool, 5, roller I, 6, shredding licker-in, 7, Material collecting box for harvesting I, 8, mixer I, 9, feed pipe I, 10, dust cleaning case I, 11, storage bin I, 12, material controlling roller I, 13, roller II, 14, cleaning licker-in, 15, Material collecting box for harvesting II, 16, mixer II, 17, feed pipe II, 18, dust cleaning case II, 19, storage bin II, 20, material controlling roller II, 21, roller III, 22, combing licker-in, 23, Material collecting box for harvesting III, 24, mixer III, 25, feed pipe III, 26, dust cleaning case III, 27, storage bin III, 28, material controlling roller III, 29, roller IV, 30, divide comb licker-in, 31, Material collecting box for harvesting IV, 32, feed pipe IV, 33, collect cotton dust cage, 34, cotton roller cylinder, 35, cotton brushing roller, 36, pressurizing unit, 37, cabinet, 38, motor reducer IV, 39, dust receiving box, 40, impurities removal plate IV, 41, dial assorted licker-in, 42, material folding roller, 43, gettering pipe III, 44, batch mixing blower fan, 45, motor reducer III, 46, auger spacer screen, 47, old assorted auger, 48, the assorted box of storage, 49, impurities removal plate III, 50, carrying roller, 51, gettering pipe II, 52, batch mixing blower fan II, 53, motor reducer II, 54, auger spacer screen, 55, old assorted auger, 56, the assorted box of storage, 57, impurities removal plate II, 58, carrying roller, 59, gettering pipe I, 60, batch mixing blower fan I, 61, motor reducer I, 62, cover at the bottom of auger, 63, impurities removal auger, 64, impurity removing roller, 65, clear assorted spacer screen, 66, impurities removal plate I, 67, batch turning axle.
Detailed description of the invention
A kind of fiber opening unit as shown in Figure 1, it comprises opener I, opener II, opener III, opener IV and cotton collecting machine.
Opener I comprises Material collecting box for harvesting I 7, be arranged on the shredding licker-in 6 in Material collecting box for harvesting I 7, be arranged on the impurities removal plate I 66 bottom Material collecting box for harvesting I 7 and the roller I 5 being arranged on shredding licker-in 6 feed side, Material collecting box for harvesting I 7 import is outside equipped with fiber feed mechanism, fiber feed mechanism comprises feeding belt 2 and supports two feed spools 4 of feeding belt 2, the below of impurities removal plate I 66 is provided with assorted clearly spacer screen 65, clear assorted spacer screen 65 is provided with impurity removing roller 64, fiber loopback mechanism is provided with between the exit side of impurity removing roller 64 and feeding conveyer one end away from Material collecting box for harvesting I 7, fiber loopback mechanism comprises batch turning conveyer belt 3 and supports two batch turning axles 67 of batch turning conveyer belt 3.The below of clear assorted spacer screen 65 is provided with at the bottom of auger covers 62, covers on 62 and be provided with impurities removal auger 63 at the bottom of auger.Opener I also includes motor reducer I 61, and motor reducer I 61 is connected with shredding licker-in 6, roller I 5, impurity removing roller 64, impurities removal auger 63, feed spool 4 and a batch turning axle 67 by transmission mechanism, thus drives each parts to rotate.
Opener II comprises Material collecting box for harvesting II 15, the cleaning licker-in 14 be arranged in Material collecting box for harvesting II 15, be arranged on the impurities removal plate II 57 bottom Material collecting box for harvesting II 15 and be arranged on the roller II 13 of cleaning licker-in 14 feed side, Material collecting box for harvesting II 15 import is outside equipped with fiber feed mechanism, the below of impurities removal plate II 57 is provided with auger spacer screen 54, auger spacer screen 54 is provided with removal of impurities auger 55, below auger spacer screen 54, is provided with the assorted box 56 of storage.The fiber feed mechanism of opener II comprises the mixer I 8, batch mixing blower fan I 60, feed pipe I 9, dust cleaning case I 10 and the storage bin I 11 that connect successively, mixer I 8 connects the outlet of Material collecting box for harvesting I 7 and the charging aperture of batch mixing blower fan I 60, the lower end of storage bin I 11 is connected with the import of Material collecting box for harvesting II 15, the import of Material collecting box for harvesting II 15 is provided with the material controlling roller I 12 of two transverse directions side by side, the below of material controlling roller I 12 and the feed side of roller II 13 are provided with multiple carrying roller 58, and the assorted box 56 of storage is connected with mixer I 8 by gettering pipe I 59.Webmaster is provided with in dust cleaning case I 10, webmaster overcoat has the isolated dust leg with webmaster, dust leg is provided with dust mouth, the top of webmaster is provided with the mouthpiece communicated with the endoporus of webmaster, webmaster lower end endoporus is communicated with storage bin I 11, the upper end of feed pipe I 9 is connected with mouthpiece, the tangential direction for one end of being connected with mouthpiece at mouthpiece on feed pipe I 9.Opener II also includes motor reducer II 53, and motor reducer II 53 is connected with cleaning licker-in 14, roller II 13, material controlling roller I 12, carrying roller 58 and removal of impurities auger 55 by transmission mechanism, thus drives each parts to rotate.
Opener III comprises mixer II 16, feed pipe II 17, dust cleaning case II 18, storage bin II 19, material controlling roller II 20, roller III 21, combing licker-in 22, Material collecting box for harvesting III 23, motor reducer III 45, auger spacer screen 46, old assorted auger 47, storage assorted box 48, impurities removal plate III 49, carrying roller 50, gettering pipe II 51 and batch mixing blower fan II 52, roller III 21 is arranged on the feed side of combing licker-in 22, and the connected mode of each parts is identical with opener II.
Opener IV comprises mixer III 24, feed pipe III 25, dust cleaning case III 26, storage bin III 27, material controlling roller III 28, roller IV 29, point comb licker-in 30, Material collecting box for harvesting IV 31, motor reducer IV 38, dust receiving box 39, impurities removal plate IV 40, dials assorted licker-in 41, material folding roller 42, gettering pipe III 43 and batch mixing blower fan 44.Roller IV 29 is arranged on a point feed side for comb licker-in 30, and opener IV is with the difference of opener II: be only provided with dust receiving box 39 below impurities removal plate IV 40, and gettering pipe III 43 connects dust receiving box 39 and mixer III 24.Annular compartment outside the webmaster of dust cleaning case III 26 connects feed pipe III 25 and storage bin III 27, and dust is gone out from webmaster endoporus.Divide the bottom of the front side of comb licker-in 30 to be provided with and dial assorted licker-in 41.
Cotton collecting machine comprises collection cotton dust cage 33, cotton roller cylinder 34, cotton brushing roller 35, pressurizing unit 36 and cabinet 37, collect cotton dust cage 33, cotton roller cylinder 34 and cotton brushing roller 35 and be arranged on top in cabinet 37, cotton roller cylinder 34 and cotton brushing roller 35 are positioned at the side collecting cotton dust cage 33, Material collecting box for harvesting IV 31 with cabinet 37 is positioned at the feed side place collecting cotton dust cage 33 and is communicated with by feed pipe IV 32, pressurizing unit 36 is arranged on the bottom of cabinet 37, and below cabinet 37 being positioned at pressurizing unit 36 is provided with discharging opening.
Operation principle:
Fibrous raw material to be processed is spread out in uniformly on the feeding belt 2 of No. I machine front end, fibrous raw material girdle trend roller I 5 place moves by feeding belt 2 under the rotation of feed spool 4, pass to roller I 5, fibrous raw material extrudes at roller I 5 and transmits simultaneously, shredding licker-in 6 through High Rotation Speed hooks and takes away pine, the fibrous raw material of non-shredding is under the effect of centrifugal inertial force, tangential direction along shredding licker-in 6 is discharged from the impurities removal plate I 66 of bottom, drop on the impurity removing roller 64 of below rotation, the fibrous raw material of non-shredding passes through in impurity removing roller 64 and clear space of mixing between spacer screen 65, under the stirring of impurity removing roller 64, impurity leaks down from the mesh of clear assorted spacer screen 65, non-opening fiber is dished out and is dropped on batch turning conveyer belt 3, batch turning conveyer belt 3 takes non-opening fiber to material toggling roller 1 place under batch turning axle 67 drives, batch turning conveyer belt 3 transmitted by the material toggling roller 1 rotated the non-opening fiber come up to lift and translate on feeding belt 2, continue to send roller I 5 to, shredding is being carried out through shredding licker-in 6.The impurity of draining from the mesh of clear assorted spacer screen 65 drops in cover at the bottom of auger, by outside impurities removal auger 63 spiral discharge machine.
And the fiber hooked up through shredding licker-in 6 is by the space between shredding licker-in 6 and impurities removal plate I 66, enter Material collecting box for harvesting I 7, under in batch mixing blower fan I 60, the impeller of High Rotation Speed attracts, fiber is from Material collecting box for harvesting I 7 sucking-off, batch mixing blower fan I 60 is entered by the mixer I 8 be connected with batch mixing blower fan I 60 import, fiber is dished out from batch mixing blower fan I 60 outlet by the impeller through High Rotation Speed, blow in the dust cleaning case I 10 of opener II by feed pipe I 9, along the basket strainer inwall rotary motion in dust cleaning case I 10, dust and wind are discharged in dedusting mesh, under the effect of fiber with part wind pressure, blow in storage bin I 11, under material controlling roller I 12 in storage bin I 11 lower end extrudes and rotates, drop on carrying roller 58, feed to the roller II 13 of opener II under the rotation of carrying roller 58 transmits, extrude through roller II 13 and transmit, cleaning licker-in 14 hook through High Rotation Speed draws combing, the effective fiber that non-hook pulls open and impurity are under centrifugal inertial force effect, tangential direction along cleaning licker-in 14 is discharged from bottom impurities removal plate II 57, drop in the auger spacer screen 54 of below, under removal of impurities auger 55 is stirred and is promoted, minute impurities is leaked down from the mesh of auger spacer screen 54, effective fiber moves to auger spacer screen 54 discharging opening, fall in gettering pipe I 59, gettering pipe I 59 is connected with mixer I 8, under batch mixing blower fan I 60 attracts, mix in mixer I 8 with the fiber come that is drawn through of Material collecting box for harvesting I 7, blowing in dust cleaning case I 10 by batch mixing blower fan I 60, enter opener II and carry out secondary operations cleaning.The minute impurities of discharging from the mesh of auger spacer screen 54, drops in the assorted box 56 of storage, is convenient to concentrate cleaning.
And the fiber that cleaned licker-in 14 hooks up is by Material collecting box for harvesting II 15, under in batch mixing blower fan II 52, the impeller of High Rotation Speed attracts, batch mixing blower fan II 52 is entered by mixer II 16, under the effect of batch mixing blower fan II 52, blow in dust cleaning case II 18 by feed pipe II 17, along the rotary motion of webmaster inwall, dust and wind are discharged at dedusting mesh, under the effect of fiber with part wind pressure, blow in storage bin II 19, then under material controlling roller II 20 extrudes rotation, opener III combing shredding is further entered, combing licker-in 22 is arranged the effective fiber fallen and is recovered to mixer II 16 recycle by gettering pipe II 51.
Through the fiber of opener III combing shredding along the outer wall rotary motion of the webmaster of dust cleaning case III 26, micronic dust and the air draft mesh of wind in centre are discharged, under the effect of fiber with part wind pressure, blow in storage bin III 27, under material controlling roller III 28 rotates extruding, drop on material folding roller 42, under material folding roller 42 rotates transmission, feed roller IV 29, fiber extrudes through roller IV 29 and transmits, through point comb licker-in 30 hook pulling comb of High Rotation Speed, by point comb fiber with dial assorted licker-in 41 and mutually pull and point to comb, the crude fibre not dividing comb to open is discharged at impurities removal plate IV 40 place, drop in the dust receiving box 39 of below, dust receiving box 39 exports and enters mixer III 24 connection recycle by gettering pipe III 43.
Finished fiber through the shredding of opener IV point comb is collecting under the attraction of cotton dust cage 33, enter cabinet 37 and be adsorbed on collect cotton dust cage 33 wire side on, finished fiber takes cotton brushing roller 35 place for 34 times at the cotton dust cage 33 of the collection rotated and cotton roller cylinder, cotton brushing roller 35 by finished fiber from collection cotton dust cage 33 wire side brush under, drop in the cotton storehouse of the bottom of cabinet 37, under the extruding of pressurizing unit 36, be pressed into tire shape and extrude, collect packing.
Claims (10)
1. a fibre opening machine, comprise Material collecting box for harvesting, the licker-in be arranged in Material collecting box for harvesting, be arranged on the impurities removal plate bottom Material collecting box for harvesting and be arranged on the roller of licker-in feed side, Material collecting box for harvesting import is provided with fiber feed mechanism, it is characterized in that: the below of described impurities removal plate is provided with and connects sundries, connect between sundries and fiber feed mechanism one end away from Material collecting box for harvesting and be provided with fiber loopback mechanism.
2. fibre opening machine according to claim 1, is characterized in that: described connecing on sundries is provided with impurity removing roller, is provided with described fiber loopback mechanism between the exit side of impurity removing roller and fiber feed mechanism.
3. fibre opening machine according to claim 2, is characterized in that: the described sundries that connects is web plate, connects below sundries and is provided with cover at the bottom of auger, cover at the bottom of auger arranges conveying auger.
4. fibre opening machine according to claim 1, is characterized in that: the described sundries that connects is auger spacer screen, auger spacer screen arranges conveying auger, is provided with fiber loopback mechanism between the exit side of conveying auger and fiber feed mechanism.
5. fibre opening machine according to claim 4, is characterized in that: the downside of described auger spacer screen is provided with the assorted box of storage.
6. a fiber opening unit, is characterized in that: the fibre opening machine as claimed in claim 1 including multiple stage series winding;
First fibre opening machine: connect on sundries and be provided with impurity removing roller, fiber loopback mechanism is provided with between the exit side of impurity removing roller and fiber feed mechanism one end away from Material collecting box for harvesting, connecing sundries is web plate, connect below sundries and be provided with cover at the bottom of auger, cover at the bottom of auger arranges conveying auger, and fiber feed mechanism and fiber loopback mechanism are belt conveyor;
Median fiber opener: connecing sundries is auger spacer screen, and auger spacer screen arranges conveying auger, is provided with fiber loopback mechanism between the exit side of conveying auger and fiber feed mechanism;
Last fibre opening machine: connecing sundries is dust receiving box; Fiber loopback mechanism is provided with between the discharging opening of dust receiving box and fiber feed mechanism;
Centre and last fibre opening machine: fiber feed mechanism and the fiber loopback mechanism of every platform fibre opening machine are same batch mixing blower fan, the import of batch mixing blower fan is connected with mixer, the exit side of conveying auger connects mixer by gettering pipe, the outlet of the Material collecting box for harvesting of last fibre opening machine is connected with mixer, and the outlet of batch mixing blower fan connects the import of Material collecting box for harvesting by feed pipe;
The outlet of the Material collecting box for harvesting of last fibre opening machine is connected with cotton collecting machine.
7. fiber opening unit according to claim 6, is characterized in that: described feed pipe is provided with dust arrester, and dust arrester comprises webmaster and is enclosed within the outer tube outside webmaster;
The endoporus of the webmaster of the dust arrester before median fiber opener is communicated with feed pipe, and feed pipe is to the feed direction of dust arrester in the tangential direction of webmaster, and the lower port of webmaster connects Material collecting box for harvesting import thereafter by storage bin;
The webmaster of the dust arrester before last fibre opening machine is communicated with feed pipe with the ring cavity between outer tube, feed pipe is to the feed direction of dust arrester in the tangential direction of outer tube, and the lower port of outer tube connects Material collecting box for harvesting import thereafter by storage bin.
8. fiber opening unit according to claim 7, is characterized in that: described storage bin is vertically arranged, and the lower end of storage bin is provided with two horizontal material controlling rollers side by side.
9. fiber opening unit according to claim 8, is characterized in that: be provided with carrying roller between the below of described material controlling roller and the feed side of roller.
10. according to the fiber opening unit in claim 6-9 described in any one, it is characterized in that: described cotton collecting machine comprises collection cotton dust cage, cotton roller cylinder, cotton brushing roller, pressurizing unit and cabinet, collect cotton dust cage, cotton roller cylinder and cotton brushing roller and be arranged on top in cabinet, cotton roller cylinder and cotton brushing roller are positioned at the side collecting cotton dust cage, the Material collecting box for harvesting of last fibre opening machine with cabinet is positioned at the feed side place collecting cotton dust cage and is communicated with by feed pipe, pressurizing unit is arranged on the bottom of cabinet, and below cabinet being positioned at pressurizing unit is provided with discharging opening.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520047348.6U CN204434796U (en) | 2015-01-23 | 2015-01-23 | A kind of fibre opening machine and fiber opening unit |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520047348.6U CN204434796U (en) | 2015-01-23 | 2015-01-23 | A kind of fibre opening machine and fiber opening unit |
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| Publication Number | Publication Date |
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| CN204434796U true CN204434796U (en) | 2015-07-01 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520047348.6U Active CN204434796U (en) | 2015-01-23 | 2015-01-23 | A kind of fibre opening machine and fiber opening unit |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109112677A (en) * | 2018-10-10 | 2019-01-01 | 常州市老丁机械有限公司 | Multi-joint more storehouse pulley types open packet shredding combination machine |
| CN110613556A (en) * | 2019-09-17 | 2019-12-27 | 福建恒安集团有限公司 | Method for preparing absorbent article |
-
2015
- 2015-01-23 CN CN201520047348.6U patent/CN204434796U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109112677A (en) * | 2018-10-10 | 2019-01-01 | 常州市老丁机械有限公司 | Multi-joint more storehouse pulley types open packet shredding combination machine |
| CN110613556A (en) * | 2019-09-17 | 2019-12-27 | 福建恒安集团有限公司 | Method for preparing absorbent article |
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