CN205152477U - Renaturation yarn preparation facilities - Google Patents
Renaturation yarn preparation facilities Download PDFInfo
- Publication number
- CN205152477U CN205152477U CN201520985714.2U CN201520985714U CN205152477U CN 205152477 U CN205152477 U CN 205152477U CN 201520985714 U CN201520985714 U CN 201520985714U CN 205152477 U CN205152477 U CN 205152477U
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- roller
- sheet
- sliver
- yarn
- strip
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Abstract
The utility model discloses a renaturation yarn preparation facilities, including the fly frame, be equipped with conducting bar roller, back roller in the frame of fly frame, widen roller, two rollers, preceding roller and flier, widen and be equipped with down the leather collar on the roller, be equipped with the cradle in the frame, be connected with back roller, two rollers and preceding roller on the cradle, be equipped with the leather collar on the cradle, be connected with in the frame and arrange yarn ware, yarn strip arrange ware, yarn strip treater and cladding ware, arranging the yarn ware and being located back roller rear, the yarn strip is arranged the ware and is located the back roller and widens between the roller, and yarn strip treater is located between two rollers and the preceding roller, the cladding ware is located between preceding roller and the flier. The device has the advantages of simple structure and convenient operation. Utilize the device preparation renaturation yarn, fast, of high quality, the renaturation yarn of preparation collects fibrous advantage in an organic whole more than two kinds or two kinds.
Description
Technical field
The utility model relates to renaturation yarn preparation facilities.
Background technology
Yarn major part is in the market the yarn of single component, and the cloth utilizing this yarn to be made into also exists the single problem of physical property; A kind of situation is that the cloth that very straight wrinkling resistance is strong, often exists the problem of not soft equivalent comfort difference, and the fabric that soft equivalent comfort is good, then often there is the problem of easy fold; Another kind of situation is, the low spinnability of some fibre strength is poor, such as bombax cotton, it be in natural ecological fiber the most carefully, the Fiber Materials that the lightest, degree of hollowness is high, the most warming, if spinned by coated for bombax cotton carrying out again with the fiber of other good spinnability, effectively can solve the problem of bombax cotton spinnability difference; The third situation is, although some fiber has a lot of advantage, but can discomfort be caused with skin contact, such as hair is fine, the scratchy of skin can be caused, if other fiber good by skinfeel spins fine coated for hair again, make cloth with this renaturation yarn, then effectively can solve the problem of the fine skinfeel difference of hair.Although renaturation yarn has a lot of advantage, utilizing the coated another kind of staple fibre of a kind of staple fibre and form renaturation yarn, is then the difficult problem always perplexing the industry.
Summary of the invention
The technical problems to be solved in the utility model is to provide a kind of renaturation yarn preparation facilities.
For solving the problems of the technologies described above, the utility model provides a kind of renaturation yarn preparation facilities of following structure, comprise Speed frames, the direction of advancing with the ripe bar of fiber is for front, in the frame of Speed frames by being provided with conducting bar roller, rear roller successively afterwards and front, widen roller, two rollers, front roller and flier, widen roller and be provided with rotating lower apron, frame is provided with reel cage, and reel cage is rotatably connected to the rear roller coordinated with rear roller, two rollers coordinated with two rollers, the front leather roller that coordinates with front roller, reel cage is provided with upper leather ring that is rotating and that coordinate with lower apron, its design feature is: described frame is connected with row's yarn device that two ripe bars of covered fiber and a ripe bar of core fibre can be made to move ahead side by side, the sliver organiser that the ripe bar of core fibre of the ripe bar of the covered fiber of strip of sheet and strip of sheet moves ahead side by side can be made, can make by the ripe bar of the covered fiber of its strip of sheet still maintaining item sheet state move ahead and by the ripe bar of the core fibre of its strip of sheet become core fibre Shu Qianhang sliver processor and ripe for the covered fiber of the strip of sheet entered in it bar can be erected and and the core fibre bundle entered in it is sandwiched the coated device exported between the ripe bar of the covered fiber of two strip of sheet, described row's yarn device is positioned at rear roller rear, and described sliver organiser is at rear roller and widen between roller, and described sliver processor is between two rollers and front roller, described coated device is between front roller and flier.
Described row's yarn device comprises row's yarn device body, and the rear surface of row's yarn device body is interval with three taper holes, and the front surface of row's yarn device body is provided with three strip holes; Corresponding taper hole of each strip hole and being communicated with corresponding taper hole; The length direction of described strip hole is consistent with the length direction of row's yarn device body.
Described sliver organiser comprises sliver organiser body, sliver organiser body is interval with three fibre sheet passages on the forward and backward surface of through sliver organiser body.
The end face of described sliver organiser body is provided with three openings, the corresponding fibre sheet passage of each opening and with corresponding fibre sheet channel connection, described opening and isometric and its width of fibre sheet passage are less than or equal to the width of fibre sheet passage.
Described sliver processor comprises sliver processor body, sliver processor body is provided with two fibre sheet passageways and a core fibre bundle passageway on the forward and backward surface of through sliver processor body, and core fibre bundle passageway is between two fibre sheet passageways and the width in core fibre bundle passageway is less than the width in described fibre sheet passageway.
The end face of described sliver processor body is provided with three gap, and two gap are wherein communicated with two fibre sheet passageways respectively, and another gap is communicated with core fibre bundle passageway.
Described coated device comprises coated device body, coated device body be provided with one large afterwards before the core fibre bundle passing hole of little taper and two vertical flat holes, separation core fibre bundle passing hole both sides, two vertical flat holes, the length direction in described vertical flat hole is consistent with the short transverse of coated device body, and one section of wall of a sidewall of described vertical inlet side, flat hole is the torsional surface be obliquely installed; Described vertical flat Kong Ziqi inlet side is arranged near core fibre bundle passing hole gradually to going out end.
Renaturation yarn preparation facilities described in the utility model, on the basis of existing Speed frames, the row's of increase only yarn device, sliver organiser, sliver processor and coated device four parts, just can realize goal of the invention, thus have the advantage that structure is simple, easy to operate; Utilize this device just can solve a difficult problem for prior art easily, it is prepared, and renaturation yarn speed is fast, quality good, and the renaturation yarn of preparation integrates the advantage of two or more fiber.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, detailed description of the invention of the present utility model is described in further detail:
Fig. 1 is structural principle schematic diagram of the present utility model;
Fig. 2 is that Fig. 1 turns the plan structure principle schematic after 90 ° counterclockwise;
Fig. 3 is the structural representation of row's yarn device;
Fig. 4 is the top view of Fig. 3;
Fig. 5 is the front view of sliver organiser;
Fig. 6 is the top view of Fig. 5;
Fig. 7 is the front view of sliver processor;
Fig. 8 is the top view of Fig. 7;
Fig. 9 is the structural representation of coated device;
Figure 10 is the top view of Fig. 9;
Figure 11 is the A portion enlarged drawing in Fig. 2.
Detailed description of the invention
See figures.1.and.2, existing Speed frames comprise frame 1, the direction of advancing with sliver, for front, by being provided with conducting bar roller 2, rear roller 3 successively afterwards and front, widening roller 4, two roller 5, front roller 6 and flier 7 in its frame 1, is widened roller 4 and is provided with rotating lower apron 8; Frame 1 is provided with reel cage 30, and reel cage 30 is rotatably connected to the rear roller 9 coordinated with rear roller 3, two rollers 10 coordinated with two rollers 5, the front leather roller 11 that coordinates with front roller 6, reel cage 30 is provided with upper leather ring 12 that is rotating and that coordinate with lower apron 8.Spool 40 is contained on the spool seat 41 of Speed frames, and spool seat 41 drives spool 40 rotation to coordinate rove can be wound on spool 40 with the flier 7 rotated.The above-mentioned prior art that is all does not repeat them here.
The utility model is the improvement made on the basis of above-mentioned existing Speed frames, see figures.1.and.2, its improvements are: described frame is connected with row's yarn device 13 that two ripe bars of covered fiber and a ripe bar of core fibre can be made to move ahead side by side, the sliver organiser 14 that the ripe bar of core fibre of the ripe bar of the covered fiber of strip of sheet and strip of sheet moves ahead side by side can be made, can make by the ripe bar of the covered fiber of its strip of sheet still maintaining item sheet state move ahead and by the ripe bar of the core fibre of its strip of sheet become core fibre Shu Qianhang sliver processor 15 and ripe for the covered fiber of the strip of sheet entered in it bar can be erected and and the core fibre bundle entered in it is sandwiched the coated device 16 exported between the ripe bar of the covered fiber of two strip of sheet, described row's yarn device 13 is positioned at rear roller 3 rear, and described sliver organiser 14 is at rear roller 3 and widen between roller 4, and described sliver processor 15 is between two rollers 5 and front roller 6, described coated device 16 is between front roller 6 and flier 7.Reference numeral 17 in Fig. 1 refers to the container depositing the ripe bar of fiber.
With reference to Fig. 3 and Fig. 4, described row's yarn device 13 comprises row's yarn device body 131, and the rear surface of row's yarn device body 131 is interval with three taper holes 132, and the front surface of row's yarn device body 131 is provided with three strip holes 133; Each strip hole 33 is distinguished a corresponding taper hole 132 and is communicated with corresponding taper hole; The length direction of described strip hole 133 is consistent with the length direction of row's yarn device body 131.Length direction and the length direction of row's yarn device body 131 of strip hole 133 are all parallel to the axis of rear roller 3.
With reference to Fig. 5 and Fig. 6, described sliver organiser 14 comprises sliver organiser body 141, sliver organiser body 141 is interval with three fibre sheet passages 142 on the forward and backward surface of through sliver organiser body 141, the width of described fibre sheet passage 142 narrows from back to front gradually.The end face of described sliver organiser body 141 is provided with three openings 143, three openings 14 and three fibre sheet passage 142 one_to_one corresponding, corresponding opening 143 and fibre sheet passage 142 are interconnected, and isometric and its width is less than or equal to the width of fibre sheet passage 142 to described opening 143 with fibre sheet passage 142.The length direction of fibre sheet passage 142 refers to the direction of the axis perpendicular to rear roller 3, and the width of fibre sheet passage 142 refers to the direction of the axis being parallel to rear roller 3.The setting of described opening 143 enters fibre sheet passage 142 for the ease of the ripe bar of fiber, namely when debugging machine, the ripe bar of fiber is made easily to enter fibre sheet passage 142 by opening 143, thus the trouble of avoiding ripe for fiber bar to pass fibre sheet passage 142 in the mode penetrated and causing.
With reference to Fig. 7 and Fig. 8, described sliver processor 15 comprises sliver processor body 151, sliver processor body 151 is provided with two fibre sheet passageways 152 and a core fibre bundle passageway 155 on the forward and backward surface of through sliver processor body 151, the width in described fibre sheet passageway 152 narrows from back to front gradually, and core fibre bundle passageway 155 is between two fibre sheet passageways 152 and the width in core fibre bundle passageway 155 is less than the width that described fibre sheet passageway 152 exports.The end face of described sliver processor body 151 is provided with three gap 154, and two gap 154 are wherein communicated with two fibre sheet passageway 152 one_to_one corresponding, and another gap 154 is communicated with core fibre bundle passageway 155.The setting of described gap 154 enters fibre sheet passageway 152 and core fibre bundle passageway 155 for the ease of the ripe bar of fiber, namely when debugging machine, the ripe bar of fiber is made easily to enter fibre sheet passageway 152 and core fibre bundle passageway 155 by gap 154, thus the trouble of avoiding ripe for fiber bar to pass sliver processor in the mode penetrated and causing.
With reference to Fig. 9 and Figure 10, described coated device 16 comprises coated device body 161, coated device body 161 is provided with the large front little core fibre bundle passing hole 162 in taper and two vertical flat holes 163 afterwards, live apart core fibre bundle passing hole 162 both sides in two vertical flat holes 163, the length direction in described vertical flat hole 163 is consistent with the short transverse of coated device body 161, and one section of wall of a sidewall of described vertical inlet side, flat hole 163 is the torsional surface 164 be obliquely installed; Described vertical flat hole 163 is arranged near core fibre bundle passing hole 162 to going out end gradually from its inlet side.Because covered fiber silver moves ahead for horizontal fills state before entering vertical flat hole 163, and enter vertical flat hole 163 to become vertically-arranged dress state export, in order to the change making covered fiber silver fill state by horizontal dress state to vertically-arranged has a buffering transition, therefore torsional surface 164 is provided with, the covered fiber silver that torsional surface 164 can make horizontal fill state first reverses certain angle, then enter vertical flat hole 163 become vertically-arranged dress state advance, torsion angle is generally 45 °, and namely the angle of inclination of torsional surface 164 is 45 °.
Referring to Fig. 1-Figure 11, the using method of above-mentioned renaturation yarn preparation facilities and the method that utilizes renaturation yarn preparation facilities to prepare renaturation yarn are described.
(1) by a ripe bar of core fibre 20 and two ripe bars 21 of covered fiber by conducting bar roller 2 row of feeding yarn device 13, the ripe bar of core fibre that passes from row's yarn device and the ripe bar of covered fiber are moved ahead side by side, and the ripe bar of described core fibre 20 is between two ripe bars 21 of covered fiber; Namely the ripe bar of core fibre 20 and two ripe bars 21 of covered fiber penetrate after three taper holes 132 of row's yarn device 13, and the ripe bar 20 of core fibre passes from the strip hole 133 of centre, and two ripe bars 21 of covered fiber pass from two of both sides strip holes 133 respectively;
(2) the ripe bar of the core fibre moved ahead side by side 20 and the ripe bar 21 of covered fiber through rear roller 3 and after roller 9 roll drawing-off after, the ripe bar of core fibre 20 becomes the thick silver 22 of core fibre of sheet, and the ripe bar of covered fiber 21 becomes the thick silver 23 of covered fiber of sheet;
(3) the thick silver of core fibre 22 and the thick silver 23 of covered fiber move ahead side by side through after sliver organiser 14, namely move ahead side by side after the thick silver of core fibre 22 and two thick silvers 23 of covered fiber are each passed through three fibre sheet passages 142 of sliver organiser 14, more successively through lower apron 8 and upper leather ring 12 roll drawing-off, two rollers 5 and two rollers 10 roll drawing-off after become core fibre sheet sheet 24 and covered fiber sheet sheet 25 accordingly;
(4) core fibre sheet sheet 24 and covered fiber sheet sheet 25 are through after sliver processor 15, and core fibre sheet sheet 24 becomes core fibre bundle 26, covered fiber sheet sheet 25 still maintaining item sheet; Namely after two covered fiber sheet sheets 25 pass from two of sliver processor 16 fibre sheet passageways 152 respectively, still maintaining item sheet state, and core fibre sheet sheet 24 is through behind the core fibre bundle passageway 155 of sliver processor 16, then under the constraint in narrower core fibre bundle passageway 155, become core fibre bundle 26;
(5) core fibre bundle 26 and covered fiber sheet sheet 25 through front roller 6 and front leather roller 11 roll drawing-off further after enter coated device 17, article two, covered fiber sheet sheet 25 is through after coated device 17, the dress of the vertically-arranged after passing state is become by the horizontal state before entering, two covered fiber sheet sheets about 25 of vertically-arranged dress state are opposed thus will pass the core fibre bundle 26 of coated device to being clipped between two covered fiber sheet sheets 25, then after flier 7 is twisted, make rove and be wound on spool 40, described rove is renaturation yarn.
Described vertical flat hole 163 is arranged near core fibre bundle passing hole 162 to going out end gradually from its inlet side, and arranging like this is after allowing described covered fiber sheet sheet 25 pass coated device 17, press close to core fibre bundle 26, to carry out core fibre bundle 26 to folder.
The ripe bar of fiber described in the utility model is also known as ripe bar, the idiom of the industry, ripe bar refer to fiber first through carding machine cards loosen into filament state make the strip being commonly called as the carded sliver after, again drawing frame many carded slivers are merged and make straightening of fibers parallel through drawing-off and the ribbon made.Ripe bar obtains rove after Speed frames spinning, and rove obtains spun yarn after fine spining machine spinning, and spun yarn may be used for weaving cotton cloth.
Clearly describing for the ease of making the utility model, carrying out appellation by being used for this title of the ripe bar of coated fiber ripe bar covered fiber in the utility model, and the ripe bar of fiber ripe bar core fibre be wrapped by is carried out appellation.Equally, the thick silver of core fibre and the thick silver of covered fiber, and the use of the similar title such as core fibre sheet sheet and covered fiber sheet sheet, also be that the shape facility had after different operation process according to ripe bar carries out naming, its object is also for the ease of clearly describing the utility model.
For the ripe bar of coated fiber and the ripe bar of the fiber for being wrapped by the utility model, the string, animal fiber or the chemical fibre that can be used for weaving all can be adopted.Such as: cotton fiber, bombax cotton, linen fibre, ramee, tossa, bamboo fibre, sisal fiber, abaca and cocoanut fiber etc. in string; Wool in animal fiber, the rabbit hair, camel hair, goats hair, yakwool and silk etc.; Artificial fibre (viscose, nitrate fiber, acetate fibre and cuprammonium rayon etc.), synthetic fiber (polyamide fibre, acrylic fibers, terylene etc.) and inorfil etc. in chemical fibre.That is apparatus and method of the present utility model are adopted can to produce multiple renaturation yarn; Such as: the hair such as available cuprammonium fibre-coated bombax cotton, the coated wool of available viscose is fine, also with the coated chemical fibre of cotton fiber etc., no longer can enumerate at this.
Claims (7)
1. a renaturation yarn preparation facilities, comprise Speed frames, the direction of advancing with the ripe bar of fiber is for front, by being provided with conducting bar roller (2), rear roller (3) successively afterwards and front, widening roller (4), two rollers (5), front roller (6) and flier (7) in the frame (1) of Speed frames, widen roller (4) and be provided with rotating lower apron (8), frame (1) is provided with reel cage (30), reel cage (30) is rotatably connected to the rear roller (9) coordinated with rear roller (3), two rollers (10) coordinated with two rollers (5), the front leather roller (11) that coordinates with front roller (6), reel cage (30) is provided with upper leather ring (12) that is rotating and that coordinate with lower apron (8), it is characterized in that: described frame is connected with row's yarn device (13) that two ripe bars of covered fiber and a ripe bar of core fibre can be made to move ahead side by side, the sliver organiser (14) that the ripe bar of core fibre of the ripe bar of the covered fiber of strip of sheet and strip of sheet moves ahead side by side can be made, can make by the ripe bar of the covered fiber of its strip of sheet still maintaining item sheet state move ahead and by the ripe bar of the core fibre of its strip of sheet become core fibre Shu Qianhang sliver processor (15) and ripe for the covered fiber of the strip of sheet entered in it bar can be erected and and the core fibre bundle entered in it is sandwiched the coated device (16) exported between the ripe bar of the covered fiber of two strip of sheet, described row's yarn device (13) is positioned at rear roller (3) rear, and described sliver organiser (14) is positioned at rear roller (3) and widens between roller (4), and described sliver processor (15) is positioned between two rollers (5) and front roller (6), described coated device (16) is positioned between front roller (6) and flier (7).
2. renaturation yarn preparation facilities according to claim 1, it is characterized in that: described row's yarn device (13) comprises row's yarn device body (131), the rear surface of row's yarn device body (131) is interval with three taper holes, and the front surface of row's yarn device body (131) is provided with three strip holes; Corresponding taper hole of each strip hole and being communicated with corresponding taper hole; The length direction of described strip hole is consistent with the length direction of row's yarn device body (131).
3. renaturation yarn preparation facilities according to claim 1, it is characterized in that: described sliver organiser (14) comprises sliver organiser body (141), sliver organiser body (141) is interval with three fibre sheet passages (142) on the forward and backward surface of through sliver organiser body (141).
4. renaturation yarn preparation facilities according to claim 3, it is characterized in that: the end face of described sliver organiser body (141) is provided with three openings (143), the corresponding fibre sheet passage (142) of each opening (143) and being communicated with corresponding fibre sheet passage (142), described opening (143) and isometric and its width of fibre sheet passage (142) are less than or equal to the width of fibre sheet passage (142).
5. renaturation yarn preparation facilities according to claim 1, it is characterized in that: described sliver processor (15) comprises sliver processor body (151), sliver processor body (151) is provided with two fibre sheet passageways (152) and a core fibre bundle passageway (155) on the forward and backward surface of through sliver processor body (151), and core fibre bundle passageway (155) is positioned between two fibre sheet passageways (152) and the width in core fibre bundle passageway (155) is less than the width of described fibre sheet passageway (152).
6. renaturation yarn preparation facilities according to claim 5, it is characterized in that: the end face of described sliver processor body (151) is provided with three gap (154), two gap (154) are wherein communicated with two fibre sheet passageways (152) respectively, and another gap (154) is communicated with core fibre bundle passageway (155).
7. renaturation yarn preparation facilities according to claim 1, it is characterized in that: described coated device (16) comprises coated device body (161), coated device body (161) be provided with one large afterwards before the core fibre bundle passing hole (162) of little taper and two stand flat holes (163), separation core fibre bundle passing hole (162) both sides, two vertical flat holes (163), the length direction in described vertical flat hole (163) is consistent with the short transverse of coated device body (161), and one section of wall of a sidewall of described vertical flat hole (163) inlet side is the torsional surface (164) be obliquely installed; Described vertical flat hole (163) is arranged near core fibre bundle passing hole (162) to going out end gradually from its inlet side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520985714.2U CN205152477U (en) | 2015-12-02 | 2015-12-02 | Renaturation yarn preparation facilities |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520985714.2U CN205152477U (en) | 2015-12-02 | 2015-12-02 | Renaturation yarn preparation facilities |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205152477U true CN205152477U (en) | 2016-04-13 |
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ID=55688192
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520985714.2U Withdrawn - After Issue CN205152477U (en) | 2015-12-02 | 2015-12-02 | Renaturation yarn preparation facilities |
Country Status (1)
| Country | Link |
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| CN (1) | CN205152477U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105386184A (en) * | 2015-12-02 | 2016-03-09 | 昌乐神州纺织有限公司 | Compound yarn manufacturing device and method |
-
2015
- 2015-12-02 CN CN201520985714.2U patent/CN205152477U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105386184A (en) * | 2015-12-02 | 2016-03-09 | 昌乐神州纺织有限公司 | Compound yarn manufacturing device and method |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160413 Effective date of abandoning: 20171215 |