CN212451765U - Regenerated cellulose fiber wet-process continuous spinning integrated device - Google Patents
Regenerated cellulose fiber wet-process continuous spinning integrated device Download PDFInfo
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- CN212451765U CN212451765U CN202020459907.5U CN202020459907U CN212451765U CN 212451765 U CN212451765 U CN 212451765U CN 202020459907 U CN202020459907 U CN 202020459907U CN 212451765 U CN212451765 U CN 212451765U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P70/00—Climate change mitigation technologies in the production process for final industrial or consumer products
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Abstract
The utility model discloses a continuous spinning integrated device of regenerated cellulose fibre wet process, spinning dope tank links to each other with the spinning measuring pump of spinning board through transfer line and spinning pump, this spinning measuring pump passes through the transfer line and spins the preceding filter and is connected with the shower nozzle that extends to in the spinning coagulating bath container, be equipped with the tow forming tube on the spinning coagulating bath container lateral wall, the tow that warp tow forming tube produced removes to bathe through godet wheel subassembly and leads to the spinning roller, the strand silk is at the draft coiling between little roller of spinning and the big roller of spinning and accomplish the draft of cellulose fibre, washing, a series of process of starching and stoving, the cellulose fibre through the spinning roller twines into a silk section of thick bamboo through the coiler. The utility model has the advantages of reasonable design and can effectively promote the finished product quality.
Description
Technical Field
The utility model belongs to the technical field of viscose filament yarn continuous spinning equipment, concretely relates to regenerated cellulose fiber wet process continuous spinning integrated device.
Background
In the regenerated cellulose fiber wet continuous spinning, each zone of a spinning machine table is provided with a plurality of spindle positions, a plurality of filament yarns are wound and drawn on a winding treatment roller at the same time, mutual friction and filament yarn doubling are easily generated between the filament yarns or between the filament yarns and equipment at each spindle position, so that the quality of a finished product is reduced, and spinning solutions generated in each process in the continuous spinning are not convenient to separate, distinguish and recycle.
Disclosure of Invention
The utility model provides a technical problem provide a regenerated cellulose fiber wet process continuous spinning integrated device that structural design is reasonable and can effectively promote finished product quality.
The utility model adopts the following technical proposal for solving the technical problems that a regenerated cellulose fiber wet continuous spinning integrated device, a spinning stock solution tank is connected with a spinning metering pump of a spinning machine table through a liquid conveying pipe and a spinning pump, the spinning metering pump is connected with a spray head extending into a spinning coagulating bath container through a liquid conveying pipe and a pre-spinning filter, the spinning metering pump quantitatively and uniformly conveys spinning stock solution to the pre-spinning filter and enables the spinning stock solution passing through the pre-spinning filter to enter the spinning coagulating bath through the spray head, a tow forming pipe is arranged on the side wall of the spinning coagulating bath container, tows generated by the tow forming pipe are drawn to a spinning roller after being subjected to bath removal treatment through a godet wheel assembly, filament strands are drawn and wound between a small spinning roller and a large spinning roller, a series of technological processes of drawing, washing, sizing and drying of cellulose fibers are completed, and the cellulose fibers passing through the spinning roller are wound into a spinning barrel through a winding device.
Further limiting, the large spinning roller is a spinning drying cylinder and is provided with a plurality of water retaining rings which are distributed axially, a yarn separating rod is fixed above the large spinning roller through a supporting cross beam, a spinning solution recovery groove is arranged below the large spinning roller, and the water retaining rings and the yarn separating rod above the large spinning roller separate cellulose fibers in each treatment process on the large spinning roller, so that spinning solutions generated in each process are respectively introduced into the spinning solution recovery groove below the large spinning roller.
Further limit, the thread guide wheel component mainly comprises a thread guide wheel frame and a thread guide wheel arranged on the thread guide wheel frame, wherein the yarn guide wheel carrier comprises an open type yarn guide wheel shell for fixing the yarn guide wheel and a catheter plug-in connector which is arranged on one side of the yarn guide wheel shell and is connected with the yarn bundle forming tube, the vertical walls on the two sides of the yarn guide wheel shell are respectively provided with a pin shaft mounting hole, the yarn guide wheel is hinged and mounted on the yarn guide wheel shell through a pin shaft matched with the pin shaft mounting hole, the yarn outlet direction of the catheter plug-in connector is opposite to the yarn guide wheel, the guide wheel shell is provided with a strip-shaped opening, the center point of the strip-shaped opening of the guide wheel shell is connected with the center point of the guide wheel shell pin shaft mounting hole, namely the included angle between the center line of the strip-shaped opening and the center point of the top of the guide wheel shell is connected with the center point of the guide wheel shell pin shaft mounting hole, namely the longitudinal center line of the guide wheel shell is 18-20 degrees.
Further limiting, an included angle between a connecting line of the strip-shaped opening center point of the guide wheel shell and the center point of the guide wheel shell pin shaft mounting hole, namely a connecting line of the strip-shaped opening center line and the top center point of the guide wheel shell and the center point of the guide wheel shell pin shaft mounting hole, namely a connecting line of the guide wheel shell and the center point of the guide wheel shell pin shaft mounting hole, namely a longitudinal center line of the guide.
Further limiting, the width of the strip-shaped opening is 3mm, the strip-shaped openings are formed in the left side and the right side of the central line of the strip-shaped opening in a deviation mode of 1.5mm respectively, and the depth of each strip-shaped opening is the thickness of the arc-shaped shell of the guide wire wheel shell.
Further inject, the epaxial sizing comb ware that is equipped with of the comb ware of big roller top in spinning, this sizing comb ware comprises fishback and the articulated support that sets up on the fishback, the sizing comb ware articulates on the fishback of the big roller top of spinning machine through articulated support, be equipped with the broach on the fishback, the thick liquids hole has been seted up to the root of fishback, this thick liquids hole is relative with thick liquids input tube grout outlet, be equipped with the transition recess on the fishback between thick liquids hole and the broach and this transition recess extends to on the broach for make thick liquids evenly coat in succession on, thick liquids are carried to the sizing comb ware by the measuring pump through thick liquids input tube ration ground after the thick liquids misce bene in thick liquids agitator tank.
Further inject, 1-3 groups of slurry holes are arranged at the root of the comb plate, the slurry holes are opposite to a slurry outlet of the slurry input pipe, a transition groove is arranged on the comb plate between the slurry holes and the comb teeth and extends to the comb teeth, and the trend of the silk on the small spinning roller and the large spinning roller is dredged and adjusted through the silk dividing rod and the sizing comb, so that the winding path of the silk on the small spinning roller and the large spinning roller is stable.
Compared with the prior art, the utility model following beneficial effect has:
1. the large spinning roller of the utility model is provided with a plurality of water retaining rings, and the water retaining rings and the fiber separating rod above the large spinning roller separate the cellulose fibers in each processing process on the large spinning roller, so that the spinning solution generated in each processing process is respectively introduced into the spinning solution recovery tank below the large spinning roller, and the classification treatment and recovery of the spinning solution are facilitated;
2. the utility model discloses a divide silk stick and starching comb ware, the mutual friction and strand silk doubling between the many strand silks that have significantly reduced coiling draft time strand silk or strand silk and equipment room on coiling processing roller simultaneously effectively promote the finished product quality.
3. The utility model discloses a carry out the opening according to a certain position, certain size on original seal wire wheel carrier, effectively reduced the formation of glauber's salt above the seal wire wheel subassembly, and then effectively reduced the seal wire wheel and vibrate.
4. The utility model discloses an even sizing in succession can be realized to the use sizing carding device for the intensity of strand silk is even unanimous, and the coiling shaping is better, has promoted product quality to a certain extent.
Drawings
Fig. 1 is a schematic structural diagram of the present invention;
fig. 2 is a schematic structural view of the guide wire wheel frame of the present invention;
fig. 3 is a schematic structural view of the sizing and carding device of the present invention.
In the figure: 1-spray head, 2-tow forming pipe, 3-spinning coagulating bath container, 4-guide wheel assembly, 401-guide wheel shell, 402-guide pipe plug, 403-pin shaft mounting hole, 404-strip opening, 5-small spinning roller, 6-large spinning roller, 7-water retaining ring, 8-yarn dividing rod, 9-sizing carding device, 901-carding plate, 902-hinged support, 903-comb teeth, 904-slurry hole, 905-transition groove and 10-yarn cylinder.
Detailed Description
The technical proposal of the utility model is described in detail by combining with the attached drawings, a regenerated cellulose fiber wet continuous spinning integrated device, a spinning stock solution tank is connected with a spinning metering pump of a spinning machine table through a liquid conveying pipe and a spinning pump, the spinning metering pump is connected with a spray head 1 extending into a spinning coagulating bath container 3 through a liquid conveying pipe and a pre-spinning filter, the spinning metering pump quantitatively and uniformly conveys spinning stock solution to the pre-spinning filter and enables the spinning stock solution passing through the pre-spinning filter to enter the spinning coagulating bath through the spray head 1, a tow forming pipe 2 is arranged on the side wall of the spinning coagulating bath container 3, tows generated by the tow forming pipe 2 are subjected to bath removal treatment through a godet wheel assembly 4 and then are drawn to a spinning roller, filament yarns are drawn and wound between a small spinning roller 5 and a large spinning roller 6, a series of technological processes of drawing, washing, sizing and drying of cellulose fibers are completed, and the cellulose fibers passing through the spinning roller are wound into a spinning barrel 10 through a winding device.
Big roller 6 of spinning is equipped with the manger plate circle 7 that a plurality of axial distribute for the big roller 6 of spinning drying cylinder and this spinning, and 6 tops of big roller of spinning are fixed with branch silk stick 8 through the supporting beam, and 6 below of big roller of spinning are equipped with the spinning solution accumulator, and manger plate circle 7 separates the cellulose fiber of each processing technology in-process on big roller 6 of spinning with branch silk stick 8 of 6 tops of big roller of spinning to the spinning solution accumulator below big roller 6 of spinning is introduced respectively to the spinning solution that makes each technological process produce.
The yarn guide wheel component 4 of the utility model mainly comprises a yarn guide wheel frame and a yarn guide wheel arranged on the yarn guide wheel frame, wherein the guide wire wheel frame comprises an open guide wire wheel shell 401 for fixing the guide wire wheel and a catheter plug-in connector 402 which is arranged at one side of the guide wire wheel shell 401 and is connected with the tow forming tube 2, the vertical walls at the two sides of the guide wire wheel shell 401 are respectively provided with a pin shaft mounting hole 403, the guide wire wheel is hinged and mounted on the guide wire wheel shell 401 through a pin shaft matched with the pin shaft mounting hole 403, the wire outlet direction of the catheter plug-in connector 402 is opposite to the guide wire wheel, the guide wheel shell 401 is provided with a strip-shaped opening 404, and the connecting line of the central point of the strip-shaped opening 404 of the guide wheel shell 401 and the central point of the pin shaft mounting hole 403 of the guide wheel shell 401, namely the central line of the strip-shaped opening, and the connecting line of the central point of the top of the guide wheel shell and the central point of the pin shaft mounting hole of the guide wheel shell, namely the included angle between the longitudinal central lines of the guide wheel shell is 18-20 degrees.
The included angle between the strip-shaped opening central point of the guide wire wheel shell and the central point of the guide wire wheel shell pin shaft mounting hole, namely the strip-shaped opening central line, and the central point of the top of the guide wire wheel shell and the central point of the guide wire wheel shell pin shaft mounting hole, namely the longitudinal central line of the guide wire wheel shell, is 19 degrees; the width of the strip-shaped opening is 3mm, the strip-shaped openings are formed in the left side and the right side of the central line of the strip-shaped opening in a deviation mode of 1.5mm, and the depth of each strip-shaped opening is the thickness of the arc-shaped shell of the guide wire wheel shell.
The axial sizing comb 9 that is equipped with of the comb of 6 tops on the big roller of spinning, this sizing comb 9 comprises fishback 901 and the articulated bracket 902 that sets up on fishback 901, sizing comb 9 articulates on the comb of 6 tops on the big roller of spinning machine is epaxial through articulated bracket 902, the last broach 903 that is equipped with of fishback 901, thick liquids hole 904 has been seted up to fishback 901's root, this thick liquids hole 904 is relative with thick liquids input tube grout outlet, be equipped with transition recess 905 and this transition recess 905 on the fishback 901 between thick liquids hole 904 and the broach 903 and extend to on the broach for make thick liquids evenly coat on the strand silk in succession, thick liquids are carried to sizing comb 9 by the measuring pump through thick liquids input tube ration uniformly after the thick liquids stirring tank misce.
1-3 group's thick liquids hole 904 has been seted up to fishback 901's root, and this thick liquids hole 904 is relative with thick liquids input tube play thick liquid mouth, is equipped with transition recess 905 and should transition recess 905 on the fishback 901 between thick liquids hole 904 and the broach 903 and extends to on the broach 903, dredges, adjusts through the trend of branch silk stick 8 and starching sleigh 9 strand silk to the little roller of spinning 5 and the big roller of spinning 6 upper strand silk, and then makes the winding route of strand silk on little roller of spinning 5 and the big roller of spinning 6 stable.
The large spinning roller of the utility model is provided with a plurality of water retaining rings, and the water retaining rings and the fiber separating rod above the large spinning roller separate the cellulose fibers in each processing process on the large spinning roller, so that the spinning solution generated in each processing process is respectively introduced into the spinning solution recovery tank below the large spinning roller, and the classification treatment and recovery of the spinning solution are facilitated; through dividing silk stick and starching comb ware, the mutual friction and the strand silk doubling between strand silk or strand silk and equipment when having significantly reduced many strand silks and twine the draft simultaneously on winding treatment roller, effectively promote finished product quality.
The foregoing shows and describes the general principles of the present invention, with its principal features and advantages, and further, various changes and modifications can be made therein without departing from the spirit and scope of the invention as defined by the appended claims.
Claims (7)
1. The utility model provides a continuous spinning integrated device of regenerated cellulose fibre wet process which characterized in that: the spinning solution tank is connected with a spinning metering pump of a spinning machine station through a liquid conveying pipe and a spinning pump, the spinning metering pump is connected with a spray head extending into a spinning coagulating bath container through the liquid conveying pipe and a pre-spinning filter, the spinning metering pump quantitatively and uniformly conveys the spinning solution to the pre-spinning filter and leads the spinning solution passing through the pre-spinning filter into the spinning coagulating bath through the spray head, a tow forming pipe is arranged on the side wall of the spinning coagulating bath container, and tows generated by the tow forming pipe are drawn to a spinning roller after being subjected to bath removal treatment through a godet wheel component.
2. The integrated device for wet continuous spinning of regenerated cellulose fibers according to claim 1, characterized in that: the spinning roller is characterized in that the spinning roller in the spinning roller is a spinning drying cylinder, a plurality of water retaining rings which are distributed axially are arranged on the spinning roller, a yarn separating rod is fixed above the spinning roller through a supporting cross beam, a spinning solution recovery groove is arranged below the spinning roller, and the water retaining rings and the yarn separating rod above the spinning roller separate cellulose fibers in each processing technological process on the spinning roller, so that spinning solutions generated in each technological process are respectively introduced into the spinning solution recovery groove below the spinning roller.
3. The integrated device for wet continuous spinning of regenerated cellulose fibers according to claim 1, characterized in that: the thread guide wheel assembly mainly comprises a thread guide wheel frame and thread guide wheels arranged on the thread guide wheel frame, wherein the thread guide wheel frame comprises an open thread guide wheel shell used for fixing the thread guide wheels and a catheter plug connector arranged on one side of the thread guide wheel shell and connected with a thread bundle forming tube, pin shaft mounting holes are respectively formed in vertical walls on two sides of the thread guide wheel shell, the thread guide wheels are mounted on the thread guide wheel shell in a hinged mode through pin shafts matched with the pin shaft mounting holes, the thread outlet direction of the catheter plug connector is opposite to the thread guide wheels and used for guiding and conveying thread strips through the thread guide wheels, strip-shaped openings are formed in the thread guide wheel shell, and the included angle between the central point of the strip-shaped opening of the thread guide wheel shell and the central point of the pin shaft mounting holes of the thread guide wheel shell, namely the central line of the strip-shaped opening, and.
4. The integrated apparatus for wet continuous spinning of regenerated cellulose fibers as claimed in claim 3, wherein: the included angle between the connecting line of the strip-shaped opening center point of the guide wheel shell and the center point of the guide wheel shell pin shaft mounting hole, namely the connecting line of the strip-shaped opening center line and the top center point of the guide wheel shell and the center point of the guide wheel shell pin shaft mounting hole, namely the longitudinal center line of the guide wheel shell is 19 degrees.
5. The integrated apparatus for wet continuous spinning of regenerated cellulose fibers as claimed in claim 3, wherein: the width of the strip-shaped opening is 3mm, the strip-shaped openings are formed in the left side and the right side of the central line of the strip-shaped opening in a deviation mode of 1.5mm, and the depth of each strip-shaped opening is the thickness of the arc-shaped shell of the guide wire wheel shell.
6. The integrated device for wet continuous spinning of regenerated cellulose fibers according to claim 1, characterized in that: the spinning roller is characterized in that a sizing comb is arranged on a comb shaft above a spinning big roller in the spinning roller, the sizing comb is composed of a comb plate and a hinged support arranged on the comb plate, the sizing comb is hinged on a comb shaft above the spinning roller through the hinged support, comb teeth are arranged on the comb plate, a pulp hole is formed in the root of the comb plate and is opposite to a pulp outlet of a pulp input pipe, a transition groove is formed in the comb plate between the pulp hole and the comb teeth and extends to the comb teeth, the pulp is uniformly and continuously coated on a strand silk, and the pulp is quantitatively and uniformly conveyed to the sizing comb through a pulp input pipe by a metering pump after being uniformly mixed in a pulp stirring tank.
7. The integrated device for wet continuous spinning of regenerated cellulose fibers according to claim 6, characterized in that: the root of the comb plate is provided with 1-3 groups of slurry holes, the slurry holes are opposite to a slurry outlet of the slurry input pipe, the comb plate between the slurry holes and the comb teeth is provided with a transition groove, the transition groove extends to the comb teeth, and the trend of the strand silk on the small spinning roller and the large spinning roller is dredged and adjusted through the silk dividing rod and the sizing comb device, so that the winding path of the strand silk on the small spinning roller and the large spinning roller is stable.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020459907.5U CN212451765U (en) | 2020-04-01 | 2020-04-01 | Regenerated cellulose fiber wet-process continuous spinning integrated device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020459907.5U CN212451765U (en) | 2020-04-01 | 2020-04-01 | Regenerated cellulose fiber wet-process continuous spinning integrated device |
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| Publication Number | Publication Date |
|---|---|
| CN212451765U true CN212451765U (en) | 2021-02-02 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202020459907.5U Active CN212451765U (en) | 2020-04-01 | 2020-04-01 | Regenerated cellulose fiber wet-process continuous spinning integrated device |
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|---|---|
| CN (1) | CN212451765U (en) |
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2020
- 2020-04-01 CN CN202020459907.5U patent/CN212451765U/en active Active
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