CN204509524U - Filament spinning component is spun in two component mixing - Google Patents
Filament spinning component is spun in two component mixing Download PDFInfo
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- CN204509524U CN204509524U CN201420867639.5U CN201420867639U CN204509524U CN 204509524 U CN204509524 U CN 204509524U CN 201420867639 U CN201420867639 U CN 201420867639U CN 204509524 U CN204509524 U CN 204509524U
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Abstract
Filament spinning component is spun in two component mixing, and upper shell connects bolt, and upper shell establishes passage A, B, and passage A, B connect aluminium mouth, passage A, B communication channel C, D, and channel C, D connect packet filtering net A, B, and packet filtering net A, B are socketed packing ring A, B.Packet filtering net A, B are in A, B upper end, sand chamber, and sand chamber A established filter sand A, and sand chamber A establishes filter screen A, filter screen communication channel E.Established filter sand B in the B of sand chamber, sand chamber B establishes filter screen B, filter screen B communication channel F.A, B establish through hole in sand pond, and sand pond A, B communication channel G, H, passage G, H put in lower house, connect distribution plate A in lower house, and distribution plate A connects distribution plate B, and distribution plate B establishes large, medium and small annulus.Distribution plate B connects spinnerets.The utility model entrance pipe length is identical, and the mode that melt enters assembly is identical, and the sectional area of path is identical, and it is identical that melt bears pressure, melt distributed uniform, and improve monfil quality, melt waste discharge amount is little, and production loss is less.
Description
Technical field the utility model belongs to a kind of production equipment in chemical fibre Non-Woven Fabric Industry.
Background technology is current, existing pair of component mixing spinning technique is by two screw extruders by the polymer of two kinds of different melting points, two filters, two melt pipes are delivered in a spinning manifold and are carried out melt spinning, that two kinds of components distribute in the molten state regularly, combination, then become mixing spin fiber through spinnerets ejection.The application of this two component blend spinning technology extends the range of application of non-weaving cloth greatly, improves the quality of fiber, can be more widely used in house ornamentation and tufted carpet.Filament spinning component is as equipment important in spinning system, and its structure is more complicated.Its weak point: two entrance pipes are different in size, mode is different, and the sectional area of path is not identical, and it is not identical that melt bears pressure, and there is melt and distribute uneven, affect monfil quality, melt waste discharge amount is large, and production loss is large.
It is identical that summary of the invention the purpose of this utility model is to provide a kind of two entrance pipe length, the mode that melt enters assembly is identical, the sectional area of path is identical, it is identical that melt bears pressure, melt distributed uniform, improve monfil quality, melt waste discharge amount is little, and the less two components of production loss mix and spin filament spinning component.
The utility model mainly comprises upper shell, bolt, passage A, channel B, aluminium mouth, channel C, passage D, packet filtering net A, packet filtering net B, packing ring A, packing ring B, sand chamber A, sand chamber B, cross filter sand A, filter screen A, passage E, cross filter sand B, filter screen B, passage F, sand pond A, sand pond B, passage G, passage H, lower house, distribution plate A, receiver hole A, receiver hole B, distributing pipe A, distributing pipe B, be in charge of A, be in charge of B, distributing pipe C, distributing pipe D, alignment pin A, distribution plate B, passage I, small circle ring, large circle, middle annulus, alignment pin B and spinnerets.Wherein, the movable upper end connecting bolt of the upper shell of this under shed, should be provided with passage A and the channel B of one group of symmetry in the inside of this upper shell, this passage A is fixedly connected with aluminium mouth with one end of channel B, and extends to the outside of upper shell.Be fixedly connected with channel C and passage D at passage A respectively with the other end of channel B, preferably the cross section of this channel C and passage D is horn-like.The outer wall being connected packet filtering net A and packet filtering net B, packet filtering net A and packet filtering net B in this channel C and the lower end of passage D is respectively socketed packing ring A and packing ring B respectively.Packet filtering net A and packet filtering net B is embedded in the upper end of sand chamber A and sand chamber B respectively, and this sand chamber A and sand chamber B is cylindrical housings, is provided with filter sand A in A inside, sand chamber, and be provided with filter screen A in the lower end of this sand chamber A, the bottom of filter screen is fixedly connected with the upper end of passage E respectively.Be provided with filter sand B in B inside, sand chamber, be provided with filter screen B in the lower end of this sand chamber B, the bottom of filter screen B is fixedly connected with the upper end of passage F respectively.Above-mentioned packet filtering net A, packing ring A, sand chamber A, filter screen A, passage E are placed in the inside of sand pond A, and above-mentioned packet filtering net B, packing ring B, sand chamber B, filter screen B, passage F are placed in the inside of sand pond B.The lower surface of this sand pond A and sand pond B is respectively equipped with some through holes, and sand pond A is identical with the quantity of passage F with passage E respectively with the quantity of the through hole of the lower surface of sand pond B, and passage E and passage F connects with above-mentioned corresponding through hole.Sand pond A and sand pond B is placed in the inside of above-mentioned upper shell.Be fixedly connected with the upper end of passage G and passage H at sand pond A respectively with the lower end of sand pond B, preferably the cross section of this passage G and passage H is in horn-like.The lower house that above-mentioned passage G and passage H is placed in upper and lower opening is inner, is fixedly connected with circular distribution plate A, the left and right sides of this distribution plate A upper surface, is respectively equipped with position corresponding receiver hole A and receiver hole B in this lower house inside.This receiver hole A connects one end of distributing pipe A and distributing pipe B respectively, and this distributing pipe A and the other end of distributing pipe B are fixedly connected with two one end be in charge of A and be in charge of B respectively.This receiver hole B connects one end of distributing pipe C and distributing pipe D respectively.Above-mentioned distribution plate A is flexibly connected distribution plate B by alignment pin A, this distribution plate B is provided with large, medium and small three annulus that diameter is different, three annulus are equipped with some through holes, are equipped with passage I in the lower end of each through hole, the upper end of this passage I is connected with the through hole on annulus.The other end being in charge of A of above-mentioned inner side is placed in the top of small circle ring, and the other end being in charge of A in outside is placed in the top of large circle, and the other end of distributing pipe C and distributing pipe D is placed in the top of annulus.Distribution plate B is flexibly connected circular jetting filament plate by alignment pin B, and this spinnerets is provided with some through holes, and quantity and the position of this through hole and above-mentioned passage A are corresponding.
In use, melt enters upper shell through two entrances to the utility model, through husky pond, distribution plate, spinnerets ejection, thus fiber is spun in formation mixing, can according to the use needs of reality, increase distribution plate, the number of openings on this distribution plate and aperture also can correspondingly adjust.
The utility model compared with prior art tool has the following advantages: entrance pipe length is identical, and the mode that melt enters assembly is identical, and the sectional area of path is identical, it is identical that melt bears pressure, melt distributed uniform, improves monfil quality, melt waste discharge amount is little, and production loss is less.
Accompanying drawing explanation
Fig. 1 is three-dimensional simplified schematic diagram of the present utility model;
Fig. 2 is the top view in sand pond of the present utility model;
Fig. 3 is the top view of distribution plate A of the present utility model;
Fig. 4 is the top view of distribution plate B of the present utility model;
Fig. 5 is the top view of spinnerets of the present utility model.
Detailed description of the invention is spun in the simplified schematic diagram of filament spinning component in the two component mixing shown in Fig. 1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5, the movable upper end connecting bolt 2 of the upper shell 1 of this under shed, passage A3 and the channel B 4 of one group of symmetry should be provided with in the inside of this upper shell, this passage A is fixedly connected with aluminium mouth 5 with one end of channel B, and extends to the outside of upper shell.Be fixedly connected with channel C 6 and passage D7 at passage A respectively with the other end of channel B, the cross section of this channel C and passage D is horn-like.The outer wall being connected packet filtering net A8 and packet filtering net B9, packet filtering net A and packet filtering net B in this channel C and the lower end of passage D is respectively socketed packing ring A10 and packing ring B11 respectively.Packet filtering net A and packet filtering net B is embedded in the upper end of sand chamber A12 and sand chamber B13 respectively, this sand chamber A and sand chamber B is cylindrical housings, be provided with filter sand A14 in A inside, sand chamber, be provided with filter screen A15 in the lower end of this sand chamber A, the bottom of filter screen is fixedly connected with the upper end of passage E16 respectively.Be provided with filter sand B17 in B inside, sand chamber, be provided with filter screen B18 in the lower end of this sand chamber B, the bottom of filter screen B is fixedly connected with the upper end of passage F19 respectively.Above-mentioned packet filtering net A, packing ring A, sand chamber A, filter screen A, passage E are placed in the inside of sand pond A20, and above-mentioned packet filtering net B, packing ring B, sand chamber B, filter screen B, passage F are placed in the inside of sand pond B21.The lower surface of this sand pond A and sand pond B is respectively equipped with through hole, and sand pond A is identical with the quantity of passage F with passage E respectively with the quantity of the through hole of the lower surface of sand pond B, and passage E and passage F connects with above-mentioned corresponding through hole.Sand pond A and sand pond B is placed in the inside of above-mentioned upper shell.Upper end this passage G of passage G22 and passage H23 and the cross section of passage H is fixedly connected with respectively in horn-like in sand pond A and the lower end of sand pond B.The lower house 24 that above-mentioned passage G and passage H is placed in upper and lower opening is inner, is fixedly connected with circular distribution plate A25, the left and right sides of this distribution plate A upper surface, is respectively equipped with position corresponding receiver hole A26 and receiver hole B27 in this lower house inside.This receiver hole A connects one end of distributing pipe A28 and distributing pipe B29 respectively, and this distributing pipe A and the other end of distributing pipe B are fixedly connected with two one end be in charge of A30 and be in charge of B31 respectively.This receiver hole B connects one end of distributing pipe C32 and distributing pipe D33 respectively.Above-mentioned distribution plate A is flexibly connected distribution plate B35 by alignment pin A34, this distribution plate B is provided with large, medium and small three annulus that diameter is different, three annulus are equipped with through hole, are equipped with passage I36 in the lower end of each through hole, the upper end of this passage I is connected with the through hole on annulus.The other end being in charge of A of above-mentioned inner side is placed in the top of small circle ring 37, and the other end being in charge of A in outside is placed in the top of large circle 38, and the other end of distributing pipe C and distributing pipe D is placed in the top of annulus 39.Distribution plate B is flexibly connected circular jetting filament plate 41 by alignment pin B40, and this spinnerets is provided with through hole, and quantity and the position of this through hole and above-mentioned passage A are corresponding.
Claims (3)
1. filament spinning component is spun in pair component mixing, mainly includes: upper shell, bolt, passage A, channel B, aluminium mouth, channel C, passage D, packet filtering net A, packet filtering net B, packing ring A, packing ring B, sand chamber A, sand chamber B, cross filter sand A, filter screen A, passage E, cross filter sand B, filter screen B, passage F, sand pond A, sand pond B, passage G, passage H, lower house, distribution plate A, receiver hole A, receiver hole B, distributing pipe A, distributing pipe B, be in charge of A, be in charge of B, distributing pipe C, distributing pipe D, alignment pin A, distribution plate B, passage I, small circle ring, large circle, middle annulus, alignment pin B and spinnerets, it is characterized in that: the movable upper end connecting bolt of the upper shell of this under shed, passage A and the channel B of one group of symmetry should be provided with in the inside of this upper shell, this passage A is fixedly connected with aluminium mouth with one end of channel B, and extend to the outside of upper shell, channel C and passage D is fixedly connected with respectively with the other end of channel B at passage A, packet filtering net A and packet filtering net B is connected respectively in this channel C and the lower end of passage D, the outer wall of packet filtering net A and packet filtering net B is socketed packing ring A and packing ring B respectively, packet filtering net A and packet filtering net B is embedded in the upper end of sand chamber A and sand chamber B respectively, this sand chamber A and sand chamber B is cylindrical housings, filter sand A was provided with in A inside, sand chamber, filter screen A is provided with in the lower end of this sand chamber A, the bottom of filter screen is fixedly connected with the upper end of passage E respectively, filter sand B was provided with in B inside, sand chamber, filter screen B is provided with in the lower end of this sand chamber B, the bottom of filter screen B is fixedly connected with the upper end of passage F respectively, above-mentioned packet filtering net A, packing ring A, sand chamber A, filter screen A, passage E is placed in the inside of sand pond A, above-mentioned packet filtering net B, packing ring B, sand chamber B, filter screen B, passage F is placed in the inside of sand pond B, the lower surface of this sand pond A and sand pond B is respectively equipped with through hole, sand pond A is identical with the quantity of passage F with passage E respectively with the quantity of the through hole of the lower surface of sand pond B, passage E and passage F connects with above-mentioned corresponding through hole, sand pond A and sand pond B is placed in the inside of above-mentioned upper shell, the upper end of passage G and passage H is fixedly connected with respectively with the lower end of sand pond B at sand pond A, the lower house that above-mentioned passage G and passage H is placed in upper and lower opening is inner, circular distribution plate A is fixedly connected with in this lower house inside, the left and right sides of this distribution plate A upper surface, be respectively equipped with position corresponding receiver hole A and receiver hole B, this receiver hole A connects one end of distributing pipe A and distributing pipe B respectively, this distributing pipe A and the other end of distributing pipe B are fixedly connected with two one end be in charge of A and be in charge of B respectively, this receiver hole B connects one end of distributing pipe C and distributing pipe D respectively, above-mentioned distribution plate A is flexibly connected distribution plate B by alignment pin A, this distribution plate B is provided with different large of diameter, in, little three annulus, three annulus are equipped with through hole, passage I is equipped with in the lower end of each through hole, the upper end of this passage I is connected with the through hole on annulus, the other end being in charge of A of above-mentioned inner side is placed in the top of small circle ring, the other end being in charge of A in outside is placed in the top of large circle, the other end of distributing pipe C and distributing pipe D is placed in the top of annulus, distribution plate B is flexibly connected circular jetting filament plate by alignment pin B, this spinnerets is provided with some through holes, and quantity and the position of this through hole and above-mentioned passage A are corresponding.
2. filament spinning component is spun according to claim 1 pair of component mixing, it is characterized in that: the cross section of this channel C and passage D is horn-like.
3. filament spinning component is spun according to claim 1 and 2 pair of component mixing, it is characterized in that: the cross section of this passage G and passage H is in horn-like.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420867639.5U CN204509524U (en) | 2014-12-31 | 2014-12-31 | Filament spinning component is spun in two component mixing |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420867639.5U CN204509524U (en) | 2014-12-31 | 2014-12-31 | Filament spinning component is spun in two component mixing |
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| CN204509524U true CN204509524U (en) | 2015-07-29 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201420867639.5U Active CN204509524U (en) | 2014-12-31 | 2014-12-31 | Filament spinning component is spun in two component mixing |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105483845A (en) * | 2015-12-04 | 2016-04-13 | 浙江古纤道新材料股份有限公司 | Processing equipment for polyester industrial filaments for fine denier sewing threads |
| CN105803548A (en) * | 2014-12-31 | 2016-07-27 | 大连华阳新材料科技股份有限公司 | Two-component blending spinning assembly |
-
2014
- 2014-12-31 CN CN201420867639.5U patent/CN204509524U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105803548A (en) * | 2014-12-31 | 2016-07-27 | 大连华阳新材料科技股份有限公司 | Two-component blending spinning assembly |
| CN105483845A (en) * | 2015-12-04 | 2016-04-13 | 浙江古纤道新材料股份有限公司 | Processing equipment for polyester industrial filaments for fine denier sewing threads |
| CN105483845B (en) * | 2015-12-04 | 2018-05-08 | 浙江古纤道新材料股份有限公司 | A kind of process equipment of fine-denier sewing thread polyester industrial yarn |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
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| CP01 | Change in the name or title of a patent holder |
Address after: 116052, 199 Bay Road, Lushunkou District, Liaoning, Dalian Patentee after: DALIAN HUAYANG NEW MATERIALS TECHNOLOGY CO., LTD. Address before: 116052, 199 Bay Road, Lushunkou District, Liaoning, Dalian Patentee before: Dalian Huayang Chemical Fiber Technology Co., Ltd. |