A 32-head ITY special spinneret

Abstract

The utility model relates to a 32-head ITY special spinneret, including a plate body, the plate body is a cylinder, one of the diameters of the plate body end face is the central axis, one end of the plate body is concavely provided with a first spinneret and a second spinneret, the first spinneret and the second spinneret are symmetrically arranged along the central axis as a symmetry axis, a plurality of spinneret holes are arranged in the first spinneret and the second spinneret, the spinneret holes are annularly distributed as a plurality of concentric circles from the outside to the inside with the center of the plate body end face as the center, the spinneret holes are divided into a first spinneret area, a second spinneret area, a third spinneret area, and a fourth spinneret area in strips in the axial direction of the symmetry axis of the first spinneret and the second spinneret, the first spinneret area and the second spinneret area are located in the first spinneret, and the third spinneret area and the fourth spinneret area are located in the second spinneret. The utility model prolongs the plate protection period through the above structure, is easy to clean, reduces the labor intensity of employees, and improves the yield rate.

Description

Technical Field

[0001] The utility model relates to the field of chemical fiber textiles, in particular to a 32-head ITY special spinneret. Background Art

[0002] Polyester is the trade name of polyester fiber in my country. ITY is a composite of FDY and POY.

[0003] In the production process of polyester composite yarn, the polyester melt after esterification and polycondensation is generally pressurized by a booster pump, cooled by a melt cooler, distributed to each spinning box through a barrel, and then quantitatively fed into the assembly by a metering pump. After being filtered by the assembly, it flows out from the spinneret hole through extrusion, and then solidified into fiber after cooling. The ITY composite yarn is composed of POY spun from the A side and FDY spun from the B side, which are compounded after winding the oil nozzle. The spinneret is a key part of the spinning process. The arrangement of the spinneret holes and the spacing of the holes used in the prior art, when the ring blowing is used to cool the spinneret holes, the monofilaments are prone to cross and stick when the cooling wind blows over. When the cooling wind pressure is reduced, the penetration performance of the cooling wind is poor, the solidification point is greatly offset, the monofilaments are unevenly cooled, and it is easy to cause the strands to break. The spinning stability is poor, the dyeing elongation is uneven, and the fiber weight is too light or too heavy, resulting in a short spinneret cleaning cycle and a low yield rate. Utility Model Content

[0004] In order to solve the above technical deficiencies, the utility model provides a 32-head ITY special spinneret, which solves the problems of short spinneret cleaning cycle, low yield and the like.

[0005] The utility model discloses a 32-head ITY special spinneret, comprising a plate body, wherein the plate body is a cylinder, with one diameter of the plate body end face as the central axis, one end of the axis of the plate body being inwardly concavely arranged with a first spinneret and a second spinneret, the first spinneret and the second spinneret being symmetrically arranged along the central axis as the symmetry axis, a plurality of spinneret holes being arranged in the first spinneret and the second spinneret, the spinneret holes being annularly distributed from the outside to the inside with the center of the plate body end face as the center of the circle and divided into a plurality of concentric circles, the spinneret holes being divided into a first spinneret area, a second spinneret area, a third spinneret area and a fourth spinneret area in a strip shape in the axial direction of the symmetry axis of the first spinneret and the second spinneret, the first spinneret area and the second spinneret area being located in the first spinneret, the third spinneret area and the fourth spinneret area being located in the second spinneret, the first spinneret area and the fourth spinneret area being symmetrically arranged with the central axis as the symmetry axis, and the second spinneret area and the third spinneret area being symmetrically arranged with the central axis as the symmetry axis.

[0006] Furthermore, the number of the spinneret holes is 144 or 228.

[0007] Furthermore, when the number of spinnerets is 144, the spinnerets are distributed as seven concentric circles from the outside to the inside in the first spinneret zone and the second spinneret zone, the diameter of the first circle of the first spinneret zone is 86 mm, the number of spinnerets is 16, the radius of the spinnerets at both ends of the first circle of the first spinneret zone and the angle with the central axis is 38.5°, and the angle between the radii of two adjacent spinnerets is 6.9°; the diameter of the second circle of the first spinneret zone is 74 mm, the number of spinnerets is 12, the radius of the spinnerets at both ends of the second circle of the first spinneret zone and the angle with the central axis is 44.9°, and the angle between the radii of two adjacent spinnerets is 8.2°; the third circle of the first spinneret zone The diameter of the first spinning zone is 62 mm, the number of spinnerets is 8, the angle between the radius of the spinnerets at both ends of the third circle of the first spinning zone and the central axis is 57.1°, and the angle between the radii of two adjacent spinnerets is 9.4°; the diameter of the first circle of the second spinning zone is 86 mm, the number of spinnerets is 2, 1 at each end, and the angle between the radius of the spinnerets at both ends of the first circle of the second spinning zone and the central axis is 23.3°; the diameter of the second circle of the second spinning zone is 74 mm, the number of spinnerets is 4, 2 at each end, the angle between the radius of the spinnerets at both ends of the second circle of the second spinning zone and the central axis is 14.2°, and the radius between two adjacent spinnerets is 2 The angle between them is 13°; the diameter of the third circle of the second spinneret zone is 62mm, the number of spinnerets is 6, 3 at each end, the angle between the radius of the spinnerets at both ends of the third circle of the second spinneret zone and the central axis is 12°, and the angle between the radii of two adjacent spinnerets is 11°; the diameter of the fourth circle of the second spinneret zone is 50mm, the number of spinnerets is 8, 4 at each end, the angle between the radius of the spinnerets at both ends of the fourth circle of the second spinneret zone and the central axis is 13°, and the angle between the radii of two adjacent spinnerets is 11°; the diameter of the fifth circle of the second spinneret zone is 38mm, the number of spinnerets is 8, 4 at each end, The angle between the radius of the spinnerets at both ends of the fifth circle of the second spinneret zone and the central axis is 18°, and the angle between the radii of two adjacent spinnerets is 15.5°; the diameter of the sixth circle of the second spinneret zone is 26mm, the number of spinnerets is 6, the angle between the radius of the spinnerets at both ends of the sixth circle of the second spinneret zone and the central axis is 28°, and the angle between the radii of two adjacent spinnerets is 24.8°; the diameter of the seventh circle of the second spinneret zone is 14mm, the number of spinnerets is 2, the angle between the radius of the spinnerets at both ends of the seventh circle of the second spinneret zone and the central axis is 52°, and the angle between the radii of two adjacent spinnerets is 76°. The spinnerets of the first spinneret zone are symmetrical with those of the fourth spinneret zone along the central axis; the spinnerets of the second spinneret zone are symmetrical with those of the third spinneret zone along the central axis.

[0008] Further, when the number of spinnerets is 228, the spinnerets are distributed as nine concentric circles from the outside to the inside in the first spinneret zone and the second spinneret zone, the diameter of the first circle of the first spinneret zone is 86 mm, the number of spinnerets is 21, the radius of the spinnerets at one end of the first circle of the first spinneret zone and the angle with the central axis is 36.3°, and the angle between the radii of two adjacent spinnerets is 5.37°; the diameter of the second circle of the first spinneret zone is 77 mm, the number of spinnerets is 17, the radius of the spinnerets at one end of the second circle of the first spinneret zone and the angle with the central axis is 41.3°, and the angle between the radii of two adjacent spinnerets is 6.088°; the diameter of the third circle of the first spinneret zone is 68 mm, the number of spinnerets is 12, The angle between the radius of the spinneret at one end of the third circle of the first spinneret zone and the central axis is 48.2°, and the angle between the radii of two adjacent spinneret holes is 7.6°; the diameter of the fourth circle of the first spinneret zone is 59mm, the number of spinneret holes is 7, the angle between the radius of the spinneret at one end of the second circle of the first spinneret zone and the central axis is 58.83°, and the angle between the radii of two adjacent spinneret holes is 10.39; the diameter of the first circle of the second spinneret zone is 86mm, the number of spinneret holes is 2, 1 at each end, the angle between the radius of the spinneret holes at both ends of the first circle of the second spinneret zone and the central axis is 25.2°; the diameter of the second circle of the second spinneret zone is 77mm, the number of spinneret holes is 4, 2 at each end, The angle between the radius of the spinnerets at both ends of the second circle of the second spinneret zone and the central axis is 13.2°, and the angle between the radii of two adjacent spinnerets is 12.1°; the diameter of the third circle of the second spinneret zone is 68mm, the number of spinnerets is 8, 4 at each end, the angle between the radius of the spinnerets at both ends of the third circle of the second spinneret zone and the central axis is 10.8°, and the angle between the radii of two adjacent spinnerets is 7.9°; the diameter of the fourth circle of the second spinneret zone is 59mm, the number of spinnerets is 8, 4 at each end, the angle between the radius of the spinnerets at both ends of the fourth circle of the second spinneret zone and the central axis is 11.79°, and the angle between the radii of two adjacent spinnerets is 8.72°; The diameter of the fifth circle of the second spinning zone is 50 mm, the number of spinnerets is 8, 4 at each end, the angle between the radius of the spinnerets at both ends of the fifth circle of the second spinning zone and the central axis is 13.95°, and the angle between the radii of two adjacent spinnerets is 10.75°; the diameter of the sixth circle of the second spinning zone is 41 mm, the number of spinnerets is 10, 5 at each end, the angle between the radius of the spinnerets at both ends of the sixth circle of the second spinning zone and the central axis is 16.86°, and the angle between the radii of two adjacent spinnerets is 11.01°; the diameter of the seventh circle of the second spinning zone is 32 mm, the number of spinnerets is 9, and the angle between the radius of the spinnerets at both ends of the seventh circle of the second spinning zone and the central axis is 21.52°, the angle between the radius of two adjacent spinnerets is 17.12°; the diameter of the eighth circle of the second spinneret zone is 23mm, the number of spinnerets is 6, the angle between the radius of the spinnerets at both ends of the eighth circle of the second spinneret zone and the central axis is 30°, and the angle between the radius of two adjacent spinnerets is 24°; the diameter of the ninth circle of the second spinneret zone is 14mm, the number of spinnerets is 2, the angle between the radius of the spinnerets at both ends of the ninth circle of the second spinneret zone and the central axis is 52°, and the angle between the radius of two adjacent spinnerets is 76°. The spinnerets of the first spinneret zone are symmetrical with those of the fourth spinneret zone along the central axis; the spinnerets of the second spinneret zone are symmetrical with those of the third spinneret zone along the central axis. .

[0009] Furthermore, the discharge port of the spinneret is a cylindrical micropore, and a conical hole transitions between the discharge port and the spinneret, and the cone angle of the conical hole is 50°. + 1° or 70° + 1°, the conical hole is connected to the cylindrical micropore, and when the number of spinneret holes is 144, the hole depth of the cylindrical micropore is 0.66 + 0.02mm, the diameter of the cylindrical micropore is 0.2±0.02mm; when the number of spinneret holes is 224, the hole depth of the cylindrical micropore is 0.54 + 0.02mm, and the diameter of the cylindrical micropore is 0.2±0.02mm.

[0010] The utility model obtains a 32-head ITY special spinneret. In actual production, the amount of filaments discharged from the spinneret holes of the spinneret is more uniform, ensuring that the fineness and weight of each ingot of filament are not much different; when the cooling air cools the monofilaments, the monofilaments have a small swing amplitude, are not prone to cross-over and adhesion, and the breakage caused by floating filaments is reduced. The cooling effect of the monofilaments is uniform, the solidification point has no deviation, the spinning stability is improved, the spinneret protection period is increased, the work intensity of employees is reduced, and the excellent rate of products is effectively improved. BRIEF DESCRIPTION OF THE DRAWINGS

[0011] Figure 1 This is a schematic diagram of a spinneret of the utility model when the number of spinneret holes is 144;

[0012] Figure 2 This is a schematic diagram of a spinneret of the utility model when the number of spinneret holes is 228;

[0013] Figure 3 is a cross-sectional view of a spinneret hole;

[0014] Figure 4 A cross-sectional view of the plate. DETAILED DESCRIPTION

[0015] In order to further explain the technical means and effects adopted by the present invention to achieve the predetermined purpose of the utility model, the specific implementation method, structure, characteristics and effects of the present invention are described in detail below in combination with the accompanying drawings and preferred embodiments.

[0016] Embodiment 1:

[0017] like Figure 1 , Figure 3 , Figure 4 As shown, the utility model discloses a 32-head ITY special spinneret, including a plate body 1, wherein the plate body 1 is a cylinder, with one diameter of the end face of the plate body 1 as the central axis, one end of the axis of the plate body 1 is concavely provided with a first spinneret 2 and a second spinneret 3, the first spinneret 2 and the second spinneret 3 are symmetrically arranged along the central axis as a symmetry axis, 72 spinneret holes 8 are arranged in the first spinneret 2 and the second spinneret 3, and the spinneret holes 8 are annularly distributed from the outside to the inside and divided into 7 concentric circles with the center of the end face of the plate body 1 as the center of the circle, and the spinneret holes The first spinneret 2 and the second spinneret 3 are divided into a first spinneret area 4, a second spinneret area 5, a third spinneret area 6, and a fourth spinneret area 7 in a strip shape in the axial direction of the symmetry axis. The first spinneret area 4 and the second spinneret area 5 are located in the first spinneret 2, the third spinneret area 6 and the fourth spinneret area 7 are located in the second spinneret 3, the first spinneret area 4 and the fourth spinneret area 7 are symmetrically arranged with the central axis as the symmetry axis, the second spinneret area 5 and the third spinneret area 6 are symmetrically arranged with the central axis as the symmetry axis, and one spinneret plate sprays four strands of silk to improve production output.

[0018] The number of the spinneret holes 8 is 144.

[0019] When the number of spinnerets 8 is 144, the spinnerets 8 are distributed as seven concentric circles from the outside to the inside in the first spinneret zone 4 and the second spinneret zone 5, the diameter of the first circle of the first spinneret zone 4 is 86 mm, the number of spinnerets 8 is 16, the angle between the radius of the spinnerets 8 at one end of the first circle of the first spinneret zone 4 and the central axis is 38.5°, and the angle between the radii of two adjacent spinnerets 8 is 6.9°; the diameter of the second circle of the first spinneret zone 4 is 74 mm, the number of spinnerets 8 is 12, the angle between the radius of the spinnerets 8 at one end of the second circle of the first spinneret zone 4 and the central axis is 44.9°, and the angle between the radius of two adjacent spinnerets 8 is 6.9°. The angle between the diameters is 8.2°; the diameter of the third circle of the first spinneret zone 4 is 62mm, the number of spinneret holes 8 is 8, the angle between the radius of the spinneret holes 8 at one end of the third circle of the first spinneret zone 4 and the central axis is 57.1°, and the angle between the radii of two adjacent spinneret holes 8 is 9.4°; the diameter of the first circle of the second spinneret zone 5 is 86mm, the number of spinneret holes 8 is 2, 1 at each end, and the angle between the radius of the spinneret holes 8 at both ends of the first circle of the second spinneret zone 5 and the central axis is 23.3°; the diameter of the second circle of the second spinneret zone 5 is 74mm, the number of spinneret holes 8 is 4, 2 at each end, and the second spinneret zone The angle between the radius of the spinneret holes 8 at both ends of the second circle and the central axis is 14.2°, and the angle between the radius of the two adjacent spinneret holes 8 at both ends is 13°; the diameter of the third circle of the second spinneret zone 5 is 62 mm, the number of the spinneret holes 8 is 6, 3 at each end, the angle between the radius of the spinneret holes 8 at both ends of the third circle of the second spinneret zone 5 and the central axis is 12°, and the angle between the radius of the two adjacent spinneret holes 8 at both ends is 11°; the diameter of the fourth circle of the second spinneret zone 5 is 50 mm, the number of the spinneret holes 8 is 8, 4 at each end, the angle between the radius of the spinneret holes 8 at both ends of the fourth circle of the second spinneret zone 5 and the central axis is 14.2°, and the angle between the radius of the two adjacent spinneret holes 8 at both ends is 13°; The angle between the radius of the two adjacent spinnerets 8 at both ends is 13°, and the angle between the radius of the two adjacent spinnerets 8 at both ends is 11°; the diameter of the fifth circle of the second spinneret zone 5 is 38mm, the number of spinnerets 8 is 8, 4 at each end, the angle between the radius of the spinnerets 8 at both ends of the fifth circle of the second spinneret zone 5 and the central axis is 18°, and the angle between the radius of the two adjacent spinnerets 8 at both ends is 15.5°; the diameter of the sixth circle of the second spinneret zone 5 is 26mm, the number of spinnerets 8 is 6, the angle between the radius of the spinnerets 8 at both ends of the sixth circle of the second spinneret zone 5 and the central axis is 28°, and the angle between the radius of the two adjacent spinnerets 8 is 24.8°; the diameter of the seventh circle of the second spinning zone 5 is 14mm, the number of spinneret holes 8 is 2, the angle between the radius of the spinneret holes 8 at both ends of the seventh circle of the second spinning zone 5 and the central axis is 52°, and the angle between the radius of two adjacent spinneret holes 8 is 76°, which ensures the uniformity of the spinneret output, so that the fineness of each spindle is uniform and the weight difference is not large; and the distance between each spinneret hole 8 is uniform, so that adjacent tows are not easy to deflect, and the cooling effect is good, the solidification point offset is small, so that the dyeing uniformity is better, the spinning stability is better, and the breakage caused by floating yarn is not easy to occur, reducing production consumption. .

[0020] The spinneret holes 8 of the first spinneret zone 4 and the spinneret holes 8 of the fourth spinneret zone 7 are symmetrical along the central axis; the spinneret holes 8 of the second spinneret zone 5 and the spinneret holes 8 of the third spinneret zone 6 are symmetrical along the central axis.

[0021] The radius of the spinneret hole 8 mentioned above refers to the radius of the plate body 1 where the center of the spinneret hole 8 is located.

[0022] The discharge port of the spinneret hole 8 is a cylindrical micropore 10, and the spinneret hole 8 and the discharge port are transitioned by a conical hole 9, the conical angle of the conical hole 9 is 50°, the conical hole 9 is connected with the cylindrical micropore 10, the hole depth of the cylindrical micropore 10 is 0.66mm, and the diameter of the cylindrical micropore 10 is 0.2mm; this ensures that the amount of wire discharged from the spinneret hole 8 is more uniform, and ensures that the fineness and dead weight of each ingot of wire are not much different.

[0023] Embodiment 2:

[0024] like Figure 2 , Figure 3 , Figure 4 As shown, the utility model discloses a 32-head ITY special spinneret, including a plate body 1, wherein the plate body 1 is a cylinder, with one diameter of the end face of the plate body 1 as the central axis, one end of the axis of the plate body 1 is concavely provided with a first spinneret 2 and a second spinneret 3, the first spinneret 2 and the second spinneret 3 are symmetrically arranged along the central axis as a symmetry axis, 72 spinneret holes 8 are arranged in the first spinneret 2 and the second spinneret 3, and the spinneret holes 8 are annularly distributed from the outside to the inside and divided into 7 concentric circles with the center of the end face of the plate body 1 as the center of the circle, and the spinneret holes The first spinneret 2 and the second spinneret 3 are divided into a first spinneret area 4, a second spinneret area 5, a third spinneret area 6, and a fourth spinneret area 7 in a strip shape in the axial direction of the symmetry axis. The first spinneret area 4 and the second spinneret area 5 are located in the first spinneret 2, the third spinneret area 6 and the fourth spinneret area 7 are located in the second spinneret 3, the first spinneret area 4 and the fourth spinneret area 7 are symmetrically arranged with the central axis as the symmetry axis, the second spinneret area 5 and the third spinneret area 6 are symmetrically arranged with the central axis as the symmetry axis, and one spinneret plate sprays four strands of silk to improve production output.

[0025] The number of the spinneret holes 8 is 228.

[0026] When the number of spinneret holes 8 is 228, the spinneret holes 8 are distributed as nine concentric circles from the outside to the inside in the first spinneret zone 4 and the second spinneret zone 5. The diameter of the first circle of the first spinneret zone 4 is 86 mm, the number of spinneret holes 8 is 21, the radius of the spinneret holes 8 at one end of the first circle of the first spinneret zone 4 and the angle between the central axis is 36.3°, and the angle between the radii of two adjacent spinneret holes 8 is 5.37°; the diameter of the second circle of the first spinneret zone 4 is 77 mm, the number of spinneret holes 8 is 17, the radius of the spinneret holes 8 at one end of the second circle of the first spinneret zone 4 and the angle between the central axis is 41.3°, and the angle between the radii of two adjacent spinneret holes 8 is 6.088°; the diameter of the third circle of the first spinneret zone 4 is 68 mm m, the number of spinnerets 8 is 12, the angle between the radius of the spinnerets 8 at one end of the third circle of the first spinneret zone 4 and the central axis is 48.2°, and the angle between the radii of two adjacent spinnerets 8 is 7.6°; the diameter of the fourth circle of the first spinneret zone 4 is 59mm, the number of spinnerets 8 is 7, the angle between the radius of the spinnerets 8 at one end of the second circle of the first spinneret zone 4 and the central axis is 58.83°, and the angle between the radii of two adjacent spinnerets 8 is 10.39; the diameter of the first circle of the second spinneret zone 5 is 86mm, the number of spinnerets 8 is 2, 1 at each end, the angle between the radius of the spinnerets 8 at both ends of the first circle of the second spinneret zone 5 and the central axis is 25.2°; the second spinneret zone 5 The diameter of the second circle is 77mm, the number of spinneret holes 8 is 4, 2 at each end, the angle between the radius of the spinneret holes 8 at both ends of the second circle of the second spinneret zone 5 and the central axis is 13.2°, and the angle between the radii of the two adjacent spinneret holes 8 at both ends is 12.1°; the diameter of the third circle of the second spinneret zone 5 is 68mm, the number of spinneret holes 8 is 8, 4 at each end, the angle between the radius of the spinneret holes 8 at both ends of the third circle of the second spinneret zone 5 and the central axis is 10.8°, and the angle between the radii of the two adjacent spinneret holes 8 at both ends is 7.9°; the diameter of the fourth circle of the second spinneret zone 5 is 59mm, the number of spinneret holes 8 is 8, 4 at each end, and the angle between the radius of the spinneret holes 8 at both ends of the fourth circle of the second spinneret zone 5 is The angle between the radius and the central axis is 11.79°, and the angle between the radii of the two adjacent spinnerets 8 at both ends is 8.72°; the diameter of the fifth circle of the second spinneret zone 5 is 50mm, the number of spinnerets 8 is 8, 4 at each end, the angle between the radius of the spinnerets 8 at both ends of the fifth circle of the second spinneret zone 5 and the central axis is 13.95°, and the angle between the radius of the two adjacent spinnerets 8 at both ends is 10.75°; the diameter of the sixth circle of the second spinneret zone 5 is 41mm, the number of spinnerets 8 is 10, 5 at each end, the angle between the radius of the spinnerets 8 at both ends of the sixth circle of the second spinneret zone 5 and the central axis is 16.86°, and the angle between the radius of the two adjacent spinnerets 8 at both ends is 11.01°; the diameter of the seventh circle of the second spinning zone 5 is 32 mm, the number of the spinneret holes 8 is 9, the radius of the spinneret holes 8 at both ends of the seventh circle of the second spinning zone 5 and the angle between the central axis is 21.52°, and the angle between the radii of two adjacent spinneret holes 8 is 17.12°; the diameter of the eighth circle of the second spinning zone 5 is 23 mm, the number of the spinneret holes 8 is 6, the radius of the spinneret holes 8 at both ends of the eighth circle of the second spinning zone 5 and the angle between the central axis is 30°, and the angle between the radii of two adjacent spinneret holes 8 is 24°; the second spinning zone 5 The diameter of the ninth circle is 14 mm, and the number of spinneret holes 8 is 2. The angle between the radius of the spinneret holes 8 at both ends of the ninth circle of the second spinneret zone 5 and the central axis is 52°, and the angle between the radius of two adjacent spinneret holes 8 is 76°, which ensures the uniformity of the spinneret output, so that the fineness of each spindle is uniform and the difference in deadweight is not large; and the spacing between each spinneret hole 8 is uniform, so that adjacent tows are not prone to deflection, and the cooling effect is good, the solidification point offset is small, so that the dyeing uniformity is better, the spinning stability is better, and the breakage caused by floating yarn is not easy to occur, reducing production consumption. .

[0027] The spinneret holes 8 of the first spinneret zone 4 and the spinneret holes 8 of the fourth spinneret zone 7 are symmetrical along the central axis; the spinneret holes 8 of the second spinneret zone 5 and the spinneret holes 8 of the third spinneret zone 6 are symmetrical along the central axis.

[0028] The radius of the spinneret hole 8 mentioned above refers to the radius of the plate body 1 where the center of the spinneret hole 8 is located.

[0029] The discharge port of the spinneret hole 8 is a cylindrical micropore 10, and the spinneret hole 8 and the discharge port are transitioned by a conical hole 9, the conical angle of the conical hole 9 is 70°, the conical hole 9 is connected with the cylindrical micropore 10, the hole depth of the cylindrical micropore 10 is 0.68 mm, and the diameter of the cylindrical micropore 10 is 0.22 mm; this ensures that the amount of wire discharged from the spinneret hole 8 is more uniform, and ensures that the fineness and dead weight of each ingot of wire are not much different.

[0030] In the description of the present application, it should be understood that the terms "center", "longitudinal", "lateral", "length", "width", "thickness", "up", "down", "front", "back", "left", "right", "vertical", "horizontal", "top", "bottom", "inside", "outside", "clockwise", "counterclockwise" and the like indicate positions or positional relationships based on the positions or positional relationships shown in the accompanying drawings, and are only for the convenience of describing the present application and simplifying the description, rather than indicating or implying that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation, and therefore cannot be understood as a limitation on the present application. In addition, the terms "first" and "second" are used only for descriptive purposes, and cannot be understood as indicating or implying relative importance or implicitly indicating the number of technical features indicated. Therefore, the features defined as "first" and "second" may explicitly or implicitly include one or more of the features. In the description of the present application, the meaning of "multiple" is two or more, unless otherwise clearly and specifically defined.

[0031] In the description of this application, it should be noted that, unless otherwise clearly specified and limited, the terms "installed", "connected", and "connected" should be understood in a broad sense, for example, it can be a fixed connection, a detachable connection, or an integral connection; it can be a mechanical connection; it can be a direct connection, or it can be indirectly connected through an intermediate medium, or it can be an interactive relationship between two elements. For ordinary technicians in this field, the specific meanings of the above terms in this application can be understood according to specific circumstances.

[0032] In the present application, unless otherwise clearly specified and limited, a first feature being "above" or "below" a second feature may include that the first and second features are in direct contact, or may include that the first and second features are not in direct contact but are in contact through another feature between them. Moreover, a first feature being "above", "above" and "above" a second feature includes that the first feature is directly above and obliquely above the second feature, or simply indicates that the first feature is higher in level than the second feature. A first feature being "below", "below" and "below" a second feature includes that the first feature is directly below and obliquely below the second feature, or simply indicates that the first feature is lower in level than the second feature.

[0033] The above description is only a preferred embodiment of the present invention and does not constitute any form of limitation to the present invention. Although the present invention has been disclosed as a preferred embodiment as above, it is not intended to limit the present invention. Any technical personnel in this field can make some changes or modify the technical contents disclosed above into equivalent embodiments without departing from the scope of the technical solution of the present invention. However, any simplified modification, equivalent change and modification made to the above embodiments based on the technical essence of the present invention without departing from the content of the technical solution of the present invention still fall within the scope of the technical solution of the present invention.

Claims

1. A 32-head ITY special spinneret, comprising a plate body (1), characterized in that: The plate body (1) is a cylinder, with one diameter of the end face of the plate body (1) as the central axis. The first spinneret (2) and the second spinneret (3) are arranged in a concave manner at one axial end of the plate body (1). The first spinneret (2) and the second spinneret (3) are symmetrically arranged along the central axis as a symmetry axis. A plurality of spinneret holes (8) are arranged in the first spinneret (2) and the second spinneret (3). The spinneret holes (8) are distributed in a ring shape from the outside to the inside and are divided into a plurality of concentric circles with the center of the end face of the plate body (1) as the center. The spinneret holes (8) are arranged in the first spinneret (2). The first spinning zone (4), the second spinning zone (5), the third spinning zone (6) and the fourth spinning zone (7) are divided into a first spinning zone (4), a second spinning zone (5), a third spinning zone (6) and a fourth spinning zone (7) in a strip shape in the axial direction of the symmetry axis of the first spinning zone (4), the second spinning zone (5) and the third spinning zone (6) are located in the first spinning zone (2), the third spinning zone (6) and the fourth spinning zone (7) are located in the second spinning zone (3), the first spinning zone (4) and the fourth spinning zone (7) are symmetrically arranged with the central axis as the symmetry axis, and the second spinning zone (5) and the third spinning zone (6) are symmetrically arranged with the central axis as the symmetry axis.

2. A 32-head ITY special spinneret according to claim 1, characterized in that: The number of the spinneret holes (8) is 144 or 228.

3. A 32-head ITY special spinneret according to claim 2, characterized in that: When the number of the spinnerets (8) is 144, the spinnerets (8) are distributed in seven concentric circles from the outside to the inside in the first spinneret zone (4) and the second spinneret zone (5), the diameter of the first circle of the first spinneret zone (4) is 86 mm, the number of the spinnerets (8) is 16, the angle between the radius of the plate body (1) where the spinnerets (8) at one end of the first circle of the first spinneret zone (4) are located and the central axis is 38.5°, and the angle between the radii of two adjacent spinnerets (8) is 6.9°; the diameter of the second circle of the first spinneret zone (4) is 74 mm, the number of the spinnerets (8) is 12, the half of the plate body (1) where the spinnerets (8) at one end of the second circle of the first spinneret zone (4) are located is 6.9°. The angle between the radius of the plate body (1) where the spinnerets (8) at one end of the third circle of the first spinneret zone (4) are located and the central axis is 44.9°, and the angle between the radii of two adjacent spinnerets (8) is 8.2°; the diameter of the third circle of the first spinneret zone (4) is 62 mm, the number of the spinnerets (8) is 8, the angle between the radius of the plate body (1) where the spinnerets (8) at one end of the third circle of the first spinneret zone (4) are located and the central axis is 57.1°, and the angle between the radii of two adjacent spinnerets (8) is 9.4°; the diameter of the first circle of the second spinneret zone (5) is 86 mm, the number of the spinnerets (8) is 2, 1 at each end, and the angle between the radius of the plate body (1) where the spinnerets (8) at both ends of the first circle of the second spinneret zone (5) are located and the central axis is 2 3.3°; the diameter of the second circle of the second spinning zone (5) is 74 mm, the number of the spinneret holes (8) is 4, 2 at each end, the angle between the radius of the plate body (1) where the spinneret holes (8) at the two ends of the second spinning zone (5) are located and the central axis is 14.2°, and the angle between the radii of the two adjacent spinneret holes (8) at the two ends is 13°; the diameter of the third circle of the second spinning zone (5) is 62 mm, the number of the spinneret holes (8) is 6, 3 at each end, the angle between the radius of the plate body (1) where the spinneret holes (8) at the two ends of the third spinning zone (5) are located and the central axis is 12°, and the angle between the radii of the two adjacent spinneret holes (8) at the two ends is 11°; the diameter of the fourth circle of the second spinning zone (5) is 50 mm, the number of the spinning holes (8) is 8, 4 at each end, the radius of the plate body (1) where the spinning holes (8) at the two ends of the fourth circle of the second spinning zone (5) are located and the angle between the central axis is 13°, and the angle between the radii of the two adjacent spinning holes (8) at the two ends is 11°; the diameter of the fifth circle of the second spinning zone (5) is 38 mm, the number of the spinning holes (8) is 8, 4 at each end, the radius of the plate body (1) where the spinning holes (8) at the two ends of the fifth circle of the second spinning zone (5) are located and the angle between the central axis is 18°, and the angle between the radii of the two adjacent spinning holes (8) at the two ends is 15.5°; the diameter of the sixth circle of the second spinning zone (5) is 26 mm, the number of the spinning holes (8) is 6, the radius of the plate body (1) where the spinning holes (8) at both ends of the sixth circle of the second spinning zone (5) are located and the angle between the central axis is 28°, and the angle between the radii where two adjacent spinning holes (8) are located is 24.8°; the diameter of the seventh circle of the second spinning zone (5) is 14 mm, the number of the spinning holes (8) is 2, the radius of the plate body (1) where the spinning holes (8) at both ends of the seventh circle of the second spinning zone (5) are located and the angle between the central axis is 52°, and the angle between the radii where two adjacent spinning holes (8) are located is 76°. .

4. A 32-head ITY special spinneret according to claim 2, characterized in that: When the number of spinneret holes (8) is 228, the spinneret holes (8) are distributed in nine concentric circles from the outside to the inside in the first spinneret zone (4) and the second spinneret zone (5), the diameter of the first circle of the first spinneret zone (4) is 86 mm, the number of spinneret holes (8) is 21, the angle between the radius of the plate body (1) where the spinneret holes (8) at one end of the first circle of the first spinneret zone (4) are located and the central axis is 36.3°, and the angle between the radii of two adjacent spinneret holes (8) is 5.37°; the diameter of the second circle of the first spinneret zone (4) is 77 mm, the number of spinneret holes (8) is 17, the radius of the plate body (1) where the spinneret holes (8) at one end of the second circle of the first spinneret zone (4) are located and the central axis is 36.3°. The angle of the central axis is 41.3°, and the angle between the radii of two adjacent spinnerets (8) is 6.088°; the diameter of the third circle of the first spinneret zone (4) is 68 mm, the number of spinnerets (8) is 12, the radius of the plate body (1) where the spinnerets (8) at one end of the third circle of the first spinneret zone (4) are located and the angle of the central axis is 48.2°, and the angle between the radii of two adjacent spinnerets (8) is 7.6°; the diameter of the fourth circle of the first spinneret zone (4) is 59 mm, the number of spinnerets (8) is 7, the radius of the plate body (1) where the spinnerets (8) at one end of the fourth circle of the first spinneret zone (4) are located and the angle of the central axis is 58.83°. , the angle between the radii of two adjacent spinnerets (8) is 10.39°; the diameter of the first circle of the second spinneret zone (5) is 86 mm, the number of spinnerets (8) is 2, 1 at each end, and the angle between the radius of the plate body (1) where the spinnerets (8) at both ends of the first circle of the second spinneret zone (5) are located and the central axis is 25.2°; the diameter of the second circle of the second spinneret zone (5) is 77 mm, the number of spinnerets (8) is 4, 2 at each end, and the angle between the radius of the plate body (1) where the spinnerets (8) at both ends of the second circle of the second spinneret zone (5) are located and the central axis is 13.2°, and the angle between the radii of the two adjacent spinnerets (8) at both ends is 12.1° ; The diameter of the third circle of the second spinning zone (5) is 68 mm, the number of the spinning holes (8) is 8, 4 at each end, the radius of the plate body (1) where the spinning holes (8) at both ends of the third circle of the second spinning zone (5) are located and the angle between the central axis is 10.8°, and the angle between the radii of the two adjacent spinning holes (8) at both ends is 7.9°; The diameter of the fourth circle of the second spinning zone (5) is 59 mm, the number of the spinning holes (8) is 8, 4 at each end, the radius of the plate body (1) where the spinning holes (8) at both ends of the fourth circle of the second spinning zone (5) are located and the angle between the central axis is 11.79°, and the angle between the radii of the two adjacent spinning holes (8) at both ends is 8.72°; the diameter of the fifth circle of the second spinning zone (5) is 50 mm, the number of the spinnerets (8) is 8, 4 at each end, the radius of the plate body (1) where the spinnerets (8) at the two ends of the fifth circle of the second spinning zone (5) are located and the angle between the central axis is 13.95°, and the angle between the radii of two adjacent spinnerets (8) is 10.75°; the diameter of the sixth circle of the second spinning zone (5) is 41 mm, the number of the spinnerets (8) is 10, 5 at each end, the radius of the plate body (1) where the spinnerets (8) at the two ends of the sixth circle of the second spinning zone (5) are located and the angle between the central axis is 16.86°, and the angle between the radii of two adjacent spinnerets (8) at the two ends is 11.01°; the diameter of the seventh circle of the second spinning zone (5) is 32 mm, the number of the spinnerets (8) is 9, and the second spinning zone (5) is The angle between the radius of the plate body (1) where the spinnerets (8) at both ends of the seventh spinneret zone (5) are located and the central axis is 21.52°, and the angle between the radii where two adjacent spinnerets (8) are located is 17.12°; the diameter of the eighth spinneret zone (5) is 23 mm, the number of spinnerets (8) is 6, the angle between the radius of the plate body (1) where the spinnerets (8) at both ends of the eighth spinneret zone (5) are located and the central axis is 30°, and the angle between the radii where two adjacent spinnerets (8) are located is 24°; the diameter of the ninth spinneret zone (5) is 14 mm, the number of spinnerets (8) is 2, the angle between the radius of the plate body (1) where the spinnerets (8) at both ends of the ninth spinneret zone (5) are located and the central axis is 52°, and the angle between the radii where two adjacent spinnerets (8) are located is 76°.

5. A 32-head ITY special spinneret according to claim 2, characterized in that: The discharge port of the spinneret hole (8) is a cylindrical micropore (10), and a conical hole (9) is used as a transition between the discharge port and the spinneret hole (8). The conical hole (9) has a cone angle of 50°±1° or 70°±1°. The conical hole (9) is connected to the cylindrical micropore (10). When the number of the spinneret holes (8) is 144, the hole depth of the cylindrical micropore (10) is 0.66±0.02 mm, and the diameter of the cylindrical micropore (10) is 0.2±0.02 mm. When the number of the spinneret holes (8) is 224, the hole depth of the cylindrical micropore (10) is 0.54±0.02 mm, and the diameter of the cylindrical micropore (10) is 0.2±0.02 mm.

Images