CN216809126U - Anticreep scatter indicates seamless ice sleeve in hole - Google Patents
Anticreep scatter indicates seamless ice sleeve in hole Download PDFInfo
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- CN216809126U CN216809126U CN202123144126.0U CN202123144126U CN216809126U CN 216809126 U CN216809126 U CN 216809126U CN 202123144126 U CN202123144126 U CN 202123144126U CN 216809126 U CN216809126 U CN 216809126U
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Abstract
The utility model discloses an anti-drop and anti-scattering finger hole seamless ice sleeve which comprises a sleeve opening, a sleeve barrel and a finger hole opening area; the cuff comprises a wrist cuff and an upper arm cuff, the sleeve comprises a front arm sleeve, an elbow sleeve and an upper arm sleeve, the finger opening area is positioned between the wrist cuff and the front arm sleeve, the finger opening area comprises an opening, a run-off prevention area and a reinforcing area, the finger opening area is formed by a composite tissue formed by three paths of knitting systems, and the composite tissue comprises a flat needle tissue, a tuck tissue and a plaiting tissue; the finger hole opening area is provided with a hole opening, a falling-off prevention area and a reinforcing area, and has the functions of seamless and falling-off prevention; the sun-proof fabric is composed of specific composite tissues formed by three weaving systems, and has good integral sun-proof effect and comfortable wearing.
Description
Technical Field
The utility model relates to a clothing product, in particular to an anti-falling and anti-scattering finger hole seamless ice sleeve.
Background
The ice sleeves are independent sleeves and are made of textile fabric, ultraviolet rays can be blocked, skin tanning can be avoided to a certain extent, moisture absorption and sweat releasing are adopted for some ice sleeves in the market, the functional textile material with cool touch sense is used for increasing wearing comfort, and the ice sleeves are suitable for outdoor sports such as driving or riding or traveling and sightseeing. The conventional ice sleeve is in a conventional knitted structure and is easy to fall off, so that the service life of the ice sleeve is influenced; some ice sleeves are provided with holes close to the wrists in a cutting and splicing mode, so that fingers can conveniently penetrate through the ice sleeves, and the wearing comfort is influenced by the existence of splicing seam trace lines.
Chinese patent publication No. CN113712304A discloses an ice sleeve with anticreep function, including sun-proof ice sleeve main part, the imitative human arm design of sun-proof ice sleeve main part, sun-proof ice sleeve main part is woven by 90% polyamide fibre and 10% spandex and is formed, sun-proof coat-sleeve main part includes thumb portion, finger portion, palm portion, wrist portion, forearm portion, elbow portion and big arm portion, the elasticity ratio of finger portion to big arm portion of sun-proof ice sleeve main part is: the palm, the large arm, the finger, the wrist, the elbow and the small arm.
Chinese patent publication No. CN213029815U discloses a closed sun-proof ice sleeve, wherein one end of a sleeve is open and serves as a cuff, the other end of the sleeve is closed and serves as a sleeve cap, and a palm sleeve area is formed at one end of the sleeve close to the sleeve cap and plays a sun-proof role on fingers when the ice sleeve is worn; finger through openings are formed in the side walls of the palm sleeve areas corresponding to the palm surfaces, and the palms or the fingers can freely penetrate out to facilitate movement; the finger-through openings are arranged along the length direction of the sleeve and are matched with an arc-shaped opening structure, and the distances between the finger-through openings and the edge part of the palm are relatively uniform.
Chinese patent publication No. CN205695849U provides a sun-blocking ice sleeve, which comprises a sleeve body woven from polyester, wherein the sleeve body is of an elastic structure, cuffs of the sleeve body gradually shrink from an upper cuff to a lower cuff to form an inverted trapezoid shape, the upper end of the lower cuff of the sleeve body is provided with a stripe tightening structure, and the lower part of the sleeve body is provided with an opening 1.5-3.5cm away from the lower cuff.
Some of the existing ice sleeves are not provided with finger opening holes, and some ice sleeves are provided with finger opening holes through cutting and splicing, are relatively thick and solid, can be expanded, and do not disclose a seamless anti-falling structure.
Disclosure of Invention
Aiming at the defects of the prior art, the utility model provides the open-finger-hole ice sleeve with the seamless anti-falling structure.
The utility model mainly solves the technical problems through the following technical scheme: an anti-drop and anti-scatter finger hole seamless ice sleeve comprises a sleeve opening, a sleeve barrel and a finger hole opening area; the cuff comprises a wrist cuff and an upper arm cuff, the sleeve comprises a forearm sleeve, an elbow sleeve and an upper arm sleeve, the finger opening area is positioned between the wrist cuff and the forearm sleeve, the finger opening area comprises an opening, a falling-off prevention area and a reinforcing area, the finger opening area is composed of a composite tissue formed by a three-way knitting system, the composite tissue comprises a plain stitch tissue, a tuck tissue and a plaiting tissue, the composite tissue is composed of 3-60 coil transverse lines, and the composite tissue is composed of 25-250 coil longitudinal lines.
In a further improvement of the utility model, the tuck stitch and the plait stitch in the composite stitch form a tuck plait stitch in the same course, the number of loops of the plait stitch is greater than the number of loops of the tuck stitch, the tuck plait stitch is composed of 5-20 courses, and the tuck plait stitch is composed of 5-50 wales.
As a further improvement scheme of the utility model, the composite tissue further comprises a loop withdrawing tissue, the loop withdrawing tissue is positioned in 3 rd to 50 th coil rows in the composite tissue, the loop withdrawing tissue consists of 1 to 10 coil rows, and the number of longitudinal rows of the loop withdrawing tissue is less than the number of longitudinal rows of the composite tissue.
As a further improvement of the utility model, the elbow sleeve is a one-off plain plaited stitch formed by combining and weaving chinlon and spandex filament.
As a further improvement scheme of the utility model, the cuff is of a folded double-layer structure, the width of the cuff is 5-15cm, and the length of the cuff is 1-5 cm.
As a further improvement scheme of the utility model, the forearm sleeve and the upper arm sleeve are plain plated stitch knitting structures formed by combining and weaving chinlon and spandex filaments.
As a further improvement scheme of the utility model, the anti-raveling area is an alternate plain plaiting stitch formed by combined knitting of the thermal fuse with the melting point of less than or equal to 120 ℃ and the nylon and spandex filaments, and the reinforcement area is an alternate tucking plaiting stitch formed by combined knitting of the thermal fuse with the melting point of less than or equal to 120 ℃ and the nylon and spandex filaments.
As a further improvement scheme of the utility model, the coil comprises a nylon coil and a thermal fuse coil, and the nylon coil covers the thermal fuse coil.
As a further improvement scheme of the utility model, the coil comprises a nylon coil and a thermal fuse coil, and the nylon coil and the thermal fuse coil are mutually sleeved in a serial manner.
As a further improvement of the utility model, the composite tissue also comprises a weft insertion tissue, and the width of the wrist cuff is not less than the width of the forearm sleeve is not less than the width of the elbow sleeve is not less than the width of the upper arm cuff.
The utility model has the following beneficial effects: (1) the finger hole opening area is provided with a hole opening, a run-off preventing area and a reinforcing area, and the finger hole opening area has seamless and run-off preventing functions; (2) the sun-proof fabric is composed of specific composite tissues formed by three weaving systems, and is good in overall sun-proof effect and comfortable to wear.
Drawings
FIG. 1 is a schematic diagram of an embodiment of the present invention;
in the figure: 1. wrist cuffs, 2 holes in finger hole forming areas, 3 anti-falling areas in finger hole forming areas, 4 reinforced areas in finger hole forming areas, 5 forearm sleeves, 6 elbow sleeves, 7 upper arm sleeves and 8 upper arm cuffs.
Detailed Description
The technical scheme of the utility model is further specifically described by the following embodiments and the accompanying drawings.
Example 1:
an anti-drop and anti-scatter finger hole seamless ice sleeve comprises a sleeve opening, a sleeve barrel and a finger hole opening area; the cuff includes wrist cuff, upper arm cuff, and the sleeve includes forearm sleeve, elbow sleeve, upper arm sleeve, opens and indicates that the hole region is located between wrist cuff and forearm sleeve, opens and indicates that the hole region includes entrance to a cave, anticreep district and reinforced area, opens and indicates that the hole region comprises the compound tissue that three routes knitting system formed, and compound tissue includes flat needle tissue, tuck tissue, plat tissue, and compound tissue comprises 20 coil horizontal lines, and compound tissue comprises 120 coil vertical lines.
The tuck stitch and the plaiting stitch in the composite stitch form a tuck plaiting stitch in the same course, the number of plaiting stitch loops is larger than that of tuck stitch loops, the tuck plaiting stitch is composed of 5 stitch courses, and the tuck plaiting stitch is composed of 10 stitch wales.
The composite tissue also comprises a loop withdrawing tissue, wherein the loop withdrawing tissue is positioned in the 6 th to 7 th coil rows in the composite tissue, the loop withdrawing tissue consists of 2 coil rows, and the number of longitudinal rows of the loop withdrawing tissue is less than that of the composite tissue.
The elbow sleeve is a plaited stitch with an alternate plain stitch formed by combining and weaving nylon and spandex filaments.
The cuff is a folding double-layer structure, the width of the cuff is 5cm, and the length of the cuff is 1 cm.
The forearm sleeve and the upper arm sleeve are plain stitch plating stitch formed by combining and weaving chinlon and spandex filament.
The anti-run-off area is an alternate plain stitch plating stitch formed by combining and weaving the thermal fuse with the melting point of 100 ℃ with the nylon and the spandex filaments, and the reinforcing area is an alternate tuck plating stitch formed by combining and weaving the thermal fuse with the melting point of less than or equal to 100 ℃ with the nylon and the spandex filaments.
The coil comprises a nylon coil and a thermal fuse coil, each coil is woven by 1 yarn, and the nylon coil and the thermal fuse coil are mutually sleeved in a serial mode.
Example 2:
an anti-drop and anti-scatter finger hole seamless ice sleeve comprises a sleeve opening, a sleeve barrel and a finger hole opening area; the cuff includes wrist cuff, upper arm cuff, and the sleeve includes forearm sleeve, elbow sleeve, upper arm sleeve, opens and indicates that the hole region is located between wrist cuff and forearm sleeve, opens and indicates that the hole region includes entrance to a cave, anticreep district and reinforced area, opens and indicates that the hole region comprises the compound tissue that three routes knitting system formed, and compound tissue includes flat needle tissue, tuck tissue, plat tissue, and compound tissue comprises 30 coil horizontal lines, and compound tissue comprises 100 coil vertical lines.
The tuck stitch and the plaiting stitch in the composite stitch form a tuck plaiting stitch in the same course, the number of plaiting stitch loops is larger than that of tuck stitch loops, the tuck plaiting stitch is composed of 10 stitch courses, and the tuck plaiting stitch is composed of 5 stitch wales.
The composite tissue also comprises a loop withdrawing tissue, wherein the loop withdrawing tissue is positioned in 3 rd to 5 th coil rows in the composite tissue, the loop withdrawing tissue consists of 3 coil rows, and the number of longitudinal rows of the loop withdrawing tissue is less than that of the composite tissue.
The elbow sleeve is a plaited stitch with an alternate plain stitch formed by combining and weaving nylon and spandex filaments.
The cuff is a folding double-layer structure, the width of the cuff is 8cm, and the length of the cuff is 2 cm.
The forearm sleeve and the upper arm sleeve are plain stitch plating stitch formed by combining and weaving chinlon and spandex filament.
The anti-run-off area is an alternate plain stitch plating stitch formed by combining and weaving the hot melt with the melting point of 115 ℃ with the chinlon and the spandex filaments, and the reinforcing area is an alternate tuck plating stitch formed by combining and weaving the hot melt with the melting point of less than or equal to 115 ℃ with the chinlon and the spandex filaments.
The coil comprises a nylon coil and a thermal fuse coil, each coil is woven by 2 yarns, and the nylon coil covers the thermal fuse coil.
Example 3:
an anti-drop and anti-scatter finger hole seamless ice sleeve comprises a sleeve opening, a sleeve barrel and a finger hole opening area; the cuff includes wrist cuff, upper arm cuff, and the sleeve includes forearm sleeve, elbow sleeve, upper arm sleeve, opens and indicates that the hole region is located between wrist cuff and forearm sleeve, opens and indicates that the hole region includes entrance to a cave, anticreep district and reinforced area, opens and indicates that the hole region comprises the compound tissue that three routes knitting system formed, and compound tissue includes flat needle tissue, tuck tissue, plat tissue, and compound tissue comprises 60 line of stitches, and compound tissue comprises 120 line of stitches.
The tuck stitch and the plaiting stitch in the composite stitch form a tuck plaiting stitch in the same course, the number of plaiting stitch loops is larger than that of tuck stitch loops, the tuck plaiting stitch is composed of 5 courses, and the tuck plaiting stitch is composed of 5 wales.
The composite tissue also comprises a loop withdrawing tissue, wherein the loop withdrawing tissue is positioned in 16 th to 20 th coil courses in the composite tissue, the loop withdrawing tissue consists of 5 coil courses, and the number of longitudinal rows of the loop withdrawing tissue is less than that of the longitudinal rows of the composite tissue.
The elbow sleeve is a plaited stitch with an alternate plain stitch formed by combining and weaving nylon and spandex filaments.
The cuff is folding bilayer structure, and cuff width is 6cm, cuff length is 2 cm.
The forearm sleeve and the upper arm sleeve are plain stitch plating stitch formed by combining and weaving chinlon and spandex filament.
The anti-run-off area is an alternate plain stitch plating stitch formed by combining and weaving the hot melt with the melting point of 110 ℃ with the nylon and the spandex filaments, and the reinforcing area is an alternate tuck plating stitch formed by combining and weaving the hot melt with the melting point of 110 ℃ with the nylon and the spandex filaments.
Although the present invention has been described with reference to a preferred embodiment, it will be understood by those skilled in the art that various changes, substitutions and alterations can be made herein without departing from the spirit and scope of the utility model as defined by the appended claims.
Claims (10)
1. An anti-falling and anti-scattering finger hole seamless ice sleeve is characterized by comprising a cuff, a sleeve and a finger hole opening area; the cuff comprises a wrist cuff and an upper arm cuff, the sleeve comprises a forearm sleeve, an elbow sleeve and an upper arm sleeve, the finger opening area is positioned between the wrist cuff and the forearm sleeve, the finger opening area comprises an opening, a falling-off prevention area and a reinforcing area, the finger opening area is composed of a composite tissue formed by a three-way knitting system, the composite tissue comprises a plain stitch tissue, a tuck tissue and a plaiting tissue, the composite tissue is composed of 3-60 coil transverse lines, and the composite tissue is composed of 25-250 coil longitudinal lines.
2. The anti-drop and anti-unraveling finger hole seamless ice sleeve as claimed in claim 1, wherein the tuck stitch and the plait stitch in the composite stitch form a tuck plait stitch in the same course, the plait stitch number is greater than the tuck stitch number, the tuck plait stitch is composed of 5-20 courses, and the tuck plait stitch is composed of 5-50 wales.
3. The anti-loosening finger hole seamless ice sleeve according to claim 1, wherein the composite tissue further comprises a loop-releasing tissue, the loop-releasing tissue is located in 3 rd to 50 th coil rows in the composite tissue, the loop-releasing tissue is composed of 1 to 10 coil rows, and the number of longitudinal rows of loops of the loop-releasing tissue is smaller than that of longitudinal rows of loops of the composite tissue.
4. The anti-loosing finger hole seamless ice sleeve according to claim 1, wherein said elbow sleeve is a plated stitch with one flat needle formed by combined knitting of nylon and spandex filament.
5. The anti-loosening finger-hole seamless ice sleeve according to claim 1, wherein the cuff is a folded double-layer structure, the width of the cuff is 5-15cm, and the length of the cuff is 1-5 cm.
6. The anti-loosing finger hole seamless ice sleeve according to claim 1, wherein the forearm sleeve and the upper arm sleeve are plain plated stitch formed by combined knitting of nylon and spandex filament.
7. The anti-run-off finger-hole seamless ice sleeve as claimed in claim 2 or 3, wherein the anti-run-off region is a one-off plain stitch plaited stitch formed by combined knitting of a thermal fuse with a melting point of less than or equal to 120 ℃ and the nylon and spandex filaments, and the reinforcement region is a one-off tucked plaited stitch formed by combined knitting of the thermal fuse with a melting point of less than or equal to 120 ℃ and the nylon and spandex filaments.
8. The anti-loosening finger hole seamless ice sleeve according to claim 7, wherein the coils comprise nylon coils and thermal fuse coils, and the nylon coils are covered on the thermal fuse coils.
9. The anti-loosening finger hole seamless ice sleeve according to claim 7, wherein the coils comprise nylon coils and thermal fuse coils, and the nylon coils and the thermal fuse coils are mutually sleeved in series.
10. The anti-loosening finger hole seamless ice sleeve as claimed in claim 1, wherein the composite tissue further comprises weft insertion tissue, and the wrist cuff width is less than or equal to the forearm sleeve width and less than or equal to the elbow sleeve width and less than or equal to the upper arm cuff width.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202123144126.0U CN216809126U (en) | 2021-12-15 | 2021-12-15 | Anticreep scatter indicates seamless ice sleeve in hole |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202123144126.0U CN216809126U (en) | 2021-12-15 | 2021-12-15 | Anticreep scatter indicates seamless ice sleeve in hole |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN216809126U true CN216809126U (en) | 2022-06-24 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202123144126.0U Active CN216809126U (en) | 2021-12-15 | 2021-12-15 | Anticreep scatter indicates seamless ice sleeve in hole |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN216809126U (en) |
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2021
- 2021-12-15 CN CN202123144126.0U patent/CN216809126U/en active Active
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