CN109907386A - A kind of fabric, preparation method and clothes for leading sweat function with orientation - Google Patents
A kind of fabric, preparation method and clothes for leading sweat function with orientation Download PDFInfo
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- CN109907386A CN109907386A CN201910299833.5A CN201910299833A CN109907386A CN 109907386 A CN109907386 A CN 109907386A CN 201910299833 A CN201910299833 A CN 201910299833A CN 109907386 A CN109907386 A CN 109907386A
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Abstract
The present invention discloses a kind of fabric, preparation method and clothes that sweat function is led with orientation, and fabric includes water repellent layer, guide layer, and is mutually knitted to form knitted body, and knitted body is connect with superabsorbent layer；Water repellent layer is formed by water repellent fiber interweaving, for sweat to be collected into guide layer by water repellent fiber；Guide layer is interwoven by water-absorption fiber, the sweat water conservancy diversion for water-absorption fiber to be collected into superabsorbent layer；Superabsorbent layer is for absorbing sweat.Sweat in above scheme in human body is collected on water-absorption fiber by water repellent fiber, then by the superabsorbent layer of sweat directional stream-guidance to superpower absorbing sweat water, is absorbed sweat by superabsorbent layer, is finally wrung out fabric, exhaust sweat.
Description
Technical field
The present invention relates to technical field of costume design more particularly to a kind of fabric, preparation sides that sweat function is led with orientation
Method and clothes.
Background technique
As the increasingly raising of people's living standard and the promotion of demand, consumer are more next to the functional requirement of daily necessity
It is higher.
Clothes play indispensable role in we live, and require we higher and higher to quality of the life, right
The comfort of clothes and functional demand are also higher and higher.
Prior art fabric has moisture absorption, perspires, quick-drying characteristic, the sweat that skin generates can be taken away people rapidly
Body, while the excessively high body temperature of human body is effectively reduced, so that people is kept dry and comfortable comfortable during exercise.However indoor race such as basketball,
Shuttlecock, table tennis, vollyball are largely perspired during strong movements.Since the fewer evaporation of perspiration of indoor air convection has
Limit is not achieved to perspire to be balanced with evaporation, causes sportsman's sense comfortable and easy to wear poor, and a large amount of sweat is along match clothes, match trousers stream
When on to athletic ground, sportsman step on sweat when be easy to slide into, cause sport injury, injure serious sportsman possibly even
It will affect its sports career, be unfavorable for the cleaning on ground.
Summary of the invention
The present invention discloses a kind of fabric, preparation method and clothes that sweat function is led with orientation, to solve room air pair
Flow fewer evaporation of perspiration it is limited be not achieved perspire with evaporation balance the problem of.
To solve the above-mentioned problems, the present invention adopts the following technical solutions:
In a first aspect, this application provides a kind of orientations to lead sweat functional fabric, including water repellent layer, guide layer, and mutually compile
It knits to form knitted body, the knitted body is connect with superabsorbent layer；
The water repellent layer is formed by water repellent fiber interweaving, for sweat to be collected into described lead by the water repellent fiber
On fluid layer；
The guide layer, is interwoven by water-absorption fiber, the sweat water conservancy diversion for the water-absorption fiber to be collected into institute
It states on superabsorbent layer；
The superabsorbent layer, for absorbing sweat.
Optionally, above-mentioned orientation leads sweat functional fabric, and the superabsorbent layer includes hydroscopic high-molecular resin SAP.
Optionally, above-mentioned orientation leads sweat functional fabric, and the water repellent fiber is water repellent PP fiber.
Optionally, above-mentioned orientation leads sweat functional fabric, and the water-absorption fiber is hydrophilic PP fiber.
Second aspect, this application provides a kind of preparation methods of directional stream-guidance functional fabric, comprising:
Water repellent layer, guide layer are mutually woven, knitted body is formed；
Directional stream-guidance functional fabric is made by pressing process in the knitted body and superabsorbent layer.
The third aspect, this application provides a kind of clothes that sweat function is led with orientation, comprising: garment body and setting
In in the garment body using sweat absorption area made of above-mentioned orientating function fabric.
Optionally, the above-mentioned clothes that there is orientation to lead sweat function, the garment body includes upper surface, lower surface, preceding
Surface, rear surface and two side surfaces, the sweat absorption area are set to the front surface or/and the rear surface.
Optionally, the above-mentioned clothes that there is orientation to lead sweat function, the guide layer include several water suction items and flow guide bar,
The water repellent layer includes several water repellent items, and the water suction item and the water repellent item are alternately disposed at the front surface or the rear table
On face, the superabsorbent layer is circumferentially set to the lower half of the front surface, and connect with the water repellent layer, and the water suction item is logical
At least one flow guide bar is crossed to be connected on the superabsorbent layer；
The water suction item be along the upper surface to the inclination in superabsorbent layer direction absorb water item.
Optionally, the width of the above-mentioned clothes that there is orientation to lead sweat function, the water suction item is 1-5cm, the water repellent
The width of item is 3-15cm.
Optionally, the above-mentioned clothes that there is orientation to lead sweat function, along the upper surface to superabsorbent layer direction, institute
Stating flow guide bar is 2, is respectively arranged at the axial symmetry position of center line of the front surface and rear surface, then in every water conservancy diversion
Two sides are symmetrically arranged with several water suction items and several water repellent items；The water suction item be along the side surface to
The downward inclination water suction item in the flow guide bar direction, one end of each water suction item are connect with the flow guide bar, Mei Gesuo
The other end for stating water suction item is all set in the garment body, the water suction item, the flow guide bar and the superabsorbent layer it
Between the water repellent item is set.
Optionally, the above-mentioned clothes that there is orientation to lead sweat function, along the upper surface to superabsorbent layer direction, institute
Stating flow guide bar is 4, and two flow guide bars are set to the front surface, and two flow guide bars are set to the rear surface,
Two flow guide bars of every side are symmetrically disposed on the two sides of the axial symmetry center line of the front surface or rear surface, at every
Axial symmetry center line two sides are symmetrically arranged with several water suction items and several water repellent items；The water suction item is edge
Downward inclination of the flow guide bar to the side face directions absorb water item, one end of each water suction item and the water conservancy diversion
The other end of item connection, each water suction item is connect with another symmetrically arranged described water suction item, in the water suction item, institute
It states and the water repellent item is set between flow guide bar and the superabsorbent layer.
Optionally, the above-mentioned clothes that sweat function is led with orientation, the guide layer includes suction unit and flow guide bar, institute
It states suction unit and is set to the chest of the front surface or/and the back position of rear surface, surpass along the upper surface to described
Layer direction is inhaled, the flow guide bar is set to the axial symmetry position of center line of the front surface or/and rear surface, in the axial symmetry
Center line two sides are symmetrical arranged two water repellent layers, and the superabsorbent layer is arranged in the water repellent layer bottom；Described flow guide bar one end
It is connect with the suction unit, the flow guide bar other end is connect with the superabsorbent layer, the suction unit and the water repellent layer
Connecting line be along upper surface to superabsorbent layer direction, and the dipping down to the flow guide bar direction along the side surface
Oblique oblique line.
Optionally, the above-mentioned clothes that sweat function is led with orientation, the guide layer includes suction unit and flow guide bar, institute
It states suction unit and is set to the chest of the front surface or/and the back position of the rear surface, along the upper surface to institute
Superabsorbent layer direction is stated, the flow guide bar is 2 or 4, and two flow guide bars are set to the front surface or/and two institutes
It states flow guide bar and is set to the rear surface, two flow guide bars of every side are symmetrically disposed on the axis of the front surface or rear surface
The water repellent layer is arranged between the superabsorbent layer described in the suction unit, the flow guide bar in the two sides of symmetrical center line；The suction
The connecting line of water unit and the water repellent layer is along the upper surface to superabsorbent layer direction, and along the flow guide bar to
The oblique line of the side face directions tilted down.
Optionally, the above-mentioned clothes that there is orientation to lead sweat function, the garment body are jacket or trousers.
The technical solution adopted by the present invention can reach it is following the utility model has the advantages that
It is disclosed by the invention that there is orientation to lead in the fabric of sweat function, it is made of water repellent layer, guide layer and superabsorbent layer, human body
In sweat be collected on water-absorption fiber by water repellent fiber, then by sweat directional stream-guidance to the superabsorbent layer of superpower absorbing sweat water
On, sweat is absorbed by superabsorbent layer, finally fabric is wrung out, exhausts sweat.
Detailed description of the invention
The drawings described herein are used to provide a further understanding of the present invention, constitutes a part of the invention, this hair
Bright illustrative embodiments and their description are used to explain the present invention, and are not constituted improper limitations of the present invention.In the accompanying drawings:
Fig. 1 is the structural schematic diagram that the fabric of sweat function is led with orientation；
Fig. 2 is the flow chart of the preparation method of the fabric with directional stream-guidance function；
Fig. 3 is to lead the jacket of sweat function to the main view of center water conservancy diversion sweat with orientation；
Fig. 4 is to lead the jacket of sweat function to the rearview of center water conservancy diversion sweat with orientation；
Fig. 5 is to lead the trousers of sweat function to the main view of center water conservancy diversion sweat with orientation；
Fig. 6 is to lead the trousers of sweat function to the rearview of center water conservancy diversion sweat with orientation；
Fig. 7 is to lead the jacket of sweat function to the main view of two sides water conservancy diversion sweat with orientation；
Fig. 8 is to lead the jacket of sweat function to the rearview of two sides water conservancy diversion sweat with orientation；
Fig. 9 is to lead the trousers of sweat function to the main view of two sides water conservancy diversion sweat with orientation；
Figure 10 is to lead the trousers of sweat function to the rearview of two sides water conservancy diversion sweat with orientation；
Figure 11 be the shirtfront of jacket that sweat function is led with orientation, main view from back position to center water conservancy diversion sweat；
Figure 12 be the shirtfront of jacket that sweat function is led with orientation, rearview from back position to center water conservancy diversion sweat；
Figure 13 be the shirtfront of jacket that sweat function is led with orientation, rearview from back position to two sides water conservancy diversion sweat；
Figure 14 be the shirtfront of jacket that sweat function is led with orientation, main view from back position to two sides water conservancy diversion sweat；
Description of symbols:
Fabric 100, water repellent layer 110, water repellent item 111, guide layer 120, absorb water item 121, flow guide bar 122, suction unit
123, superabsorbent layer 130, garment body 200, upper surface 210, lower surface 220, front surface 230, rear surface 240, side surface 250,
260, sweat absorption area 300, axial symmetry center line A, connecting line B.
Specific embodiment
To make the object, technical solutions and advantages of the present invention clearer, below in conjunction with the specific embodiment of the invention and
Technical solution of the present invention is clearly and completely described in corresponding attached drawing.Obviously, described embodiment is only the present invention one
Section Example, instead of all the embodiments.Based on the embodiments of the present invention, those of ordinary skill in the art are not doing
Every other embodiment obtained under the premise of creative work out, shall fall within the protection scope of the present invention.
Below in conjunction with attached drawing, technical solution disclosed in each embodiment that the present invention will be described in detail.
As shown in Figure 1, lead the fabric 100 of sweat function with orientation this application provides a kind of, including water repellent layer 110, lead
Fluid layer 120, and it is mutually knitted to form knitted body, it is connect in knitted body with superabsorbent layer 130；Water repellent layer 110, by water repellent fiber interweaving
It forms, for sweat to be collected into guide layer 120 by water repellent fiber；Guide layer 120, is interwoven by water-absorption fiber, is used
In on the sweat water conservancy diversion to superabsorbent layer 130 for being collected into water-absorption fiber；Superabsorbent layer 130, for absorbing sweat.It is disclosed by the invention
In the fabric 100 for leading sweat function with orientation, the sweat in human body is collected on water-absorption fiber by water repellent fiber, then by sweat
On liquid directional stream-guidance to the superabsorbent layer 130 of superpower absorbing sweat water, sweat is absorbed by superabsorbent layer 130, finally fabric is wrung out, is exhausted
Sweat.
In one embodiment of the application, superabsorbent layer 130 includes hydroscopic high-molecular resin SAP.Hydroscopic high-molecular resin SAP
Its own weight can be absorbed hundreds times, even thousands of times of water, and there is very strong water holding capacity, meet fabric water suction, water conservation
Requirement.Superabsorbent layer 130 make when, can by hydroscopic high-molecular resin SAP suppress between two clothes, then reconnect in
On knitted body；It further can be arranged to floating-point shape raised structures in cloth inner surface, be convenient for quick absorbing sweat in inner surface.
In one embodiment of the application, water repellent fiber is water repellent PP fiber.Water repellent PP fiber is by PP fiber chemistry
Water repellent processing, reduces the surface tension of PP fiber, causes water droplet that cannot soak the surface PP.
In one embodiment of the application, water-absorption fiber is hydrophilic PP fiber.Hydrophilic PP fiber is by hydrophilic additive and PP
It is blended and is granulated, fiber is made.
As shown in Fig. 2, this application provides a kind of preparation methods of fabric with directional stream-guidance function, comprising:
Water repellent layer 110, guide layer 120 are mutually woven, form knitted body by S01；
The fabric 100 with directional stream-guidance function is made by pressing process in knitted body and superabsorbent layer 130 by S02.
As shown in figure 3, leading the clothes of sweat function with orientation this application provides a kind of, comprising: garment body 200 and
It is set in garment body 200 and uses sweat absorption area 300 made of orientating function fabric 100.Fig. 3 is to be with garment body 200
When jacket as an example.It is applied in garment body 200 by the fabric 100 that there will be orientation to lead sweat function, effectively by people
The sweat of body exhausts, and promotes clothes comfort, and solves a large amount of sweat and flow on athletic ground along match clothes, match trousers
When, sportsman step on sweat when be easy the problem of sliding into, causing sport injury, be conducive to ground clean.
In one embodiment of the application, as shown in figure 3, garment body 200 include upper surface 210, it is lower surface 220, preceding
Surface 230, rear surface 240 and two side surfaces 250,260, sweat absorption area 300 are set to front surface 230 or/and rear surface 240.
The application combination perspiring position, fabric 100 is set on sweat absorption area 300, a large amount of sweat that will be generated in motion process
Water conservancy diversion, absorption, preservation are carried out, until exhausting sweat when movement intermission or when garment body 200 is taken off, sweat absorption area
300 setting is more scientific, is more advantageous to water conservancy diversion and the absorption of sweat.
If garment body 200 is jacket, it is arranged according to Fig. 3, Fig. 4, Fig. 7, Fig. 8, Figure 11 to Figure 14, and in jacket
The bottom pastes a whole circle superabsorbent layer 130, and sweat is collected into this, until sweat is exhausted when movement intermission.Jacket can be
Collar or cap etc. also can be set in the clothes of long sleeves or cotta perhaps sleeveless.
If garment body 200 is trousers, it is arranged according to Fig. 5, Fig. 6, Fig. 9, Figure 10, and used on each trouser legs
Above-mentioned structure is configured, and a whole circle superabsorbent layer 130 is pasted at the foot mouth of each trouser legs, and sweat is collected into this, until
Sweat is exhausted when moving intermission.Trousers can be trousers or shorts.
Above-mentioned jacket and trousers are respectively adopted in garment body 200 or integral trousers or skirt or one-piece dress
In conjunction with being respectively set, skilled artisans appreciate that.
In one embodiment of the application, the specific setting of guide layer 120 and water repellent layer 110 uses following several modes:
First way are as follows: as shown in Fig. 3, Fig. 4, Fig. 7 and Fig. 8, guide layer 120 includes several water suction items 121 and water conservancy diversion
Item 122, water repellent layer 110 include several water repellent items 111, water suction item 121 and water repellent item 111 be alternately disposed at front surface 230 or after
On surface 240, superabsorbent layer 130 is circumferential to be set to the lower half of front surface 230, and connect with water repellent layer 110, and water suction item 121 is equal
It is connected on superabsorbent layer 130 by least one flow guide bar 122；The item 121 that absorbs water is along upper surface 210 to 130 side of superabsorbent layer
To inclination absorb water item.The application often sets 1-5cm for the width for the item 121 that absorbs water, and the width of water repellent item 111 is set as 3-
15cm.From the aspect of saving material, the angle of flow guide bar 122 and axial symmetry center line A are 15~60 °.
Specifically, (1) such as Fig. 3, as shown in figure 4, garment body 1 be jacket when, along upper surface 210 to superabsorbent layer 130
Direction, flow guide bar 122 are 2, are respectively arranged at the axial symmetry center line location A of front surface 230 and rear surface 240, then every
122 two sides of flow guide bar are symmetrically arranged with several water suction items 121 and several water repellent items 111；The item 121 that absorbs water is along side surface
The 250 or 260 downward inclination to 122 direction of flow guide bar absorbs water item, and one end of each water suction item 121 is connect with flow guide bar 122,
The other end of each water suction item 121 is all set in garment body 200, water suction item 121, flow guide bar 122 and superabsorbent layer 130 it
Between be arranged water repellent item 111.From the aspect of saving material, the angle of flow guide bar 122 and axial symmetry center line A are 15~60 °.
As shown in Figure 5 and Figure 6, it when garment body 1 is trousers, using aforesaid way, is respectively set on two trouser legs.
Specifically, (2) as shown in Figure 7 and Figure 8, along upper surface 210 to 130 direction of superabsorbent layer, flow guide bar 122 is 4,
Two flow guide bars 122 are set to front surface 230, and two flow guide bars 122 are set to rear surface 240, two flow guide bars 122 of every side
The two sides of the axial symmetry center line A of front surface 230 or rear surface 240 are symmetrically disposed on, every two sides axial symmetry center line A
It is symmetrically arranged with several water suction items 121 and several water repellent items 111；The item 121 that absorbs water is along flow guide bar 122 to side surface 250
Or 260 the downward inclination in direction absorb water item, one end of each water suction item 121 is connect with flow guide bar 122, each water suction item 121
The other end connect with another symmetrically arranged water suction item 121, absorbing water between item 121, flow guide bar 122 and superabsorbent layer 130
Water repellent item 122 is set.From the aspect of saving material, the angle of flow guide bar 122 and axial symmetry center line A are 15~60 °.
As shown in Figure 9 and Figure 10, it when garment body 1 is trousers, using aforesaid way, is respectively set on two trouser legs.
The second way are as follows: (1) as is illustrated by figs. 11 and 12, guide layer 120 includes suction unit 123 and flow guide bar 122,
Suction unit 123 is set to the chest of front surface 230 or/and the back position of rear surface 240, along upper surface 210 to superabsorbent
130 direction of layer, flow guide bar 122 is set to the axial symmetry center line location A of front surface 230 or/and rear surface 240, in axial symmetry
The two sides center line A are symmetrical arranged two water repellent layers 110, and superabsorbent layer 130 is arranged in 110 bottom of water repellent layer；122 one end of flow guide bar and suction
Water unit 123 connects, and 122 other end of flow guide bar is connect with superabsorbent layer 130, the connecting line B of suction unit 123 and water repellent layer 110
For along upper surface 210 to 130 direction of superabsorbent layer, and the tilting down to 122 direction of flow guide bar along side surface 250 or 260
Oblique line.From the aspect of saving material, the angle of oblique line and axial symmetry center line A are 15~60 °.
(2) as shown in Figure 13 and Figure 14, guide layer 120 includes suction unit 123 and flow guide bar 122, and suction unit 123 is set
It is placed in the chest of front surface 230 or/and the back position of rear surface 240, along upper surface 210 to 130 direction of superabsorbent layer, water conservancy diversion
Item 122 is 2 or 4, and two flow guide bars 122 are set to front surface 230 or/and two flow guide bars 122 are set to rear surface
240, two flow guide bars 122 of every side are symmetrically disposed on the two sides of the axial symmetry center line A of front surface 230 or rear surface 240,
Water repellent layer 110 is arranged between superabsorbent layer 130 for suction unit 123, flow guide bar 122；The connection of suction unit 123 and water repellent layer 110
Line B is along upper surface 210 to 130 direction of superabsorbent layer, and the dipping down to side surface 250 or 260 directions along flow guide bar 122
Oblique oblique line.From the aspect of saving material, the angle of oblique line and axial symmetry center line A are 15~60 °.
Emphasis describes the difference between each embodiment, difference between each embodiment in foregoing embodiments of the present invention
As long as optimization feature non-contradiction, can combine to form more preferably embodiment, it is contemplated that style of writing is succinct, then no longer superfluous at this
It states.
The above description is only an embodiment of the present invention, is not intended to restrict the invention.For those skilled in the art
For, the invention may be variously modified and varied.All any modifications made within the spirit and principles of the present invention are equal
Replacement, improvement etc., should be included within scope of the presently claimed invention.
Claims (14)
1. a kind of fabric for leading sweat function with orientation, which is characterized in that be knitted to form including water repellent layer, guide layer, and mutually
Knitted body, the knitted body are connect with superabsorbent layer；
The water repellent layer is formed by water repellent fiber interweaving, for sweat to be collected into the guide layer by the water repellent fiber
On；
The guide layer, is interwoven by water-absorption fiber, and the sweat water conservancy diversion for the water-absorption fiber to be collected into surpasses to described
It inhales on layer；
The superabsorbent layer, for absorbing sweat.
2. the fabric according to claim 1 that there is orientation to lead sweat function, which is characterized in that the superabsorbent layer includes high score
Sub- water-absorbing resin SAP.
3. the fabric according to claim 1 that there is orientation to lead sweat function, which is characterized in that the water repellent fiber is water repellent
PP fiber.
4. the fabric according to claim 1 that there is orientation to lead sweat function, which is characterized in that the water-absorption fiber is hydrophilic
PP fiber.
5. a kind of preparation method of the described in any item fabrics that there is orientation to lead sweat function of Claims 1 to 4, feature exist
In, comprising:
Water repellent layer, guide layer are mutually woven, knitted body is formed；
Directional stream-guidance functional fabric is made by pressing process in the knitted body and superabsorbent layer.
6. a kind of lead the clothes of sweat function with orientation characterized by comprising garment body and be set to the clothes sheet
Using Claims 1 to 4 is described in any item there is orientation to lead sweat absorption area made of the fabric of sweat function on body.
7. the clothes according to claim 6 that there is orientation to lead sweat function, which is characterized in that the garment body includes upper
Surface, lower surface, front surface, rear surface and two side surfaces, the sweat absorption area are set to the front surface or/and the rear table
Face.
8. the clothes according to claim 7 that there is orientation to lead sweat function, which is characterized in that the guide layer includes several
Absorb water item and flow guide bar, and the water repellent layer includes several water repellent items, and the water suction item and the water repellent item are alternately disposed at described
In front surface or the rear surface, the superabsorbent layer is circumferentially set to the lower half of the front surface, and connects with the water repellent layer
It connects, the water suction item passes through at least one flow guide bar and is connected on the superabsorbent layer；
The water suction item be along the upper surface to the inclination in superabsorbent layer direction absorb water item.
9. according to claim 8 there is orientation to lead the clothes of sweat function, which is characterized in that the width of the water suction item is
1-5cm, the width of the water repellent item are 3-15cm.
10. the clothes according to claim 8 that there is orientation to lead sweat function, which is characterized in that extremely along the upper surface
Superabsorbent layer direction, the flow guide bar are 2, are respectively arranged at the axial symmetry center line position of the front surface and rear surface
It sets, is then symmetrically arranged with several water suction items and several water repellent items every flow guide bar two sides；The water suction
Item is the downward inclination water suction item along the side surface to the flow guide bar direction, one end of each water suction item and institute
Flow guide bar connection is stated, the other end of each water suction item is all set in the garment body, in the water suction item, described leads
The water repellent item is set between stream item and the superabsorbent layer.
11. the clothes according to claim 8 that there is orientation to lead sweat function, which is characterized in that extremely along the upper surface
Superabsorbent layer direction, the flow guide bar are 4, and two flow guide bars are set to the front surface, two flow guide bars
It is set to the rear surface, two flow guide bars of every side are symmetrically disposed in the axial symmetry of the front surface or rear surface
The two sides of heart line are symmetrically arranged with several water suction items and several water repellents every axial symmetry center line two sides
Item；The water suction item is the downward inclination water suction item along the flow guide bar to the side face directions, each water suction
One end of item is connect with the flow guide bar, and the other end and another symmetrically arranged described water suction item of each water suction item connect
It connects, the water repellent item is set between the water suction item, the flow guide bar and the superabsorbent layer.
12. the clothes according to claim 7 that there is orientation to lead sweat function, which is characterized in that the guide layer includes inhaling
Water unit and flow guide bar, the suction unit is set to the chest of the front surface or/and the back position of rear surface, along institute
Upper surface is stated to superabsorbent layer direction, the flow guide bar is set to the axial symmetry center line of the front surface or/and rear surface
Position is symmetrical arranged two water repellent layers in axial symmetry center line two sides, and the superabsorbent is arranged in the water repellent layer bottom
Layer；Described flow guide bar one end is connect with the suction unit, and the flow guide bar other end is connect with the superabsorbent layer, the water suction
The connecting line of unit and the water repellent layer is to lead to superabsorbent layer direction, and along the side surface to described along upper surface
Flow the oblique line tilted down in direction.
13. the clothes according to claim 7 that there is orientation to lead sweat function, which is characterized in that the guide layer includes inhaling
Water unit and flow guide bar, the suction unit are set to the chest of the front surface or/and the back position of the rear surface, edge
The upper surface to superabsorbent layer direction, the flow guide bar be 2 or 4, two flow guide bars be set to it is described before
Surface or/and two flow guide bars are set to the rear surface, two flow guide bars of every side be symmetrically disposed on it is described before
The two sides of the axial symmetry center line of surface or rear surface are arranged between the superabsorbent layer described in the suction unit, the flow guide bar
The water repellent layer；The connecting line of the suction unit and the water repellent layer is along the upper surface to superabsorbent layer direction,
And along the flow guide bar to the oblique line of the side face directions tilted down.
14. the clothes according to claim 6 that there is orientation to lead sweat function, which is characterized in that the garment body is upper
Clothing or trousers.
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| CN201910299833.5A CN109907386A (en) | 2019-04-15 | 2019-04-15 | A kind of fabric, preparation method and clothes for leading sweat function with orientation |
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| CN201910299833.5A CN109907386A (en) | 2019-04-15 | 2019-04-15 | A kind of fabric, preparation method and clothes for leading sweat function with orientation |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113774552A (en) * | 2021-09-28 | 2021-12-10 | 李宁体育科技(深圳)有限公司 | Knitted fabric with water collection function and garment |
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| CN209825267U (en) * | 2019-04-15 | 2019-12-24 | 李宁（中国）体育用品有限公司 | Fabric with directional sweat guiding function and garment |
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| CN113774552A (en) * | 2021-09-28 | 2021-12-10 | 李宁体育科技(深圳)有限公司 | Knitted fabric with water collection function and garment |
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