CN208242957U - A kind of sweat-absorbing fabric and wearing product - Google Patents
A kind of sweat-absorbing fabric and wearing product Download PDFInfo
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- CN208242957U CN208242957U CN201820689404.XU CN201820689404U CN208242957U CN 208242957 U CN208242957 U CN 208242957U CN 201820689404 U CN201820689404 U CN 201820689404U CN 208242957 U CN208242957 U CN 208242957U
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- sweat
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Abstract
The utility model discloses a kind of sweat-absorbing fabric and wearing product, sweat-absorbing fabric, first sweat-absorbing layer is successively arranged by inside to outside, second sweat-absorbing layer, unidirectionally lead sweat layer and sweat discharging layer, direction is equipped with the first via hole to first sweat-absorbing layer from the inside to the outside, sweat discharging layer is equipped with the second via hole by inside to lateral direction, along the first deflector hole of the second sweat-absorbing layer warp direction setting and the second deflector hole being arranged along the second sweat-absorbing layer weft direction in second sweat-absorbing layer, first deflector hole is connected with the second deflector hole, first deflector hole and the setting of the first via hole interval, the structure, have the function of absorbing sweat and perspires, and absorbing sweat effect is good, it can prevent from being inhaled into sweat when fabric is squeezed and blow back into the occurrence of human body brings discomfort to human body.
Description
Technical field
The utility model relates to fabrics and wearing product.
Background technique
As the improvement of people's living standards, requirement of the more and more people to wearing product is not only color, style body
The stylishness that reveals while the comfort level for also focusing on wearing product, and the important component that fabric makes as wearing product, to wearing
The comfort level of Dai Pin plays decisive action.
In daily life, a large amount of sweat can be discharged in body, wearing product made of common fabric can absorb sweat from
And sweat and fabric are pasted on human skin, sweat can not be discharged rapidly to bring uncomfortable feeling to human body.
For this purpose, there is the fabric of some energy absorbing sweats, now to improve the comfort level of wearing product.
If Chinese Patent Application No. is a kind of gas permeability fabric in 201521141388.3 patent document, including upper fabric
Layer and the following bed of material, above the bed of material by filament yarn form and be formed with upper air hole with the placement of the structures of warp and weft, below
The bed of material is warp by nylon fibre and spandex fibre is that weft blending woven forms and be formed with lower air hole, and upper air hole is under
Air hole is staggered, and is successively arranged between upper fabric and lower fabric and unidirectionally leads sweat layer and sweat-absorbing layer, which has ventilative
Property good advantage, which unidirectionally leads sweat layer due to having lower air hole in sweat-absorbing layer, although being equipped in sweat-absorbing layer,
Sweat but when fabric is squeezed, when being drawn into sweat-absorbing layer by lower air hole there is no exporting in time, in sweat-absorbing layer
Water can be squeezed by lower air hole and is discharged on human body, so that fabric is mutually pasted with human body, and then brought to human body and do not relaxed
Suitable sense.
Summary of the invention
First purpose of the utility model is to provide a kind of sweat-absorbing fabric, using the sweat-absorbing fabric of the structure, has absorbing sweat
With the function of perspiring, and absorbing sweat effect is good, can prevent from being inhaled into sweat blowing back into human body and give human body band when fabric is squeezed
The occurrence of carrying out discomfort.
Second purpose of the utility model is to provide a kind of absorbing sweat wearing product, which has the function of absorbing sweat and perspire,
And absorbing sweat effect is good, can prevent from being inhaled into sweat blowing back into human body and bring discomfort situation to human body when fabric is squeezed
Generation.
To reach above-mentioned first purpose, a kind of sweat-absorbing fabric is successively arranged the first sweat-absorbing layer, the second suction by inside to outside
Sweat layer unidirectionally leads sweat layer and sweat discharging layer, and direction is equipped with the first via hole to the first sweat-absorbing layer from the inside to the outside, and sweat discharging layer is by interior
Side is equipped with the second via hole, the first water conservancy diversion being arranged in the second sweat-absorbing layer along the second sweat-absorbing layer warp direction to lateral direction
Hole and the second deflector hole being arranged along the second sweat-absorbing layer weft direction, the first deflector hole are connected with the second deflector hole, and first
Deflector hole and the setting of the first via hole interval.
Above-mentioned sweat-absorbing fabric, the inner side and outer side since fabric is arranged in are respectively equipped with the first via hole and the second conducting
Hole, and be equipped between sweat-absorbing layer and sweat discharging layer and unidirectionally lead sweat layer, so that sweat rapidly can be sucked fabric simultaneously by fabric
Discharge, simultaneously because being equipped with the first deflector hole and the second deflector hole in the second sweat-absorbing layer, and the first deflector hole, the second deflector hole
And first via hole perspired respectively from the length of fabric, width and thickness direction, thus when fabric is squeezed, energy
The sweat in the second sweat-absorbing layer will be sucked to be discharged by the first deflector hole and the second deflector hole, prevent from flowing backwards by the first via hole
It returns, so that fabric is mutually pasted with human body brings uncomfortable feeling to human body.
Further, the second sweat-absorbing layer is additionally provided with third deflector hole, one end of third deflector hole and the first deflector hole and the
Two deflector holes are connected, the other end of third deflector hole with unidirectionally lead sweat layer and be connected, due to be equipped in the second sweat-absorbing layer with
Second deflector hole and the third deflector hole unidirectionally leading sweat layer and being connected, so that when fabric is extruded, by the second sweat-absorbing layer
Middle sucking sweat, which is imported into, unidirectionally leads outside sweat layer discharge fabric, reduces the sweat for blowing back into human body after squeezing, further increases face
Material perspires effect.
Further, described unidirectionally to lead sweat layer and woven by yarn, sweat layer is unidirectionally led positioned at the second sweat-absorbing layer side
It is equipped with the first yarn branch layer, unidirectionally leads sweat layer equipped with the second yarn branch layer, the first yarn positioned at sweat discharging layer side
The line density of branch's layer is greater than the line density of the second yarn branch layer, is woven due to unidirectionally leading sweat layer by yarn, is unidirectionally led
Sweat layer is equipped with yarn branch layer, and the line density for being located at the yarn branch layer on the inside of fabric is greater than the yarn being located on the outside of fabric
The line density of branch's layer enables sweat to inhale from second so that forming capillary effect difference of extra pressure inside and outside fabric
Sweat layer enters sweat discharging layer, and can not enter the second sweat-absorbing layer from sweat discharging layer, realizes the function that sweat is unidirectionally led from fabric Inside To Outside
Energy.
Further, the first via hole and the setting of the second via hole interval, the first via hole and the second via hole are rotary table
Shape hole, the first via hole and the second via hole are greater than close to the aperture of inside close to the aperture in outside, due to the first via hole and
The setting of second via hole interval, and it is set as truncated cone-shaped hole, increase the contact area of via hole and human body, so as to rapidly inhale
It sweat and perspires.
Further, the 4th deflector hole being arranged in the first sweat-absorbing layer along the first sweat-absorbing layer warp direction, the 4th water conservancy diversion
The 5th deflector hole is equipped between hole and the second sweat-absorbing layer, one end of the 5th deflector hole is connected with the 4th deflector hole, the 5th water conservancy diversion
The other end in hole is connected with the second sweat-absorbing layer, due to the 4th deflector hole and the 5th deflector hole in the first sweat-absorbing layer, so as to
When fabric squeezes, the sweat of the first sweat-absorbing layer sucking can be exported by the 4th deflector hole and the 5th deflector hole, prevent the first water suction
Sweat is flow backwards in layer.
To reach above-mentioned second purpose, a kind of absorbing sweat dresses product, including product are dressed made of sweat-absorbing fabric, sweat-absorbing fabric
First sweat-absorbing layer is successively arranged by inside to outside, the second sweat-absorbing layer, unidirectionally leads sweat layer and sweat discharging layer, the first sweat-absorbing layer is by inside
It is equipped with the first via hole in outward direction, sweat discharging layer is equipped with the second via hole, the second sweat-absorbing layer by inside to lateral direction
On the first deflector hole along the setting of the second sweat-absorbing layer warp direction and second leading along the setting of the second sweat-absorbing layer weft direction
Discharge orifice, the first deflector hole are connected with the second deflector hole, the first deflector hole and the setting of the first via hole interval.
Above-mentioned wearing product, the inner side and outer side since fabric is arranged in are respectively equipped with the first via hole and the second via hole,
And be equipped between sweat-absorbing layer and sweat discharging layer and unidirectionally lead sweat layer, so that sweat rapidly can be sucked fabric side by side by fabric
Out, simultaneously because in the second sweat-absorbing layer be equipped with the first deflector hole and the second deflector hole, and the first deflector hole, the second deflector hole with
And first via hole perspired respectively from the length of fabric, width and thickness direction, can will thus when fabric is squeezed
The sweat sucked in the second sweat-absorbing layer is discharged by the first deflector hole and the second deflector hole, prevents from flowing backwards by the first via hole
It returns, so that fabric is mutually pasted with human body brings uncomfortable feeling to human body.
Further, the second sweat-absorbing layer is additionally provided with third deflector hole, one end of third deflector hole and the first deflector hole and the
Two deflector holes are connected, the other end of third deflector hole with unidirectionally lead sweat layer and be connected, due to be equipped in the second sweat-absorbing layer with
Second deflector hole and the third deflector hole unidirectionally leading sweat layer and being connected, so that when fabric is extruded, by the second sweat-absorbing layer
Middle sucking sweat, which is imported into, unidirectionally leads outside sweat layer discharge fabric, reduces the sweat for blowing back into human body after squeezing, further increases face
Material perspires effect.
Further, the first via hole and the setting of the second via hole interval, the first via hole and the second via hole are rotary table
Shape hole, the first via hole and the second via hole are greater than close to the aperture of inside close to the aperture in outside, due to the first via hole and
The setting of second via hole interval, and it is set as truncated cone-shaped hole, increase the contact area of via hole and human body, so as to rapidly inhale
It sweat and perspires.
Further, the 4th deflector hole being arranged in the first sweat-absorbing layer along the first sweat-absorbing layer warp direction, the 4th water conservancy diversion
The 5th deflector hole is equipped between hole and the second sweat-absorbing layer, one end of the 5th deflector hole is connected with the 4th deflector hole, the 5th water conservancy diversion
The other end in hole is connected with the second sweat-absorbing layer, due to the 4th deflector hole and the 5th deflector hole in the first sweat-absorbing layer, so as to
When fabric squeezes, the sweat of the first sweat-absorbing layer sucking can be exported by the 4th deflector hole and the 5th deflector hole, prevent the first water suction
Sweat is flow backwards in layer.
Further, described unidirectionally to lead sweat layer and woven by yarn, sweat layer is unidirectionally led positioned at the second sweat-absorbing layer side
It is equipped with the first yarn branch layer, unidirectionally leads sweat layer equipped with the second yarn branch layer, the first yarn positioned at sweat discharging layer side
The line density of branch's layer is woven by yarn due to unidirectionally leading sweat layer, is unidirectionally led less than the line density of the second yarn branch layer
Sweat layer is equipped with yarn branch layer, and the line density for being located at the yarn branch layer on the inside of fabric is greater than the yarn being located on the outside of fabric
The line density of branch's layer enables sweat to inhale from second so that forming capillary effect difference of extra pressure inside and outside fabric
Sweat layer enters sweat discharging layer, and can not enter the second sweat-absorbing layer from sweat discharging layer, realizes the function that sweat is unidirectionally led from fabric Inside To Outside
Energy.
Detailed description of the invention
Fig. 1 is sweat-absorbing fabric structural schematic diagram.
Fig. 2 is the structural schematic diagram of the second sweat-absorbing layer in sweat-absorbing fabric.
Specific embodiment
The present invention will be further described in detail with reference to the accompanying drawings and detailed description.
Embodiment 1.
As depicted in figs. 1 and 2, sweat-absorbing fabric includes that the first sweat-absorbing layer 1, the second sweat-absorbing layer are successively arranged by inside to outside
2, sweat layer 3 and sweat discharging layer 4 are unidirectionally led.
First sweat-absorbing layer 1 from the inside to the outside direction be equipped with the first via hole 11, and on along 1 warp of the first sweat-absorbing layer
4th deflector hole 13 of direction setting, is equipped with the 5th deflector hole 14, the 5th water conservancy diversion between the 4th deflector hole 13 and the second sweat-absorbing layer 2
The one end in hole 14 is connected with the 4th deflector hole 13, and the other end of the 5th deflector hole 14 is connected with the second sweat-absorbing layer 2；
Sweat discharging layer 4 is equipped with the second via hole 41 by inside to lateral direction；
First via hole 11 and the setting of the second via hole 41 interval, the first via hole 11 and the second via hole 41 are truncated cone-shaped
Hole, the first via hole 11 and the second via hole 41 are greater than close to the aperture of inside close to the aperture in outside.In the present embodiment, fabric
Inside is the side being in contact with human body, and outside is the side opposite with inside, and warp direction, that is, cloth length direction is such as
The direction A in Fig. 1, weft direction, that is, cloth width direction direction B as shown in figure 1.
It unidirectionally leads sweat layer 3 to be woven by yarn, unidirectionally leads sweat layer 3 equipped with first positioned at 2 side of the second sweat-absorbing layer
Yarn branch layer 31 unidirectionally leads sweat layer 3 equipped with the second yarn branch layer 32, the first yarn branch positioned at 4 side of sweat discharging layer
The line density of layer 31 is greater than the line density of the second yarn branch layer 32；
Along the first deflector hole 21 of 2 warp direction of the second sweat-absorbing layer setting and along the second absorbing sweat in second sweat-absorbing layer 2
Second deflector hole 22 of layer 2 weft directions setting and positioned at the first deflector hole 21 and unidirectionally lead third water conservancy diversion between sweat layer 3
Hole 23, the first deflector hole 21 are connected with the second deflector hole 22, the first deflector hole 21 and the setting of the first via hole 22 interval, third
One end of deflector hole 23 is connected with the first deflector hole 21 and the second deflector hole 22, the other end of third deflector hole 23 with unidirectionally lead
Sweat layer 3 is connected.
Above-mentioned sweat-absorbing fabric, the inner side and outer side since fabric is arranged in are respectively equipped with the first via hole 11 and the second conducting
Hole 41, and be equipped between sweat-absorbing layer and sweat discharging layer and unidirectionally lead sweat layer, so that sweat rapidly can be sucked fabric by fabric
And be discharged, simultaneously because the first deflector hole 21 and the second deflector hole 22 are equipped in the second sweat-absorbing layer 2, and the first deflector hole 21,
Second deflector hole 22 and the first via hole 41 are perspired from the length of fabric, width and thickness direction respectively, when fabric not
When receiving extruding, the sweat of human body by the first via hole 11 enter the second water absorption layer 2 then by unidirectionally lead after sweat layer 3 by
Second via hole 41 is perspired；When fabric is squeezed, it can will suck the sweat in the second sweat-absorbing layer 2 and pass through the first water conservancy diversion
Hole 21, the second deflector hole 22 and third deflector hole 23 are discharged, and prevent from flowing back to by the first via hole 41 so that fabric with
Human body, which is mutually pasted, brings uncomfortable feeling to human body.
Embodiment 2.
A kind of absorbing sweat wearing product include that product are dressed made of sweat-absorbing fabric, wearing product can for underwear, socks, trousers,
Clothes, shoes, cap, gloves etc..As depicted in figs. 1 and 2, sweat-absorbing fabric includes being successively arranged the first absorbing sweat by inside to outside
The 1, second sweat-absorbing layer 2 of layer unidirectionally leads sweat layer 3 and sweat discharging layer 4.
First sweat-absorbing layer 1 from the inside to the outside direction be equipped with the first via hole 11, and on along 1 warp of the first sweat-absorbing layer
4th deflector hole 13 of direction setting, is equipped with the 5th deflector hole 14, the 5th water conservancy diversion between the 4th deflector hole 13 and the second sweat-absorbing layer 2
The one end in hole 14 is connected with the 4th deflector hole 13, and the other end of the 5th deflector hole 14 is connected with the second sweat-absorbing layer 2；
Sweat discharging layer 4 is equipped with the second via hole 41 by inside to lateral direction；
First via hole 11 and the setting of the second via hole 41 interval, the first via hole 11 and the second via hole 41 are truncated cone-shaped
Hole, the first via hole 11 and the second via hole 41 are greater than close to the aperture of inside close to the aperture in outside.In the present embodiment, fabric
Inside is the side being in contact with human body, and outside is the side opposite with inside, and warp direction, that is, cloth length direction is such as
The direction A in Fig. 1, weft direction, that is, cloth width direction direction B as shown in figure 1.
It unidirectionally leads sweat layer 3 to be woven by yarn, unidirectionally leads sweat layer 3 equipped with first positioned at 2 side of the second sweat-absorbing layer
Yarn branch layer 31 unidirectionally leads sweat layer 3 equipped with the second yarn branch layer 32, the first yarn branch positioned at 4 side of sweat discharging layer
The line density of layer 31 is greater than the line density of the second yarn branch layer 32；
Along the first deflector hole 21 of 2 warp direction of the second sweat-absorbing layer setting and along the second absorbing sweat in second sweat-absorbing layer 2
Second deflector hole 22 of layer 2 weft directions setting and positioned at the first deflector hole 21 and unidirectionally lead third water conservancy diversion between sweat layer 3
Hole 23, the first deflector hole 21 are connected with the second deflector hole 22, the first deflector hole 21 and the setting of the first via hole 22 interval, third
One end of deflector hole 23 is connected with the first deflector hole 21 and the second deflector hole 22, the other end of third deflector hole 23 with unidirectionally lead
Sweat layer 3 is connected.
Above-mentioned wearing product, are made of sweat-absorbing fabric, and the inner side and outer side since fabric is arranged in is respectively equipped with the first conducting
Hole 11 and the second via hole 41, and be equipped between sweat-absorbing layer and sweat discharging layer and unidirectionally lead sweat layer, so that fabric can be rapidly
Sweat is sucked into fabric and is discharged, simultaneously because the first deflector hole 21 and the second deflector hole 22 are equipped in the second sweat-absorbing layer 2, and
First deflector hole 21, the second deflector hole 22 and the first via hole 41 are carried out from the length of fabric, width and thickness direction respectively
It perspires, when fabric does not receive extruding, the sweat of human body enters the second water absorption layer 2 then by unidirectional by the first via hole 11
It is perspired after leading sweat layer 3 by the second via hole 41；When fabric is squeezed, the sweat in the second sweat-absorbing layer 2 can will be sucked
Water is discharged by the first deflector hole 21, the second deflector hole 22 and third deflector hole 23, prevents from flowing back to by the first via hole 41,
So that fabric is mutually pasted with human body brings uncomfortable feeling to human body.
Claims (10)
1. a kind of sweat-absorbing fabric, it is characterised in that: be successively arranged the first sweat-absorbing layer, the second sweat-absorbing layer, unidirectional by inside to outside
Sweat layer and sweat discharging layer are led, direction is equipped with the first via hole to the first sweat-absorbing layer from the inside to the outside, and sweat discharging layer is by inside to outside
Direction is equipped with the second via hole, in the second sweat-absorbing layer along the first deflector hole of the second sweat-absorbing layer warp direction setting and along
Second deflector hole of the second sweat-absorbing layer weft direction setting, the first deflector hole is connected with the second deflector hole, the first deflector hole and
The setting of first via hole interval.
2. sweat-absorbing fabric according to claim 1, it is characterised in that: the second sweat-absorbing layer is additionally provided with third deflector hole, third
One end of deflector hole is connected with the first deflector hole and the second deflector hole, the other end of third deflector hole with unidirectionally lead sweat layer and be connected
It is logical.
3. sweat-absorbing fabric according to claim 1, it is characterised in that: described unidirectionally to lead sweat layer and woven by yarn, position
Sweat layer is unidirectionally led equipped with the first yarn branch layer, positioned at unidirectionally leading on sweat layer for sweat discharging layer side in the second sweat-absorbing layer side
Equipped with the second yarn branch layer, the line density of the first yarn branch layer is greater than the line density of the second yarn branch layer.
4. sweat-absorbing fabric according to claim 1, it is characterised in that: the first via hole and the setting of the second via hole interval,
First via hole and the second via hole are greater than for truncated cone-shaped hole, the first via hole and the second via hole close to the aperture of inside close
The aperture in outside.
5. sweat-absorbing fabric according to claim 1, it is characterised in that: along the first sweat-absorbing layer warp side in the first sweat-absorbing layer
To the 4th deflector hole of setting, the 5th deflector hole, one end of the 5th deflector hole are equipped between the 4th deflector hole and the second sweat-absorbing layer
It is connected with the 4th deflector hole, the other end of the 5th deflector hole is connected with the second sweat-absorbing layer.
6. a kind of absorbing sweat dresses product, including dresses product made of sweat-absorbing fabric, it is characterised in that: sweat-absorbing fabric is by inside outside
Side is successively arranged the first sweat-absorbing layer, the second sweat-absorbing layer, unidirectionally leads sweat layer and sweat discharging layer, the first sweat-absorbing layer direction from the inside to the outside
It is equipped with the first via hole, sweat discharging layer is equipped with the second via hole by inside to lateral direction, along second in the second sweat-absorbing layer
First deflector hole of sweat-absorbing layer warp direction setting and the second deflector hole being arranged along the second sweat-absorbing layer weft direction, first leads
Discharge orifice and the second deflector hole are connected, the first deflector hole and the setting of the first via hole interval.
7. absorbing sweat according to claim 6 dresses product, it is characterised in that: the second sweat-absorbing layer is additionally provided with third deflector hole, the
One end of three deflector holes is connected with the first deflector hole and the second deflector hole, and the other end of third deflector hole leads sweat layer phase with unidirectional
Connection.
8. absorbing sweat according to claim 6 dresses product, it is characterised in that: the first via hole and the second via hole interval are set
It sets, the first via hole and the second via hole are truncated cone-shaped hole, and the first via hole and the second via hole are greater than close to the aperture of inside
Close to the aperture in outside.
9. absorbing sweat according to claim 6 dresses product, it is characterised in that: along the first sweat-absorbing layer warp in the first sweat-absorbing layer
Direction setting the 4th deflector hole, between the 4th deflector hole and the second sweat-absorbing layer be equipped with the 5th deflector hole, the one of the 5th deflector hole
End is connected with the 4th deflector hole, and the other end of the 5th deflector hole is connected with the second sweat-absorbing layer.
10. absorbing sweat according to claim 6 dresses product, it is characterised in that: it is described unidirectionally to lead sweat layer and woven by yarn,
Sweat layer is unidirectionally led equipped with the first yarn branch layer positioned at the second sweat-absorbing layer side, unidirectionally leads sweat layer positioned at sweat discharging layer side
It is equipped with the second yarn branch layer, the line density of the first yarn branch layer is greater than the line density of the second yarn branch layer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820689404.XU CN208242957U (en) | 2018-05-09 | 2018-05-09 | A kind of sweat-absorbing fabric and wearing product |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820689404.XU CN208242957U (en) | 2018-05-09 | 2018-05-09 | A kind of sweat-absorbing fabric and wearing product |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208242957U true CN208242957U (en) | 2018-12-18 |
Family
ID=64635323
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820689404.XU Active CN208242957U (en) | 2018-05-09 | 2018-05-09 | A kind of sweat-absorbing fabric and wearing product |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208242957U (en) |
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2018
- 2018-05-09 CN CN201820689404.XU patent/CN208242957U/en active Active
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