CN210383364U - High comfortable ventilative 3D pad - Google Patents

Abstract

The utility model discloses a high comfortable ventilative 3D pad, its structure includes: the warp knitting surface layer, the warp knitting mesh fabric layer, the supporting fiber layer, the first fibrils, the first-level yarns, the second-level yarns and the second fibrils form a hollow three-dimensional structure with holes on two sides and six breathable surfaces through the warp knitting surface layer, the supporting fibrils and the warp knitting mesh fabric layer, so that air and water can freely circulate, a damp and hot micro-circulation air layer is formed in the 3D material, and the warp knitting surface layer, the warp knitting mesh fabric layer, the supporting fiber layer, the first fibrils, the first-level yarns, the second-level yarns and the second fibrils have good functions; meanwhile, the surface layer of the material is cool and comfortable, the bottom layer is breathable and wear-resistant, good in rebound resilience and capable of playing a role in buffering protection, the material is light in weight, easy to wash, good in flexibility, various in surface layer patterns and fashionable in style, the warp knitting surface layer, the warp knitting mesh fabric layer and the supporting fiber layer are sewn into the wrapping edge, so that yarns and fibers are not easy to loosen and wear, and the 3D cushion has a deviation prevention effect on an object through the matching of anti-skid glue points and the warp knitting mesh fabric layer.

Description

High comfortable ventilative 3D pad

Technical Field

The utility model relates to a 3D material technical field has especially related to a high comfortable ventilative 3D pad.

Background

On the market, the filling type or liquid-filled type chairs, beds, sofas and the like can help a human body to relieve fatigue and bring healthy and comfortable life to consumers, the traditional cushions have the problems of poor air permeability and moisture permeability, difficulty in cleaning and the like, and therefore consumers are troubled, more bamboo mats, woven summer sleeping mats and the like are selected for replacing by consumers, but the softness and the comfort degree of the traditional cushions obviously cannot be compared with elastic cushions and cannot be carelessly accepted, and yarns and fibrils in the cushions are easy to loosen and wear due to direct exposure to the outside.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing a high comfortable ventilative 3D pad, because of ventilative moisture permeability is poor, difficult washing scheduling problem with the traditional mat of prior art of solution, brought a great deal of puzzlement for the consumer, consequently, consumer groups select bamboo mat more, weave substitution such as summer sleeping mat, but its compliance and comfort level obviously can't compare with the cushion, have to say that a careless choice, and yarn and fibril in the mat are because direct exposure is outside and easily loose and receive the problem of wearing and tearing.

In order to achieve the above purpose, the present invention is realized by the following technical solutions: a high comfortable ventilative 3D pad, its structure includes: the anti-skidding glue point mounting structure comprises a warp knitting surface layer, a warp knitting mesh fabric layer, a supporting fiber layer, first fibrils, first-level yarns, second fibrils, air holes, a bound edge and anti-skidding glue points, wherein the first-level yarns and the second-level yarns which are arranged at intervals are arranged on the surface of the warp knitting surface layer, the supporting fiber layer is mounted between the warp knitting surface layer and the warp knitting mesh fabric layer, the first fibrils and the second fibrils which are used for buffering of the warp knitting surface layer are arranged in the supporting fiber layer, the air holes are formed in the warp knitting mesh fabric layer, the anti-skidding glue points are mounted on the bottom surface of the warp knitting mesh fabric layer, and bound edges which are used for preventing the yarns and the fibrils from loosening and wearing are arranged on the.

Preferably, the first filaments and the second filaments have a filament diameter of 0.07 to 0.3 mm.

Preferably, the primary yarn and the secondary yarn are 75600D yarns.

Preferably, the 3D material has an overall width of 1.5-3m and a thickness of 3mm-2 cm.

Preferably, the first filaments are of arcuate configuration and are mounted in a single side-by-side arrangement to the transverse edges of the support filament layer and the second filaments are of arcuate configuration and are mounted in a plurality of interdigitating arrangements to the vertical edges of the support filament layer.

By adopting the technical scheme, the first filaments and the second filaments are matched, so that air and water can freely flow, and a damp and hot micro-circulation air layer is formed in the 3D material.

Preferably, the corner wrapping device further comprises a turning corner wrapping sheet, a concave strip, a letter magic card and a convex strip, wherein the letter magic card is respectively installed on the wrapping edge and the turning corner wrapping sheet, the convex strip is arranged on one side of the wrapping edge, the concave strip is matched into the turning corner wrapping sheet, and the turning corner wrapping sheet is connected with the wrapping edge through the letter magic card.

Through adopting above-mentioned technical scheme, through the cooperation between spill strip, convex strip and the letter magic subsides, have the effect that can tear upset cornerite piece for expose two liang of corners that bordure and wash easily and remove dust to it, thereby effectively prevent to avoid this 3D pad and the corner gap department of borduring being connected easily laying dust and be difficult to clear away it.

The utility model discloses owing to adopted above technical scheme, have apparent technological effect: a hollow three-dimensional structure with holes on two sides and six breathable surfaces is formed by the warp knitting surface layer, the supporting filaments and the warp knitting mesh fabric layer, so that air and water can freely circulate, a damp and hot micro-circulation air layer is formed in the 3D material, and the three-dimensional structure has good functions of moisture conduction, ventilation and temperature regulation; meanwhile, the surface layer of the material is cool and comfortable, the bottom layer is breathable and wear-resistant, good in rebound resilience and capable of playing a role in buffering protection, the texture is different, washing is easy, the softness performance is good, the surface layer has various patterns and fashionable style, the warp knitting mesh fabric layer and the supporting fiber layer are sewn into the covered edge, yarns and fibers are not prone to loosening and being abraded, and the 3D cushion has a function of preventing deviation on an object through the matching of the anti-skid glue points and the warp knitting mesh fabric layer.

Drawings

Fig. 1 is a schematic structural view of a highly comfortable and breathable 3D cushion of the present invention;

fig. 2 is a schematic partial sectional structure of a first embodiment of the present invention;

fig. 3 is a schematic view of a partial structure of a warp knitted mesh fabric layer of the present invention;

fig. 4 is a schematic structural diagram of a second embodiment of the present invention;

fig. 5 is a schematic diagram of a partial enlarged structure of fig. 4 according to the present invention.

The names of the parts indicated by the numerical references in the drawings are as follows: the warp knitting fabric comprises a warp knitting surface layer-1, a warp knitting mesh fabric layer-2, a supporting filament layer-3, a first filament-4, a first-level yarn-5, a second-level yarn-6, a second filament-7, air holes-8, a covered edge-9, anti-skid glue dots-10, a turnover wrap angle sheet-11, a concave strip-12, a letter magic card-13 and a convex strip-14.

Detailed Description

In order to make the technical means, the creation features, the achievement purposes and the effects of the utility model easy to understand, the utility model is further described below by combining with the specific embodiments.

Referring to fig. 1-5, the present invention provides a highly comfortable and breathable 3D pad, which comprises: the warp knitting fabric comprises a warp knitting surface layer 1, a warp knitting mesh fabric layer 2, a supporting filament layer 3, a first filament 4, a first-level yarn 5, a second-level yarn 6, a second filament 7, air holes 8, a binding edge 9 and anti-skid adhesive dots 10, wherein the surface of the warp knitting surface layer 1 is provided with the first-level yarn 5 and the second-level yarn 6 which are arranged at intervals, the supporting filament layer 3 is arranged between the warp knitting surface layer 1 and the warp knitting mesh fabric layer 2, the supporting filament layer 3 is internally provided with the first filament 4 and the second filament 7 which are used for buffering the warp knitting surface layer 1, the warp knitting mesh fabric layer 2 is provided with the air holes 8, the anti-skid adhesive dots 10 are arranged at the bottom surface of the warp knitting fabric layer 2, the outer sides of the warp knitting surface layer 1, the warp knitting mesh fabric layer 2 and the supporting filament layer 3 are provided with the binding edge 9 which is used for preventing the yarns and the filaments from loosening and abrasion, the filament diameters of the first filament 4 and the second filament 7 are 0.07, the whole width of the 3D material is 1.5-3m, the thickness is 3mm-2cm, the arc-shaped structure adopted by the first fibrils 4 is arranged on the transverse edge of the supporting fibril layer 3 in a single side-by-side mode, the arc-shaped structure adopted by the second fibrils 7 is arranged on the vertical edge of the supporting fibril layer 3 in a multi-strip intercrossing mode, air and water can freely circulate through the cooperation of the first fibrils and the second fibrils, a damp and hot microcirculation air layer is formed in the 3D material, the 3D material further comprises a turning fillet piece 11, a concave strip 12, a letter magic card 13 and a convex strip 14, the letter magic card 13 is respectively arranged on the edge covering 9 and the turning fillet piece 11, the convex strip 14 is arranged on one side of the edge covering 9, the concave strip 12 is matched into the turning fillet piece 11, and the turning fillet piece 11 is connected with the edge covering 9 through the letter magic card 13.

Example 1: the breathable holes 8 with the double-sided porous and six-sided breathable hollow three-dimensional structure are formed through the warp knitting surface layer 1, the supporting filament yarn 3 and the warp knitting mesh fabric layer 2, air and water can freely circulate, a damp and hot microcirculation air layer is formed inside the 3D material, the breathable cloth has good functions of moisture conduction, ventilation and temperature regulation, meanwhile, the first filament yarn 4 and the second filament yarn 7 are placed between the warp knitting surface layer 1 and the warp knitting mesh fabric layer 2, so that the surface layer is cool and comfortable, the bottom layer is breathable and wear-resistant, good rebound resilience is achieved, the buffering protection effect is achieved, the primary yarn 5 and the secondary yarn 6 are different in material texture due to the adoption of different-color yarns arranged at intervals, the softness performance is good, the surface layer has various patterns and fashionable styles, and the warp knitting surface layer 1, the warp knitting mesh fabric layer 2 and the supporting filament yarn layer 3 are sewn into the wrapping edge 9, so that the yarns and the filaments are not easy to loosen and wear, through the cooperation of antiskid glue point 10 and warp knitting mesh cloth layer 2 for this 3D pad has the effect of preventing off tracking on the article.

Example 2: the breathable holes 8 with the double-sided porous and six-sided breathable hollow three-dimensional structure are formed through the warp knitting surface layer 1, the supporting filament yarn 3 and the warp knitting mesh fabric layer 2, air and water can freely circulate, a damp and hot microcirculation air layer is formed inside the 3D material, the breathable cloth has good functions of moisture conduction, ventilation and temperature regulation, meanwhile, the first filament yarn 4 and the second filament yarn 7 are placed between the warp knitting surface layer 1 and the warp knitting mesh fabric layer 2, so that the surface layer is cool and comfortable, the bottom layer is breathable and wear-resistant, good rebound resilience is achieved, the buffering protection effect is achieved, the primary yarn 5 and the secondary yarn 6 are different in material texture due to the adoption of different-color yarns arranged at intervals, the softness performance is good, the surface layer has various patterns and fashionable styles, and the warp knitting surface layer 1, the warp knitting mesh fabric layer 2 and the supporting filament yarn layer 3 are sewn into the wrapping edge 9, so that the yarns and the filaments are not easy to loosen and wear, through the cooperation of antiskid glue point 10 and warp knitting mesh cloth layer 2 for this 3D pad has the effect of preventing the off tracking on the article, use protruding strip 14 of borduring 9 one side at last and the spill strip 12 on the upset cornerite piece 11 to nest each other, and link to each other through letter magic card 13 packing, make this 3D pad can tear upset cornerite piece 11 and expose two liang of connection corners between borduring 9 when using one stage, cause to wash easily the dust removal to borduring 9 corners, have and prevent this 3D pad and borduring 9 corners of being connected and be full of the dust and the effect that is difficult to the clearance.

The above, only be the concrete implementation of the preferred embodiment of the present invention, but the protection scope of the present invention is not limited thereto, and any person skilled in the art is in the technical scope of the present invention, according to the technical solution of the present invention and the utility model, the concept of which is equivalent to replace or change, should be covered within the protection scope of the present invention.

Claims (6)

1. A high comfortable ventilative 3D pad, its structure includes: warp knitting surface course (1), warp knitting mesh fabric layer (2), support fine fiber layer (3), first fibril (4), one-level yarn (5), second grade yarn (6), second fibril (7), bleeder vent (8), bordure (9), anti-skidding gluey point (10), its characterized in that: the warp knitting surface course (1) is provided with first-level yarns (5) and second-level yarns (6) which are arranged at intervals on the surface, the supporting filament layer (3) is arranged between the warp knitting surface course (1) and the warp knitting mesh fabric layer (2), first filaments (4) and second filaments (7) which are used for buffering the warp knitting surface course (1) are arranged in the supporting filament layer (3), air holes (8) are formed in the warp knitting mesh fabric layer (2), anti-skid glue points (10) are arranged on the bottom surface of the warp knitting mesh fabric layer (2), and covered edges (9) used for preventing the yarns and the mesh filaments from loosening and being worn are arranged on the outer sides of the warp knitting surface course (1), the warp knitting fabric layer (2) and the supporting filament layer (3).

2. The highly comfortable and breathable 3D pad according to claim 1, characterized in that: the first filaments (4) and the second filaments (7) have a filament diameter of 0.07-0.3 mm.

3. The highly comfortable and breathable 3D pad according to claim 1, characterized in that: 75600D yarns are adopted as the primary yarns (5) and the secondary yarns (6).

4. The highly comfortable and breathable 3D pad according to claim 1, characterized in that: the whole width of the 3D material is 1.5-3m, and the thickness is 3mm-2 cm.

5. The highly comfortable and breathable 3D pad according to claim 1, characterized in that: the first filaments (4) are of arcuate configuration and are mounted in a single strip side-by-side arrangement to the transverse edges of the support layer (3), and the second filaments (7) are of arcuate configuration and are mounted in a plurality of strips intersecting one another to the vertical edges of the support layer (3).

6. The highly comfortable and breathable 3D pad according to claim 1, characterized in that: the corner wrapping piece is characterized by further comprising a turning corner wrapping piece (11), a concave strip (12), a letter magic tape (13) and a convex strip (14), wherein the letter magic tape (13) is installed on the wrapping edge (9) and the turning corner wrapping piece (11) respectively, the convex strip (14) is arranged on one side of the wrapping edge (9), the concave strip (12) is matched into the turning corner wrapping piece (11), and the turning corner wrapping piece (11) is connected with the wrapping edge (9) through the letter magic tape (13).

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