CN213308894U

CN213308894U - 3D absorbent pad

Info

Publication number: CN213308894U
Application number: CN202021252062.9U
Authority: CN
Inventors: 董时明
Original assignee: Wuhu Dongxing Textile Product Industrial Co ltd
Current assignee: Wuhu Dongxing Textile Product Industrial Co ltd
Priority date: 2020-06-30
Filing date: 2020-06-30
Publication date: 2021-06-01
Anticipated expiration: 2030-06-30

Abstract

The utility model relates to the field of bathroom ground mats, in particular to a 3D water absorption mat, which comprises a mat body, wherein the mat body comprises a water absorption inner core layer, and the water absorption inner core layer is connected with a fine polyester layer; the polyester-acrylonitrile layer comprises polyester-acrylonitrile yarns; the water-absorbing inner core layer is woven into the polyester layer through a jacquard process. The utility model discloses a 3D water absorption pad, firstly, the water absorption pad disclosed by the utility model has a softer overall structure, and the polyester fine layer and the water absorption inner core layer are both manufactured by textile technology, so the water absorption pad disclosed by the utility model can be put into a washing machine for cleaning, thereby facilitating later maintenance; additionally, the utility model discloses the pad that absorbs water includes and washes fine layer and the embedding of washing the inner core layer that absorbs water on fine layer by washing fine yarn weaving, and the inner core layer that absorbs water adopts to wash and glues the non-woven fabrics and make, through washing the cooperation of fine layer and the inner core layer that absorbs water, can realize absorbing water and fill up superstrong function of absorbing water of ultrafast.

Description

3D absorbent pad

Technical Field

The utility model relates to a bathroom ground mat field is a 3D pad that absorbs water particularly, including filling up the body.

Background

The foot pad is placed in a bathroom for use, is an indispensable daily necessity, is perfect in bathroom foot pad structural design, and can improve comfort when vast users use the bathroom.

The existing bathroom foot pad has some defects in the overall design, so that the user has some inconvenience when using the bathroom foot pad;

most bathroom callus on sole of current, use the preparation of colloid material or cotton material to form, because the problem of self water-absorbing capacity, make this place easy ponding of callus on the sole, on the other hand, the diatomaceous earth bathroom callus on the sole that uses now has fine result of use, but this type of callus on the sole weight is big, the transport, the transportation and the clearance degree of difficulty are big, the callus on the sole hydroscopicity that diatomaceous earth made simultaneously is also relatively speaking relatively poor, can not absorb user's sole water liquid fast, cause the residue of water liquid easily, so in order to avoid above-mentioned problem, a simple structure, and the novel callus on the sole that water-absorbing capacity is strong is.

SUMMERY OF THE UTILITY MODEL

The utility model aims to overcome the defects of the prior art and provide a bathroom water absorption foot pad with simple structure and good water absorption performance.

In order to realize the purpose, the utility model discloses a technical scheme be:

A3D water absorption pad comprises a pad body, wherein the pad body comprises a water absorption inner core layer, and the water absorption inner core layer is connected with a fine polyester layer; the polyester-acrylonitrile layer comprises polyester-acrylonitrile yarns; the water-absorbing inner core layer is woven into the polyester layer through a jacquard process.

The water absorption inner core layer comprises a plurality of water absorption strips, and the water absorption strips are distributed at intervals.

Each water absorption strip is formed by weaving polyester-viscose non-woven fabrics; the adjacent water absorption strips are arranged in parallel.

The water absorption pad also comprises a connecting edge arranged at the edge of the pad body, and the connecting edge is connected to the pad body through a connecting line.

And a protective glue layer is arranged on the outer side surface of the water absorption inner core layer.

The utility model has the advantages that:

the utility model discloses a 3D water absorption pad, firstly, the water absorption pad disclosed by the utility model has a softer overall structure, and the polyester fine layer and the water absorption inner core layer are both manufactured by textile technology, so the water absorption pad disclosed by the utility model can be put into a washing machine for cleaning, thereby facilitating later maintenance; additionally, the utility model discloses the pad that absorbs water includes and washes fine layer and the embedding of washing the inner core layer that absorbs water on fine layer by washing fine yarn weaving, and the inner core layer that absorbs water adopts to wash and glues the non-woven fabrics and make, through washing the cooperation of fine layer and the inner core layer that absorbs water, can realize absorbing water and fill up superstrong function of absorbing water of ultrafast.

Drawings

The contents of the various figures of the specification and the labels in the figures are briefly described as follows:

fig. 1 is a top view of the present invention.

Fig. 2 is a bottom view of the present invention.

The labels in the above figures are:

1. the waterproof fabric comprises a polyester layer, 2 parts of a water absorption inner core layer, 1-1 parts of polyester fine yarns, 2-1 parts of water absorption strips, 3 parts of connecting wrapping edges, 4 parts of protective glue layers.

Detailed Description

The following description of the preferred embodiments of the present invention will be made in further detail with reference to the accompanying drawings.

A3D water absorption pad comprises a pad body, wherein the pad body comprises a water absorption inner core layer 2, and the water absorption inner core layer 2 is connected with a polyacrylonitrile layer 1; the polyester-acrylonitrile layer 1 comprises polyester-acrylonitrile yarns 1-1; the water-absorbing inner core layer 2 is woven into the polyester layer 1 through a jacquard process; the utility model discloses a 3D water absorption pad, firstly, the water absorption pad disclosed by the utility model has a softer overall structure, and the polyester fine layer 1 and the water absorption inner core layer 2 are both manufactured by textile technology, so the water absorption pad disclosed by the utility model can be put into a washing machine for cleaning, thereby facilitating later maintenance; in addition, the utility model discloses the absorbent pad includes and washes fine layer 1 and the inner core layer 2 that absorbs water that imbeds that washes fine layer 1 that weaves by washing fine yarn 1-1, and the inner core layer 2 that absorbs water adopts and washes and glues the non-woven fabrics and make, through washing fine layer 1 and the cooperation of the inner core layer 2 that absorbs water, can realize the super fast superstrong function of absorbing water of absorbent pad; the utility model discloses in because wash and glue non-woven fabrics and have superstrong water absorption function, when the water droplet drops to wash fine layer 1, again because wash fine layer 1 self is not an overall structure, wash fine layer 1 and wash fine yarn 1-1 textile by the multichannel and form, this makes wash fine layer 1 have the tiny clearance that can not avoid, wash fine layer 1 most important effect to play a blocking and effect of connecting in the pad upper end that absorbs water, through washing fine yarn 1-1's setting, can make the pad that absorbs water have the wholeness, through controlling the position of adjacent fine yarn 1-1 that washes simultaneously, can make adjacent fine yarn 1-1 comparatively inseparable, thereby play initial blocking effect, avoid great debris to get into the pad that absorbs water inside; however, the polyester layer 1 is not an integral structure, so that the falling of water drops cannot be influenced by the polyester layer 1 formed by spinning, and the water absorption inner core layer 2 can absorb water conveniently; thereby better ensuring the super-strong water absorption of the utility model and avoiding the accumulation of water drops on the fine washing layer 1; the water absorption inner core layer 2 is the component which plays the main water absorption role in the utility model, the raw material of the water absorption inner core layer 2 is the same as that used by the sanitary towel, because the polyester-viscose non-woven fabric has the super water absorption function, the utility model can ensure that the ground mat has good water absorption and has very obvious technical effect by applying the raw material used by the traditional sanitary towel on the ground mat; in addition, through the jacquard process, the water-absorbing inner core layer 2 can be embedded into the polyester layer 1, so that the integrity of the whole floor mat can be better ensured.

Preferably, the water-absorbing inner core layer 2 in the utility model comprises a plurality of water-absorbing strips 2-1, and the water-absorbing strips 2-1 are woven by a plurality of polyester-viscose non-woven fabrics; the water absorbing strip 2-1 is in a strip structure; in addition, as the optimization, the adjacent water absorbing strips 2-1 are distributed at intervals; the water absorbing strips 2-1 are distributed at intervals, so that the use of polyester-viscose non-woven fabrics can be reduced, and in addition, the water absorbing strips 2-1 are embedded into the polyester-acrylonitrile layer 1 through a jacquard process, so that the use of glue solution can be reduced, and the environmental protection performance of the water absorbing pad is improved; the arrangement of the water absorption strips 2-1 can enable the fine layer 1 to be wavy, and the tightness of connection between the fine layer 1 and the water absorption inner core layer 2 can be better guaranteed.

Preferably, each water absorbing strip 2-1 in the utility model is formed by weaving polyester-viscose non-woven fabrics; the adjacent water absorbing strips 2-1 are arranged in parallel; each part of polyester viscose non-woven fabric comprises 60 percent of terylene and 40 percent of viscose; the polyester-viscose non-woven fabric is a water absorption material used in the traditional sanitary towel; the utility model can ensure the regularity of the distribution of the water-absorbing inner core layer 2 through the mutual horizontal arrangement of the water-absorbing strips 2-1; the practical layout is convenient, and the production process is simplified.

Preferably, the water absorption pad of the utility model further comprises a connecting edge 3 arranged at the edge of the pad body, and the connecting edge 3 is connected to the pad body through a connecting line; the connecting wrapping edges 3 can be made of nylon cloth and other materials to carry out wrapping treatment on the cushion body, and the edge of the cushion body is provided with a limiting part through the arrangement of the connecting wrapping edges 3, so that the problem of line running of the woven cushion body edge is avoided; meanwhile, the connecting edge 3 has the function of sealing an edge, so that the overall stability of the water absorption pad can be ensured; and the mess of wire harnesses at the edge of the cushion body can be avoided.

Preferably, in the utility model, the outer side surface of the water absorption inner core layer 2 is provided with a protective glue layer 4; by coating the glue layer, the most intuitive objective is to increase the friction; the stability of the water absorption pad can be improved, and a good anti-skid effect is achieved;

obviously the specific implementation of the present invention is not limited by the above-mentioned manner, and various insubstantial improvements made by the method concept and technical solution of the present invention are all within the protection scope of the present invention.

Claims

1. A3D water absorption pad is characterized by comprising a pad body, wherein the pad body comprises a water absorption inner core layer, and the water absorption inner core layer is connected with a polyacrylonitrile layer; the polyester-acrylonitrile layer comprises polyester-acrylonitrile yarns; the water-absorbing inner core layer is woven into the polyester layer through a jacquard process.

2. The 3D absorbent pad of claim 1, wherein the absorbent core layer comprises a plurality of absorbent strips, and the absorbent strips are spaced apart from each other.

3. The 3D absorbent pad of claim 2, wherein each absorbent strip is woven from a polyester-viscose nonwoven fabric; the adjacent water absorption strips are arranged in parallel.

4. The 3D absorbent pad of claim 1, further comprising a connecting edge disposed at the edge of the pad body, wherein the connecting edge is connected to the pad body by a connecting line.

5. The 3D absorbent pad of claim 1, wherein the outer surface of the absorbent core layer is provided with a protective glue layer.