CN216724319U - Draining pad - Google Patents

Abstract

The draining pad comprises a mesh cloth layer provided with a plurality of meshes, wherein the mesh cloth layer is of a multi-layer stacked structure and is sequentially connected, and a cavity for storing water is formed in the middle of the mesh cloth layer. This scheme not only can increase the hydroscopicity through the mesh through above-mentioned setting, can also have the effect of ventilating fast dry simultaneously, maintains the comfortable dry and comfortable in surface, prevents that the waterlogging caused by excessive rainfall pad from taking place to milden and rot, and the mesh cloth layer has formed the cavity for multilayer stacked structure simultaneously, can store moisture in the cavity after having absorbed moisture, can not leak outward, later under the condition that bears external force, stores in medial moisture will be extruded, and the clearance effect of absorbing water is better.

Description

Draining pad

Technical Field

The utility model belongs to the field of ground mats, and particularly relates to a draining mat.

Background

In daily dish washing, people often have the problem that when just washed dishes, vegetables, fruits, milk bottles and other things are placed on a table top, water flows onto the table top along with the things, and after a while, a pool of water is accumulated on the table top and even possibly flows onto the ground, so that the floor is wet and percolated. If the table top is made of natural stone, water can permeate into the table top through the micropores of the natural stone, and therefore water stains are formed.

In order to solve the problems, a drying pad, a draining pad and the like are correspondingly developed on the market. Common waterlogging caused by excessive rainfall pad uses sponge laminating polyester fiber cloth as main, its concrete structure: the middle layer is made of sponge, the polyester fiber layers are arranged on the surface and the bottom of the middle layer, the draining pad can absorb moisture to a certain degree, but the draining pad still can leak out to wet a table top after being absorbed, and in addition, the middle sponge layer is slow in drying and easy to go moldy.

SUMMERY OF THE UTILITY MODEL

In order to overcome the defects of the prior art, the utility model aims to provide the draining pad which can quickly absorb moisture, is not leaked after being stored, keeps the tabletop dry and has the antibacterial and mildewproof effects.

The purpose of the utility model is realized by adopting the following technical scheme:

the waterlogging caused by excessive rainfall pad, including the eyelet fabric layer that is equipped with a plurality of meshes, the eyelet fabric layer is multilayer stacked structure and connects gradually the back middle part and is formed with the cavity that is used for storing moisture.

Further, the eyelet fabric layer comprises a yarn layer, a monofilament layer and a plain cloth layer which are sequentially stacked, connected and fixed, and the middle part of the yarn layer, the monofilament layer and the plain cloth layer forms the cavity after being sequentially connected.

Further, the yarn layer is provided with a plurality of the meshes.

Further, the monofilament layer is composed of a mutually perpendicular monofilament weave.

Further, the meshes are hexagonal meshes.

Further, still including being used for skid-proof skid resistant course, the skid resistant course set up in the below of plain cloth layer, the skid resistant course is the EVA material.

Further, the waterproof pad further comprises a wrapping edge, and the wrapping edge is arranged around the edge of the waterproof pad.

Further, the wrapping edge is made of polyester.

Furthermore, a hanging rope is also included.

Further, the total thickness of the draining pad is 5mm-10 mm.

Compared with the prior art, the utility model has the beneficial effects that:

when the draining pad is used, the mesh cloth layer is provided with the plurality of meshes, so that the water absorption performance can be enhanced, the effect of ventilation and quick drying can be achieved, the surface is kept comfortable and dry, the draining pad is prevented from being mildewed, meanwhile, the mesh cloth layer is of a multi-layer stacking structure to form a cavity, water can be stored in the cavity after the water is absorbed, the water cannot leak outwards, then the water stored in the middle layer can be extruded out under the condition of bearing external force, and the water absorption and cleaning effects are better. This scheme is through above-mentioned setting, can absorb moisture fast and store not outer hourglass, keeps the desktop dry, and it is faster to increase the drying simultaneously, is difficult for going mildy.

Drawings

FIG. 1 is a front view of a preferred embodiment of the present invention;

fig. 2 is a partial view of a cross-sectional view of a preferred embodiment of the present invention.

In the figure:

1. an anti-slip layer; 21. a yarn layer; 22. a monofilament layer; 23. a cloth flattening layer; 3. and (6) edge covering.

Detailed Description

The present invention will be further described with reference to the accompanying drawings and the detailed description, and it should be noted that any combination of the embodiments or technical features described below can be used to form a new embodiment without conflict.

The utility model is shown in figure 1, and comprises a mesh fabric layer provided with a plurality of meshes, wherein the mesh fabric layer is of a multilayer stacked structure and is sequentially connected, and a cavity for storing water is formed in the middle of the mesh fabric layer. This scheme is when using, is equipped with a plurality of meshes on the mesh cloth layer, not only can the hydroscopicity, can also have the effect of ventilation fast-drying simultaneously, maintains the comfortable dry and comfortable in surface, prevents that the waterlogging caused by excessive rainfall pad from taking place to milden and rot, and the mesh cloth layer has formed the cavity for multilayer stacked structure simultaneously, can store moisture in the cavity after having absorbed moisture, can not leak outward, later under the condition that bears external force, stores in medial moisture will be extruded, and the clearance effect of absorbing water is better. Through above-mentioned setting, can absorb moisture fast and store and not leak outward, keep the desktop dry, it is faster to increase the drying simultaneously, is difficult for going mildy.

The eyelet fabric layer in the embodiment comprises a yarn layer 21, a monofilament layer 22 and a plain cloth layer 23 which are sequentially stacked, connected and fixed, wherein the yarn layer 21 is provided with a plurality of meshes; yarn layer 21, monofilament layer 22 and plain cloth layer 23 connect gradually the back middle part and form the cavity that is used for storing moisture, and through this setting, the material of each layer of yarn layer 21, monofilament layer 22 and plain cloth layer 23 all possesses the hydroscopicity, can be very quick absorption moisture, and three-layer stacked structure has formed the water storage cavity simultaneously, can be after having absorbed moisture with water storage in the cavity, prevent the edge leakage, and clean effect is better. In other embodiments, not only the three-layer structure may be provided, but also the number of layers may be increased as needed.

The gauze layer 21 of the superiors in this embodiment still is equipped with a plurality of meshes, when twisting dry after having absorbed moisture, moisture can be followed mesh department and flowed out fast, and the mesh still has the effect of ventilation fast-drying moreover, can make mesh cloth layer fast drying, prevents to remain ponding in the mesh cloth layer and leads to sanitary problem such as mildenes and rot.

The monofilament layer 22 in this embodiment is comprised of a weave of monofilaments oriented perpendicular to one another. Through this setting, under the condition that bears external force, the monofilament will extend along the direction of external force, and the moisture of storing at monofilament layer 22 this moment will be extruded, not only can realize the effect of quick row moisture, and this kind of sound construction is toughness again simultaneously, can provide the buffering guard action.

In this embodiment, the mesh is a hexagonal mesh. Through the setting of hexagonal mesh, this mesh aperture is great can reach the effect of quick absorbing water, and the big ventilation drying effect in aperture is also better simultaneously.

The anti-skid fabric further comprises an anti-skid layer 1 for skid resistance, wherein the anti-skid layer 1 is arranged below the plain cloth layer 23. Through setting up skid resistant course 1 in the bottom, the waterlogging caused by excessive rainfall pad can be with being provided with skid resistant course 1 after using and placing to the desktop, can play skid-proof effect. Specifically, skid resistant course 1 is the EVA material, and this kind of material does not absorb water, can keep dry and play mould proof antibiotic effect. In other embodiments, the anti-slip layer 1 may also be a rubber that is also non-absorbent to water.

Still include borduring 3 in this embodiment and refer to fig. 2 and show, borduring 3 is wrapping the edge setting of waterlogging caused by excessive rainfall pad, through the setting of borduring 3, wraps the protection with the equal parcel of four-layer structure for the holistic connection of waterlogging caused by excessive rainfall pad is more stable firm, can also make simultaneously between each layer be difficult to destroy and scatter. Specifically, the wrapping edge 3 is made of polyester, and the material has high strength and elastic recovery capability, is not easy to damage and has stronger toughness.

The waterlogging caused by excessive rainfall pad is still including hanging the rope in this embodiment, through this setting, can hang the waterlogging caused by excessive rainfall pad through hanging the rope after the user has used up the waterlogging caused by excessive rainfall pad, makes things convenient for the moisture in the waterlogging caused by excessive rainfall pad to discharge, not only can make the waterlogging caused by excessive rainfall pad keep dry sooner, still is convenient for accomodate simultaneously, and user experience is more.

The shape of the draining pad in this embodiment is not specifically limited, and may be customized to any one of a square, a circle, an oval, and the like according to the needs of a customer. Specifically, the total thickness of the draining pad is 5mm-10 mm. This kind of thickness can enough guarantee that the waterlogging caused by excessive rainfall pad has sufficient space to absorb and stores moisture, can not the side leakage, and consumer daily use's specification is also pressed close to this thickness simultaneously, and user experience is better.

The above embodiments are only preferred embodiments of the present invention, and the protection scope of the present invention is not limited thereby, and any insubstantial changes and substitutions made by those skilled in the art based on the present invention are within the protection scope of the present invention.

Claims (9)

1. The water draining pad is characterized by comprising a mesh cloth layer provided with a plurality of meshes, wherein the mesh cloth layer is of a multilayer stacked structure and is sequentially connected with each other, and a cavity for storing water is formed in the middle of the mesh cloth layer;

the mesh cloth layer comprises a yarn layer (21), a monofilament layer (22) and a plain cloth layer (23) which are sequentially stacked, connected and fixed, and the middle part of the yarn layer (21), the monofilament layer (22) and the plain cloth layer (23) forms the cavity after being sequentially connected.

2. A draining mat according to claim 1, characterized in that said yarn layer (21) is provided with a plurality of said meshes.

3. The mat of claim 1, wherein the monofilament layer (22) is comprised of a mutually perpendicular monofilament weave.

4. The mat of claim 2, wherein said mesh is a hexagonal mesh.

5. The draining mat according to claim 1, further comprising an anti-slip layer (1) for anti-slip, wherein the anti-slip layer (1) is disposed below the plain cloth layer (23), and the anti-slip layer (1) is made of EVA.

6. The draining mat according to claim 1, further comprising a wrapping (3), said wrapping (3) being arranged around the edge of said draining mat.

7. The draining mat according to claim 6, characterized in that said covering (3) is of dacron material.

8. The mat of claim 1, further comprising a lanyard.

9. The draining mat of claim 1 wherein said draining mat has an overall thickness of from 5mm to 10 mm.

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