CN201600662U

CN201600662U - Mouse pad

Info

Publication number: CN201600662U
Application number: CN2010201081751U
Authority: CN
Inventors: 陈啟宏
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-02-04
Filing date: 2010-02-04
Publication date: 2010-10-06
Anticipated expiration: 2020-02-04

Abstract

The utility model provides a mouse pad, which comprises a first surface layer, a second surface layer and a plurality of flexible support fibers. The first surface layer and the second surface layer are in parallel arrangement, the plurality of support fibers are arranged between the first surface layer and the second surface layer and support the first support layer and the second support layer in a spreading manner, and consequentially, the first surface layer and the second surface layer enclose to form a holding chamber. A plurality of macroscopic microvoids are formed on the first surface layer and communicated with the holding chamber. With the design, the mouse pad is capable of preventing dust from polluting the bottom face of a mouse to cause problems of dirt, insensitive transduction of the mouse or the like.

Description

Mouse pad

Technical field

The utility model relates to a kind of mouse pad.

Background technology

As shown in Figure 1, the mouse pad of prior art can be double layer design, promptly comprises top layer 2 and bottom 4, and this top layer 2 can provide friction or have suitable optical property and can be for the usefulness of idler wheel mouse or optical mouse work, and 4 of this bottoms are mainly in order to provide structural strength.

Yet when the user uses mouse after a period of time, regular meeting finds that the mouse bottom surface is infected with dirt, idler wheel mouse especially, and its roller and roller sensor are very easily sheltered evil people and countenance evil practices, and further cause the roller transducer sensitivity to descend, thereby cause the puzzlement in the use.

In addition, existing bilayer or multiple field mouse pad adopt assembly more, therefore easily produce the viscose flash in the applying process, and with the passing of time have the delamination problems generation.

Therefore, how to solve or improve above-mentioned defective at least, become this people in the industry and urgently think improved direction.

The utility model content

Fundamental purpose of the present utility model is to provide a kind of mouse pad with cleaning effect.

Another purpose of the present utility model is to provide a kind of mouse pad that is difficult for delamination.

For achieving the above object, the utility model adopts following design proposal:

Mouse pad comprises that first top layer, second top layer and a plurality of pliability support fiber.This first, second top layer is arranged in parallel, and this support fiber struts between first, second top layer and with first, second top layer, makes enclosing structure one room between first, second top layer.Wherein, be formed with most macroscopic micropores hole on first top layer, this micropore hole is connected with this room.

Aforesaid mouse pad, the aperture in wherein said micropore hole is between 0.05-0.25mm.

Aforesaid mouse pad, wherein said first top layer is a braid.

Aforesaid mouse pad, wherein, it is knitting forming that described first top layer, second top layer and pliability support fiber.

Aforesaid mouse pad, wherein, the material that described first top layer, second top layer and pliability support fiber is preferably dacron.

Aforesaid mouse pad, wherein, this mouse is paid somebody's debt and expected repayment later and is comprised the on-slip layer, is located at the one side of described second top layer away from first top layer.

Aforesaid mouse pad, wherein, the bearing of trend that described pliability supports fiber is vertical with second top layer with described first top layer.

Aforesaid mouse pad, wherein, the density that described pliability supports fiber is every square centimeter of 100-1000 root.

Aforesaid mouse pad, wherein, this first top layer is vertically run through on described micropore hole and described first top layer, and is communicated with this room.

The beneficial effects of the utility model are:

The utility model utilizes the remarkable advantage of weaving method promptly to be, can use viscose to make first, second top layer and support fiber and mutually combine, thereby avoid viscose flash problem to produce fully, and more can effectively avoid this mouse pad to produce delamination problems, and obviously improve existing multilayer mouse pad because of using the gummed means in conjunction with disappearance and weak point that each layer produced.

Secondly, on-slip layer of the present utility model in order to increase the friction force between this mouse pad and its storing surface, avoids mouse during slippage, to drive the mobile in the lump inconvenient situation that is produced of mouse pad on mouse pad.Above-mentioned on-slip layer also can have suitably from stickiness, for example can adopt materials such as polyurethane or silica gel to make, and strengthens the on-slip effect.

In addition, therefore mouse pad of the present utility model has the resiliency of certain degree owing to be provided with the flexual support fiber of most tools, and when the user did not use this mouse pad, this mouse pad can serve as the cushion pad utilization.For example, when user's portable notebook computer, this mouse pad can place in the collecting bag of this notebook computer as cushion pad, can effectively reduce this notebook computer and be hit, and is another practical effect place of the utility model mouse pad.

Description of drawings

Fig. 1 is the synoptic diagram of prior art mouse pad.

Fig. 2 is the synoptic diagram of the utility model mouse pad.

Fig. 3 is the sectional view of the utility model mouse pad.

The primary clustering symbol description

2 top layers, 4 bottoms

20 second top layers, 10 first top layers

Fiber is supported in 11 micropore holes 30

15 rooms, 40 on-slip layers

Embodiment

Below will the effect that the utility model architectural feature and expection thereof are reached be described by preferred embodiment, be not the category in order to the desire protection of restriction the utility model institute, close chat earlier bright.

Please refer to Fig. 2 and Fig. 3.Mouse pad of the present utility model comprises that first top layer 10, second top layer 20, a plurality of pliability support fiber 30 and on-slip layer 40.

This supports fiber 30 between first top layer 10 and second top layer 20, in order to first, second

top layer

10,20 is strutted, so that first top layer 10 and second top layer 10 have remarkable gap and enclose structure one room 15.

Wherein, be formed with most macroscopic micropores hole 11 on first top layer 10, this micropore hole 11 is connected with this room 15.Preferably, the aperture in this micropore hole 11 is between 0.05-0.25mm, and this micropore hole 11 vertically runs through this first top layer 10 with this first top layer 10, and is connected with this room 15.

By this design, when the user uses this mouse pad, owing to the utlity model has most micropores hole 11, and the aperture in this micropore hole 11 is greater than the particle diameter of most dusts, so when mouse on this mouse pad during slippage, be stained with to stick and be pushed into this micropore hole 11 and fall into this room 15 in the dust of mouse bottom surface and/or the dust that is arranged on the mouse pad, and reach the clean utility of certain degree, avoid dust accumulation day by day on mouse pad, cause the mouse bottom surface to be stained with glutinous excessive dust, grease and to give birth to dirty or respond to situations such as insensitive.

Wherein, for the benefit of dust enters room smoothly, this bearing of trend that supports fiber 30 is general vertical with first, second top layer, and should support the density of fiber 30 preferably between every square centimeter of 100-1000 root, if this density that supports fiber 30 is during less than this numerical value, obviously the support performance of this mouse pad of impairment can't effectively make first, second

top layer

10,20 separate; Otherwise, if this density that supports fiber 30 during greater than this numerical value, then has and hinders the anxiety that dust enters room.Certainly, above-mentioned support fiber also can change in modes such as wavy, mutual cross-like or triangular shapes and arrange, and also belongs to feasible.

In addition, in the utility model, the material of this first top layer 10, second top layer 20 and support fiber 30 is preferably dacron, and adopts the major part of weaving method moulding the utility model mouse pad.For example, this first, second top layer the 10, the 20th utilizes warp thread and weft yarn to be interwoven according to suitable weaving method, 30 of this support fibers can be warp thread and/or weft yarn is located at via braiding between first top layer 10 and second top layer 20, reach support effect in view of the above, and then first, second

top layer

10,20 is separated.

The utility model utilizes the remarkable advantage of weaving method promptly to be, can use viscose to make first, second

top layer

10,20 and support fiber 30 and mutually combine, thereby avoid viscose flash problem to produce fully, and more can effectively avoid this mouse pad to produce delamination problems, and obviously improve existing multilayer mouse pad because of using the gummed means in conjunction with disappearance and weak point that each layer produced.

Secondly, this on-slip layer 40 is located at the one side of this second top layer 20 away from first top layer 10.Particularly, this on-slip layer 40 can adopt spraying, printing or other existing coating means to combine with second top layer 20, and preferably, this on-slip layer 40 has lines to increase friction force.Above-mentioned on-slip layer 40, in order to increase the friction force between this mouse pad and its storing surface, avoid mouse on mouse pad during slippage, drive mouse pad and move the inconvenient situation that is produced in the lump, above-mentioned on-slip layer 40 also can have suitably from stickiness, for example can adopt materials such as polyurethane or silica gel to make, and strengthen the on-slip effect.

Claims

1. mouse pad includes:

First top layer;

Second top layer is arranged in parallel with first top layer;

A plurality of pliabilities support fiber, strut between described first top layer and second top layer and with first top layer and second top layer, make and enclose structure one room between first top layer and second top layer;

It is characterized in that be formed with most macroscopic micropores hole on described first top layer, this micropore hole is connected with described room.

2. mouse pad as claimed in claim 1 is characterized in that, the aperture in described micropore hole is between 0.05-0.25mm.

3. mouse pad as claimed in claim 1 is characterized in that, described first top layer is a braid.

4. mouse pad as claimed in claim 1 is characterized in that, it is knitting forming that described first top layer, second top layer and pliability support fiber.

5. mouse pad as claimed in claim 1 is characterized in that, the material that described first top layer, second top layer and pliability support fiber is a dacron.

6. mouse pad as claimed in claim 1 is characterized in that, also comprises the on-slip layer, is located at the one side of described second top layer away from first top layer.

7. mouse pad as claimed in claim 1 is characterized in that, the bearing of trend that described pliability supports fiber is vertical with second top layer with described first top layer.

8. mouse pad as claimed in claim 1 is characterized in that, the density that described pliability supports fiber is every square centimeter of 100-1000 root.

9. mouse pad as claimed in claim 1 is characterized in that, this first top layer is vertically run through on described micropore hole and described first top layer, and is communicated with this room.