CN201867740U

CN201867740U - Fluid-guiding input device

Info

Publication number: CN201867740U
Application number: CN2010206334982U
Authority: CN
Inventors: 徐正宇
Original assignee: Elitegroup Computer Systems Co Ltd
Current assignee: Elitegroup Computer Systems Co Ltd
Priority date: 2010-11-19
Filing date: 2010-11-26
Publication date: 2011-06-15
Anticipated expiration: 2020-11-26
Also published as: TWM403050U

Abstract

The utility model relates to an input device capable of guiding fluid, which comprises an input device body, a plurality of keys, at least one guiding structure and at least one fluid containing groove. The plurality of keys are arranged on the input device body. The guiding structure is arranged among the keys and connected with the keys to guide the flowing direction of a fluid. The fluid containing groove is arranged on the input device body and is communicated with the guide structure to receive the fluid guided by the guide structure, so that when the input device is splashed or sprayed by liquid, the fluid flowing into the input device is guided to flow to the fluid containing groove by the guide structure to increase the discharge speed of the fluid.

Description

But the input media of direct fluid

Technical field

The utility model relates to a kind of input media, but is meant a kind of input media of direct fluid especially.

Background technology

Along with the evolution and the support of humane science and technology, and the developing rapidly of advanced electronics technology, make computing machine generally enter into already in each company and the family, the direction of design is also carried out towards compact trend; At present, input media as computing machine transmission information, become the important interfacing equipment of computing machine, for example, keyboard (keyboard) or button (keystroke), convenient and import data apace for the user, the range of application of input media suitable extensively, all can see on the electronic installations such as type computing machine, mobile computer, e-dictionary, counter on the table such as.

Yet the user unavoidably because of diet causes liquid to spill accidentally, and falls within the input media when input device, causes the situation of the circuit generation partial short circuit of input media.With the keyboard is example, and keyboard is a kind of combination, collocation that utilizes button, carries out the instrument of data input, because each button of keyboard all must independently be operated and reset fast, therefore, all can form the gap between the adjacent key.And preset clearance no doubt is necessity design of guaranteeing the button flexible operating between adjacent key, but in the use occasion of general keyboard, some break flours that dust in air or routine work produce, be easy to drop to the space of button below by the gap, this not only causes the difficulty in the cleaning, when the thing that drops is the fluid of for example tea or the like, not only cleans very difficult, also cause the damage of circuit substrate easily, cause the forfeiture of keypad function.If keyboard when being located on the electronic installation, flows in the fluid of keyboard even can flow on the circuit board in the electronic installation, make circuit board damage, to cause user's heavy losses because of fluid causes short circuit phenomenon.

In addition, general keyboard in use, operator's finger can move between each button, therefore, the surface of button not only is easy to dirty, and when keyboard be when being placed in the public domain, every user can touch the surface of each button, so have the doubt on the health.Keeping aspect the keyboard health since each button all be separately independent and area very little, therefore, also very inconvenient on cleaning.Though obviously keyboard is very convenient in the input data, exist many disappearances such as maintenance and cleaning inconvenience.

In order to prevent the injury of fluid to motherboard, must add one deck water barrier in the keyboard bottom and prevent that fluid from infiltrating, but after adding water barrier, hot gas is to distribute outward, hot gas can cause motherboard overheated once can't outwards distribute, and system can't normal operation and works as machine.The existing at present keyboard that uses waterproof and deflection, though water proofing property is good, yet drainage is undesirable.

The utility model content

The purpose of this utility model, but be to provide a kind of input media of direct fluid, it mainly is provided with at least one guiding structural, and it is used to guide the fluid that flows into input media, to allow fluid discharge button in input media.

The purpose of this utility model, but be to provide a kind of input media of direct fluid, it more is provided with a fluid storage tank, and the guiding structural direct fluid enters in the fluid storage tank, reaches the effect of concentrating fluid, so that get rid of the fluid on the input media in the future.

The technical solution of the utility model: but a kind of input media of direct fluid comprises:

One input media body;

The plural number button is arranged at this input media body;

At least one guiding structural is arranged between those buttons, and connects those buttons, to guide the flow direction of a fluid; And

At least one fluid storage tank is arranged at this input media body, and is communicated in this guiding structural, to accept this fluid that this guiding structural is guided.

In the utility model, wherein this guiding structural is a guide ramp.

In the utility model, wherein this guiding structural is a guide channel.

In the utility model, wherein this guiding structural has an initiating terminal and a destination terminal, and the height of this initiating terminal is greater than the height of this destination terminal.

In the utility model, wherein the sidewall of this fluid storage tank is provided with at least one pod apertures, and this guiding structural is communicated in this pod apertures.

In the utility model, wherein those buttons are to be arranged in this input media body along a first direction and a second direction, and this first direction is perpendicular to this second direction.

In the utility model, wherein this guiding structural is provided with along this first direction or this second direction.

In the utility model, wherein this guiding structural is to comprise:

At least one first guiding structural is provided with along this first direction; And

At least one second guiding structural is provided with along this second direction, and the one end is communicated with this first guiding structural.

In the utility model, wherein this second guiding structural has an initiating terminal and a destination terminal, and the height of this initiating terminal is greater than the height of this destination terminal, and this destination terminal of this second guiding structural is communicated to this first guiding structural.

In the utility model, wherein this first guiding structural has an initiating terminal and a destination terminal, and the height of this initiating terminal is greater than the height of this destination terminal, and this destination terminal is communicated in this fluid storage tank

The beneficial effect that the utlity model has: but the input media of a kind of direct fluid of the present utility model, characteristics of the present utility model are to have guiding structural, so when input media is subjected to a fluid spilling or sprays, by guiding structural direct fluid incoming fluid storage tank, not only increase the efflux velocity of fluid, have more and concentrate fluid and effect convenient for cleaning.

Description of drawings

But Figure 1A is the input media synoptic diagram of the direct fluid of a preferred embodiment of the present utility model;

Figure 1B is the A-A direction cut-open view of figure one A of the present utility model;

Fig. 2 is the fluid storage tank sectional view of another preferred embodiment of the present utility model;

But Fig. 3 is the input media synoptic diagram of the direct fluid of another preferred embodiment of the present utility model;

Fig. 4 is the user mode figure of another preferred embodiment of the present utility model;

But Fig. 5 A is the input media synoptic diagram of the direct fluid of another preferred embodiment of the present utility model;

Fig. 5 B is the A-A direction cut-open view of Fig. 5 A of the present utility model;

But Fig. 6 A is the input media synoptic diagram of the direct fluid of another preferred embodiment of the present utility model; And

Fig. 6 B is the B-B direction cut-open view of Fig. 6 A of the present utility model.

[figure number is to as directed]

1 input media, 10 input media bodies

12 buttons, 13 circuit boards

14 guiding structurals, 140 first guiding structurals

141 initiating terminals, 142 second guiding structurals

1421 initiating terminals, 1423 destination terminals

143 destination terminals, 145 platforms

16 fluid storage tanks, 161 sidewalls

163 pod apertures, 165 osculums

167 lids, 2 mobile computers

21 storage tanks, 211 chutes

Embodiment

Further understand and understanding for making architectural feature of the present utility model and the effect reached had, cooperate detailed explanation, be described as follows in order to preferred embodiment and accompanying drawing:

See also Figure 1A to Figure 1B, but it is the input media synoptic diagram of direct fluid of a preferred embodiment of the present utility model and the A-A direction cut-open view of Figure 1A.As shown in the figure, but the utility model provides a kind of input media 1 of direct fluid, and the one preferred embodiment is to be example with soft input media.The input media 1 of present embodiment comprises an input media body 10, plural button 12, at least one guiding structural 14 and at least one fluid storage tank 16.The input media body 10 of present embodiment is provided with a circuit board 13, and circuit board 13 has plural contact (not shown).Those buttons 12 are arranged on the input media body 10, and electrically connect those contacts, at least one signal that circuit board 13 transmission are produced when pushing each button 12.Interconnect between those buttons 12, it is arranged in input media body 10 along a first direction (laterally) and a second direction (vertically), and first direction is perpendicular to second direction.

Consult Figure 1B again, a preferred embodiment of guiding structural 14 is along the first direction setting, and it is arranged at along between those buttons 12 of first direction arrangement, and connects those buttons 12.Guiding structural 14 has an initiating terminal 141 and a destination terminal 143, guiding structural 14 is tilted toward destination terminal 143 by initiating terminal 141, the height of initiating terminal 141 is greater than the height of destination terminal 143, and the guiding structural 14 of present embodiment is a guide channel, can prevent that fluid is excessive again.Guiding structural 14 also can be a guide ramp, repeats no more in this.Fluid storage tank 16 is arranged on the input media body 10, and the one side is communicated with the destination terminal 143 of guiding structural 14.

When the user overturns or the fluid of splashing during in input media 1 because of carelessness, fluid can flow to destination terminal 143 along the initiating terminal 141 of guiding structural 14, it is main because the height of initiating terminal 141 greater than the height of destination terminal 143, causes fluid to flow toward the destination terminal 143 that is positioned at lower.Last fluid flow to the fluid storage tank 16 that is communicated with destination terminal 143 and concentrates, the user removes the fluid flow to fluid storage tank 16 and get final product then, so the input media 1 of present embodiment has direct fluid, quickens the effect of discharge fluid, have more concentrated fluid, be convenient to remove the effect of fluid.

Consult Figure 1B again, the fluid storage tank 16 of present embodiment is open, sees also Fig. 2, and it is the fluid storage tank sectional view of another preferred embodiment of the present utility model.As shown in the figure, the fluid storage tank 16 of present embodiment is a closed, so guiding structural 14 is desired direct fluid to fluid storage tank 16 time, one sidewall 161 of fluid storage tank 16 contiguous guiding structurals 14 is provided with at least one pod apertures 163, the destination terminal 143 of guiding structural 14 is communicated with pod apertures 163, and the fluid that guiding structural 14 like this is guided can flow in the fluid storage tank 16 through pod apertures 163.Because of fluid storage tank 16 is a closed, so desire is removed the fluid in the fluid storage tank 16, must at least one osculum 165 be set in fluid storage tank 16, the fluid that is positioned at fluid storage tank 16 can be discharged from osculum 165.Fluid storage tank 16 more is provided with at least one lid 167 then, and lid 167 can be covered in osculum 165, makes fluid storage tank 16 revert to air-tight state.

Consult Figure 1A again, 16 of the fluid storage tanks of present embodiment are arranged at a side of input media body 10, and are positioned at the destination terminal 143 of guiding structural 14.See also Fig. 3, but it is the input media synoptic diagram of the direct fluid of another preferred embodiment of the present utility model.As shown in the figure, fluid storage tank 16 may extend to input media body 10 around, to increase the capacity of fluid storage tank 16, prevent that a large amount of fluids from flowing to fluid displacement groove 16 problem that fluids are excessive or reflux takes place.

See also Fig. 4, it is the user mode figure of another preferred embodiment of the present utility model.As shown in the figure, hold Figure 1A embodiment, input media 1 can be installed in a mobile computer 2, mobile computer 2 has a storage tank 21, the sidewall of storage tank 21 is provided with a chute 211, the edge of input media body 10 is to slip in the storage tank 21 along chute 211, input media 1 to be set in mobile computer 2.When fluid flowed in input media 1, fluids guiding structural 14 was directed to fluid storage tank 16, and then took out input media 1 from mobile computer 2, to fall to remove the fluid in the fluid storage tank 16.So input media 1 of the present utility model has the function of concentrated fluid, prevent that fluid from flowing in the mobile computer 2, and damage the electronic package in the mobile computer 2.The input media 1 of present embodiment is arranged at mobile computer 2 and set-up mode only is a preferred embodiment, should be as limit.

See also Fig. 5 A and Fig. 5 B, but it is the input media synoptic diagram of direct fluid of another preferred embodiment of the present utility model and the A-A direction cut-open view of Fig. 5 A.As shown in the figure, present embodiment is different from Figure 1B embodiment, at least two guiding structurals 14 are set between those buttons 12, two guiding structurals 14 are along the first direction setting, wherein the initiating terminal 141 of a guiding structural 14 tilts toward the destination terminal 143 that is positioned at the right side, and the initiating terminal 141 of another guiding structural 14 tilts toward the destination terminal 143 that is positioned at the left side.The destination terminal 143 of each guiding structural 14 connects a fluid storage tank 16.

When the user overturns or the fluid of splashing during in input media 1, fluid flow to two fluid storage tanks 16 toward the destination terminal 143 of the left and right sides of two guiding structurals 14, and flow direction of dispersing fluid like this is to increase the efflux velocity of fluid.The initiating terminal 141 of two guiding structurals 14 can be communicated in together, forms a platform 145, and the height of platform 145 flow in the two fluid storage tanks 16 that are communicated with destination terminal 143 with direct fluid greater than the height of destination terminal 143.

See also Fig. 6 A and Fig. 6 B, but it is the input media synoptic diagram of direct fluid of another preferred embodiment of the present utility model and the B-B direction cut-open view of Fig. 6 A of the present utility model.As shown in the figure, the foregoing description is all described guiding structural 14 along the first direction setting.In order to promote the drainage effect of input media 1, and prevent that fluid from flowing on the second direction and the problem that takes place to discharge, the guiding structural 14 of present embodiment comprises at least one first guiding structural 140 and at least one second guiding structural 142, first guiding structural 140 is along the first direction setting, its section sees also Figure 1B, repeats no more in this.

Second guiding structural 142 is along the second direction setting, second guiding structural 142 has an initiating terminal 1421 and a destination terminal 1423, initiating terminal 1421 tilts toward destination terminal 1423 then, make the height of the height of initiating terminal 1421 greater than destination terminal 1423, last destination terminal 1423 is communicated to first guiding structural 140.When fluid flow on the second direction, but second guiding structural, 142 direct fluid 1423 flow from initiating terminal 1421 toward destination terminals, and drain into first guiding structural 140, fluid flow in the fluid storage tank 16 and concentrates along first guiding structural 140.

Second guiding structural 142 of present embodiment is arranged at the both sides of first guiding structural 140, consult Fig. 6 A again, draw two second guiding structurals 142 on the figure, one of them second guiding structural 142 is arranged at the top of first guiding structural 140, another second guiding structural 142 is arranged at the below of first guiding structural, first guiding structural 140 in the middle of the destination terminal 1423 of final 2 second guiding structurals 142 all need be connected to is directed at the first middle guiding structural 140 with the fluid that will be positioned on the second direction.

In sum, but the utility model relates to a kind of input media of direct fluid, it comprises an input media body, plural button, at least one guiding structural and at least one fluid storage tank, guiding structural is arranged between those buttons, to guide the flow direction of a fluid, and the fluid storage tank is communicated in guiding structural, to accept the fluid that guiding structural is guided.Characteristics of the present utility model are to have guiding structural, so when input media is subjected to a fluid spilling or sprays, by guiding structural direct fluid incoming fluid storage tank, not only increase the efflux velocity of fluid, have more and concentrate fluid and effect convenient for cleaning.

In sum, it only is preferred embodiment of the present utility model, be not to be used for limiting the scope that the utility model is implemented, all equalizations of doing according to the described shape of the utility model claim scope, structure, feature and spirit change and modify, and all should be included in the claim scope of the present utility model.

Claims

1. but the input media of a direct fluid is characterized in that, comprises:

One input media body;

The plural number button is arranged at this input media body;

2. but the input media of direct fluid as claimed in claim 1 is characterized in that, wherein this guiding structural is a guide ramp.

3. but the input media of direct fluid as claimed in claim 1 is characterized in that, wherein this guiding structural is a guide channel.

4. but the input media of direct fluid as claimed in claim 1 is characterized in that, wherein this guiding structural has an initiating terminal and a destination terminal, and the height of this initiating terminal is greater than the height of this destination terminal.

5. but the input media of direct fluid as claimed in claim 1 is characterized in that, wherein the sidewall of this fluid storage tank is provided with at least one pod apertures, and this guiding structural is communicated in this pod apertures.

6. but the input media of direct fluid as claimed in claim 1 is characterized in that, wherein those buttons are to be arranged in this input media body along a first direction and a second direction, and this first direction is perpendicular to this second direction.

7. but the input media of direct fluid as claimed in claim 6 is characterized in that, wherein this guiding structural is provided with along this first direction or this second direction.

8. but the input media of direct fluid as claimed in claim 6 is characterized in that, wherein this guiding structural is to comprise:

9. but the input media of direct fluid as claimed in claim 8, it is characterized in that, wherein this second guiding structural has an initiating terminal and a destination terminal, and the height of this initiating terminal is greater than the height of this destination terminal, and this destination terminal of this second guiding structural is communicated to this first guiding structural.

10. but the input media of direct fluid as claimed in claim 8 is characterized in that, wherein this first guiding structural has an initiating terminal and a destination terminal, and the height of this initiating terminal is greater than the height of this destination terminal, and this destination terminal is communicated in this fluid storage tank.