JPH0533429U - Prevent mis-touching of keyboard mis-touch. - Google Patents

Abstract

(57) [Summary] [Purpose] Conventionally, each key on the keyboard of a word processor, etc.
Since there are no barriers to each other and they are only close to each other, they are close to each other, so if you do not see the keys with your eyes and hit with a blind touch etc. I was struck by mistakes such as touching a key etc., and each time I typed it again, the efficiency of writing sentences was poor. Therefore, the present invention relates to a device and a keyboard that allow a user to create a sentence without making a mistaken touch such as a miss touch even if the finger does not go to the target key so accurately, even if the finger is slightly rough. [Structure] When a key is hit, even if the finger does not go to the target key so accurately, or even if it touches an adjacent key such as a miss touch, those adjacent keys are not pressed, but only the target key is pressed. As described above, a tape-like lattice or a mat or a structure of the keyboard board itself is provided between each key of the keyboard and the like, and a barrier is provided between the keys.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention is designed to be used on a keyboard such as a word processor, a personal computer, a calculator, or a keyboard such as a sheet-type keyboard. The present invention relates to a device provided with a barrier or the like for preventing such a situation, and a keyboard board capable of preventing such a situation.

[0002]

[Prior Art]

 Conventionally, each key of a word processor, a personal computer, a calculator, etc., is just adjacent to each other in the shape of a square mountain, so when hitting a blind touch, etc. If your finger does not go exactly to the target key, but you touch the adjacent key even a little, you will be mistaken for a mistouch immediately, and you will have to go back and retype each time. It wasn't efficient to make it.

[0003]

[Problems to be solved by the device]

 In this way, hitting a key on a keyboard that is only adjacent to each other in the shape of a square mountain until now does not cause immature or pinky fingers such as little fingers to go to the target key exactly even a little. Then, if you move it, you will immediately touch the adjacent key, so you will be mistaken for a mistaken touch immediately, so to speak, the key board of the past keyboard etc. does not look at the key with the eyes I made the striking of the keyboard structure a difficult task.

[0004]

[Means for Solving Problems]

 Therefore, when hitting with a blind touch without looking at the key, even if the finger does not necessarily go to the target key so accurately, even if it touches by touching the adjacent keys around it. , To prevent the adjacent key from being pressed, a grid-shaped barrier, etc. is provided between the adjacent keys, and even if the finger is moved from the intended key to be pressed, the grid-shaped barrier, etc. is touched. The adjacent key is prevented from being pressed to prevent accidental hits, and when the adjacent key is touched, it touches the lattice-shaped barrier, etc. , "Shifted" is instantly understood by the feel of a finger, and it is possible to push the key by pushing it to the target key that was intended to be pushed, without shifting it. .

[0005]

[Action]

 In that way, when you hit a key, even if your finger doesn't always go so accurately to the target key and your finger touches an adjacent key around it, between each adjacent key, In "Claim 1", there is the tape-shaped lattice of Fig. 1, in "Claim 2" there is the mat-shaped lattice, and in "Claim 3", As shown in Fig. 4, the keyboard itself, such as a keyboard, is made by making holes in a grid pattern according to the shape and size of all the keys, and the grid pattern of the key board itself is the Since it is between adjacent keys, even if you type a little roughly, you can prevent your fingers from touching them and pressing the adjacent keys to make mistakes, and also the purpose key you tried to press. When you press the target key To, to no, and press down shift naturally, Ru can press a key.

[0006]

【Example】

 In “Claim 1”, the tape-shaped grid is made of synthetic resin, plastic, hard rubber, or the like to soften the contact with the fingertips. In addition to making "cuts" and making them together, materials such as synthetic resins, plastics, and hard rubbers are melted (Fig. 1) to provide a barrier between the keys (Fig. 1). , A perspective view of a tape-shaped grid, an example of the main key part of a keyboard, etc., and the same for other key parts). Is the same as the height of each key lined up on the keyboard, etc., or the tape-like grid on the keyboard does not become a jagged key on the keyboard and adjacent keys are pressed. Press the adjacent key to prevent accidental hits such as miss touches. In the case of a sheet-type keyboard, the depth of the lattice should be adjusted so that it is suitable for that kind of thing. Make it at a height that is suitable for operation,

[0007] Further, if these tape-shaped lattice-shaped objects are made of a soft material such as rubber or the like and are sprayed or applied to the place where the fingertips come into contact, the contact with the fingertips can be made softer. it can.

In addition, if there is a transparent material of these materials, a tape-shaped lattice-shaped material is used so that the symbols and characters written on the side surface of each key of a word processor, a personal computer, etc. can be read. It can be made of a transparent material so that the symbols and characters written on the side of each key can be read.

[0009] Such a grid-like thing is placed on a board such as a keyboard or a sheet-type keyboard, or is adhered, or such a grid-like thing is integrated with the board itself such as a keyboard or a sheet-type keyboard. You can make it.

Next, in the “claim 2”, the mat formed with holes in a lattice shape according to the shape and size of each key (FIG. 3 is a barrier that serves as a barrier between the keys) A grid-like perspective view of the main key part of the keyboard, etc., as well as other key parts) and make a mat-like A piano wire or the like may be put inside in a lattice shape for reinforcement, and the thickness of the lattice-like mat is the same as the height of each key arranged in the keyboard, or the keyboard or sheet type. On the board of the keyboard, the mat-like thing does not interfere with the operation of the keys, and the adjacent keys are not pressed so that a mistaken touch such as a mis-touch does not occur. Suitable for (keyboards, etc. Height) and make

[0011] Such a thing is put on each key of a keyboard, a sheet-type keyboard, etc., respectively, or it is adhered to a board such as a keyboard, or the keyboard board, the sheet-type keyboard board itself is To prevent accidental hits such as miss touches on adjacent keys,

The lattice-shaped mat, the piano wire for reinforcement, and the like may be made of a transparent material such as plastic or glass.

Also, instead of such a mat shape, it is similar to “Claim 3” and FIG. 4, but it is a box shape to be put on a keyboard or the like, a synthetic resin such as transparent plastic, or the like. This box-shaped material is made by punching holes in a grid pattern according to the shape and size of each key, and the surface with the holes is set to the height of the top surface of each key in a row. Or when this box-shaped object is covered, the grid-shaped part does not get in the way of operating the key on the keyboard, and the adjacent key is pressed to make a mistaken touch such as a mistouch. To prevent adjacent keys from being pressed, and to make it suitable for such cases, make it a height before and after each key, and fit it on each key of the keyboard, sheet keyboard, etc. Place it over the cover or use a keyboard If you attach it to the board by adhesion, it is transparent, so you can make it possible to read the symbols and characters written on the side of each key.

Next, in “claim 3”, the entire surface of the keyboard such as the keyboard of the conventional word processor, personal computer, etc. is repeated in a rectangular shape for each part where the keys are collected. I made it by pulling it out and putting that part over the gathered key part and popping out the key, but I used this as in Fig. 4 (Fig. 4 has a barrier between each key, (A key board is a perspective view of a key board made by making holes in a grid pattern for each key, but the other key parts are the same.) , So that there is a barrier between each key, and the surface of the key board made by punching holes for each key in a grid pattern according to the shape and size of each key. , And the top surface of each key that is lined up has the same plane height , Or the operation of the keys on the keyboard, the grid-like one does not become a hindrance, and the adjacent keys are not pressed so that a mistaken touch such as a miss touch does not occur. A key board such as a key board with a structure that is suitable for the height of each of the keys arranged in a row (and, if it is a row of stairs in the form of stairs, corresponding to that) But

If the keyboard itself such as the keyboard or only the vicinity of the keys is made of a transparent material, it is possible to read the symbols and characters written on the side of each key.

Conventionally, the keys of keyboards for word processors, personal computers, etc. are often trapezoidal in the shape of a mountain, and the bottoms of them are closely attached to each other. In the shape of a rectangular parallelepiped, and between the respective keys, the grid-like shape in FIG. 1 of “claim 1”, the mat-like shape in FIG. 3 of “claim 2”, and the “contract” The grid of the keyboard board itself in Fig. 4 of "Requirement 3" is such that the operation of the keys on the keyboard does not cause a mistouch or the like due to an adjacent key being pressed. Suitable for that purpose, such a lattice-shaped barrier of FIG. 1 of “claim 1”, a mat-shaped barrier of FIG. 3 of “claim 2”, a keyboard board itself of FIG. 4 of “claim 3”. Width, thickness, etc. of the grid-shaped barrier of It may be a keyboard board with a keyboard installed.

In addition, as in the above-mentioned “claim 1”, “claim 2”, and “claim 3”, on the surface of the keyboard board, not the whole area, only the weak keys, or Partially, barriers etc. that prevent the above-mentioned mistouches may be created.

[0018]

[Effect of the device]

 There are barriers that prevent mis-touching adjacent keys, so you can hit the ball in a comfortable position without hitting it with the correct posture and without lifting your arms.

When hitting with a blind touch or the like, the number of mistaken hitting mistakes due to a miss touch is reduced, so that the efficiency of sentence creation is higher than that of hitting with a conventional keyboard.

[0020] Conventionally, since every time a mis-touch is made, the correction is made and corrected, so it is less likely that the user has to bother to learn the blind touch and the like. You can reach so-called “brilliant blind touch,” faster than a keyboard.

[0021] There are barriers, etc. that prevent mistouching when returning home after being tired, in a swaying place such as in a train or a car, or when a little experienced person, elderly person, etc. type a little rough. Therefore, it is possible to perform blind touch etc. with few mistakes.

[Brief description of drawings]

FIG. 1 is a perspective view of a “tape-shaped lattice-shaped one”.

FIG. 2 is an enlarged view of a tape-shaped lattice-like “cut, part, etc.”

FIG. 3 is a perspective view of a “mat-shaped lattice-shaped object”.

FIG. 4 is a perspective view of a “keyboard board made in a lattice shape”.

[Explanation of symbols]

1 It is the "cut, part" of the tape-like grid. 2 "The keyboard surface of word processor etc.

Claims (3)

[Scope of utility model registration request] 1. A keyboard, a sheet-type keyboard or the like is formed in a lattice shape with a tape-like one as shown in FIG. 1 according to the shape and size of each key, and the depth of the lattice is arranged on the keyboard or the like. The height of the top surface of each key is the same as that of the top surface of the key, or the grid-like one on the keyboard does not interfere with the operation of the key, and an adjacent key is pressed so that a mistaken touch such as a mistouch does not occur. Make it at a height before and after the height of the top surface of each side-by-side key that is suitable for such that adjacent keys are not pressed, and in the case of a sheet type keyboard, make the depth of the lattice so that It was made to a height suitable for the operation of the keys, and it was placed on a board such as a keyboard or sheet keyboard, or adhered to it, or made integrally with a board such as a keyboard or sheet keyboard. Structured. 2. A lattice-shaped hole is formed in accordance with the shape and size of each key of a keyboard, a sheet-type keyboard, etc.
You can make a mat-like thing like this, and put reinforcing piano wires etc. inside the lattice-like mat in a lattice-like manner, and then put the thickness of the lattice-like mat on the keyboard etc. The height of the top surface of each lined key is the same as that of the top surface of the keys, or on the keyboard, the lattice-shaped mat does not interfere with the operation of the keys, and the adjacent keys are pressed so that a mistaken touch such as a mistouch does not occur I don't want adjacent keys to be pressed,
Make it at a height around the height of the top surface of each key suitable for such a thing, and in the case of a sheet type keyboard, make the thickness of the lattice mat so that it does not interfere with the operation of the key. In addition, the adjacent keys are pressed so that a mistaken touch such as a mis-touch does not occur, and the adjacent keys are not pressed. A structure that is placed on top of each key such as, or glued to a board such as a keyboard, or integrated with a board such as a keyboard or a sheet keyboard. 3. A keyboard, such as a keyboard for a word processor, a personal computer, etc., is made by punching lattice-shaped holes according to the shape and size of each key, as shown in FIG. The surface of the keyboard and the top surface of the keys that are lined up are flush with each other, or between the keys that are lined up. The top surface of each key that is lined up is suitable for such an operation that does not interfere with the operation of the key, and that an adjacent key is pressed so that a mis-touch such as a mistouch does not occur and an adjacent key is not pressed. The height of the keyboard is approximately the same as the height of the keyboard, and if it is a row of stairs in the form of terraced fields, a keyboard such as a keyboard with a height corresponding to that.