KR20170002692U

KR20170002692U - touch tool

Info

Publication number: KR20170002692U
Application number: KR2020160000313U
Authority: KR
Inventors: 조우익
Original assignee: 조우익
Priority date: 2016-01-19
Filing date: 2016-01-19
Publication date: 2017-07-27

Abstract

The present invention relates to a tool for operating a touch screen such as a smart phone, and more particularly, to a touch tool that can execute a program more conveniently by varying the external input method using various shapes of touch points.
Unlike in the past, modern mobile phones have various functions such as currency, SNS, multimedia, and payment. However, as the functions increase, there are many cases where program switching or programs must be used together. However, the algorithm that can be used to switch from one program to another or to use them together is not smooth. In order to switch the program, it has to go through various steps such as ending the program that is running, moving the idle screen, the desktop, and searching for the location of the program.
Also, since the conventional mobile phone had only one external input method for executing the program, the program was executed only in the program of the mobile phone.
Accordingly, the present applicant has been able to implement various types of touch points in cooperation with respective programs, thereby making it possible to switch between programs or to use an algorithm for using other programs or to touch a specific position in order to switch from a running program to another program It can be executed without going through the step of searching. In addition, as the external input method is diversified with touch points of various shapes, it is possible to carry out convenient and more various programs by linking the mobile phone program and the external input method.

Description

Touch tool {touch tool}

The present invention relates to a tool for operating a touch screen such as a smart phone, and more particularly, to a touch tool that can execute a program more conveniently by varying the external input method using various shapes of touch points.

Unlike in the past, modern mobile phones have various functions such as currency, SNS, multimedia, and payment. However, as the functions increase, there are many cases where program switching or programs must be used together. However, the algorithm that can be used to switch from one program to another or to use them together is not smooth. In order to switch the program, it has to go through various steps such as ending the program that is running, moving the idle screen, the desktop, and searching for the location of the program.

Also, since the conventional mobile phone had only one external input method for executing the program, the program was executed only in the program of the mobile phone.

Accordingly, the present applicant has been able to implement various types of touch points in cooperation with respective programs, thereby making it possible to switch between programs or to use an algorithm for using other programs or to touch a specific position It can be executed without going through the step of searching. In addition, as the external input method is diversified with touch points of various shapes, it is possible to carry out convenient and more various programs by linking the mobile phone program and the external input method.

The object of the present invention is to provide a touch tool capable of executing a program more conveniently by varying the external input method with touch points of various shapes that are designed to operate the touch screen more conveniently.

In order to achieve the above object, the touch tool of the present invention is characterized by being composed of touch points of various shapes, and the touch point has a feeling of thickness and can be any one of point, line, And is characterized by including a conductive material or a chargeable material.

As described above, the present invention enables the touch points of various shapes to be executed in cooperation with the respective programs, thereby making it possible to switch between the programs or to use an algorithm for using other programs, Can be executed without going through the step of searching for.

In addition, as the external input method is diversified with touch points of various shapes, it is possible to carry out convenient and more various programs by linking the mobile phone program and the external input method.

FIG. 1 is a diagram illustrating a step for making a voice call in a conventional mobile phone.
Fig. 2 shows a step for executing a music playback program in a program that is already being executed.
FIG. 3 illustrates a process of immediately executing a music playing program in a program that is already being executed using the touch tool of the present invention.
Fig. 4 is a perspective view of a non-tangible touch tool according to the present invention.
Fig. 5 is a plan view of the non-tangible touch tool of the present invention.
Fig. 6 is a side view of the non-tangible touch tool of the present invention.
Fig. 7 is a bottom view of the non-tangible touch tool of the present invention.
Fig. 8 is an illustration of a mount of a non-tangible touch tool according to the present invention.
FIG. 9 is an illustration of the touch point of the present invention's non-tangible touch tool.
FIG. 10 is a view showing a touch point of point, line, face, and shape of a touch point and a touch point compounded in point, line, and surface shapes.
Fig. 11 is a view showing a state in which the non-tangible touch tool of the present invention is made into a flat member.
FIG. 12 is a view showing a state in which the touch point of the present embodiment of the present invention is assembled.
Fig. 13 is a perspective view of another non-tangible touch tool.
Fig. 14 is a plan view of another non-tangible touch tool.
Fig. 15 is a side view of another non-tangible touch tool.
16 is a bottom plan view of another non-tangible touch tool.
Fig. 17 is a view showing protrusions formed in a mount of a non-tangible touch tool.
Fig. 18 is a view showing a touch point of point, line, face, and shape of a touch point and a touch point compound-formed by point, line, and surface shapes.
19 and 20 illustrate a ring type touch tool.
Fig. 21 is an illustration of a bracelet type touch tool.
Fig. 22 illustrates a spherical touch tool. Fig.
23 is a view showing a multi-sided touch tool.
Fig. 24 illustrates a cube-type touch tool.
Fig. 25 illustrates a plate-shaped touch tool.
Fig. 26 is an illustration of an armored touch tool.

Hereinafter, a preferred embodiment of the touch tool according to the present invention will be described. In the following description of the present invention, detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear. Further, the terms described below are defined in consideration of functions in the present invention, and this may vary depending on the intention or custom of the user.

For example, in order to execute music, camera, and other programs in a program that is already being executed, coordinates of a specific position should be contacted after moving to a desktop screen or a designated screen step as shown in FIG. 1, The finger or the touch pen had to be moved to various coordinates at a specific position. In addition, programs have been developed in various ways, and the steps for executing the programs have become more complicated.

Since existing mobile phones have only one external input method for executing programs, the program is executed only in the program of the mobile phone.

3, the applicant is able to execute the music reproduction program immediately by touching the shape of the ♪ in the program being executed, so that the touch points of various shapes can be executed in cooperation with the respective programs, thereby switching the program It can be executed without going through a step of searching for a program by touching a specific position in order to switch from an algorithm for using another program together to another program from a running program. In addition, as the external input method is diversified with touch points of various shapes, it is possible to carry out convenient and more various programs by linking the mobile phone program and the external input method.

In the present invention, the touch points of various shapes are shapes having a thick feeling, and are formed of any one of point, line, and plane shapes, or a combination of points, lines, and surface shapes, and includes a conductive material and a chargeable material.

The capacitive touch screen, which is commonly used, is a constant current flowing in the touch screen and inputs data by changing the current amount. Since the charge basically has a characteristic to balance the + and -, the data can be inputted by varying the amount of current generated in order to balance the charge in the body with the charge of the touch screen in the body contact. In this case, the conductive material contacts with the body to allow the charge to move between the touch screen and the human body, thereby inputting data by touching the touch screen.

In addition, the chargeable material is easy to generate triboelectricity such as static electricity and is liable to lose charge. Therefore, when touching the touch screen, the charge of the touch point and the charge of the touch screen are moved with each other, .

Since it is considered that the detailed description of the program of the touch screen in which the program is executed according to the touch points of various shapes may unnecessarily blur the point of the present invention, only the description of the recognition condition for reading the touch points of various shapes do.

In the present invention, two or more point-shaped touch points are constituted, and a distance having the longest distance between two or more touch points is designated as an effective distance, and then a plurality of point-shaped x-axis y- The number of the point shapes located within the distance coincides with each other and the program designated by the touch holding time is executed. Linear touch points can be composed of straight lines, curved lines, dotted lines, and the like. The vertex and the inflection points whose curvature changes are specified as the linear shape of the point, and the angles or curvatures of the lines are matched. But the program designated according to the touch holding time is executed when the length of the line not connected to the starting point from the end point is equal to or larger than the specified length. When a line is connected and touches the touch screen, it specifies the vertex and inflection points of the line that forms the surface shape, passes through both vertex and inflection point, connects the starting point and end point without line break, and connects the vertex and inflection point When the contact area of the surface shape filled with the inner side of the line is equal to or larger than the specified area, the program designated according to the touch holding time is executed. In addition, the complex shape formed by points, lines, and planes will execute the designated program when all of the shape conditions are satisfied.

An example of assigning a specific operation or a program to each touch point 10 is to designate a specific operation or program such as volume operation by dividing the contact shape by the number of the point shapes located within the effective distance of the point- Line-shaped touch points are shaped like alphabets, figures, and special symbols. For example, you can assign a program related to camera to C-shaped touch point which is an abbreviation of Camera. You will be able to specify related programs.

In addition, two or more touch points may be contacted with the touch screen to designate a specific action or program. For example, if you touch the first touch point ♪ and the second touch point ♣ simultaneously on the touch screen, you can see the play list when you touch the touch screen together, or you can see the first touch point and the second touch point ☎ touch the touch screen simultaneously You can also specify that text transmission should be performed to the designated person when the contact is specified on the touch screen.

The mount and the touch point are merely illustrative examples for understanding, and do not limit the shape or the number.

The touch tool of the present invention is intended to execute a specific operation or a program with various shapes of touch points. The touch tool of the present invention has various shapes such as a thimble shape, a ring shape, a bracelet shape, a spherical shape, a polyhedral shape, a cube shape, Can solve the purpose.

FIGS. 4, 5, 6, and 7 illustrate a non-tangible touch tool, in which a plurality of touch points 10 having various shapes are formed on a mouthpiece 1 into which a finger is inserted, The position is changed along the grooves 2, 3, 4 of the sphere 1. As shown in FIG. 8, the abovementioned mounts form grooves (2,3,4) in which the touch points are stuck to the mounts in consideration of the shape and movement of the movable fingers after gripping the mobile phone, A plurality of touch points 10 of various shapes are formed in the same manner and are joined to the grooves 2, 3, 4 of the mounting tool.

The first groove 2 located above the nail is tilted about 30 ° clockwise from the vertical direction when viewed from the left side of the finger and the second groove 3 located at the portion where the nail contacts with the skin is formed in a vertical state when viewed from the left side of the finger The third groove 4 located in front of the finger joint region is formed by being inclined about 20 degrees counterclockwise when viewed from the left side of the finger. The grooves 2, 3 and 4 thus formed are bent or unfolded in order to touch the corresponding position so that the other grooves are moved away from the touch screen when the touch screen is contacted. In addition, the microprojections 5 may be embossed or embossed in the grooves 2, 3 and 4, and the microprojections may be embossed or engraved on the touch points so as to correspond to the microprojections.

The touch point 10 is located in the grooves 2, 3, 4 formed in the mounting tool 1 in association with a specific operation such as a volume operation and a program when the touch point 10 is contacted with the program, 10B can be formed into a composite shape by points, lines, faces, etc. to form characters, symbols, graphics, etc., and can be formed to be higher than the groove depth of the mounting hole, , 3, 4), it is protruded from the mounting opening to contact the touch screen first.

The shape of each of the touch points 10 is set such that a specific operation such as a volume operation or a program is executed when a program is set and a user selects a touch point to which a specific operation or program to be executed is linked, 4), and the touch point 10 to which the specific operation or program to be executed is to be positioned is moved to the lower end or the side surface, and then the touch point 10 is used in contact with the touch screen. Depending on the operating system set up by the mobile phone, a specific operation or program may be designated as a single touch point or two or more touch points may be designated to execute a specific operation or program in a complex shape. The touch point can be used as a general touch point such as a text input without executing a specific operation or a program. In addition, since the touch point of various shapes located in the direction of the fingerprint can be used, it is possible to configure only a unique combination that does not overlap with another person, so that it can be used as an authentication method when a user performs payment or the like.

A method of manufacturing the touch tool in which the position of the touch point is converted will now be described. As shown in Fig. 11, the grooves 2,3,4 are formed in the flat member and the both end portions of the flat member are bonded and bonded to each other, so that the cylindrical mounting fixture 1 is protruded in point, Shaped touch points are also bonded to the grooves formed in the mounting holes after the formation of the touch points by the same method of adhering the both end portions of the flat member including conductive and electrifiable materials capable of moving minute currents. Alternatively, the touch point 10 may be formed by injection-molding a touch point protruding in a point, line, or plane shape, and a touch point 10 to the mounting grooves 2, 3, .

12, the touch point 10 attached to the grooves 2, 3, 4 of the mounting tool 1 is inserted into the strip shape 11 in which the groove 12 is formed, The point 10 can be manufactured and used by combining the touch points 13 of the shape desired by the user.

The mounting tool 1 can be manufactured with or without a conductive, chargeable material to which a minute current can be transferred.

Figs. 13 to 16 illustrate a touch-point-type touching tool in which touch points of various shapes are fixed to a finger-inserted position where fingers are inserted, unlike Figs. 4 to 7, in which positions are not converted. 17, a microprojection 6 is formed inside a mounting hole 1 in which a touch point 10 is located, and the user inserts a touch point As shown in FIG.

The touch point 10 may be positioned on a bottom surface, a side surface, or an upper surface of the mounting port in association with a specific operation and a program upon contact with the touch screen, and may be any one of point, line, 18B, a dot, line, or face can be formed in a composite manner to make a variety of characters, symbols, graphics, and the like. Each shape is specified to execute a specific operation such as volume manipulation or program during program setting, and it is possible to designate one touch point according to the operating system to be set, or to specify two or more touch points, .

A method of manufacturing the touch tool in which the position of the touch point 10 is fixed will now be described. (1) in which a touch point (10) is formed by mixing a conductive and electrifiable material capable of moving a minute current with a material capable of injection molding such as a rubber flow or a silicone flow, or a conductive and electrifiable The material is compounded with a material having elasticity such as a rubber flow or a silicone fluid, a frame is formed in the shape of a finger of aluminum, a finger-shaped frame is immersed in the compounded raw material to form a docking pad (1) It is also possible to manufacture the conductive line touch point 10 by injection molding by adhering and bonding after the conductive line touch point 10 is cut into the fingertips and processed in the form of opening in both directions.

In the following embodiments, the basic description and manufacturing method of the touch point are similar to the above-mentioned non-tangible touch tool, and a description thereof will be omitted.

Figs. 19 and 20 illustrate a ring-type touch tool. Fig. 19 shows that the mouthpiece 100 is opened bidirectionally, The touch point 10 can be rotated by rotating the touch point 10 by connecting the separately manufactured touch point 10 to the groove 12, The touch points 10 of various shapes are manufactured in the strip shape 11 and the user can combine the touch points 13 of the desired shape.

21 is an illustration of a bracelet-type touch tool. The touch point 10 of various shapes is formed in the mouthpiece 101 into which the wrist is inserted. The touch point 10 of various shapes is attached to the mouthpiece 101 opened in both directions. It is also possible to manufacture the touch points 13 having various shapes in the shape of a band having the grooves 102 formed therein and to combine the touch points 13 of the shape desired by the user with the grooves 102.

FIG. 22 is an illustration of a spherical touch tool. FIG. 22 is a perspective view of the spherical touch tool. FIG. 22 is a perspective view of a spherical main body, touch points 10 of various shapes, The groove 111 is formed in the rectangular main body 110 and the touch points 13 of various shapes are manufactured respectively so that the touch point 13 of the shape desired by the user is inserted into the groove 111, May be used in combination.

23 illustrates a polyhedron-shaped touch tool. The polyhedron-shaped body 120 includes a polyhedron body 120 having a plurality of touch points 10 and a binding string 200 that can be attached to a mobile phone. The touch points 10 having various shapes are integrally formed or the grooves 121 are formed in the polygonal body 120 and the touch points 13 having various shapes are manufactured respectively so that the touch points 13 May be used in combination with the groove 121.

24 is a view showing a cube-type touch tool, in which a plurality of cube bodies 125 and various types of touch points 10 are formed, and a plurality of touch points 10 having various shapes are integrally formed on a plurality of cube bodies 125 Alternatively, the grooves 126 may be formed in the plurality of cube bodies 125 and the touch points 13 may be formed in various shapes so that the touch points 13 of a desired shape may be combined with the grooves 126 .

FIG. 25 illustrates a plate-shaped touch tool. The plate-shaped body 130 includes various types of touch points 10 and a binding string 200 that can be attached to a mobile phone. The touch points 10 and 140 may be integrally formed or the grooves 131 may be formed in the plate-shaped body 130 and the touch points 13 may be formed in various shapes, May be used in combination with the groove 131. Since the card number, the expiration date, and the personal information can be specified in the QR code 140, it can be used as an authentication method such as payment upon contact with a QR code shaped touch point.

FIG. 26 is an illustration of a glove-type touch tool. FIG. 26 illustrates a conventional glove in which various shapes of touch points 10 are formed. In the known glove 300, conductive and electrifiable materials capable of moving minute currents are injected The touch point 10 is injection-molded and then bonded and bonded together with a moldable material.

The touch tool may be implemented in various shapes other than the methods shown in FIGS.

It should be understood that the detailed description of the invention is merely exemplary in nature and is not intended to limit the scope of the invention as defined in the appended claims . Therefore, those skilled in the art will appreciate that various modifications and equivalent embodiments are possible without departing from the scope of the present invention.

1, 100, 101: Fixture 2, 3, 4: Fixture groove 5: Outer projection 6: Inner projection 10, 13: Touch point
110: spherical body 120: polyhedral body 125: cube-shaped body
130: plate body 12, 102, 111, 121, 126, 131: touch point insertion groove

Claims

Wherein the touch point is composed of touch points having various shapes.

The method of claim 1, wherein
Wherein the touch point has a thickness and is formed in one of a point, a line, and a surface shape.

The method of claim 1, wherein
Wherein the touch point has a thickness feeling and is formed by a combination of points, lines,

The method of claim 1, wherein
Wherein the touch point includes one of a conductive material and a chargeable material.

The method of claim 1, wherein
Wherein the touch point is in contact with the body to allow electric charges to be transferred between the touch screen and the human body,

The method of claim 1, wherein
Wherein the touch point is a touch point, and the charge of the touch point and the charge of the touch screen are mutually moved.