KR101481477B1

KR101481477B1 - Touch Module for Multiple Order Touch

Info

Publication number: KR101481477B1
Application number: KR1020140068395A
Authority: KR
Inventors: 한정균; 김재형
Original assignee: 원투씨엠 주식회사
Priority date: 2014-06-05
Filing date: 2014-06-05
Publication date: 2015-01-13

Abstract

The present invention relates to a touch module for multiple sequential touches. The touch module, which is touched on a capacitive touchscreen using multiple capacitive touches using the fingers of a human body as the input device of each touch point, comprises: a plurality of touch parts that can be capacitively touched on the capacitive touchscreen and is composed of material including a material capable of being restored after contraction; a first panel area for arranging and fixing at least one touch part at a designated position higher or lower by a designated standard value than other touch parts among a plurality of touch parts to be arranged in unique geometrical relation on design including one or more among predesigned distance relation and angle relation so as to identify or authenticate a designated object; and a second panel area maintaining contact with at least one touch part among the touch parts arranged and fixed in the first panel area. The first panel area includes an area opposite to a touch area, which contacts the capacitive touchscreen during capacitive touches, among the areas of a touch membrane for transmitting capacitive touches by the touch parts to the capacitive touchscreen, and either or both of side areas facing the touch membrane in the area of a frame part on which an intrusive force is exerted to contract the touch parts during capacitive touches. The touch membrane can transmit capacitive touches by the touch parts to the capacitive touchscreen and is composed of materials including a material for blocking the visual exposure of the geometrical relation of the touch parts.

Description

[0001] The present invention relates to a touch module for a multi-

The present invention relates to a touch module which is touched by an electrostatic touch screen using an electrostatic multi-touch using a human finger as an input means of each touch point, the touch module comprising: an electrostatic touch- And a height of at least one touch portion of the plurality of touch portions to be arranged in a unique design geometry including at least one of a distance relation and an angular relationship designed in advance for identifying or authenticating a designated object A second plate region arranged and fixed at a position higher or lower than a specified reference value than the height of the other touch portion and a second plate region held in contact with at least one of the touch portions arranged and fixed to the first plate region, Wherein the first plate region includes an electrostatic touch by a touch portion, And a pressing member for pressing the pressing member to contact the electrostatic touch screen during the electrostatic touch, and a pressing member for pressing the pressing member against the pressing member, Wherein the touch film includes a material capable of transmitting an electrostatic touch by the touch portion to the electrostatic touch screen and visually exposing and blocking the geometric relationship of the plurality of touch portions To a touch module for multi-sequential touch.

A touch device is manufactured in a unique pattern of a plurality of touch parts made of a conductive material and an area partitioned in the same manner as a predetermined pattern on a capacitive touch screen in a predetermined state in which a pattern is touched on the capacitive touch screen A touch-based service is proposed, which is used as an authentication means for authenticating whether or not each of the divided areas is touched with the same pattern as a predetermined pattern and authenticating whether provision of a prepared service has been made (Japanese Patent Laid-Open Publication No. 2011-134298 ), And Published Unexamined Patent Application No. 10-2013-0081560 (July 17, 2013)).

Meanwhile, a touch device is manufactured by disposing a plurality of touch parts made of a conductive material in a designed unique geometric relationship, electrostatically touching the manufactured touch device to the electrostatic touch screen of the terminal, and forming a geometric relationship Is used as an authentication means for providing various services and at the same time, a touch which is used as an identification means is used as an authentication means for authenticating whether or not the touch portion of the touch device is matched with a design geometric relationship of the touch portions arranged in the touch device, Based service is disclosed (Japanese Patent Application Laid-Open No. 10-2014-0065624 (2014.05.30)).

Conventionally, a touch device manufactured for a touch-based service is manufactured by exposing a contact surface of a conductive part made of a conductive material to the outside for efficient electrostatic touch on the electrostatic touch screen, and the height of the touch parts exposed to the outside A plurality of touch portions provided on the touch device are manufactured so as to be simultaneously touched on the electrostatic touch screen (that is, all of the touch portions exposed to the outside may not touch each other).

However, in the case of using only the touch device as the authentication means, since it is determined whether a service should be provided, whether the service is provided or not is verified. Even if the pattern of the touch portion provided in the touch device is exposed and stolen, If the geometric relationship in design of the touch units provided in the touch device is used as the identification means, it is possible to perform the supplementary authentication using any already known authentication means (e.g., password authentication, etc.) There is a problem that the service itself is stolen when the geometric relation of the design is exposed. For example, when the touch device is touched to accumulate points, when the conventional touch device is used only as the authentication means, in order to display the area partitioned by the electrostatic touch screen, the app is operated first and then the merchant In this way, when the authentication is performed using another authentication means (for example, password authentication) in the identification process, the divided area for touch input is displayed so that even if the pattern of the touch device is exposed, I can not do it. However, when the touch device is used as the identification means, only a certain point is accumulated at an affiliate shop by simply touching the touch device electrostatically to the electrostatic touch screen. Thus, The service itself can be stolen if the geometric relationship of the touch parts is exposed.

On the other hand, when the contact surfaces of the touch parts disposed on the touch device are exposed to the outside, the height of the touch parts exposed to the outside is made constant. This is effective in simultaneously touching the touch parts disposed on the touch device to the capacitive touch screen However, when a plurality of touch points are simultaneously touched with respect to the electrostatic touch screen optimized to use a human finger as an input means, there arises a problem of increasing the probability that all the simultaneously touched touch parts are not recognized successfully . That is, when an electrostatic touch screen optimized to use a human's finger as an input means simultaneously touches two or more fingers in an electrostatic manner, all the touches are normally recognized, but if a finger exceeding the finger is simultaneously touched The probability of not recognizing a part of a touch is increased, and as the number of fingers increases, the probability of recognition failure increases exponentially. Although the above-mentioned phenomenon has not been described in any preceding literature, considering that the electrostatic touch is a technique of sensing the touch by sensing a change in capacitance, the electrostatic touch screen, which is optimized to use a human finger as an input means, The electrostatic capacitance of the human body which induces the electrostatic touch can be regarded as a fixed value. When the number of fingers is increased, the electrostatic capacitance change will be dispersed by the number of fingers. It is predicted that the probability that some touch points are not recognized due to dispersion of capacitance change due to filtering for preventing malfunction of the optimized capacitive touch screen is expected to increase.

In order to solve the above problems, an object of the present invention is to provide a touch module which is touched by an electrostatic touch screen using an electrostatic multi-touch using a human finger as input means of each touch point, A plurality of touch portions including electrostatic touchable and post-shrinkable materials, and a plurality of touch portions that are arranged in a unique geometric relationship in design, including at least one of a distance relationship and an angular relationship designed to identify or authenticate a designated object. At least one of the first plate region in which the height of at least one touch portion of the touch portion of the touch panel is arranged and fixed at a position higher or lower than a specified reference value by a height of the other touch portion, And a second plate region for maintaining the contact state of the touch portion of the touch panel, Which is opposite to the contact area contacting the electrostatic touch screen during the electrostatic touch, and a portion of the frame where the pushing force for contracting the touch portion during the electrostatic touch is applied, of the area of the touch film transmitting the electrostatic touch by the electrostatic touch Wherein the touch film includes at least one region or regions on both sides of one side of the region facing the touch film, wherein the touch film can transmit the capacitive touch by the touch portion to the electrostatic touch screen, And a material for visually exposing and blocking a geometric relationship.

The touch module for a multi-sequential touch according to the present invention is a touch module which is touched by an electrostatic touch screen using an electrostatic multi-touch using a human finger as input means of each touch point, A plurality of touch parts including a touchable and shrink-backable material and a plurality of touches to be placed in a unique geometric relationship in design, including at least one of a distance relationship and an angular relationship designed to identify or authenticate a designated object A first plate region in which a height of at least one touching portion is arranged and fixed at a position higher or lower than a specified reference value by a height of another touching portion and at least one touch among the touching portions arranged and fixed in the first plate region, And a second plate region for maintaining a contact state between the first plate region and the second plate region, Of the area of the touching film that transmits the touching touch to the electrostatically touchable screen, an area opposite to the contact area contacting the capacitive touching screen during the electrostatic touching and a part of the frame area where the pushing force is applied to shrink the touching part during the electrostatic touching, Wherein the touch film includes at least one region or regions on both sides of the one side region facing the touch film, wherein the touch film can transmit the capacitive touch by the touch portion to the electrostatic touch screen and the geometric relationship of the plurality of touch portions And a material which is visually exposed and blocked.

In the touch module for multi-sequential touch according to the present invention, the second plate region is provided so as to face the first plate region.

In the touch module for a multi-sequential touch according to the present invention, the second plate region may include at least one of at least one of the one or more touch portions arranged and fixed in the first plate region, And the contact portion is kept in contact with the touch portion.

In the touch module for a multi-sequential touch according to the present invention, the first plate region includes an opposite region of the touch film for disposing and fixing the plurality of touch portions, And one side area of the frame part for viewing is included.

In the touch module for multiple sequential touch according to the present invention, the one side region of the frame portion may be divided into a plurality of regions, which are arranged and fixed in the designed geometrical relationship in the opposite region of the touch film, before the contact region of the touch film contacts the capacitive touch screen Wherein the contact portion is kept in contact with at least one touch portion arranged and fixed higher than a specified reference value by a height of another touch portion of the touch portion.

In the touch module for multi-sequential touch according to the present invention, the frame portion includes a portion to which a pressing force for shrinking the touch portion is applied.

In the touch module for a multi-sequential touch according to the present invention, one side region of the frame portion may be formed by a pressing force applied to the frame portion during or after the contact region of the touch film contacts the electrostatic touch screen, Wherein the at least one touch portion is arranged and fixed at a height lower than a specified reference value by a height of the other touch portion among the plurality of touch portions arranged and fixed in the designed geometric relationship.

In the touch module for multi-sequential touch according to the present invention, the touch film may be arranged such that height of at least one touch portion among a plurality of touch portions arranged and fixed in the designed geometrical relationship in the opposite region of the touch film is disposed in an opposite region of the touch film The height of the at least one touch portion among the at least one other touch portion being higher or lower than a specified reference value.

In the touch module for multi-sequential touch according to the present invention, the first plate region includes one side region of a frame portion in which the plurality of touch portions are arranged and fixed, And an opposite region of the touch film is included.

The opposite region of the touch film may include a plurality of contact regions that are arranged and fixed in the designed geometrical relationship in one side region of the frame portion before the contact region of the touch film contacts the electrostatic touch screen, Wherein the contact portion is kept in contact with at least one touch portion arranged and fixed higher than a specified reference value by a height of another touch portion of the touch portion.

In the touch module for a multi-sequential touch according to the present invention, the touch film is made of a material capable of transmitting an electrostatic touch by a touch portion to an electrostatic touch screen.

In the touch module for multi-sequential touch according to the present invention, the opposite region of the touch film may be formed by a pressing force applied to the frame portion during or after the contact region of the touch film contacts the electrostatic touch screen, Wherein the at least one touch portion is arranged and fixed at a height lower than a specified reference value by a height of the other touch portion among the plurality of touch portions arranged and fixed in the designed geometric relationship in the region.

In the touch module for multi-sequential touch according to the present invention, the frame portion may be configured such that a height of at least one touch portion among a plurality of touch portions arranged and fixed in the designed geometrical relationship in one side region of the frame portion is disposed in one side region of the frame portion The height of the at least one touch portion among the at least one other touch portion being higher or lower than a specified reference value.

In the touch module for multi-sequential touch according to the present invention, the first plate region may include one side region of a frame portion for disposing and fixing the opposite region of the touch film for arranging and fixing a part of the plurality of touch portions, And the second plate region includes an opposite region of the touch film facing one side region of the frame portion in which the remaining touch portion is arranged and fixed and a side region of the frame portion facing the opposite region of the touch film, .

In the touch module for a multi-sequential touch according to the present invention, the opposite region of the touch film is a first plate region for disposing and fixing a touch portion of a plurality of touch portions, And one side region of the frame portion is a first plate region for disposing and fixing the remaining one of the plurality of touch portions and is arranged and fixed in the opposite region of the touch film at the same time, And a second plate region for maintaining contact with at least one of the touch portions of the plurality of touch portions.

In the touch module for multi-sequential touch according to the present invention, the second plate region may be formed by touching one of the one or more touch portions arranged and fixed in the first plate region before the contact region of the touch film contacts the capacitive touch screen And the contact portion is maintained in contact with at least one touch portion arranged and fixed higher than a reference value higher than a specified height.

In the touch module for multi-sequential touch according to the present invention, the second plate region may be formed by a pressing force applied to the frame portion during or after the contact region of the touch film contacts the electrostatic touch screen, And at least one touch part arranged and fixed at a height lower than a specified reference value by the height of the other touch part among the at least one touch part arranged and fixed to the touch part.

In the touch module for a multi-sequential touch according to the present invention, the height of at least one touch part disposed in an opposite area of the touch film is set to be higher than the height of at least one touch part among at least one other touch parts disposed in the same area. And is arranged and fixed higher or lower than the reference value.

In the touch module for multi-sequential touch according to the present invention, the height of at least one touch part disposed in the opposite region of the touch film may be greater than the height of at least one touch part of at least one other touch part And is arranged and fixed higher or lower than a specified reference value.

In the touch module for multi-sequential touch according to the present invention, the touch film may include at least one touch portion disposed in the opposite region of the touch film, the at least one touch portion being disposed in the same region, The height of the at least one touch portion among the at least one other touch portion being higher or lower than a specified reference value.

In the touch module for multi-sequential touch according to the present invention, the height of at least one touch part disposed on one side of the frame part is set to be higher than the height of at least one touch part among at least one other touch parts disposed in the same area. And is arranged and fixed higher or lower than the reference value.

In the touch module for a multi-sequential touch according to the present invention, the frame portion may be formed so that a height of at least one touch portion disposed on one side of the frame portion is equal to or greater than a height of at least one touch portion among at least one other touch portion And is arranged and fixed higher or lower than a specified reference value.

In the touch module for multi-sequential touch according to the present invention, the frame portion may include at least one touch portion disposed at one side of the frame portion and at least one other touch portion disposed in the same region, The height of the at least one touch portion among the at least one other touch portion being higher or lower than a specified reference value.

In the touch module for multi-sequential touch according to the present invention, the touch film may be made of an opaque material, or at least one side may include an opaque material.

In the touch module for multi-sequential touch according to the present invention, the touch film is arranged and fixed in the designed geometrical relationship in the opposite region of the touch film before the contact region of the touch film contacts the electrostatic touch screen. And a plurality of touch portions, which are arranged and fixed in the designed geometrical relationship to one side region of the frame portion through an opposite region of the touch film during or after the contact region of the touch film is in contact with the electrostatic touch screen, Or touching part of the plurality of touch parts is arranged and fixed in the opposite area of the touch film before the contact area of the touch film touches the electrostatic touch screen to maintain the contact state, During and after contacting the capacitive touch screen, the opposite region of the touch film And touching the other touch part arranged and fixed to one side area of the frame part through the contact part.

In the touch module for a multi-sequential touch according to the present invention, the touch film may include a plurality of plating holes, each of which is coated with a metallic material on both sides.

The touch module for multi-sequential touch according to the present invention may further comprise a housing part having an internal space for accommodating the plurality of touch parts and the frame part.

In the touch module for a multi-sequential touch according to the present invention, the housing part fixes the touch film in a state of accommodating the plurality of touch parts in the internal space.

In the touch module for multi-sequential touch according to the present invention, the housing part is made of an opaque material.

In the touch module for a multi-sequential touch according to the present invention, the touch module is connected to a handle formed by a human hand.

A touch module for a multi-sequential touch according to the present invention is a touch module that is touched by a capacitive touch screen. The touch module includes a plurality of touch parts made of an electrostatic-change inducing material capable of shrinking and restoring, A first plate area for placing and fixing the height of the touch area at a position designated by a height higher than or lower than a specified reference value from the height of another touch area and a touch part arranged and fixed to the first plate area, And a second plate region.

According to the present invention, the second plate region may be provided so as to face the first plate region. Meanwhile, the second plate region may maintain contact with at least one touch portion arranged and fixed at a height higher than a specified reference value than the height of another touch portion among the at least one touch portion arranged and fixed in the first plate region.

According to the present invention, the first plate region includes an opposite region of the contact region contacting the electrostatic touch screen among the both side regions of the touch film made of a material capable of transmitting the electrostatic change by the electrostatic charge inducing material to the electrostatic touch screen And the second plate region may include one side region of the frame portion facing the opposite region of the touch film. The second plate region may be at least one of at least one of the one or more touch portions arranged and fixed in the first plate region before the contact region of the touch film touches the electrostatic touch screen, The contact state can be maintained with one touch portion. Meanwhile, the frame portion may include a portion to which a pressing force for shrinking the touch portion provided on the touch module is applied. The second plate region may be formed to have a height smaller than the height of the other one of the one or more touch portions arranged and fixed to the first plate region by the biasing force applied to the frame portion after the contact region of the touch film contacts the electrostatic touch screen It is possible to contact at least one touch part fixedly arranged lower than the specified reference value. The opposite region may include at least one touch portion provided on the opposite region and may be arranged and fixed at a position higher or lower than a designated reference value by a height of one of the at least one other touch portion provided in the opposite region .

According to the present invention, the first plate region includes one side region of a frame portion to which a pressing force for contracting a touch portion provided on the touch module is applied, and the second plate region is formed to face the opposite region of the frame portion And an opposite region of the contact region contacting the capacitive touch screen among the regions on both sides of the provided touch film. The second plate region may be at least one of at least one of the one or more touch portions arranged and fixed in the first plate region before the contact region of the touch film touches the electrostatic touch screen, The contact state can be maintained with one touch portion. Meanwhile, the touch film may be made of a material capable of transmitting the electrostatic change due to the electrostatic charge inducing material to the electrostatic touch screen. The second plate region may be formed to have a height smaller than the height of the other one of the one or more touch portions arranged and fixed to the first plate region by the biasing force applied to the frame portion after the contact region of the touch film contacts the electrostatic touch screen It is possible to contact at least one touch part fixedly arranged lower than the specified reference value. Meanwhile, the one side region may include at least one touch portion provided on the one side region and may be arranged and fixed at a position higher or lower than a specified reference value by a height of one of the at least one other touch portion .

According to the present invention, the first plate region may include an opposite region of the contact region contacting the electrostatic touch screen among the both side regions of the touch film made of a material capable of transmitting the electrostatic change caused by the electrostatic charge inducing material to the electrostatic touch screen, The touch module may include at least one region of a frame portion to which a pressing force for shrinking the touch portion is applied. At least one region of the opposite region of the touch film and one side region of the frame portion may include a second region corresponding to the first plate region, It can be included as a plate area. The second plate region may be at least one of at least one of the one or more touch portions arranged and fixed in the first plate region before the contact region of the touch film touches the electrostatic touch screen, The contact state can be maintained with one touch portion. The second plate region may be formed to have a height smaller than the height of the other one of the one or more touch portions arranged and fixed to the first plate region by the biasing force applied to the frame portion after the contact region of the touch film contacts the electrostatic touch screen It is possible to contact at least one touch part fixedly arranged lower than the specified reference value.

According to the present invention, the opposite region may include at least one touched portion provided in the opposite region, the touched portion being positioned at a height higher than or less than a specified reference value, As shown in FIG. Or the opposite region is arranged and fixed at a position designated by a height higher than or equal to a specified reference value than the height of one of the one or more other touch portions provided in the one region, . Or the opposite region may include at least one touch portion provided in the opposite region to a position designated by a height higher or lower than a specified reference value than the height of one of the touch portions of the opposite region and one or more other touch portions Batch can be fixed.

According to an embodiment of the present invention, the one side region may include at least one touch portion provided on the one side region, a position designated by a height higher than a specified reference value or a height lower than a specified reference value, As shown in FIG. Or one side of the one side region is arranged and fixed at a position designated by a height higher than or equal to a specified reference value with respect to the height of one of the one or more other touch portions provided in the opposite region . Or one side of the one side region is located at a position designated by a height higher than or less than a specified reference value from the height of one of the two or more different touch portions provided in the opposite region and one side region, Batch can be fixed.

According to the present invention, the touch film may be made of an opaque material, or at least one side may be made of an opaque material, or may be made of a translucent material, or at least one side may be made of a translucent material, Or at least one of or a combination of two or more materials selected from the group consisting of a transparent material at least on one side, a variable transmittance material, or a material including a variable transmittance material on at least one side thereof.

According to the present invention, the touch film may be manufactured to have a thickness within 0.2 mm. Meanwhile, the touch film may include a plurality of plating holes formed on both sides of a metallic material.

According to the present invention, the touch module for multi-sequential touch may further include a housing portion having an internal space for accommodating the plurality of touch portions and the first plate region. Meanwhile, the housing part may fix the touch film made of a material capable of transmitting the electrostatic change due to the electrostatic charge inducing material to the electrostatic touch screen while the plurality of touch parts are accommodated in the internal space. The housing part may be made of an opaque material.

According to the present invention, it is advantageous to provide a touch module that maintains airtightness so that a geometric relationship of a plurality of touch parts provided on a touch module is not visually exposed to the outside.

According to the present invention, there is an advantage of providing a touch module that maintains airtightness so that a plurality of touch units provided in a touch module are not exposed to the outside visually in a sequential manner or a multi-touch manner with a time difference according to a specified geometric relationship.

According to the present invention, at least one touch portion among the plurality of touch portions provided in the touch module is first touched to the electrostatic touch screen, thereby providing a stable touch ratio (for example, Probability).

FIG. 1 is a view showing a relationship between a plurality of touch parts provided at different heights in a touch module according to an embodiment of the present invention.
2 is a diagram illustrating the first plate region fixing and the second plate region contact relationship with respect to the touch portion according to the first embodiment.
3 is a view illustrating a structure of a touch module having touch portions having different heights according to the first embodiment.
4 is a diagram illustrating an operation structure of a touch module having touch units of different heights according to the first embodiment.
5 is a diagram illustrating the first plate region fixing and the second plate region contact relationship with respect to the touch portion according to the second embodiment.
6 is a view illustrating a structure of a touch module having touch units of different heights according to a second embodiment of the present invention.
7 is a view illustrating an operation structure of a touch module having touch units of different heights according to the second embodiment.
8 is a view illustrating the first plate region fixing and the second plate region contact relation with respect to the touch portion according to the third embodiment.
9 is a view illustrating a structure of a touch module having touch portions having different heights according to the third embodiment.
10 is a diagram illustrating an operation structure of a touch module having touch units of different heights according to the third embodiment.
FIG. 11 is a view showing various embodiments of the relationship between a plurality of touch units provided in the touch module according to the third embodiment.

The operation principle of the preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings and description. It should be understood, however, that the drawings and the following detailed description are exemplary and explanatory and are intended to provide further explanation of the invention, and are not to be construed as limiting the present invention.

In other words, the following embodiments correspond to the preferred embodiment of the present invention, which is a preferred embodiment of the present invention. In the following embodiments, specific configurations may be omitted, or functions implemented in specific configurations may be referred to as specific configurations It is to be clearly understood that the embodiments that divide or separate the functions embodied in two or more configurations into one configuration are all within the scope of the present invention unless otherwise mentioned in the following embodiments. Therefore, it should be clearly stated that various embodiments corresponding to subsets or combinations based on the following embodiments can be subdivided based on the filing date of the present invention.

In the following description of the present invention, a 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. The terms used below are defined in consideration of the functions of the present invention, which may vary depending on the user, intention or custom of the operator. Therefore, the definition should be based on the contents throughout the present invention.

As a result, the technical idea of the present invention is determined by the claims, and the following embodiments are merely means for effectively explaining the technical idea of the present invention to a person having ordinary skill in the art to which the present invention belongs Only.

FIG. 1 is a view showing a relationship among a plurality of touch units 100 provided at different heights in a touch module 200 according to an embodiment of the present invention.

More specifically, FIG. 1 illustrates a relationship in which a plurality of touch units 100 are provided at different heights in a touch module 200 that touches and recognizes a plurality of touch points forming a specified geometric relationship to an electrostatic touch screen Those skilled in the art will be able to refer to and / or modify the drawing 1 in order to understand various ways of implementing the relationship between the touch units 100 of the North Sea number (for example, , Or subdivided, or combined). However, the present invention includes all of the above-mentioned embodiments, and the technical features of the present invention are not limited only by the method shown in FIG.

Referring to FIG. 1, the touch module 200 includes a plurality of touch units 100 made of a material capable of shrinking and restoring static electricity, and at least one touch unit 100 of the plurality of touch units 100, A first plate region 105 for placing and fixing the height of the touch panel 100 at a position higher or lower than the specified reference value by a height of the other touch panel 100; And a second plate region 110 for maintaining contact with at least one of the touch units 100 of the touch panel 100.

The touch unit 100 is a generic term of the electrostatic change induction material which is electrostatically touchable on the electrostatic touch screen provided in the terminal, and is preferably formed of an electrostatic change inducing material that can be contracted and restored.

According to the first touch part of the present invention, the touch part 100 can be manufactured using a conductive material having at least one rubber elastic property of a conductive rubber material, a conductive plastic material, and a conductive silicon material, (For example, a measured resistance value between a touching portion and a portion electrically connected to the human body is 300? Or less) and a pre-designed hardness (for example, 80 or less based on a Shore A hardness meter). For example, when the touch portion 100 of the first touch portion embodiment is made of a conductive rubber material, the conductive rubber may be prepared by mixing conductive rubber (for example, conductive carbon or metal powder) and rubber in a calculated ratio And the hardness and the electrical resistance can be determined according to the compounding ratio of the rubber and the conductive carbon.

According to the second touch part of the present invention, the touch part 100 can be made of a metallic material, and the metallic material can be made of a material having a high electrical conductivity such as gold, silver, And the measured resistance value between the portion and the portion electrically connected to the human body is less than 1 ohm). However, the metallic material may be provided to the touch module 200 in a form that is connected to other static electricity change inducing materials that can be shrunk and restored because of difficulty in shrinking and restoring.

According to the third touch part of the present invention, the touch part 100 can be manufactured by plating a non-conductive material with a metallic material. Here, the nonconductive material is preferably made of a shrinkable and restorable material. If the nonconductive material is not shrinkable or restorable, the touch module 200 may be connected to other electrostatic change inducing materials that can be shrunk and restored.

According to the fourth touch unit of the present invention, the touch unit 100 can be manufactured by forming a metal film of a metallic material on the outside of a cushioning material of elastic material capable of shrinking and restoring. The cushioning material may be formed of a foamable material such as sponge or polyurethane. The metal film may be formed by plating a metallic material on the buffer material and / or by yarn or cotton on a metallic material. For example, the touch unit 100 formed by forming the metal film of the cushioning material may have a structure of an EMI shielding gasket.

According to the fifth touch part of the present invention, the touch part 100 can be manufactured using a carbon fiber material including a carbon nanotube material or a single wall carbon nanotube material, For example, 80 or less on a Shore A hardness scale).

According to the sixth touch part of the present invention, the touch part 100 can be manufactured using a dielectric material including a solid dielectric material or a liquid dielectric material and a container for housing the dielectric material. A dielectric material is a general term for a material that is polarized by a voltage or an electric field to generate a bound charge on the surface. The dielectric material is a polarization that is generated by a voltage or an electric field applied to the surface of a touch screen, And a ferroelectric material having a dielectric constant to be produced (for example, barium titanate or rhodium salt).

According to the seventh embodiment of the touch unit of the present invention, the touch unit 100 may be a combination of the first through sixth touch unit embodiments (e.g., a metallic material of a second touch unit embodiment, a fourth touch unit And a material having a metal film of a metallic material formed on the outside of a cushioning material of a flexible and resilient material.

It is to be understood that the touch portion embodiment of the present invention is not limited to the first to seventh touch portion embodiments and that any material may be included in the right scope of the present invention I make clear what belongs to you.

The touch unit 100 manufactured in the first to seventh touch unit embodiments includes a contact surface having a contact area calculated to be touched with the capacitive touch screen. Preferably, the contact surface of the touch part 100 is formed in a circular shape having a diameter of 3 mm to 7 mm, or an elliptic or polygonal shape having a contact area corresponding to the circular area having a diameter of 3 mm to 7 mm.

According to the method of the present invention, when the plurality of touch parts 100 are arranged and fixed in the first plate area 105, the height of at least one touch part 100 is set to be It is preferable that the height of the other touch part 100 is made higher or lower than a specified reference value. Alternatively, the plurality of touch units 100 may be formed such that the length of the at least one touch unit 100 is longer or shorter than a length of the other touch units 100, based on a comparison length between the touch units 100. (Or non-simultaneous touch) occurs due to the difference in height (or length) between the touch units 100. [0064] Hereinafter, the characteristics of the present invention will be described with reference to 'height' for convenience.

The sequential touch is a capacitive touch in which a plurality of touch units 100 are sequentially touched to an electrostatic touch screen in a predetermined order, and the plurality of touch units 100 are formed by touch recognition on an electrostatic touch screen Is a capacitive touch that utilizes a geometric relationship as a basic authentication target and uses a touch sequence for each touch unit 100 that is touched by the capacitive touch screen as an additional authentication target. Even when the number of identifiable cases of the geometric relationships formed by the plurality of touch units 100 to which the sequential touch is applied is smaller than the expected value, the number of cases in which the sequential touch can be identified can be drastically improved.

The time difference touch (or non-simultaneous touch) does not recognize the touch order for each touch unit 100 separately, but is a capacitive touch in which a plurality of touch units 100 are not simultaneously touched. When touching one or two touch points on a capacitive touch screen, the touch rate (= probability of recognizing all touch points touched on the capacitive touch screen) does not substantially decrease. However, when three or more touch points are simultaneously touched on the electrostatic touch screen, the electrostatic change can be dispersed on the electrostatic touch screen, so that the touch rate is lowered on some types of terminals (for example, a device using Apple's iOS) do. Therefore, if the number of touch points touched at the same time is controlled by applying the time difference touch (or non-simultaneous touch), the touch points for the plurality of touch units 100 provided in the touch module 200 can be stably All will be recognized.

The reference value corresponding to the height difference between the touch units 100 has a correlation with the hardness of the touch units 100. For example, if the hardness of the touch units 100 is low (for example, less than the Shore A hardness criterion 30), the reference value may have a relatively large value (for example, 4 mm or more) The electrostatic touch can be effectively performed with respect to the touch panel 100. However, if the hardness of the touch parts 100 is high (for example, 60 or more based on Shore A hardness), the reference value should have a small value (e.g., less than 2 mm) A capacitive touch can be effectively performed. Also, the reference value has a correlation with restoration performance after repeated shrinkage of the touch parts 100. [ For example, the reference value may be set to a value at which a height difference capable of recognizing a sequential touch or a time difference touch (or non-simultaneous touch) on the electrostatic touch screen is maintained after repeatedly shrinking 100,000 times or more. Preferably, the reference value is defined as a value of at least 1 mm or more.

The first plate region 105 is a collective term for a configuration region of the touch module 200 including an area for disposing and fixing at least one touch unit 100 among the configurations of the touch module 200, The touch area 100 can be defined as the first plate area 105 if the touch part 100 is arranged and fixed in any of the areas of the various constituent parts. The first plate region 105 may have a flat plate structure or a curved plate structure. However, for convenience of description, the embodiment of the present invention will be described focusing on an embodiment in which the first plate region 105 is a flat plate structure region existing inside the touch module 200.

The arrangement of the touch part 100 in the first plate area 105 means that the touch module 200 is touched to the electrostatic touch screen so that the plurality of touch parts 100, The geometric relationship formed by the plurality of touch points recognized by the electrostatic change induced (or transmitted) to the electrostatic touch screen at the time when the electrostatic change of the electrostatic touch screen is guided (or delivered) to the electrostatic touch screen forms a pre-designed geometric relationship And fixing the touch part 100 to the first plate area 105 means that the touch part 100 is also moved by the change of the direction of gravity acceleration due to tilting of the touch module 200 (Not shown) having one or more embossed holes formed in accordance with the geometrical relationship may be provided in the first plate region 105 so as to maintain the adhesion state so that the arrangement position of the touch portion 100 disposed in the first plate region 105 is not changed, Will be buried in the hole of the plate means disposed for maintaining the state in which the touch portion 100 is inserted.

The second plate region 110 includes a touch module 200 including an area that maintains a contact state with at least one touch unit 100 arranged and fixed in the first plate region 105, The touch module 200 according to one embodiment of the present invention is a general term for the configuration area of the touch module 200. The touch module 200 maintains a contact state with at least one touch part 100 that is fixedly disposed in the first plate area 105, The region can be defined as the second plate region 110. [

According to an embodiment of the present invention, it is preferable that the second plate region 110 is provided at a position facing the first plate region 105 in the touch module 200. The second plate region 110 may have a flat plate structure or a curved plate structure. However, since the first plate region 105 is a flat plate structure, the second plate region 110 is not necessarily a flat plate, and vice versa. The plate structure of the first plate region 105 and the second plate region 110 may be variously applied for efficient sequential touching or time-lag touching (or non-simultaneous touch). For example, the first plate region 105 may have a flat plate structure and the second plate region 110 may have a curved plate structure. However, for convenience of description, the embodiment of the present invention will be described focusing on an embodiment in which the second plate region 110 is a flat plate structure region existing in the touch module 200.

According to the method of the present invention, the second plate region 110 is positioned at a predetermined reference value or more than the height of the other touch portion 100 among the one or more touch portions 100 arranged and fixed to the first plate region 105 It is preferable to maintain the contact state with at least one touch part 100 which is highly arranged and fixed.

The contact state of the second plate region 110 with the touch unit 100 may be determined by the change of the gravity acceleration direction due to tilting of the touch module 200, (For example, a condition in which the touch portion 100 exists under the second plate region 110 with respect to the direction of gravitational acceleration, or a condition in which the touch portion 100 is located under the second plate region 110 with reference to the gravitational acceleration direction) The condition that the touch part 100 is present) means that the second plate area 110 and the touch part 100 are kept in contact with each other. Meanwhile, the contact state of the second plate region 110 with the touch unit 100 may be maintained in a fixed state according to an embodiment of the present invention.

According to an embodiment of the present invention, the touch module 200 includes a touch film 115 made of a material capable of transmitting an electrostatic change caused by an electrostatic change inducing material to a capacitive touch screen, And a frame part 120 to which a pressing force is applied to contract the touch part 100. The housing part 120 has an inner space for accommodating the plurality of touch parts 100 and fixes the touch film 115. [ (205).

The touch film 115 is a general term of a material made of a material capable of transmitting an electrostatic change due to the electrostatic charge inducing material constituting the touch part 100 to an electrostatic touch screen, A contact area 115a is provided on one side of the plate on both sides of the plate in contact with the electrostatic touch screen.

According to the method of the present invention, the touch film 115 is formed on the opposite region 115b of the contact region 115a before and after the contact region 115a contacts the electrostatic touch screen, 100 are brought into contact with each other in a specified geometric relationship, whereby a plurality of touch points corresponding to the plurality of touch units 100 are touch-recognized on the electrostatic touch screen in a specified geometric relationship.

According to the method of the present invention, the touch film 115 may be made of an opaque material in terms of light transmittance, or may be made of a translucent material at least on one side, or a translucent material Or at least one of or a combination of two or more of transparent materials made of a transparent material at least on one side or a material having a variable transmittance or a material having a variable transmittance on at least one side thereof &Lt; / RTI >

According to the first transmittance of the touch film material according to the present invention, the touch film 115 may be made of an opaque material capable of transmitting the electrostatic change due to the electrostatic change inducing material to the electrostatic touch screen. Although it is ideal that the opaque material includes a material having a transmittance of 0% of light incident on the touch film 115, it is preferable that the opaque material includes a plurality of Is defined as belonging to the category of opaque material up to the light transmittance which can not visually identify the specified geometric relationship of the touch portion 100 of the touch portion 100. The numerical value is assumed to be included until the light transmittance is less than 5%.

According to the second embodiment of the transmittance of the touch film material according to the present invention, the touch film 115 may include an opaque material capable of transmitting the electrostatic change due to the electrostatic charge inducing material to the electrostatic touch screen, have. For example, the touch film 115 may include a transparent or translucent material on the other side, and may have a layer or film of an opaque material on at least one side thereof, or may be coated or painted with an opaque material. .

According to the third embodiment of the transmittance of the touch film material according to the present invention, the touch film 115 may be made of a translucent material capable of transmitting the electrostatic change caused by the electrostatic change inducing material to the electrostatic touch screen. Here, 'translucent material' means a material having a light transmittance that does not belong to the category of opacity but does not belong to the category of opacity.

According to the fourth embodiment of the transmittance of the touch film material according to the present invention, the touch film 115 may include a translucent material capable of transmitting an electrostatic change due to the electrostatic charge inducing material to the electrostatic touch screen on at least one side thereof have. For example, the touch film 115 may include a transparent or opaque material on the other side, and may have a layer or a film of a translucent material on at least one side, or may be coated with a translucent material or may be painted .

According to the fifth transmittance of the touch film material according to the present invention, the touch film 115 may be made of a transparent material capable of transmitting the electrostatic change due to the electrostatic change inducing material to the electrostatic touch screen. Here, it is ideal that the 'transparent material' includes a material having a transmittance of 100% of light incident on the touch film 115, but it is defined that the material having a light transmittance of 95% or more belongs to a category of transparent material.

According to the sixth transmittance of the touch film material according to the present invention, the touch film 115 may include a transparent material capable of transmitting an electrostatic change due to the electrostatic charge inducing material to the electrostatic touch screen on at least one side thereof have. For example, the touch film 115 may include an opaque or translucent material on the other side, and may have a layer or film of a transparent material on at least one side thereof, or may be formed in a form in which a transparent material is applied or painted .

According to the seventh transmittance of the touch film material according to the present invention, the touch film 115 may be made of a transmittance variable material capable of transmitting the electrostatic change due to the electrostatic change inducing material to the electrostatic touch screen. Here, the 'transmittance variable material' is a collective term of a material whose transmittance is variable by an electrical signal, and may include, for example, a variable transmittance glass material. However, the 'transmittance variable material' is not limited to the transmittance variable glass. If the electrostatic change due to the electrostatic change inducing material can be transmitted to the electrostatic touch screen, if the transmittance is variable, And that it belongs to the scope.

According to the eighth transmittance of the touch film material according to the present invention, the touch film 115 includes a variable transmittance material capable of transmitting an electrostatic change caused by the electrostatic charge inducing material to the electrostatic touch screen on at least one side thereof . For example, the touch film 115 may include a transparent or semitransparent or opaque material on the other side, and may be provided with a layer or film of a variable transmittance material on at least one side thereof, Can be done in the form of decompression.

According to the eighth transmittance of the touch film material according to the present invention, the touch film 115 can be formed by combining two or more of the first through eighth transmittance embodiments. In the meantime, the embodiment of the touch film 115 of the present invention is not limited to the case of the above-described embodiments, and if the touch panel 100 has a material or characteristic capable of transmitting the electrostatic change by the touch unit 100 to the electrostatic touch screen, It will be evident to the person skilled in the art that it falls within the scope of the claims set forth in the claims of the present invention.

According to an embodiment of the present invention, the touch film 115 may be formed of a combination of a nonconductive material, a conductive material, a conductive material, and a nonconductive material in terms of electrical conductivity.

According to the first conductive embodiment of the touch film material according to the present invention, the touch film 115 may be made of a nonconductive material, and in this case, the touch film 115 may have a thickness of 0.2 mm Or less. That is, when the thickness of the touch film 115 is 0.2 mm or less, the electrostatic change of the electrostatic-change inducing material constituting the plurality of touch parts 100 based on the electrostatic capacity of the human body is 99% It can be delivered to the touch screen. The thickness of the touch film 115 made of a nonconductive material is proportional to the magnitude of a current or a voltage applied to the surface of the electrostatic touch screen, or a thickness of the touch part 100 made of a conductive material, It is apparent that the scope of the present invention includes the touch film 115 made of such a nonconductive material as far as the scope of the present invention is concerned.

According to the second conductive embodiment of the touch film material according to the present invention, the touch film 115 may be made of a conductive material. In the case where the touch film 115 is made of a conductive material, the thickness of the touch film 115 is not limited to a specific value, but it is preferable that the thickness of the touch film 115 is less than 1 mm.

According to the third conductive embodiment of the touch film material according to the present invention, the touch film 115 is formed of a non-conductive material and has a plurality of holes formed in a lattice structure (or a honeycomb structure) A metal material may be plated on a predetermined region (e.g., about 2 mm in diameter) on both sides of the film 115 to form a plating hole. In the third touch film embodiment, a metal material passing through the plating hole and plated on a predetermined area on both sides serves to transmit the electrostatic change of the touch part 100. Therefore, it is preferable that the plating holes are arranged tightly (for example, the gap between the regions plated on both surfaces passing through the plating hole is about 2 mm or less). On the other hand, when the touch film 115 is formed in the form of a plated hole, the thickness of the touch film 115 may not be limited to a specific value, but the transmittance of electrostatic change is further improved when the thickness is within 0.2 mm.

According to the fourth conductive embodiment of the touch film material according to the present invention, the touch film 115 may be manufactured such that a conductive material (e.g., a metal material) is embedded in a plate of a nonconductive material to form a conductive layer . The conductive layer may be in the form of a plate or net. In the fourth touch film embodiment, the thickness of the touch film 115 itself may not be limited. However, in the state that the touch film 115 is in contact with the capacitive touch screen, So that the gap therebetween is 0.2 mm or less. Preferably, the conductive layer is electrically connected to the respective touch parts 100 with reference to a designated arrangement position of the respective touch parts 100.

According to the fifth conductive embodiment of the touch film material according to the present invention, the touch film 115 may be formed by combining two or more of the first to fourth conductive embodiments. In the meantime, the embodiment of the touch film 115 of the present invention is not limited to the case of the above-described embodiments, and any form or characteristic may be used as long as it has a material or characteristic capable of transmitting the electrostatic change by the touch part 100 to the electrostatic touch screen. The scope of the invention is defined by the scope of the claims of the present invention.

One or more touch units 100 of the plurality of touch units 100 included in the touch module 200 may be configured to have at least one of the shapes of (a), (b), and (c) It is preferable to arrange the first plate regions 105 at different heights and keep the second plate regions 110 in contact with each other.

According to the embodiment of the present invention, a plurality of touch units 100 provided in the touch module 200 are arranged and fixed in the first plate region 105, and are held in contact with the second plate region 110 The electrostatic touch screen is first touched from the touch panel 100 to the touch panel 100. By preventing the dispersion of the electrostatic change which may occur when the plurality of touch units 100 are simultaneously touched by the first touch, ) Are all touch-recognized).

According to the first embodiment of the present invention, the first plate region 105 includes a contact region 115a in contact with the electrostatic touch screen among the both side regions of the touch film 115, as shown in Fig. 1 (a) And the second plate region 110 includes one side region 120a of the frame portion 120 provided opposite to the opposite region 115b of the touch film 115 .

1 (a), when the first plate region 105 includes the opposite region 115b of the contact region 115a in contact with the capacitive touch screen among the both side regions of the touch film 115 , And the plurality of touch units 100 are all arranged and fixed at designated positions on the opposite region 115b of the touch film 115 according to a designed and specified geometric relationship.

According to a preferred embodiment of the first embodiment of the present invention, at least one touch part 100 among the plurality of touch parts 100 arranged in the opposite area 115b of the touch film 115 is The height of one of the one or more other touch parts 100 provided in the opposite area 115b of the touch film 115 is set to be higher or lower than a specified reference value It is preferably arranged and fixed at a designated position on the area 115b.

According to an embodiment of the present invention, the second plate region 110 is arranged and fixed in the first plate region 105 before the contact region 115a of the touch film 115 contacts the electrostatic touch screen. The touch unit 100 may be maintained in contact with at least one touch unit 100 arranged and fixed at a height higher than a specified reference value than the height of the other touch unit 100 among the at least one touch unit 100.

1, when the second plate region 110 includes one side region 120a of the frame unit 120, one side region 120a of the frame unit 120 is divided into two regions 120a, The contact area 115a of the touch film 115 is positioned and fixed to the first plate area 105 (e.g., the opposite area 115b of the touch film 115) before the contact area 115a contacts the capacitive touch screen. It is preferable to maintain the contact state with at least one touch unit 100 arranged and fixed higher than a specified reference value by a height of the other touch unit 100 among the touch units 100. [

According to a preferred embodiment of the first embodiment, the second plate region 110 is formed on the frame portion 120 after the contact region 115a of the touch film 115 contacts the electrostatic touch screen. At least one touch part (100) arranged and fixed at a height lower than a specified reference value by a height of the other touch part (100) among the at least one touch part (100) arranged and fixed in the first plate area (105) . &Lt; / RTI > 1 (a), when a pressing force applied to the frame portion 120 is applied after the contact region 115a of the touch film 115 contacts the electrostatic touch screen, The one side area 120a of the frame part 120 is lower than the height of the other touch part 100 of the at least one touch part 100 fixedly disposed on the opposite area 115b of the touch film 115 It is preferable to contact at least one touch part 100 which is fixed in place.

According to the second embodiment of the present invention, the first plate region 105 includes one side region 120a of the frame portion 120 as shown in (b) of FIG. 1, and the second plate region 110 includes an opposite region 115b of the contact region 115a that contacts the electrostatic touch screen among regions on both sides of the touch film 115 provided opposite to the opposite region 115b of the frame portion 120 .

Referring to FIG. 1 (b), when the first plate region 105 includes one side region 120a of the frame portion 120, the plurality of touch portions 100 are arranged in a predetermined designated geometric relationship Are all arranged and fixed at designated positions on one side area 120a of the frame part 120. [

According to a preferred embodiment of the second embodiment, at least one touch part 100 among a plurality of touch parts 100 arranged in one side area 120a of the frame part 120 is formed by a The height of one of the one or more other touch parts 100 provided on the one side area 120a of the frame part 120 is set to a height higher or lower than a designated reference value, And it is preferably arranged and fixed at a designated position on one side region 120a of the frame section 120. [

Referring to FIG. 1 (b), the second plate region 110 includes an opposite region 115b of the contact region 115a contacting the capacitive touch screen among the both side regions of the touch film 115 The opposite region 115b of the touch film 115 may be formed in the first plate region 105 before the contact region 115a of the touch film 115 contacts the electrostatic touch screen, (100) arranged and fixed at a height higher than a specified reference value than the height of the other touch portion (100) of the at least one touch portion (100) .

According to a preferred embodiment of the second embodiment, the second plate region 110 is formed in the frame portion 120 after the contact region 115a of the touch film 115 contacts the electrostatic touch screen At least one touch part (100) arranged and fixed at a height lower than a specified reference value by a height of the other touch part (100) among the at least one touch part (100) arranged and fixed in the first plate area (105) . &Lt; / RTI > Referring to FIG. 1 (b), when a pressing force applied to the frame unit 120 is applied after the contact area 115a of the touch film 115 contacts the electrostatic touch screen, The opposite area 115b of the touch film 115 is lower than the height of the other touch part 100 of the one or more touch parts 100 fixedly disposed on the one side area 120a of the frame part 120, It is preferable to contact at least one touch part 100 which is fixed in place.

According to the third embodiment of the present invention, the first plate region 105 includes a contact region 115a contacting the capacitive touch screen among the regions on both sides of the touch film 115, as shown in (D) of FIG. 1, And the second plate region 110 may include both the opposite region 115b of the touch film 115 and the opposite region 115b of the frame portion 120. [ And at least one region of the one side region 120a of the frame section 120 may be included.

According to the first embodiment of the third embodiment, the opposite region 115b of the touch film 115 includes a plurality of touch units 100 and a plurality of touch units 100, And a second plate area 110 used as a plate area 105 and having one side area 120a of the frame part 120 in contact with at least one touch part 100 arranged and fixed in the first plate area 105, And one side area 120a of the frame part 120 is used as a first plate area 105 in which one or more touch parts 100 of the plurality of touch parts 100 are arranged and fixed at different heights And a second plate region 110 in which an opposite region 115b of the touch film 115 is in contact with at least one touch portion 100 arranged and fixed in the first plate region 105 See Fig. 8 (a)).

In the case where the second plate region 110 includes one side region 120a of the frame portion 120 according to the first embodiment of the third embodiment according to the third embodiment of FIG. 1, the frame portion 120 One side region 120a of the touch film 115 may be formed in a region of the first plate region 105 (e.g., the opposite region of the touch film 115 115b) of the at least one touch part (100), the contact part (100) being arranged and fixed higher than a specified reference value by a height higher than the height of the other touch part (100). In the case where the second plate region 110 includes the opposite region 115b of the contact region 115a in contact with the capacitive touch screen among the both side regions of the touch film 115, The opposite region 115b is formed in the first plate region 105 (for example, one side region 120a of the frame portion 120) before the contact region 115a of the touch film 115 contacts the electrostatic touch screen, The touch unit 100 may be maintained in contact with at least one touch unit 100 arranged and fixed at a height higher than a reference value higher than the height of the other touch unit 100 among the at least one touch unit 100 fixedly disposed on the touch unit 100. [

According to the first embodiment of the third embodiment, the second plate region 110 is formed in the frame portion 120 after the contact region 115a of the touch film 115 contacts the electrostatic touch screen, (100) arranged and fixed at a height lower than a designated reference value by at least a height of another touch portion (100) of the at least one touch portion (100) arranged and fixed to the first plate region (105) ). &Lt; / RTI > When a pressing force applied to the frame unit 120 is applied after the contact area 115a of the touch film 115 contacts the electrostatic touch screen, a force is applied to one side area 120a of the frame unit 120, The at least one touch part 100 is arranged and fixed at a height lower than a specified reference value by a height of the other touch part 100 among the at least one touch part 100 fixedly disposed in the opposite area 115b of the touch film 115, . &Lt; / RTI > When a pressing force applied to the frame portion 120 is applied after the contact region 115a of the touch film 115 contacts the electrostatic touch screen, the opposite region 115b of the touch film 115 Fixed at least one touch part 100 arranged to be lower than a height of the other touch part 100 among the at least one touch part 100 fixedly disposed on one side area 120a of the frame part 120, ). &Lt; / RTI >

The opposite region 115b of the touch film 115 and the one side region 120a of the frame unit 120 may be disposed on one or more touch portions of the plurality of touch portions 100. [ Wherein one side region 120a of the frame portion 120 is used as a first plate region 105 in which the first plate region 100 is arranged and fixed at a different height, Can be used as the second plate region 110 contacting the portion 100 (see (b) of FIG. 8).

When the second plate region 110 includes one side region 120a of the frame portion 120 according to the second embodiment of the third embodiment according to the first embodiment of the present invention, One side region 120a of the touch film 115 may be formed in a region of the first plate region 105 (e.g., the opposite region of the touch film 115 115b) of the at least one touch part (100), the contact part (100) being arranged and fixed higher than a specified reference value by a height higher than the height of the other touch part (100).

According to the second embodiment of the third embodiment of the present invention, the second plate region 110 is formed in the frame portion 120 after the contact region 115a of the touch film 115 contacts the electrostatic touch screen, (100) arranged and fixed at a height lower than a specified reference value by at least a height of another touch portion (100) of the at least one touch portion (100) arranged and fixed to the first plate region (105) ). &Lt; / RTI > When a pressing force applied to the frame unit 120 is applied after the contact area 115a of the touch film 115 contacts the electrostatic touch screen, a force is applied to one side area 120a of the frame unit 120, The at least one touch part 100 is arranged and fixed at a height lower than a specified reference value by a height of the other touch part 100 among the at least one touch part 100 fixedly disposed in the opposite area 115b of the touch film 115, . &Lt; / RTI >

The opposite region 115b of the touch film 115 and the one side region 120a of the frame unit 120 may be disposed on one or more touch portions of the plurality of touch units 100. [ The opposite region 115b of the touch film 115 is used as a first plate region 105 in which the first plate region 105 is arranged and fixed at a different height, And can be used as the second plate region 110 contacting the portion 100 (see (c) of FIG. 8).

According to the third embodiment of the third embodiment shown in FIG. 1 (C), the second plate region 110 contacts the electrostatic touch screen among the both side regions of the touch film 115, The opposite region 115b of the touch film 115 may be formed in the opposite region 115b of the touch film 115 before the contact region 115a of the touch film 115 contacts the capacitive touch screen, At least one of the one or more touch parts 100 arranged and fixed in the area 105 (for example, one side area 120a of the frame part 120) It is preferable to maintain the contact state with the touch portion 100 of the display device.

According to the third embodiment of the third embodiment of the present invention, the second plate region 110 is formed in the frame portion 120 after the contact region 115a of the touch film 115 contacts the electrostatic touch screen, (100) arranged and fixed at a height lower than a designated reference value by at least a height of another touch portion (100) of the at least one touch portion (100) arranged and fixed to the first plate region (105) ). &Lt; / RTI > When the pressing force applied to the frame portion 120 is applied after the contact region 115a of the touch film 115 contacts the electrostatic touch screen, the opposite region 115b of the touch film 115, At least one touch unit 100 arranged and fixed at a height lower than a specified reference value by a height of the other touch unit 100 among the at least one touch unit 100 fixedly disposed at one side area 120a of the frame unit 120, . &Lt; / RTI >

Referring to FIG. 1 (c), the first plate region 105 is formed between an opposite region 115b of the contact region 115a, which is in contact with the capacitive touch screen among the both side regions of the touch film 115, The touch part 100 of the plurality of touch parts 100 is arranged and fixed at a specified position on the opposite area 115b of the touch film 115. In this case, And the remaining touch part 100 is fixed at a specified position on one side area 120a of the frame part 120 and is fixed to a part of the touch part 115 fixed to the opposite area 115b of the touch film 115 100 may be configured to project a plurality of touch units 100 in combination with other touch units 100 arranged and fixed to one side region 120a of the frame unit 120 in a plane The plurality of touch portions 100 form a designated designated geometric relationship.

According to the height relationship between the first touch parts of the third embodiment, at least one touch part 100 among the touch parts 100 disposed in the opposite area 115b of the touch film 115, The thickness of the touch film 115 is set to be higher or lower than a specified reference value by the height of one of the at least one other touch parts 100 provided in the opposite area 115b of the touch film 115 It is preferably arranged and fixed at a designated position on the opposite region 115b.

According to the height relationship between the second touch parts of the third embodiment, at least one touch part 100 among the touch parts 100 arranged in the opposite area 115b of the touch film 115, The height of one of the remaining touch parts 100 provided on the one side area 120a of the frame part 120 is set to be higher or lower than a specified reference value, It is preferably arranged and fixed at a designated position on the upper surface 115b.

According to the height relationship between the third touch parts of the third embodiment, at least one touch part 100 among the touch parts 100 arranged in the opposite area 115b of the touch film 115, At least one touch part 100 provided in the opposite area 115b of the touch film 115 and the remaining touch part 100 provided at one side area 120a of the frame part 120 100 at a designated position on the opposite region 115b of the touch film 115 at a height higher or lower than a specified reference value.

According to the height relationship between the fourth touch parts of the third embodiment, at least one touch part 100 among the remaining touch parts 100 disposed on the one side area 120a of the frame part 120, The height of the touch part 100 of one or more other touch parts 100 provided on the one side area 120a of the frame part 120 may be higher than or equal to a specified reference value, It is preferably arranged and fixed at a designated position on the area 120a.

According to the height relationship between the fifth touch parts of the third embodiment, at least one touch part 100 among the remaining touch parts 100 disposed on the one side area 120a of the frame part 120, The height of one of the touch parts 100 of the part of the touch part 100 provided in the opposite area 115b of the film 115 is set to be higher or lower than a specified reference value, It is preferably arranged and fixed at a designated position on the base 120a.

According to the height relationship between the sixth touch parts of the third embodiment, at least one touch part 100 among the remaining touch parts 100 disposed on the one side area 120a of the frame part 120, One of the touch parts 100 provided on one side area 120a of the touch pad part 120 and a part of touch parts 100 provided on the opposite area 115b of the touch film 115 100 at a specified position on one side region 120a of the frame section 120 at a height higher or lower than a specified reference value.

According to the height relationship between the seventh touch parts of the third embodiment, a part of the touch part 100 disposed in the opposite area 115b of the touch film 115 and one side area 120a of the frame part 120 At least one of the touch units 100 of the remaining touch units 100 arranged in the first to sixth embodiments may be arranged and fixed at a position designated by a combination of two or more of the first to sixth embodiments.

FIG. 2 is a view illustrating the contact relationship between the first plate region 105 and the second plate region 110 with respect to the touch unit 100 according to the first embodiment.

More specifically, FIG. 2 shows a layout of a plurality of touch units 100 arranged and fixed in a first geometric relationship in a first plate region 105 based on the touch unit 100 relationship shown in FIG. 1 (a) And at least one of the touch units 100 arranged and fixed to the first plate region 105 maintains a contact state with the second plate region 110. The present invention is not limited to the above- Those skilled in the art will be able to refer to and / or modify the FIG. 2 to understand various ways of fixing / contacting the touch portion 100 (e.g., some of the components may be omitted, However, the present invention is not limited to the above-described embodiments, and the technical features of the present invention are not limited thereto.

Referring to FIG. 2, the first plate region 105 includes an opposite region 115b of the contact region 115a that contacts the capacitive touch screen among the both side regions of the touch film 115, The plate region 110 may include one side region 120a of the frame portion 120 facing the opposite region 115b of the touch film 115. [

In the case where the first plate region 105 includes the opposite region 115b of the contact region 115a where the first plate region 105 contacts the capacitive touch screen among the both side regions of the touch film 115, Are all arranged and fixed at a designated position on the opposite region 115b of the touch film 115 according to the designed geometric relationship.

2, in a state in which a plurality of touch portions 100 are arranged and fixed in a specified geometrical relationship in an opposite region 115b of the touch film 115 corresponding to the first plate region 105, One side area 120a of the frame part 120 including the touch panel 115 includes at least one touch part 100 among the plurality of touch parts 100 arranged and fixed to the opposite area 115b of the touch film 115. [ The touch film 100 may be contacted with or separated from the touch panel 100 in a predetermined condition (for example, a condition that the touch portion 100 is located below one side region 120a of the frame portion 120 with respect to the direction of gravitational acceleration) The at least one touch part 100 fixed to the opposite area 115b of the frame part 120 and the one side area 120a of the frame part 120 can be kept in contact with each other.

According to an embodiment of the present invention, one side region 120a of the frame section 120 is formed in a region of the touch film 115 before the contact region 115a of the touch film 115 contacts the capacitive touch screen. It is preferable to maintain contact with at least one touch part 100 arranged and fixed at a height higher than a specified reference value than the height of the other touch part 100 among the at least one touch part 100 arranged and fixed in the opposite area 115b And when a pressing force applied to the frame portion 120 is applied after the contact region 115a of the touch film 115 contacts the electrostatic touch screen, the opposite region 115b of the touch film 115 The at least one touch unit 100 is arranged to be lower than the height of the other touch unit 100 by at least a predetermined reference value.

3 is a diagram illustrating a structure of a touch module 200 having touch units 100 having different heights according to the first embodiment.

3 shows a first plate area 105 for disposing and fixing a plurality of touch parts 100 in a specified geometric relationship based on the touch part 100 relationship shown in FIG. 1 (a) And a second plate region 110 for maintaining a contact state with at least one touch portion 100 among the touch portions 100 fixedly disposed on the first plate region 105. [ The present invention is not limited thereto and various changes and modifications may be made without departing from the spirit and scope of the present invention as defined by the following claims. It is to be understood that the invention may be practiced otherwise than as specifically described herein, but it is to be understood and appreciated that the invention is not limited to the particular embodiments set forth herein, It is not limited. That is, in the present invention, the essential components of the touch module 200 are the touch part 100, which is arranged and fixed to the first plate area 105 at different heights and is in contact with the second plate area 110, The touch module 200 may be modified or omitted depending on the type of the touch module 200 or the type and outline of the object on which the touch module 200 is mounted.

Referring to FIG. 3, the touch module 200 includes a plurality of touch units 100 made of an electrostatic change inducing material that can be shrunk and restored, a material capable of transmitting an electrostatic change caused by the electrostatic change inducing material to the electrostatic touch screen A first plate region (100) for arranging and fixing the height of at least one touch portion (100) of the plurality of touch portions (100) at a position higher or lower than a specified reference value, And a touch unit 100 that transmits a pressing force to the touch unit 100 and is fixedly disposed on the first plate area 105. The touch unit 115 includes: And a frame portion 120 having a second plate region 110 for maintaining contact with the touch panel 115. The touch panel 100 includes an internal space for accommodating the plurality of touch portions 100, And may further include a housing part 205.

According to the method of the present invention, a plurality of touch parts 100 are arranged and fixed in a specified geometrical relationship in an opposite area 115b of a contact area 115a, which is touched to the capacitive touch screen among the both side areas of the touch film 115, The frame portion 120 may include a plurality of touch portions 115a provided in an opposite region 115b of the touch film 115 before the contact region 115a of the touch film 115 contacts the capacitive touch screen, The touch panel 100 is maintained in contact with at least one touch part 100 of the touch panel 115 and is separated from the other touch part 100 provided at the opposite area 115b of the touch film 115 by a predetermined distance or more, The contact area 115a of the touch pad 115 may contact the plurality of touch parts 100 during or after the contact with the electrostatic touch screen.

According to the method of the present invention, the frame portion 120 may be formed by a pressing force applied in one direction with the contact region 115a of the touch film 115 in contact with the electrostatic touch screen, Can be in contact with a plurality of touch portions (100) arranged and fixed in a specified geometric relationship to the opposite region (115b) of the touch surface (115).

The housing part 205 has an internal space for accommodating the plurality of touch parts 100, and fixes the touch film 115 to one side part. Preferably, the housing part 205 fixes the touch film 115 while accommodating the plurality of touch parts 100 in the inner space.

According to the method of the present invention, the housing part 205 is preferably made of an opaque material, so that the geometric relationship formed by the plurality of touch parts 100 can be prevented from being visually exposed to the outside. In addition to the opaque material, the housing part 205 may include at least one opaque material, or may be made of a translucent material, or at least one side may include a translucent material, or may be made of a transparent material Or at least one of a transparent material including at least one side thereof, a transmissivity-variable material, or a transmissivity-variable material at least on one side or a combination of two or more of the above embodiments .

4 is a diagram illustrating an operation structure of a touch module 200 having touch units 100 having different heights according to the first embodiment.

4 shows a touch panel 100 having different heights, a first plate region 105 and a second plate region 110 shown in FIG. 1 (a) The user touches the touch module 200 and touches the touch module 200. Referring to FIG. 4 and / or FIG. 4, the touch module 200 It will be appreciated that various implementations of the operation of the apparatus 200 (e.g., some of the components may be omitted, or subdivided, or combined) may be inferred, but the present invention includes all of the above- The technical features thereof are not limited only by the method shown in FIG.

The frame unit 120 provided in the touch module 200 manufactured according to the relationship between the touch unit 100 shown in FIG. 1 (a) and the first plate region 105 and the second plate region 110, The one side region 120a of the touch film 115 is divided into a plurality of touch regions 115a provided in the opposite region 115b of the touch film 115 before the contact region 115a of the touch film 115 is touched to the capacitive touch screen, The contact area 115a of the touch film 115 provided on the touch module 200 is maintained in contact with at least one touch part 100 of the touch panel 100, When a pressing force is applied to the frame portion 120 as shown in (b) of FIG. 4 in contact with the touch screen, the contact region 115a of the touch film 115, as shown in (a) to (c) One side region 120a of the frame unit 120 contacts the plurality of touch units 100 provided in the opposite region 115b of the touch film 115 in a state of being in contact with the electrostatic touch screen, . A plurality of touch units 100 provided in an opposite region 115b of the touch film 115 are arranged in a specified geometric relationship.

The plurality of touch units 100 may be made of a conductive material and the frame unit 120 may include a conductive material (for example, the material of the frame unit 120 may be a conductive material, or may be formed of a conductive material on one side of the frame unit 120) The contact area 115a of the touch film 115 is electrically contacted with the electrostatic touch pad 115 as shown in FIG. 3 when an electrical connection is made between the human body applying the pressing force and the frame part 120 by applying the conductive material, plating, At least one touch part 100 that maintains contact with the frame part 120 among the plurality of touch parts 100 arranged and fixed to the opposite area 115b of the touch film 115 before being touched by the screen, And is ready to induce the electrostatic change of the electrostatic touch screen through the touch film 115 while maintaining the state of being electrically connected to the human body to which the pressing force is to be applied.

If the contact area 115a of the touch film 115 is brought into contact with the capacitive touch screen as shown in (a) of FIG. 4, the capacitive touch screen is electrically connected to the human body through the touch film 115 At least one touch unit 100 that keeps contact with the frame unit 120 among the plurality of touch units 100 placed and fixed in the opposite region 115b of the touch film 115) It is recognized as being electrostatically touched.

4 (b), a plurality of touch parts (or a plurality of touch parts (or a plurality of touch parts) opposite to the touch part 115, which are arranged and fixed to the opposite area 115b of the touch film 115 by applying a pressing force to the frame part 120 The touch area 100a of the frame part 120 is brought into contact with the touch part 100 of the plurality of touch parts 100 arranged and fixed to the frame part 115b, The touch unit 115 recognizes that the touch unit 115 has been electrostatically touched from the touch unit 100 which has first contacted with the one side area 120a of the frame unit 120 through the touch film 115. [

4 (c), a pressing force is continuously applied to the frame part 120, and a plurality of the one side area 120a of the frame part 120 is fixed to the opposite area 115b of the touch film 115 The electrostatic touchscreen passes through the touch film 115 and touches the one side area 120a of the frame part 120. As a result, It is recognized that the touch units 100 are electrostatically touched, and a sequential touch or a time difference touch occurs according to the interval between (a) and (c) of FIG.

5 is a diagram illustrating the contact relationship between the first plate region 105 and the second plate region 110 with respect to the touch unit 100 according to the second embodiment.

More specifically, FIG. 5 shows the arrangement of a plurality of touch units 100 arranged and fixed in a specified geometric relationship in the first plate region 105 based on the touch unit 100 relationship shown in FIG. 1 (B) And at least one of the touch units 100 arranged and fixed to the first plate region 105 maintains a contact state with the second plate region 110. The present invention is not limited to the above- Those skilled in the art will be able to refer to and / or modify the FIG. 5 to determine various ways of fixing / contacting the touch portion 100 (e.g., some of the components may be omitted, However, the present invention can be applied to all of the above-mentioned embodiments, and the technical features of the present invention are not limited only by the method shown in FIG.

5, the first plate region 105 includes one side region 120a of the frame portion 120 and the second plate region 110 includes a region opposite to the frame region 120 And an opposite region 115b of the contact region 115a contacting the capacitive touch screen among the regions on both sides of the touch film 115 provided to face the capacitive touch screen.

When the first plate region 105 includes one side region 120a of the frame unit 120, the plurality of touch units 100 may be disposed on one side region 120a of the frame unit 120 according to a designed geometric relationship, And are all fixedly disposed at a designated position on the upper surface 120a.

5, in a state where a plurality of touch units 100 are arranged and fixed in a specified geometrical relationship in one area 120a of the frame unit 120 corresponding to the first plate area 105, The opposite region 115b of the touch film 115 including the touch panel 110 may include at least one touch unit 100 among the plurality of touch units 100 arranged and fixed to one side region 120a of the frame unit 120, And the touch panel 100 may be detached from the frame part 120 (a condition in which the touch part 100 exists on the opposite area 115b of the touch film 115 based on a specified condition The at least one touch part 100 fixed to the one side area 120a of the touch panel 115 and the opposite area 115b of the touch film 115 can be kept in contact with each other.

An opposite region 115b of the touch film 115 may be formed in the first plate region 105 before the contact region 115a of the touch film 115 contacts the electrostatic touch screen, Fixed at least one touch portion 100 arranged and fixed at a height higher than a specified reference value than the height of the other touch portion 100 among the at least one touch portion 100 arranged and fixed to the touch portion 100 (e.g., one side region 120a of the frame portion 120) The contact area 115a of the touch film 115 contacts the electrostatic touch screen and a pressing force applied to the frame part 120 is applied thereto At least one touch unit 100 arranged and fixed at a height lower than a specified reference value by at least one height of the other touch unit 100 among the at least one touch unit 100 fixedly disposed at one side area 120a of the frame unit 120, It is preferable to make contact.

6 is a view illustrating a structure of a touch module 200 having touch units 100 of different heights according to a second embodiment.

6 shows a first plate area 105 for disposing and fixing a plurality of touch parts 100 in a specified geometric relationship based on the touch part 100 relationship shown in FIG. 1 (B) And a second plate region 110 for maintaining a contact state with at least one touch portion 100 among the touch portions 100 fixedly disposed on the first plate region 105. [ (See FIG. 6), it is possible to use various methods for the structure of the touch module 200 (for example, refer to FIG. 6) It is to be understood that the invention may be practiced otherwise than as specifically described herein, but it is to be understood that the invention is not limited to the particular embodiments set forth herein, It is not limited. That is, in the present invention, the essential components of the touch module 200 are the touch part 100, which is arranged and fixed to the first plate area 105 at different heights and is in contact with the second plate area 110, The touch module 200 may be modified or omitted depending on the type of the touch module 200 or the type and outline of the object on which the touch module 200 is mounted.

Referring to FIG. 6, the touch module 200 includes a plurality of touch units 100, which are made of an electrostatic-change inducing material capable of shrinking and restoring, and a plurality of touch units 100, 100) having a first plate area (105) for arranging and fixing the height of at least one touch part (100) at a designated position higher or lower than the height of the other touch part (100) At least one touch part (100) of a touch part (100) arranged and fixed to the first plate area (105) and made of a material capable of transmitting an electrostatic change by electrostatic change induction material to a capacitive touch screen, And a second plate region 110 for holding the touch film 115. The touch panel 115 has an internal space for accommodating the plurality of touch units 100, And may further include a housing part 205.

When a plurality of touch parts 100 are arranged and fixed in a specified geometrical relationship in one side area 120a of the frame part 120 according to an embodiment of the present invention, At least one touch part 100 of the plurality of touch parts 100 arranged and fixed may be disposed opposite to the touch film 115 before the contact area 115a of the touch film 115 contacts the capacitive touch screen. The other touch part 100 provided on one side area 120a of the frame part 120 is separated from the opposite area 115b of the touch film 115 by a predetermined distance or more The contact area 115a of the touch film 115 may contact the plurality of touch parts 100 during or after the contact area 115a contacts the capacitive touch screen.

A plurality of touch units 100 arranged and fixed in a predetermined geometrical relationship in one side region 120a of the frame unit 120 may be formed in a contact region 115a of the touch film 115, Type touch screen, it may contact the opposite region 115b of the touch film 115 by a pressing force applied to the frame portion 120 in one direction.

7 is a view illustrating an operation structure of a touch module 200 having touch units 100 of different heights according to a second embodiment.

7 shows a touch panel 100 having different heights, a first plate region 105 and a second plate region 110 shown in FIG. 1 (B) The process of touching the fabricated touch module 200 to the electrostatic touch screen is an example of the touch module. Referring to FIG. 7 and / or modified by the person skilled in the art, It will be appreciated that various implementations of the operation of the apparatus 200 (e.g., some of the components may be omitted, or subdivided, or combined) may be inferred, but the present invention includes all of the above- The technical features thereof are not limited only by the method shown in FIG.

The touch film 115 provided on the touch module 200 manufactured according to the relationship between the touch portion 100 shown in FIG. 1 (B) and the first plate region 105 and the second plate region 110, The opposite region 115b of the touch panel 115 may include a plurality of touch portions 115a provided on one side region 120a of the frame portion 120 before touching the contact region 115a of the touch film 115 on the electrostatic touch screen, The contact area 115a of the touch film 115 provided in the touch module 200 is maintained in contact with at least one touch part 100 of the touch panel 100, When a pressing force is applied to the frame part 120 as shown in (b) of FIG. 7 in contact with the touch screen, the contact area 115a of the touch film 115, as shown in (a) to (c) The opposite region 115b of the touch film 115 is in contact with the plurality of touch units 100 provided in one side region 120a of the frame unit 120 in a state of being in contact with the electrostatic touch screen, . A plurality of touch parts 100 provided in one side area 120a of the frame part 120 are arranged in a specified geometric relationship.

The plurality of touch units 100 may be made of a conductive material and the frame unit 120 may include a conductive material (for example, the material of the frame unit 120 may be a conductive material, or may be formed of a conductive material on one side of the frame unit 120) 6, when the contact area 115a of the touch film 115 is electrically contacted with the electrostatic touch, as shown in FIG. 6, when a human body applying a pressing force is formed between the body part and the frame part 120 by applying a conductive material, A plurality of touch units 100 fixedly disposed on one side region 120a of the frame unit 120 before being touched on the screen maintains a state of being electrically connected to a human body to which compression force is applied, At least one touch part 100 which maintains contact with the opposite area 115b of the touch film 115 among the plurality of touch parts 100 arranged and fixed to the one area 120a is formed by the touch film 115, Ready to induce electrostatic changes in the capacitive touch screen It is.

If the contact area 115a of the touch film 115 is brought into contact with the electrostatic touch screen as shown in (a) of FIG. 7, the electrostatic touch screen is electrically connected to the human body through the touch film 115 At least one touch that maintains contact with an opposite region 115b of the touch film 115 among a plurality of touch units 100 arranged and fixed to one side region 120a of the frame unit 120, (100)).

On the other hand, as shown in (b) of FIG. 7, a plurality of touch parts (or a plurality of touch parts (or one touch area) of the frame part 120, which is fixedly disposed on one side area 120a of the frame part 120 by applying a pressing force to the frame part 120 When the touch area 115b of the touch area 115 is in contact with the touch area 100 of the plurality of touch areas 100 that are higher than the touch area 100 of the other touch area 100, The touch portion 115 recognizes that the touch portion 115 touching the opposite region 115b of the touch film 115 has been electrostatically touched.

If a pressing force is continuously applied to the frame part 120 as shown in (c) of FIG. 7, and a plurality of the opposite areas 115b of the touch film 115 are fixedly disposed on one side area 120a of the frame part 120 The electrostatic touchscreen passes through the touch film 115 and touches the opposite region 115b of the touch film 115. In this case, It is recognized that the touch units 100 are electrostatically touched, and a sequential touch or a time difference touch occurs due to the interval between (a) and (c) of FIG.

FIG. 8 is a diagram illustrating the contact relationship between the first plate region 105 and the second plate region 110 with respect to the touch unit 100 according to the third embodiment.

More specifically, FIG. 8 shows a state in which a plurality of touch parts 100 are arranged and fixed in a specified geometrical relationship in the first plate area 105 based on the touch part 100 relationship shown in FIG. 1 (C) And at least one of the touch units 100 arranged and fixed to the first plate region 105 maintains a contact state with the second plate region 110. The present invention is not limited to the above- Those skilled in the art will be able to refer to and / or modify the FIG. 8 to understand various ways of fixing / contacting the touch portion 100 (e.g., some of the components may be omitted, However, the present invention is not limited to the above-described embodiments, and it is to be understood that the invention is not limited to the disclosed embodiments.

Referring to FIG. 8, the first plate region 105 includes an opposite region 115b of the contact region 115a contacting the electrostatic touch screen among the both side regions of the touch film 115, And the second plate region 110 may include at least one of the opposite region 115b of the touch film 115 and one side region 120a of the frame 120, Region. &Lt; / RTI >

The first plate region 105 is formed on the opposite side of the contact region 115a and the one side region 120a of the frame portion 120 in contact with the electrostatic touch screen among the both side regions of the touch film 115, The touch part 100 of some of the plurality of touch parts 100 is fixed at a designated position on the opposite area 115b of the touch film 115, A touch part 100 partially fixed on the opposite side of the touch film 115 at a designated position on one side area 120a of the frame part 120, When a plurality of touch parts 100 combined with the remaining touch parts 100 arranged and fixed to the one area 120a are projected on the plane (for example, in contact with the electrostatic touch screen), the plurality of touch parts 100 100) form a predefined geometric relationship

8A shows a first plate area 105 in which the opposite area 115b of the touch film 115 arranges and fixes one or more touch parts 100 of the plurality of touch parts 100 at different heights, And one side area 120a of the frame part 120 is used as a second plate area 110 in contact with at least one touch part 100 arranged and fixed to the first plate area 105 One side area 120a of the frame part 120 is used as a first plate area 105 for fixing at least one touch part 100 of the plurality of touch parts 100 at different heights, Wherein the second plate region 110 is used as a second plate region 110 in which an opposite region 115b of the first plate region 115 is in contact with at least one touch portion 100 disposed and fixed in the first plate region 105. [ Fig.

8A, a touch part 100 is partially fixed on the opposite area 115b of the touch film 115 corresponding to the first plate area 105, and at the same time, The frame portion 120 including the second plate region 110 facing the opposite region 115b of the touch film 115 in a state where the remaining touch portion 100 is fixedly disposed on one side region 120a of the touch film 115, One side region 120a of the touch film 115 may contact or be separated from at least one touch portion 100 of a part of the touch portions 100 arranged and fixed to the opposite region 115b of the touch film 115, The opposite region 115b of the touch film 115 including the second plate region 110 facing the one side region 120a of the frame unit 120 is disposed on one side region 120a of the frame unit 120 The touching part 100 may be contacted with or separated from at least one touch part 100 among the remaining fixed touch parts 100.

According to the method of the present invention, when the second plate region 110 includes one side region 120a of the frame portion 120, (100) of a part of the touch parts (100) arranged and fixed in the opposite area (115b) of the touch film (115) before the contact area (115a) of the touch part (115) touches the electrostatic touch screen The contact area 115a of the touch film 115 is maintained in contact with at least one touch part 100 arranged and fixed higher than the reference value after the contact area 115a contacts the capacitive touch screen A portion of the touch part (or part of the touch part 100) that is fixedly disposed in the opposite area 115b of the touch film 115 when the pressing force applied to the frame part 120 is applied, (At least one touch unit 100 arranged and fixed at a height lower than a specified reference value by a height of the touch unit 100) It is preferable to make contact at an enemy or a time difference.

In the case where the second plate region 110 includes the opposite region 115b of the contact region 115a in contact with the capacitive touch screen among the both side regions of the touch film 115, The opposite region 115b is formed in the remaining touch portion 100 that is fixedly disposed on one side region 120a of the frame portion 120 before the contact region 115a of the touch film 115 contacts the electrostatic touch screen, It is preferable that the contact area 115a of the touch film 115 is kept in contact with at least one touch part 100 arranged and fixed higher than a specified reference value higher than the height of the other touch part 100, The remaining touch portion (or the remaining touch portion 100), which is fixedly disposed on one side region 120a of the frame portion 120 when a pressing force applied to the frame portion 120 is applied after the contact with the electrostatic touch screen, The height of the other touch part 100 is lower than a specified reference value (At least one touch unit 100) in succession or at a time difference.

8B shows a state in which the opposite region 115b of the touch film 115 and one side region 120a of the frame portion 120 are formed by disposing at least one touch portion 100 among the plurality of touch portions 100 And one side area 120a of the frame part 120 is used as a first plate area 105 to be arranged and fixed to at least one touch part 100 arranged and fixed to the first plate area 105 The second embodiment of the present invention is used as the second plate region 110 of the second embodiment.

8B, a touch part 100 is partially fixed on the opposite area 115b of the touch film 115 corresponding to the first plate area 105, and at the same time, The frame portion 120 including the second plate region 110 facing the opposite region 115b of the touch film 115 in a state where the remaining touch portion 100 is fixedly disposed on one side region 120a of the touch film 115, One side region 120a of the touch film 115 may contact or be separated from at least one touch portion 100 of a part of the touch portions 100 arranged and fixed to the opposite region 115b of the touch film 115. [

8 (C) shows a state in which the opposite region 115b of the touch film 115 and one side region 120a of the frame 120 align one or more touch units 100 of the plurality of touch units 100 And an opposite region 115b of the touch film 115 is used as a first plate region 105 to be arranged and fixed with respect to the at least one touch portion 100 arranged and fixed to the first plate region 105, A third embodiment according to the third embodiment of the present invention, which is used as the second plate region 110 in which the first embodiment is used.

Referring to FIG. 8 (c), a part of the touch part 100 is fixedly disposed on the opposite area 115b of the touch film 115 corresponding to the first plate area 105, A touch film 115 including a second plate region 110 facing one side region 120a of the frame unit 120 while the remaining touch unit 100 is fixedly disposed on one side region 120a of the frame unit 120, The opposite region 115b of the touch panel 100 may be contacted with or separated from at least one touch portion 100 among the remaining touch portions 100 arranged and fixed to the one side region 120a of the frame portion 120. [

According to the method of the present invention, when the second plate region 110 includes the opposite region 115b of the contact region 115a that contacts the capacitive touch screen among the both side regions of the touch film 115, The opposite region 115b of the touch film 115 is fixed to one side region 120a of the frame portion 120 before the contact region 115a of the touch film 115 contacts the electrostatic touch screen. It is preferable to maintain contact with at least one touch unit 100 arranged and fixed at a height higher than a specified reference value than the height of the other touch unit 100 among the remaining touch units 100, When the pressing force applied to the frame part 120 is applied after the contact area 115a contacts the electrostatic touch screen, the remaining touch parts arranged and fixed to the one area 120a of the frame part 120 Or the height of the other touch part 100 among the remaining touch parts 100, (At least one touch portion 100 arranged and fixed at a lower value than the predetermined value).

9 is a view illustrating a structure of a touch module 200 having touch units 100 having different heights according to a third embodiment.

9 shows two or more first plate regions 105 for arranging and fixing a plurality of touch units 100 in a specified geometric relationship based on the touch unit 100 relationship shown in FIG. And at least one second plate region 110 which is in contact with at least one touch portion 100 among the touch portions 100 arranged and fixed to the first plate region 105, The touch module 200 according to an exemplary embodiment of the present invention will be described with reference to FIG. 9, and it will be understood by those skilled in the art that various changes in the structure of the touch module 200 It will be appreciated that the method of implementation (e.g., some of the components may be omitted, or broken down, or combined) may be inferred, but the present invention encompasses all such contemplated embodiments, The technical characteristics of It shall be defined. That is, in the present invention, the essential components of the touch module 200 are the touch part 100, which is arranged and fixed to the first plate area 105 at different heights and is in contact with the second plate area 110, The touch module 200 may be modified or omitted depending on the type of the touch module 200 or the type and outline of the object on which the touch module 200 is mounted.

Referring to FIG. 9, the touch module 200 includes a plurality of touch units 100 made of a material capable of shrinking and restoring the electrostatic charge, and a material capable of transmitting electrostatic changes due to the electrostatic charge inducing material to the electrostatic touch screen And a frame part 120 for transmitting a pressing force to the touch part 100 and has an internal space for accommodating the plurality of touch parts 100 and the touch film 115 (Not shown).

According to an embodiment of the present invention, the touch film 115 has a contact region 115a contacting the capacitive touch screen, and the opposite region 115b of the touch film 115 is disposed in a specified geometric relationship The height of at least one touch part 100 among the plurality of touch parts 100 included in the plurality of touch parts 100 is arranged at a position higher or lower than a specified reference value than the height of the other touch part 100 (Not shown) that is used as the first plate area 105 for fixing the first plate area 105 and / or the other touch area 100 fixed to the first plate area 105 (for example, one side area 120a of the frame part 120) And may be used as a second plate region 110 contacting at least one touch portion 100.

According to the method of the present invention, the frame portion 120 has one side region 120a facing opposite the region 115b of the contact region 115a of both sides of the touch film 115, The one side region 120a of the touch panel 115 includes a plurality of touch units 100 to be disposed in a specified geometrical relationship and a part of the touch units 100 disposed in the opposite region 115b of the touch film 115, A first plate area 105 (see FIG. 10) in which the height of at least one touch part 100 among the remaining touch parts 100 is fixedly disposed at a position higher or lower than a specified reference value, Or at least one of the touch parts 100 of some of the touch parts 100 that are fixed and arranged in the other first plate area 105 (for example, the opposite area 115b of the touch film 115) As shown in FIG.

If the opposite region 115b of the touch film 115 is used as the first plate region 105 for disposing and fixing a part of the plurality of touch units 100 to be arranged in a specified geometrical relationship One side region 120a of the frame unit 120 is used as a second plate region 110 facing the first plate region 105. [ If one side region 120a of the frame unit 120 is used as the first plate region 105 for fixing and disposing the remaining touch units 100 among the plurality of touch units 100 to be arranged in a specified geometric relationship, The opposite region 115b of the touch film 115 is used as a second plate region 110 facing the first plate region 105. [ That is, any one of the opposite region 115b of the touch film 115 and one side region 120a of the frame 120 is used as the first plate region 105, The opposite region 115b of the touch film 115 and the one side region 120a of the frame 120 may be used as the first plate region 105 But it is also evident that the second edition area 110 is also available.

According to the first embodiment of the third embodiment, the opposite region 115b of the touch film 115 includes a plurality of touch units 100 and a plurality of touch units 100, And a second plate area 110 used as a plate area 105 and having one side area 120a of the frame part 120 in contact with at least one touch part 100 arranged and fixed to the first plate area 105, And one side area 120a of the frame part 120 is used as a first plate area 105 in which one or more touch parts 100 of the plurality of touch parts 100 are arranged and fixed at different heights And a second plate region 110 in which an opposite region 115b of the touch film 115 is in contact with at least one touch unit 100 arranged and fixed in the first plate region 105. [

When the touch part 115 is arranged and fixed in a specified geometrical relationship with the touch part 115 in the opposite area 115b of the touch film 115 according to the first embodiment, Contact with at least one touch part 100 of the touch part 100 provided in the opposite area 115b of the touch film 115 before the contact area 115a of the touch film 115 contacts the electrostatic touch screen, The contact area 115a of the touch film 115 is separated from the other touch part 100 provided at the opposite area 115b of the touch film 115 by a predetermined distance or more, The touch portion 100 may contact the touch portion 100 during or after the touch operation.

When the remaining touch parts 100 are arranged and fixed in a specified geometrical relationship in one side area 120a of the frame part 120 according to the first embodiment, At least one touch part 100 of the remaining touch parts 100 arranged and fixed may be disposed in an opposite region of the touch film 115 before the contact area 115a of the touch film 115 contacts the electrostatic touch screen, The other touch part 100 provided on one side area 120a of the frame part 120 is separated from the opposite area 115b of the touch film 115 by a predetermined distance or more May contact the remaining touch portion 100 during or after the contact region 115a of the touch film 115 contacts the electrostatic touch screen.

According to the first embodiment, the frame part 120 is formed by the pressing force applied in one direction in a state where the contact area 115a of the touch film 115 is in contact with the electrostatic touch screen, The opposite region 115b of the touch film 115 is brought into contact with a part of the touch region 100 provided in the opposite region 115b of the frame portion 115, The touch portion 100 and the frame portion 120 provided in the opposite region 115b of the touch film 115 are in contact with the remaining touch portions 100 of the touch portion 115. As a result, The combination of the remaining touch parts 100 provided in the one side area 120a is a combination of the touches of the contact area 115a of the touch film 115 and the pressure applied to the frame part 120 And is fixed or contacted with the opposite region 115b of the touch film 115 in a geometric relationship designated by the attraction force.

The opposite region 115b of the touch film 115 and the one side region 120a of the frame unit 120 may be disposed on one or more touch portions of the plurality of touch portions 100. [ Wherein one side region 120a of the frame portion 120 is used as a first plate region 105 in which the first plate region 100 is arranged and fixed at a different height, And may be used as a second plate region 110 in contact with the portion 100.

When the touch part 115 is arranged and fixed in a specified geometrical relationship with the touch part 115 in the opposite area 115b of the touch film 115 according to the second embodiment, Contact with at least one touch part 100 of the touch part 100 provided in the opposite area 115b of the touch film 115 before the contact area 115a of the touch film 115 contacts the electrostatic touch screen, The contact area 115a of the touch film 115 is separated from the other touch part 100 provided at the opposite area 115b of the touch film 115 by a predetermined distance or more, The touch portion 100 may contact the touch portion 100 during or after the touch operation.

When the remaining touch parts 100 are arranged and fixed in a specified geometrical relationship in one side area 120a of the frame part 120 according to the second embodiment, The remaining touch unit 100 is separated from the opposite area 115b of the touch film 115 by a predetermined distance or more while the contact area 115a of the touch film 115 is in contact with the electrostatic touch screen, And then contact the remaining touch unit 100.

According to the second embodiment of the present invention, the frame portion 120 is formed by the pressing force applied in one direction in a state where the contact region 115a of the touch film 115 is in contact with the electrostatic touch screen, The opposite region 115b of the touch film 115 is brought into contact with a part of the touch region 100 provided in the opposite region 115b of the frame portion 115, The touch portion 100 and the frame portion 120 provided in the opposite region 115b of the touch film 115 are in contact with the remaining touch portions 100 of the touch portion 115. As a result, The combination of the remaining touch parts 100 provided in the one side area 120a is a combination of the touches of the contact area 115a of the touch film 115 and the pressure applied to the frame part 120 And is fixed or contacted with the opposite region 115b of the touch film 115 in a geometric relationship designated by the attraction force.

The opposite region 115b of the touch film 115 and the one side region 120a of the frame unit 120 may be disposed on one or more touch portions of the plurality of touch units 100. [ The opposite region 115b of the touch film 115 is used as a first plate region 105 in which the first plate region 105 is arranged and fixed at a different height, And may be used as a second plate region 110 in contact with the portion 100.

When the touch part 115 is arranged and fixed in a specified geometrical relationship with the touch part 115 in the opposite area 115b of the touch film 115 according to the second embodiment, The contact area 115a of the touch film 115 is separated from the touch area 100 of the opposite area 115b of the touch screen 115 by a predetermined distance or more, The contact portion 100 can be contacted.

When the remaining touch parts 100 are arranged and fixed in a specified geometrical relationship in one side area 120a of the frame part 120 according to the third embodiment, At least one touch part 100 of the remaining touch parts 100 arranged and fixed may be disposed in an opposite region of the touch film 115 before the contact area 115a of the touch film 115 contacts the electrostatic touch screen, The other touch part 100 provided on one side area 120a of the frame part 120 is separated from the opposite area 115b of the touch film 115 by a predetermined distance or more May contact the remaining touch portion 100 during or after the contact region 115a of the touch film 115 contacts the electrostatic touch screen.

According to the third embodiment of the present invention, the frame 120 is formed by the pressing force applied in one direction in a state where the contact area 115a of the touch film 115 is in contact with the electrostatic touch screen, The opposite region 115b of the touch film 115 is brought into contact with a part of the touch region 100 provided in the opposite region 115b of the frame portion 115, The touch portion 100 and the frame portion 120 provided in the opposite region 115b of the touch film 115 are in contact with the remaining touch portions 100 of the touch portion 115. As a result, The combination of the remaining touch parts 100 provided in the one side area 120a is a combination of the touches of the contact area 115a of the touch film 115 and the pressure applied to the frame part 120 And is fixed or contacted with the opposite region 115b of the touch film 115 in a geometric relationship designated by the attraction force.

10 is a diagram illustrating an operation structure of a touch module 200 having touch units 100 of different heights according to a third embodiment.

10 shows the touch panel 100 having different heights, the first plate area 105 and the second plate area 110 shown in FIG. 1 (c) The touch module 200 may be touched to the electrostatic touch screen. Referring to FIG. 10, the touch module 200 may be a touch module, It will be appreciated that various implementations of the operation of the apparatus 200 (e.g., some of the components may be omitted, or subdivided, or combined) may be inferred, but the present invention includes all of the above- The technical features thereof are not limited by the implementation method shown in FIG.

According to the first embodiment of the third embodiment, on the basis of the relationship between the touch portion 100 shown in (C) of FIG. 1 and the first and second plate regions 105 and 110, One side region 120a of the frame 120 provided in the touch module 200 manufactured as shown in (a) of FIG. 1 is a contact area 115a of the touch film 115, The touch area 115 is maintained in contact with at least one touch part 100 of the touch part 100 provided in the opposite area 115b of the touch film 115 before the touch, 115b are also kept in contact with at least one touch portion 100 of the remaining touch portions 100 provided on one side region 120a of the frame portion 120. [

The contact area 115a of the touch film 115 provided on the touch module 200 is brought into contact with the electrostatic touch screen as shown in (a) of FIG. 10, The contact area 115a of the touch film 115 is in contact with the electrostatic touch screen as shown in FIGS. 10A to 10C, 120a are brought into contact with part of the touch part 100 provided in the opposite area 115b of the touch film 115 sequentially or with a time lag and the opposite area 115b of the touch film 115 is also brought into contact with the touch part 115, Touches the remaining touch part 100 provided on one side area 120a of the frame part 120 with a sequential or time lag. A plurality of touches 100 formed by combining a touch part 100 provided in an opposite area 115b of the touch film 115 and a remaining touch part 100 provided in a side area 120a of the frame part 120, The portion 100 forms a specified geometric relationship.

The plurality of touch units 100 may be made of a conductive material and the frame unit 120 may include a conductive material (for example, the material of the frame unit 120 may be a conductive material, or may be formed of a conductive material on one side of the frame unit 120) The contact area 115a of the touch film 115 is electrically contacted with the electrostatic touch pad 115 as shown in FIG. 9 when an electrical connection is made between the human body applying the pressing force and the frame part 120 by applying the conductive material, plating, At least one of the touch parts 100 fixedly disposed in the opposite area 115b of the touch film 115 before being touched on the screen is kept in contact with one side area 120a of the frame part 120, The touch unit 100 is maintained in a state of being electrically connected to a human body to which a pressing force is applied and at the same time is ready to induce a change in electrostatic force of the electrostatic touch screen through the touch film 115. [ The remaining touch part 100 fixed to one side area 120a of the frame part 120 maintains a state of being electrically connected to a human body to which a pressing force is applied and the one side area 120a of the frame part 120, At least one touch part 100 which maintains contact with the opposite area 115b of the touch film 115 among the remaining touch parts 100 arranged and fixed to the touch film 115 passes through the touch film 115, The screen is ready to induce electrostatic changes.

If the contact area 115a of the touch film 115 is brought into contact with the electrostatic touch screen as shown in (a) of FIG. 10, the electrostatic touch screen is electrically connected to the human body through the touch film 115 At least one touch part 100 which is in contact with the frame part 120 among a part of touch parts 100 arranged and fixed to the opposite part 115b of the touch part 115, At least one touch part 100 that keeps contact with the opposite area 115b of the touch film 115 among the remaining touch parts 100 that are fixedly disposed on one side area 120a of the frame part 120) It is recognized as being electrostatically touched.

On the other hand, as shown in (b) of FIG. 10, when a pressing force is applied to the frame portion 120 and a portion of the touch portion (or the opposite region of the touch film 115 The touch portion 100 of the touch portion 100 arranged and fixed to the touch portion 115b and the touch portion 100 higher than the touch portion 100 of the other touch portion 100 are brought into contact with one side region 120a of the frame portion 120 and / (Or the remaining touch parts 100 fixedly disposed on one side area 120a of the frame part 120) that are fixedly disposed on one side area 120a of the touch part 120 The electrostatic touch screen passes through the touch film 115 and touches one side region 120a of the frame portion 120 and the touch region 115a of the touch film 115, 115 from the touch portion 100 which is in electrical contact first on both sides of the opposite region 115b.

If a pressing force is continuously applied to the frame part 120 as shown in FIG. 10 (c), one side area 120a of the frame part 120 is partially fixed to the opposite area 115b of the touch film 115 The touch area 100 of the touch part 100 of the touch part 115 is contacted with the touch part 100 of the low touch part of the touch part 100 of the touch part 115, The electrostatic touchscreen passes through the touch film 115 and touches one side region 120a of the frame 120 and the touch film 115, It is recognized that all of the touch units 100 electrically in contact with both sides of the opposite region 115b of the touch panel 100 are electrostatically touched. .

According to the second embodiment of the third embodiment, based on the relationship between the touch portion 100 shown in (C) of FIG. 1 and the first and second plate regions 105 and 110, One side region 120a of the frame section 120 provided in the touch module 200 manufactured as shown in (b) of FIG. 1 is used to connect the contact area 115a of the touch film 115 to the electrostatic touch screen The touch panel 100 is maintained in contact with at least one touch part 100 of the touch parts 100 provided in the opposite area 115b of the touch film 115 before the touch, 115b do not maintain contact with the remaining touch parts 100 provided on the one side area 120a of the frame part 120. [

The plurality of touch units 100 may be made of a conductive material and the frame unit 120 may include a conductive material (for example, the material of the frame unit 120 may be a conductive material, or may be formed of a conductive material on one side of the frame unit 120) The contact area 115a of the touch film 115 is electrically contacted with the electrostatic touch pad 115 as shown in FIG. 9 when an electrical connection is made between the human body applying the pressing force and the frame part 120 by applying the conductive material, plating, At least one of the touch parts 100 fixedly disposed in the opposite area 115b of the touch film 115 before being touched on the screen is kept in contact with one side area 120a of the frame part 120, The touch unit 100 is maintained in a state of being electrically connected to a human body to which a pressing force is applied and at the same time is ready to induce a change in electrostatic force of the electrostatic touch screen through the touch film 115. [ On the other hand, the remaining touch unit 100, which is fixedly disposed on one side region 120a of the frame unit 120, maintains a state of being electrically connected to the human body to which a pressing force is applied, Even if the contact area 115a of the touch film 115 is in contact with the capacitive touch screen as shown in FIG. 10 (a) in FIG. 10, It can not induce change.

If the contact area 115a of the touch film 115 is brought into contact with the electrostatic touch screen as shown in (a) of FIG. 10, the electrostatic touch screen is electrically connected to the human body through the touch film 115 (At least one touch portion 100 that is in contact with the frame portion 120 among a part of the touch portions 100 arranged and fixed to the opposite region 115b of the touch film 115) It is recognized as being electrostatically touched.

According to the third embodiment of the third embodiment, based on the relationship between the touch portion 100 shown in (C) of FIG. 1 and the first and second plate regions 105 and 110, The opposite region 115b of the touch film 115 provided in the touch module 200 manufactured as shown in FIG. 9A is a region where the contact region 115a of the touch film 115 is connected to the electrostatic touch screen The touch panel 100 is maintained in contact with at least one of the remaining touch units 100 provided in the first area 120a of the frame unit 120 before the touch, Does not maintain contact with a part of the touch portion 100 provided in the opposite region 115b of the touch film 115. [

The plurality of touch units 100 may be made of a conductive material and the frame unit 120 may include a conductive material (for example, the material of the frame unit 120 may be a conductive material, or may be formed of a conductive material on one side of the frame unit 120) The contact area 115a of the touch film 115 is electrically contacted with the electrostatic touch pad 115 as shown in FIG. 9 when an electrical connection is made between the human body applying the pressing force and the frame part 120 by applying the conductive material, plating, Before touching the screen

At least one touch part 100 which maintains contact with the opposite area 115b of the touch film 115 among the remaining touch parts 100 arranged and fixed to the one area 120a of the frame part 120 And is ready to induce the electrostatic change of the electrostatic touch screen through the touch film 115 while maintaining the state of being electrically connected to the human body to which the pressing force is to be applied. A part of the touch part 100 fixedly disposed on the opposite area 115b of the touch film 115 is not electrically connected to a human body to which a pressing force is applied, The electrostatic touch screen does not pass through the touch film 115 to induce a change in electrostatic capacitance of the electrostatic touch screen.

If the contact area 115a of the touch film 115 is brought into contact with the electrostatic touch screen as shown in (a) of FIG. 10, the electrostatic touch screen is electrically connected to the human body through the touch film 115 At least one touch part (not shown) that maintains contact with the opposite area 115b of the touch film 115 among the remaining touch parts 100 arranged and fixed to the one area 120a of the frame part 120, (The touch panel 100).

FIG. 11 is a view showing various embodiments of a relationship among a plurality of touch units 100 provided in a touch module 200 according to a third embodiment.

11, the opposite region 115b of the touch film 115 and one side region 120a of the frame portion 120 can be used as the first plate region 105, as shown in FIG. And when at least one of the opposite region 115b of the touch film 115 and one side region 120a of the frame 120 is used as the second plate region 110, And a plurality of touch units 100 provided in the second plate region 110. Those skilled in the art will be able to refer to and / It will be appreciated that various implementations of the relationship between the touch portions 100 of the North Sea number (e.g., some of the components may be omitted, or broken down or combined) may be inferred, And the technical features of the embodiment shown in FIG. 11 only It is not limited.

According to the third embodiment of the present invention, a part of the touch parts 100 of the plurality of touch parts 100 is fixedly disposed at a designated position on the opposite area 115b of the touch film 115, The remaining touch portion 100 of the touch portion 100 may be fixedly disposed at a designated position on one side region 120a of the frame portion 120 and may be fixed to an opposite region 115b of the touch film 115, One side region 120a of the first substrate 120 may be used as the first and second plate regions 105 and 110 (or alternatively). An embodiment of the relationship of the touch part 100 with reference to the opposite area 115b of the touch film 115 and one side area 120a of the frame part 120 will be described below. The opposite region 115b of the touch film 115 and one side region 120a of the frame 120 may be referred to as a first plate region 105 or a second plate region 110 in consideration of the relationship.

11A shows a state in which at least one touch part 100 of a part of the touch parts 100 arranged in the opposite area 115b of the touch film 115 faces the opposite area 115b of the touch film 115 Is disposed at a designated position on the opposite region (115b) of the touch film (115) at a height higher or lower than a specified reference value by the height of one of the at least one other touch portion (100) Lt; RTI ID = 0.0 > a < / RTI >

11A, the touch portion A disposed in the opposite region 115b of the touch film 115 in FIG. 11A is disposed on one side of the frame portion 120 (FIG. 11A) The touch panel 115 may have the same height as the remaining touch portion 100 provided on the touch film 115 but may have a height different from that of the other touch portion 100 provided on the opposite region 115b of the touch film 115, (115b).

11B shows a state in which at least one touch part 100 of a part of the touch parts 100 arranged in the opposite area 115b of the touch film 115 is positioned on one side area 120a of the frame part 120 Is fixedly disposed at a designated position on the opposite region 115b of the touch film 115 at a height higher or lower than a designated reference value by a height of one of the remaining touch units 100 provided on the touch screen 100 Fig.

Referring to FIG. 11 (B), the touch portion B disposed in the opposite region 115b of the touch film 115 in FIG. 11 (B) The touch panel 115 may have the same height as the other touch parts 100 provided on the touch panel 115b but may have a height different from that of the remaining touch parts 100 provided on one side area 120a of the frame part 120, (115b).

11B shows a state in which at least one touch part 100 of a part of the touch parts 100 disposed in the opposite area 115b of the touch film 115 is positioned in an opposite area 115b of the touch film 115 (100) provided on one side region (120a) of the frame section (120) and at least one other touch section (100) provided on the frame section (120) Or at a designated position on the opposite region 115b of the touch film 115 at a low height.

11, the touch portion C disposed in the opposite region 115b of the touch film 115 in (c) of FIG. 11 is located in the opposite region of the touch film 115 The height of the touched portion 115 is different from that of the other touched portion 100 provided on the touched portion 115b and is different from that of the remaining touched portion 100 provided on the one side region 120a of the frame portion 120, (115b).

11A, at least one touch part 100 among the remaining touch parts 100 disposed on one side area 120a of the frame part 120 is disposed on one side area 120a of the frame part 120, Is arranged and fixed at a specified position on one side area (120a) of the frame part (120) at a height higher or lower than a specified reference value by the height of one of the one or more touch parts (100) Fig.

11A, the touch part D disposed on one side area 120a of the frame part 120 in FIG. 11 (D) of FIG. 11 corresponds to the area opposite to the touch area of the touch film 115 The height of the touch part 100 of the frame part 120 is the same as the height of the touch part 100 of the frame part 120, And is fixed at a designated position on the area 120a.

11E shows a state in which at least one touch part 100 of the remaining touch parts 100 disposed on one side area 120a of the frame part 120 is positioned in an opposite area 115b of the touch film 115. [ Is fixedly disposed at a specified position on one side region (120a) of the frame section (120) at a height higher or lower than a specified reference value by the height of one of the touch parts (100) Fig.

Referring to FIG. 11 (e), a touch portion E disposed on one side region 120a of the frame portion 120 in FIG. 11 (e) The height of the touch part 115 is the same as the height of the other touch part 100 provided on the touch panel 115a but is different from that of the touch part 100 provided on the opposite area 115b of the touch film 115, And is fixed at a designated position on the area 120a.

11B shows a case where at least one touch part 100 of the remaining touch parts 100 disposed on one side area 120a of the frame part 120 is disposed on one side area 120a of the frame part 120, Of the at least one touch part 100 provided on the opposite side of the touch part 115 and a part of the touch part 100 provided in the opposite area 115b of the touch film 115, Or at a specified height on one side area 120a of the frame part 120 at a low height.

11, the touch portion F disposed on one side region 120a of the frame portion 120 in FIG. 11 is disposed on one side region of the frame portion 120, The height of the frame part 120 may be different from the height of the touch part 100 provided at the opposite area 115b of the touch film 115, And is fixed at a designated position on one side area 120a.

100: touch part 105: first edition area
110: second plate region 115: touch film
115a: contact area 115b: opposite area
120: frame part 120a: one side area
300: touch module 305: housing part

Claims

1. A touch module which is touched by an electrostatic touch screen using electrostatic multi-touch using a human finger as input means for each touch point,
A plurality of touch units including electrostatically touchable and restorable materials on the electrostatic touch screen;
A height of at least one touch portion among a plurality of touch portions to be arranged in a unique geometric relationship in design including at least one of a previously designed distance relationship and an angular relationship for identifying or authenticating a designated object is set to a specified reference value A first plate region arranged and fixed at a designated position higher or lower than the first plate region; And
And a second plate area for maintaining contact with at least one of the touch parts arranged and fixed to the first plate area,
Wherein the first plate region includes an area opposite to a contact area contacting the capacitive touch screen during the electrostatic touch in an area of the touch film that transmits the electrostatic touch by the touch unit to the electrostatic touch screen, At least one side region or both side regions out of the one side region facing the touch film among the regions of the frame portion to which the contracting pressing force is applied,
Wherein the touch film includes a material capable of transmitting an electrostatic touch by a touch portion to an electrostatic touch screen and visually exposing and blocking the geometric relationship of the plurality of touch portions.

The apparatus of claim 1, wherein the second plate region comprises:
Wherein the touch module is provided so as to face the first plate region.

The apparatus of claim 1, wherein the second plate region comprises:
Wherein at least one of the at least one touch part arranged and fixed to the first plate area maintains a contact state with at least one touch part arranged and fixed higher than a specified reference value higher than the height of the other touch part.

The method according to claim 1,
Wherein the first plate region includes an opposite region of the touch film in which the plurality of touch portions are arranged and fixed,
Wherein the second plate region includes one side region of the frame portion facing the opposite region of the touch film.

5. The display device according to claim 4,
Wherein the at least one touch is arranged and fixed at a height higher than a specified reference value of the height of the other touch portion among the plurality of touch portions arranged and fixed in the designed geometric relationship in the opposite region of the touch film before the contact region of the touch film contacts the electrostatic touch screen, Wherein the touch module is maintained in a contact state with the touch panel.

The image forming apparatus according to claim 1 or 4,
And a portion to which a pressing force for shrinking the touch portion is applied.

5. The display device according to claim 4,
The contact area of the touch film is set to be higher than the height of the other touch part among the plurality of touch parts arranged and fixed in the designed geometrical relationship in the opposite area of the touch film by the pressing force applied to the frame part during or after the contact area of the touch film touches the electrostatic touch screen Wherein the touch module is in contact with at least one touch part arranged and fixed lower than a reference value.

The touch panel according to claim 4,
Wherein a height of at least one touch portion of the plurality of touch portions arranged and fixed in the designed geometrical relationship in the opposite region of the touch film is greater than or equal to a predetermined reference value or more than a height of at least one touch portion among at least one other touch portion Wherein the plurality of touch modules are arranged and fixed at a high or low position.

The method according to claim 1,
Wherein the first plate region includes one side region of a frame portion in which the plurality of touch portions are arranged and fixed,
Wherein the second plate region includes an opposite region of the touch film facing the one side region of the frame section.

The touch panel according to claim 9,
Wherein the touch area of the touch screen is divided into at least one of a plurality of touch parts arranged and fixed in the designed geometric relationship in one side area of the frame part before the contact area of the touch film contacts the electrostatic touch screen, Wherein the touch module is maintained in a contact state with the touch panel.

The touch panel according to claim 1 or 9,
Wherein the touch module is made of a material capable of transmitting the electrostatic touch by the touch part to the electrostatic touch screen.

The touch panel according to claim 9,
Wherein the contact area of the touch film is greater than the height of the other touch part among the plurality of touch parts arranged and fixed in the designed geometrical relationship in the one side area of the frame part by the pressing force applied to the frame part during and after the contact area of the touch film touches the electrostatic touch screen Wherein the at least one touch part is arranged so as to be lower than a specified reference value.

10. The apparatus according to claim 9,
Wherein a height of at least one touch portion of the plurality of touch portions arranged and fixed in the designed geometrical relationship in one side region of the frame portion is equal to or greater than a specified reference value or more than a height of at least one touch portion among at least one other touch portion Wherein the plurality of touch modules are arranged and fixed at a high or low position.

The method according to claim 1,
Wherein the first plate region includes an opposite region of a touch film for disposing and fixing a touch portion of the plurality of touch portions and a region of a frame portion for disposing and fixing the remaining touch portions,
And the second plate region includes an opposite region of the touching film facing one side region of the frame portion in which the remaining touching portion is arranged and fixed, and the other region of the frame portion facing the opposite region of the touching film, Touch module for multi-sequential touch.

15. The method of claim 14,
Wherein the opposite region of the touch film is a first plate region for disposing and fixing a part of the plurality of touch portions and a contact portion for maintaining contact with at least one touch portion among the remaining touch portions arranged and fixed to one side region of the frame portion, 2 < / RTI >
Wherein one side region of the frame portion is a first plate region for disposing and fixing the remaining touch portions of the plurality of touch portions and at the same time a portion of the touch portion, Wherein the second touch region is a second region.

15. The apparatus of claim 14, wherein the second plate region comprises:
The contact area of at least one touch part arranged and fixed higher than a specified reference value higher than the height of another touch part among the at least one touch part arranged and fixed in the first plate area before the contact area of the touch film contacts the electrostatic touch screen, Wherein the touch module is configured to hold the touch module for multiple sequential touch.

15. The apparatus of claim 14, wherein the second plate region comprises:
The contact area of the touch film is arranged to be lower than a specified reference value by at least one of the one or more touch parts arranged and fixed to the first plate area by a pressing force applied to the frame part during or after the contact area of the touch film touches the electrostatic touch screen Wherein the at least one touch module is in contact with at least one fixed touch module.

The touch panel according to claim 14,
Wherein a height of at least one touch portion disposed in an opposite region of the touch film is arranged and fixed at a height higher or lower than a reference value higher than a height of at least one touch portion among at least one other touch portion disposed in the same region. Touch module for touch.

The touch panel according to claim 14,
And a height of at least one touch portion disposed in an opposite region of the touch film is fixed higher than or lower than a designated reference height of at least one touch portion among at least one other touch portion disposed in one side region of the frame portion Touch module for multi-sequential touch.

The touch panel according to claim 14,
Wherein a height of at least one touch portion disposed in an opposite region of the touch film is equal to or greater than a specified reference value or more than a height of at least one touch portion among at least one other touch portion disposed on the same region and one or more other touch portions disposed on one side region of the frame portion Wherein the plurality of touch modules are arranged and fixed at a high or low position.

15. The display device according to claim 14,
Wherein a height of at least one touch part arranged on one side of the frame part is arranged and fixed so as to be higher or lower than a reference value higher than a height of at least one touch part among at least one other touch part arranged in the same area. Touch module for touch.

15. The display device according to claim 14,
And a height of at least one touch part disposed at one side of the frame part is fixedly disposed at a height higher or lower than a reference value higher than the height of at least one touch part among at least one other touch parts disposed in an area opposite to the touch film. Touch module for multi-sequential touch.

15. The display device according to claim 14,
Wherein the height of at least one touch portion disposed on one side of the frame portion is equal to or greater than a specified reference value of at least one touch portion among at least one other touch portion disposed in the same region and at least one other touch portion disposed in the opposite region of the touch film Wherein the plurality of touch modules are arranged and fixed at a high or low position.

The touch panel of claim 1,
Made of opaque material, or
Wherein the touch module includes an opaque material on at least one side thereof.

The touch panel of claim 1,
Wherein the plurality of touch portions are arranged and fixed in the designed geometrical relationship in the opposite region of the touch film before the contact region of the touch film contacts the electrostatic touch screen,
A contact region of the touch film contacts with a plurality of touch portions arranged and fixed in the designed geometrical relationship to one side region of the frame portion through an opposite region of the touch film during or after the touch region contacts the electrostatic touch screen,
Wherein the contact area of the touch film is fixed to the opposite side of the touch film before the contact area of the touch film touches the electrostatic touch screen, And touching the remaining touch part arranged and fixed to one side area of the frame part through an opposite area of the touch film during or after the touch module touches the touch module.

The touch panel of claim 1,
Wherein the plurality of plating holes are formed by plating a metal material on both sides of the plating hole.

The method according to claim 1,
Wherein the touch module further comprises a housing part having an internal space for accommodating the plurality of touch parts and the frame part.

28. The apparatus according to claim 27,
Wherein the touch module is fixed in a state in which the plurality of touch parts are accommodated in the inner space.

28. The apparatus according to claim 27,
Wherein the touch module is made of an opaque material.

The touch module according to claim 1,
Wherein the touch module is connected to a grip portion formed by a person's hand.