KR102139835B1 - A Touch Handstamp for Synchronous Touch - Google Patents

Abstract

The present invention relates to simultaneous touch coating, in a touch coating to be touched on a capacitive touch panel provided in a designated device, a plurality of touch portions made of a conductive material capable of capacitive touch on the capacitive touch panel and the plurality of A housing unit so that the plurality of touch units are simultaneously touched on the capacitive touch panel by being combined with the flat panel unit and the flat panel unit including a flat area of a certain area for arranging and fixing the touch unit in a unique geometrical arrangement not overlapping for each touch coating. It is connected to the adapter portion and the adapter portion to interface with the handle portion including at least one conductive material that is formed to be grasped by a human hand and contacts the human body, and a structure for receiving and protecting the plurality of touch portions and the flat plate portion. Included and the contact surface of the plurality of touch portions fixed to the flat plate portion by the movement of the flat plate by the pressing force applied to the handle portion in a state where the capacitive touch panel is in contact while maintaining the geometric arrangement of the capacitive touch panel And a spring portion provided between the adapter portion and the housing portion to guide the touch at the same time and providing an elastic force to repel the pressing force applied to the handle portion, wherein the geometrical arrangement includes the plurality of touch portions. The relative coordinates formed by the midpoints of the contact surfaces contacting the capacitive touch panel or the relative coordinates formed by a plurality of touch points touched on the capacitive touch panel, wherein the plurality of touch units include: The specified capacitance is stored before being touched.

Description

Simultaneous Touch Painting{A Touch Handstamp for Synchronous Touch}

The present invention is a touch coating to be touched on the capacitive touch panel provided in the designated device, a plurality of touch portions made of a conductive material capable of capacitive touch on the capacitive touch panel and the plurality of touch portions are overlapped for each touch coating The adapter portion and the flat plate portion including a flat plate area having a fixed area arranged in a unique geometrical arrangement that is not arranged and coupled to the flat plate portion to interface with the housing portion so as to simultaneously touch the plurality of touch portions on the capacitive touch panel and the It is connected to the adapter part and is formed to be gripped by a human hand and includes a handle part including a conductive material on at least one side in contact with the human body, and a structure for receiving and protecting the plurality of touch parts and the flat plate part. A housing for guiding the contact surfaces of the plurality of touch portions fixed to the flat plate portion to be touched simultaneously on the capacitive touch panel while maintaining the geometric arrangement structure by the movement of the flat plate portion by the pressing force applied to the handle portion in the contact state. It has a spring portion that is provided between the adapter and the housing portion and provides an elastic force to repel the pressing force applied to the handle portion, the geometric arrangement structure, the plurality of touch portions to contact the capacitive touch panel The relative coordinates formed by the center points of the contact surface or the relative coordinates formed by a plurality of touch points touched on the capacitive touch panel, the plurality of touch portions, the specified capacitance before being touched on the capacitive touch panel It relates to a touch coating that is stored.

Disclosed is a touch painting service using a plurality of touch parts made of a conductive material on an object in the form of painting, and simultaneously touching the capacitive touch panel to use a geometric arrangement structure formed by the plurality of touch parts as various authentication means or identification means.

Conventional capacitive touch panels are designed to use a touch by a user's finger as an input means, and are optimized to do so. In the case of a recently released smartphone, the capacitive touch panel supports multiple touches, and is designed to use multiple touches using fingers as input means (eg, pinch-to-zoom, etc.).

On the other hand, in order to use the geometric arrangement structure of the plurality of touch parts provided in the touch painting as an authentication means or an identification means, a plurality of touch parts provided in at least two or more different touch paintings must have uniqueness that is formed in different geometric arrangement structures. However, this uniqueness has the problem of designing a variety of geometric arrangements of the touch coating and making a lot of effort and cost for mass production or quality control.

An object of the present invention for solving the above problems is, in the touch coating to be touched on the capacitive touch panel provided in the specified device, a plurality of touch parts made of a capacitive touchable conductive material on the capacitive touch panel And a flat plate portion including a flat plate area having a predetermined area for fixing and arranging and fixing the plurality of touch portions in a unique geometrical arrangement not overlapping with each touch coating, and the plurality of touch portions simultaneously to the capacitive touch panel. The adapter part that interfaces with the housing part to be touched, and the handle part and the plurality of touch parts and the flat plate part, which are connected to the adapter part, are formed to be gripped by a human hand and include at least one conductive material contacting the human body, It includes a structure to protect and the contact surface of the plurality of touch portions fixed to the flat plate portion by the movement of the flat plate portion by the pressing force applied to the handle portion while the capacitive touch panel is in contact while maintaining the geometric arrangement structure It has a housing portion for guiding to be touched simultaneously on the capacitive touch panel, and a spring portion provided between the adapter portion and the housing portion to provide elastic force to repel the pressing force applied to the handle portion, wherein the geometrical arrangement includes: It includes a relative coordinate relationship formed by the center points of the contact surface for contacting the plurality of touch parts to the capacitive touch panel or a relative coordinate relationship formed by a plurality of touch points touched on the capacitive touch panel, the plurality of touch parts, the electrostatic It is to provide a touch coating in which a specified capacitance is stored before being touched on a touch panel.

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The touch coating according to the present invention, in the touch coating to be touched on the capacitive touch panel provided in the specified device, a plurality of touch parts and a plurality of touch parts made of a conductive material capable of capacitive touch on the capacitive touch panel The flat panel portion including a flat plate area having a fixed area arranged and fixed in a unique geometrical arrangement not overlapping for each touch coating, and the flat plate portion are combined with the flat plate portion to interface with the housing portion so that the plurality of touch portions simultaneously touch the capacitive touch panel. It is connected to the adapter portion and the adapter portion and is formed to be gripped by a human hand and includes a handle portion including at least one conductive material contacting the human body, and a structure for receiving and protecting the plurality of touch portions and the flat plate portion. While the capacitive touch panel is in contact, the contact surfaces of the plurality of touch portions fixed to the flat plate portion are moved to the capacitive touch panel at the same time while maintaining the geometric arrangement structure by the movement of the flat plate portion by the pressing force applied to the handle portion. It has a housing portion for guiding the touch and a spring portion provided between the adapter portion and the housing portion to provide an elastic force to repel the pressing force applied to the handle portion, and the geometrical arrangement has the plurality of touch portions capacitive It includes a relative coordinate relationship formed by the center points of the contact surface to contact the touch panel or a relative coordinate relationship formed by a plurality of touch points touched on the capacitive touch panel, wherein the plurality of touch portions are touched by the capacitive touch panel It is characterized in that the previously specified capacitance is stored.

According to the present invention, the adapter portion is provided with a coupling induction groove that guides the coupling portion provided on the plate portion to be coupled to the adapter portion by being arranged at a specified position in order to combine the plate portion and the adapter portion in a specified structure. Is done.

According to the present invention, the housing portion, through the flat plate through the coupling portion provided in the flat plate portion to connect the flat plate portion and the adapter portion to a specified structure and a through guide for guiding the flat portion through the flat plate through groove It is characterized by being provided with a portion.

According to the present invention, the housing portion is characterized by comprising an adapter guide portion for guiding the movement of the adapter portion by the pressing force applied to the handle portion.

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According to the present invention, the housing portion is characterized by comprising a flat plate guide portion for guiding the movement of the flat plate portion by the pressing force applied to the handle portion.

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According to the present invention, the plurality of touch portions may form a rectangular parallelepiped having a square boundary between contact surfaces contacting the capacitive touch panel.

According to the present invention, the plurality of touch portions may have a contact surface contacting the capacitive touch panel with a constant curvature in the direction of the capacitive touch panel.

According to the present invention, an empty space may be formed in the plurality of touch units.

According to the present invention, the plurality of touch portions may be made of a soft or semi-soft or semi-hard conductive material.

According to the present invention, the flat plate portion may arrange the plurality of touch portions in a designated geometric arrangement structure.

According to the present invention, the flat plate portion may fix the plurality of touch portions to the same height.

According to the present invention, the flat plate portion may be formed of a predetermined area in which the plurality of touch portions are arranged in a specified geometrical arrangement.

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According to the present invention, the plurality of touch portions may be stored with a capacitance corresponding to the capacitance of the human body by the human body contacting the handle portion. Here, the capacitance of the human body may be a capacitance based on a capacitance of 100pF to 300pF.

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According to the present invention, by modularizing the composition of the touch coating, there is an advantage in that it is possible to mass-produce touch coatings having various geometric arrangement structures or maintain a quality of a certain level or more with a small cost and effort.

1 is a view showing a conceptual configuration diagram of a touch coating structure according to the present invention.
2 is a view showing the structure of a touch coating according to an embodiment of the present invention.
3 is a view showing the structure of a touch unit according to an embodiment of the present invention.
4 is a view showing the structure of the top plate according to an embodiment of the present invention.
5 and 6 are views showing the structure of the middle plate according to the method of the present invention.
7 and 8 are views showing the structure of the lower plate according to the method of the present invention.
9 is a view showing the structure of an adapter unit according to an embodiment of the present invention.
10 is a view showing the structure of a frame unit according to an embodiment of the present invention.
11 is a view showing the structure of a housing unit according to an embodiment of the present invention.
12 is a view showing a process of assembling the flat plate, the adapter portion and the housing portion according to an embodiment of the present invention and an assembled state.
13 is a view showing the appearance of a touch coating according to an embodiment of the present invention.

Hereinafter, an operation principle of a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings and description. However, the drawings shown below and the descriptions described below are for preferred implementation methods among various methods for effectively describing the features of the present invention, and the present invention is not limited to the following drawings and description.

In addition, in the following description of the present invention, when it is determined that detailed descriptions of related known functions or configurations may unnecessarily obscure the subject matter of the present invention, detailed descriptions thereof will be omitted. In addition, terms to be described later are terms defined in consideration of functions in the present invention, which may vary according to a user's or operator's intention or practice. Therefore, the definition should be made based on the overall contents of the present invention.

As a result, the technical spirit of the present invention is determined by the claims, and the following examples are one means for efficiently explaining the technical spirit of the present invention to those skilled in the art to which the present invention pertains. That's it.

1 is a diagram illustrating a conceptual configuration diagram of a structure of a touch coating 100 according to the present invention.

In more detail, FIG. 1 shows a structure of a touch coating 100 that simultaneously touches a plurality of touch units 105 arranged in a geometric arrangement structure designated on a capacitive touch panel having a flat plate structure, and the touch according to the present invention The coating 100 is provided with a plurality of touch portions 105 made of a conductive material that can be touched on the capacitive touch panel, and the plurality of touch portions 105 are arranged in a specified geometric arrangement structure to form a flat structure capacitive touch panel. The frame portion 110 fixed to be touched at the same time, and the handle portion formed to be gripped by a human hand so as to apply a pressing force for simultaneous touch to the plurality of touch portions 105 through the frame portion 110 125). That is, a plurality of touch portions 105 made of a conductive material and a frame portion 110 arranged to fix them in a geometrically arranged structure and capable of simultaneous touch, and a handle portion 125 formed to apply a pressing force for simultaneous touch Goods having a belong to the scope of rights of the touch coating 100 of the present invention.

The simultaneous touch (Simultaneous Touch or Synchronous Touch) implemented through the touch coating 100 of the present invention has an element differentiated from a conventional multi-touch. The multi-touch is a touch that uses a state in which two or more touch points are touched on a touch panel for a specific time period and a correlation (eg, a positional relationship of a touch point for pinch-to-zoom) as an input means. On the other hand, the simultaneous touch of the present invention is a touch method in which a plurality of touch points are touched without a time difference (or within a predetermined time difference), and an identification means or identification of a geometric arrangement structure formed by a plurality of touch points touched simultaneously. It is a touch used as a means.

In order to implement the simultaneous touch according to the present invention, a plurality of touch portions 105 made of a conductive material capable of being electrostatically touchable on a capacitive touch panel having a flat plate structure and a flat plate having a certain area on at least one side are provided. A frame unit 110 for arranging and fixing the touch unit 105 in a specified geometrical arrangement structure, and for transferring the stamping force for simultaneous touch to the flat side of the frame unit 110 where the plurality of touch units 105 are fixed. An object having a handle portion 125 is required, but any object having the touch portion 105, the frame portion 110, and the handle portion 125 corresponds to the touch coating 100 of the present invention in any shape. do.

The touch unit 105 is a general name of a component that is formed of a conductive material that stores a designated capacitance to induce a change in capacitance of the capacitive touch panel among parts constituting the touch coating 100 and has a designated contact area. The specified capacitance is stored in the specified contact area before or during the touch on the expression type touch panel.

According to the first capacitance storage method of the present invention, the plurality of touch units 105 may store the capacitance of the human body holding the handle unit 125. To this end, the handle portion 125 is made of a conductive material, or a conductive material is plated (or coated), or at least one side of the handle portion 125 is made of a conductive material or a conductive material is plated (or coated). A contact part (not shown) may be provided, and the handle part 125 (or contact part) is electrically connected to the plurality of touch parts 105. The capacitance of the human body can vary from 100pF to 4,000pF. Preferably, the present invention can be used by defining a value between 100pF and 300pF as the human body capacitance. For example, the present invention can be used by defining 200pF as the capacitance of the human body.

According to the second capacitive power storage method of the present invention, the plurality of touch portions 105 are to be stored in the capacitance stored in the capacitive power storage portion (for example, super capacitor or battery, etc.) provided in the touch coating 100 Can. To this end, the capacitive power storage unit is electrically connected to the plurality of touch units 105.

According to the method of the present invention, the material of the touch unit 105 may be made of a conductive material of soft or semi-soft or semi-soft material. For example, the touch unit 105 may be made of a conductive rubber material or a conductive plastic material of soft or semi-soft or semi-hard material.

According to an embodiment of the present invention, the touch unit 105 is preferably formed by including a contact surface 300 having a designated contact area to be touched on the capacitive touch panel. The contact surface 300 of the touch portion 105 is a portion formed in a direction to be touched on the capacitive touch panel in a state fixed to the frame portion 110 among the portions of the touch portion 105, and a specified geometric shape ( For example, polygonal or circular). Preferably, the contact surface 300 may be manufactured in a geometric shape of a square shape of a certain area.

According to an embodiment of the present invention, the contact area of the touch unit 105 correlates with the touch sensitivity of the capacitive touch panel to which the touch coating 100 will be touched. According to an embodiment of the present invention, it is assumed that the touch coating 100 touches the capacitive touch panel provided in two or more designated heterogeneous devices. At this time, the touch sensitivity of the capacitive touch panel of each device may be different for each device (or each touch panel). Since the capacitive touch panel of each device is set to use the human body's capacitance as an input means, the touch sensitivity of the capacitive touch panel of each device can be expressed as a function of the touch area based on the human body's capacitance. .

According to the first method of implementing the contact area of the present invention, the contact area of the touch unit 105 is a contact area corresponding to the lowest touch sensitivity that can be recognized based on the capacitance of the human body among the touch sensitivity of two or more capacitive touch panels. Can contain Here, the lowest touch sensitivity among the touch sensitivity of two or more capacitive touch panels may be obtained from information on specifications published by each device manufacturer or experimentally. For example, the touch sensitivity of the capacitive touch panel (a) of the designated device (a) is 5 ,, the touch sensitivity of the capacitive touch panel (b) of the designated device (b) is 7 ,, and the designated device (c) ), if the touch sensitivity of the capacitive touch panel c is 9 mm2, the contact area of the touch portion 105 includes a 9 mm2 touch area corresponding to the lowest touch sensitivity among the 5 mm2, 7 mm2, and 9 mm2. By doing so, it is possible to enable touch recognition on all the capacitive touch panels of the devices (a), (b) and (c). Here, a contact area corresponding to the lowest touch sensitivity that can be recognized based on the capacitance of the human body among the touch sensitivity of the two or more capacitive touch panels is provided in the touch coating 100. This is because the geometrical arrangement formed by the plurality of touch units 105 is used as an authentication means or an identification means. That is, if the number of touch units 105 is the same and the area of the frame unit 110 to which each touch unit 105 is fixed is the same, the smaller the contact area of each touch point, the same number of touches fixed to the same area. The number of geometrical arrangements that can be derived through the unit 105 is increased. Therefore, it is possible to recognize a touch even if the contact area of the touch unit 105 exceeds an area corresponding to the lowest touch sensitivity that can be recognized based on the capacitance of the human body among the touch sensitivity of two or more capacitive touch panels, but the plurality of In order to maximize the number of cases for a geometrical arrangement that can be derived through the touch unit 105, the contact area of the touch unit 105 is based on the capacitance of the human body among the touch sensitivity of two or more capacitive touch panels. It is desirable to be within an area corresponding to the lowest perceptible touch sensitivity.

According to the method of implementing the second contact area of the present invention, the contact area of the touch unit 105 is at least an area corresponding to the lowest touch sensitivity that can be recognized based on the capacitance of the human body among the touch sensitivity of two or more capacitive touch panels. Area may be included. For example, the touch sensitivity of the capacitive touch panel (a) of the designated device (a) is 5 ,, the touch sensitivity of the capacitive touch panel (b) of the designated device (b) is 7 ,, and the designated device (c) ), if the touch sensitivity of the capacitive touch panel c is 9 mm2, the contact area of the touch portion 105 includes a contact area of 9 mm2 or more corresponding to the lowest touch sensitivity among the 5 mm2, 7 mm2, and 9 mm2. By doing so, it is possible to enable touch recognition on all the capacitive touch panels of the devices (a), (b) and (c). Here, setting the contact area of the touch unit 105 to an area corresponding to the lowest touch sensitivity that can be recognized based on the capacitance of the human body among the touch sensitivity of two or more capacitive touch panels authenticates the touch coating 100. In order to use it as a means or identification means, other authentication elements in addition to the geometrical arrangement of the plurality of touch units 105 are additionally used (for example, an NFC chip (not shown) and an antenna (not shown) are used for the touch painting 100 ). A chip module (not shown) and a sound output unit that is provided and uses a unique code or a disposable code included in a radio wave signal transmitted from an NFC chip through an antenna as an authentication element, or generates a sound signal on the touch seal 100 (Not shown) and may be effective when a DTMF signal of a sound signal output by the chip module through the sound output unit or a unique code or a one-time code encoded in the sound signal is used as an authentication element).

According to the third method of implementing the contact area of the present invention, when the capacitive power storage unit is provided on the touch coating 100, the contact area of the touch unit 105 is a power failure of the human body among the touch sensitivity of two or more capacitive touch panels. A contact area corresponding to the lowest touch sensitivity recognizable based on the capacity and a contact area corresponding to the proportionality of the capacitance provided through the capacitive power storage unit may be included. For example, when the capacitance of the human body is 200 pF and the contact area corresponding to the lowest touch sensitivity is 9 mm 2, if the capacitance provided through the capacitive power storage unit is 600 pF, the contact area may be 3 mm 2.

According to the method of implementing the fourth contact area of the present invention, when the capacitive power storage unit is provided on the touch coating 100, the contact area of the touch unit 105 is a power failure of the human body among the touch sensitivity of two or more capacitive touch panels The contact area corresponding to the lowest touch sensitivity recognizable based on the capacity and the contact area equal to or more than the area corresponding to the proportionality of the capacitance provided through the capacitive storage unit may be included. For example, when the capacitance of the human body is 200 pF and the contact area corresponding to the lowest touch sensitivity is 9 mm 2, if the capacitance provided through the capacitive power storage unit is 400 pF, the contact area may be 4.5 mm2 or more.

According to an embodiment of the present invention, the contact surface 300 of the touch unit 105 may include a shape rounded according to a certain curvature in a direction to be touched on the capacitive touch panel, in which case the The contact surface 300 to be touched on the capacitive touch panel forms a curved structure rather than a flat surface. In order to form the contact surface 300 of the touch unit 105 in a curved structure having a certain curvature, the geometric arrangement structure formed by the plurality of touch units 105 provided in the touch coating 100 is an authentication means or This is because it is used as an identification means. In order to use the geometric arrangement structure formed by the plurality of touch units 105 having the designated contact area as an authentication means or an identification means, the center point (or angle) of the contact area of each touch parts 105 touched on the capacitive touch panel The relative coordinate relationship of the coordinate values of the touch portions 105 that are the first touched portion of the capacitive touch panel should always be constant within a specified error range. Therefore, the plurality of touch units 105 provided in the touch coating 100 must be touched at the same time. However, if the plurality of touch portions 105 provided in the touch coating 100 are touched on the capacitive touch panel, any touch portion 105 is touched from the edge portion of the geometric shape forming the contact surface 300 and any other If one side of the touch part 105 is touched first, and another touch part 105 touches the contact surface 300 (actually, when simultaneous touch is not guided by the housing part 130 below, this form) Of multiple touches frequently occurs.), each time the relative coordinate relationship of the coordinate values of the touch units 105 touched on the capacitive touch panel is touched, the error range is exceeded, and as a result, reliable authentication means Or, it cannot be used as an identification means. Therefore, the contact surface 300 of the touch unit 105 is manufactured in a curved shape, thereby inducing simultaneous touch each time the touch units 105 are touched on the capacitive touch panel, so that the capacitive touch panel is within a certain error range. The relative coordinate relationship of each touched portion 105 is induced to be kept constant, and the maintenance of the relative coordinate relationship may be more firmly guided by the guide of the housing unit 130.

According to an exemplary embodiment of the present invention, the touch unit 105 forms a geometric structure having a predetermined height in a contact area of a specified geometric formation, and the height is fixed to the frame unit 110, and the touch panel has a flat structure. It can be formed to have the same height to be touchable at the same time.

The frame portion 110 is a generic name of a component portion for fixing a plurality of touch portions 105 to be simultaneously touched on a flat-panel capacitive touch panel in a specified geometric arrangement structure among parts constituting the touch coating 100, and the plurality of portions It comprises a flat area of a predetermined area for fixing the touch portion 105 of the specified geometric arrangement. One side of the frame portion 110 is connected to the handle portion 125 and transmits a pressing force applied through the handle portion 125 to the touch portion 105.

When the capacitance of the human body is stored by the touch unit 105, the frame unit 110 is conductive to transmit the capacitance of the human body contacting the handle unit 125 (or the contact unit) to the touch unit 105 It may be made of a material or a conductive material may be plated (or coated). Alternatively, electrical wiring for transmitting the capacitance of the human body to the touch unit 105 may be printed (or included).

Alternatively, even when the capacitance of the capacitive power storage unit is stored by the touch unit 105, the frame unit 110 is made of a conductive material or a conductive material to transmit the capacitance of the capacitive storage unit to the touch unit 105 It can be plated (or coated). Alternatively, electrical wiring for transmitting the capacitance of the capacitive power storage unit to the touch unit 105 may be printed (or included).

According to an embodiment of the present invention, the frame portion 110 includes a flat plate portion 120 and a flat plate portion including a flat area of a predetermined area that arranges the plurality of touch portions 105 in a specified geometrical arrangement. 120) while accommodating, the plurality of touch units 105 may include an adapter unit 115 that interfaces with the housing unit 130 to simultaneously touch the capacitive touch panel. The flat plate portion 120 and the adapter portion 115 may be made of individual modules that can be assembled, or may be integrally manufactured.

The handle unit 125 is a generic name of a component formed by being gripped by a person's hand among parts constituting the touch coating 100, and receives a pressing force applied through a person's hand and transmits it to the frame unit 110 . One side of the handle portion 125 is connected to the frame portion 110. Alternatively, the handle portion 125 and the frame portion 110 may be made of individual modules that can be assembled, or may be integrally manufactured.

When the capacitance of the human body is stored by the touch unit 105, the handle unit 125 is made of a conductive material, or a conductive material is plated (or coated), or at least one side of the handle unit 125 is conductive A contact portion made of a material or a conductive material plated (or coated) may be provided.

The touch coating 100 according to the present invention protects the plurality of touch portions 105 fixed to the frame portion 110 from being contaminated or damaged in a designated geometrical arrangement in a state where no pressing force is applied, and/or Alternatively, the housing unit 130 is provided to guide the plurality of touch units 105 fixed to the frame unit 110 by the pressing force applied through the handle unit 125 to simultaneously touch the capacitive touch panel having a flat structure. do.

When the touch portion 105 of the touch coating 100 is stored so as to face down and touch the floor, the touch portion 105 exposed to the outside is contaminated by foreign matters to reduce touch sensitivity or cause touch errors. Can. Alternatively, when the bottom surface is rough or external energy is applied to the exposed touch unit 105, the exposed touch unit 105 may be physically damaged. In addition, external energy may damage or deform the frame portion 110. To prevent this, the housing unit 130 accommodates the touch unit 105 and the frame unit 110 therein to protect the touch unit 105 and the frame unit 110 from contamination or damage. Preferably, the housing portion 130 is at least one spring portion so that the touch portion 105 is separated from the floor to a certain height even when the touch portion 105 of the touch coating 100 is stored downward. 140).

The plurality of touch portions 105 provided in the touch coating 100 are fixed to the frame portion 110 including the flat plate area, and the touch panel of the flat plate structure is applied by the pressing force applied through the handle portion 125 while being fixed to the frame portion 110 including the flat plate area. To be touched at the same time. In order for the plurality of touch portions 105 to simultaneously touch the touch panel having a flat plate structure, the flat plate region of the frame portion 110 must be touched while maintaining a parallel relationship with the capacitive touch panel of the flat plate structure. (130) is provided with one or more guides (135) for guiding the flat area of the frame part (110) holding the plurality of touch parts (105) to be touched while maintaining a parallel relationship with the capacitive touch panel of the flat plate structure. can do.

On the other hand, since the geometric arrangement structure of the plurality of touch units 105 provided in the touch painting 100 is used as one of the important authentication elements for using the touch painting 100 as an authentication means or an identification means, the touch It is desirable that the geometric arrangement of the part 105 has uniqueness that does not overlap. However, in accordance with another embodiment extending from the present invention, additional authentication elements other than the geometric arrangement structure formed by the plurality of touch units 105 are additionally used (for example, an NFC chip (not shown) and an antenna (for the touch painting 100). Chip module (not shown) that is provided and uses a unique code or a disposable code included in the radio wave signal transmitted from the NFC chip as an authentication element, or generates a sound signal on the touch seal 100. And a sound output unit (not shown) and a plurality of cases in which a DTMF signal of a sound signal output through the sound output unit by the chip module or a unique code or a one-time code encoded in the sound signal is used as an authentication element) Even if the geometrical arrangements formed by the touch portions 105 of the part are the same, the present invention includes such an embodiment as the scope of the right.

The present invention is to maintain the uniqueness of the geometric arrangement of the plurality of touch units 105 provided in the touch coating 100 while maintaining the mass production and quality control of the touch coating 100, the touch coating 100 May be manufactured through an embodiment implemented through the following drawings and descriptions. However, the embodiment of the touch painting 100 of the present invention is not limited to the following embodiments, and if it supports some of the configurations shown or described in FIG. 1, the configuration of the touch painting 100 of the present invention It is clear that this is true.

2 is a view showing the structure of the touch coating 100 according to an embodiment of the present invention.

In more detail, FIG. 2 shows an embodiment of the internal structure of the touch coating 100 manufactured based on the structure of the touch coating 100 illustrated in FIG. 1, and includes a plurality of touch units 105. It shows an embodiment of a touch coating 100 structure capable of mass production and quality control by arranging in various geometric arrangement structures. Those of ordinary skill in the art to which the present invention pertains may refer to and/or modify the drawings shown in the embodiments of the present invention to implement various methods for the structure of the touch coating 100 (eg, some components are omitted or , Or a modified or integrated implementation method), but the present invention comprises all the inferred implementation methods, and the technical features of the present invention are not limited to only the implementation methods shown below. It is clear.

Referring to FIG. 2, the touch coating 100 includes a plurality of touch portions 105 made of a conductive material touchable on an electrostatic touch panel, and the plurality of touch portions 105 are arranged in a designated geometry. By fixing the frame portion 110 to be touched simultaneously on the flat-panel capacitive touch panel, and through the frame portion 110, a plurality of touch portions 105 can be applied with a pressing force for simultaneous touch. It is provided with a handle portion 125 formed by hand grip, protects the plurality of touch portions 105 and the frame portion 110, the plurality of touch portions 105 fixed to the frame portion 110 is a blackout It is provided with a housing portion 130 for guiding to be touched at the same time on the touch panel.

The touch part 105 is a general part of a component formed of a conductive material in which a specified capacitance is stored to induce a change in capacitance of the capacitive touch panel among parts constituting the touch coating 100 and a designated contact area is formed. Or it is made of a semi-soft or semi-conductive conductive material, and before or during being touched on the capacitive touch panel, the capacitance stored in the human body's capacitive or capacitive power storage portion is stored in the designated contact area.

The contact surface 300 of the touch portion 105 is a portion formed in a direction to be touched on the capacitive touch panel in a state fixed to the frame portion 110 among the portions of the touch portion 105, and a specified geometric shape ( For example, polygonal or circular). Preferably, the contact surface 300 may be manufactured in a geometric shape of a square shape of a certain area.

According to an embodiment of the present invention, the contact area of the touch unit 105 correlates with the touch sensitivity of the capacitive touch panel to which the touch coating 100 will be touched. According to an embodiment of the present invention, it is assumed that the touch coating 100 touches the capacitive touch panel provided in two or more designated heterogeneous devices. At this time, the touch sensitivity of the capacitive touch panel of each device may be different for each device (or each touch panel). Since the capacitive touch panel of each device is set to use the human body's capacitance as an input means, the touch sensitivity of the capacitive touch panel of each device can be expressed as a function of the touch area based on the human body's capacitance. .

According to the first method of implementing the contact area of the present invention, the contact area of the touch unit 105 is a contact area corresponding to the lowest touch sensitivity that can be recognized based on the capacitance of the human body among the touch sensitivity of two or more capacitive touch panels. Can contain Here, the lowest touch sensitivity among the touch sensitivity of two or more capacitive touch panels may be obtained from information on specifications published by each device manufacturer or experimentally.

According to the method of implementing the second contact area of the present invention, the contact area of the touch unit 105 is at least an area corresponding to the lowest touch sensitivity that can be recognized based on the capacitance of the human body among the touch sensitivity of two or more capacitive touch panels. Area may be included.

According to the third method of implementing the contact area of the present invention, when the capacitive power storage unit is provided on the touch coating 100, the contact area of the touch unit 105 is a power failure of the human body among the touch sensitivity of two or more capacitive touch panels. A contact area corresponding to the lowest touch sensitivity recognizable based on the capacity and a contact area corresponding to the proportionality of the capacitance provided through the capacitive power storage unit may be included.

According to the method of implementing the fourth contact area of the present invention, when the capacitive power storage unit is provided on the touch coating 100, the contact area of the touch unit 105 is a power failure of the human body among the touch sensitivity of two or more capacitive touch panels The contact area corresponding to the lowest touch sensitivity recognizable based on the capacity and the contact area equal to or more than the area corresponding to the proportionality of the capacitance provided through the capacitive storage unit may be included.

According to an embodiment of the present invention, the contact surface 300 of the touch unit 105 may include a shape that is rounded according to a certain curvature in a direction to be touched on the capacitive touch screen. The contact surface 300 to be touched on the capacitive touch screen is manufactured to form a curved surface rather than a flat surface, and thus coordinate values corresponding to the geometrical arrangement structure formed by the plurality of touch units 105 provided in the touch coating 100 are formed. The relative coordinate relationship is always kept constant within a specified error range.

According to an exemplary embodiment of the present invention, the touch unit 105 forms a geometric structure having a predetermined height in a contact area of a specified geometric formation, and the height is fixed to the frame unit 110, and the touch panel has a flat structure. It can be formed to have the same height to be touchable at the same time.

The frame part 110 is a general part of a component that fixes a plurality of touch parts 105 to be simultaneously touched to a flat-panel capacitive touch panel in a specified geometric arrangement structure among parts constituting the touch coating 100, and is a conductive material. It may be made of or a conductive material may be plated (or coated). Alternatively, electrical wiring for transmitting the capacitance of the human body to the touch unit 105 may be printed (or included).

Referring to FIG. 2 according to an exemplary embodiment of the present invention, the frame unit 110 includes a flat plate portion 120 including a flat area of a predetermined area in which the plurality of touch portions 105 are arranged in a specified geometrical arrangement. And an adapter unit 115 that interfaces with the housing unit 130 such that the plurality of touch units 105 simultaneously touch the capacitive touch panel while being coupled to the flat panel unit 120.

The flat plate portion 120 includes a coupling portion 400 coupled with the adapter portion 115, and holds and supports the plurality of touch portions 105 against the pressing force applied through the handle portion 125 It includes a top plate portion 200 corresponding to the support frame including a flat plate area on one side.

The flat plate portion 120 includes a middle plate portion 205 corresponding to an embedded frame in which a plurality of touch portions 105 supported by the top plate portion 200 are embedded to form a geometric arrangement structure of a designated pattern.

The flat plate portion 120 protrudes such that a plurality of touch portions 105 supported by the top plate portion 200 are exposed to a designated position according to a geometric arrangement structure of a designated pattern while being embedded in the middle plate portion 205. It includes a lower plate portion 210 corresponding to the protruding frame.

At least one of the upper plate portion 200, the middle plate portion 205, and the lower plate portion 210 may be made of a conductive material or a conductive material may be plated (or coated). Alternatively, electrical wiring for transmitting the capacitance of the capacitive power storage unit to the touch unit 105 may be printed (or included).

The flat plate portion 120 is supported by the upper plate portion 200, while the upper plate portion 200, the middle plate portion 205, and the lower plate portion 210 are combined in a layered manner, and has a geometric arrangement structure designated by the middle plate portion 205. It is embedded, and accommodates a plurality of touch portions 105 protruding in a geometric arrangement structure designated by the lower plate portion 210. The upper plate portion 200, the middle plate portion 205, and the lower plate portion 210 may be layered by an adhesive, and/or layered by screw assembly. The adhesive may include a conductive adhesive.

Referring to Figure 2 according to an embodiment of the present invention, the adapter portion 115 is coupled to the flat plate 120 and includes a body that interfaces with the housing 130, the coupling portion of the top plate 200 ( It may be provided with a coupling induction groove 910 to guide the guide plate 400 to be coupled to the specified position. The adapter portion 115 by accurately positioning the coupling portion 400 of the top plate portion 200 through the coupling induction groove 910 at a designated position, the flat plate portion 120 (eg, the top plate portion 200 and the middle plate) The part 205 and the lower plate part 210 support, buy, and project the plurality of touch parts 105 while stratically bonding the components) by aligning them to the correct position and bonding them. Depending on the method of implementation, the coupling inducing groove 910 may be omitted.

The adapter portion 115 and the flat plate portion 120 (for example, a structure in which the upper plate portion 200, the middle plate portion 205, and the lower plate portion 210 support, buy, and protrude a plurality of touch portions 105 to be interlayered) Can be bonded via an adhesive (eg, conductive adhesive), and/or through screw assembly. Preferably, the flat plate portion 120 is coupled to the adapter portion 115 through the adhesive in a state guided to the designated position of the adapter portion 115 through the coupling induction groove 910, and/or It may be coupled to the adapter unit 115 through screw assembly.

When the adapter portion 115 and the flat plate portion 120 are coupled through screw assembly, the adapter portion 115 may include a bolt through groove 905 through which a bolt for screw assembly passes, and the top plate portion The coupling part 400 of 200 may be provided with a screw groove 405 for assembling the screw. When the adapter portion 115 and the flat plate portion 120 are not coupled by screw assembly, the bolt through groove 905 of the adapter portion 115 and the screw groove 405 of the top plate 200 may be omitted.

The adapter unit 115 interfaces with the housing unit 130 while the flat panel unit 120 is coupled. Referring to FIG. 2 according to an embodiment of the present invention, the housing part 130 accommodates the flat plate portion 120 (or the frame portion 110 in which the adapter portion 115 and the flat plate portion 120 are combined). It includes a body, and has a flat plate through groove (1100) for penetrating the coupling portion (400) of the flat plate portion (120) with the adapter portion (115), through the flat plate through groove (1100). By dropping the flat plate portion 120 (or the touch portion 105 provided on the flat plate portion 120) to a certain height from the floor while the flat plate portion 120 combined with the adapter portion 115 faces toward the floor It is provided with at least one spring portion 140 to hold. The spring portion 140 does not include only a spring made of wire, and any material having a resilient elastic force (eg, sponge, etc.) can be used as the spring portion 140.

Referring to Figure 2 according to an embodiment of the present invention, the housing portion 130 is a predetermined direction to the adapter portion 115 and the flat plate portion 120 when a pressing force is applied by the handle portion 125 It is provided with at least one guide portion 135 to guide the spaced apart so as to guide the plurality of touch portions 105 provided on the flat plate portion 120 to simultaneously touch the capacitive touch panel having a flat plate structure.

The housing part 130 guides the body of the adapter part 115 and the through guide part 135 for guiding the coupling part 400 of the flat part 120 penetrating through the flat plate through groove 1100. An adapter guide portion 135 and one or more guide portions 135 of the flat plate guide portion 135 for guiding the flat plate portion 120 having the touch portion 105 are provided. Preferably, the adapter guide portion 135 may include an inner guide portion 135 for guiding the inside of the adapter portion 115 and an outer guide portion 135 for guiding the outside of the adapter portion 115. According to an implementation method, the flat plate guide portion 135 includes a protruding flat plate guide portion 135 for guiding the flat plate portion 120 in a state protruding from the inside of the body of the housing portion 130 toward the flat plate, and the housing portion ( Recessed flat plate guide portion 135 (not shown) for purchasing and guiding a portion protruding from the plate side from inside the body of 130, and a flat plate guide portion inside the body of the housing portion 130 to guide the flat plate ( It may include one or more of the flat plate guide portion 135.

Referring to Figure 2 according to an embodiment of the present invention, the handle portion 125 is a generic part formed by being held by a human hand among parts constituting the touch coating 100, and the pressure applied through the human hand The manpower is input and transmits it to the adapter unit 115 of the frame unit 110. One side of the handle portion 125 is connected to the adapter portion 115 of the frame portion 110. The handle portion 125 and the adapter portion 115 may be connected through an adhesive or through screw assembly. When the capacitance of the human body is stored in the touch portion 105, the adhesive may include a conductive adhesive so that the capacitance of the human body holding the handle portion 125 is transmitted to the touch portion 105.

On the other hand, when the touch coating 100 of the present invention uses an additional authentication element in addition to the geometric arrangement of the plurality of touch portions 105, a component corresponding to the additional authentication element (eg, NFC on the touch coating 100) A chip (not shown) and an antenna (not shown), or a chip module (not shown) and a sound output unit (not shown) for generating a sound signal may be provided in the handle unit 125. Alternatively, a component part corresponding to the additional authentication element may be provided in the frame part 110 and/or the housing part 130.

3 is a diagram showing the structure of the touch unit 105 according to the method of the present invention.

In more detail, FIG. 3 shows an embodiment of the touch portion 105 supported by the upper plate portion 200, embedded in the middle plate portion 205, and projected to the outside by the lower plate portion 210. Those of ordinary skill in the art to which the present invention pertains may refer to and/or modify the drawings shown in the embodiments of the present invention to implement various methods for the structure of the touch unit 105 (eg, some components are omitted, or Alternatively, a modified or integrated implementation method) may be inferred, but the present invention includes all the inferred implementation methods, and the technical features of the present invention are not limited to only the implementation methods shown below. This is clearly stated.

A plurality of touch portions 105 provided in the touch coating 100 of the present invention, on the embedded plate 305 of a predetermined area to be embedded in the middle plate portion 205, through the lower plate portion 210, the contact surface ( 300) is manufactured in a form of forming a touch implementation unit 310 exposing the outside. The buried plate 305 and the touch implement 310 are preferably made of a soft or semi-soft or semi-conductive conductive material through an injection molding process or an extrusion molding process.

The thickness of the embedded plate 305 is formed to the same thickness as the plate thickness of the middle plate portion 205, or a slightly larger thickness than the plate thickness of the middle plate portion 205 (for example, the material of the embedded plate 305) It is preferably formed by being compressed by a soft or semi-soft or semi-hard property, and having a thickness that can combine the middle plate portion 205 and the lower plate portion 210).

The area of the embedded plate 305 is preferably formed with a larger area than the contact area of the touch-implementation unit 310. In this case, the touch portion 105 is in a state where the touch portion 105 faces down without adhering the portion where the buried plate 305 contacts the top plate portion 200 with an adhesive (for example, a conductive adhesive). 120). If the buried plate 305 is adhered to the top plate 200 through an adhesive, the area of the buried plate 305 may be equal to or smaller than the contact area of the touch implement 310.

The touch implementation unit 310 includes a contact surface 300 having a designated contact area formed in a designated polygonal (or circular) shape, and penetrates the lower plate 210 to expose the contact surface 300 to the outside. It is formed in the shape of a polyhedron (or cylinder) with a certain height.

The height of the touch implement 310 is formed to a height greater than the thickness of the bottom plate 210, whereby the contact surface 300 of the touch implement 310 is exposed to the outside of the bottom plate 210. Will be.

According to the first method of implementing the contact area of the present invention, the contact area of the touch implement unit 310 corresponds to the lowest touch sensitivity that can be recognized based on the capacitance of the human body among the touch sensitivity of two or more capacitive touch panels. It may include.

According to the method of implementing the second contact area of the present invention, the contact area of the touch implement unit 310 is greater than or equal to the lowest touch sensitivity that can be recognized based on the capacitance of the human body among the touch sensitivity of the two or more capacitive touch panels. Contact area.

According to the third method of implementing the contact area of the present invention, when the capacitive power storage unit is provided on the touch coating 100, the contact area of the touch implementation unit 310 is the touch sensitivity of the two or more capacitive touch panels. It may include a contact area corresponding to the lowest touch sensitivity that can be recognized based on the capacitance and a contact area corresponding to the proportionality of the capacitance provided through the capacitive power storage unit.

According to the method of implementing the fourth contact area of the present invention, when the capacitive power storage unit is provided on the touch coating 100, the contact area of the touch implementation unit 310 is the touch sensitivity of the two or more capacitive touch panels. The contact area corresponding to the lowest touch sensitivity recognizable based on the capacitance and the contact area equal to or more than the area corresponding to the proportional expression of the capacitance provided through the capacitive power storage unit may be included.

The contact surface 300 of the touch implementation unit 310 may be manufactured in a rounded shape according to a certain curvature in a direction to be touched on the capacitive touch panel within a boundary of a designated polygonal (or circular) shape, in this case The contact surface 300 to be touched by the capacitive touch panel forms a curved structure within a boundary of a designated polygon (or circle) shape, not a plane.

An empty space may be formed inside the touch implementation unit 310, thereby allowing the soft material to have more soft properties than soft or semi-soft or semi-hard properties of the conductive material constituting the touch unit 105. Can. Although the contact surface 300 of the touch-implementation part 310 has a curvature structure due to such softening, the pressure smaller than the elastic or semi-soft or semi-elastic elastic force of the conductive material constituting the touch part 105 It is also possible to induce that an area corresponding to the contact area touches the capacitive touch panel even by a manpower. It is preferable that the empty space is formed to extend to the recess.

Referring to FIG. 3 according to an embodiment of the present invention, the touch unit 105 includes a rectangular-shaped embedded plate 305 having a predetermined area to be embedded in the middle plate portion 205, and the lower plate portion 210. It is formed by including a touch implement 310 having a square contact surface 300 exposed to the outside through.

The embedded plate 305 has a thickness equal to or slightly larger than the thickness of the middle plate portion 205, and the area of the embedded plate 305 is larger than the contact area of the touch implement 310 It is formed in a square shape with an area.

The touch implementation unit 310 is formed on the rectangular plated plate 305. The touch implementation unit 310 has a contact surface 300 having a square boundary of a contact surface 300 contacting the capacitive touch panel, and the contact surface is exposed to the outside through the lower panel 210. The length of each side is determined so as to have a designated contact area of the square-shaped contact surface provided in the touch-implementation part 310, and is rounded in a direction in contact with the capacitive touch panel while maintaining the square shape. The touch implementation unit 310 is formed in a rectangular parallelepiped shape having a height greater than the thickness of the lower plate 210. An empty space is formed inside the rectangular parallelepiped-shaped touch implementation unit 310, whereby the square shape is formed even by a pressing force smaller than the elastic or semi-soft or semi-elastic elastic force of the conductive material constituting the touch unit 105. The contact surface 300 of comes into contact with the capacitive touch panel. The empty space may be formed through injection molding or extrusion molding by being formed up to the recess.

Referring to FIG. 3 according to an embodiment of the present invention, the touch unit 105 includes a first type touch unit 105 in which a touch implementing unit 310 is formed in the center of the buying plate 305, and a buying plate. A second type touch unit 105 in which a touch implementation unit 310 is formed at an edge portion of 305, and a third type touch unit in which a touch implementation unit 310 is formed in contact with a side of the embedded plate 305 ( 105).

The area or shape of the buried portion of the first type touch portion 105, the second type touch portion 105, and the third type touch portion 105 is manufactured in different areas or shapes for each shape, thereby providing a middle plate portion 205. In the process of purchasing each touch unit 105 in the purchase groove 500 of ), only the touch unit 105 of the designated type can be purchased in the designated purchase groove 500. For example, the second type of touch portion 105 may be embedded in the recessed groove 500 formed in the corner portion of the middle plate portion 205, and the recessed groove 500 contacting the side of the middle plate portion 205 may be The third type touch unit 105 may be purchased, and the first type touch unit 105 may be embedded in the other purchase grooves 500. At this time, the area or shape of the input unit for each type may be different. By doing so, the second type touch portion 105 may be embedded in the recessed groove 500 formed in the corner portion of the middle plate portion 205, and the third type touch may be touched by the recessed groove 500 contacting the side of the middle plate portion 205. The unit 105 may be purchased, and the first type touch unit 105 may be purchased in the other purchase grooves 500 to facilitate mass production and quality control.

According to an embodiment of the present invention, two or more different types of touch parts 105 among the first to third type touch parts 105 may be embedded in the recess 500 of the middle plate part 205. In addition, the lower plate portion 210 may expose the contact surfaces 300 of two or more different types of touch portions 105 embedded in the middle plate portion 205 to the outside. For example, one touch coating 100 is provided with a first type and a second type touch portion 105, and any other touch coating 100 is provided with a first type and a third type touch portion 105. In addition, the first type, the second type, and the third type touch unit 105 may be provided on another touch coating 100.

4 is a view showing the structure of the top plate 200 according to the method of the present invention.

In more detail, FIG. 4 illustrates the structure of the top plate 200 among the flat plate portions 120 of the frame portion 110, specifically, FIG. 4B shows a top view of the top plate portion 200, and FIG. 4A shows the top plate portion ( 200), and FIG. 4C shows a bottom view of the top plate 200. If the person of ordinary skill in the art to which the present invention pertains, refer to and/or modify the drawings shown in the embodiments of the present invention to implement various methods for the structure of the top panel 200 (eg, some components are omitted, or Alternatively, a modified or integrated implementation method) may be inferred, but the present invention includes all the inferred implementation methods, and the technical features of the present invention are not limited to only the implementation methods shown below. This is clearly stated.

Referring to FIG. 4A according to an embodiment of the present invention, the top plate 200 penetrates the flat plate region supporting the plurality of touch portions 105 and the flat plate through groove 1100 of the housing portion 130 through the adapter. It is provided with a coupling portion 400 that engages with the portion 115, and is provided with a screw groove 405 for assembling the screw when the top plate portion 200 and the adapter portion 115 are screwed.

The flat plate region of the top plate 200 supports a plurality of touch portions 105 among portions of the top plate 200 and is a region coupled to the middle plate portion 205.

One side of the top plate 200 is provided with a coupling portion 400 that penetrates the flat plate through groove 1100 of the housing portion 130 and engages the adapter portion 115, and the coupling portion 400 is a housing. After passing through the flat plate through groove 1100 of the unit 130 and guided to the coupling induction groove 910 of the adapter unit 115, the adapter and the top panel unit 200 (=flat panel unit 120) are coupled.

When the top plate portion 200 and the adapter portion 115 are screwed, the coupling portion 400 is provided with a screw groove 405 for screw assembly, and the screw groove 405 is a bolt of the adapter portion 115 The adapter portion 115 and the top plate portion 200 (=flat plate portion 120) are screwed through the through groove 905.

Referring to Figure 4a according to an embodiment of the present invention, the top plate portion 200, the protruding plate guide portion 135 provided in the housing portion 130 toward the top plate portion 200 (= flat plate portion 120) side It is provided with a guide groove 410 that guides to be guided in the embedded form.

In the embodiment of FIG. 4, the guide groove 410 is formed at each corner portion of the flat plate area of the top plate 200. On the other hand, according to another embodiment of the present invention, the guide groove 410 may be formed on each side portion of the flat plate area of the top plate 200, in this case, the protruding flat plate guide portion of the housing portion 130 ( 135) may be formed in a position inside the body of the housing portion 130 embedded in the guide groove 410 formed on each side portion of the flat plate area of the top plate 200.

On the other hand, according to another embodiment of the present invention, a recessed flat plate guide portion 135 may be formed in an inner edge region or each side region of the body of the housing 130, in this case, an edge of the top plate 200 A guide guiding portion (not shown) protruding so as to be guided in a shape embedded in the recessed flat plate guide portion 135 may be formed in the region or each side region.

Referring to Figures 4b and 4c according to the method of the present invention, the upper plate portion 200, the upper plate portion 205 and the groove portion 505 of the lower plate portion 210 is inserted into the upper plate portion 200, the middle plate portion 205 and the lower portion 210 is provided with a protrusion 415 that leads to be assembled in an aligned state.

The protruding portion 415 of the upper plate portion 200 is inserted into the groove portion 505 of the middle plate portion 205 and the groove portion 505 of the lower plate portion 210 is inserted so that the upper plate portion 200 and the middle plate portion are inserted. Each of the sides and corners of the 205 and the lower plate portion 210 is guided to be combined in a precisely aligned state.

5 is a diagram showing the structure of the middle plate portion 205 according to an embodiment of the present invention.

In more detail, FIG. 5 shows the structure of the middle plate portion 205 among the flat plate portions 120 of the frame portion 110. Specifically, FIG. 5A is a bottom view of the middle plate portion 205 in which the recesses 500 are formed. 5B shows a state in which the first type and the second type touch unit 105 are buried in the recessed groove 500 of the middle plate portion 205, and FIG. 5C shows the top plate portion 200 and the middle plate. The side view of the state where the part 205 was assembled is shown. Those of ordinary skill in the art to which the present invention pertains may refer to and/or modify the drawings shown in the embodiments of the present invention to implement various methods for the structure of the middle plate 205 (eg, some components are omitted or , Or a modified or integrated implementation method), but the present invention comprises all the inferred implementation methods, and the technical features of the present invention are not limited to only the implementation methods shown below. It is clear.

The middle plate part 205 includes a plurality of recess grooves 500 into which the recesses of the plurality of touch parts 105 are buried. According to an embodiment of the present invention, the position of each recessed groove 500 in the middle plate portion 205 is calculated to form a unique geometrical arrangement through a program provided in the computer, and each recessed recess 500 is located at the calculated position ) Is formed.

According to an embodiment of the present invention, each device (or the capacitive touch panel of each device) equipped with a capacitive touch panel has a minimum distinguishable recognition interval that can be recognized by distinguishing multiple touches, or experimentally for each device. The minimum discrimination recognition interval (or per capacitive touch panel) may be determined.

The program of the computer receives the minimum distinction recognition interval for each device (or per capacitive touch panel), and based on this, the maximum value of the minimum distinction recognition interval for each device (or per capacitive touch panel) is touch-painted. It may be determined by a distinct recognition interval of the touch unit 105 provided in the (100). Alternatively, the program of the computer may receive the distinction recognition interval of the touch unit 105 corresponding to the maximum value of the minimum distinction recognition interval for each device (or per capacitive touch panel). For example, the capacitive touch panel (a) of the designated device (a) recognizes each touch point as a different touch point when two or more touch points that are multi-touched are separated by 12 mm or more, and The capacitive touch panel (b) recognizes each touch point as a different touch point when two or more touch points that are multi-touched are separated by 10 mm or more, and the capacitive touch panel (b) of the designated device (c) is multi-touch When two or more touch points are separated by 9 mm or more, when a minimum discrimination recognition interval for each device (or per capacitive touch panel) is set (or determined) in the form of recognizing each touch point as a different touch point, the above The distinguishing recognition interval of the touch unit 105 provided in the touch coating 100 may be determined to be 12 mm or more, which is the maximum value of the minimum distinguishing recognition interval for each device (or for each capacitive touch panel).

The program of the computer is based on the contact surface 300 of each touch portion 105 to be exposed to the outside through the protruding grooves 700 of the lower plate portion 210 provided in any one specific touch coating 100, respectively. Determines the simultaneous touch pattern corresponding to the geometric arrangement structure in which the contact surface 300 of the touch panel 105 is arranged to be spaced apart from each other over the distinguished recognition interval of the determined touch unit 105, and the middle panel 205 is configured to form the simultaneous touch pattern. After determining the positions of the respective recessed grooves 500 to be formed on the flat plate area, it may be processed to form the respective recessed grooves 500 at the determined position through a designated manufacturing apparatus (not shown).

According to an exemplary embodiment of the present invention, each device (or the capacitive touch panel of each device) equipped with a capacitive touch panel has a minimum touch identification interval that can be recognized by identifying any one touch point and another touch point, or Alternatively, experimentally, the minimum touch identification recognition distance for each device (or for each capacitive touch panel) may be determined.

The program of the computer receives the minimum touch identification interval for each device (or per capacitive touch panel), and based on this, the maximum value of the minimum touch identification interval for each device (or per capacitive touch panel) is applied to the touch painting It may be determined by the touch identification interval of the touch unit 105 provided in the (100). Alternatively, the program of the computer may receive the touch identification interval of the touch unit 105 corresponding to the maximum value of the minimum touch identification interval for each device (or per capacitive touch panel). For example, in the capacitive touch panel (a) of the designated device (a), when one touch point touches a specific coordinate area and another touch point touches 4 mm or more away from the specific coordinate area, each touch point has different coordinates. It is identified as a touch point touched on an area, and when one touch point touches a specific coordinate area and the other touch point touches 6 mm or more away from the specific coordinate area on the capacitive touch panel b of the designated device b. It is identified that each touch point is a touch point touched on a different coordinate area, and the capacitive touch panel b of the designated device c touches one touch point on a specific coordinate area and another touch point is 7 mm from the specific coordinate area. In the case where the touch points are separated from each other, when the minimum touch identification interval for each device (or each capacitive touch panel) is set (or determined) in the form of identifying each touch point as a touch point touched in a different coordinate area, the touch painting The touch identification interval of the touch unit 105 provided in the 100 may be determined to be 7 mm or more, which is the maximum value of the minimum touch identification interval for each device (or for each capacitive touch panel).

According to the present invention, in order to use the touch coating 100 as an authentication means or an identification means, it is preferable that the simultaneous touch patterns have uniqueness that does not overlap. The program of the computer is based on the contact surface 300 of each touch portion 105 to be exposed to the outside through the protruding grooves 700 of the lower plate portion 210 provided in any one specific touch coating 100, respectively. Determining a simultaneous touch pattern corresponding to a geometric arrangement structure in which the contact surfaces 300 of the touch units 105 are arranged to be spaced apart or apart from each other by a predetermined recognition interval of the determined touch unit 105, but different touch coatings for uniqueness of the simultaneous touch patterns ( With respect to 100), each touch part 105 provided in different touch coatings 100 is spaced apart from the touch identification interval of the touch part 105 based on the touch identification interval of the determined touch part 105 and overlaps. After determining the simultaneous touch pattern corresponding to the geometric arrangement structure having uniqueness, and determining the position of each recessed groove 500 to be formed on the flat plate area of the middle plate portion 205 to form the simultaneous touch pattern, the designated manufacturing Through the device (not shown) it can be processed to form each recessed groove 500 at the determined position.

Referring to FIG. 5A according to an embodiment of the present invention, the middle plate part 205 includes a first type recessed groove 500 and a second type touch part (500) into which a recessed part of the first type touch part 105 is embedded. 105) is provided with a second type of purchase groove 500 to be purchased.

The computer program for determining the positions of the first type recessed groove 500 and the second type recessed groove 500 of the middle plate portion 205 distinguishes the touch portion 105 provided in the touch painting 100. Recognition interval, location information on which the touch implementer 310 is formed on the buried portion of the first type touch portion 105, and location on which the touch implementer 310 is formed on the buried portion of the second type touch portion 105. Each contact surface based on the contact surface 300 of each touch portion 105 to be exposed to the outside through the protruding groove 700 of the lower plate portion 210 coupled with the middle plate portion 205 using information 300) to determine the simultaneous touch pattern corresponding to the geometric arrangement structure arranged to be spaced apart and separated by more than the discrimination recognition interval of the determined touch portion 105, and to form the simultaneous touch pattern on the flat plate area of the middle plate portion 205 After determining the positions of the respective recessed grooves 500 to be formed, it may be processed to form the first type recessed groove 500 and the second type recessed groove 500 at the determined position through a designated manufacturing apparatus.

On the other hand, the second type recessed groove 500 is preferably formed at the edge of the flat plate region of the middle plate portion 205. Referring to FIG. 5A according to the method of the present invention, the edge of the flat plate region of the middle plate portion 205 Since the guide groove 410 is provided to be guided by being inserted into the protruding flat guide portion 135 of the housing portion 130, the second type recess groove 500 is provided at the edge of the flat plate area of the middle plate portion 205. It may be formed in a position spaced apart from the side of one side as much as the area occupied by the guide groove 410 in the portion.

Referring to Figure 5a according to an embodiment of the present invention, the middle plate portion 205, the protrusion 415 of the top plate 200 is inserted to align and combine the top plate 200 and the middle plate portion 205 in a line. The groove part 505 is provided. The concave portion 505 is formed in a diameter that the protrusion 415 of the upper plate portion 200 can be inserted.

Referring to FIG. 5B according to an embodiment of the present invention, a first type touch portion 105 is embedded in the first type recessed groove 500 of the middle plate portion 205, and a second type recessed groove 500 is provided. The second type touch unit 105 is embedded. If the first type touch part 105 and the second type touch part 105 are formed in different areas or shapes, the first type recess groove 500 and the second type recess groove 500 are also formed. If formed in a corresponding area or shape, the first type touch unit 105 can be purchased only in the first type recessed groove 500 and the second type touch unit 105 is only in the second type recessed groove 500 It is possible to purchase.

5A and 5B according to an exemplary embodiment of the present invention, in the middle plate portion 205, the protruding plate guide portion 135 provided in the housing portion 130 has a middle plate portion 205 (= flat plate portion) (120)) is provided with a guide groove 410 to guide the guide in the form embedded in the side.

In the embodiment of FIG. 5, the guide groove 410 is formed at each corner portion of the flat plate area of the middle plate portion 205. On the other hand, according to another embodiment of the present invention, the guide groove 410 may be formed on each side portion of the flat plate area of the middle plate portion 205, in this case, the protruding flat plate guide portion of the housing portion 130 (135) may be formed at a position inside the body of the housing portion 130 embedded in the guide groove 410 formed on each side portion of the flat plate area of the middle plate portion 205.

On the other hand, according to another embodiment of the present invention, a recessed flat plate guide portion 135 may be formed in an inner edge region or each side region of the body of the housing portion 130, in this case of the middle plate portion 205. A sliding portion 915 that protrudes to be guided in a shape embedded in the recessed flat plate guide portion 135 may be formed in an edge region or each side region.

Referring to Figure 5c according to an embodiment of the present invention, the groove 505 of the middle plate portion 205 is arranged in a form to be inserted into the protrusion 415 of the top plate portion 200, the top plate portion 200 and the middle plate A part 205 is coupled, and the first type touch part 105 and the second type touch part 105 are provided in the first type recessed groove 500 and the second type recessed groove 500 of the middle plate part 205. Each is purchased, and the touch implementation unit 310 of each touch unit 105 is exposed to the outside.

6 is a view showing the structure of the middle plate portion 205 according to another embodiment of the present invention.

More specifically, FIG. 6 shows the structure of the middle plate portion 205 among the flat plate portions 120 of the frame portion 110, and specifically, FIG. 6A is a bottom view of the middle plate portion 205 in which the recesses 500 are formed. 6B shows a state in which the first type, second type and third type touch unit 105 are embedded in the recess 500 of the middle plate portion 205, and FIG. 6C shows the upper plate portion ( 200) and the middle plate 205 is a side view of the assembled state. Those of ordinary skill in the art to which the present invention pertains may refer to and/or modify the drawings shown in the embodiments of the present invention to implement various methods for the structure of the middle plate 205 (eg, some components are omitted or , Or a modified or integrated implementation method), but the present invention comprises all the inferred implementation methods, and the technical features of the present invention are not limited to only the implementation methods shown below. It is clear.

Referring to FIG. 6A according to an embodiment of the present invention, the middle plate part 205 includes a first type recessed groove 500 and a second type touch part in which a recessed part of the first type touch part 105 is embedded. A second type recessed groove 500 into which the recessed part of 105 is purchased, and a third type recessed groove 500 into which the recessed part of the third type touch part 105 is purchased.

A computer program for determining the positions of the first type recessed groove 500, the second type recessed groove 500, and the third type recessed groove 500 of the middle plate portion 205 is provided in the touch painting 100 Distinction recognition interval of the touch unit 105 to be touched, location information on which the touch implementation unit 310 is formed on the buried portion of the first type touch unit 105, and touch on the buried portion of the second type touch unit 105 The lower plate 210 coupled with the middle plate portion 205 using the location information on which the implementation portion 310 is formed and the location information on which the touch implement portion 310 is formed on the buried portion of the third type touch portion 105 ), each contact surface 300 based on the contact surface 300 of each touch part 105 to be exposed to the outside through the protruding groove 700 is spaced apart from the discrimination recognition interval of the determined touch part 105. After determining the simultaneous touch pattern corresponding to the geometric arrangement structure to be arranged apart, and determining the position of each recessed groove 500 to be formed on the flat plate area of the middle plate portion 205 to form the simultaneous touch pattern, the designated manufacturing apparatus Through this, it can be processed to form the first type recessed groove 500 and the second type recessed groove 500 and the third type recessed groove at the determined position.

On the other hand, the second type recessed groove 500 is preferably formed at the edge of the flat plate region of the middle plate portion 205. Referring to FIG. 6A according to the method of the present invention, the edge of the flat plate region of the middle plate portion 205 Since the guide groove 410 is provided to be guided by being inserted into the protruding flat guide portion 135 of the housing portion 130, the second type recess groove 500 is provided at the edge of the flat plate area of the middle plate portion 205. It may be formed in a position spaced apart from the side of one side as much as the area occupied by the guide groove 410 in the portion.

On the other hand, in the embodiment of FIG. 6, the guide groove 410 embedded in and guided by the protruding flat plate guide portion 135 of the housing portion 130 is provided at the edge of the flat plate region of the middle plate portion 205. Since the two-type recessed groove 500 is formed at a position spaced apart from the side of the flat plate area 205 by one side as much as the area occupied by the guide groove 410, the side of the middle plate part 205 is formed. At the same time, it can be ambiguous to distinguish whether the recessed groove 500 contacting the guide groove 410 is the second type recessed groove 500 or the third type recessed groove 500. To this end, by varying the area or shape of the second type touch unit 105 and the third type recessed portion, the second type recessed groove 500 among the plurality of recessed grooves 500 provided in the middle plate portion 205 or the third type The mold purchase groove 500 can be identified.

Referring to Figure 6a according to an embodiment of the present invention, the middle plate portion 205, the protrusion 415 of the top plate 200 is inserted to align and combine the top plate 200 and the middle plate portion 205 in a line. The groove part 505 is provided. The concave portion 505 is formed in a diameter that the protrusion 415 of the upper plate portion 200 can be inserted.

Referring to FIG. 6B according to an embodiment of the present invention, a first type touch portion 105 is embedded in the first type recessed groove 500 of the middle plate portion 205, and a second type recessed groove 500 is provided. The second type touch unit 105 is buried, and the third type touch unit 105 is buried in the third type buried groove 500. If the first type touch unit 105 and the second type touch unit 105 and the third type of touch unit 105 are formed in different areas or shapes, and the first type recess groove 500 If the type 2 recessed groove 500 and the type 3 recessed groove 500 are also formed in corresponding areas or shapes, the type 1 touch unit 105 can be purchased only in the type 1 recessed groove 500 The second type touch unit 105 may be purchased only in the second type recessed groove 500 and the third type touch unit 105 may be purchased only in the third type recessed groove 500.

6A and 6B according to an embodiment of the present invention, in the middle plate portion 205, the protruding flat plate guide portion 135 provided in the housing portion 130 is the middle plate portion 205 (= flat plate portion) (120)) is provided with a guide groove 410 to guide the guide in the form embedded in the side.

In the embodiment of this figure 6, the guide groove 410 is formed at each corner portion of the flat plate area of the middle plate portion 205. On the other hand, according to another embodiment of the present invention, the guide groove 410 may be formed on each side portion of the flat plate area of the middle plate portion 205, in this case, the protruding flat plate guide portion of the housing portion 130 (135) may be formed at a position inside the body of the housing portion 130 embedded in the guide groove 410 formed on each side portion of the flat plate area of the middle plate portion 205.

On the other hand, according to another embodiment of the present invention, a recessed flat plate guide portion 135 may be formed in an inner edge region or each side region of the body of the housing portion 130, in this case of the middle plate portion 205. A sliding portion 915 that protrudes to be guided in a shape embedded in the recessed flat plate guide portion 135 may be formed in an edge region or each side region.

Referring to Figure 6c according to an embodiment of the present invention, the groove portion 505 of the middle plate portion 205 is arranged in a form that is inserted into the protrusion 415 of the top plate portion 200, the top plate portion 200 and the middle plate A part 205 is coupled, and the first type touch part 105 is provided in the first type recessed groove 500 and the second type recessed groove 500 and the third type recessed groove 500 of the middle plate part 205. And the second type touch unit 105 and the third type touch unit 105 are embedded, and the touch implementation unit 310 of each touch unit 105 is exposed to the outside.

7 is a view showing the structure of the lower portion 210 according to an embodiment of the present invention.

In more detail, FIG. 7 shows the structure of the lower plate portion 210 among the flat plate portions 120 of the frame portion 110. Specifically, FIG. 7a is a bottom view of the lower plate portion 210 in which the protruding grooves 700 are formed. 7b shows a state in which the first and second type touch units 105 protrude from the protruding grooves 700 of the lower plate portion 210, and FIG. 7c shows the upper plate portion 200 and the middle plate. The side view of the state where the part 205 and the lower plate part 210 are assembled is shown. If a person having ordinary knowledge in the technical field to which the present invention pertains, various implementation methods (for example, some components are omitted or omitted) by referring to and/or modifying the drawings shown in the embodiments of the present invention , Or a modified or integrated implementation method), but the present invention comprises all the inferred implementation methods, and the technical features of the present invention are not limited to only the implementation methods shown below. It is clear.

The lower plate portion 210 includes a plurality of protruding grooves 700 through which the touch implementing portions 310 of the plurality of touch portions 105 protrude. According to an embodiment of the present invention, the position of each protruding groove 700 of the lower plate portion 210 is calculated to form a unique geometrical arrangement through a program provided in the computer, and each protruding groove 700 is located at the calculated position. ) Is formed. Preferably, the middle plate portion 205 and the lower plate portion 210 are preferably made of one set.

According to an embodiment of the present invention, each device (or the capacitive touch panel of each device) equipped with a capacitive touch panel has a minimum distinguishable recognition interval that can be recognized by distinguishing multiple touches, or experimentally for each device. The minimum discrimination recognition interval (or per capacitive touch panel) may be determined.

The program of the computer receives the minimum distinction recognition interval for each device (or per capacitive touch panel), and based on this, the maximum value of the minimum distinction recognition interval for each device (or per capacitive touch panel) is touch-painted. It may be determined by a distinct recognition interval of the touch unit 105 provided in the (100). Alternatively, the program of the computer may receive the distinction recognition interval of the touch unit 105 corresponding to the maximum value of the minimum distinction recognition interval for each device (or per capacitive touch panel). For example, the capacitive touch panel (a) of the designated device (a) recognizes each touch point as a different touch point when two or more touch points that are multi-touched are separated by 12 mm or more, and The capacitive touch panel (b) recognizes each touch point as a different touch point when two or more touch points that are multi-touched are separated by 10 mm or more, and the capacitive touch panel (b) of the designated device (c) is multi-touch When two or more touch points are separated by 9 mm or more, when a minimum discrimination recognition interval for each device (or per capacitive touch panel) is set (or determined) in the form of recognizing each touch point as a different touch point, the above The distinguishing recognition interval of the touch unit 105 provided in the touch coating 100 may be determined to be 12 mm or more, which is the maximum value of the minimum distinguishing recognition interval for each device (or for each capacitive touch panel).

The program of the computer is based on the contact surface 300 of each touch portion 105 to be exposed to the outside through the protruding grooves 700 of the lower plate portion 210 provided in any one specific touch coating 100, respectively. Determines the simultaneous touch pattern corresponding to the geometric arrangement structure in which the contact surface 300 of the touch panel 105 is arranged to be spaced apart from each other over the distinguished recognition interval of the determined touch unit 105, and the lower panel 210 is configured to form the simultaneous touch pattern. After determining the position of each protruding groove 700 to be formed on the flat plate area, it may be processed to form each protruding groove 700 at the determined location through a designated manufacturing apparatus (not shown).

According to an exemplary embodiment of the present invention, each device (or the capacitive touch panel of each device) equipped with a capacitive touch panel has a minimum touch identification interval that can be recognized by identifying any one touch point and another touch point, or Alternatively, experimentally, the minimum touch identification recognition distance for each device (or for each capacitive touch panel) may be determined.

The program of the computer receives the minimum touch identification interval for each device (or per capacitive touch panel), and based on this, the maximum value of the minimum touch identification interval for each device (or per capacitive touch panel) is applied to the touch painting It may be determined by the touch identification interval of the touch unit 105 provided in the (100). Alternatively, the program of the computer may receive the touch identification interval of the touch unit 105 corresponding to the maximum value of the minimum touch identification interval for each device (or per capacitive touch panel). For example, in the capacitive touch panel (a) of the designated device (a), when one touch point touches a specific coordinate area and another touch point touches 4 mm or more away from the specific coordinate area, each touch point has different coordinates. It is identified as a touch point touched on an area, and when one touch point touches a specific coordinate area and the other touch point touches 6 mm or more away from the specific coordinate area on the capacitive touch panel b of the designated device b. It is identified that each touch point is a touch point touched on a different coordinate area, and the capacitive touch panel b of the designated device c touches one touch point on a specific coordinate area and another touch point is 7 mm from the specific coordinate area. In the case where the touch points are separated from each other, when the minimum touch identification interval for each device (or each capacitive touch panel) is set (or determined) in the form of identifying each touch point as a touch point touched in a different coordinate area, the touch painting The touch identification interval of the touch unit 105 provided in the 100 may be determined to be 7 mm or more, which is the maximum value of the minimum touch identification interval for each device (or for each capacitive touch panel).

According to the present invention, in order to use the touch coating 100 as an authentication means or an identification means, it is preferable that the simultaneous touch patterns have uniqueness that does not overlap. The program of the computer is based on the contact surface 300 of each touch portion 105 to be exposed to the outside through the protruding grooves 700 of the lower plate portion 210 provided in any one specific touch coating 100, respectively. Determining a simultaneous touch pattern corresponding to a geometric arrangement structure in which the contact surfaces 300 of the touch units 105 are arranged to be spaced apart or apart from each other by a predetermined recognition interval of the determined touch unit 105, but different touch coatings for uniqueness of the simultaneous touch patterns ( With respect to 100), each touch part 105 provided in different touch coatings 100 is spaced apart from the touch identification interval of the touch part 105 based on the touch identification interval of the determined touch part 105 and overlaps. After determining the simultaneous touch pattern corresponding to the geometric arrangement structure having uniqueness, and determining the position of each protruding groove 700 to be formed on the flat plate area of the lower portion 210 to form the simultaneous touch pattern, the designated manufacturing Through the device (not shown) it can be processed to form each protruding groove 700 at the determined position.

Referring to FIG. 7A according to an embodiment of the present invention, the lower plate portion 210 includes a first type protruding groove 700 in which the touch implementing portion 310 of the first type touch portion 105 protrudes, and A second type protruding groove 700 in which the touch realizing part 310 of the two type touch part 105 protrudes is provided.

The computer program for determining the positions of the first type protruding groove 700 and the second type protruding groove 700 of the lower plate portion 210 is distinguished from the touch portion 105 provided in the touch painting 100. Recognition interval, location information on which the touch implementer 310 is formed on the buried portion of the first type touch portion 105, and location on which the touch implementer 310 is formed on the buried portion of the second type touch portion 105. Each contact surface 300 is determined based on the contact surface 300 of each touch part 105 to be exposed to the outside through the protruding groove 700 of the lower plate part 210 using information. Determining the simultaneous touch pattern corresponding to the geometric arrangement structure to be spaced apart and spaced apart from the recognition recognition interval of 105), and each protruding groove 700 to be formed on the flat plate area of the lower portion 210 to form the simultaneous touch pattern After the location is determined, the first type protruding groove 700 and the second type protruding groove 700 may be processed through the designated manufacturing apparatus.

On the other hand, the second type protruding groove 700 is preferably formed on the edge of the flat plate area of the lower plate portion 210. Referring to FIG. 7A according to the method of the present invention, the edge of the flat plate region of the lower plate portion 210 Since the guide groove 410 is provided to be guided by being inserted into the protruding flat guide portion 135 of the housing portion 130, the second type protruding groove 700 is provided at the edge of the flat plate area of the middle plate portion 205. It may be formed in a position spaced apart from the side of one side as much as the area occupied by the guide groove 410 in the portion.

Referring to Figure 7a according to an embodiment of the present invention, the lower plate portion 210, the projection portion 415 of the upper plate portion 200 is inserted into the upper plate portion 200 and the middle plate portion 205 and the lower plate portion 210 It is provided with a groove 505 to align and combine in a line. The concave portion 505 is formed in a diameter that the protrusion 415 of the upper plate portion 200 can be inserted.

Referring to FIG. 7B according to an embodiment of the present invention, a first type touch portion 105 protrudes from the first type protruding groove 700 of the lower plate portion 210, and a second type protruding groove 700. The second type touch unit 105 protrudes.

Referring to Figures 7a and 7b according to the method of the present invention, the lower plate portion 210, the protruding plate guide portion 135 provided in the housing portion 130, the lower plate portion 210 (= flat plate portion (120)) is provided with a guide groove 410 to guide the guide in the form embedded in the side.

In the embodiment of FIG. 7, the guide groove 410 is formed at each corner portion of the flat plate area of the lower plate portion 210. On the other hand, according to another embodiment of the present invention, the guide groove 410 may be formed on each side portion of the flat plate area of the lower plate 210, in this case, the protruding flat plate guide portion of the housing portion 130 135 may be formed at a position inside the body of the housing portion 130 embedded in the guide groove 410 formed on each side portion of the flat plate area of the lower plate portion 210.

On the other hand, according to another embodiment of the present invention, a recessed flat plate guide portion 135 may be formed in an inner edge region or each side region of the body of the housing portion 130, in this case of the lower plate portion 210. A sliding portion 915 that protrudes to be guided in a shape embedded in the recessed flat plate guide portion 135 may be formed in an edge region or each side region.

Referring to Figure 7c according to an embodiment of the present invention, the groove portion 505 of the lower plate portion 210 is arranged in a form to be inserted into the protrusion 415 of the upper plate portion 200, the upper plate portion 200 and the middle plate A portion 205 and a lower plate portion 210 are coupled, and the first type touch portion 105 and the second type are provided in the first type protruding groove 700 and the second type protruding groove 700 of the lower plate portion 210. Each of the type touch portions 105 protrudes.

8 is a view showing the structure of the lower plate 210 according to another embodiment of the present invention.

In more detail, FIG. 8 shows the structure of the lower plate 210 among the flat plate portions 120 of the frame portion 110. Specifically, FIG. 8A is a bottom view of the lower plate portion 210 in which the protruding grooves 700 are formed. 8B shows a state in which the first, second and third type touch portions 105 protrude from the protruding grooves 700 of the lower plate portion 210, and FIG. 8C shows the upper plate portion ( 200) and the middle plate portion 205 and the lower plate portion 210 is a side view of the assembled state. If a person having ordinary knowledge in the technical field to which the present invention pertains, various implementation methods (for example, some components are omitted or omitted) by referring to and/or modifying the drawings shown in the embodiments of the present invention , Or a modified or integrated implementation method), but the present invention comprises all the inferred implementation methods, and the technical features of the present invention are not limited to only the implementation methods shown below. It is clear.

Referring to FIG. 8A according to an embodiment of the present invention, the middle plate portion 205 includes a first type protruding groove 700 in which the touch implementing portion 310 of the first type touch portion 105 protrudes, and The second type protruding groove 700 in which the touch realizing part 310 of the type 2 touch part 105 protrudes, and the third type protruding groove in which the touch realizing part 310 of the third type touch part 105 protrudes. (700).

A program of a computer for determining the positions of the first type protruding groove 700 and the second type protruding groove 700 and the third type protruding groove 700 of the middle plate portion 205 is provided in the touch painting 100 Distinction recognition interval of the touch unit 105 to be touched, location information on which the touch implementation unit 310 is formed on the buried portion of the first type touch unit 105, and touch on the buried portion of the second type touch unit 105 The projecting groove 700 of the lower plate 210 is used by using the location information on which the implementation unit 310 is formed and the location on which the touch implementation unit 310 is formed on the buried portion of the third type touch unit 105. Corresponds to the geometric arrangement structure in which each contact surface 300 is spaced apart or separated from the determined recognition interval of the determined touch part 105 based on the contact surface 300 of each touch part 105 to be exposed to the outside through After determining the simultaneous touch pattern, and determining the position of each protruding groove 700 to be formed on the flat plate area of the lower plate portion 210 to form the simultaneous touch pattern, the first type at the determined position through a designated manufacturing apparatus. It may be processed to form the protruding groove 700, the second type protruding groove 700 and the third type protruding groove 700.

On the other hand, the second type protruding groove 700 is preferably formed on the edge of the flat plate area of the lower plate portion 210. Referring to FIG. 8A according to the method of the present invention, the edge of the flat plate region of the lower plate portion 210 Since the guide groove 410 is provided to be guided by being inserted into the protruding flat guide portion 135 of the housing portion 130, the second type recess groove 500 is provided at the edge of the flat plate area of the lower plate portion 210. It may be formed in a position spaced apart from the side of one side as much as the area occupied by the guide groove 410 in the portion.

Referring to Figure 8a according to an embodiment of the present invention, the lower plate portion 210, the projection portion 415 of the upper plate portion 200 is inserted into the upper plate portion 200, the middle plate portion 205, and the lower plate portion 210 It is provided with a groove 505 to align and combine in a line. The concave portion 505 is formed in a diameter that the protrusion 415 of the upper plate portion 200 can be inserted.

Referring to FIG. 8B according to an embodiment of the present invention, the first type touch portion 105 protrudes from the first type protruding groove 700 of the middle plate portion 205, and the second type protruding groove 700 includes The second type touch part 105 protrudes, and the third type touch part 105 protrudes in the third type protruding groove 700.

8A and 8B according to an embodiment of the present invention, in the lower plate portion 210, the protruding flat plate guide portion 135 provided in the housing portion 130 is the lower plate portion 210 (= flat plate portion) (120)) is provided with a guide groove 410 to guide the guide in the form embedded in the side.

In the embodiment of FIG. 8, the guide groove 410 is formed at each corner portion of the flat plate area of the lower plate portion 210. On the other hand, according to another embodiment of the present invention, the guide groove 410 may be formed on each side portion of the flat plate area of the lower plate 210, in this case, the protruding flat plate guide portion of the housing portion 130 135 may be formed at a position inside the body of the housing portion 130 embedded in the guide groove 410 formed on each side portion of the flat plate area of the lower plate portion 210.

On the other hand, according to another embodiment of the present invention, a recessed flat plate guide portion 135 may be formed in an inner edge region or each side region of the body of the housing portion 130, in this case of the lower plate portion 210. A sliding portion 915 that protrudes to be guided in a shape embedded in the recessed flat plate guide portion 135 may be formed in an edge region or each side region.

Referring to Figure 8c according to an embodiment of the present invention, the groove portion 505 of the lower plate portion 210 is arranged in a form to be inserted into the protrusion 415 of the upper plate portion 200, the upper plate portion 200 and the middle plate A portion 205 and a lower plate portion 210 are coupled, and the first type protruding groove 700 and the second type protruding groove 700 and the third type protruding groove 700 of the lower plate portion 210 are first The type touch part 105 and the second type touch part 105 and the third type touch part 105 protrude.

9 is a view showing the structure of the adapter unit 115 according to an embodiment of the present invention.

More specifically, Figure 9 shows the structure of the adapter portion 115 of the frame portion 110, specifically, Figure 9a shows the side shape of the adapter portion 115, Figure 9b shows the adapter portion 115 It shows a cut surface of, Figure 9c shows a plan view of the adapter portion 115, Figure 9c shows a bottom view of the adapter portion 115. Those of ordinary skill in the art to which the present invention pertains may refer to and/or modify the drawings shown in the embodiments of the present invention to implement various methods for the structure of the adapter 115 (eg, some components are omitted or , Or a modified or integrated implementation method), but the present invention comprises all the inferred implementation methods, and the technical features of the present invention are not limited to only the implementation methods shown below. It is clear.

9A and 9C according to an embodiment of the present invention, the outer shape of the adapter portion 115 is formed in a bell shape and includes a handle connection portion 900 connected to the handle portion 125. The embodiment of FIG. 9 shows a configuration in which the handle connection part 900 is connected in a form in which the handle part 125 is inserted, but is limited to the embodiment shown in FIG. 9 in the form of the handle connection part 900 It never becomes. The handle portion 125 may be any shape as long as it can be removed by a human hand. Preferably, the handle portion 125 is formed in the form of a painting handle, and the logo of each company or organization using the touch coating 100 is shaped. It may be made of, and the handle connecting portion 900 may be any structure as long as it can be connected to the handle portion 125 of each type.

9A, 9B, and 9D according to an exemplary embodiment of the present invention, when the adapter unit 115 and the adapter unit 115 and the flat panel unit 120 (or the upper panel unit 200) are screwed, It is provided with a bolt through groove 905 through which the bolt for screw assembly passes. The bolt through groove 905 includes a diameter through which the head portion of the bolt for screw assembly does not pass and the body portion passes.

9B and 9D according to an embodiment of the present invention, the adapter portion 115 guides the coupling portion 400 of the flat plate portion 120 (or the top plate portion 200) to guide the flat plate portion 120 ) Is provided with a coupling induction groove 910 to induce coupling to a designated position. The coupling induction groove 910 includes a diameter through which the coupling portion 400 of the flat plate portion 120 (or the top plate portion 200) can be inserted.

9B and 9D according to an embodiment of the present invention, the adapter unit 115 slides along the guide unit 135 to be guided by the guide unit 135 of the housing unit 130 A portion 915 is provided. The sliding portion 915 is preferably made of a pair of the inner sliding portion 915 and the outer sliding portion 915, thereby being guided along the guide portion 135 of the housing portion 130, the adapter portion 115 It is processed so that it is guided stably without shaking.

On the other hand, in the present method, the adapter portion 115 forms a coupling relationship that is physically fixed with the flat plate portion 120, but the housing portion 130 can be guided in a sliding form through the sliding portion 915. There is, however, no physically fixed bonding relationship. Particularly, in the present embodiment, as shown in FIGS. 9C and 9D, since the portion where the adapter portion 115 and the housing portion 130 contact each other is circular, the adapter portion 115 is a guide portion 135 of the housing portion 130 ), it is not only guided in the vertical direction to which the pressing force is applied, but can be rotated in the horizontal direction. However, when the adapter portion 115 and the flat plate portion 120 are screwed, the screw assembly may be released by horizontal rotation of the adapter portion 115. Referring to Figure 9d according to an embodiment of the present invention to prevent this, the adapter portion 115 is caught in the clasp groove 1110 of the housing portion 130 so that the adapter portion 115 does not rotate in the horizontal direction A clasp 920 to prevent it may be provided. If the shape of the plane or the bottom of the adapter portion 115 is not a circular shape, but an angled polygon, the adapter portion 115 will not rotate in the horizontal direction, so the clasp portion 920 can be omitted.

10 is a view showing the structure of the frame unit 110 according to an embodiment of the present invention.

In more detail, FIG. 10 illustrates a state in which the adapter portion 115 and the flat plate portion 120 are physically coupled by screw assembly, and clearly explains a coupling relationship between the adapter portion 115 and the flat plate portion 120. For convenience, the housing unit 130 is omitted for convenience. Those of ordinary skill in the art to which the present invention pertains may refer to and/or modify the drawings shown in the embodiments of the present invention to implement various methods for the structure of the adapter 115 (eg, some components are omitted or , Or a modified or integrated implementation method), but the present invention comprises all the inferred implementation methods, and the technical features of the present invention are not limited to only the implementation methods shown below. It is clear.

Referring to FIG. 10 according to an exemplary embodiment of the present invention, the frame unit 110 includes a flat plate unit 120 including a flat plate area having a predetermined area in which a plurality of touch units 105 are arranged in a specified geometrical arrangement. In addition, an adapter unit 115 interfacing with the housing unit 130 is coupled to the flat panel unit 120 so that the plurality of touch units 105 simultaneously touch the capacitive touch panel.

The flat plate portion 120 includes a coupling portion 400 coupled to the adapter portion 115, as shown in Figure 4, a plurality of touch portions with respect to the pressing force applied through the handle portion 125 It includes a top plate portion 200 corresponding to the support frame including a flat plate region on one side to hold and hold (105). In the implementation method of this figure 10, the coupling portion 400 of the upper plate portion 200 is guided to the coupling induction groove 910 of the adapter portion 115 and is physically coupled to the adapter portion 115 by screw assembly.

The flat plate portion 120 corresponds to a purchase frame in which a plurality of touch portions 105 supported by the top plate portion 200 are embedded to form a geometric arrangement structure of a designated pattern, as illustrated in FIGS. 5 or 6. It includes a mid-plate portion 205.

The flat plate portion 120 has a specified pattern geometry in a state in which a plurality of touch portions 105 supported by the top plate portion 200 are embedded in the middle plate portion 205 as illustrated in FIGS. 7 and 8. It includes a lower portion 210 corresponding to the protruding frame to protrude to be exposed to a specified position according to the arrangement structure.

At least one of the upper plate portion 200, the middle plate portion 205, and the lower plate portion 210 may be made of a conductive material or a conductive material may be plated (or coated). Alternatively, electrical wiring for transmitting the capacitance of the capacitive power storage unit to the touch unit 105 may be printed (or included).

The flat plate portion 120 is supported by the upper plate portion 200, while the upper plate portion 200, the middle plate portion 205, and the lower plate portion 210 are combined in a layered manner, and has a geometric arrangement structure designated by the middle plate portion 205. It is embedded, and accommodates a plurality of touch portions 105 protruding in a geometric arrangement structure designated by the lower plate portion 210. The upper plate portion 200, the middle plate portion 205, and the lower plate portion 210 may be layered by an adhesive, and/or layered by screw assembly. The adhesive may include a conductive adhesive.

The upper plate 200, the middle plate portion 205, and the lower plate portion 210, the flat plate portion 120 and the adapter portion 115 are physically coupled to form a physical coupling relationship to serve as the frame portion 110 of the present invention. Perform. In the implementation method of FIG. 10, the frame portion 110 is illustrated as being formed by physical coupling of the adapter portion 115 and the flat plate portion 120, but is not limited thereto, and the frame portion 110 ) Is formed integrally, or an additional component (for example, an NFC chip (not shown) and an antenna (not shown), or a sound signal) in addition to the adapter portion 115 and the flat plate portion 120 on the touch coating 100. A chip module (not shown) and a sound output unit (not shown) may be provided.

11 is a view showing the structure of the housing unit 130 according to an embodiment of the present invention.

In more detail, FIG. 11 shows the structure of the housing part 130 interfacing with the frame part 110 of FIG. 10, and specifically, FIG. 11A shows a side view of the housing part 130, and FIG. 11B And Figure 11c shows a cut surface of the housing portion 130, Figure 11d shows a top view of the housing portion 130, Figure 11e shows a bottom view of the housing portion 130. Those of ordinary skill in the art to which the present invention pertains may refer to and/or modify the drawings shown in the embodiments of the present invention to implement various methods for the structure of the housing 130 (eg, some components are omitted or , Or a modified or integrated implementation method), but the present invention comprises all the inferred implementation methods, and the technical features of the present invention are not limited to only the implementation methods shown below. It is clear.

Referring to Figure 11a according to an embodiment of the present invention, the outer shape of the housing portion 130 is formed in a bowl shape, and accommodates the flat plate portion 120 of the frame portion 110, and at the same time, the frame portion ( Interface with the adapter unit 115 of 110).

11B to 11E according to an exemplary embodiment of the present invention, the housing part 130 includes a flat panel part 120 (or an adapter part 115 and a frame part 110 in which the flat panel part 120 is coupled). ), and a flat plate through groove (1100) for penetrating the coupling portion (400) of the flat plate portion (120) with the adapter portion (115).

Referring to Figures 11b to 11e according to an embodiment of the present invention, the housing part 130, when the pressing force is applied by the handle portion 125, the adapter portion 115 and the flat plate portion 120 ) Is guided to be spaced apart in a designated direction, and one or more guide units 135 are provided to guide the plurality of touch units 105 provided on the flat panel unit 120 to simultaneously touch the capacitive touch panel having a flat plate structure.

The housing part 130 guides the body of the adapter part 115 and the through guide part 135 for guiding the coupling part 400 of the flat part 120 penetrating through the flat plate through groove 1100. An adapter guide portion 135 and a flat plate guide portion 135 for guiding the flat plate portion 120 having the touch portion 105 are provided.

The adapter guide portion 135 may include an inner guide portion 135 that guides the inside of the adapter portion 115 and an outer guide portion 135 that guides the outside of the adapter portion 115.

The flat plate guide portion 135 is a protruding plate guide portion 135 for guiding the flat plate portion 120 in a state protruding from the inside of the body of the housing portion 130 toward the flat plate, and the body of the housing portion 130 The inside includes a flat plate guide portion 135 for guiding the flat plate.

Referring to Figure 11d according to an embodiment of the present invention, the housing part 130 has a clasp groove 1110 preventing the adapter part 115 from rotating in the horizontal direction by being caught by the clasp part 920 of the figure 9d. ) Is provided. If the shape of the plane or the bottom of the adapter portion 115 is not a circular shape but an angled polygonal shape, the housing portion 130 will not rotate in the horizontal direction, so the clasp groove 1110 may be omitted.

11B, 11C, and 11E according to an embodiment of the present invention, the housing part 130 penetrates through the flat plate through groove 1100 and the flat plate part 120 coupled with the adapter part 115 With respect to the elastic force of the at least one spring portion 140 to keep the flat plate portion 120 (or the touch portion 105 provided on the flat plate portion 120) from the floor to a certain height in the state that is directed toward the floor A flat plate support portion for supporting the flat plate portion 120 is provided. The flat plate support portion may be made of a soft or semi-soft or semi-hard material, or a soft or semi-soft or semi-hard material may be attached to prevent noise caused by the elastic force of the spring portion 140.

Referring to FIG. 11E according to an embodiment of the present invention, the housing part 130 contacts the bottom surface of the housing part 130 to the capacitive touch panel to seal the touch coating 100 onto the capacitive touch panel. In one state, the housing portion 130 is provided with a non-slip portion 1115 to prevent slipping. Preferably, the non-slip portion 1115 is a non-conductive material that prevents slippage because the friction coefficient is greater than a specified reference value for the material of the capacitive touch panel (eg, glass material, transparent plastic material, etc.) It is preferably made of a non-conductive rubber material, a non-conductive silicone material). The anti-slip portion 1115 may be attached to the bottom surface of the housing portion 130 by an adhesive.

The anti-slip portion 1115 is a region of a flat anti-skid portion 1115 attached to a side region of the bottom region of the housing portion 130 and a protruding flat plate guide portion 135 of the bottom region of the housing portion 130 Of the circular anti-skid portion 1115 attached to, at least one anti-skid portion 1115 may be included.

According to an exemplary embodiment of the present invention, when the bottom surface of the housing 130 is in contact with the capacitive touch panel in order to seal the touch coating 100 on the capacitive touch panel, the anti-slip part 1115 is used to By preventing the touch coating 100 from slipping on the capacitive touch panel, errors or errors are not generated in the touch point recognition and analysis of the geometric arrangement structure of the plurality of touch points by the simultaneous touch of the present invention. This gives reliability when the touch coating 100 of the present invention is used as an authentication means or an identification means.

FIG. 12 is a view showing a process of assembling the flat plate portion 120, the adapter portion 115, and the housing portion 130 according to an embodiment of the present invention and an assembled state.

In more detail, FIG. 12A shows an embodiment in which the flat part 120 and the adapter part 115 are screwed and the housing part 130 and the spring part 140 are included therebetween. 120 and the adapter portion 115 and the housing portion 130, etc. showing the state before the pressing force is applied in the assembled state, and Figure 12c shows the state in which the pressing force is applied in the assembled state, and 12c shows the underside of the touch coating 100 in an assembled state. Those of ordinary skill in the art to which the present invention pertains may refer to and/or modify the drawings shown in the embodiments of the present invention to implement various methods for the structure of the housing 130 (eg, some components are omitted or , Or a modified or integrated implementation method), but the present invention comprises all the inferred implementation methods, and the technical features of the present invention are not limited to only the implementation methods shown below. It is clear.

Referring to Figure 12a according to an embodiment of the present invention, the coupling portion 400 of the flat plate portion 120 penetrates the flat plate through groove 1100 of the housing portion 130 to guide the coupling groove of the housing portion 130 ( As guided to 910, the spring portion 140 is positioned between the inner guide portion 135 of the flat plate guide portion 135 and the adapter guide portion 135 of the housing portion 130, and the adapter portion 115 and Screws are assembled.

Referring to Figure 12b according to an embodiment of the present invention, when the pressing force is not applied while the flat plate portion 120, the adapter portion 115, and the housing portion 130 are assembled, the touch coating 100 is applied. In the state facing toward the floor, the flat portion 120 (or the touch portion 105 provided on the flat plate portion 120) by the spring portion 140 is maintained at a predetermined height from the floor.

Referring to Figure 12c according to an embodiment of the present invention, when a pressing force is applied in the state of Figure 12b, the through guide portion 135, the adapter guide portion 135 and the flat plate provided in the housing portion 130 The flat plate portion 120 is moved in the direction of the touch panel inside the housing portion 130 while maintaining a parallel relationship with the capacitive touch panel by at least one guide portion 135 of the guide portion 135 to move the plurality of touches. The unit 105 is simultaneously touched on the capacitive touch panel.

Referring to FIG. 12D according to an embodiment of the present invention, the bottom surface of the touch coating 100 in a state in which the flat plate portion 120, the adapter portion 115, and the housing portion 130 are assembled is the same as the state of FIG. 12B.

13 is a view showing the appearance of the touch coating 100 according to an embodiment of the present invention.

In more detail, FIG. 13A illustrates a situation in which the touch coating 100 is stamped, and FIG. 13B illustrates the appearance of the touch coating 100 assembled according to the method of the present invention.

Referring to the drawing 13a according to the method of the present invention, when a pressing force is not applied, the plurality of touch parts 105 provided in the touch coating 100 are not exposed by maintaining the state accommodated in the housing part 130. In the case where a pressing force is applied through the handle portion 125, the handle portion 125 and the frame portion 110 are guided by the housing portion 130 while being moved by a designated stamping distance while being accommodated in the housing portion 130 The plurality of touch units 105 that have been exposed are exposed to touch the capacitive touch panel. The touch coating 100 assembled according to the drawing 12 and provided with the handle portion 125 of the designated shape maintains the shape as shown in the drawing 13b.

100: touch coating 105: touch unit
110: frame portion 115: adapter portion
120: flat plate portion 125: handle portion
130: housing portion 135: guide portion
140: spring portion 200: top plate portion
205: middle plate 210: lower plate
300: contact surface 305: embedded plate
400: engaging portion 405: screw groove
410: guide groove 415: protrusion
500: purchase groove 505: recess groove
700: protruding groove 900: handle connection
905: bolt through groove 910: coupling induction groove
915: sliding portion 920: clasp
1100: plate through groove 1105: plate support
1110: clasp groove 1115: non-slip

Claims (20)

In the touch coating to be touched on the capacitive touch panel provided in the specified device,
A plurality of touch units made of a capacitive touchable conductive material on the capacitive touch panel;
A flat plate portion including a flat plate area having a predetermined area for arranging and fixing the plurality of touch portions in a unique geometrical arrangement not overlapping for each touch coating;
An adapter unit coupled to the flat panel unit to interface with the housing unit such that the plurality of touch units simultaneously touch the capacitive touch panel;
A handle part connected to the adapter part and formed to be gripped by a human hand and including at least one conductive material contacting a human body;
It includes a structure for receiving and protecting the plurality of touch portions and the flat plate portion, and the plurality of touch portions fixed to the flat plate portion by the movement of the flat plate portion by the pressing force applied to the handle portion while the capacitive touch panel is in contact. A housing portion for guiding the contact surface to simultaneously touch the capacitive touch panel while maintaining the geometric arrangement; And
It is provided between the adapter portion and the housing portion to provide an elastic force to repel the pressing force applied to the handle portion;
The geometrical arrangement includes a relative coordinate relationship formed by midpoints of a contact surface contacting the plurality of touch parts with the capacitive touch panel or a relative coordinate relationship formed by a plurality of touch points touched by the capacitive touch panel,
The plurality of touch portions, the simultaneous touch coating, characterized in that the specified capacitance is stored before being touched on the capacitive touch panel.
According to claim 1, wherein the adapter unit,
Simultaneous touch painting, characterized in that the coupling portion provided in the flat plate portion is provided with a coupling inducing groove to guide the flat portion and the adapter portion to be coupled to the adapter portion aligned to a designated position.
According to claim 1, The housing portion,
A flat plate penetration groove through which a coupling portion provided in the flat plate portion penetrates to combine the flat plate portion and the adapter portion in a designated structure; And
Simultaneous touch coating, characterized in that comprises a; through guide portion for guiding the engaging portion of the flat portion through the flat plate through groove.
According to claim 1, The housing portion,
Simultaneous touch coating characterized in that it comprises an adapter guide portion for guiding the movement of the adapter portion by the pressing force applied to the handle portion.
delete According to claim 1, The housing portion,
Simultaneous touch coating, characterized in that it comprises a flat guide portion for guiding the movement of the flat plate by the pressing force applied to the handle portion.
delete The method of claim 1, wherein the plurality of touch units
Simultaneous touch coating, characterized in that the contact surface contacting the capacitive touch panel is formed by forming a rectangular parallelepiped.
The method of claim 1, wherein the plurality of touch units
Simultaneous touch coating, characterized in that the contact surface contacting the capacitive touch panel is rounded at a constant curvature in the direction of the capacitive touch panel.
According to claim 1, The plurality of touch units,
Simultaneous touch painting, characterized in that an empty space is formed inside.
The method of claim 1, wherein the plurality of touch units
Simultaneous touch coating, characterized by consisting of a soft or semi-soft or semi-conductive conductive material.
According to claim 1, The flat plate portion,
Simultaneous touch painting, characterized in that the plurality of touch portions are arranged in a specified geometric arrangement structure.
According to claim 1, The flat plate portion,
Simultaneous touch painting, characterized in that the plurality of touch portions are fixed to the same height.
According to claim 1, The flat plate portion,
Simultaneous touch painting, characterized in that the plurality of touch portions are made of a predetermined area arranged in a specified geometric arrangement structure.
delete delete The method of claim 1, wherein the plurality of touch units
Simultaneous touch coating, characterized in that the electrostatic capacity corresponding to the electrostatic capacity of the human body is stored by the human body contacting the handle.
The electrostatic capacity of the human body,
Simultaneous touch coating, characterized in that the capacitance is based on the capacitance of 100pF ~ 300pF.


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