KR20130090666A

KR20130090666A - Electrostatic touch equipment for glove

Info

Publication number: KR20130090666A
Application number: KR1020120011964A
Authority: KR
Inventors: 성두환
Original assignee: 성두환
Priority date: 2012-02-06
Filing date: 2012-02-06
Publication date: 2013-08-14

Abstract

The present invention introduces a capacitive touch mechanism for gloves and capacitive touch gloves using the same, which enables a personal portable device such as a smart phone to which a capacitive touch screen is applied while wearing gloves. The electrostatic touch mechanism for gloves has a first clip member 10 formed to have electrical conductivity, and a second clip member formed to connect the wrist with the first clip member 10.
20, the first clip member 10 is characterized in that coupled through the fingers of the glove so that the inner side of the finger portion of the glove 100 is electrically connected.
.

Description

Electrostatic touch mechanism for gloves {ELECTROSTATIC TOUCH EQUIPMENT FOR GLOVE}

The present invention relates to leather gloves for touch panels, and more particularly, to form conductive parts at the ends of finger wearing portions, so that the touch panels can be removed without removing gloves when operating tablet PCs and smartphones using touch panels. of

Electrostatic touch mechanism for gloves for touch panels that can be operated.

Recently, with the technological development of electronic products, input devices having various input methods have been developed. In particular, with the advent of smart phones, an input device such as a touch panel which performs a command corresponding to the input area by pressing or touching a certain number of areas using a button within the operating range of the hand is applied to the smart phone. It is becoming.

In other words, for the purpose of using a computer, the user needs a device that can be used conveniently for accuracy, speed, and convenience, which is more easily operated by directly pressing the display screen with a finger than using a keyboard or mouse. There is no error and it is easy to understand.

The touch panel was developed for this purpose, and the touch panel can be operated interactively and intuitively by simply touching a button displayed on the display with a finger, which can be easily used by all ages. Also, as an interface for anyone to use the computer simply, the touch panel is a very useful device.

These touch panels continue to grow more than 30% a year for many years, and accelerate from a few years ago. That

For example, it is applied to a wide range of fields such as automatic teller machines such as banks, search guide systems of streets, unmanned contract terminals, game machines, tablet PCs, and smartphones.

On the other hand, when looking at the type of touch panel, it can be divided into pressure-sensitive and capacitive.

The pressure-sensitive type has a structure in which two substrates coated with a transparent electrode layer are bonded to face each other so that a signal for position detection is applied when the upper substrate is contacted by a finger or a pen, and an electrical signal when the transparent electrode layer is in contact with the transparent electrode layer of the lower substrate. Has an operation principle that determines the position by detecting.

10-2011-0001855 (20110107)

The present invention is proposed to solve the above problems, it is configured to be installed directly on the general glove

To provide a glove electrostatic touch mechanism that allows the user to use a conventional glove when using a personal mobile device such as a smart phone with a capacitive touch screen while wearing a glove.

do.

In addition, by using a conventional glove production process and equipment as it is to be manufactured with the addition of a minimum of processes and equipment, the electrostatic touch-type gloves that can meet the demand for gloves of various uses equipped with an electrostatic touch function It aims to provide.

In order to achieve the above object, the connection ring 30 having electrical conductivity is preferably installed so that the contact with the finger or the wrist can be maintained firmly.

It is preferable that the connection ring 20 formed of the conductive material is connected to the thimble 10 having the electrical conductivity by tying to the wrist or the finger according to the size of the individual, and is preferably installed on the outer skin of the glove.

According to the electrostatic capacitive touch mechanism for gloves as described above, when a glove is configured to be installed directly on a general glove and a personal portable device such as a smart phone to which a capacitive touch screen is applied while the glove is worn, a conventional glove It can be used as it is.

According to the electrostatic touch-type gloves as described above, by using the conventional glove production process and equipment as it can be manufactured with a minimum process and equipment addition, the demand for gloves of various uses equipped with the electrostatic touch function is satisfied It becomes possible.

1 is a view showing a glove in an embodiment of the present invention.
2 is a view showing an electrostatic touch mechanism for gloves according to an embodiment of the present invention.
3 is a view showing a state in which the electrostatic touch mechanism for gloves according to an embodiment of the present invention is installed on the finger portion of the glove.

A second clip member formed to connect the first clip member 10, the first clip member 10 and the wrist

20, the first clip member 10 is characterized in that coupled through the fingers of the glove so that the inner side of the finger portion of the glove 100 is electrically connected.

An electrostatic touch mechanism for gloves according to an embodiment of the present invention for achieving the above object includes a first clip member formed to have electrical conductivity, and a second clip member formed to have electrical conductivity, wherein the first clip member and the first clip member are formed. 2 clips

The ash is coupled through the finger portion of the glove so that the inside and the outside of the finger portion of the glove are electrically connected.

.

In the situation where smartphones are widely used, it is possible to solve the problem that the smartphone cannot be used in the cold winter gloves, so the industrial applicability is large. It can be applied not only to smart phones but also to various electronic devices using electrostatics.

Gloves (100)
Glove Thimbles (10)
Link (20)
Connecting Fasteners (30)

Claims

Includes a thimble (10) having an electrical conductivity that can be inserted into the finger portion of the glove 100; and a ring (20) made of synthetic fibers in a circular ring shape to connect the wrist; The thimble (10) Electrostatic touch mechanism for gloves, characterized in that connected to the connection ring 20 having an electrical conductivity.

The method according to claim 1,
Electrostatic touch mechanism for gloves; characterized in that the connection ring tightening portion 30 capable of adjusting the insertion size of the connecting ring 20