KR101321520B1 - Gloves with touch function - Google Patents

Abstract

The present invention relates to a method for manufacturing gloves which is able to operate the panel of a smartphone even by touching the panel while a user is wearing the gloves and the gloves manufactured by the same. The present invention relates to a method for manufacturing gloves of a background type that makes conductive thread slide to the inside and the glove manufactured thereby. Disclosed is a method for knitting touch screen gloves, characterized by manufacturing the touch screen gloves to prevent the conductive thread from protruding to the outside of the gloves.

Description

Method of manufacturing gloves with a touch function and its gloves {Gloves with touch function}

The present invention relates to a glove manufacturing method and a glove manufactured therefrom. More particularly, the present invention relates to a glove manufacturing method and a glove manufactured therefrom even when a panel such as a smartphone is touched while wearing a glove. The present invention relates to a glove manufacturing method and a glove manufactured therefrom which pushes the conductive chamber inward.

Currently, the share of smart phones among mobile phones is increasing, and as tablet PCs are widely used, a method of using a touch screen instead of a button-type input method is mainly used.

The smart phone is used by touching the screen directly by a user. This is because a special conductive metal material is coated on both sides of the substrate constituting the touch screen sensor to form a transparent electrode layer and a certain amount of current flows on the glass surface, The electricity is transmitted to the substrate connected to the screen when the touch is performed, and the portion where the amount of the current is changed is recognized by using the transferred electricity, and the position is detected by calculating the size.

However, the use of such a smart phone has a disadvantage that the smart phone does not operate due to the electricity that the user wears gloves due to the use of electricity flowing through the user's body. There is an inconvenience to use off.

Therefore, a lot of gloves with a touch function have been developed in the gloves that can be used by touching the device even in the season of wearing gloves.

For example, Patent No. 10-1042943 discloses conductive gloves for a touch screen having antibacterial and deodorizing function, the patent is 35 to 40 parts by weight, 25 to 30 parts by weight of polyamide, and 24 to 26 conductive fibers. Consisting of parts by weight, 5 to 10 parts by weight of polyester and 1 to 3 parts by weight of polyurethane, the conductive fiber is characterized in that the acrylic fiber is produced by reacting with copper sulfate.

Another Patent No. 10-1133781 discloses a glove, a touch member, and a conductive material spray. The patent includes a touch part formed of a conductive material with all or part of a finger part or a body part, and knits knitted with a lower thread and an upper thread. The upper thread of the touch part is made of a conductive material made of a conductive material having a resistivity of 1 Ω㎝ or less, and a yarn made of a single strand by mixing acrylic or wool or cotton, or a conductive yarn made of a conductive material having a resistivity of 1 Ω㎝ or less, and an acrylic or wool or cotton yarn. Provided are gloves comprising a thread formed by twisting one or more strands.

In addition, in Patent No. 10-1145539, all parts of the glove except for the front of the finger end are woven from synthetic fiber yarn, and the front of the finger end is a first base yarn selected from wool, acrylic, polyester, and nylon, and copper. It provides a glove for smart weaving of a conductive yarn selected from aluminum, carbon, stainless steel in a ratio of 8 to 9.5: 0.5 to 2, and a second weft yarn selected from wool, acrylic, polyester, and nylon.

However, in the preceding patents, it is judged that it is uneconomical because a lot of points are required such as a problem of reacting with copper sulfate, a problem of matching specific resistance, a separate manufacture of a conductive yarn, and the color of the entire part of the glove and the touch part is not the same, and thus fashion gloves. As it is difficult to use as a touch chamber (conductor) is out of the aesthetic sense, and the external touch chamber is likely to be damaged by external items.

In addition to the above prior arts, Patent No. 10-1047853, which discloses leather gloves for touch panels, Japanese Utility Model Publication No. 1989-014120, which discloses conductive gloves, and Japan, which discloses touch panel operating gloves. Utility Model Registration No. 3167579, Registered Utility Model No. 20-0435512, which discloses conductive gloves for clean rooms equipped with breathable films, and Japanese Patent Application Publication No. 2008-081896, which discloses gloves for touch panel operation. US Patent No. 7874021, which discloses a system, US Patent Publication Nos. 2010-0090966 and 2011-0047672, which disclose contact sensor gloves, Japanese Utility Model No. 3167327, which discloses a glove capable of operating touch panels. And Japanese Registered Utility Model No. 3167817, but there are many related technologies, but with the above problems, the purpose of the present invention is different from that of the present invention. This configuration is judged by other techniques.

The present invention can perform a touch function such as a smart phone while solving the problems of the prior art as described above, the conductive yarn thread can be pushed inward so that the conductive yarn thread is not swollen or pushed out can provide value as a fashion glove. It is an object of the present invention to provide a method for manufacturing a glove having a touch function and a glove manufactured therefrom.

In manufacturing a touch glove, when using a double-hole double mouth, it provides a method of manufacturing a glove having a touch function, which is used to remove the projection of the double mouth and to smooth the inside of the hole.

The present invention also provides a glove prepared as described above.

According to the present invention, since the yarn of the conductive yarn is thicker than the spantex in the manufacture of the touch gloves, when the gloves are manufactured using a conventional double mouse, the gloves are not intimately contacted with the knitting machine needles, so that the seam of the yarn does not get sucked out of the gloves. The outer surface of the swelling can be prevented, so that it is possible to effectively implement the function as fashion gloves while having a touch function.

1 and 2 is a schematic diagram of a conventional touch gloves
Figure 3 is a conventional knitting Usu photo
4A, A ′ is a conventional touch gloves picture
Figure 5 is a knitted photo used in the present invention
Figure 6A, B is a picture of the inside and outside the touch gloves of the present invention
7A to 9B are actual knitting scene photos

Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings.

The following description is to aid the understanding and practice of the present invention, but not to limit the present invention thereto. Those skilled in the art will appreciate that various modifications and changes can be made within the spirit of the invention as set forth in the claims below.

First, the general gloves manufacturing method and the motivation for the present invention will be described.

In general, in knitting touch gloves, the color of the entire glove portion and the touch portion are not the same, so that it is not worth as fashion gloves and looks unsightly, and the aesthetics are not beautiful.

Therefore, the thread of the whole part of the glove and the thread of the part touching the same are used as the same, and the color of the touch thread (conductor) with different colors is the distribution of the touch thread only inside the glove when the outer part and the inner part of the glove exist. The technology is to prevent the touch chamber from being pushed out or inflated. It is necessary to manufacture a product that has good functions as a challenge glove and works as a fashion glove. In addition, winter knitted gloves have a very thin, called span span, 00.5 thick latex, which causes elasticity. In general, the duusus is rough, even if it is only a span entered into the duusus if you do not have any problem to use. However, since the thread called the conductive material used in the gloves for touch has a thickness of 36 aka, it is not possible to be sucked inward. However, because it is not worth selling as fashion gloves, it is necessary to improve it.

Therefore, since the space between the thread that is used to pull the thread in the knitting and the needle that becomes the actual knitting is close without space, the challenge is pushed inward to find a way to improve the structure that can only be knit.

In addition, the touch glove is a three fingering method that allows only the fingertips to be touched through knitting, and the three fingering method is possible. The purpose is to give consumers a choice.

In addition, the touch is applied to all five fingers by using a conductive yarn on all five finger parts by knitting in the same way as a background method. The screen touch is considered when the fiber itself, which is called a conductive yarn, considers antimicrobial properties and ability to discharge sweat. It is a product for the consumer's right of choice as a product that functions well and is beneficial to the hand (see Fig. 1).

As another touch glove, the conductive material enters the whole glove, and the whole glove is given a conductive function.This product also has the purpose of increasing the conductivity, and the smell of sweat coming from the hands by utilizing the function of the conductive fiber which discharges antibacterial and sweat like breath. It is a product to ensure the consumer's choice as well as to reflect the effect of eliminating the odor and the presence of the conductive chamber and causing the antimicrobial effect. 2).

On the other hand, in knitting a glove, a thread that is pulled back and forth on a machine is called a Us. Common gloves are used as the outer sole when using a one-hole, but the special gloves used for the winter gloves, because it is a double-mouth, usually has two holes.

As shown in FIG. 3, the double mouse has a head portion 110 protruded 3 to 4 in advance as shown in FIG. 3. Since the head 110 is protruded 120 and the adhesion degree is poor, the finished glove becomes a commodity that cannot be sold as a fashion glove because the thread swells out of the background evenly without going inside. Because the surface is rough besides the protruding 120 of the head 110, the yarn is not evenly absorbed evenly and is shaken, so the yarn protrudes out, resulting in a product of low value.

The glove woven into the conventional double mouth 100 as described above is shown in the photo in FIG.

As can be seen in Figures 4A and A 'and when knitting with overnight duus, the challenger sticks out as shown, it is unsightly. It is difficult to become a valuable product as a fashion glove.

6 is a picture of the double mouse 200 used in the present invention, the projections 120 on the head 210 is not there, and looks smooth because the inside and the outside rubbed with sandpaper.

In the present invention, since the double yarn 200 is used, there is no protrusion when the conductive yarn 300 thicker than the saffron tex enters the yarn 200 so that the knitting is closely connected to the needle so that the seam of the conductive yarn 300 is sucked intact. As a result, the seam does not swell to the outside of the glove. In addition, since the inner and outer surfaces of the weave 200 are smoothed, the yarn proceeds evenly and there is no shaking so that the yarn does not protrude during knitting.

6 shows a glove woven using the double mouth 200 of the present invention as described above.

As can be seen in FIG. 6;

The glove knitted with the double mouth 200 has a smooth surface and looks good. In FIG. 6, A is a knitted inverted glove in the background, and the conductive facts touched are all distributed inward, and as shown in B, it is smooth because it does not swell outward at all. .

In the background method of the present invention, it is possible to manufacture a glove containing the conductive material to the thumb of the fingertip and the index finger stop, a half touch to enter all three finger parts of the finger, and a full-touch glove using the conductive material to the entire glove.

7A and 7B show a state of knitting using the double mouth 200 used in the present invention, and shows that the thread enters in close contact with the needle 300 using the double mouth 200 in a conventional glove knitting. FIG. 8 is a more detailed view of the drawings, in which the thread 200 is tightly knitted with the needle 300, and the thread 400 enters into the thread 200 and the thread 400 is sucked inward. have.

9A and 9B also show the actual knitting state.

100, 200: Doubleus
110: head 120: protrusion
300: needle 400: challenge

Claims (4)

In the knitting of the gloves for touch,
A method of knitting a glove for touch, which is manufactured so that the conductive fact does not protrude out of the glove during the manufacture of the touch glove. Knitting method of touch gloves, characterized in that used. The method of claim 1,
The conductive yarn portion of the touch glove is at least one of the five fingers of the fingertip, or the entire finger portion, or the glove of the touch glove, characterized in that the entire glove. delete A glove, characterized in that it is knitted in any of the preceding claims.

Images