JP2011168900A - Glove, printing jig for glove, and method for making print on glove - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an excellently fashionable glove with a pattern, to provide a printing jig for producing the glove, and to provide a method for making print on a glove. <P>SOLUTION: The glove comprises a fabric glove (A), and patterns are printed on the front surface and the back surface of the glove (A) and also on a boundary line between the front surface and the back surface so as not to cause missing print. The method for making print on a glove includes: a primary preparation step for putting a glove-stretching jig D alongside a glove (A)-putting jig E, and putting the glove on the jigs in such a state; a second preparation step for pulling the glove off from the glove-putting jig together with the glove-stretching jig; and a printing step for printing pattern on the glove fitted to the glove stretching jig from the front surface and the back surface thereof. The glove (A) is easily put on the jigs because the glove-putting jig E is put alongside the glove-stretching jig D to make the glove hardly bend in the primary preparation step, and the patterns both of the front/back surfaces of which are linked to each other can be printed on the glove without causing any missing print at the side surface because both of the front/back surfaces are made to be flat and the side surface is made thin. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a glove, a glove printing jig, and a glove printing method. More particularly, the present invention relates to a glove in which a pattern is printed on both front and back surfaces of a fiber glove, a printing jig used therefor, and a glove printing method.

  As a conventional glove printing technique, there is a pad printing method as shown in Patent Document 1. However, this pad printing was only for printing a pattern on a part of the surface of the glove.

As a technique for printing on the entire surface of the glove, thermal transfer printing or ink jet printing from both the front and back surfaces of the glove can be considered.
When printing a pattern such as a photograph or illustration on a fiber glove using this technique, the glove does not have ink on the sides of the five fingers (front and back borders) as shown in FIG. As a result, a so-called unprinted print mp, in which a white linear portion remains, was generated.
If there is this unprinted mp, the pattern on the front side and the back side are cut off without being continuous, so that the completeness of the pattern is lowered and the added value to be given to the gloves is also lowered.

However, if the prints connected to the front and back can be made, various expressions can be made on the gloves and fashionability will be enhanced.
So far, thin and well-stretched gloves have been proposed, and these can be used with a mobile phone while wearing gloves and can be taken in and out of transportation regular cards, making them convenient for daily life However, it was not possible to print due to the above circumstances, and only monotone products with low fashionability.

JP 2007-118252 A

  In view of the above circumstances, an object of the present invention is to provide a highly fashionable glove with a pattern, a pudding jig and a printing method for producing the glove.

The glove of the first invention is a fiber glove, wherein a pattern is printed on the front surface and the back surface of the glove, and is printed so that no print residue occurs at the boundary between the front surface and the back surface. And
A printing jig for a glove according to the second invention is a jig for printing on a glove from the front surface and the back surface, has a planar shape similar to that of a glove on which a pattern is to be printed, has a thin thickness, The glove is provided with a glove expanding jig that is expanded in the width direction when the is worn and the front and back surfaces are flattened and the boundary between the front and back surfaces is thin.
The glove printing jig of the third invention is characterized in that, in the second invention, the glove spreading jig has a thickness of 0.5 mm or less.
The glove printing jig of the fourth invention is a glove skein that has a planar shape similar to the glove expanding jig in the second invention, has a thick thickness, and has a rigidity that does not bend when the glove is fitted. A jig is provided.
The glove printing jig of the fifth invention is characterized in that, in the second invention, the glove skein jig is formed such that a rib is formed on an outer edge and the glove expanding jig is fitted inside the rib. To do.
The glove printing method according to the sixth aspect of the present invention is a first preparation step in which a glove staking jig is placed along a glove spreading jig and the glove is put on in this state, and a second preparatory step in which the glove is removed from the skeining jig together with the glove spreading jig. And a printing process of printing a pattern from the front and back surfaces of the glove fitted in the glove spreading jig.

According to the first invention, since the patterns on both the front and back sides of the glove are connected to each other at the side surface, the continuity of the pattern is generated, and the added value in the design is increased.
According to the second invention, the glove fitted in the glove spreading jig spreads sideways, the front and back surfaces are parallel and flat, so that it is easy to print, and the glove spreading jig is thin, so the side surface of the glove is also thin. Thus, printing can be performed without printing residue due to printing from the front surface and printing from the back surface.
According to the third invention, when the thickness of the glove spreading jig is 0.5 mm or less, the thickness of the spread glove is also very thin. There is no.
According to the fourth invention, since the glove expanding jig is thin, it is difficult to bend and bend easily. However, since the glove expanding jig is rigid and does not flex, it is easy to apply the glove by using the glove expanding jig. Become.
According to the fifth aspect of the present invention, when the glove spreading tool is inserted inside the rib of the skein jig, the positional relationship between the two is restricted, so that the work of putting on the glove becomes easy.
According to the sixth invention, in the first preparation step, the glove staking jig is placed along the glove expanding jig so that it is difficult to bend, so that the glove can be easily put on, and the glove expanding jig in the second preparing step. When the glove is applied only to the side, the glove is spread in the width direction, the front and back sides are flattened, and the sides are thinned, so just by performing the printing process to print from both sides, You can print a pattern on the glove with both the front and back sides without any print residue.

It is a perspective view of glove A concerning one embodiment of the present invention. It is the top view and side view of a glove expansion tool. The glove is a plan view, a side view, and a front view of a skein jig. It is explanatory drawing of the 1st, 2nd preparatory process in the printing method of this invention. It is explanatory drawing of the printing process in the printing method of this invention. It is a perspective view of the conventional glove Z. FIG.

Next, an embodiment of the present invention will be described with reference to the drawings.
The glove A of this embodiment is a fiber glove, and is printed so that a pattern is printed on the front surface and the back surface of the glove A, and no print residue occurs on the boundary between the front surface and the back surface. .
In this glove A, the patterns on both the front and back sides of glove A are completely connected even in the side portions, so that the continuity of the pattern occurs and the added value in design is high.

  If the gloves are made of fiber and are knitted, they will be elastic, and if they are made of thin thread, they will be thin, so you can operate your mobile phone while wearing gloves, You can easily remove the card from your wallet. Moreover, if the entire design printing is performed on both the front and back sides as described above, the fashionability is high, so that it is highly useful for consumers.

  Next, a printing jig used in the glove manufacturing method of the present invention will be described with reference to FIGS. The printing jig includes a glove spreading jig D and a glove skein jig E.

  The glove expanding jig D is a jig for printing a glove from the front surface and the back surface. As shown in FIG. 2, it has a planar shape similar to that of a glove on which a pattern is to be printed, and is thin. Further, the width dimension w has a dimension in which the glove is expanded in the width direction and the front surface and the back surface become flat when the finger part and the palm part are put on the glove, and the thickness t is the front surface and the back surface of the glove. It is thin enough to make the border of the film thinner. Specifically, the thickness is 0.5 mm or less, 0.1 mm or more, and preferably 0.3 mm.

As shown in FIG. 3, the glove skein jig E is a jig having a planar shape similar to that of the glove expanding jig D, having a thickness that is thick and does not flex when the glove is fitted.
Further, the glove skein jig E is configured such that a rib r is formed on the outer edge, and a glove expanding jig D is fitted inside the rib r.

Since the glove expanding jig D is thin, the glove expanding jig D is hard to bend and bend easily. However, since the glove expanding jig D is rigid and does not flex, the use of the glove expanding jig D makes it easy to apply the glove.
Further, when the glove spreading jig D is inserted inside the rib r of the skein jig E, the positional relationship between the two is constrained, so that the work of putting on the glove becomes easy.

Next, the printing method of the present invention will be described with reference to FIG.
The printing method of the present invention comprises the following steps I to III.
I: First Preparation Step A glove skein jig E is fitted with a glove expanding jig D, and the glove A is put on in this state.
In this first preparation step, the glove staking jig E is placed along the glove expanding jig D so that it is difficult to bend, so that the glove A can be easily put on.
II: Second preparation step Gloves are removed from the jig E together with the glove expanding jig D.
If the glove A is applied only to the glove expanding jig D in the second preparation step, the glove A is expanded in the width direction, the front and back surfaces are flat, and the side surfaces are thin.

III: Printing process A pattern is printed from the front surface and back surface of the glove A fitted in the glove expanding jig D.
As shown in FIG. 5, the thermal transfer method X and the inkjet method Y can be adopted as the printing method.
When the thermal transfer method X is used, the transfer paper 1 may be placed on the upper surface of the glove A and pressed with the heating die 2 from above. The pattern on the transfer paper 1 is transferred to the gloves A by heat and pressure. When printing on the front side is completed, the back side may be similarly thermally transferred.
When the ink jet method Y is used, a pattern can be printed on the upper surface of the glove A by placing the ejector 3 on the upper side after the hot press of the glove A and ejecting ink. Similarly, a pattern can be printed by ejecting ink on the back surface of the gloves A.
As described above, it is possible to print on a glove a pattern in which both front and back sides with no print residue are connected to each other by simply executing a printing process for printing from both sides.

In the above printing process, the glove fitted in the glove spreading jig D spreads sideways, the front and back surfaces are parallel and flat, so printing is easy, and the glove spreading jig D is thin, so the side surface of the glove is also It becomes thin, and printing can be performed without causing a print residue due to printing from the front side and printing from the back side.
In particular, if the thickness of the glove expanding jig D is 0.5 mm or less, the expanded glove thickness is also very thin, so that the side surfaces can be printed simultaneously when printing from both the front and back sides, and no print residue is generated.

A Gloves D Gloves expanding jig E Gloves staking jig X Thermal transfer method Y Inkjet method

Claims (6)

Fiber gloves,
A glove characterized in that a pattern is printed on the front surface and the back surface of the glove, and printed so that no print residue occurs at the boundary between the front surface and the back surface. It is a jig for printing on the front and back of the glove, and has a flat shape similar to that of the glove on which a pattern is to be printed. The thickness is thin, and when the glove is put on, the glove is expanded in the width direction. A glove printing jig comprising a glove spreading jig having a flat front surface and a back surface and a thin boundary between the front surface and the back surface. 3. The glove printing jig according to claim 2, wherein the glove spreading jig has a thickness of 0.5 mm or less. 3. The glove print according to claim 2, further comprising a skein jig having a planar shape similar to that of the glove expanding jig, having a thickness that is thick and does not flex when the glove is fitted. Jigs. 3. The glove printing jig according to claim 2, wherein the glove skein jig is formed so that a rib is formed on an outer edge thereof, and the glove expanding jig is fitted inside the rib. A first preparation step in which a glove is placed along a glove spreading jig on a skein jig, and the glove is put on in this state;
A second preparatory step in which the glove is squeezed together with the glove spreading jig,
A printing method of a glove characterized by performing a printing process of printing a pattern from the front and back surfaces of a glove fitted in a glove expanding jig.

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