JP2500131Y2 - Adhesive label continuum for handy printer - Google Patents

Description

[Detailed description of the device]

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a continuous adhesive label for handy printers.

[0002]

2. Description of the Related Art A conventional continuous adhesive label for handy printer is generally used after being rolled up in a state where an adhesive label die-cut for each label unit is continuously joined adjacent to a release sheet. ing.

There are two types of conventional die-cutting method for label units of the adhesive label continuous body for a handy printer, which are a continuous die-cut in a width direction and a perforated die cut in a width direction.

However, the former straight continuous die-cut, when the adhesive strength of the adhesive label is weak, tends to cause unexpected peeling in the printer when it is set in a handy printer and used. There is a problem that paper jams often occur. To prevent this accidental peeling, it is only necessary to increase the adhesive strength of the adhesive label, but on the other side, if the adhesive strength of the adhesive label is increased, it is blunted and fed out from the handy printer. When the adhesive label is peeled off, there is a problem that it is difficult to peel off the adhesive label. In particular, the die cutting method for each label unit is linear in the width direction as shown in Fig. 2, so even if you try to peel off the adhesive label fed from the handy printer by hand, you can get a "rolling margin". Difficult to form. Of course,
Even if the label end is bent, the adhesive strength is strong, so that a new difficulty arises in that the "rolling margin" is not formed well.

The latter die-cut perforated in the width direction is connected even if the adhesive strength of the adhesive label is weak, so that there is no problem that unintentional peeling occurs in the printer. Even if the adhesive label is tried to be peeled off when it is fed out, it is difficult to form a "rolling margin" because the connection is negative. Of course, the same applies when the label end is bent.

[0006]

The present invention is designed to prevent accidental peeling and paper jam in the printer until it is fed out even when it is set in a handy printer. Another object of the present invention is to provide an adhesive label continuous body for a handy printer, which can successfully form a "rolling margin" and can be easily peeled off.

[0007]

The present invention provides an adhesive label continuous body 3 for a handy printer, which comprises an adhesive label 1 die-cut for each label unit and adjoining a release sheet 2 continuously. The label ends 4 on the same side among the adjacent label ends are die-cut into a form in which convex pieces 5 are respectively provided, and the label ends are provided by winding from the label end side provided with the convex pieces. It is a continuous adhesive label for a handy printer, characterized by

[0008]

In the present invention, the pressure-sensitive adhesive label die-cut for each label unit means that in a continuous roll-up pressure-sensitive adhesive sheet, the pressure-sensitive adhesive label adhered to the release sheet is die-cut so as to form a unit label. Means a state.

The continuous adhesive label for handy printer of the present invention will be described below with reference to FIG. The invention is
This adhesive label is characterized in that it is die-cut into a form in which a convex piece 5 is provided on the label end 4 on the same side among the adjacent label ends. That is, the die-cutting method is different from the conventional adhesive label for handy printer in which both the front and rear label ends of the adhesive label are die-cut in the width direction in a straight line. Here, the front is the direction in which the continuous adhesive label body is fed out with printing when it is attached to the printer, and the rear is the opposite direction. When the continuous label for handy printer of the present invention is mounted on a printer, the label end 4 which is die-cut so as to provide the convex portion 5 is mounted on the rear side with respect to the feeding direction. That effect is achieved. Further, the wound-up pressure-sensitive adhesive label continuous body mounted in such a state can be obtained by winding up from the side of the label end 4 which is die-cut so as to provide the protruding piece 5.

The convex piece 5 is used as a gripping portion when peeling the adhesive label, that is, as a "rolling margin". The label end portion provided with the convex piece 5 is the printer. When the adhesive label is attached to the rear side with respect to the feeding direction, the peeling direction of the adhesive label is from the front of the handy printer to the front, that is, the adhesive label is peeled from the front toward the feeding direction of the adhesive label. .

Incidentally, if the label end portion provided with the convex piece portion 5 as a grip portion for peeling off the adhesive label is mounted so that it is on the front side with respect to the direction in which it is fed out from the printer, the label peeling direction will be changed. The adhesive label is peeled off in the front direction from the front label end portion, that is, in the direction opposite to the feeding direction. In such a peeling method, since the handy printer is held in one hand and the adhesive label is peeled by the other hand, not only the workability is extremely poor, but if the handy printer has a convex piece on the front side. If the unexpected turning occurs for some reason, reverse peeling occurs, which results in promoting paper jam.

Therefore, when using the adhesive label continuous body for a handy printer of the present invention, the label end portion provided with the respective convex strips 5 on the same side among the adjacent label end portions of each adhesive label. By attaching 4 to the printer so as to be the label end on the rear side with respect to the direction in which it is fed out from the printer, even if an unexpected curl occurs in the protruding piece 5 in the handy printer, reverse peeling and peeling will occur. And the effect of not causing a paper jam is obtained.

From the above, by mounting the label on the printer so that the end of the label provided with the convex piece 5 becomes the end of the label on the rear side with respect to the direction in which it is fed out from the printer. The adhesive force can be increased to increase the peeling force, and as a result, unexpected peeling in the handy printer can be prevented and paper jam can be prevented. Moreover, the reason why the convex piece portion 5 can be easily peeled and floated as a grip portion when peeling the adhesive label, that is, as a "rolling margin", is that even if the adhesive force of the entire surface of the adhesive label is increased, the convex piece portion is The contact area with the release sheet is small. Therefore, by applying a slight pressure or bending it, the elastic force of the sheet also acts and the convex portion of the adhesive label is peeled off from the release sheet and easily floats up, and the knob portion for hand rolling, that is, "rolling" It is easy to form a bill.

In forming the convex piece 5 of each adhesive label, the release sheet portion corresponding to the convex piece of each adhesive label is punched out in a state of being separated from other release sheet portions. As compared with the case where the convex piece portion 5 is provided only, when the adhesive label is peeled off, the pinched portion, that is, the "rolling margin" can be more easily floated and formed.

The shape of the convex piece 5 is not particularly specified, and may be any shape such as a semicircle, a semi-ellipse, a quadrangle, and a triangle. Also, regarding its size,
It is sufficient that this portion has a size capable of exerting a function as a hand-rolled knob portion, that is, a "rolling margin".

[0016]

[Effect] In the adhesive label continuum for handy printers of the present invention, each adhesive label is die-cut into a form in which the convex edge portion 5 is provided on the label end 4 on the same side, and the convex edge portion is provided. It is characterized in that it is wound from the end of the label side to form a roll. In the actual use of this label continuum, the label end 4 which is die-cut so as to provide the protruding piece 5 is on the rear side with respect to the feeding direction, so that the adhesive force of the entire adhesive label is reduced. The peeling force can be increased to make the peeling force heavier and prevent accidental peeling in the handy printer, and prevent paper jam. Moreover, when the adhesive label is peeled off after printing, the "rolling margin" can be easily formed, so that the peeling off by hand is also facilitated.

[0017]

[Brief description of drawings]

FIG. 1 is an explanatory view of a continuous adhesive label for a handy printer according to the present invention.

FIG. 2 is an explanatory diagram of a conventional adhesive label continuous body for a handy printer.

[Explanation of symbols]

 (1); Adhesive label (2); Release sheet (3); Adhesive label continuum for handy printer (4); Label end (5); Convex piece (6); Die-cut line

Claims (2)

(57) [Scope of utility model registration request] 1. An adhesive label continuous body (3) for a handy printer, which comprises a release sheet (2) and an adhesive label (1) which are die-cut for each label unit and are continuously bonded adjacent to each other. The label ends (4) on the same side among the label ends to be cut are die-cut into a form in which convex pieces (5) are provided, respectively, and the label ends (4) provided with the convex pieces are wound and wound. A continuous label for adhesive labels for handy printers, which is formed into a bill. 2. A continuous adhesive label for a handy printer according to claim 1, wherein the release sheet portion corresponding to the convex portion of each adhesive label is punched in a state of being separated from other release sheet portions. body.