JPH0120252Y2 - - Google Patents

Description

[Detailed description of the invention] (Field of industrial application) This invention relates to a label peeler.

(Prior art and its problems) The applicant previously reported in Utility Model Publication No. 52-21039,
We are proposing a peeler for roll sticker labels. The label peeled off by the peeler in Utility Model Publication No. 52-21039 is used in banks, etc. to cover the seal imprinted on a bankbook in order to protect it. That is, after pulling out a labeled sticker, the label is peeled from the sticker by pulling so that the sticker is bent at a sharp angle, and this label is adhered onto the seal impression. However, with conventional peelers, you hold the peeled label with your fingertips and apply it to your bankbook, so if your fingertips are dirty, they may stick to the label.
Furthermore, even if the fingertips are clean, fingerprints from the fingertips may adhere to the label, making the impression difficult to see or leaving behind fingerprints.

(Means for Solving the Problems) The present invention was devised to solve these drawbacks, and a long label sticker made by temporarily gluing a number of labels is stored inside the label. a first guiding means in which the sticker is guided in a first guiding posture; and a second guiding means in which the labeled sticker guided by the first guiding means is guided in a second guiding posture substantially opposite to the first guiding posture. The label peeling section includes a guide means, a label peeling section provided between the first guide posture and the second guide means, and a placing section on which the label peeled from the seal by the label peeling section is attracted by electrostatic action. , when the labeled sticker changes from the first guiding position to the second guiding position in the label peeling section, the label is peeled off from the sticker and the label is attracted to the mounting section due to static electricity charged on the label. This is a characteristic feature.

(Function) The first guide means is necessary as a prerequisite for changing the direction of the seal almost in the opposite direction by the second guide means, and is carried out, for example, by passing the seal through a gap.

The label peeling section peels off the label from the labeled seal guided by the first guide means.

The second guide means is necessary to hold the sticker from which the label has been peeled off in a direction substantially opposite to the first guide position.

The term "approximately in the opposite direction" means that the label can be peeled off from the seal, and experience has shown that peeling is possible in a direction of about 100 degrees or more with respect to the direction of travel of the seal in the first guiding position. Of course, the closer the angle is to the opposite direction, the more reliable the peeling will be.

The placement part is a part to which the label peeled from the seal is attracted by static electricity. The label is adsorbed to the mounting section, so when attaching the label to a passbook, etc.
The label does not flicker.

The label is charged with static electricity that is generated due to friction and peeling when the seal changes direction from the first guiding position to the second guiding position. When this electrostatically charged label is peeled off from the seal, it moves in the same direction as the first guiding attitude, contrary to the seal, and is attracted to the placement part by the electrostatic attraction force.

(Example) Next, an example will be described with reference to the drawings. FIG. 1 shows a state in which a label 3 is being peeled off from a seal 2 in a peeler 1 to which an embodiment of the present invention is applied. FIG. 2 shows a state in which the label 3 that has been peeled off and adsorbed on the placement section 4 is adhered to the stamp section 7 of the bankbook 6.

3 to 6 show the state in which the label 3 is sucked onto the placement section 4. FIG.

The labeled sticker 8 is obtained by temporarily adhering the label 3 to the sticker 2 side by side. Seal 2
A peeling surface 9, which is easily peeled off, is formed on the surface of silicone or the like. The label 3 has an adhesive layer 10 formed on its back surface.

Reference numeral 11 denotes a case body, and the case body 11 houses a wrapped labeled sticker 8 inside. The ceiling of the case body consists of an upper plate 12 and a lower plate 13.
These two plates are stretched between the left side plate 14 and the right side plate 15. The front end 16 of the upper plate 12 and the rear end 17 of the lower plate are overlapped with a gap 18, and constitute a first guide means for guiding the labeled sticker in a first guide position.

The tip of the upper plate 12 is formed into a folded part 20 that folds back the seal 2 in a substantially opposite direction, and this folded part constitutes a label peeling part.

A pull-in hole 19 for pulling the seal 2 into the case body 11 is formed in the center of the upper plate 12.
A second guide means is configured to hold the label folded back at the label peeling portion to a second guide position, which is substantially opposite to the first guide position, in the second guide position.

From the center part 21 to the front end part 22 of the lower plate 13 is a placing part formed as a flat surface larger than the size of the label 3, guided by the first guide means, and on which the label peeled from the seal is placed. is formed.

After the label-attached sticker is guided to the first guiding position by the first guiding means, the label is oriented to a second guiding position, which is almost opposite to the first guiding position, at the label peeling section. peeled off from the seal.

Furthermore, static electricity is generated when the seal is turned from the first guiding position to the second guiding position, and the peeled label is also charged with this static electricity. Therefore, the peeled label is attracted to the mounting section by the action of static electricity. At this time, the adhesive layer 10 of the label is facing upward in the figure.

In this way, the case body with the label adsorbed with the adhesive layer facing upward is turned upside down and pressed onto the stamp part of the bankbook, etc.

This allows the label to be attached to the passbook without having to hold the label in hand.

Note that instead of turning the case body upside down, a passbook or the like may be turned upside down and pressed against the case body.

(Effects of the invention) Since the present invention is configured as described above, it is possible to affix the label to a required location such as the seal area without holding the label in hand. Since the label is completely placed on the mounting section and then pasted, the label can be checked before pasting, and the label does not become unstable due to fluttering, making it possible to paste the label onto the passbook without any mistakes. Ru.

Additionally, since the label can be peeled off from the tape and the label can be applied separately, there is no need to apply the label while pulling the tape or moving the peeler, and there is no need for a mechanism for this purpose. Therefore, the structure of the peeler can be made simple.

Furthermore, in the label peeling section, the sticker is peeled from the first guiding position to the second guiding position, which is almost the opposite direction. Even if the label is held facing downward, the label will not fall out of the peeler. By the way, when we tested a sticker that has been used in the past, silicone was applied as a release agent to the surface of the sticker, and a transparent label for covering the seal was removably glued on top.
It was 100% adsorbed and did not fall off no matter which direction it was tilted.

Furthermore, since a long labeled sticker is stored inside the peeler, the peeler can be held and used repeatedly.

[Brief explanation of drawings]

Fig. 1 is a perspective view of an embodiment of the peeler of the present invention seen from above, Fig. 2 is a perspective view showing a state in which a label is attached to a passbook, and Figs. 3 to 6 are X-X showing main parts.
FIG. 1... Peeler, 2... Seal, 3... Label,
4... Placement section, 6... Bankbook, 7... Stamp section,
8...Seal with label, 9...Temporary adhesive surface, 10...
...Adhesive layer, 11...Case body, 12...Top plate, 13...Bottom plate, 14...Left side plate, 15...Right side plate, 16...Front end, 17...Rear end, 18...
...Gap, 19... Lead-in hole, 20... Folded part (label peeling part).

Claims (1)

[Scope of Claim for Utility Model Registration] A first guiding means in which a long labeled sticker formed by temporarily adhering a plurality of labels is stored, and the labeled sticker is guided in a first guiding posture; A labeled sticker guided by the first guiding means is provided between the second guiding means, which is guided to a second guiding posture substantially opposite to the first guiding posture, and the first guiding posture and the second guiding means. a label peeling section, and a placement section on which the label peeled from the sticker in the label peeling section is attracted by electrostatic action, and the labeled sticker is moved from the first guide position to the second guide position in the label peeling section. A label peeling device characterized in that when changing the posture, the label is peeled off from the sticker, and the label is attracted to the mounting part by static electricity charged on the label.