JP2013060296A - Cutter with tagging device for making tag by folding back tip of storable adhesive tape - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an easy-to-use method for a cutter by storing a tagging device normally while attaching importance to a normal use and taking out the tagging device as required since the primary function of the cutter is impaired when the tagging device is placed on the cutter all times to form a non-adhesive tag on an adhered adhesive tape so that the adhesive tape can be conveniently peeled off easily.SOLUTION: The tagging device is taken out by unlocking if a tag is required. An adhesive tape is stuck to a cutter blade and a projection plate and cut out, and the cutter blade is pinched to reduce a distance between itself and the projection plate. The spring of the cutter blade is made weaker than the cutter thereof to move the cutter blade so as to be tiltable along an oval guide groove at the start of pinching so that the adhesive tape can always be curved upward utilizing an effect that the adhesive tape is stuck to the projection plate and the cutter blade. The cutter blade is further pinched to move the cutter section to the final position, and the adhesive tape is folded back while being bent upward, and the adhesive faces thereof are joined to each other so that a non-adhesive tag can be formed.

Description

The present invention makes a non-adhesive tag by folding the tip of the adhesive tape easily and securely so that the adhesive tape including the cellophane tape once applied (hereinafter referred to as adhesive tape) can be easily peeled off. On how to do.

Even in offices and homes, there are daily scenes where adhesive tape is applied to envelopes, boxes, boards, etc., but it is not easy to remove the adhesive tape once applied with a finger. For example, in the case of an envelope that is supposed to be peeled off, if there is a non-adhesive tag at the tip of the attached adhesive tape, it can be easily picked and peeled off, and the recipient's feeling of compassion is conveyed. On the other hand, when it is not necessary to peel off, it is convenient to use the same operation as a conventional adhesive tape cutter. If an inexpensive device that can be produced by a simple operation only when a non-adhesive tag is required can be produced, not only the convenience in daily life is increased, but also the work time can be shortened.

Many devices have already been devised to make non-adhesive tags by sticking adhesive surfaces to the tip of an adhesive tape, but there are many solutions such as large devices, many operation steps, complicated structures, and inability to tag reliably. There are technical issues to be addressed. In addition, it is exclusively used for tag processing in spite of most usages that do not require a tag, and the device obstructs the basic performance inherent in the adhesive cutter.

Patent No. 4345058 Adhesive tape cutter that automatically forms a tape loop (loop) as a separation allowance at the tape cutting end with high probability

From the above, in order to improve usability, it is possible to make a tag reliably with a simple and simple operation when a tag is necessary, and when the tag is not necessary, it can be used in the same way as a conventional adhesive tape cutter. This is a problem to be solved.

Therefore, in the present invention, it is possible to make a tag with a simple and light operation by taking out a tag processing device when a non-adhesive tag is necessary and storing it normally with emphasis on a usage method that does not require a frequently used tag. The object is to provide a device with a simple structure that is easy to use.

The present invention solves the above problems by a method of creating a non-adhesive tag at the tip of the adhesive tape as required, and specifically includes the following contents.

That is, one aspect according to the present invention relates to a method of storing a tag processing device small and thin in normal use and not hindering the original basic performance of an adhesive tape cutter.

The present invention further relates to a method characterized in that the tag processing device can be taken out with a simple operation when tag processing is required.

The present invention further relates to a method of always bending an adhesive tape upward by picking it with a finger of one hand (for example, a left finger) and moving it while tilting a blade of a tag processing device.

The present invention further includes a structure in which the entire tag processing apparatus is moved to the final position, the adhesive surfaces are bonded together, and the tag is made by picking with the finger of the other hand (for example, the right finger).

The present invention further includes a structure in which the tag processing device can return to the position before the movement when the finger (for example, the left finger) of one of the picked hands is released.

The present invention further includes a method in which air is ejected and curved upward as the cutter moves to the projection as an operation for always bending the adhesive tape upward.

In the present invention, when the adhesive tape is peeled off after being attached, if there is a non-adhesive tag at the tip of the adhesive tape, it can be easily picked and removed, but on the other hand, the frequency of not requiring the tag is high and contradicts. It provides convenience that can be used without compromising the basic performance of each method.

It is explanatory drawing which shows the structure which makes a non-adhesive tag at the front-end | tip of an adhesive tape based on embodiment of this invention, and the outline | summary of the method. It is an operation | movement principle figure when the non-adhesion tag concerning embodiment shown in FIG. 1 is not required. It is an operation | movement principle diagram in the case of making a non-adhesive tag by always curving an adhesive tape upwards by twisting and moving the cutter blade concerning embodiment shown in FIG. It is an operation | movement principle diagram in the case of making the non-adhesive tag by discharging the air concerning embodiment shown in FIG.

A method for making a non-adhesive tag at the tip of an adhesive tape according to the first embodiment of the present invention will be described with reference to the drawings. FIG. 1 shows the outline.

Figure 2 shows the normal usage when a non-adhesive tag is not required. 2a of FIG. 2 is an initial state before setting the commercially available adhesive tape roll 1 to a holder, putting the finger 8 between the adhesive tape roll 1 and the projection plate 4, and pulling out the adhesive tape 2. FIG. 2b of FIG. 2 is the state before the cutting | disconnection which extended | stretched the adhesive tape 2 to required length. 2c of FIG. 2 is the state which has cut | disconnected the adhesive tape. When the adhesive tape is lowered downward, the adhesive surface sticks to the protruding plate 4. When it is further lowered, it sticks to the cutter blade 5 at a position lower than the protruding plate 4, and the adhesive tape is cut.

FIG. 3 shows one form of making a non-adhesive tag. In the normal usage shown in FIG. 2, the adhesive tape 2 is in a state of sticking to the protruding plate 4 and the cutter blade 5. When the lock mechanism 3 is released and the adhesive tape 2 is pulled upward and cut, the initial state shown in FIG. 3a is a state in which the lock mechanism 3 is released and the cutter unit 6 and the cutter blade 5 are moved to the initial positions by the springs. 3b is a state in which the cutter portion 6 has moved halfway by picking the projection plate 4 and the cutter blade 5 with the finger of one hand (for example, the left finger). The spring of the cutter blade 5 is weaker than the cutter portion 6, and at the beginning of picking, the cutter blade 5 moves while being inclined along the guide groove 7 having an oval shape. Since the adhesive tape 2 is attached to the protruding plate 4 and the cutter blade 5, it is curved upward. When the cutter blade 5 is further picked and moved, the cutter unit 6 starts to move. 3c is a state in which the cutter unit 6 moves to the protruding plate 4 and comes into contact with and is held. Since the cutter part 6 is lower than the protruding plate 4, the adhesive tape 2 is greatly curved in a tilted state, and a non-adhesive tag is formed when it is picked. 3d is a state in which the adhesive tape 2 is pulled out and the cutter blade 5 and the cutter unit 6 are returned to the initial positions. When the non-adhesive tag is picked and pulled with the finger of the other hand (for example, the right finger) and the finger (for example, the left finger) of one hand is released, the cutter blade 5 and the cutter unit 6 return to the initial positions. When the adhesive tape 2 is pulled out by a necessary length and lowered, it is cut and returns to the initial state shown in 3a.

FIG. 4 is also one form for making a non-adhesive tag, but it is a simpler form in which the adhesive tape is always curved upward by discharged air. 4a in FIG. 4 is an initial state, and is a state immediately before the projection plate 4 and the cutter unit 6 integrated with the cutter blade are picked and moved by the finger of one hand (for example, the left hand finger). 4b is a state in the middle of picking and moving the projection board 4 and the cutter part 6 with the finger of one hand. There is an air pump 9 between the protruding plate 4 and the cutter unit 6, and air is blown out toward the adhesive tape to bend the adhesive tape upward. 4c is the state which picked up the projection plate 4 and the cutter part 6 with the finger of one hand, moved to the end, and match | combined. The pressure-sensitive adhesive tape 2 that moves while curving upward is joined to each other to form a non-adhesive tag portion. The projection plate 4 and the cutter unit 6 are held together with the finger of one hand. 4d is a state in which the adhesive tape 2 is pulled out and the cutter unit 6 returns to the initial position. The non-adhesive tag of the adhesive tape 2 is picked with the finger of the other hand (for example, the right finger), the adhesive tape 2 is pulled out, and when the finger of one hand is released, the cutter unit 6 returns to the initial position.

By making a non-adhesive tag at the tip of the adhesive tape, it can be easily peeled off. In addition to reducing the peeling work, convenience can be increased, but it can also be used as a normal adhesive tape cutter by making it retractable. In addition, the usability and convenience can be increased.

1. Adhesive tape roll, 2. 2. Adhesive tape, 3. lock mechanism; 4. Projection plate, Cutter blade, 6. 6. Cutter part Guide groove, 8. Finger of the hand, 9. Air pump.

Claims (7)

A method of storing a non-adhesive tag processing apparatus and using it as an ordinary adhesive tape cutter, and taking out and utilizing it as necessary. A method in which a protruding plate is provided between an adhesive tape roll and a cutter part, and the adhesive tape sticks to both the cutter part and the protrusion when the adhesive tape is cut. A method of moving the cutter part to narrow the gap with the projection plate and curving the cellophane to match the adhesive surface. A method in which the adhesive tape is always bent upward by moving the cutter blade while twisting along the elongated hole guide to reduce the distance from the projection plate. A method of making a non-adhesive tag by moving the cutter part and holding it at a position where the distance from the projection plate is minimized, pinching the tip of the curved adhesive tape with a finger, folding it, and bonding the adhesive surfaces together. A method in which air is discharged when the cutter blade moves to narrow the gap with the protruding plate, and the cellophane tape is always bent upward. Hold the cutter part and the projection plate at a position where the gap between the cutter and projection plate is narrowed with the finger of one hand (for example, the left hand), pull the adhesive tape tag with the finger of the other hand (for example, the right hand), and pull out the adhesive tape A method to release the finger of one hand at the time and return it to the initial position.