JPH07101178A - Binder with tape - Google Patents

Abstract

PURPOSE:To provide a binder with a tape of the type for binding a document or the like with a tape made of paper, plastic or cloth. CONSTITUTION:The binder with a tape comprises the tape coated on its rear surface cut in a predetermined length with adhesive, a perforating mechanism 20 for perforating a hole at a document to be bound, and a binding mechanism 30 with the tape for winding an end of the document to be bound and perforated holes for one circumference or a half circumference. The tape is contained in a rotary operation handle, and perforating and binding operations are executed by rotating a grip of the handle.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a device for binding documents, mouths of bags and the like, and more particularly to a tape binding device for punching holes in a bundle of documents and passing a tape made of paper through the holes to bind documents with tape. It is a thing.

[0002]

2. Description of the Related Art A conventional binding device has a staple made of metal and is stapled into a bundle of documents with a staple-type stapler of a continuous firing type so that the staple penetrates the back of the document and sticks out to the back of the document. I folded the staples inward and bound the documents.

With a tape binding device (stapling machine) according to this method, when a document is bound, a staple is accidentally stuck in the hand and blood is produced, or the staple is not folded properly and is kept in a standing state. It could get caught on your skin or scratch your skin. In addition, if you are unable to bind the documents or if you want to separate the bound documents once they are no longer needed, you need to prepare a device such as a remover for removing the staples.If you do not have the remover, you will have to forcefully lift the nails to remove them. , There were also cases where the nail was damaged or the nail was cracked in the case of thick staples. Furthermore, when applying unnecessary documents to a document cutter such as a shredder, it is necessary to remove the staples from the bound documents. If you accidentally put it on the paper cutter while still binding it with staples, the staple will be caught in the machine and it will cause troubles in operation, and it will also damage the blade of the cutter and reduce the life of the machine. Was there. In addition, a stapling machine is sometimes used to bind an envelope, which causes a problem when using a letter opener. Therefore, stapling the envelope is
It was not recommended because of the inconvenience of opening the package.

On the other hand, when storing documents bound by metal staples as a bundle of documents, only the portion bound by the staples becomes thicker, so if many documents are stacked and bundled, only the upper left portion bound by the staples is placed. Was intensively abnormally thick, and the width of the entire documents to be stored was unnecessarily thick. In addition, metal staples are not used in documents stored in public offices for many years. This is considered to be the result of the metal staples rusting relatively early (within 10 years). Staples binding documents were often rusted and difficult to follow up. Especially for documents that require long-term storage, metal staples cannot be used. Therefore,
For documents that need to be stored for many years, paper saws, binding cords, etc. were used in practice even in the private sector.

Further, in the case of staples in which a bag of food or the like is bound, the removed staples may be mixed with the food, or the unloaded staples intentionally removed may be removed and the staples may be mixed with the food or the like. , Often very dangerous. Even in a hospital or the like, there is a possibility that danger may occur due to the mixed staples. Moreover, since staples are used even when binding medicine bags, there is a possibility that they may be swallowed by mistake. This is a disadvantage that the staple is made of metal, and there is a danger that the metal body may enter the body. Also, staples may bend or break,
The metal debris created a danger. Also, the removed staples could be dangerous.

[0006]

SUMMARY OF THE INVENTION It is an object of the present invention to provide a tape binding device of the type that binds documents and the like with a paper tape that eliminates the conventional drawbacks.

[0007]

In order to achieve the above object, a tape binding device according to the present invention has an adhesive-coated tape cut into a certain length and a hole in a document to be bound. It is composed of a hole punching mechanism, and a tape binding mechanism in which an end portion of a document to be bound and a hole to be bound are wrapped around the tape with one round or half-roll and attached.

[0008]

The tape binding device according to the present invention is of a type for binding a document or the like with a paper or plastic tape. In the embodiment shown in FIG. 1, the document binding tape is forced from the auxiliary tape. It is peeled off and partially rises upward, and the adhesive on the back surface is held so as to face the incoming document. The documents to be bound are inserted into the movable holding unit, and the moving holding unit is inserted into the punching mechanism until it comes into contact with the wall. As a result, the leading end surface of the moving document is joined to the adhesive on the back of the tape, and the tape leading end portion is bent and attached to the upper surface of the document. At the same time, the back side of the tape is attached to the front edge of the aligned document, and is also bent and attached to the bottom of the document. With the document inserted, push down the push-down part of the punching mechanism. Before the blade of the punching mechanism reaches the document, etc., the document retainer reaches the upper surface of the document and presses it, so that the leading edge of the back surface of the tape is firmly attached to the upper surface of the document and at the bottom of the document. Is firmly attached, and at the same time, it suppresses documents that may be scattered. Immediately after that, the blade reaches the upper surface of the document or the like and punches through the document stack by pressure from above. As a result, a tape through hole is formed in the document. The other end of the tape passes through this hole and is inserted from the bottom surface to the top surface (or from the top surface to the bottom surface) and is attached to both the upper and lower surfaces.
Next, when the document is pulled out from the punching mechanism, the bound document is pressed from above by a rotating pressing body. This allows
The other end of the tape which has been projected through the hole to the upper surface is firmly fixed to the upper surface of the document. In addition, the protrusion provided on the back of the moving holding portion engages with the tape feed hole of the auxiliary tape,
The next tape is forcibly peeled from the auxiliary tape and partially raised upward, and the next binding operation is awaited.

[0009]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS A tape binding device according to the present invention will be described in detail below with reference to an embodiment shown in FIGS. FIG. 1 is a perspective view of a binding device using a tape according to the present invention. The tape binding device 1 includes a tape 10, a hole punching mechanism 20, and a binding mechanism 30. FIG. 6 shows another embodiment of the tape binding device according to the present invention. The tape binding device 100 includes a tape 110, a hole punching mechanism 120, and a binding mechanism 130.

The tapes 10 and 110 are, as shown in FIG.
It is a tape having an adhesive 11 applied to the back surface, and in the embodiment shown in FIG. 1 or 6, it is cut evenly with a constant length. The length of the tape is determined by the width of the document 3 to be bound, but it is generally 2 times the length from the edge 3a of the document to the hole 2.
The length is doubled and twice the thickness of the document to be bound. This is a length determined from the configuration that requires a length that surrounds the edge 3a of the document and the hole 2 approximately once, but the width of the document is slightly thicker than expected. In this case, the tape is not enough to go around once, and even if there is some width where the tape is not attached, there is no problem in binding the document. As a countermeasure, if the length of a certain tape is set to be slightly longer and the length from the edge 3a of the document to the position where the hole 2 is punched is set to be slightly wider, the width of the document to be bound will be increased. It is possible to

In the embodiment shown in FIGS. 1 and 6, the tape 1
Although 0 and 110 are pre-cut to a certain length, in another embodiment (not shown), the tape is in a non-cut state and has a back surface coated with an adhesive. It is also possible to realize a structure in which a tape cutting device (not shown) randomly cuts into an appropriate length before being introduced into the binding mechanism 30. In this embodiment, even if the auxiliary tape to be described later is attached to the tape, the auxiliary tape may be omitted.

In the embodiment shown in FIGS. 1 and 6, the tape 1
Numerals 0 and 110 are paper tapes and are made of a material that does not damage the machine even if the document is bound and inserted into a shredder or a letter opener. In addition to paper, it is also possible to apply transparent cellophane tape which is a plastic tape, color-processed vinyl tape, cloth tape, gum tape, and the like. Further, a tape having an adhesive applied to the back surface is sufficient, but in the embodiment shown in FIGS. 1 and 6, the back surface of the roll-shaped tape wound around a cylindrical core is very easily peeled off. The adhesive is attached to the peelable auxiliary tape 12 in a peelable manner. Further, tape tape feed holes 13 are formed at regular intervals in the centers of the tape and the auxiliary tape. This hole is an auxiliary hole for feeding the tape to be used next time into the binding mechanism 30,
In the embodiment shown in FIG. 1, a protrusion 41 provided on a part of the bottom surface of the moving holding portion 40 engages with the tape feed hole 13 to move the tape in conjunction with the movement of the holding portion away from the punching mechanism. In this configuration, the tape with the adhesive applied to the back surface is peeled from the auxiliary tape to prepare for the next binding operation.

Tape feed hole 13 provided in the auxiliary tape
Is not limited to the structure shown in FIG. 2, but a notch (not shown) is cut in the side end of the auxiliary tape, and the protrusion or a similar protrusion is engaged with the notch. A method of sending out a tape may be used. Alternatively, the tape or the auxiliary tape may be sandwiched from both sides by a roller-shaped device to move the tape. In the embodiment disclosed in FIGS. 1 and 6, the tape is configured such that the tape 14 in a rolled state wound around a cylindrical core is detachably accommodated in the storage case 15, and the roll tape 14 can be freely replenished. It is a configuration that can be done. In the case where the tape feeding hole 13 is not provided (not shown), a tape feeder (tape feeding device) may be provided separately.

The hole punching mechanism 20 comprises a blade portion 21 for penetrating and punching a document to be bound from the upper surface to the bottom portion, a push-down portion 22 to which the blade portion is fixed, and an elastic body 23 for pushing up the push-down portion. The document to be bound is inserted into the movable holding unit 40, and the moving holding unit is pushed into the punching mechanism until it comes into contact with the moving holding unit 40. Then, a proper pressure is applied to the pushing-down unit 22 of the blade unit from above to form the hole 2 in the document. For thick documents, strong pressure needs to be applied. In this embodiment, the blade portion 21
Consists of a single blade with a tape insertion hole 24 in the center, and at the same time as the pushing down punching operation is completed, only half of the tape is attached to the back surface of the document, and the entire tape is not attached by pressure. The end 10b fits into the tape fitting hole 24. After that, when the blade portion pushed down by the spring or the like is pushed up to the original position, the trailing end 10b of the tape is inserted into the hole formed together with the blade portion and jumps to the upper surface of the document. The protruding portion is then attached to the upper surface of the document to be bound by the rotary pressing body.

In the present embodiment, the shape of the blade portion 21 is a shape having a recessed tip with an inverted mountain-shaped tip as shown in FIG. 3, but the shape of the blade portion is not limited to this. It is not something that will be done. When the document bundle is thick, the shape of a normal blade is preferably a single-blade shape having a chevron-shaped tip toward the center of the tip. The number of blades is not limited to a single blade, and blades composed of a plurality of blades can be implemented. The shape of the blade tip may be single-edged or double-edged, and the orientation of the blade can be freely selected. Considering that a machine such as a punch has a structure for making a round hole at a corner of a document, this embodiment also uses a box-shaped or round-shaped perforating blade for making a rectangular hole at the end of the document. An embodiment in which a small hole having a certain width for penetrating the tape is punched is also possible. In this case, the work of penetrating the tape through the hole may be extremely easy. In this embodiment, the tape is forcibly pulled up to penetrate the tape by adding work to the blade, but if a hole having a width is formed, the tape can be easily inserted into the through hole. It is no longer necessary to force the holes.

In the embodiment shown in FIG. 1, the blades pierce the document stack from the top to the bottom of the document, but it is also possible to provide holes through the document from the bottom to the top. Further, in this embodiment, after the hole is formed in the document, the tape is fitted into the fitting hole at the center of the blade, but in the embodiment shown in FIG.
After the tape is passed through the tape fitting hole 24 in advance, the blade is brought into contact with the document to punch the hole 2.

The binding mechanism 30 makes a round of the tape between the peeling portion 31 for peeling the tapes having a fixed length from the auxiliary tape and the end portion of the document to be bound and the hole punched in the vicinity of the end portion. A rotary pressing body 32 for pressing and adhering a tape to a document so as to wrap it, a movable clamping unit 40 for clamping a document to be bound and slidingly inserting the document to be bound into a punching mechanism, and a protrusion on a part of the back surface of the movable pinch unit. It is composed of a protrusion 41 for feeding out the tape in association with the movement of the holding portion by the formed protrusion, and a hole passing means for allowing the tape to penetrate the hole of the punched document.

The movable holding section 40 is a hinge-like holding tool that engages two rectangular plates at one side so as to be able to hold them, and a hole for allowing a tape is provided at the center of the two rectangular plates. There is. As a basic operation, a document to be bound is sandwiched between two sandwiching plates 42 and is moved into the binding mechanism 30 which is the central direction of the entire apparatus, and passes under the central hole punching mechanism 20. Move forward until it abuts against the wall 27. The moving clamp 40 hits the central wall 27 of FIG. 1 and stops. As shown in FIG. 4a, a protrusion 41 is provided on a part of the back surface of the movable holding portion 40. The protrusion 41 engages with the tape feed hole 13 of the auxiliary tape, and forcibly moves the auxiliary tape forward in conjunction with the operation of the moving holding portion 40 being pulled out from the punching mechanism. By this operation, the tape roll 14 also rotates as the auxiliary tape advances, and new tape is supplied. The tape supplied is separated by the peeling unit 31.
A state in which the tape is forcibly separated into a tape having an adhesive applied to the back surface and an auxiliary tape, and the back surface having the adhesive applied to it in front of the moving holding section 40 is set up as a preparatory step for the next binding operation. Become.

On the other hand, the tape 10 is introduced from the tape roll 14 and separated from the auxiliary tape 12 by the peeling section 31 just below the punching mechanism 20. Tape 10 is shown in Figure 4a.
As shown in (1), the surface coated with the adhesive in the state of being half-abutted comes into contact with the leading end surface of the document entering in the state of facing the direction in which the document advances. When the leading edge of the document comes into contact with the tape, as shown in FIG. 4b, the leading edge of the moving document is joined with the adhesive on the back of the tape, and at the same time, the excess portion of the upper edge of the tape is bent to the upper surface of the document. The tape is firmly attached to the back of the tape, and the back of the tape is also bent and attached to the bottom of the document to be joined. At the position where the document to be bound is sandwiched by the movable sandwiching part and is inserted until it abuts, the pushing-down part 22 of the hole punching mechanism 20 is pushed down from above with a force according to the thickness of the document. Before the blade of the punching mechanism reaches the document or the like, the document pressing tool 25 reaches the document and presses the document from the upper surface. This allows
The back side of the tape is firmly pressed against the top surface of the document, and the tape reaches the bottom of the document around the edge of the document, so the back side of the adhesive-coated tape is also pressed against the bottom of the document. Firmly attached. Further, the document pressing tool 25 presses a scattered document or the like. Immediately after that, the blade 21 reaches a document or the like and punches the document. The blade portion 21 fixed to the pushing-down portion pierces the document with pressure by the pushing-down operation, punches an appropriate hole, and the blade portion penetrates the document to reach the lower side of the document.

At the position where the blade penetrates, the rear end of the tape exists without being adhered, and the tape rear end 10b is fitted into the tape fitting hole 24 provided at the center of the blade portion 21. The push-down portion 22 to which the blade portion is fixed is pushed back to the original position by the repulsive force of the elastic body 23. At this time, the tape rear end 10b fitted in the blade portion passes through the through hole as the blade portion 21 rises and is guided to the upper surface of the document. Next, pressure is applied from above to the rotating pressing body 32 that moves according to the pulling-out operation of the moving holding portion. The tape rear end 10b passes through the pressing body and is firmly adhered to the upper surface of the document by the adhesive on the back surface.

The tape has a length which is twice the length from the edge of the document to the hole and twice the thickness of the document to be bound, and between the edge of the document and the hole. It is set to a length that encloses a circle. However, the difference in the thickness of the documents to be bound can be solved by allowing a margin for the length of the tape. That is, in the case of a thin document, the ends of the tape are overlapped, and in the case of a relatively thick document, the front end 10a of the tape and the rear end 10b of the tape do not overlap and are attached with a little space. Will be. In the embodiment shown in FIG. 1, first, one end of the tape is attached to the upper surface of the end portion of the document to be bound, the tape is bent 90 degrees, and then adhesive bonding is performed to the end face of the document. And then 9
Bend it at 0 degree and attach the tape to the bottom of the document, then insert it through the hole punched with the punching blade and adhesively join the end face of the document with the hole, and finally when pulling out the document, 90 more
Fold it once and attach the other end of the tape to the top of the document near the hole. As a result, as shown in the upper part of FIG. 5, the tape is bent into a bag shape and the document is enclosed and affixed, and the section of the affixed tape is a substantially C-shape facing upward. However, the binding shape of the document does not have to be an upward C-shape, and as shown in the middle part of FIG. 5, a U-shaped joint in the traveling direction or a U-shaped joint in the opposite traveling direction is sufficient. It is also possible to select an arbitrary two places instead of the end portion of the document and provide the tape insertion hole with the blade portion to complete the upward C-shaped tape joining.

As a method of inserting the tape into the punched hole, first, after the blade punches a document, the tape is inserted into the central tape insertion hole, and when the blade is pulled out, the tape is pulled up together with the tape. The structure shown in FIG. 1 in which the tape is inserted, and the tape is preliminarily inserted into the blade body having the tape insertion hole at the center before the start of the punching operation, and the tape body is used for the document while the tape is still inserted. A structure shown in FIG. 6 in which the tape is inserted into the document while punching the hole is considered. The method of inserting the tape into the insertion hole is not limited to this method.

FIG. 6 shows another embodiment of the tape binding device according to the present invention. In this embodiment, the tape binding device is formed as a handy type, and the tape binding device 100 includes a tape 110 and a tape 110. The hole punching mechanism 120 and the binding mechanism 130 (however, the binding mechanism does not include the moving device 40). In this embodiment, in order to make it a handy type, the hole punching mechanism 120 and the binding mechanism 130 are operated by gripping operation, and the roll tape 110 is housed in the rotary operation handle 111. In terms of operation,
First, as an operation of the first stage, by grasping the operation handle 111, the tape 110 is moved forward and the binding mechanism 1 is moved.
Supply to 30. Next, as a second step, when the operation handle 111 is further squeezed and squeezed, the operation handle 111 then moves to the end 122a of the push-down portion 122 of the punching mechanism 120.
Abut and press it. Due to this pressing force, the blade portion 121 fixed to the other end portion 122b of the pushing-down portion 122 has a tape fitting hole 124 formed in the document. As the binding mechanism, by further pushing down the blade portion as a secondary operation of the second step, the lower pressing tool for pressing the inserted tape is moved horizontally, so that the tape is firmly fixed to the back surface of the document.

Tape 110 used in the embodiment shown in FIG.
Has the same structure as the above-mentioned tape. The tape 110 in a rolled state, which is wound around a cylindrical core, is rotatably accommodated in a base portion 111a of a rotary operation handle 111. The roll tape 110 is removable and can be easily replaced or replenished. The tape 110 is pulled out from the roll 114 by rotating the operation handle 111 while being attached to the auxiliary tape 112. The pulled-out tape is forcibly peeled from the auxiliary tape at the tip of the tape supply thin plate portion 131, and the tape insertion hole 12 of the blade portion 121.
Introduced in 4. The tape is supplied with the back side coated with the adhesive being directed (downward in FIG. 6) to the top surface of the document to be bound. The auxiliary tape 112 after the tape is peeled off is configured to be pulled out along the circumference of the base of the operation handle, but the tape feed projection 141 is provided on the periphery of the operation handle 111 so that the tape feed hole is formed. It engages with the projection and is forcibly pulled out in conjunction with the rotation of the operation handle. This drawing operation simultaneously rotates the tape roll 114 and supplies a new tape to the tape supply thin plate portion 131.

The hole punching mechanism 120 includes a blade portion 121 for punching a document from the upper surface to the bottom portion, a push-down portion 122 to which the blade portion is fixed, and an elastic body 1 for pushing up the push-down portion.
23 and a document holder 125. As shown in FIG. 7, the shape of the blade portion 121 is a blade portion having an inverted mountain-shaped tip with a recessed center as in the embodiment of FIG. After the document is inserted into the document insertion portion 150, the operation handle is firmly grasped up to the second stage, and the blade portion 121 is applied with a strong downward pressure depending on the thickness of the document to form the hole 2 in the document. In this embodiment, the blade 121 has a tape insertion hole 124 at the center.
Then, a presser tool insertion hole 128 for inserting the lower pressing portion 136 is formed.

The binding mechanism 130 comprises a tape supply thin plate portion 13
1 and a lower presser 136 for pressing and adhering a tape to a document
And a document holder 125 and a means for inserting a tape into the document. Documents to be bound 150
, And grasp the operation handle 111 as the first step. By this operation, the tape 110 is moved forward and supplied to the binding mechanism 130. Next, as a second step, when the operation handle 111 is further squeezed and squeezed, the operation handle 1
Reference numeral 11 denotes one end 122 of the push-down portion 122 of the punching mechanism 120.
It comes into contact with a and presses it. With this pressing force,
The blade portion 121 fixed to the other end portion 122b of the push-down portion 122 moves downward to form the hole 2 in the document.

FIGS. 8a and 8b show the operation of the binding mechanism. The tape 110 of a certain length peeled off by gripping the operation handle 111 in the first step is the blade portion 121.
Of the tape fitting hole 124. When you squeeze the handle firmly in the second stage operation, the blade 121 will
With 10 still fitted, the upper surface of the document 3 is reached from above. The tape has a tip protruding from the tape insertion hole 124 and is attached to the surface of the document. At this time, as shown in FIG. 8a, the document pressing tool 125 presses the document together with the tape from above at a timing slightly earlier than the blade reaches the upper surface of the document. As a result, the tip portion of the tape fitted in the tape fitting hole is partially firmly attached to the upper part of the document to be bound. Further, when the handle is pressed, the hole 2 is formed, and at the same time, the tape 110 fitted in the blade portion is also penetrated through the hole 2 to the lower side of the document. By this operation, the tip of the hole 2 of the tape is partially adhered to the upper surface of the document, the remaining part is bent 90 degrees and adhered to the end surface of the hole provided in the document, and the lower half of the tape is inserted. It is in a state of being lowered from the hole 2. The surface of the tape on which the adhesive 11 is applied faces the document insertion port in FIG. 8b.

As shown in FIG. 8b, the operation of the second stage is an additional operation, in which the blade portion further pushes after punching a hole in the document to push down the operating lever 137. The pushing-down motion is converted into horizontal movement by the cam mechanism 135, and the lower pressing member 136 is moved in the direction of the pressing member fitting hole 128. By this movement, the rear end of the back surface of the adhesive-coated tape penetrating through the hole 2 is firmly fixed to the bottom of the document. Therefore, the tape to be stuck is stuck in a U shape with the document sandwiched.

Further, a presser tool fitting hole 128 is provided at the center of the blade part 121 so that the lower presser part can be fitted therein, and allows the presser tool to move in and enter. After that, the pushed down blade portion is pushed up to the original position by the repulsive force of the elastic body 123. The return operation is the same as the above, and when the blade portion rises, the pressing tool retracts and the insertion hole 128
It is a structure that does not get out of the way and does not interfere with the rise of the blade.

[0030]

The tape binding device according to the present invention is
Since the structure is as described above in detail, since the metallic staple is not used, the following effects are obtained. (1) Since the documents are bound with paper, the binding area is extremely thin and less bulky than conventional products. (2) Since the material to be bound is paper, even if it is hung on a document cutter, all the binding parts can be cut, so problems such as machine trouble do not occur and a machine such as a remover such as a remover is prepared. I no longer need it. Also, there is no risk of damaging your nails when peeling. (3) Since the binding material is paper, it does not rust, so
Even documents that need to be preserved for many years will not suffer from rust and will not need to use a paper twist or string. (4) Since it is a paper tape, the staples are not accidentally stuck in the hands when binding. In addition, the metal piece does not stand on the back of the document and the clothes are not caught or the skin is not scratched. (5) Since it is a sharp blade that makes a hole in a document, it does not fail in punching. Conventionally, since the staple itself has been pierced into the document, if the document is thick, the staple is bent without penetrating the document, and the staple cannot be closed. In addition, there is a problem in processing the staple that is not bound, and there is a risk that the staple may be mixed with food or the like. (6) Even if it is predicted that a letter opener will be used, since it is bound with paper tape, there is no fear of damaging the blade of the opener. (7) Even if it is used for packaging food or the like, or packaging medicine to be handed to a sick person, there is no danger of metal fragments remaining, so it can be used with peace of mind. (8) Since the staple serving as the binding tool is made of paper or plastic, it can be supplied at an extremely low cost, which is economical. (9) Since it is made of paper, it has an advantage that it can be used for advertising because it can be used for advertising and notes on the binding tape. (10) Since a handy type embodiment has been developed in addition to the desktop type, it is possible to provide a tape binding device that is convenient to carry and inexpensive. In addition to the many advantages and effects described above, it is possible to provide an adhesive tape for equipment and refilling at a low price that is almost the same as the conventional stapling machine, so it is economical and practical. Very expensive.

[Brief description of drawings]

FIG. 1 is a perspective view showing an entire tape binding device according to the present invention.

FIG. 2 is a perspective view of the tape

FIG. 3 is a front view of the blade portion.

FIG. 4 is an enlarged view showing the operation of the binding mechanism.

FIG. 5 is a perspective view showing another method of binding the tape and the document.

FIG. 6 is a partially cutaway perspective view showing the whole of another embodiment of the binding device using the tape according to the present invention.

FIG. 7 is a front view of the blade portion.

FIG. 8 is an enlarged view showing the operation of the binding mechanism.

[Explanation of symbols]

 1: Tape binding device 2: Hole 3: Document 3a: Document edge part 10, 110: Tape 10a: Tape front end 10b: Tape rear end 11: Adhesive 12: Auxiliary tape 13: Tape feed hole 14, 114: Tape roll 15, 115: Tape storage section 20, 120: Punching mechanism 21, 121: Blade section 22, 122: Push-down section 23, 123: Elastic body 24, 124: Tape fitting hole 25, 125: Document holder 27: Wall 30, 130: Binding mechanism 31: Peeling part 32: Rotating pressing body 40: Moving holding part 41, 141: Tape feeding protrusion 42: Holding plate 111: Operation handle 111a: Operation handle base 128: Presser fitting hole 131: Tape supply thin plate Part 135: Cam mechanism 136: Lower presser 137: Actuating lever 150: Document insertion slot

Claims (19)

[Claims] 1. A tape binding device comprising an adhesive-coated tape, a hole punching mechanism, and a binding mechanism. 2. The tape according to claim 1, wherein the tape is cut to a fixed length, and the back surface of the tape is coated with an adhesive and is peelably attached to the auxiliary tape. Binding device with tape 3. The tape according to claim 1, which is an uncut tape having an adhesive applied on its back surface,
A tape binding device characterized by being cut to an appropriate length by a tape cutting device before being introduced into a binding mechanism 4. The tape according to claim 1, comprising a tape made of paper having a back surface coated with an adhesive, which is releasably adhered onto an auxiliary tape, and has a tape feed hole at the center thereof. Bound by tape 5. The tape binder according to claim 1, wherein a tape feed notch is formed on a side end of the auxiliary tape. 6. The binding device according to claim 1, wherein the tape according to claim 1 is a transparent cellophane tape having a back surface coated with an adhesive. 7. The binding device according to claim 1, wherein the tape according to claim 1 is a cloth tape whose back surface is coated with an adhesive. 8. The binding device according to claim 1, wherein the tape according to claim 1 is rewritably and removably loaded in a state of being wound around a core in a roll shape. 9. The punching mechanism according to claim 1, wherein the punching mechanism penetrates through a document or the like to be bound from the upper end surface to the lower end, a push-down portion to which the blade portion is fixed, and an elasticity for pushing up the push-down portion. A tape binding device characterized by comprising a body 10. A binding device using a tape, wherein the punching mechanism according to claim 1 comprises a blade body having a tape fitting hole formed in a center thereof. 11. A binding device using a tape, wherein the punching mechanism according to claim 1 is composed of a blade portion having a pointed tip that is mountain-shaped toward the center. 12. The binding device according to claim 1, wherein the punching mechanism according to claim 1 comprises a blade portion having an inverted mountain-shaped tip with a recessed center. 13. A binding device using a tape, wherein the punching mechanism according to claim 1 comprises a circular or box-shaped punching blade. 14. A binding mechanism according to claim 1, wherein a peeling portion for peeling a tape having a uniform length from the auxiliary tape, and a document pressing tool for pressing and adhering the back end of the tape to the upper surface of the document. , A rotary pressing body for pressing and adhering the rear surface of the rear end of the tape to the bottom surface of the document, a movable clamping unit for clamping the document to be bound and slidingly inserting the document or the like into the perforation mechanism, and a rear portion of the movable clamping unit. A protrusion that engages with the tape feed hole and feeds the tape in conjunction with the movement of the holding portion by the protrusion,
A binding device using a tape, which comprises a hole passing means for penetrating the tape through a hole of a punched document or the like. 15. The movable holding section according to claim 13 is 2
A tape-like binding device, which is a hinge-like holding device that engages one rectangular plate with one side so that it can be clamped, and has a hole for allowing a tape provided in the center of the two rectangular plates. 16. The hole passing means for penetrating the tape according to claim 13 inserts the tape into the tape insertion hole of the blade before penetrating the document, and the blade is A binding device using a tape, wherein the tape is inserted into the through hole at the same time when the through hole is formed by punching the document. 17. When the hole passing means for penetrating the tape according to claim 13 inserts the tape into the tape insertion hole of the blade portion after perforating the document, and when the blade body is pushed back,
A binding device using a tape, characterized in that the inserted tape is inserted into the through hole. 18. The tape binding device according to claim 1, wherein the tape is provided on a rotary operation handle in order to form the adhesive-coated tape, the hole punching mechanism, and the binding mechanism in a handy type. While storing inside, with a perforation mechanism,
A binding device using a tape, characterized in that the binding mechanism is configured to punch and bind by turning the grip of the rotary operation handle. 19. The binding mechanism according to claim 1, wherein the tape supply thin plate portion for supplying the tape to the perforation mechanism while peeling the tape having a uniform length from the auxiliary tape, and the tip back surface of the tape. A tape holder that presses and attaches to the top surface of the document, a bottom presser that presses and attaches the back surface of the rear end of the tape to the bottom surface of the document, and a protrusion provided on the outer peripheral edge of the operation handle that interlocks with the movement of the operation handle. A binding device using a tape, which comprises a protrusion that engages with the feed hole and pulls out the tape, and a means that allows the tape to penetrate the hole of a punched document or the like.