JP4247817B2 - Main body and bookbinding method - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a bookbinding main body and a bookbinding method in which a plurality of components are collated and overlapped and bound.
[0002]
[Prior art]
In recent years, for example, there are various methods of bookbinding by binding a plurality of sheets and binding a predetermined side portion. However, it is more desirable for the environment and it is desired to enable reliable collation and binding.
[0003]
Conventionally, for example, as a binding method when binding a plurality of sheets, there are staple binding, line glue binding, and so-called paper binding. Staple binding is a method in which a predetermined number of sheets are overlapped and flat stitches in which a predetermined number of staples are put in a state where one side portion is sandwiched, and the overlapped sheets are folded and a predetermined number of staples are driven in the bent portion. There is binding.
[0004]
Therefore, wire binding and paper binding are performed without using staples that are difficult to recycle. Wire binding is applied to the back side of a predetermined number of sheets that are stacked and pasted to the back. To do. Further, paper binding is known from, for example, the following patent documents.
[0005]
[Patent Document 1]
Japanese Patent Laid-Open No. 09-164784 [0006]
The paper binding described in the above-mentioned patent document is cut from the surface of a binding material such as a plurality of papers to be bound, formed into a tongue-shaped piece on the inside, and folded, and a tape material is applied to the folded tongue-shaped piece. It is to wear and fix.
[0007]
[Problems to be solved by the invention]
However, the above-mentioned wire binding has a problem that it is difficult to collate with each other and it is difficult to accurately overlap, so there is a problem that a cutting process for cutting three sides in the final process is necessary, and a part that does not become a product by cutting This causes a problem of waste of paper resources. Further, in the paper binding described in the above-mentioned patent document, there is a problem that the tape material may lose its fixing function due to friction such as long-term use, and the unit of each piece of paper constituting the main body is lost. .
[0008]
Then, this invention is made | formed in view of the said subject, and it aims at providing the bookbinding main body and the bookbinding method which make collation of several structure bodies easy and enable reliable binding.
[0009]
[Means for Solving the Problems]
In order to solve the above-mentioned problem, in the invention of claim 1, a predetermined number of notch pieces which are notched on three sides and can be bent are formed on each of the binding portions of a plurality of components, and each is overlapped. The adherend structure group formed in a state where the respective cutout pieces are overlapped in order, and the shortest cutout piece in the adherend structure group side is formed. A predetermined number of notch holes for exposing each of the notch pieces formed in each of the adherent structure groups are formed at positions corresponding to the notch pieces, and the adherend structure group each cutout pieces that of the exposed is bent to the notch hole side, a first structure to be bound with the object to be deposited structure group by being adhered, was closed with an adhesive, wherein the deposited structure group Each notch piece of each component of State, a configuration in which the first through the notch hole of the structure of the respective cutout pieces is Ru is exposed.
[0010]
In the invention of claim 2, a predetermined number of notched pieces that are bendable by cutting out three sides are formed in each of the binding portions, and a plurality of structures in which the notched pieces are formed with different lengths, and A portion corresponding to each notch piece in the binding portion is overlapped with a first structure body in which a predetermined number of notch holes for exposing each notch piece are formed , and each notch piece of each of the plurality of structure bodies is overlapped. In the bookbinding method in which the respective cutout pieces are exposed through the cutout holes of the first structural body and bound by an adhesive, and the plurality of structural bodies are attached to the cutout pieces. a step of superimposing and collated in length order, said for multiple constructs, the first construct, to expose all of the cut pieces of the plurality of constructs through the notch hole Steps to collate and superimpose in position, before By bending the notch piece of each component exposed from the notch hole of the first component to the first component side, and bonding each notch piece to the first component with an adhesive, And a step of setting the bookbinding state by the first component and each component.
[0011]
The invention according to claim 3 is a configuration in which the application of the adhesive to the notch pieces is performed after the notch pieces are formed by the respective constituents or after the plurality of constituents are overlapped.
[0012]
In the invention of claim 4, a predetermined number of notched pieces that are bendable by cutting out three sides are formed in each of the binding portions, and a plurality of structures in which the notched pieces are formed with different lengths, and A portion corresponding to each notch piece in the binding portion is overlaid with a first structure on which a predetermined number of notch pieces for exposing each notch piece are formed , and each notch piece of each of the plurality of structure bodies is overlapped. Is a bookbinding method in which the respective notch pieces are exposed through the notch holes of the first component body and bound by an adhesive, and the plurality of components are formed with respect to the first component body. Among the bodies, the shortest notch piece is formed and the constituents coated with the adhesive are collated and overlapped, bent to the notch hole side and adhered onto the first constituent body, and in order of shortness For each structure in which the notches are formed, Overlay collated after the adhesive was applied to the cut-out piece, a structure comprising the steps of: gradually by sequentially adhered on the on the first structure by bending the cut-out piece to the notch hole side.
[0013]
According to the inventions of claims 5 and 6, “when collating each of the components, the collation confirmation means reads the different length states of the cutout pieces at the time of overlaying with the imaging means, and confirms the collation according to the length relationship. Do "configuration,
“When collating each of the components, the cut pieces are provided with different color schemes, the collation confirmation means reads the color scheme at the time of overlaying with the imaging means, and collation confirmation is performed in the color arrangement state”.
[0014]
In this way, notched pieces having different lengths are formed in the binding portions of a plurality of constituent bodies, and a notch hole is formed in the binding portion in the adherent structure group in which these constituent bodies are overlapped in the length order of the notched pieces. In a state in which the first structural body is overlapped by exposing all of the notch pieces in the adherend structure group, and the notch pieces of the constituent members of the adherend structure group are overlaid. Each notch piece is exposed through the notch hole of the first structure , and the exposed notch piece is bent toward the first structure and bonded with an adhesive to obtain a bookbinding state. That is, each constituent body and the first constituent body can be easily collated by the cutout pieces and the cutout holes, thereby enabling reliable binding.
[0015]
DETAILED DESCRIPTION OF THE INVENTION
Hereinafter, preferred embodiments of the present invention will be described with reference to the drawings. In the present embodiment, the structure constituting the bookbinding main body will be described as paper, but a flexible member such as a film, which is suitable for bookbinding, can be used. In addition, although the case where bookbinding is performed with four components (paper) is shown, the number is not limited thereto. Furthermore, although it shows as a case where binding of a manufacturing main body is performed at two places, the number of bindings is appropriately selected depending on the size of each component and the size of a notch piece (notch hole).
[0016]
In FIG. 1, the block diagram of the main body made from this invention is shown. FIG. 1A is a configuration diagram of the main body, and FIG. 1B is an explanatory diagram of each component constituting the main body of FIG. The main body 11 shown in FIG. 1 (A) is composed of a plurality of structural bodies 12 to 15, which are bound together at one side in a state of being collated and superposed. The binding portion is, for example, a state constituted by two notch hole groups 16A and 16B and two notch piece groups 17A and 17B. The notch piece groups 17A and 17B serve as a binding medium, and the notch holes The groups 16A and 16B can be, for example, filing holes at the time of filing. That is, it is preferable that the two cutout holes 16A and 16B and the cutout pieces 17A and 17B formed in each of the components 12 to 15 are formed at a standard binding interval in a predetermined file.
[0017]
Here, if each structure 12-15 which comprises the manufacturing main body 11 is demonstrated in FIG.1 (B), the two notches 22A and 22B will be formed in the one side part of the structure 12, and the 1st structure (12 ). Each of the structural bodies 13 and 14 has two cutout holes 23A, 23B, 24A and 24B in one side portion thereof, and two cutout pieces 33A, 33B, 34A and 34B which can be bent by cutting out three sides. It is formed. Furthermore, the structure 15 is formed with two cutout pieces 35A and 35B that are bendable by cutting out three sides on one side.
[0018]
Further, the cutout pieces 33A to 35A and 33B to 35B formed in the respective structural bodies 13 to 15 are formed to have different lengths, and the lengths of the cutout holes 23A to 25A and 23B to 25B are correspondingly formed. Determined. Here, the cutout pieces 33 </ b> A to 35 </ b> A and 33 </ b> B to 35 </ b> B are formed so as to be sequentially shorter than the structural body 15, for example. And the state by which these each structure 13-15 was collated and piled up becomes an adherend structure group.
[0019]
That is, the cutout holes 23A to 25A and 23B to 25B and the cutout pieces 33A to 35A and 33B to 35B formed in the respective structural bodies 13 to 15 of the adherend structural body group are formed in the first structural body 12. It is formed within the size range of the holes 22A and 22B, and is formed at the same position as the cutout holes 22A and 22B of the first structure 12 when collating and overlapping. And predetermined adhesive agent 43A-45A, 43B-45B is apply | coated to each notch hole 33A-35A, 33B-35B formed in each structure 13-15 which comprises a to-be-adhered structure group, FIG. The cutout piece groups 17A and 17B shown in FIG.
[0020]
FIG. 2 is an explanatory view of the binding method in the main body of FIG. In FIG. 2 (A), first, the first structural body 12 and the structural bodies 13 to 15 are overlaid. When the corresponding structural bodies are overlaid, for example, the cutout holes 22A to 24A, 22B to 24B. The cutout pieces 33A to 35A and 33B to 35B are collated as collation marks. For example, when the first component 12 and the adherend component groups 13 to 15 are overlapped, the adherent component groups 13 to 15 have the notches 33A to 35A and 33B to 35B in the longest order (13 to 15). The cutout piece 33A is formed by the cutout holes 22A and 22B formed in the first structural body 12 when they are collated and overlapped by the same collating method as the first structural body 12. -35A, 33B-35B are all expressed.
[0021]
Then, adhesives 43A to 45A and 43B to 45B are applied to the cutout holes 33A to 35A and 33B to 35B of the adherend structure groups 13 to 15 exposed from the cutout holes 22A and 22B formed in the first structure 12. 2B, the notch pieces 17A and 17B are bent to the first component 12 side through the notch holes 22A and 22B and bonded to the first component 12. The main body 11 shown in FIG. In this case, as described above, the notch hole group 16A, 16B is formed in the main body 11, and this is a filing hole.
[0022]
Next, FIG. 3 shows a conceptual diagram of an example bookbinding system to which the bookbinding method of the main body according to the present invention is applied. In the bookbinding system 51 shown in FIG. 3, supply lines 52 to 55 for supplying each component are arranged in parallel, and a single transfer line 56 is disposed on the discharge side of each of the supply lines 52 to 55. A stacker 57 is disposed on the discharge side. A folding means 58 is provided on the transport line 56 on the stack 57 side of the supply line 55. The means for confirming the collation when the components are overlapped is not shown.
[0023]
The supply line 52 is provided with supply means 61A for supplying the component 15, cutting means 62A, and adhesive application means 63A. Similarly, in the supply lines 53 and 54, supply means 61B and 61C, cutting means 62B and 62C, and adhesive application means 63B and 63C for supplying the constituent members 14 and 15 are disposed. Further, the supply line 55 is provided with a supply means 61D and a cutting means 62D for supplying the first structural body 12, and is not provided with an adhesive application means because a notch piece is not formed.
[0024]
In the bookbinding system 51, in the supply line 52, the structure 15 is supplied from the supply means 61A to the cutting means 62A, and as shown in FIG. Cutout pieces 35A and 35B are formed. Adhesives 43A and 43B are respectively applied to the formed cutout pieces 35A and 35B by an adhesive application means 63A and supplied to the conveying line 56.
[0025]
Subsequently, in the supply line 53, the structure 14 is supplied from the supply means 61B to the cutting means 62B, and as shown in FIG. Holes 24A and 24B are formed, and notch pieces 34A and 34B shorter by a predetermined length than the lengths of the notch pieces 35A and 35B are formed. Adhesives 44A and 44B are respectively applied to the formed cutout pieces 34A and 34B by an adhesive application means 63B and supplied to the conveying line 56. At that time, the structural body 14 is collated and overlapped with the structural body 15 transported on the transporting line 56, for example, using the upper notch line of the notch piece 35A and the upper notch line of the notch hole 24A as marks. The That is, the cutout pieces 34A and 34B shorter than this are placed on the cutout pieces 35A and 35B.
[0026]
Similarly, in the supply line 54, the structure 13 supplied from the supply means 61C is the cutting means 62C, and as shown in FIG. 1B, the cutout holes 23A and 23B are formed at the predetermined binding portions. The notches 33A and 33B shorter than the notches 34A and 34B by a predetermined length are formed. Adhesives 43A and 43B are respectively applied to the formed cutout pieces 33A and 33B by an adhesive application means 63C and supplied to the conveying line 56. At that time, the structure 13 is collated and overlapped with the structures 14 and 15 transported on the transport line 56 as described above. That is, the cutout pieces 34A and 34B and the cutout pieces 33A and 33B that are shorter than the cutout pieces 35A and 35B are sequentially placed on the cutout pieces 35A and 35B. These superposed structural bodies 13 to 15 form a deposition structural body group. The adherend constituting body groups 13 to 15 are transported to the supply position of the supply line 55 on the transport line 56.
[0027]
In the supply line 55, the first structure 12 is supplied from the supply means 61D to the cutting means 62D, and as shown in FIG. 1B, the cutout holes 22A and 22B stepped by punching at a predetermined binding portion are formed. It is formed and supplied to the conveyance line 56. In that case, it is collated as mentioned above with respect to the said adherend structure groups 13-15 currently conveyed on the conveyance line 56, and is overlaid. That is, the first structural body 12 and the adherent structural body groups 13 to 15 are collated and overlapped, so that the adhesives 43A to 43A are respectively inserted through the cutout holes 22A and 22B, as shown in FIG. The cutout pieces 33A to 35A and 33B to 35B to which 45A and 43B to 45B are applied are exposed.
[0028]
Therefore, the length state of each notch piece 33A-35A exposed from, for example, the notch holes 22A, 22B of the first structure 12 is read by, for example, the image pickup means, etc., with a collation confirmation means (not shown), and the length interval is constant. The collation order or missing page is confirmed depending on whether or not, and if the order is different or a missing page occurs, the system is stopped and handled by the operator. Such collation confirmation is particularly effective in the case where the production of each of the constituent bodies 12 to 15 is different from the process of collation bookbinding. It should be noted that collation confirmation does not depend on the lengths of the cutout pieces 33A to 35A, and different color schemes are used for the respective cutout pieces 33A to 35A (for example, all the different color schemes are used or two colors are used alternately in the order of length). The collation confirmation may be performed in the color arrangement state at the time of superposition.
[0029]
After the collation confirmation, as shown in FIG. 2 (B), the folding means 58 folds the notch piece groups 17A and 17B through the notch holes 22A and 22B to the first component 12 side with a rotating claw or the like. The main body 11 shown in FIG. 1 (A) is bonded to the first structural body 12 and discharged onto the stacker 57.
[0030]
As described above, the first structural body 12 and the adherent structural body groups 13 to 15 can be easily collated by the notched pieces 33A to 35A and 33B to 35B and the notched holes 22A to 24A and 22B to 24B. In addition, all the structural bodies 13 to 15 are respectively bonded to the first structural body 12 by the adhesives 43A to 45A and 43B to 43B at the cutout pieces 33A to 35A and 33B to 35B, respectively. It is possible to perform reliable binding.
[0031]
In the bookbinding system 51 shown in FIG. 3, the adhesives 43 </ b> A to 45 </ b> A and 43 </ b> B to 45 </ b> B are shown as being applied after processing by the cutting means 62 </ b> A to 62 </ b> C. After the first structural body 12 and the adherend structural body groups 13 to 15 are overlapped, an adhesive is applied onto the cutout holes 33A to 35A and 33B to 35B exposed from the cutout holes 22A and 22B. May be.
[0032]
Next, FIG. 4 shows an explanatory diagram of another bookbinding method according to the present invention. Each structure of the 1st structure 12 and each structure 13-15 shown in FIG. 4 is the same as that of FIG.1 (B), and the notch pieces 33A-35A and 33B-35B of each structure 13-15 are long in order. It shall be formed. Therefore, in FIG. 4A, first, adhesives 43A and 43B are applied to the notches 33A and 33B in the structure 13 in which the shortest notches 33A and 33B are formed, and the structure 13 is the first structure. Collated with body 12 and overlaid. Then, the cutout pieces 33A and 33B are bent through the cutout holes 22A and 22B and bonded onto the first structure 12.
[0033]
Subsequently, as shown in FIG. 4B, adhesives 44A and 44B are applied to the notches 34A and 34B in the structure 14 in which the next short notches 34A and 34B are formed, and the structure 14 is It collates with respect to the 1st structure 12 (structure 13) shown to FIG. 4 (A), and is piled up. Then, the cutout pieces 34 </ b> A and 34 </ b> B are bent through the cutout holes 22 </ b> A and 22 </ b> B and bonded onto the first structure 12.
[0034]
Then, as shown in FIG. 4C, adhesives 45A and 45B are applied to the cutout pieces 35A and 35B in the structure 15 in which the longest cutout pieces 35A and 35B are formed. The first structural body 12 (the structural bodies 13 and 14) shown in FIG. Then, the notch pieces 35A and 35B are bent through the notch holes 22A and 22B and bonded onto the first structure 12, whereby the main body 11 shown in FIG. 1A is manufactured.
[0035]
When the bookbinding method shown in FIGS. 4 (A) to 4 (C) is performed in FIG. 3, the folding means as described above is arranged at each position where the components on the transport line 56 are collated and overlapped. What should be done. That is, the same effects as described above can be obtained by the bookbinding method shown in FIGS.
[0036]
【The invention's effect】
As described above, according to the present invention, the notched pieces having different lengths are formed in the binding portions of the plurality of structural bodies, and these structural bodies are overlapped in the length order of the notched pieces, The first structure having a notch hole formed in the binding portion is overlapped with each of the notch pieces in the adherend structure group exposed to overlap each other in the adherend structure group. In a state in which the pieces are overlapped, the respective cutout pieces are exposed through the cutout holes of the first structure, and the cutout pieces are folded to the first structure side and bonded with an adhesive. By setting the state, each component and the first component can be easily collated by the notch piece and the notch hole, and can be surely bound by bonding the notch pieces.
[Brief description of the drawings]
FIG. 1 is a configuration diagram of a main body according to the present invention.
FIG. 2 is an explanatory diagram of a binding method in the main body of FIG.
FIG. 3 is a conceptual diagram of an example bookbinding system to which a bookbinding method for a bookbinding body according to the present invention is applied.
FIG. 4 is an explanatory diagram of another bookbinding method according to the present invention.
[Explanation of symbols]
DESCRIPTION OF SYMBOLS 11 Main body 12-15 Structure 16 Notch hole group 17 Notch piece group 22-24 Notch hole 33-35 Notch piece 43-45 Adhesive 51 Bookbinding system

Claims (6)

In each of the binding portions of the plurality of components, a predetermined number of notched pieces that are notched on three sides are formed and are overlapped, and the respective notched pieces are overlapped. A group of adherends formed in different lengths, and
It is overlapped with the structure side where the shortest notch piece in the adherend structure group is formed, and a notch hole for exposing each of the notch pieces formed in each of the adherend structure groups A predetermined number of cutout pieces are formed at positions corresponding to the cutout pieces, and each cutout piece exposed from the adherend structure group is bent to the cutout hole side and bonded with an adhesive to thereby adhere to the adherend structure group. A first structure to be bound;
I have a,
Wherein in a state where each of the cutout pieces of each structure of the adherend structure group are overlapped, Ltd., wherein Rukoto the respective cutout pieces is exposed through the notch hole of the first structure Body. Each of the binding portions is formed with a predetermined number of notch pieces that are notched on three sides and bendable, and each of the cut portions is formed with a different length, and each of the cut portions in the binding portion. In a state where a predetermined number of notch holes for exposing each notch piece are formed on a portion corresponding to the notch piece, and a plurality of the notch pieces of each of the plurality of components are overlapped, A bookbinding method in which the respective notch pieces are exposed through the notch holes of the first structure and bound by an adhesive,
A step of collating and superimposing the plurality of structural bodies in the order of the length of each notch piece; and
A step of collating and superimposing the first structure on the plurality of structures at a position where all of the notch pieces in the plurality of structures are exposed through the notch holes; and
By bending the notch piece of each constituent body exposed from the notch hole of the first constituent body toward the first constituent body side, and bonding each notch piece to the first constituent body with an adhesive. , The step of setting the bookbinding state by the first component and each component;
A bookbinding method comprising: 3. The bookbinding method according to claim 2, wherein the application of the adhesive to the notch pieces is performed after the notch pieces are formed in the respective constituents or after the plurality of constituents are overlapped. A bookbinding method characterized by the above. Each of the binding portions is formed with a predetermined number of notch pieces that are notched on three sides and bendable, and each of the cut portions is formed with a different length, and each of the cut portions in the binding portion. In a state where a predetermined number of notch pieces for exposing each notch piece is formed on a portion corresponding to the notch piece, and a plurality of the notch pieces of each of the plurality of components are overlapped, A bookbinding method in which the respective notch pieces are exposed through the notch holes of the first structure and bound by an adhesive,
Of the plurality of constituents, the first constituent body, the shortest notch piece formed and the adhesive-coated constituent body are collated and overlapped, folded to the notch hole side, and the first constituent body is folded. Adhering onto one component;
For each structural body in which the cutout pieces are formed in the short order, the adhesive is applied to the cutout pieces, and then collated and overlapped, and the cutout pieces are folded toward the cutout hole side to form the cutout pieces on the first structural body. The step of sequentially adhering to the
A bookbinding method comprising: The bookbinding method according to at least one of claims 2 to 4, wherein, when collating each of the components, the collation confirmation unit reads the different length states of the cutout pieces at the time of overlapping with the imaging unit, A bookbinding method characterized by performing collation confirmation based on the length relationship . 5. The bookbinding method according to claim 2, wherein when each component is collated, each notch piece is subjected to a different color scheme, and the collation confirmation unit is configured to capture the color scheme at the time of superposition. The bookbinding method is characterized in that the collation is confirmed in the color arrangement state.

Images