JP2011126598A - Binder, method and device of binding object to be bound - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a binder, a binding method and a binding device which bind an object to be bound while a worker moves the collective body of the object to be bound transversely across a predetermined curved passage with both hands. <P>SOLUTION: A binding connected body 20, wherein synthetic resin binders 10 of a blister-case type with an almost C-shaped plane are connected, is provided in a second cutout passage 59 between a pair of plate-like members 52, 53. By lowering the collective portion 72 of the object 70 to be bound through a first cutout passage 58 extending from the upper end surfaces 52a, 53a of the plate-like members, the collective portion is caught in the catch part of the binder at the front end of the binding connected body. Then, while the collective portion sequentially passes through the second cutout passage 59 and a third cutout passage 60 extending therefrom in a different direction, a bound object 80 which is bound with the binder is taken out, and the binder required for the next binding is provided in the second cutout passage. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a binding tool for binding articles to be bound such as an article or a package surrounding or surrounding the article, a binding method using the binding tool, and a binding apparatus.

  Conventionally, this type of binding method is known, for example, from Japanese Patent No. 3882105. In this known example, as shown in FIG. 16, the converging part 3 formed by bundling the packaging bag 2 containing the articles 1 as a bundled body is formed into a substantially C-shaped plane as shown in FIG. A technique for binding by a capturing part 5 of a scale-like binding tool 4 made of synthetic resin is disclosed. The binding tool 4 exhibits an excellent effect that once the article 1 is bound with the packaging bag 2, the article 1 can be reliably held in the packaging bag 2.

  Japanese Patent No. 3882105

  However, as shown in FIG. 18, even if the operator manually creates the converging part 3 for the packaging bag 2 containing the article 1 and binds the converging part 3 with the binding tool 4, the capture is performed. Since the V-shaped introduction part 6 communicating with the part 5 does not expand, the converging part 3 cannot be bound. This is because the binding tool 4 itself is not only made of a synthetic resin having a relatively large rigidity and a relatively large thickness, but the binding tool 4 originally has the converging part 3 as the introduction part 6 from the beginning. This is because it is not designed with the intention of binding the packaging bag 2 therethrough. Using a specially designed automatic packaging device, as shown in FIG. 19, the opening 7 of the packaging bag 3 is folded into a sheet shape and thinned, and the sheet-shaped opening 7 is inserted into the introduction portion 6. It is formed on the premise of this.

  However, in the field of article distribution, there are articles that cannot be completely automatically packaged, and there are operations such as bouquet packaging, where workers divide products into bundles and package them at the same time. In addition, it is difficult to adopt the above-mentioned known technique, and even if it is attempted to release the binding by the binding tool 4 once, it is difficult to release the binding tool 4 because of its high rigidity. Moreover, since the binding tool which concerns on a well-known technique is thick, it cannot be said that it is a resource-saving binding tool.

  Therefore, the present inventor has eagerly studied to provide a resource-saving bundle that allows an operator to bind the bundling portion of the bundled body with both hands and to release the bundling once the bundling portion is bound. As a result, as a binding tool, a binding tool manufactured from a thin synthetic resin sheet and having a structure capable of covering a decrease in flexibility caused by a thin thickness, that is, a blister case type structure. The fact that a binding tool may be used, and in the process of displacing the binding body by a specific distance in a specific direction while crossing the binding tool in a specific state, The present invention has been completed by finding the fact that the binding should be realized.

  Accordingly, an object of the present invention is to provide a binding method in which an operator can hold a converging portion of a bundled body with both hands and bind it by one operation, a binding device optimal for realizing the method, and a bundled body once bundled by a binding tool. Even so, an object of the present invention is to provide a binding tool having a shape and structure that is easy to release the binding and saves resources.

  In order to solve the above-described problems, the present invention first uses a blister case type synthetic resin binding tool having a substantially C-shaped plane as a binding tool. Here, the blister case type includes blister packaging in which a bulge area corresponding to the outer shape of the article is formed on the plastic sheet and the article is dropped into the bulge area as one aspect of packaging the article using a plastic sheet. Means a shape state like this bulging region. In this configuration, the top of the bulging area or the bottom is flat when reversed. Although the binding tool according to the present invention varies depending on the size of the article, it has a relatively small thickness of 0.3 to 1.0 mm, but has a structure in which a table mountain-shaped rib runs in the center. Demonstrate bending resistance.

  However, in order to bind the converging part of the object to be bound with the above-described binding tool alone, the binding productivity is lowered. Therefore, in the present invention, a large number of blister case type synthetic resin binding tools whose plane is substantially C-shaped. Use a tying connector assembly that is connected with the same orientation. Here, the binding tools are “coupled with a large number of them in the same orientation” means that each binding tool has a capturing portion that captures the converging portion of the object to be bound at the center, and the capturing portion A bottleneck part for guiding the converging part from the outside is formed, which means that this bottleneck part is located on the same side edge of the bundled connector. The same applies to the following.

  And using this binding tool coupling body, the converging part of the binding object is bound by the binding tool through the following steps. That is, the first stop point is caused by advancing the binder connecting body in which a large number of blister-case type synthetic resin binders having a substantially C-shaped plane are connected with the same orientation in the first direction from the starting point. Step (first step), the converging part of the object to be bound is pushed into the capturing part of the binding tool from a second direction different from the first direction, the converging part is advanced in the first direction, and Bundling method for bundling body comprising a step (second step) for stopping the binding tool at a second stop point and a step (third step) for displacing the converging portion in a third direction different from the second direction. Is adopted.

  The above bundling method is based on the technical idea assembled based on the displacement direction of the bundling tool linked body, but the bundling method of the bundling body should be grasped by the following operation steps. You can also. That is, a first step of preparing a binder connecting body in which a large number of blister-case type synthetic resin binding tools having a substantially C-shaped plane are connected with the same orientation, and a position at the tip of the binding connector A second step of pushing the converging part of the object to be bound into the capturing part of the binding tool to capture the converging part by the capturing part, and a length corresponding to the lateral width of the binding tool for the converging part pushed into the capturing part. Only by displacing, the third step of completing the binding of the converging unit by the capturing unit and displacing the binding connector, and the fourth step of forcibly separating the binding tool from the displaced binding connector. The method to be adopted is adopted. By adopting this method, the object to be bound can be bound by one operation in which the operator continuously lowers the converging part of the object to be bound while holding it with both hands. In the first step, the tying member connector is unwound from the reel and is prepared in a predetermined position as it is or twisted.

  Further, the bundling method according to the present invention will be described in relation to the components of the apparatus to be described later. A blister case type in which a plane is substantially C-shaped between a pair of plate-like members assembled in parallel via a spacer. A first step of preparing a bundled coupling body formed by coupling a number of synthetic resin binding tools having the same orientation so that the capturing section of the binding body is substantially upward, and a lower side from the upper end surface of the plate-like member A second step of capturing the converging part in the capturing part of the binding tool located at the tip of the bundling connector by lowering the converging part of the bundling body and the bundling body in the first notch passage extending to In the second notch passage extending from the first notch passage, the converging part captured by the binding tool is displaced by a length corresponding to the lateral width of the binding tool, thereby binding the converging part by the capturing part. In the third step of accomplishing and displacing the binding connector, and in the third notch passage extending from the second notch passage, the binding connector advanced by displacing the binding member bound to the binding tool The binding object is bound by the fourth step for forcibly separating the binding tool from the first step.

  The above method can efficiently solve the problems of the present invention by using a bundling device body comprising the following elements. That is, two plate-like members arranged in parallel via a spacer, a support body supported at the lower part so that the plate-like member is substantially vertical, and from the upper side end side between the plate-like members A guide member for guiding a bundling connection body in which a plurality of blister-case type synthetic resin bundling members having a substantially C-shaped planar shape are connected to each other with the same orientation, and an upper end surface of the plate-like member A first notch passage extending substantially downward from the second notch passage extending in a direction away from the first notch passage, a third notch passage extending in a direction away from the second notch passage, A bundling device main body for a bundled body is used, which includes an expanded notch opening formed by expanding from the end portion of the third notch passage to the substantially central portion of the plate-like member. In the present invention, the downward direction may be a vertical downward direction, or may be inclined slightly downward.

  Further, in order to more reliably bind the objects to be bound by the apparatus main body, the following improvement measures are applied to the passage. That is, among the first notch passages, the passage width of the portion close to the upper end surface of the plate-like member is expanded in a tapered shape from below toward the upper end surface, and among the second notch passages, The converging part of the object to be bound to the first notch passage is introduced by expanding the width of the passage near the first notch passage from the downstream side toward the first notch passage. For convenience, when the converging part is guided to the second notch passage, the converging part is completely bound by the capturing part existing in the binding tool.

  INDUSTRIAL APPLICABILITY The present invention provides an excellent effect of providing an easy-to-release and resource-saving binding tool that can be used for a binding method and apparatus that can be bound by a single operation with a converging portion of a body to be bound by an operator or both hands. Demonstrate.

It is a perspective view of the binding tool which concerns on this invention. It is the same top view. It is a top view of the binding tool coupling body which concerns on this invention. It is a front view which shows the whole binding apparatus in this invention. It is the same top view. It is a perspective view which shows the state to which a to-be-bundled body is going to be bound by the binding method which concerns on this invention, or the bound binding body. It is a perspective view which shows the front of the single binding apparatus main body which concerns on this invention. It is a perspective view which shows the back side. It is a partially broken front view which shows one step in the binding method which concerns on this invention. It is the elements on larger scale showing the state where the condensing part of a bound object is first guided to the device of the present invention. It is the elements on larger scale which show the stage in the middle of the convergence part of a to-be-bound body guided with respect to the apparatus of this invention. Similarly, it is the elements on larger scale which show the state where the converging part was guided to the middle stage further. It is a partial expanded sectional view which shows the state by which the converging part of the to-be-bound body was bound by the binding tool. It is a front view which shows the other aspect of the binding apparatus which concerns on this invention. Similarly, it is a front view showing another mode. It is a perspective view which shows the binding method of the to-be-bound body based on a prior art. It is a perspective view of the binding tool which concerns on a prior art. It is a principal part perspective view which shows the binding aspect in the case of binding the to-be-bound body of this invention with the said binding tool. It is a perspective view similar to the above which shows the bundling aspect which is going to bind the conventional to-be-bundled body.

Next, the binding tool, the binding device, and the binding method according to the present invention will be sequentially described with reference to the drawings.
(Binding tool) As shown in FIGS. 1 and 2, the binding tool 10 according to the present invention includes a synthetic resin sheet formed by drawing, stamping, embossing, etc., using a mold composed of a pair of upper and lower molds. It is obtained by a molding method and forms a blister case mold having a substantially C-shaped plane. The binding tool 10 includes a binding body 11 that is a main part of the binding tool 10 and a display body that is integrally formed with the binding body 11 in order to lock the display body (described later) that displays the manufacturing or production history of the body to be bound. It consists of a locking part 12. Here, the blister case type means a case-like form used for blister packaging. Accordingly, a table mountain-shaped rib (hereinafter referred to as “table rib”) 13 having a flat top portion (bottom portion when expressed in a state where the binding device is inverted) runs in the center of the binding device 10.

  In the central portion of the binding tool 10, a capturing portion 14 that captures a converging portion of a body to be bound, which will be described later, has a C-shaped flat surface for holding the binding, and has an inclined inner surface is transparently provided. The catching portion 14 is formed with a peripheral end surface 14a that protrudes somewhat inward. When the converging portion is covered with a part of the resin packaging bag, the catching effect and the tack-fastening effect are enhanced. ing. In order to guide the converging part from the outside with respect to such a capturing part 14, the positioning abutting part 15 formed in a V shape at a portion near the outer periphery of the binding tool 10 and the abutting part 15 are abutted. A grooving-shaped bottleneck portion 16 for guiding the converging portion in contact with the capturing portion 14 is formed.

  On the other hand, a reverse rib 17a in which a part of the table rib 13 is lowered in a valley shape is formed on the back side of the bottleneck portion 16 of the table rib 13 so that when the converging portion is guided to the bottleneck portion 16, the table rib 13 The torsional stress is slightly reduced so that the converging portion can be easily passed through the narrow passage portion 16 and at the same time, a function of exerting a certain restoring force is maintained.

  Further, a portion of the table rib 13 near the back surface of the bottleneck portion 16 via the capturing portion 14 is a wide area, and a fitting portion 17b having a valley in the middle of one of the wide areas. Is formed. When the bundling method according to the present invention is performed, the fitting portion 17b shares the function of stopping the bundling coupled body at a predetermined position in cooperation with a bundling device described later.

  A cutout hook 18 is raised in the central area of the display body locking portion 12, and the cutout hook 18 is locked in the central area near the tip of the cutout hook 18. A stopper 19 is provided to prevent the display body from coming off.

  (Bundled connector) When the method of the present invention is carried out, as shown in FIG. 3, a binder connector 20 in which a large number of the binders 10 having the shape and structure are connected side by side is used. In the binding tool assembly 20, a plurality of binding tools 10 having the above-mentioned shape and structure, that is, a plurality of blister-case type synthetic resin binding tools 10 each having a substantially C-shaped plane have the same orientation, that is, a large number of binding tools. The positioning contact portion 15 or the narrow passage portion 16 included in the belt 10 is connected in the wide area with the same orientation at the same side edge portion of the obtained band-shaped binding tool assembly 20.

  (Bundling device) Next, the bundling device according to the present invention will be described. As shown in FIGS. 4 and 5, the bundling device 30 according to the present invention includes a supply device 40 that spirally winds the long bundling device coupling body 20, and a bundling device connection that is fed out from the supply device 40. The binding device main body 50 binds the converging portion of the body to be bound using the binding tool 10 constituting the body 20, and both are installed on the same base 41.

  The supply device 40 includes a pair of stands 42 erected on one side of a base 41, a support shaft 43 that is detachably bridged at the center of the front end surface thereof, and a reel 44 that is supported by the support shaft 34. .

  As shown in FIGS. 7, 8, and 9, the bundling device body 50 according to the present invention includes front and back plate-like members 52 and 53 that are arranged in parallel via a spacer 51, and those plate-like members 52 and 53. It has the support body 54 supported by the lower part so that it may become substantially perpendicular | vertical. Here, “the plate-like members 52 and 53 are substantially vertical” means that the front and back plate-like members 52 and 53 can be inclined with respect to the support 54 not only at a right angle but also at an inclination angle of 90 to 70 degrees. It means that The support 54 can be integrally formed by bending the lower end portions of the front and back plate-like members 52 and 53. The spacer 51 can also be used in packing that closes the gap between the members 52 and 53 at the inner side and the peripheral portion of the plate-like members 52 and 53.

  Next, in the binding device main body 50 according to the present invention, in the upper space between the front and back plate-like members 52 and 53, as shown in FIG. When viewed from the bundling device main body 50, a pair of horizontal cross-shaped upper guide members 55a, 55b for guiding the bundling connector 20 from one side end on the right side toward the center, and a predetermined amount below them. A lower guide member 56 disposed at an interval and a vertical stopper 57 disposed in a vertical crossbar shape at a slight distance toward the front of the lower guide member 56 are fixed to the back plate member 53. In the bundling device main body 50, the function of the spacer 51 described above can be given to these guide members 55a, 55b, 56, and 57.

  Further, in the bundling device main body 50, the front and back plate-like members 52 and 53 are notched and formed with a first notch passage 58 from the central upper end surface thereof downward. Then, in order to converge the converging portion guided by the first notch passage 58 in the lateral width direction, the plate-like member 52 of the first notch passage 58 is arranged as shown in FIGS. 10, 11, and 12. , 53 are formed with tapered portions 58a in which the passage width d1 widens from below toward the upper end surfaces 52a, 53a.

  Subsequently, a second notch passage 59 is formed by cutting the second notch passage 58 horizontally from the lower end of the first notch passage 58 in the direction perpendicular to the direction. Then, in order to further improve the convergence of the converging portion that has passed through the second notch passage 59 by converging the converging portion that has descended the first notch passage 58 in the vertical width direction, the first notch passage 58 is provided. A bulging portion 58b is provided at the lower end of the second notch passage 59, and the passage width d2 of the second notch passage 59 is expanded from the downstream side toward the first notch passage side 58 at a portion close to the first notch passage 58. A tapered portion 59a is formed.

  Subsequently, the direction of the second notch passage 59 is changed again from the front end, and a third notch passage 60 is formed downward in the vertical direction. Then, an expanded notch 61 is formed which expands downward from the terminal end of the third notch passage 60 at a position near the center of the plate-like members 52, 53, and the bundle is finished. The bundling body, that is, the converging part of the bundling body, can be extracted from the bundling apparatus main body 50 to the outside.

  In addition, as shown in FIG. 8, a positioning member 62 is provided on the back plate-like member 53 in order to position the binding connector 20 guided by the upper and lower guide members 55a, 55b, 26 at a predetermined position. Is provided. As the positioning member 62, a cantilever plate spring having a protrusion 63 that fits into the fitting portion 17 b provided in the binding tool 10 that constitutes the binding connector 20 is used. Since the cantilever leaf spring constantly applies a pressing force to the binding tool 10, the function of the positioning member 32 is achieved when the binding device body 50 is stopped and the binding connector 20 guided therein is temporarily pulled out. In order to cancel, the cancellation | release member 64 is installed in the vicinity. As the release member 64, a slide member having a function of releasing the pressing force of the cantilever leaf spring on the binding tool 10 is used.

  As described above, in order to provide the binding device body 20 supplied from the supply device 40 to the binding device main body 50 for binding, the horizontal width (vertical width in the case of the binding device 10) is set to be vertical. There is a need. Therefore, a guide member 65 that guides the binding tool connector 20 while twisting is provided on the side of the binding device body 50 on the supply side of the binding tool connector 20.

  (Binding method) Using the apparatus according to the present invention having the above-mentioned shape and structure, the objects to be bound are bound as follows. First, a large number of blister-case type synthetic resin binding tools 10 having a substantially C-shaped plane are connected with the same orientation between a pair of plate-like members 52 and 53 assembled in parallel via spacers. The binding connector 20 is prepared so that the capturing part 14 and the bottleneck part 16 face substantially upward. Then, the guide device 65 of the supply device 30 and the bundling device main body 50, the upper and lower guide members 55a, 55b, 56 and the fitting groove 17b of the bundling device 10 at the tip of the bundling device coupling body 20 and the bundling device main body 50. The binding tool assembly 20 is stopped at a predetermined position by the function of the protrusion 63 of the positioning member 62 (see FIG. 9, first step).

  Next, for example, as shown in FIG. 6, the bundling operator holds the neck portion 71 of the bound body 70 such as a packaging bag containing the articles by a predetermined distance with both hands, and the first unit of the bundling apparatus main body 50 is held. The neck 71 is brought into contact with the notch passage 58 while intersecting. Then, as shown in FIG. 10, since the tapered surface 58a exists in the first notch passage 58 extending downward from the upper end surfaces 52a, 53a of the plate-like members 52, 53, the operator can bind the object 70 to be bound. When the neck portion 71 is lowered, the neck portion 71 is gradually converged to become the converging portion 72, and descends the first notch passage 58.

  Then, since the positioning contact portion 15 of the binding tool 10 that is already at the forefront of the binding connector 20 is present at that position, the converging portion 72 is in contact therewith and further spreads the narrow channel portion 16 by further lowering force. It is partially captured by the capturing part 14 and has a shape that is somewhat longer up and down (see FIG. 11, second step). The converging portion 72 having a form that is somewhat longer in the vertical direction is lowered by the bulging portion 58b existing at the lower end of the first notch portion 58, descending the first notch passage 58 and reaching the second notch portion 59. Then, it changes to a slightly longer horizontal form.

  When the bundling operator subsequently displaces the converging part 72 in the horizontal direction, the converging part 72 is first forcibly compressed in the vertical and lateral directions by the taper part 59a, and the degree of convergence is improved. When the converging unit 72 continues to be displaced in the horizontal direction, the bundling unit 72 is displaced by the capturing unit 14 of the bundling tool 10 until the bundling unit 10 comes into contact with the vertical stopper 57. As the binding tool 10 is displaced, the binding connector 20 is also displaced following it. As a result, the subsequent tying member (see FIG. 9) advances to a position where the bottleneck portion 16 overlaps the first notch passage 58 in the vertical direction (see FIG. 12, third step).

  At the position where the converging part 72 stops, the third notch path 60 whose direction has been changed downward from the second notch path 29 continuously extends. Therefore, when the converging part 72 is forcibly lowered, the binding tool 10 Is separated from the bound connector 20 (fourth step). Therefore, as shown in FIG. 6, the bundling body 80 in which the converging portion 72 is bound by the binding tool 10 is extracted from the expanded notch 61 that is expanded just below the third notch passage 60. The binding method according to the present invention is completed when the display body 81 that displays the manufacturing or manufacturing history of the article of the binding body 80 is locked to the notch hook 18 of the display unit 12 in the binding tool 10.

  As shown in FIG. 13, in the binding body 80 obtained in this way, the binding tool 10 exhibits the anti-slip effect by the circumferential end surface 14 a of the capturing portion 14 reliably gripping the converging portion 72.

  The bundling method according to the present invention described in detail above is summarized as follows. A binder case 20 in which a plurality of blister-case type synthetic resin bunches 10 having a substantially C-shaped plane are coupled with the same orientation. It is advanced from the upper side surface (starting point) of the bundling device main body 50 toward the arrangement direction (first direction) of the upper and lower guide members 55a, 55b, 56, and the intersection of the direction and the first notch passage 58 (first). The bundling body 70 is focused on the capturing part 14 of the binding tool 10 from the step (first step) that stops at the stop point) and the direction (second direction) in which the first notch passage 58 that is different from the first direction descends (second direction). Pushing the portion 72 to advance the converging portion in the first direction and stopping the binding tool at a separation point (second stop point) where the third notch passage 60 separates from the second notch passage 59; (Second stage A step), it can be said that the focusing unit is a second direction different from the third notch passage 60 extends direction (step of displacing the third direction) (third stage step) and consisting of tying method.

  Therefore, according to the present invention, when the binding device assembly is stopped at the first stop point, the binding device captures the converging portion and when the binding device is stopped at the second stop point, the subsequent binding device is set as the first stop point. At the same time as supplying, the binding tool that binds the converging part from the binding tool connector is separated. As a result, the effect that the bundling operator can hold the bundling body with both hands and can bind the bundling body by one work operation almost at a stroke. Not only can the binding tool be easily released from the obtained binding body, but it can also be easily rebound manually.

  The present invention is allowed to be carried out as follows, for example, by changing a part of the above-described embodiment within the limits that do not significantly impair the effects of the invention following the technical idea. That is, as shown in FIG. 14, the expanded notch opening 61 is circular, or as shown in FIG. 15, the first notch passage 58, the second notch passage 59, and the third notch passage 60 are directed downward. These embodiments are also within the technical scope of the present invention.

  INDUSTRIAL APPLICABILITY The present invention can be widely used in the industrial field and the agricultural field, such as the field for binding packaging bags filled with foods such as confectionery and bread and the field for binding bundled flowers.

  1: article, 2: packaging bag, 3: converging part, 4: binding tool, 5: capturing part, 6: introducing part, 7: opening part, 10: binding body, 11: binding body, 12: display body locking Part: 13: connecting part, 14: capturing part, 14a: peripheral end face, 15: positioning contact part, 16: bottleneck part, 17a: rib, 17b: fitting part, 18: notch hook, 19: stopper, 20 : Binding device coupling body, 30: binding device, 40: feeding device, 41: base, 42: stand, 43: support shaft, 44: reel, 50: binding device main body, 51: spacer, 52: front plate member 52a: upper end surface, 53: back side plate-like member, 53a: upper end surface, 54: support, 55a, 55b: upper guide member, 56: lower guide member, 57: front end side guide member, 58: no part at all Passage, 58a: taper, 58b: bulge, 59: second notch 59a: taper part, 60: second notch passage, 61: expansion notch opening, 62: positioning member, 63: protrusion, 64: release member, 65: guide member, 70: bundled body, 71: neck part 72: Converging part, 80: Bundling body, d1, d2: Passage width.

Claims (8)

A blister-case type synthetic resin binding tool with a substantially C-shaped flat surface. A binder coupling body in which a large number of blister-case type synthetic resin binders having a substantially C-shaped plane are coupled with the same orientation. A number of blister-case type synthetic resin ties (10) having a substantially C-shaped plane are connected in the same orientation, and the tie fixture (20) is advanced in the first direction from the starting point. The step (first step) of stopping at the first stop point, and pushing the converging part (71) of the bound body (70) into the capturing part (14) of the binding tool from the second direction different from the first direction, Moving the converging part forward in a first direction, stopping the binding tool at a second stop point (second step), and displacing the converging part in a third direction different from the second direction (first A bundling method for a bundling body comprising three steps). A first step of preparing, at a predetermined position, a binder connecting body (20) in which a plurality of blister-case type synthetic resin binders (10) having a substantially C-shaped plane are connected with the same orientation; A second step of pushing the converging part (72) of the bundled body (70) into the catching part (14) of the binding tool located at the tip of the connecting body to cause the capturing part to capture the converging part; By displacing the pressed focusing body by a length corresponding to the width of the binding tool, the third step of completing the binding of the focusing section by the capturing section and displacing the binding connection body, and the displaced binding connection A bundling method for bundling bodies, comprising a fourth step for forcibly separating a bundling tool from a body. The bundling method for bundling bodies according to claim 4, wherein, in the first step, the bundling tool coupling body (20) is drawn out from the reel (44) and is prepared in a predetermined position as it is or twisted. A large number of blister-case type synthetic resin binders (10) having a substantially C-shaped plane are identical between a pair of plate-like members (52, 53) assembled in parallel via a spacer (51). A first step of preparing a bound connector (20) connected with orientation so that a narrow channel portion (16) leading to the capturing portion (14) faces substantially upward, and an upper end surface (52a) of the plate member , 53a) in the first notch passage (28) extending downward from the bundling member (70), the converging part (72) of the bundled body (70) is lowered to lower the tying member (10) positioned at the tip of the bundling connector. A length corresponding to the lateral width of the binding tool in the second step of causing the trapping part to capture the focusing part and the second notch path (59) extending from the first notch path. By displacing only before In the third step of completing the bundling of the converging part by the capturing part and displacing the bundling connector, and in the third notch path (60) extending from the second notch path, the bundling tool (10) is bound. A method of binding the bound body including the fourth step of forcibly separating the binding tool from the forward bound binding body by displacing the bound body (80). Two plate-like members (52, 53) arranged in parallel via a spacer (51), a support (54) that supports the plate-like member at the bottom so that the plate-like members are substantially vertical, and the plate-like member Bundling connection body in which a plurality of blister-case type synthetic resin binding tools (10) having a substantially C-shaped planar shape are connected with the same orientation from the upper one side end side between the members to the center portion ( 20) a guide member (55a, 55b, 56, 57) for guiding, a first notch passage (58) extending substantially downward from an upper end surface (52a, 53a) of the plate-like member, and the first notch A second notch passage (59) extending in a direction changing from the passage, a third notch passage (60) extending in a direction away from the second notch passage, and a terminal portion of the third notch passage Expanded notch opening (expanded at the center of the plate member) 1) and consisting of the device for binding the bundles. Of the first notch passage (58), the passage width (d1) of the portion close to the upper end surface (52a, 53a) of the plate-like member is expanded in a tapered shape from below toward the upper end surface. At the same time, the passage width (d2) of the portion close to the first notch passage in the second notch passage (59) widens in a tapered shape from the downstream side toward the first notch passage. The bundling device according to claim 7.

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