TW201628870A - Binding device - Google Patents

Abstract

Provided is a binding device that, in one device, performs hole-punching of sheet bundles and binding that uses pieces. The binding device is capable of binding a sheet bundle without moving the sheet bundle, by winding a piece on from an end section of the sheet bundle. The binding device (1A) comprises: a handle (12); a platform (11a) upon which the sheet bundle (10) is placed; a tape feed unit (15) that supplies pieces (2) to a position facing the end section of the sheet bundle (10) placed upon the platform (11a); a binding unit (14) that winds a piece (2) on to the sheet bundle (10) and binds same; and a punching blade (14g) that penetrates the sheet bundle (10) and causes the free end of the piece (2) to penetrate the sheet bundle (10). The binding unit (14) is moved in accordance with the operation of the handle (12), relative to the sheet bundle (10) placed on the platform (11a).

Description

Bundling device

The present invention relates to a sheet body composed of a sheet-like material which is easily bent by paper or resin, and a binding device for binding a bundle of sheets.

A device called a sheet which is not made of a metal needle and is made of a sheet or the like, and a device for binding a sheet bundle such as a document has been proposed from the prior.

The device proposes a mechanism including a moving thin plate bundle in a horizontal direction along the surface, and in the moving path of the thin plate bundle, the sheet body is made to stand by, by moving the thin plate bundle, protruding against the sheet to the thin plate bundle, to shape the piece The technique of the body (refer to Patent Documents 1 and 2).

Without the movement of the thin plate bundle to shape the sheet body, it is proposed to insert a hole through the sheet in advance on the thin plate bundle, and to position the hole of the thin plate bundle to the supply position of the sheet body so as to penetrate the sheet body (refer to Patent Document 3). In the case of a thin plate bundle that has been previously opened, as disclosed in Patent Document 2, a driving source that does not use a motor or the like is used, and a technique of manually penetrating the sheet body is used (see Patent Document 4).

In addition, there has been proposed a technique in which a blade portion that is opened in a thin plate bundle is inserted into a hole through which a blade portion is inserted, and the sheet body is pressed to a thin plate bundle to adhere thereto (see Patent Document 5).

[First technical literature]

[Patent Literature]

[Patent Document 1] Japanese Patent Laid-Open No. Hei 10-871

Patent Document 2: Japanese Patent No. 3122807

[Patent Document 3] Japanese Patent Laid-Open Publication No. 2004-50697

[Patent Document 4] Japanese Patent Laid-Open No. 10-24669

[Patent Document 5] Japanese Patent Laid-Open Publication No. 2003-25753

As described in Patent Document 1 and Patent Document 2, in the configuration in which the sheet is shaped by the movement of the thin plate bundle, it is necessary to move the space of the thin plate bundle around the device, and in a narrow working place, the operation may be restrained. sense. Also, when the thin plate is moved, the binding quality is lowered when the thin plate is moved.

As described in Patent Document 3 and Patent Document 4, in the configuration in which the hole is formed in advance in the thin plate bundle, it is necessary to position the hole of the sheet bundle to the sheet. In Patent Document 3, a drive source such as a motor is required, and it is difficult to miniaturize the device. In Patent Document 4, it is necessary to prepare a sheet bundle having an opening in advance, or to additionally perform an operation of opening a hole in the sheet bundle, which is inconvenient.

In the apparatus of Patent Document 5, the sheet cannot be wound from the end of the thin bundle, and the binding strength is lowered.

The present invention has been developed in view of such problems, and an object thereof is to provide a perforation of a thin plate bundle by a device and a binding process by the sheet body, which can be wound from the end of the thin plate bundle without moving the thin plate bundle. The bundle of thin bundles is bundled.

In order to solve the above problems, the present invention is a binding device comprising: an operating member that is configured to be displaceable; a mounting seat on which a thin plate bundle is placed; a sheet feeding portion that supplies the sheet to be placed on and loaded a position at which the end portions of the thin plate bundles are placed facing each other; a binding portion that winds the sheet body to the thin plate bundle placed on the mounting seat to bind; and a punching blade that penetrates the thin plate placed on the mounting seat The bundle is such that the free end of the sheet penetrates the sheet bundle; the binding portion moves relative to the operation of the operating member with respect to the sheet bundle placed on the mount.

In the present invention, the connection operation member and the binding portion are included, and the displacement of the operation member is transmitted to the transmission portion of the binding portion.

In the present invention, the operating member is mounted on the mounting seat, and the transmitting portion includes a switching mechanism that converts the displacement of the operating member into a movement toward the surface of the bundle of the bundle, and in the sheet. The movement of the sheet on the body feed portion in the direction of the surface of the sheet bundle.

In the present invention, the binding portion includes a sheet shaping portion that is provided with a side opposite to the sheet body that is supplied to a position facing the end portion of the thin plate bundle placed on the mounting seat. Open the opening.

In the present invention, the binding portion includes a preliminary shaping mechanism that prepares the shaping piece so as to be wound around the end portion of the sheet bundle and the upper and lower surfaces of the end portion.

In the present invention, the binding portion includes a formal shaping mechanism that allows the borrowing knife to pass through the sheet of the sheet bundle and is attached to the sheet bundle.

In the present invention, the transmission portion includes a movement restricting mechanism that suppresses displacement of the borrowing operation member, and approaches the thin plate along the surface of the thin plate bundle The movement of the binding portion and the sheet feeding portion in the direction of the end of the bundle, the operating member includes a pressing mechanism, and the pressing mechanism is caused by the movement restricting mechanism, and the movement of the binding portion and the sheet feeding portion is restricted. The knife moves in the direction of the sheet bundle.

In the present invention, the operating member is mounted to be displaceable by the rotation of the shaft as a fulcrum.

In the present invention, the plurality of sheets are attached to the strip of the release paper to form an adhesive tape, and the sheet feeding portion includes the release sheet, and the peeling portion of the sheet is peeled off.

In the present invention, it is not necessary to move the working space of the thin plate bundle, and the thin plate bundle can be bundled with a small space. Moreover, since the thin plate bundle is not moved, the offset of the thin plate can be suppressed, and the binding quality can be improved. Moreover, by operating the operating member, a series of processing of the bundle of sheet bundles is completed, so that the operation is simple.

Moreover, there is no need to open the device on the thin plate bundle, and it is not necessary to prepare the thin plate bundle which has been opened, and the convenience is improved. Further, in the form of winding from the end of the thin bundle, the sheet bundle can be bundled by the sheet, so that the binding strength is improved.

1A~1E‧‧‧Bundling device

2‧‧‧ tablets

3‧‧‧Adhesive layer

4‧‧‧ peeling paper

5‧‧‧ Tape

6‧‧‧Knitting holes

7‧‧‧Roller body

8‧‧‧Carmen

10‧‧‧thin bundle

11‧‧‧Base section

11a‧‧‧Seat

11b‧‧‧Parts

11c‧‧‧Support

11d‧‧‧Assembly Department

11e‧‧‧ Groove

11f‧‧‧Axis

12‧‧‧ grip part

12a‧‧‧Axis

12b‧‧‧Connected shaft

12c‧‧‧ Pressing Department

13‧‧‧Thin plate beam pressing

13a‧‧‧Depression

14‧‧‧Bundle Department

14a‧‧‧1st moving department

14b‧‧‧2nd Moving Department

14c‧‧‧ Sheet standby

14d‧‧‧Plastic Surgery Department

14e‧‧‧Piece pressing roller

14f‧‧‧The lower part of the body

14g‧‧‧ punching knife

14h‧‧‧ Spring

14i‧‧‧Knife Department

14j‧‧‧ card stop

14k‧‧ ‧ spring

14m‧‧‧Clock Department

14n‧‧‧3rd Mobile Department

14p‧‧‧ engaging convex

14q‧‧‧Clamping recess

15‧‧‧ Tape Feeding Department

15a‧‧‧Feed the Mobile Department

15b‧‧‧Feed claw

15c‧‧‧ peeling department

15d‧‧‧ Lower gland

15e‧‧‧Keep the claw

15f‧‧ ‧ spring

15g‧‧‧1st roller

15h‧‧‧2nd roller

15i‧‧‧Axis

15j‧‧‧Axis

15k‧‧ ‧ spring

15m‧‧‧Link Department

16‧‧‧Transmission Department

16a‧‧‧Cam Department

16b‧‧‧Connected shaft

16c‧‧‧ Linkage Department

16d‧‧‧Axis body

16e‧‧‧1st cam groove

16f‧‧‧2nd cam groove

17‧‧‧ coil spring

Fig. 1 is a block diagram showing an example of a binding device according to the first embodiment.

Fig. 2 is a block diagram showing an example of a binding device according to the first embodiment.

Fig. 3 is a view showing a configuration of an example of a sheet bundled with a thin bundle.

Fig. 4 is a view showing a configuration of an example of a sheet.

Fig. 5 is a view showing a configuration of an example of a punching blade.

Fig. 6 is a view showing a configuration of an example of a tape feeding portion.

Fig. 7 is a view showing a configuration of an example of a tape feeding portion.

Fig. 8 is a view showing an example of a mechanism for transmitting a movement from the grip portion to the binding portion.

Fig. 9 is an explanatory view showing an example of the operation of the binding device of the first embodiment.

Fig. 10 is an explanatory view showing an example of the operation of the binding device of the first embodiment.

Fig. 11 is an explanatory view showing an example of the operation of the binding device of the first embodiment.

Fig. 12 is an explanatory view showing an example of the operation of the binding device of the first embodiment.

Fig. 13 is an explanatory view showing an example of the operation of the binding device of the first embodiment.

Fig. 14 is an explanatory view showing an example of the operation of the binding device of the first embodiment.

Fig. 15 is an explanatory view showing an example of the operation of the binding device of the first embodiment.

Fig. 16 is an explanatory view showing an example of the operation of the binding device of the first embodiment.

Fig. 17 is an explanatory view showing an example of the operation of the binding device of the first embodiment.

Fig. 18 is an explanatory view showing an example of the operation of the binding device of the first embodiment.

Fig. 19 is an explanatory view showing an example of the operation of the binding device of the first embodiment.

Fig. 20 is an explanatory view showing an example of the operation of the binding device of the first embodiment.

Fig. 21 is an explanatory view showing an example of the operation of the binding device of the first embodiment.

Fig. 22 is an explanatory view showing an example of the operation of the binding device of the first embodiment.

Fig. 23 is a block diagram showing an example of a binding device according to the second embodiment.

Fig. 24 is an explanatory view showing an example of the operation of the binding device of the second embodiment.

Fig. 25 is an explanatory view showing an example of the operation of the binding device of the second embodiment.

Fig. 26 is an explanatory view showing an example of the operation of the binding device of the second embodiment.

Fig. 27 is an explanatory view showing an example of the operation of the binding device of the second embodiment.

Fig. 28 is an explanatory view showing an example of the operation of the binding device of the second embodiment.

Fig. 29 is an explanatory view showing an example of the operation of the binding device of the second embodiment.

Fig. 30 is an explanatory view showing an example of the operation of the binding device of the second embodiment.

Fig. 31 is an explanatory view showing an example of the operation of the binding device of the second embodiment.

Fig. 32 is a view showing an example of the operation of the binding device of the second embodiment. Illustrating.

Fig. 33 is an explanatory view showing an example of the operation of the binding device of the second embodiment.

Fig. 34 is an explanatory view showing an example of the operation of the binding device of the second embodiment.

Fig. 35 is an explanatory view showing an example of the operation of the binding device of the second embodiment.

Fig. 36 is an explanatory view showing an example of the operation of the binding device of the second embodiment.

Fig. 37 is an explanatory view showing an example of the operation of the binding device of the second embodiment.

Fig. 38 is a block diagram showing a modification of the binding device of the first embodiment.

Fig. 39 is a view showing the configuration of a modification of the binding device of the first embodiment.

Fig. 40 is a view showing the configuration of another modification of the binding device of the embodiment.

Fig. 41 is a view showing the configuration of another modification of the binding device of the embodiment.

Fig. 42 is a block diagram showing another modification of the binding device of the embodiment.

Fig. 43 is a view showing the configuration of another modification of the binding device of the embodiment.

Figure 44 is a view showing another modification of the binding device of the embodiment. Mapping.

Fig. 45 is a view showing the configuration of another modification of the binding device of the embodiment.

Fig. 46 is a view showing the configuration of another modification of the binding device of the embodiment.

Fig. 47 is a block diagram showing another modification of the binding device of the embodiment.

Hereinafter, an embodiment of the binding device of the present invention will be described with reference to the drawings.

<Configuration Example of Binding Device According to First Embodiment>

Fig. 1 and Fig. 2 are views showing a configuration of an example of the binding device of the first embodiment. Here, the first diagram mainly shows the internal configuration of the binding device 1A, and the second diagram mainly shows the external configuration of the binding device 1A. In addition, FIG. 3 is a structural view showing an example of a sheet bundled with a thin bundle, and FIG. 4 is a configuration diagram showing an example of a sheet.

First, when the sheet and the sheet bundle to be processed by the binding device 1A are described, the binding device 1A of the first embodiment is configured by the winding sheet 2 to laminate a plurality of sheets as shown in Fig. 3 On the thin plate bundle 10, a device for binding the thin plate bundle 10. The thin plate bundle 10 is a paper sheet in which a document or the like is laminated, or a thin plate member formed of a metal material, a resin material or the like.

The sheet body 2 is on the side of one side, and is used as the lower surface of one surface of the thin plate bundle 10, and is wound around the end portion 10a side of the thin plate bundle 10. Further, the sheet body 2 is on the other side, and is wound by the through hole 10b formed in the thin plate bundle 10. Wrap around. Further, the sheet body 2 is bundled with the thin plate bundle 10 in a state in which the end portions are attached to the upper surface of the other surface of the thin plate bundle 10.

As shown in Fig. 4, the sheet body 2 is formed, for example, in a rectangular shape, and the surface 2a of one side is formed as a flat surface, and the adhesive layer 3 is provided on the surface 2b of the other side, for example, on the strip-shaped release paper 4 in the longitudinal direction. Temporarily stuck in multiples. Thereby, the sheet body 2 can prevent the adhesion of the adhesive layer 3 from being lowered even when it is used after being used for a long period of time.

Further, the tape 5 composed of the sheet body 2 and the release paper 4 is wound into a roller shape to form a roller body, and is housed in the binding device 1A. In the sheet 2 and the release paper 4, the engaging holes 6 of the mechanism for feeding the tape 5 are engaged, and a plurality of the slits 6 are provided at predetermined intervals in the longitudinal direction.

Next, the configuration of the binding device 1A will be described. As shown in FIGS. 1 and 2, the binding device 1A includes a base portion 11 and a grip portion 12 that is rotatably (displaceable) with respect to the base portion 11. Further, the binding device 1A includes a thin plate bundle pressing portion 13, a lower pressing thin plate bundle 10, a binding portion 14, an shaping sheet body 2 for binding the thin plate bundle 10, and a tape feeding portion 15 as a sheet for supplying the tape 5. An example of a feed unit. Further, the binding device 1A includes a transmission portion 16 that transmits the action of the grip portion 12 to the binding portion 14 and the tape feeding portion 15.

The base portion 11 includes a mounting seat 11a on which the thin plate bundle 10 is placed, a positioning portion 11b that positions the thin plate bundle 10 to the binding position P1 by the sheet 2, and a support portion 11c that is movably The binding portion 14 is supported. Further, the base portion 11 includes an assembly portion 11d. The assembly portion 11d is detachably assembled with a cassette 8 that houses the roller body 7 of the tape 5.

The mounting seat 11a is configured to hold the mounting thin in a planar manner The shape near the binding position of the bundle 10 is provided on the upper surface of the base portion 11 in a planable plane that can be placed. The alignment portion 11b is formed so as to protrude to the upper surface of the mount 11a, and the end portion 10a of the thin plate bundle 10 abuts against the alignment portion 11b, whereby the thin plate bundle 10 is aligned.

The support portion 11c includes a groove portion 11e. Upper surface side of the groove portion 11e is provided on line 11a of the mounting base, as the first moving direction of the bundled portion 14, along a guide as to the mounting base 11a of the roughly horizontal direction of _an arrow A and an arrow A The movement of the binding portion 14 in the _two directions. The assembly portion 11d is provided on the end portion side of the side opposite to the mounting seat 11a in the base portion 11, and the feed roller body 7 is pulled out on the lower surface side of the mounting base 11a. The handling path of the tape 5 .

The grip portion 12 is an example of an operation member, and the end portion side is rotatably attached to the base portion 11 with the shaft body 12a as a fulcrum. Further, the grip portion 12 includes an end portion on the other side displaced by the rotation operation of the shaft body 12a as a fulcrum, and includes a coupling shaft portion 12b coupled to the transmission portion 16, and a pressing portion 12c as a press binding The pressing mechanism of the portion 14.

The thin-plate bundle pressing portion 13 is on one end side, coaxial with the grip portion 12, and rotatably attached to the base portion 11 with the shaft body 12a as a fulcrum. Further, the thin-plate bundle pressing portion 13 is on the other end side of the other side displaced by the rotation operation of the shaft body 12a as a fulcrum, and includes a pressing portion 13a facing the mounting seat 11a.

The binding device 1A includes a coil spring 17 that presses the grip portion 12 and the thin plate bundle pressing portion 13. The coil spring 17 is an example of an elastic member, and one end is attached to the grip portion 12, and the other end is attached to the thin plate bundle pressing portion. 13.

Thereby, the grip portion 12 is pressed by the coil spring 17 in the direction of the arrow U with respect to the base portion 11. Further, the thin-plate bundle pressing portion 13 is pressed by the coil spring 17 in the direction of the arrow D toward the mounting seat 11a toward the pressing portion 13a. Further, the thin plate bundle 10 placed on the mount 11a is biased by the operation of the grip portion 12 in the direction of the arrow D, and is supported by the lower pressing portion 13a of the thin plate bundle pressing portion 13 by the coil spring 17. 11a pressed.

Next, the configuration and action of the bundled thin plate bundle will be described. 14 based binding portion comprises: a first movable portion 14a, the supported portion 11c of the guide groove portion 11e, is moved in the arrow A ₁ and A ₂ arrow direction; and a second movable portion 14b, as the first portion 14 of the bundled 2 movement direction, a movement toward the _second direction as the vertical direction and away from the schematic arrows B ₁ and B 11a in terms of the arrow with respect to the mounting base.

The binding unit 14 includes a sheet standby unit 14c, a standby sheet 2, a sheet shaping unit 14d, a preliminary shaped sheet 2 having a predetermined shape, and a sheet pressing roller 14e as a formal shaping. The sheet 2 is an example of a formal shaping mechanism for binding the sheet bundle 10.

The sheet standby portion 14c is configured such that the sheet 2 that has been peeled off from the release paper 4 by the tape feeding portion 15 can stand by at the end of the sheet bundle 10 placed at the binding position P1 in the mount 11a. The portion 10a is disposed at a position facing the space of the mount 11a. Further, the sheet standby portion 14c moves together with the first moving portion 14a to track the operation of the first moving portion 14a of the shaped sheet 2.

The sheet shaping unit 14d is an example of a preliminary shaping mechanism, and is disposed at a position in the downward direction of the sheet bundle 10 placed on the mount 11a, and is provided to have the same width as the maximum thickness of the sheet bundle 10 to be bundled. The opening that opens toward the side opposite to the sheet standby portion 14c moves in the direction of the arrow A ₁ and the arrow A ₂ by the movement of the first moving portion 14a.

The sheet pressing roller 14e is provided on the opposite side of the sheet forming portion 14d of the holding sheet standby portion 14c, and is disposed to face the mounting base 11a, and moves along the mounting seat 11a by the movement of the first moving portion 14a. Move in the direction of arrow A ₁ and arrow A ₂ .

Sheet pressing roller 14e configured, the direction of line ₂ with the movement of the first movement portion 14a of the arrow A and _an arrow A and is rotatable with the thin plate is placed on the mounting seat 11a of the beam 10 and the following The sheet 2 that penetrates through the thin plate bundle 10 abuts.

The binding portion 14 includes a sheet pressing portion 14f in the second moving portion 14b, presses the sheet 2 that has been pre-formed by the sheet shaping portion 14d, and a punching blade 14g that opens a hole in the sheet bundle 10 and passes through the sheet. 2 to the thin plate bundle 10.

The sheet pressing portion 14f is an example of a preliminary shaping mechanism, and the sheet forming portion 14d that is an opening that sandwiches the shape of the sheet body 2 in the up-and-down direction constitutes a portion on the upper surface side, and the second moving portion 14b Move, move in the direction of arrow B ₁ and arrow B ₂ . And, based pressed portion 14f with respect to the second sheet portion 14b moves, it is mounted to be movable in the direction of arrow B _{1 2} and the direction of the arrow B, by the spring 14h is placed toward the direction of the seat 11a is pressed. Accordingly, the sheet depression portion 14f, independently, the second movable portion 14b can move in the direction of arrow B ₁ and ₂ by arrow B.

The punching blade 14g is attached so as to protrude below the second moving portion 14b. Fig. 5 is a view showing a configuration of an example of a punching blade. The punching blade 14g has a tip end shaped, for example, in a V-shaped acute angle to form the blade portion 14i. Further, the punching blade 14g is provided at an intermediate portion, and an opening that fits the lateral width of the sheet body 2 shown in Fig. 3 is provided to form the locking portion 14j. 14g punching blade by moving the second line 14b of the movable portion, ₂ is moved in the direction of arrow B ₁ direction and the arrow B.

In the binding portion 14, the first moving portion 14a is guided by the groove portion 11e in the support portion 11c of the base portion 11, whereby the first moving portion 14a and the second moving portion 14b are integrated with each other in the arrow A. Move in the ₁ direction and the arrow A ₂ direction.

Further, the binding portion 14 is such that the first moving portion 14a and the second moving portion 14b are coupled by the spring 14k, and the second moving portion 14b is separated from the mounting seat 11a by the spring 14k with respect to the first moving portion 14a. a state of the pressing direction, the second movable portion 14b is moved in the direction of arrow B _{1 2} and the direction of the arrow B.

The binding portion 14 is separated from the sheet forming portion 14d by the standby position Pa1 of the sheet bundle 10 placed on the mounting seat 11a, and the binding position Pa2 of the sheet forming portion 14d for the shaping sheet 2, first mobile unit 14a and the second movable portion 14b integrally reciprocate based on the direction of arrow A ₁ A ₂ and the direction of the arrow.

Further, when the first moving portion 14a is moved to the binding position Pa2, the binding portion 14 is retracted upward by the punching blade 14g until it is not in contact with the standby position Pb1 of the thin plate bundle 10 placed on the mounting base 11a, and by the sheet pressing member presses the sheet 2 portions 14f, 14g simultaneously perforated by the punching blade between a punching position of the sheet bundle Pb2 10, the second movable portion 14b reciprocates in the line _direction of arrow B ₁ direction and the arrow B.

The binding portion 14 is in the operation of the lower pressing grip portion 12 in the direction of the arrow D, and the first moving portion 14a is operated in cooperation with the transmitting portion 16 as will be described later. The second moving unit 14b is moved from the standby position Pa1 to the binding position Pa2. When the first moving portion 14a and the second moving portion 14b are moved to the binding position Pa2, the second moving portion 14b is pressed by the pressing portion 12c of the grip portion 12, and the second moving portion 14b is moved from the standby position Pb1 to the punching position Pb2. .

When the binding portion 14 moves the grip portion 12 in the direction of the arrow U, the second moving portion 14b moves from the punching position Pb2 to the standby position Pb1 by the force of the spring 14k. When the second moving unit 14b moves to the standby position Pb1, the first moving unit 14a and the second moving unit 14b move from the binding position Pa2 to the standby position Pa1 by the cooperation with the transmission unit 16.

When the first moving portion 14a and the second moving portion 14b move from the standby position Pa1 to the binding position Pa2 in the direction of the arrow A1, the binding unit ₁₄ is held by the sheet body 2 waiting in the sheet standby unit 14c. It is held between the end portion 10a of the thin plate bundle 10 placed on the mount 11a and the sheet shaping portion 14d. Further, the sheet 2 enters between the uneven shape formed by the combination of the sheet shaping portion 14d and the end portion 10a of the thin plate bundle 10, whereby the sheet 2 is pressed against the end portion 10a of the thin plate bundle 10, The adhesive layer 3 shown in Fig. 4 is attached to both the front and back surfaces of the upper and lower surfaces of the end portion 10a and the end portion 10a of the thin plate bundle 10, and the end portion 10a of the thin plate bundle 10 and the body shaping portion are fitted. The shape of 14d is prepared to be shaped.

After 14 based binding portion of the first movement portion 14a and the second moving section 14b to the binding position Pa2, the process of self standby position Pb1 to the perforation position of Pb2, moving it in the _direction of arrow B, the second movable portion 14b sheet The pressing portion 14f moves in a direction approaching the thin plate bundle 10 placed on the mounting seat 11a. Further, in the sheet body 2 which has been prepared by the sheet forming portion 14d, the portion on the upper surface side of the sheet bundle 10 is pressed by the sheet bundle 10.

Further, the binding portion 14 lines when the second movable portion 14b, from the standby position Pb1 to the perforation position of Pb2, when moved in the _direction of arrow B, the punching blade 14g lines to close is placed on the mounting seat 11a of the sheet bundle 10 of Move in direction. Bundling unit 14 based on the sheet pressing portion 14f 2 presses the sheet under the state, the second movable portion 14b moves more toward _a direction of an arrow B, the punching blade 10 14g perforated sheet bundle. The punching blade 14g of the perforated sheet bundle 10 protrudes from the sheet standby portion 14c to the lower surface of the mounting seat 11a, and in the sheet body 2, the portion on the lower surface side of the thin plate bundle 10 enters the locking portion 14j. The sheet 2 and the punching blade 14g are locked.

When the line bundle portion 14 of Pb2, Pb1 moves toward the standby position of the second movable portion 14b in the ₂ position of the self-piercing direction of arrow B, the locking engaging portion 14j of the sheet 2, together with the system and the punching blade passes through the sheet bundle 14g 10. Further, the binding unit 14 based second mobile portion 14b toward the standby position Pb1, when Pa2, moves toward the standby position Pa1 of the first movement portion 14a and the second movable portion 14b from the fastening position in the arrow A ₂ direction, through the The sheet body 2 of the thin plate bundle 10 placed on the mount 11a is sandwiched between the thin plate bundle 10 and the sheet pressing roller 14e. Further, the sheet body 2 is pressed against the sheet bundle 10 by the sheet pressing roller 14e, whereby the sheet body 2 is attached to the sheet bundle 10 to be formally shaped.

Next, the configuration and action of the tape 5 to which the sheet 2 is attached will be described. Fig. 6 and Fig. 7 are views showing a configuration of an example of a tape feeding portion. Tape-based feed section 15 to the sheet feeding portion of the one case, comprising: a feed movement portion 15a, the sheet bundle as shown in FIG along the direction of the first surface 10 of the arrow A ₁ and A ₂ direction of arrow The upper side is moved, the transfer paper 5 and the release paper 4 after the sheet 2 is peeled off, and the feed claw 15b are transported by the moving portion 15a, and the adhesive tape 5 and the release paper 4 after the sheet 2 is peeled off are transported. Further, the tape feeding portion 15 includes a peeling portion 15c that peels the sheet body 2 from the tape 5, a lower pressing lid body 15d that constitutes a conveyance path of the release paper 4, and a holding claw 15e that holds the release paper 4 after being conveyed.

The feed moving portion 15a is configured in the base portion 11 and is provided on the lower surface of the mount 11a. The operation of the grip portion 12 is transmitted by the transmission portion 16, and is interlocked with the binding portion 14 at the arrow A. ₁ and move in the direction of arrow A ₂ . Movement of the feed line portion 15a to the spring 15f urging the direction of arrow A _2.

Feed pawl 15b based on the movement of the feed section 15a, is provided on the conveying path than the downstream side of the peeling 15c also section 15a moves by the movement of the feed unit ₁ is moved in the direction of arrow A _2, and the arrow A. Feed pawl 15b line feed movement by the moving _direction of arrow 15a of the portion A, and the release paper 6 engaging the engaging hole 4, the tape 5 is pulled out and the release paper ₄₁ in the arrow A direction. Further, the feed pawl movable feed lines 15b moving portion 15a of arrow A ₂ in the direction from the release paper 4 engaging hole 6 from.

The peeling portion 15c includes the first roller 15g, the conveyance path of the tape 5 is oriented upward in the first direction, and the second roller 15h, and the conveyance path of the tape 5 is oriented in the horizontal direction as the second direction. To be below; constitute a curved transport path. The peeling portion 15c bends the conveyance path into an acute angle by the second roller 15h, whereby the sheet 2 is peeled off from the tape 5 by the rigidity of the sheet 2.

The binding portion 14 and the tape feeding portion 15 are configured such that the peeling portion 15c is positioned below the sheet standby portion 14c, and the sheet 2 peeled off by the peeling portion 15c protrudes into the sheet standby portion 14c.

The lower press cover 15d is attached to the feed moving portion 15a so as to be openable and closable by the rotation of the shaft body 15i as a fulcrum. As shown in Figs. 1 and 6, in the closed state, the peeling portion 15c is closed. Downstream side along the feed moving portion 15a The moving direction constitutes a conveyance path of the release paper 4. Further, as shown in Fig. 7, the lower press cover 15d is detachably attached to the tape 5 and the release paper 4. Further, the tape feeding portion 15 is configured to be opened and closed with respect to the base portion 11 by the rotation of the shaft body 11f as a fulcrum. By opening the tape feeding portion 15, the lower pressing cover body 15d is opened, and the tape 5 is opened. And the release paper 4 can be easily handled.

The holding claws 15e are provided on the base portion 11 so as to face the conveyance path of the release paper 4 formed by the feed moving portion 15a. The configuration of the holding claws 15e is rotatable by the rotation of the shaft body 15j provided on the upstream side as a fulcrum in the conveyance direction in which the release paper 4 is pulled out, and is pushed in the direction of the release paper 4 by the spring 15k. Pressure.

Holding claw 15e line feed movement by the moving portion 15a of the arrow A ₁ direction, the release paper is pulled out tape 4 and 5 of the operation, as the fulcrum shaft 15i is rotated in the arrow direction C _1, since the release paper The handling path of 4 is back. Thereby, the engagement hole 6 of the release paper 4 is not engaged.

The holding claws 15a to 15e based on movement of the feed in the direction of arrow A ₂ in the operation of the mobile unit, by a spring force of 15k, 15i as the fulcrum shaft is rotated in the arrow direction C _2, the release paper 4 projecting The handling path. Thus, the retaining claw 15e system and the release paper 6 of the engagement hole 4 is engaged, the feed movement of the moving portion 15a in the direction of arrow A ₂ in operation, the release paper 4 lines were maintained so as not to return to the arrow A ₂ direction.

Fig. 8 is a view showing an example of a mechanism for transmitting the operation from the grip portion to the binding portion. Next, the configuration and action of the operation of the transfer grip portion 12 to the binding portion 14 and the tape feeding portion 15 will be described.

First, when the configuration of the transmission unit 16 is explained, the transmission unit 16 packs The cam portion 16a is coupled to the connecting shaft portion 12b of the grip portion 12, the connecting shaft portion 16b is coupled to the binding portion 14, and the engaging portion 16c is coupled to the tape feeding portion 15; The shaft body 16d on the support portion 11c of the base portion 11 is rotatably mounted as a fulcrum, and is rotatably attached to the base portion 11.

The cam portion 16a is an example of a conversion mechanism including a first cam groove portion 16e and a second cam groove portion 16f. The direction of the arrow D to the rotation operation of the first cam groove portion 16e system by depression of the grip portion 12, the fulcrum shaft 16d as the transmission portion 16 is rotated in the _direction of arrow E, by simultaneously improving the grip portion of 12 in the rotating direction of arrow U operation, the shaft body 16d as a fulcrum, so that the rotation transmitting portion 16 in the arrow directions E _2. The second cam groove portion 16f holds the transmission portion 16 at a predetermined position with respect to the rotation operation in the direction of the arrow D and the arrow U of the grip portion 12.

The first cam groove portion 16e is a trajectory connecting the shaft portion 12b by the rotation operation of the grip portion 12, and includes a shape that intersects at a predetermined angle, and receives the force pressed by the coupling shaft portion 12b to rotate the transmission portion 16. . The second cam groove portion 16f is an example of a movement restricting mechanism, and includes a shape along a locus of the connecting shaft portion 12b which is rotated by the grip portion 12.

The connecting shaft portion 16b is coupled to the first moving portion 14a of the binding portion 14. Based coupling shaft 16b is transmitted by the shaft portion 16d as the fulcrum of the rotation in the _direction of arrow E of 16, displaced in the _direction of arrow A, by the rotation transmission portion to the direction of the arrow 16 of E ₂ in the arrow A Displacement in ₂ directions.

The joint engagement portion 16c is coupled to the joint portion 15m provided on the feed moving portion 15a of the tape feed portion 15. Lines connecting the engaging portion 16c by the transmitting shaft portion 16d as the fulcrum of the rotation in the _direction of arrow E of 16, displaced in the _direction of arrow A, by the rotation transmission portion to the direction of the arrow E ₂ of 16, in arrow Displacement in the A ₂ direction. Further, since the configuration of the tape feeding portion 15 is opened and closed with respect to the base portion 11, the coupling engagement portion 16c is detachably attached to the coupling portion 15m.

By the rotation of the pressing grip portion 12 in the direction of the arrow D, and the rotation of the grip portion 12 in the direction of the arrow U, the connecting shaft portion 12b moves to the first cam groove portion 16e of the cam portion 16a. In the section, the rotation operation of the grip portion 12 is converted into a linear motion in the directions of the arrow A ₁ and the arrow A ₂ of the binding portion 14 and the tape feeding portion 15.

Thereby, the first moving portion 14a of the binding portion 14 is moved in the section of the first cam groove portion 16e of the cam portion 16a by the rotation of the pressing grip portion 12 in the direction of the arrow D. second moving unit 14b moves toward an arrow line A _1. Further, the tape feed movement of the feed line portion 15a moved in the _direction of arrow 15. A portion.

Further, by the rotation operation of the grip portion 12 in the direction of the arrow U, the first moving portion 14a and the first portion of the binding portion 14 are moved in the section in which the connecting shaft portion 12b moves in the first cam groove portion 16e of the cam portion 16a. based second mobile portion 14b moves toward the direction of arrow A _2. Further, the tape feed unit 15 into the portion 15a to the mobile system moves toward the direction of arrow A _2.

On the other hand, the rotation operation of the pressing grip portion 12 in the direction of the arrow D and the rotation of the grip portion 12 in the direction of the arrow U are performed, and the second cam recess of the connecting shaft portion 12b is moved to the cam portion 16a. In the section of the groove portion 16f, the second cam groove portion 16f includes a shape along the locus of the connecting shaft portion 12b which is rotated by the grip portion 12, so that the transmission portion 16 does not rotate. Thereby, the binding portion 14 and the tape feeding portion 15 do not move in the directions of the arrow A ₁ and the arrow A ₂ .

Further, the rotation operation of the pressing grip portion 12 in the direction of the arrow D and the rotation of the grip portion 12 in the direction of the arrow U are performed, and the first cam groove portion of the connecting shaft portion 12b is moved to the cam portion 16a. In the section 16e, the pressing portion 12c as an example of the pressing mechanism provided in the grip portion 12 is separated from the second moving portion 14b of the binding portion 14. Further, the rotation operation of the pressing grip portion 12 in the direction of the arrow D and the rotation of the grip portion 12 in the direction of the arrow U are performed, and the second cam groove portion of the connecting shaft portion 12b is moved to the cam portion 16a. In the section 16f, the pressing portion 12c of the grip portion 12 comes into contact with the second moving portion 14b of the binding portion 14.

As shown in Fig. 8, the second moving portion 14b is provided with the engaging portion 14m of the pressing portion 12c of the engaging grip portion 12, and when the pressing portion 12c is in contact with the second moving portion 14b, the pressing portion 12c is 14m engagement portion engaging, by rotating operation of the grip portion 12, the second movable portion 14b is moved in the line direction of arrow B ₁ and ₂ by arrow B.

Thereby, the rotation operation of the pressing grip portion 12 in the direction of the arrow D and the rotation of the grip portion 12 in the direction of the arrow U are performed, and the first cam groove of the connecting shaft portion 12b is moved to the cam portion 16a. the interval portions 16e, the movement direction of the binding section ₂ of the second movable portion 14b is not in line ₁ of arrow B 14 and the arrow B.

On the other hand, the second moving portion of the binding portion 14 is in the section in which the connecting shaft portion 12b moves in the second cam groove portion 16f of the cam portion 16a by the rotation operation of the pressing grip portion 12 in the direction of the arrow D. 14b is pressed by the pressing portion 12c of the grip portion 12, the second movable portion 14b is moved in the line _direction of arrow B.

Moreover, by the rotation operation of the grip portion 12 in the direction of the arrow U, the pressing portion 12c of the grip portion 12 and the second portion are in the section in which the connecting shaft portion 12b moves in the second cam groove portion 16f of the cam portion 16a. movement of the engagement portion 14m engages 14b, and the second movable portion 14b line is moved in the _direction of arrow B, while when the pressing portion 12c and 14m of the engaging portion is released, the second movable portion 14b by spring The force of 14k moves in the direction of arrow B ₂ .

<Operation example of the binding device of the first embodiment>

FIG. 9 to FIG. 22 are explanatory views showing an example of the operation of the binding device according to the first embodiment. Next, with reference to the respective drawings, the binding device 1A of the first embodiment will be used to bundle the thin plate bundle 10 with the sheet 2. action.

In the standby state shown in Figs. 9 and 10, the grip portion 12 is not operated, and the binding portion 14 is such that the first moving portion 14a is at the standby position Pa1 and the second moving portion 14b is at the standby position Pb1. Further, the tape feeding portion 15 is placed at the standby position Pc1 by the feeding moving portion 15a.

In the standby state, the thin plate bundle 10 is placed on the mount 11a, and in the state in which the sheet 2 shown in Figs. 11 and 12 starts to move, the direction of the arrow D in the grip portion 12 is pressed. the first cam groove portion 16e of the rotary motion, the grip portion 12 of the connecting shaft portion 12b based on the movement of the cam portion 16a of the transmission portion 16, the shaft body 16d as a fulcrum, the transmitting portion 16 is rotated in _a direction of arrow E the first mobile unit 14a and second moving portion 14b of the binding portion 14 moves toward _a direction of an arrow a. Further, the tape feed movement of the feed line portion 15a moved in the _direction of arrow 15. A portion.

Accordingly, the tape feed unit 15 to feed pawl 15b is peeled off the engagement hole 6 engages sheet 4, while being accommodated in the tape cassette 5 and 8 of the release paper 4 is drawn out in the _direction of arrow A, while tape peeling portion 15c of the feeding portion 15 moves in the direction of arrow a _1, the body 2 is moved in the direction of the end portion 10a of the sheet bundle 10 is closer to the release portion of the release sheet 15c. Further, the sheet shaping portion 14d of the binding portion 14 moves in the direction of the end portion 10a of the thin plate bundle 10 while the sheet body 2 is moving.

Further, by the rotation operation of the lower grip portion 12 in the direction of the arrow D, the thin plate bundle 10 is placed on the mount 11a by the coil spring 17, by the depressed portion 13a of the thin plate bundle pressing portion 13 shown in Fig. 2 By pressing, the movement of the thin plate bundle 10 is suppressed.

, The tape feeding unit 15 further moves in the second sheet is shaped as shown in FIG. 14 of the stand-by condition 13 of FIG. 2 in the _direction of arrow A, the sheet 2 contacts the sheet bundle holding the position of the end portion 10 10a, the sheet 2 is pressed against the end portion 10a of the sheet bundle 10 to be attached. Further, the binding unit 14 further moves in the _direction of arrow A, sheet 2 is sandwiched between the end portions 10a and 14d sheet shaping sheet bundle 10.

Further, when the binding portion 14 moves from the standby position Pa1 to the binding position Pa2, the sheet body 2 enters between the uneven shape formed by the combination of the sheet shaping portion 14d and the end portion 10a of the thin plate bundle 10, whereby the sheet body 2 is matched with the shape of the end portion 10a of the thin plate bundle 10 and the sheet shaping portion 14d to be pre-shaped. Further, the tape feeding portion 15 is moved to the feeding position Pc2, and the tape 5 and the release paper 4 are pulled out, and the sheet 2 is detached from the release paper 4.

When the thin plate bundle 10 shown in Figs. 15 and 16 is perforated by the punching blade 14g, the rotation of the grip portion 12 in the direction of the arrow D is performed. The binding portion 14 is moved to the binding position Pa2, and after the tape feeding portion 15 is moved to the feeding position Pc2, the connecting shaft portion 12b of the grip portion 12 is moved to the second cam groove portion 16f of the cam 16a of the transmitting portion 156.

By the rotation operation of the pressing grip portion 12 in the direction of the arrow D, the pressing portion 12c of the grip portion 12 and the binding portion 14 are moved in the section in which the connecting shaft portion 12b moves in the second cam groove portion 16f of the cam portion 16a. The second moving portion 14b is in contact with each other.

Whereby, by the arrow D direction to the rotation of the grip portion 12 of the pressing operation, the second movable portion 14b of the binding portion 14 is pressed by the pressing portion 12c of the grip portion 12, the second movable portion 14b in the _direction of arrow line B Move on. Further, the movement of the connecting shaft 12b at the second section of the cam groove portion 16f of the cam portion 16a, the transfer unit 16 is not rotated, so that the binding unit 14 and the tape feed unit 15 to move in the direction of the arrow is not A _1.

14 from the process line bundle portion in the standby position to the punching position Pb1 Pb2 move it in the _direction of arrow B, the lower portion 14b of the second moving body pressure piece portion 14f is placed near the sheet bundle on the mounting seat 11a Move in the direction of 10. In the sheet body 2 which has been prepared by the sheet shaping portion 14d, the portion on the upper surface side of the sheet bundle 10 is pressed by the sheet bundle 10.

Further, the binding portion 14 in the second movable portion 14b from the standby position during punching position Pb2 to Pb1 move it in the _direction of arrow B, the punching blade 14g is placed in the proximity of the sheet on the mounting seat 11a of the beam 10 Move in the direction. Bundling unit 14 based on the sheet pressing portion 14f 2 presses the sheet under the state, the second movable portion 14b moves further in the _direction of arrow B, the punching blade 10 14g perforated sheet bundle.

In the state where the sheet body 2 is held by the punching blade 14g shown in Figs. 17 and 18, the grip portion 12 is moved to the bottom dead center, and the binding portion 14 is the second moving portion 14b from the standby position Pb1 to the punching position. Pb2, is moved in the _direction of arrow B. When the second moving portion 14b moves to the punching position Pb2, the punching blade 14g of the punched sheet bundle 10 protrudes from the sheet standby portion 14c to the lower surface of the mounting seat 11a. Further, in the sheet body 2, the portion on the lower surface side of the thin plate bundle 10 and at the free end thereof enters the locking portion 14j of the punching blade 14g shown in Fig. 5, and the sheet body 2 is held on the punching blade 14g. .

When the sheet body 2 shown in Figs. 19 and 20 is inserted through the thin plate bundle 10, the pressing portion 12c of the grip portion 12 and the second moving portion are raised by the rotation of the grip portion 12 in the direction of the arrow U. 14b engaging portion 14m is engaged, the second movable portion 14b line is moved in the _direction of arrow B, while when the pressing portion 12c and 14m of the engaging portion is released, the second movable portion 14b by spring 14k of Power, moving in the direction of arrow B ₂ .

By increasing the rotation of the grip portion 12 in the direction of the arrow U, the transmission portion 16 does not rotate in the section in which the connection shaft portion 12b moves in the second cam groove portion 16f of the cam portion 16a. Therefore, the binding portion 14 and the tape are provided. The feed portion 15 does not move in the direction of the arrow A ₂ .

When the second moving portion 14b is moved from the punching position Pb2 to the standby position Pb1 by the rotation of the grip portion 12 in the direction of the arrow U, the sheet 2 held by the locking portion 14j of the punching blade 14g is rushed. The blade 14g penetrates together to the upper surface side of the thin plate bundle 10.

In the state in which the sheet body 2 shown in Figs. 21 and 22 is formally shaped, the rotation of the grip portion 12 in the direction of the arrow U is increased, and the coupling shaft portion 12b is moved to the first cam groove of the cam portion 16a. portions 16e, the first movable portion 14a of the binding portion 14 and second moving portion 14b moves toward the arrow a ₂ line direction. Further, the tape feed unit 15 into the portion 15a to the mobile system moves toward the direction of arrow A _2.

Bundling unit 14 based upon the second movable portion 14b moves to the standby position Pb1, when the first movable portion 14a and the second movable portion 14b from the standby position to the bundling position Pa1 Pa2, is moved in the direction of arrow A _2, through the carrier The sheet 2 of the sheet bundle 10 placed on the mount 11a is sandwiched between the sheet bundle 10 and the sheet pressing roller 14e. Further, the sheet body 2 is pressed against the sheet bundle 10 by the sheet pressing member 14e, whereby the sheet body 2 is attached to the sheet bundle 10 to be formally shaped.

Tape feed line portion 15 when the feed movement of the movable portion 15a toward the direction of arrow A _2, holding claw 15e by a spring force line of 15k, 15i the shaft body as a fulcrum to rotate in the direction of arrow C _2, projecting to the release paper 4 handling path. Thus, the retaining claw 15e system and the release paper 6 of the engagement hole 4 is engaged, by moving the feed portion 15a moves in the direction of arrow A ₂ operation, the release paper 4 is held so as not to return to the direction of arrow A _2. Thereby, the next sheet 2 is peeled off from the release paper 4 to stand by.

When the grip portion 12 is returned to the standby position as the top dead center, the pressing by the pressing portion 13a of the thin plate bundle pressing portion 13 shown in Fig. 2 is released, and the thin plate bundle 10 becomes removable.

As described above, in the binding device 1A of the first embodiment, the operation of the grip portion 12 is performed, and the binding portion 14 and the tape feeding portion 15 are operated by the first moving portion 14a of the binding portion 14 in the horizontal direction. Moving, moving in the horizontal direction with the sheet 2 made by the tape feeding portion 15, by the sheet shaping portion 14d, the preliminary shaping piece 2 is moved in the vertical direction by the movement of the second moving portion 14b of the binding portion 14, and is perforated in the thin plate bundle 10 so as to penetrate the sheet 2, and the first moving portion 14a of the binding portion 14 is horizontally The movement of the direction can formally shape the sheet 2. Thereby, the thin plate bundle 10 can be bundled by the sheet body 2 without moving the thin plate bundle 10.

Therefore, it is not necessary to move the working space of the thin plate bundle 10, and the thin plate bundle 10 can be bundled with a small space. Moreover, since the thin plate bundle 10 is not moved, the offset of the thin plate can be suppressed, and the binding quality can be improved. Further, by operating the grip portion 12 up and down, it is possible to end the series processing of the bundle of the thin plate bundles 10 by the sheet body 2, so that the operation is simple.

Further, it is not necessary to separately provide a device for opening a hole in the thin plate bundle, and it is not necessary to prepare a thin plate for opening the through hole, and the convenience can be improved. Further, in the form in which the end portion 10a of the thin plate bundle 10 is wound, the sheet bundle 2 can be bundled by the sheet member 2, so that the binding strength can be improved.

Further, in the binding device 1A, the sheet 2 in the standby state is moved in the horizontal direction along the surface direction of the thin plate bundle 10 to perform preliminary shaping, but if the sheet 2 is brought into contact with the thin plate bundle 10 When the position of the end portion 10a is in standby, the sheet body 2 can be prepared by the movement of the binding portion 14 without moving the thin plate bundle 10 and the sheet body 2.

<Configuration Example of Binding Device According to Second Embodiment>

Fig. 23 is a block diagram showing an example of a binding device according to the second embodiment. Here, in the binding device 1B of the second embodiment, the same components as those of the binding device 1A of the first embodiment are denoted by the same reference numerals, and detailed description thereof will be omitted.

In the binding device 1B of the second embodiment, the punching blade 14g is independent, and the horizontal movement of the punching blade 14g is not performed. That is, the binding unit 14 comprises: a first movable portion 14a, the supported portion 11c of the guide groove portion 11e to move in the arrow A ₁ and A ₂ arrow direction; a second movable portion 14b, and _an arrow B The arrow B ₂ moves in the direction; and the third moving portion 14n moves in the directions of the arrow B ₁ and the arrow B ₂ .

The first moving portion 14a and the second moving portion 14b integrally move in the directions of the arrow A ₁ and the arrow A ₂ . Further, the third moving portion 14n does not move in the directions of the arrow A ₁ and the arrow A ₂ .

The second moving portion 14b includes an engaging convex portion 14p that engages with the third moving portion 14n, and the third moving portion 14n includes an engaging concave portion 14q in which the engaging convex portion 14p of the second moving portion 14b is engaged, and the second moving portion The 14b and the third moving portion 14n integrally move in the directions of the arrow B ₁ and the arrow B ₂ .

<Operation example of the binding device of the second embodiment>

24 to 37 are explanatory views showing an example of the operation of the binding device according to the second embodiment. Next, with reference to the respective drawings, the binding device 1B of the second embodiment will be used to bundle the thin plate bundle 10 with the sheet 2. action.

In the standby state shown in Figs. 24 and 25, the grip portion 12 is not operated, and the binding portion 14 is such that the first moving portion 14a is at the standby position Pa1, and the second moving portion 14b and the third moving portion 14n are located. Standby position Pb1. Further, the tape feeding portion 15 is placed at the standby position Pc1 by the feeding moving portion 15a.

In the standby state, the thin plate bundle 10 is placed on the mount 11a, and in the state in which the sheet 2 shown in Figs. 26 and 27 is moved, the arrow D of the grip portion 12 is pressed. rotation operation direction of the connecting shaft portion 12b by moving the handle portion 12 based on the first cam portion 16e of the cam groove portion 16a of the shaft body 16d as a fulcrum, the rotation transmitting portion 16 in the _direction of arrow E, the binding unit moving the first portion 14a and the second movable portion 14b of the train 14 moves toward _a direction of an arrow a. Further, the tape feed movement of the feed line portion 15a moved in the _direction of arrow 15. A portion. The third moving unit 14n does not move.

Accordingly, the tape feed unit 15 to feed pawl 15b is peeled off the engagement hole 6 engages sheet 4, while being accommodated in the tape cassette 5 and 8 of the release paper 4 is drawn out in the _direction of arrow A, while tape peeling portion 15c of the feeding portion 15 moves in the direction of arrow a _1, the body 2 is moved in the direction of the end portion 10a of the sheet bundle 10 is closer to the release portion of the release sheet 15c. Further, the sheet shaping portion 14d of the binding portion 14 moves in the direction of the end portion 10a of the thin plate bundle 10 while the sheet body 2 is moving.

Further, by the rotation operation of the pressing grip portion 12 in the direction of the arrow D, the thin plate bundle 10 is pressed by the mounting seat 11a by the coil spring 17, by the pressing portion 13a of the thin plate bundle pressing portion 13, and the thin plate bundle 10 is Movement is suppressed.

In the case shown in Figure 28 and second sheet 29 of FIG. 2 is shaped body of the ready state, the tape feeding unit 15 further moves in the _direction of arrow A, the sheet 2 contacts the sheet bundle holding the position of the end portion 10 10a. Moreover, the first movable portion 14a and the second movable portion 14b is moved in the more-based _direction of arrow A, sheet 2 is sandwiched between the end portions 10a and 14d sheet shaping sheet bundle 10.

Further, when the binding portion 14 moves from the standby position Pa1 to the binding position Pa2, the sheet body 2 enters between the uneven shape formed by the combination of the sheet shaping portion 14d and the end portion 10a of the thin plate bundle 10, whereby the sheet body 2 is matched with the shape of the end portion 10a of the thin plate bundle 10 and the sheet shaping portion 14d to be pre-shaped. Further, the tape feeding portion 15 is moved to the feeding position Pc2, and the tape 5 and the release paper 4 are pulled out. At the same time, the sheet 2 is detached from the release paper 4.

When the first moving portion 14a and the second moving portion 14b of the binding portion 14 move from the standby position Pa1 to the binding position Pa2, the engaging convex portion 14p of the second moving portion 14b and the card of the third moving portion 4n The recessed portion 14q is engaged.

In the state in which the thin plate bundle 10 shown in Figs. 30 and 31 is perforated by the punching blade 14g, the first moving portion 14a of the binding portion 14 is rotated by the downward movement of the grip portion 12 in the direction of the arrow D. 2 The moving portion 14b is moved to the binding position Pa2, and after the tape feeding portion 15 is moved to the feeding position Pc2, the connecting shaft portion 12b of the grip portion 12 is moved to the second cam groove portion 16f of the cam 16a of the transmitting portion 156.

By the rotation operation of the pressing grip portion 12 in the direction of the arrow D, the pressing portion 12c of the grip portion 12 and the binding portion 14 are moved in the section in which the connecting shaft portion 12b moves in the second cam groove portion 16f of the cam portion 16a. The second moving portion 14b is in contact with each other.

Thereby, the second moving portion 14b of the binding portion 14 is pressed by the pressing portion 12c of the grip portion 12 by the rotation of the pressing grip portion 12 in the direction of the arrow D, and the second moving portion 14b and the third moving portion 14n ₁ system is shifted in the direction of arrow B. Further, the movement of the connecting shaft 12b at the second section of the cam groove portion 16f of the cam portion 16a, the transfer unit 16 is not rotated, so that the binding unit 14 and the tape feed unit 15 to move in the direction of the arrow is not A _1.

Binding process unit 14 from the standby position based on the perforation position Pb2 to Pb1 move it in the _direction of arrow B, the lower portion 14b of the second moving portion 3 moves the second pressing portion 14f 14n sheet is placed in proximity to the mounting The sheet bundle 10 on the seat 11a moves in the direction of the sheet bundle 10. In the sheet body 2 which has been prepared by the sheet shaping portion 14d, the portion on the upper surface side of the sheet bundle 10 is pressed by the sheet bundle 10.

Further, the binding portion 14 in the second moving part 14b and the third portion 14n moves from the standby position during punching position Pb2 to Pb1 move it in the _direction of arrow B, the punching blade carrier 14g is disposed proximate the mounting seat 11a The upper sheet bundle 10 moves in the direction of the sheet bundle 10. Bundling unit 14 based on the sheet pressing portion 14f 2 of the state, the second movable portion 14b and the third movable portion 14n further moved in the direction of arrow B ₁ sheet pressing, punching blade beam 10 pierced plate 14g.

In the state where the sheet body 2 is held by the punching blade 14g shown in Figs. 32 and 33, the grip portion 12 is moved to the bottom dead center, and the binding portion 14 is the second moving portion 14b and the third moving portion 14n. punching position to the standby position Pb1 Pb2, is moved in the _direction of arrow B. When the second moving portion 14b and the third moving portion 14n move toward the punching position Pb2, the punching blade 14g that has passed through the thin plate bundle 10 protrudes from the sheet standby portion 14c to the lower surface of the mounting seat 11a. Further, in the sheet body 2, the portion on the lower surface side of the thin plate bundle 10 enters the locking portion 14j of the punching blade 14g shown in Fig. 5, and the sheet body 2 is held by the punching blade 14g.

When the sheet body 2 shown in Figs. 34 and 35 is inserted through the thin plate bundle 10, the pressing portion 12c of the grip portion 12 and the second moving portion are raised by the rotation of the grip portion 12 in the direction of the arrow U. 14b engaging portion 14m is engaged, the second movable portion 14b and the third movable portion 14n-based movement in the direction of arrow B _2, and at the same time when the pressing portion of the engaging portion 14m is released 12c, the second moving The portion 14b and the third moving portion 14n move in the direction of the arrow B ₂ by the force of the spring 14k.

By increasing the rotation of the grip portion 12 in the direction of the arrow U, the transmission portion 16 does not rotate in the section in which the connection shaft portion 12b moves in the second cam groove portion 16f of the cam portion 16a. Therefore, the binding portion 14 and the tape are provided. The feed portion 15 does not move in the direction of the arrow A ₂ .

When the second moving portion 14b and the third moving portion 14n are moved from the punching position Pb2 to the standby position Pb1 by the rotation of the grip portion 12 in the direction of the arrow U, the sheet held by the locking portion 14j of the punching blade 14g is held. The body 2 is passed through the upper surface side of the thin plate bundle 10 together with the punching blade 14g.

When returning to the standby position shown in FIGS. 36 and 37, the engagement convex portion 14p of the second moving portion 14b is separated from the engagement concave portion 14q of the third moving portion 14n, and the grip portion 12 is raised. to the direction of the rotational motion of the arrow U, moves the connecting shaft portion 12b, 14a of the first and second moving section movable portion 14b of the binding portion 14 moves toward the direction of arrow a ₂ in the first cam portion 16e of the cam groove portion 16a. Further, the tape feed unit 15 into the portion 15a to the mobile system moves toward the direction of arrow A _2.

Tape feed line portion 15 when the feed movement of the movable portion 15a toward the direction of arrow A _2, holding claw 15e by a spring force line of 15k, 15i the shaft body as a fulcrum to rotate in the direction of arrow C _2, projecting to the release paper 4 handling path. Thus, the retaining claw 15e system and the release paper 6 of the engagement hole 4 is engaged, by moving the feed portion 15a moves in the direction of arrow A ₂ operation, the release paper 4 is held so as not to return to the direction of arrow A _2. Thereby, the next sheet 2 is peeled off from the release paper 4 to stand by.

When the grip portion 12 is returned to the standby position as the top dead center, the pressing by the pressing portion 13a of the thin plate bundle pressing portion 13 is released, and the thin plate bundle 10 becomes removable. After the sheet bundle 10 is taken out, the sheet 2 is attached to the sheet bundle 10 to end the binding process.

As described above, in the binding device 1B of the second embodiment, the operation binding portion 14 and the tape feeding portion 15 are also operated by the operation of the handle portion 12, and the first moving portion 14a of the binding portion 14 is horizontally oriented. Moving, the sheet-shaping portion 14d, the preliminary shaping sheet 2, and the movement of the second moving portion 14b and the third moving portion 14n of the binding portion 14 in the vertical direction can be perforated in the sheet bundle 10 to penetrate the sheet 2 . Thereby, the thin plate bundle 10 can be bundled by the sheet body 2 without moving the thin plate bundle 10.

Therefore, it is not necessary to move the working space of the thin plate bundle 10, and the thin plate bundle 10 can be bundled with a small space. Further, by the operation of moving the grip portion 12 up and down, it is possible to end the series processing of binding the sheet bundle 10 by the sheet body 2, so that the operation is simple.

<Modification of the binding device of each embodiment>

Fig. 38 and Fig. 39 are views showing a configuration of a modification of the binding device of the first embodiment. In the binding device 1A ₁ of the modification, in place of the sheet pressing roller 14e shown in Fig. 1, a sheet pressing plate 14r as an example of a formal shaping mechanism of the main shaping sheet 2 is included. The sheet pressing plate 14r includes a sheet pressing portion 14s at the tip end of the leaf spring-shaped member. In the binding apparatus 1A _1, by that the binding portion 14 formal shaping of 2 of the operation in the arrow A ₂ direction of the sheet by the elastic force of the pressing plate 14r of the sheet, by the pressing portion 14s sheet presses the sheet 2 to the sheet material The bundle 10 is attached to the sheet bundle 10 to the sheet bundle 10.

Fig. 40 and Fig. 41 are views showing a configuration of another modification of the binding device of the embodiment. In the binding device 1A of the first embodiment and the binding device 1B of the second embodiment, the sheet body 2 is prepared by the horizontal movement of the binding portion 14, but in the binding device 1C of the modification, the sheet body is used. The horizontal movement of 2 moves in the upper and lower directions of the binding portion 14, and the shaped sheet body 2 is prepared.

The sheet pressing portion 14f provided in the second moving portion 14b is in contact with the sheet 2, and includes an inducing concave portion 14t as a preliminary shaping mechanism. By the operation of the tape feed unit 15, the sheet when in the standby state of the body 2 is moved in the direction of arrow B _1, 2 touch sheet to the sheet bundle ends 10a 10, whereby the sheet along the sheet 2 system The shape of the end 10a of the bundle 10 begins to deform. When 2, the second movable portion 14b is moved in the _direction of arrow B for this sheet, the sheet pressing portion 14f of the guide socket contact portions 14t sheet 2. Whereby, by moving the second movable portion 14b in the _direction of arrow B operation, the sheet body 2 close to the direction of the sheet bundle 10 is induced deformation, sheet 2 system with sheet beam shape 10 of the end portion 10a is prepared Plastic surgery.

Fig. 42 and Fig. 43 are views showing a configuration of another modification of the binding device of the embodiment. The binding device 1D of the modification does not include the grip portion, but directly operates the binding portion 14u. The binding portion 14u includes the sheet standby portion 14c, the sheet shaping portion 14d, and the sheet pressing roller 14e in the first moving portion 14a, and the sheet pressing portion 14f, the punching blade 14g, and the spring 14h are provided in the second movement. Part 14b.

14u-based binding portion relative to the support portion 11c of the base portion 11, the first movable portion 14a based movably mounted in the direction of arrow ₁ and A ₂ of arrow A, relative to the first movement portion 14a, the first based second mobile portion 14b can be movably mounted in the direction of arrow B ₁ and ₂ by arrow B.

Binding portion 14u in the second line portion 14b includes a movable member as the operation of the operation knob 18, the operation knob 18 is moved in the direction of arrow ₁ and A ₂ of arrow A, whereby the first movable portion 14a and the second movable portion 14b It moves in the direction of arrow A ₁ and arrow A ₂ . In addition, the operation knob 18 is moved in the direction of arrow B ₁ and ₂ by arrow B, whereby the second movable portion 14b is moved in the line direction of arrow B ₁ and ₂ by arrow B.

The binding device 1D includes a link 19 that transmits the action of the binding portion 14u to the tape feeding portion 15. The link 19 is supported by the long hole 19a with respect to the shaft body 11g provided in the support portion 11c, and is supported by the shaft body 19b with respect to the second moving portion 14b, and is provided in the tape feeding portion 15 The long hole 15n in the feed moving portion 15a is supported by the shaft 19c, and the binding portion 14 is coupled to the feed moving portion 15a of the tape feeding portion 15.

By operating the operating knob 18's, when the first movable portion 14a and the second movable portion 14b line is moved in the arrow A ₁ and arrow A ₂ direction, the tape feed intake section 15 to the mobile unit 15a based with the first mobile unit 14a, an amount of movement of the moving of the second movable portion 14b in the arrow A ₁ and A ₂ direction of arrow.

Further, by operating the operating knob 18's, when the movement of the second movable portion 14b in the _direction of arrow B _1, and an arrow B, by the shaft body 19c composition elongated hole 15n of the tape feeding portion feed movement section 15a 15 of the system does not move, the second movable portion 14b is moved in the line direction of arrow B ₁ and ₂ by arrow B.

By moving the operating knob 18 in the direction of arrow A _1, when the first moving part 14a and the second movable portion 14b in the _direction of arrow A, sheet end portion 2 into the sheet shaping portion 14d of the sheet bundle 10 10a Between the uneven shapes formed by the combination, the sheet 2 is fitted to the shape of the end portion 10a of the thin plate bundle 10 and the sheet shaping portion 14d, and is preliminarily shaped.

By moving the operating knob in the _direction of arrow B, when moving the second moving portion 14b in the _direction of arrow B, the sheet 18 near the pressure portion 14f is placed on sheet 11a of the mounting seat 10 of the beam direction Move on. Further, in the sheet body 2 to be shaped by the sheet shaping portion 14d, the portion on the upper surface side of the sheet bundle 10 is pressed by the sheet bundle 10.

Further, when the second movable portion 14b moves in the _direction of arrow B, the punching blade 14g is placed near the lines in the direction of movement of the sheet bundle 10 of the mounting seat 11a, the perforations in the sheet bundle 10, the perforated sheet bundle After the punching knife 14g of the 10th, the sheet body 2 enters the locking portion 14j of the punching blade 14g shown in Fig. 5, and the sheet body 2 is held by the punching blade 14g.

By the operation knob 18 is moved in the arrow _direction B, when moving the second movable portion 14b in the arrow _direction B, the punching blade 14g holding the body 2, system and the punching blade 14g through along the sheet bundle 10 Upper surface side.

By the operation knob 18 is moved in the direction of arrow A _2, when the first moving part 14a and the second movable portion 14b in the direction of arrow A _2, through the thin plate is placed on the mounting seat 10 of the sheet bundle 11a The body 2 is held between the thin plate bundle 10 and the sheet pressing roller 14e. Further, the sheet body 2 is pressed against the thin plate bundle 10 by the sheet pressing roller 14e, whereby the sheet body 2 is attached to the thin plate bundle 10 to be formally shaped.

Fig. 44 to Fig. 47 are views showing a configuration of another modification of the binding device of the embodiment. The binding device 1E of the modification does not include the grip portion, and the binding portion 14u is directly operated by the two operating members. The binding portion 14u includes the sheet standby portion 14c, the sheet shaping portion 14d, and the sheet pressing roller 14e in the first moving portion 14a, and the sheet pressing portion 14f, the punching blade 14g, and the spring 14h are provided in the second movement. Part 14b.

14u-based binding portion relative to the support portion 11c of the base portion 11, the first movable portion 14a based movably mounted in the direction of arrow ₁ and A ₂ of arrow A, relative to the first movement portion 14a, the first based second mobile portion 14b can be movably mounted in the direction of arrow B ₁ and ₂ by arrow B.

The binding portion 14u includes a first operation knob 18a as shown in Figs. 45 and 47 as an operation member in the first moving portion 14a, and a second operation knob 18b as an operation member in the second moving portion 14b. Binding apparatus 1E of the first system operation knob 18a is moved in the arrow A ₁ and A ₂ direction of arrow, whereby the first movable portion 14a and the second movable portion 14b moves in an arrow line A ₁ and the direction of arrow A _2. Further, the second operation knob 18b is moved in the direction of arrow B ₁ and ₂ by arrow B, whereby the second movable portion 14b is moved in the line direction of _an arrow B ₂ and an arrow B.

The binding device 1D includes a link 19 that transmits the action of the binding portion 14u to the tape feeding portion 15. The link 19 is supported by the long hole 19a with respect to the shaft body 11g provided in the support portion 11c, and is supported by the shaft body 19b with respect to the second moving portion 14b, and is provided in the tape feeding portion 15 The long hole 15n in the feed moving portion 15a is supported by the shaft 19c, and the binding portion 14 is coupled to the feed moving portion 15a of the tape feeding portion 15.

By operating the first operation knob 18a of, when the first movable portion 14a and the second movable portion 14b line is moved in the arrow A ₁ and arrow A ₂ direction, the tape feed intake section 15 to the mobile unit 15a based complexes 1 mobile unit 14a and an amount of movement of the second movable portion 14b, moves in the arrow A ₁ and A ₂ direction of arrow.

Further, by operating the second operation knob 18b of, when the second movable portion 14b based moves in the arrow B ₂ Direction ₁ and an arrow B, by the shaft body 19c composition elongated hole 15n of the tape feeding portion feed 15 based mobile unit 15a does not move, the second movable portion 14b is moved in the line direction of arrow B ₁ and ₂ by arrow B.

By first moving the operation knob 18a in the direction of arrow A _1, when the first moving part 14a and the second movable portion 14b in the _direction of arrow A, sheet ends 10 2 into the shaping portion 14d of the sheet bundle pieces somatic Between the concavo-convex shapes of the combination of the portions 10a, the sheet 2 is preliminarily shaped by fitting the shape of the end portion 10a of the thin plate bundle 10 and the sheet-shaping portion 14d.

2 by first moving the operation knob in _a direction of arrow B, when moving the second moving portion 14b in the _direction of arrow B, the lower sheet 18b pressing portion 14f is placed in proximity to the sheet on the mounting seat 11a of the beam 10 Move in the direction. Further, in the sheet body 2 to be shaped by the sheet shaping portion 14d, the portion on the upper surface side of the sheet bundle 10 is pressed by the sheet bundle 10.

Further, when the second movable portion 14b moves in the _direction of arrow B, the punching blade 14g is placed near the lines in the direction of movement of the sheet bundle 10 of the mounting seat 11a, the perforations in the sheet bundle 10, the perforated sheet bundle After the punching knife 14g of the 10th, the sheet body 2 enters the locking portion 14j of the punching blade 14g shown in Fig. 5, and the sheet body 2 is held by the punching blade 14g.

By the second operation knob 18b is moved in the _direction of arrow B, when moving the second movable portion 14b in the _direction of arrow B, the punching blade 14g holding the body 2, system and the punching blade 14g through along the sheet bundle The upper surface side of 10.

By the first operation knob 18a is moved in the direction of arrow A _2, when the first moving part 14a and the second movable portion 14b in the direction of arrow A _2, penetrating the sheet bundle 10 is placed on the mounting seat 11a The sheet 2 is held between the sheet bundle 10 and the sheet pressing roller 14e. Further, the sheet body 2 is pressed against the thin plate bundle 10 by the sheet pressing roller 14e, whereby the sheet body 2 is attached to the thin plate bundle 10 to be formally shaped.

In the binding device 1D and the binding device 1E, the configuration does not include the grip portion, whereby the size can be reduced. Further, in the binding device 1D and the binding device 1E, similarly to the binding device 1B of the second embodiment, the configuration may not allow the punching blade 14g to move horizontally. Further, it is also possible to perform the final finishing by a human hand without including the sheet pressing roller 14e. Further, similarly to the binding device 1C, the configuration may be performed by the movement of the binding portion 14 in the up-down direction.

The present application is based on Japanese Patent Application No. 2014-176273, filed on Sep. 29, 2014, the content of which is hereby incorporated by reference.

[Industrial use possibilities]

The present invention is applicable to a device for binding a sheet bundle by a sheet composed of paper or the like.

1A‧‧‧Bundling device

2‧‧‧ tablets

4‧‧‧ peeling paper

5‧‧‧ Tape

7‧‧‧Roller body

8‧‧‧Carmen

10‧‧‧thin bundle

11‧‧‧Base section

11a‧‧‧Seat

11c‧‧‧Support

11d‧‧‧Assembly Department

11e‧‧‧ Groove

11f‧‧‧Axis

12‧‧‧ grip part

12c‧‧‧ Pressing Department

14‧‧‧Bundle Department

14a‧‧‧1st moving department

14b‧‧‧2nd Moving Department

14c‧‧‧ Sheet standby

14d‧‧‧Plastic Surgery Department

14e‧‧‧Piece pressing roller

14f‧‧‧The lower part of the body

14g‧‧‧ punching knife

14h‧‧‧ Spring

14k‧‧ ‧ spring

15‧‧‧ Tape Feeding Department

15a‧‧‧Feed the Mobile Department

15b‧‧‧Feed claw

15c‧‧‧ peeling department

15d‧‧‧ Lower gland

15e‧‧‧Keep the claw

15f‧‧ ‧ spring

15g‧‧‧1st roller

15h‧‧‧2nd roller

15j‧‧‧Axis

15k‧‧ ‧ spring

16‧‧‧Transmission Department

16d‧‧‧Axis body

17‧‧‧ coil spring

P1‧‧‧ Bundle location

Pa1‧‧‧ standby position

Pb1‧‧‧ standby position

Pc1‧‧‧ Standby position

Claims (9)

A binding device comprising: an operating member arranged to be displaceable; a mounting seat on which a thin plate bundle is placed; a sheet feeding portion feeding the sheet to an end of the thin plate bundle placed on the mounting seat a portion facing each other; a binding portion that winds the sheet to the sheet bundle placed on the mounting seat to bind; and a punching blade that penetrates the sheet bundle placed on the mounting seat to make the sheet The free end penetrates through the thin plate bundle, and the binding portion moves relative to the operation of the operating member with respect to the thin plate bundle placed on the mounting seat. The binding device according to claim 1, wherein the binding member is coupled to the operating member and the binding portion, and the displacement of the operating member is transmitted to the transmitting portion of the binding portion. The binding device according to claim 2, wherein the operating member is mounted on the mounting seat, and the transmitting portion includes a switching mechanism that converts the displacement of the operating member into the binding The movement of the portion along the direction of the surface of the sheet bundle and the movement of the sheet on the sheet feeding portion toward the surface of the sheet bundle. The binding device according to claim 3, wherein the binding portion includes a sheet shaping portion, and the sheet shaping portion is provided with a sheet bundle that is supplied to and mounted on the mounting seat. a piece at the end of the opposite direction The side of the body is open to the opening. The binding device according to claim 4, wherein the binding portion includes a preliminary shaping mechanism, and the preliminary shaping mechanism is a preliminary shaping piece so as to be wound around the end portion of the thin plate bundle and the upper and lower surfaces of the end portion. . The binding device according to claim 5, wherein the binding portion includes a formal shaping mechanism that is passed through the sheet bundle of the sheet bundle by the punching blade and is attached to the sheet bundle. The binding device according to claim 6, wherein the transmitting portion includes a movement restricting mechanism that suppresses displacement of the operating member, and approaches the end of the thin plate bundle along a surface of the thin plate bundle The movement of the binding portion and the sheet feeding portion in the direction of the movement, the operation member includes a pressing mechanism, and the pressing mechanism is restricted by the movement restricting mechanism, and the movement of the binding portion and the sheet feeding portion is restricted At this time, the punching blade is moved in the direction penetrating the sheet bundle. The binding device according to claim 1, wherein the operating member is mounted to be displaceable by a rotating motion of the shaft body as a fulcrum. The binding device according to claim 1, wherein the plurality of sheets are attached to the strip of the release paper to form a tape, and the sheet feeding portion includes the release sheet and the release sheet. Peeling section.