CN105015829A - Large bundle generation system - Google Patents

Large bundle generation system Download PDF

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Publication number
CN105015829A
CN105015829A CN201410183158.7A CN201410183158A CN105015829A CN 105015829 A CN105015829 A CN 105015829A CN 201410183158 A CN201410183158 A CN 201410183158A CN 105015829 A CN105015829 A CN 105015829A
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CN
China
Prior art keywords
wisp
bale
paper
trucking department
processing device
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Granted
Application number
CN201410183158.7A
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Chinese (zh)
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CN105015829B (en
Inventor
原博昭
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Glory Ltd
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Glory Ltd
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Publication date
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Priority to CN201410183158.7A priority Critical patent/CN105015829B/en
Publication of CN105015829A publication Critical patent/CN105015829A/en
Application granted granted Critical
Publication of CN105015829B publication Critical patent/CN105015829B/en
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Abstract

The invention discloses a large bundle generation system (100) which comprises a paper processing device (10), a large bundle generation device (50), carrying portions (22 and 82) and a clamping portion (110). The paper processing device (10) bundles a regular number of paper sheets to generate small bundles (B1), and puts the small bundles (B1) outwards; the large bundle generation device (50) generates large bundles (B2) through the multiple small bundles (B1) generated in the paper processing device (10); the carrying portions (22 and 82) carry the small bundles (B1) or the large bundles (B2); and the clamping portion (110) stops movement of the small bundles (B1) on the basis of the carrying portion (22) by clamping the small bundles (B1), or stops movement of the large bundles (B2) on the basis of the carrying portion (82) by clamping the large bundles (B2).

Description

Bale generation system
Technical field
The present invention relates to the bale generation system generating and have accumulated the bale of multiple wisp being tied multiple paper.
Background technology
In the past, known following bale generation method: tied up by the paper of the first envelope band paper to multiple (such as 100) paper etc. and generate wisp, is accumulated the wisp of such as 10 bundles with laminated arrangement further and is undertaken tying up by the second envelope band paper and generate bale.As the conventional example of such bale generation method, (Japan) JP 2003-237726 publication can be enumerated.By adopting method disclosed in this JP 2003-237726 publication, such as, can obtain the bale be made up of the paper of the paper of total 1000 etc.
But, from the bale generation system provided in the past, also have problems in efficiency.
Summary of the invention
The present invention considers that such point completes, and provides a kind of bale generation system that can process bale expeditiously.
The bale generation system of the 1st aspect of the present invention comprises:
Paper processing device, is tied up by the paper of the number to regulation and generates wisp, and externally being launched by described wisp;
Bale generating apparatus, generates bale by the multiple described wisp generated in described paper processing device;
Trucking department, carries described wisp or described bale; And
Holding part, stops this wisp based on the movement of described trucking department by clamping described wisp, or, stop this bale based on the movement of described trucking department by clamping described bale.
Also can in the bale generation system of the 1st aspect of the present invention,
Described trucking department has:
Wisp trucking department, carries the described wisp launched from described paper processing device,
Described holding part stops this wisp based on the movement of described wisp trucking department by the described wisp of clamping.
Also can in the bale generation system of the 1st aspect of the present invention,
Described holding part clamps by described wisp trucking department with the pros and cons of the described wisp of raised state carrying.
The bale generation system of the 1st aspect of the present invention also can also comprise:
Stopper, relative to the downstream of described retaining part in carrying direction, and stops this wisp based on the movement of described wisp trucking department by the end face in the downstream that abuts to described wisp.
Also can in the bale generation system of the 1st aspect of the present invention,
Described holding part clamp stop with respect to described stopper described wisp, at the adjacent wisp of the upstream side in the carrying direction of described wisp.
The bale generation system of the 1st aspect of the present invention also can also comprise:
Sensor, detects the wisp with or without being stopped the movement based on described wisp trucking department by described stopper.
Also can in the bale generation system of the 1st aspect of the present invention,
Described holding part has:
Upstream side wide width part; And
Narrow width part, be arranged on the downstream of the described upstream side wide width part on carrying direction, amplitude narrows compared with described upstream side wide width part.
The bale generation system of the 2nd aspect of the present invention comprises:
Paper processing device, is tied up by the paper of the number to regulation and generates wisp, and externally being launched by described wisp;
Bale generating apparatus, generates bale by the multiple described wisp generated in described paper processing device; And
Wisp trucking department, carries the described wisp launched from described paper processing device,
Described bale generating apparatus has:
Bundle accumulation portion, is accumulated the wisp be handled upside down by described wisp trucking department with raised state; And
The multiple wisps accumulated in described bundle accumulation portion are undertaken tying up by envelope band paper and generate bale by bale envelope band portion.
Also can in the bale generation system of the 2nd aspect of the present invention,
Described bundle accumulation portion has:
Pressing component, presses described wisp in the face of this wisp; And
Guide, is guided the described wisp be pressed by described pressing component.
The bale generation system of the 3rd aspect of the present invention comprises:
Paper processing device, is tied up by the paper of the number to regulation and generates wisp, and externally being launched by described wisp;
Bale generating apparatus, generates bale by the multiple described wisp generated in described paper processing device;
Launch rear trucking department, carry the described wisp launched from described paper processing device;
Changes direction end, changes the direction of the described wisp carried in trucking department after described launching; And
Trucking department after conversion, carries the described wisp having carried out direction conversion in described changes direction end along the direction parallel with rearward-facing direction before described paper processing device.
Also can in the bale generation system of the 3rd aspect of the present invention,
Described launch rear trucking department and described conversion after trucking department described wisp is carried with raised state.
Also can in the bale generation system of the 3rd aspect of the present invention,
Described changes direction end can in the clockwise direction and anti-clockwise both direction change the direction of described wisp.
Also can in the bale generation system of the 3rd aspect of the present invention,
The pack of paper that described paper processing device has the dispersion paper process unit of the paper of process dispersion and the paper of process bundle opens processing unit,
After described conversion, trucking department carries described wisp in the below of described dispersion paper process unit.
Also can in the bale generation system of the 3rd aspect of the present invention,
Described bale generating apparatus only generates described bale by the wisp generated in a paper processing device of correspondence,
Described bale generating apparatus has:
Bundle accumulation portion, is accumulated the wisp be handled upside down by trucking department after described conversion with raised state; And
The multiple wisps accumulated in described bundle accumulation portion are undertaken tying up by envelope band paper and generate bale by bale envelope band portion.
Also can in the bale generation system of the 3rd aspect of the present invention,
Described bundle accumulation portion has:
Pressing component, presses described wisp in the face of this wisp; And
Guide, is guided the described wisp be pressed by described pressing component.
The bale generation system of the 4th aspect of the present invention comprises:
Paper processing device, has the information acquiring section of the identifying information obtaining paper, is tied up and generates wisp, and externally launched by described wisp by the described paper of the number to regulation;
Bale generating apparatus, only generates bale by the multiple described wisp generated in a paper processing device of correspondence;
Wisp trucking department, carries the described wisp launched from described paper processing device; And
Storage part, is stored in described bale the described identifying information of each paper in multiple wisps of comprising.
The bale generation system of the 4th aspect of the present invention also can also comprise:
Reading part, reads in described bale in the described wisp comprised the information being positioned at and the envelope band paper of the wisp of most face side or most reverse side impresses.
The bale generation system of the 4th aspect of the present invention also can also comprise:
Reading unit, based on being positioned at the information that the envelope band paper of the wisp of most face side or most reverse side impresses in the described wisp comprised in described bale, reads the identifying information of the paper comprised in described bale.
The bale generation system of the 5th aspect of the present invention comprises:
Paper processing device, is tied up by the paper of the number to regulation and generates wisp, and externally being launched by described wisp;
Multiple bale generating apparatus, generates bale by the multiple described wisp generated in described paper processing device; And
Wisp trucking department, carries the described wisp launched from described paper processing device,
Each bale generating apparatus has:
Bundle accumulation portion, accumulates the wisp be handled upside down by described wisp trucking department; And
Bale envelope band portion, accumulation portion is arranged accordingly with bundle, and by generating bale to the multiple wisp bundle cover tape paper accumulated in this bundle accumulation portion.
Also can in the bale generation system of the 5th aspect of the present invention,
The wisp be handled upside down by described wisp trucking department is accumulated with raised state by described bundle accumulation portion.
Also can in the bale generation system of the 5th aspect of the present invention,
Described bundle accumulation portion has:
Pressing component, presses described wisp in the face of this wisp; And
Guide, is guided the described wisp be pressed by described pressing component.
According to the present invention, bale can be processed expeditiously.
Accompanying drawing explanation
Fig. 1 is the general view of the structure of the bale generation system representing the first embodiment of the present invention.
Fig. 2 (a) is the general view that Watch with magnifier is shown in the holding part used in the bale generation system of the first embodiment of the present invention, and Fig. 2 (b) is the summary side elevation that Watch with magnifier is shown in the holding part used in the bale generation system of the first embodiment of the present invention.
Fig. 3 is the block diagram that Watch with magnifier is shown in the rotating mechanism used in the bale generation system of the first embodiment of the present invention etc.
Fig. 4 is the block diagram that Watch with magnifier is shown in the bundle accumulation portion used in the bale generation system of the first embodiment of the present invention etc.
Fig. 5 A is the block diagram that Watch with magnifier is shown in the first grip part used in the bale generation system of the first embodiment of the present invention.
Fig. 5 B is the planar view that Watch with magnifier is shown in the first grip part used in the bale generation system of the first embodiment of the present invention.
Fig. 6 is the planar view that Watch with magnifier is shown in the second grip part used in the bale generation system of the first embodiment of the present invention.
Fig. 7 is in the bale generation system of the first embodiment of the present invention, represents the outline side cutaway view of action when bale is handed off to the second grip part from the first grip part.
Fig. 8 is the next stage of Fig. 7, represents the outline side cutaway view of action when bale is handed off to the second grip part from the first grip part.
Fig. 9 A is the next stage of Fig. 8, represents the outline side cutaway view of the mode when bale grasped in the second grip part is packed by wrapper.
Fig. 9 B is the second grip part seen from above shown in Fig. 9 A, by the second grip part by the general view of the bale that grasps and melt-coating part.
Figure 10 is the next stage of Fig. 9 A, represents the outline side cutaway view of the mode when bale grasped in the second grip part is packed by wrapper.
Figure 11 is the next stage of Figure 10, represents the outline side cutaway view of the mode when bale grasped in the second grip part is packed by wrapper.
The outline side cutaway view of mode when Figure 12 is the heating part that illustrates by using in the bale generation system of the first embodiment of the present invention and heats the wrapper having packed bale.
The general principal view of mode when Figure 13 (a) is the bale trucking department that illustrates by using in the bale generation system of the first embodiment of the present invention and carries bale, the general view of mode when Figure 13 (b) is the bale trucking department that illustrates by using in the bale generation system of the first embodiment of the present invention and carries bale.
Figure 14 is the general view of mode when illustrating the holding part that have employed clamping bale in the bale generation system of the first embodiment of the present invention.
Figure 15 is the block diagram of the outward appearance representing the packaged bale generated in the bale generation system of the first embodiment of the present invention.
Figure 16 is the control module figure used in the bale generation system of the first embodiment of the present invention.
Figure 17 is the general view of the structure of the bale generation system representing the second embodiment of the present invention.
Figure 18 is the outline side cutaway view that Watch with magnifier is shown in the bale generating apparatus used in the bale generation system of the second embodiment of the present invention.
Figure 19 (a) is general view when filling in wisp in the bundle accumulation portion used in the bale generation system of the 3rd embodiment of the present invention, and Figure 19 (b) is the general view filled in this bundle accumulation portion after wisp.
Figure 20 is the general view of the structure of the bale generation system representing the 3rd embodiment of the present invention.
Figure 21 is the outline side cutaway view that Watch with magnifier is shown in the bale generating apparatus used in the bale generation system of the 3rd embodiment of the present invention.
Figure 22 (a) is general view when filling in wisp in the bundle accumulation portion used in the bale generation system of the 3rd embodiment of the present invention, and Figure 22 (b) is the general view filled in this bundle accumulation portion after wisp.
Figure 23 represents in the 3rd embodiment of the present invention, the general view of the structure of bale generation system when have employed the mode identical with the first embodiment.
Figure 24 represents in the 3rd embodiment of the present invention, the general view of the structure of bale generation system when have employed the mode identical with the second embodiment.
Figure 25 is the outline side cutaway view that Watch with magnifier is shown in the bale generating apparatus used in the bale generation system of the 4th embodiment of the present invention.
Label declaration
10 paper processing devices
12 dispersion paper process unit
12a identification part
13 pack of papers open processing unit
13a wisp generating unit
14 first wisp trucking departments
15 first reading parts
20 second wisp trucking departments
22 the 3rd wisp trucking departments
40 bundle accumulation portions
44 pressing components
44 ' pressing component
45 bale envelope band portions
50 bale generating apparatus
82 bale trucking departments
101 control parts
102 storage parts
110 holding parts
111 upstream side wide width parts
112 narrow width parts
113 downstream wide width parts
115 stoppers
124 launch rear trucking department
125 changes direction ends
Trucking department after 126 conversions
140 bundle accumulation portions
140 ' bundle accumulation portion
145 bale envelope band portions
145 ' bale envelope band portion
150 bale generating apparatus
150 ' bale generating apparatus
170 wrapping machine
B1 wisp
B2 bale
P1 envelope band paper
P2 envelope band paper
S1 sensor
Detailed description of the invention
First embodiment
" structure "
Hereinafter, with reference to the accompanying drawings of the first embodiment of bale generation system of the present invention.Here, Fig. 1 to Figure 16 is the figure for illustration of the first embodiment of the present invention.
As shown in Figure 1, the bale generation system 100 of present embodiment comprises one or more paper processing device 10.As paper, bank note, check, exchange ticket, book ticket etc. can be enumerated, representatively be bank note.In addition, as an example of the paper processing device 10 of present embodiment, the bank note treatment device of the income process carrying out bank note and the various process going out money process etc. can be enumerated.
Each paper processing device 10 of present embodiment has: identification part 12a, identifies the kind of the paper be set up or just to damage etc.; And wisp generating unit 13a, by envelope band paper P1, multiple (such as 100) paper is tied up and generated wisp B1.Further, the wisp B1 generated by this wisp generating unit 13a is launched to body from the front face side of paper processing device 10.In addition, the identification part 12a of present embodiment can obtain the identifying information of the paper of the sequence number or mark etc. of paper (when paper is bank note, the identifying information of the bank note of the sequence number of bank note or mark etc.), also play a role as " information acquiring section ".In addition, when paper is bank note, identification part 12a also identifies the Currency Type of bank note.
The paper processing device 10 of present embodiment has: dispersion paper process unit 12, the paper of process dispersion; And pack of paper opens processing unit 13, the paper of process bundle.Further, above-mentioned identification part 12a is included in dispersion paper process unit 12, and wisp generating unit 13a is included in pack of paper and opens in processing unit 13.In present embodiment, in FIG, be provided with dispersion paper process unit 12 in the left side of paper processing device 10, be provided with pack of paper on right side and open processing unit 13.
As shown in Figure 1, be connected with the first wisp trucking department 14 in the front face side of each paper processing device 10, the wisp B1 launched to body from the front face side of paper processing device 10 carries along the first wisp trucking department 14.In this first wisp trucking department 14, the raised state carrying that wisp B1 erects with the end face of the long side direction at wisp B1.In addition, from the midway element branches second wisp trucking department 20 of the first wisp trucking department 14, the branch part of the first wisp trucking department 14 to the second wisp trucking department 20 is being provided with branch 16.
In addition, on the carrying direction of the wisp B1 launched outside body from paper processing device 10, the upstream side of branch 16 is provided with the first reading part 15, and this first reading part 15 is formed with or without the OCR scanner of the photographic camera of the seal that the envelope band paper P1 of the wisp B1 launched outside the body to paper processing device 10 impresses (such as damage certificate mark etc.), the numeral reading in the upper impression of envelope band paper P1 of wisp B1 or mark etc. and/or the barcode scanner etc. that reads in the bar code that the envelope band paper P1 of wisp B1 impresses by detecting.Further, read in the information of the wisp of impression on envelope band paper P1 by this first reading part 15, the paper that control part 101 (with reference to Figure 16) judges to form this wisp B1 is positive certificate or damages certificate.Further, control part 101 drives branch 16 according to this judged result.In addition, above-mentioned seal, numeral or mark, bar code etc. are impressed on the envelope band paper P1 of wisp B1 by such as paper processing device 10.
When the paper forming the wisp B1 launched outside the body of paper processing device 10 is damage certificate, this wisp B1 is not sent to the second wisp trucking department 20 from the first wisp trucking department 14, but be transported to the damage certificate accumulation portion 18 be connected with the end of downstream side of the first wisp trucking department 14, be accumulated in this damage certificate accumulation portion 18.In addition, this damage certificate accumulation portion 18 also can be simple case.On the other hand, when the paper of the wisp B1 that formation is launched outside the body of paper processing device 10 is positive certificate, this wisp B1 is sent to the second wisp trucking department 20 by branch 16 from the first wisp trucking department 14 branch.Further, in the second wisp trucking department 20, such as wisp B1 is with the state of laying across carrying instead of raised state.
In addition, be not limited to such mode, also can be the paper such as forming the wisp B1 launched outside the body of paper processing device 10 be positive certificate or the information of damaging certificate is sent to control part 101 from each paper processing device 10.Now, control part 101 drives branch 16 based on the information sent from this paper processing device 10.When have employed this mode, also the first reading part 15 can not be set especially.
As shown in Figure 1, in bale generation system 100, be provided with and share to each paper processing device 10 one article of the 3rd wisp trucking department 22 used, in each second wisp trucking department 20, the wisp B1 of carrying is sent in the 3rd wisp trucking department 22.Wisp B1 carries to the left direction of Fig. 1 by the 3rd wisp trucking department 22.In addition, be made up of " wisp trucking department " the first above-mentioned wisp trucking department 14, second wisp trucking department 20 and the 3rd wisp trucking department 22.Further, be made up of " trucking department " this wisp trucking department and bale trucking department 82 described later.
As shown in Figure 3, the 3rd wisp trucking department 22 has carrying conveyer belt 22a, and by this carrying conveyer belt 22a, wisp B1 carries with raised state.In addition, although not shown in figure 3, in the 3rd wisp trucking department 22, the wisp B1 be provided with for being carried by carrying conveyer belt 22a maintains the guide member of raised state.In addition, in the present embodiment, wisp B1 carries with raised state by the 3rd wisp trucking department 22, but is not limited to such mode, and wisp B1 also can carry with the state of laying across by the 3rd wisp trucking department 22.
As shown in Fig. 2 (a) (b), in the 3rd wisp trucking department 22 of present embodiment, be provided with: holding part 110, stop this wisp B1 based on the movement of the 3rd wisp trucking department 22 by clamping wisp B1; And stopper 115, stop this wisp B1 based on the movement of the 3rd wisp trucking department 22 by abutting to the end face (being the end face in left side in Fig. 2 (a) (b)) in the downstream of the wisp B1 on the carrying direction of wisp B1.
Holding part 110 has a pair hold assembly 110a, 110a.And, a pair hold assembly 110a, 110a become and can carry out opening and closing, when a pair hold assembly 110a, 110a are open state, wisp B1 can freely by between this pair hold assembly 110a, 110a, on the other hand, when a pair hold assembly 110a, 110a are for closing state, wisp B1 is not by between this pair hold assembly 110a, 110a.Further, when there is wisp B1 between a pair hold assembly 110a, 110a, by this pair hold assembly 110a, 110a are set to the state of closing, wisp B1 is by this pair hold assembly 110a, 110a clamping.
The structure more specifically of holding part 110 is described.The holding part 110 of present embodiment has: upstream side wide width part 111, is arranged on the upstream side on the carrying direction of wisp B1; Narrow width part 112, the downstream on the carrying direction of the wisp B1 of this upstream side wide width part 111, amplitude (distance between a pair hold assembly 110a, 110a) narrows compared with upstream side wide width part 111; And downstream wide width part 113, the downstream on the carrying direction of the wisp B1 of this narrow width part 112, amplitude broadens compared with narrow width part 112.Further, a pair hold assembly 110a, 110a become close state time, wisp B1 upstream side wide width part 111 and downstream wide width part 113 at least partially in can by this part by clamping, but not by narrow width part 112.Therefore, a pair hold assembly 110a, 110a become close state time, to be clamped by this narrow width part 112 by wisp B1 or the wisp B1 that is positioned at upstream side abuts to this narrow width part 112, stop the movement of the wisp B1 based on the 3rd wisp trucking department 22.
As shown in Fig. 2 (b), stopper 115 can move in the vertical direction, block the transport path based on the wisp B1 of the 3rd wisp trucking department 22 downwards by moving and abut to the end face (in Fig. 2 (b) be left side end face) in the downstream of wisp B1, its result, stops this wisp B1 based on the movement of the 3rd wisp trucking department 22.In addition, be not limited to such mode, also can be that stopper 115 can move in the lateral direction, moved by left direction or right direction and the transport path blocked based on the wisp B1 of the 3rd wisp trucking department 22 and abut to the end face in the downstream of wisp B1, its result, stops this wisp B1 based on the movement of the 3rd wisp trucking department 22.
The holding part 110 of present embodiment clamps the pros and cons of the wisp B1 carried with raised state by the 3rd wisp trucking department 22, the face being namely positioned at the side, front of the paper of side in the paper being formed wisp B1 when the normal direction of the paper of Fig. 2 (b) is seen and the face of inboard being positioned at the most inboard paper, thus stops this wisp B1 based on the movement of the 3rd wisp trucking department 22.In addition, with present embodiment differently, have employed the 3rd wisp trucking department 22 with the state of laying across carrying wisp B1 and the 3rd wisp trucking department 22 wisp B1 is carried along its long side direction mode time, holding part 110 by clamping the side of the short side direction of the wisp B1 laid across, thus stops this wisp B1 based on the movement of the 3rd wisp trucking department 22.In addition, with present embodiment differently, have employed the 3rd wisp trucking department 22 with the state of laying across carrying wisp B1 and the 3rd wisp trucking department 22 wisp B1 is carried along its short side direction mode time, holding part 110 by clamping the side of the long side direction of the wisp B1 laid across, thus stops this wisp B1 based on the movement of the 3rd wisp trucking department 22.
In addition, in the present embodiment, holding part 110 to stop the wisp B1 of movement by clamping with respect to abutting to stopper 115, at the adjacent wisp B1 of the upstream side in the carrying direction of wisp B1 (in Fig. 2 (a) (b), for at the wisp B1 stopping the right side of the wisp B1 of movement adjacent by abutting to stopper 115), thus stop this wisp B1 based on the movement of the 3rd wisp trucking department 22.
In addition, in the present embodiment, the sensor S1 detected with or without stopping the wisp B1 of movement by abutting to stopper 115 also can be set.And, also can move downwards at stopper 115 and the transport path blocked based on the wisp B1 of the 3rd wisp trucking department 22 and control part 101 are judged as there is the wisp B1 being stopped movement by stopper 115 by sensor S1 time, control part 101 drives holding part 110 and by a pair hold assembly 110a, 110a is set to the state of closing, and by this pair hold assembly 110a, 110a clamping stops the wisp B1 of movement with respect to abutting to stopper 115, at the adjacent wisp B1 of the upstream side in the carrying direction of wisp B1 (in Fig. 2 (a) (b), wisp B1 for stopping the right side of the wisp B1 of movement adjacent by abutting to stopper 115).
As shown in Figure 1, the downstream (left side of Fig. 1) of the stopper 115 in the 3rd wisp trucking department 22, is provided with rotating mechanism 30.By this rotating mechanism 30, can by the direction conversion 180 degree of the wisp B1 of carrying in the 3rd wisp trucking department 22.The envelope band paper P1 be wound by the wisp generating unit 13a of each paper processing device 10 can be positioned at the middle position of position instead of the wisp B1 departed from a little from middle position any one direction to the left and right.Therefore, by using rotating mechanism 30, the envelope band position of the whole wisp B1 forming bale B2 described later can be avoided to become the situation of identical position, can not only seem good-looking in appearance, can also prevent generated bale B2 become to one side tilt state or only have bale B2 one side expand.
As shown in Figure 3, the rotating mechanism 30 arranged in the 3rd wisp trucking department 22 has: a pair gripper arms 32, for grasping wisp B1; Gripper arms support portion 33, supports each gripper arms 32; And inversion portion 34, by centered by the axle of vertical direction, gripper arms support portion 33 is rotated along the direction of arrow of Fig. 3.
In addition, as shown in Figure 3, the position of the upstream side of the rotating mechanism 30 on the carrying direction of the wisp B1 based on carrying conveyer belt 22a, be provided with the second reading part 35 be made up of photographic camera etc., by this second reading part 35, take the side of the wisp B1 carried with raised state by carrying conveyer belt 22a.By the second such reading part 35, position that the envelope band paper P1 on wisp B1 can be detected or the information (such as, Currency Type, bank's name, carried out sealing the date-time etc. of band) impressed on the envelope band paper P1 that wisp B1 is reeled.And, the position of the envelope band paper P1 on the wisp B1 detected by the second reading part 35 is contrary with the envelope band position of expectation, make the anti-turnback of wisp B1 by the inversion portion 34 of rotating mechanism 30, envelope band paper P1 can be made towards the direction expected.On the other hand, the position of the envelope band paper P1 on the wisp B1 detected by the second reading part 35 is the envelope band position expected, obstructed over-rotation mechanism 30 and make wisp B1 revolve turnback.In addition, in the present embodiment, owing to arranging the second reading part 35 when the carrying direction of wisp B1 is seen between stopper 115 and holding part 110, so the image of the wisp B1 being stopped movement by stopper 115 can be taken by the second reading part 35.Therefore, according to the present embodiment, the information of impression on envelope band paper P1 can be read in higher precision.
As shown in Figure 1, near the end of downstream side of the 3rd wisp trucking department 22, position is provided with bundle accumulation portion 40, and in this bundle accumulation portion 40, the wisp B1 sent here from the 3rd wisp trucking department 22 forms a line along horizontal direction with raised state and accumulates.As shown in Figure 4, this bundle accumulation portion 40 has the pressing component 44 pressed along the normal direction in the face of this wisp B1 by the wisp B1 carried in the carrying conveyer belt 22a of the 3rd wisp trucking department 22.In addition, bundle accumulation portion 40 has a pair pressing plate 42,43, and between these a pair pressing plates 42,43, multiple (such as 10 bundles) wisp B forms a line with raised state and accumulates.More specifically, the pressing plate 42 of the 3rd transport road 22 side in pressing plate 42,43 is provided with two in mutually isolated mode at row, as shown in the arrow of Fig. 4, each pressing plate 42 can be upper mobile in the amplitude direction (left and right directions in Fig. 4) in bundle accumulation portion 40.On the other hand, the pressing plate 43 be positioned in pressing plate 42,43 from the side away from the 3rd transport road 22 can be upper mobile at the depth direction in bundle accumulation portion 40 (arrow with reference to Fig. 4).Further, fit through the action that pressing component 44 and wisp B press to bundle accumulation portion 40, each pressing plate 42 carries out opening and closing or pressing plate 43 moves to depth direction, thus wisp B runs up in bundle accumulation portion 40 successively.Below, also multiple (such as 10 bundles) the wisp B1 be accumulated in bundle accumulation portion 40 is called bale B2.
Be provided with at the end of the 3rd wisp trucking department 22 and reject case 180.The wisp B1 being not suitable as bale B2 in the wisp B1 that the carrying by the 3rd wisp trucking department 22 comes is transported in this rejection case 180.In addition, about by the 3rd wisp trucking department 22 carrying come wisp B1 whether be suitable as bale B2, based on the second reading part 35 reading result and judge in control part 101.
As shown in Figure 1, near bundle accumulation portion 40, be provided with the first grip part 55, in bundle accumulation portion 40, the bale B2 of accumulation is grasped by the first grip part 55.As shown in Figure 5A and 5B, the first grip part 55 has: a pair gripper arms 52, grasps bale B2 (such as the wisp B1 of 10 bundles) from left and right directions; Gripper arms support portion 54, supports a pair gripper arms 52; And S. A. 56, in gripper arms support portion 54 arrange and along vertical direction.Here, in gripper arms 52, bent to the inside by its leading section (end in the left side in Fig. 5 A or Fig. 5 B) and form curve 52a.In addition, S. A. 56 rotates along the direction of arrow in Fig. 5 A, thus, is also rotated centered by S. A. 56 by the bale B2 grasped by a pair gripper arms 52.In addition, a pair gripper arms 52 also can move up by upper and lower in fig. 5, thus, also can vertically be moved by the bale B2 grasped by a pair gripper arms 52.In addition, between a pair gripper arms 52, be respectively arranged with the pressing component 57 of the piston mechanism 58 being arranged on gripper arms support portion 54 and the front end being arranged on this piston mechanism 58 (end in the left side in Fig. 5 B), stretched to the left and right directions in Fig. 5 B by piston mechanism 58, pressing component 57 moves to the left and right directions in Fig. 5 A or Fig. 5 B.When being grasped by the first grip part 55 at the bale B2 tying accumulation in accumulation portion 40, by the first grip part 55 from after top is moved in the mode of bale B2 covering accumulation bundle accumulation portion 40, piston mechanism 58 extend to the left in Fig. 5 B and pressing component 57 towards each gripper arms 52 curve 52a and move, thus sandwich bale B2 between the curve 52a and pressing component 57 of each gripper arms 52.
In addition, as shown in Figure 1, be provided separately the second grip part 60 with the first grip part 55, be handed off to the second grip part 60 by the first grip part 55 by the bale B2 grasped.As shown in Figure 6, the second grip part 60 has: a pair gripper arms 62, grasps bale B2 from above-below direction; And gripper arms support portion 64, support a pair gripper arms 62.Gripper arms support portion 64 can be moved as indicated by the arrows in fig. 6 like that in the horizontal direction, in addition, can move up relative to gripper arms support portion 64 upper and lower in figure 6.In addition, in gripper arms support portion 64, be provided with the S. A. 66 along vertical direction, rotated by S. A. 66, gripper arms support portion 64 and by this gripper arms support portion 64 by a pair gripper arms 62 supported, integratedly centered by S. A. 66 rotate.Here, as direction of the arrows shown in fig, by from the state shown in Fig. 6, turnback is revolved in gripper arms support portion 64 centered by S. A. 66, can by a pair gripper arms 62 and by these gripper arms 62 by the bale B2 that grasps towards the right direction in Fig. 6.
As shown in Figure 4, in bundle accumulation portion 40, multiple (such as 10 bundles) wisp B1 of accumulation, as bale B2, is collected from the right direction of Fig. 5 A and Fig. 5 B by the first grip part 55 and grasps.Further, as direction of the arrows shown in fig, revolve turnback by the S. A. 56 of the first grip part 55, changed 180 degree by the first grip part 55 by the direction of the bale B2 grasped.Afterwards, bale B2 is handed off to the second grip part 60 from the first grip part 55.
Use Fig. 7 to Figure 11 that the handover method of the bale B2 from the first grip part 55 to the second grip part 60 is described.As shown in Figure 7, between the first grip part 55 and the second grip part 60, the wrapper S of resin masking etc. is along vertical expansion.More specifically, as shown in Figure 7, the mode that the packaging paper bowl 72 of the wrapper S that reeled arranges to isolate in the vertical direction is provided with two, and between these a pair packaging paper bowl 72, wrapper S is along vertical expansion.In the figure 7, represent the wrapper S launched between a pair packaging paper bowl 72 with straight line, but in fact, this wrapper S is arranged with planar along the face orthogonal with the paper of Fig. 7 etc.In addition, near these a pair packaging paper bowl 72, melt-coating part 70,71 is provided with.
When joining bale B2 from the first grip part 55 to the second grip part 60, first, as shown in Figure 7, a pair gripper arms 52 in the first grip part 55 moves towards the second grip part 60 with the state grasping bale B2.Now, first grip part 55 and being moved in the mode being passed in the wrapper S launched between a pair packaging paper bowl 72 by the bale B2 that grasps by this first grip part 55, as shown in Figure 8, when the first grip part 55 arrives the second grip part 60, the bale B2 grasped in the first grip part 55 is packed by wrapper S.Further, with the state of being packed by wrapper S by the bale B2 grasped by the first grip part 55, bale B2 is handed off to the second grip part 60 from the first grip part 55.If bale B2 is handed off to the second grip part 60 from the first grip part 55, then the first grip part 55 moves to the left direction in Fig. 8 and isolates (with reference to Fig. 9 A) from the second grip part 60.
As shown in Figure 9 A, the state of being packed by wrapper S with bale B2, when this bale B2 is grasped by the second grip part 60, carries out the deposition of the wrapper S encasing bale B2 by melt-coating part 70,71.Here, as shown in Figure 9 A, melt-coating part 70 arranges two in the mode becoming a pair up and down.The rearward end of each melt-coating part 70 to the wrapper S covering bale B2 carries out deposition (with reference to Figure 10), and connects (with reference to Figure 11) between follow-up wrapper S while being separated with follow-up wrapper S.Now, the wrapper S rolled out from each packaging paper bowl 72 also carries out deposition by a pair melt-coating part 70, and as shown in figure 11, between a pair packaging paper bowl 72, wrapper S is again along vertical expansion.In addition, melt-coating part 71 is set to upper and lower a pair as shown in Figure 9 A like that, and as shown in Figure 9 B, upper and lower a pair each melt-coating part 71 has a pair part 71a, the 71b that will be isolated in the mode clamped along horizontal surface by the bale B2 grasped by the second grip part 60.By a pair part 71a, the 71b of each melt-coating part 71, cover the both sides of the wrapper S of bale B2 by deposition.Here, about by the second grip part 60 by the bale B2 grasped, because the front end of wrapper S is with originally equally connecting, so carry out deposition by the rear end of melt-coating part 70 couples of wrapper S and carry out deposition by the both sides of the left and right of melt-coating part 71 couples of wrapper S, thus bale B2 is encased by bag-shaped wrapper S.Figure 15 represents by wrapper S by the bale B2 (have accumulated the bundle of the wisp B1 of 10 bundles) packed completely.
Afterwards, as shown in figure 11, with bale B2 by wrapper S by the state of packing completely, this bale B2 is grasped by the second grip part 60, is moved and bale B2 is handled upside down by the second grip part 60.
As shown in Figure 1, bale generation system 100 comprises the heating part 80 for heating the bale B2 packed by wrapper S.As shown in figure 12, a pair heating part 81 up and down that heating part 80 has isolation and arranges, blows out hot blast from each heating part 81 to the bale B2 delivered between these heating parts 81 and heats.In addition, bale B2, by heating part 80, can be delivered to the region between upper and lower a pair heating part 81 by the bale trucking department 82 be made up of conveyer belt etc.And, centered by S. A. 66, turnback is revolved from the state shown in Figure 11 by gripper arms support portion 64 and a pair gripper arms 62, as shown in figure 12, a pair gripper arms 62 and by these gripper arms 62 by the bale B2 that grasps towards right direction, carried on bale trucking department 82 by the bale B2 grasped by a pair gripper arms 62 afterwards.Further, by arrow from bale trucking department 82 to Figure 12 shown in direction move, between upper and lower a pair heating part 81, bale B2 is heated.Thereby, it is possible to make the wrapper S to bale B2 packs carry out thermal contraction, wrapper S is made to coordinate the shape of bale B2.In addition, by carry bale B2 in bale trucking department 82 after, gripper arms support portion 64 and a pair gripper arms 62 revolve turnback again centered by S. A. 66, and a pair gripper arms 62 is towards left, thus the second grip part 60 becomes the posture accepting next bale B2.
The bale B2 that have passed heating part 80 measures by being arranged on the weighing scale 89 (with reference to Fig. 1) of the below of bale trucking department 82 weight comprising the bale B2 of wrapper S, is confirmed whether the wisp B1 of the bale (being 10 bundles in present embodiment) of having been packed regulation by wrapper S.In addition, except by weighing scale 89, mensuration comprises except the weight of bale B2 of wrapper S like this, the number of the seal (being positioned at the seal that the position of the end face of the short side direction of wisp B1 impresses in envelope band paper P1) that also can be impressed on envelope band paper P1 by the number or number counting the envelope band paper P1 reeled on wisp B1 based on the information from not shown image pickup part, thus be confirmed whether the wisp B1 of the bale (being 10 bundles in present embodiment) of having been packed regulation by wrapper S.
In the present embodiment, by bundle accumulation portion 40, first grip part 55, second grip part 60 used when generating bale B2 by wisp B1, melt-coating part 70,71, heating part 80, bale trucking department 82 etc. form bale generating apparatus 50.
In addition, also image pickup part 85a, 85b can be set as required, this image pickup part 85a, 85b for confirm to be positioned at the paper of most front (surface) side of bale B2 positive and negative/direction and be positioned at most reverse side paper positive and negative/direction whether become regulation positive and negative/direction.Thinking when to carry out such confirmation in image pickup part 85a, 85b, in order to aim at the focus of image pickup part 85a, 85b, determining the position of the bale B2 packed by wrapper S to a certain extent.As one example, can adopt and as shown in Figure 13 (a), bale trucking department 82 be tilted, the mode of the stopper 82a be made up of roller or band etc. is set in the lower side (being left end in Figure 13) of the dip plane of bale trucking department 82.When have employed such mode, bale B2 that carry in bundle trucking department 82, that packed by wrapper S, by the deadweight applied bale B2 landing to the dip plane of bale trucking department 82 lower side (being left end in Figure 13) after, along carrying direction carrying (with reference to Figure 13 (b)).Its result, can to aim at the state of the focus of image pickup part 85a, 85b, confirm to be positioned at the paper of most front (surface) side of bale B2 positive and negative/direction be positioned at most reverse side paper positive and negative/direction whether become regulation positive and negative/direction.Therefore, by adopting in such a way, even if do not use specification (spec) high and import the image pickup part that cost improves, also can reliably confirm to be positioned at the paper of most front (surface) side of bale B2 positive and negative/direction be positioned at most reverse side paper positive and negative/direction whether become regulation positive and negative/direction.
As shown in Figure 1, in the present embodiment, be provided with for the labelled mechanism 90 that labels of the wrapper S having packed bale B2.This mechanism 90 that labels has: label providing unit 91, provides the label of regulation; And the portion 92 that labels, the label provided from label providing unit 91 is sticked to the wrapper S becoming object.
As shown in figure 16, in the present embodiment, control part 101 be connected to paper processing device 10, wisp trucking department 14,20,22, branch 16, reading part 15,35, rotating mechanism 30, pressing component 44, holding part 110, stopper 115, the storage part 102 storing various information, image pickup part 85a, 85b, bale generating apparatus 50 etc., to these device transfer operation instructions or from these device obtaining informations.In addition, the third reading shown in Figure 16 gets portion 135 and reading unit 136 use in other embodiments described later (more specifically, being " variation 2 of the 3rd embodiment ").
" effect "
Then, the effect realized by the present embodiment by above-mentioned Structure composing is described in more detail.
According to the present embodiment, be provided with clamping wisp B1 and stop this wisp B1 based on the holding part 110 of the movement of the 3rd wisp trucking department 22.Therefore, even if do not arrange gap between wisp B1, become the wisp B1 of object by holding part 110 clamping, also can form gap at this wisp B1 with than this wisp B1 between the wisp B1 in downstream.Therefore, it is possible to prevent multiple wisp B1 from ining succession to the situation of downstream carrying, the process of wisp B1 can be carried out efficiently in the step of further downstream side.More specifically, when wisp B1 in succession be handled upside down, the information that the envelope band paper P1 of wisp B1 impresses well is not read in by the second reading part 35, or want when rotating wisp B1 in rotating mechanism 30, to want the wisp B1 rotated to bump against follow-up wisp B1, or when passing through to press wisp B1 in pressing component 44, follow-up wisp B1 is also pressed simultaneously thus can not be accumulated in wanting the wisp B1 of pressing in pressing component 44 well in bundle accumulation portion 40.This point, according to the present embodiment, by holding part 110, reliably can prevent such wisp B1 and in succession the state of affairs be handled upside down, can improve the efficiency of the process of the wisp B1 in the step in the downstream of holding part 110 in the downstream of this holding part 110.
In addition, according to the present embodiment, can store (stock) multiple wisp B1 in the mode be connected with the wisp B1 that stopped movement by stopper 115, without the need to installation space between wisp B1, its result, can the miniaturization of implement device.In addition, owing to only clamping wisp B1 with the state of the driving continuing the 3rd wisp trucking department 22 by holding part 110, just can stop the movement of wisp B1, so do not need the 3rd wisp trucking department 22 to be divided into multiple part, be divided into the part that will carry wisp B1 and the part of the carrying of wisp B1 will be stopped controlling the movement of wisp B1, its result, can reduce importing cost.In addition, control to become trouble when carrying out different control in each several part when like this 3rd wisp trucking department 22 being divided into multiple part, but according to the present embodiment, be only control the carrying that holding part 110 just freely can control wisp B1, can control be simplified.
In addition, in the present embodiment, because holding part 110 clamps the pros and cons of the wisp B1 carried with raised state by the 3rd wisp trucking department 22, so wisp B1 can be clamped more reliably, can more reliably avoid the state of affairs that wisp B1 is transported to downstream by mistake occurs.
In addition, in the present embodiment, be provided with the end face (end face in the left side of Fig. 2 (a) (b)) in the downstream abutting to wisp B1 and stop this wisp B1 based on the stopper 115 of the movement of the 3rd wisp trucking department 22.Therefore, by this stopper 115, can more reliably prevent wisp B1 to be transported to the situation in the downstream of stopper 115 by mistake.In addition, in the present embodiment, because stopper 115 is also positioned at the second reading part 35, the upstream side (right side of Fig. 1) of rotating mechanism 30 and pressing component 44, so by stopper 115, also can prevent well not read in by the second reading part 35 information that the envelope band paper P1 of wisp B1 impresses, or want when rotating wisp B1 in rotating mechanism 30, to want the wisp B1 rotated to bump against follow-up wisp B1, or follow-up wisp B1 is also pressed thus can not be accumulated in wanting the wisp B1 of pressing in pressing component 44 well in bundle accumulation portion 40 when passing through to press wisp B1 in pressing component 44 simultaneously.
In addition, in the present embodiment, owing to clamping only by holding part 110, just suitably can adjust the carrying of wisp B1, between adjacent wisp B1, reliably can form gap, so only arrange a stopper 115.But, certainly also can import multiple stopper 115.
In addition, the holding part 110 of present embodiment is positioned at the upstream side of stopper 115, holding part 110 clamp with respect to stopper 115 stop wisp B1, at the adjacent wisp B1 of the upstream side in the carrying direction of wisp B1.That is, according to the present embodiment, by abutting to the wisp B1 stopped by stopper 115, stopped wisp B1 can be clamped.Therefore, it is possible to clamp wisp B1 by holding part 110 more reliably.
In addition, the holding part 110 of present embodiment has: upstream side wide width part 111, is arranged on the upstream side on the carrying direction of wisp B1; And narrow width part 112, the downstream on the carrying direction of the wisp B1 of this upstream side wide width part 111, amplitude narrows compared with upstream side wide width part 111.Therefore, it is possible to the wisp B1 that the carrying by the 3rd wisp trucking department 22 comes is introduced between a pair hold assembly 110a, 110a by upstream side wide width part 111, and, the movement of this wisp B1 reliably can be stopped by narrow width part 112.
In addition, because wisp B1 is not by narrow width part 112, even if so do not arrange stopper 115 described above, this narrow width part 112 also can play the effect replacing stopper 115.
In addition, when being provided with for detecting with or without when stopping the sensor S1 of wisp B1 of movement by abutting to stopper 115, downstream and reliably not afterwards can be transported at the wisp B1 stopped by stopper 115, a pair hold assembly 110a, 110a be set to open state and wisp B1 be transported to the downstream of holding part 110.Therefore, it is possible to prevent more reliably wisp B1 in succession carrying the state of affairs.
In addition, by the adjustment position of stopper 115 and the position relationship of holding part 110, the number of the wisp B1 of carrying of ining succession suitably can be changed.As an example, according to being stopped the wisp B1 of movement by stopper 115 and being clamped by holding part 110 and stop entering between the wisp of movement the position relationship of another wisp B1, then can only 2 wisp B1 to be ined succession in the 3rd wisp trucking department 22 carrying, in addition, according to being stopped the wisp B1 of movement by stopper 115 and being clamped by holding part 110 and stop entering between the wisp of movement the position relationship of 2 wisp B1, then carrying of can only 3 wisp B1 being ined succession in the 3rd wisp trucking department 22.
In addition, in above-mentioned, a pair hold assembly 110a, 110a can both move, but are not limited thereto, and also can be that in a pair hold assembly 110a, 110a can move, and another are fixing modes.
In addition, by being stopped the wisp B1 of movement to be such as pressed by pressing component 44 by stopper 115 from after the 3rd wisp trucking department 22 removes, 3rd wisp trucking department 22 is driven along reverse direction, thus the wisp B1 on the 3rd wisp trucking department 22 can also be carried along reverse direction (right direction of Fig. 1).In addition, when the 3rd wisp trucking department 22 is split into multiple part and can carries out the control driven in each several part, when stopped by stopper 115 the wisp B1 of movement move to from clamped by holding part 110 and the part that stops the wisp B1 of movement to be placed different part when, driven along reverse direction (right direction of Fig. 1) by the part stopping the wisp B1 of movement to be placed by being clamped by holding part 110, thus this wisp B1 can also be carried along reverse direction (right direction of Fig. 1).
In addition, the mechanism of the holding part 110 to wisp B1 use can also be adopted to bale B2.Namely, as shown in figure 14, can also adopt by clamping bale B2 and stop this bale B2 based on the holding part 119 of the movement of bale trucking department 82, now, can be prevented by the bale trucking department 82 be made up of conveyer belt etc. multiple bale B2 from ining succession and be transported to the situation in downstream.In addition, the carrying if bale B2 ins succession, then on conveyer belt, delicate can not be measured by weighing scale 89, or the follow-up bale B2 packed by wrapper S is clashed into and can not be labelled or load well when labelled by the mechanism 90 couples of wrapper S that label or when loading the bale B2 packed by wrapper S.In this point, when have employed described above holding part 119, such state of affairs can be prevented.
Second embodiment
Then, the second embodiment of the present invention is described.In this second embodiment, give identical label for the part identical with the first embodiment, and omit detailed description.
The first above-mentioned embodiment packs bale B2 by wrapper S and do not tied up the mode of bale B2 by envelope band paper, but in this second embodiment, bale B2 is tied (with reference to Figure 18) by envelope band paper P2.In the present embodiment, the second grip part 60 and melt-coating part 70,71 are not set, replace be provided with other modes wrapping machine (also referred to as " L-type wrapping machine ".)170。In the present embodiment, because bale B2 is tied by envelope band paper P2, so when being packed by this wrapping machine 170, wisp B1 also can not do loose.
As shown in figure 18, the bale generating apparatus 150 of the second embodiment has: bundle accumulation portion 140, is accumulated the wisp B1 be handled upside down by the 3rd wisp trucking department 22 with raised state; And bale envelope band portion 45, the multiple wisp B1 be accumulated in bundle accumulation portion 140 are undertaken tying up by envelope band paper P2 and generates bale B2.In addition, in the present embodiment, by erecting with the end face of long side direction, wisp B1 becomes raised state, but is not limited thereto, also can wisp B1 becomes raised state by erecting with the end face of short side direction.In addition, the bale generating apparatus 150 of present embodiment is different from the bale generating apparatus 50 of the first embodiment, in its structural element, do not comprise bale trucking department 82.
In this second embodiment, other structures become the mode roughly the same with the first embodiment.
As shown in figure 18, above-mentioned bundle accumulation portion 140 has: pressing component 44, is pressed by wisp B1 along the normal direction in the face of this wisp B1; A pair guide member 141, is guided through pressing component 44 and the wisp B1 be pressed, plays the effect as " guide "; A pair brush 143, can abut to the upper end of the wisp B1 be pressed by pressing component 44, and being provided for the wisp B1 be pressed by pressing component 44 can not forwards be toppled over; And prevent return (anti-back) 142 for a pair, be provided for the wisp B1 be pressed by pressing component 44 and can not turn back to pressing component 44 side (with reference to Figure 19 (a) (b)).In addition, as shown in figure 18, bale envelope band portion 45 has: envelope band providing unit 146, is provided for the envelope band paper P2 tying up bale B2; And deposition cutting portion 147, can move in the vertical direction, if the wisp B1 of bale (being 10 bundles in present embodiment) of accumulation regulation, the envelope band paper P2 provided envelope band providing unit 146 carries out deposition and cuts off.In the mode represented in figure 18, while being guided by guide member 141, by pressing component 44, wisp B1 is pressed, and envelope band paper P2 is stretched successively.And, if the wisp B1 of the bale (being 10 bundles in present embodiment) of accumulation regulation, then moved along below by deposition cutting portion 147, envelope is with paper P2 to be cut off while the side end (left end of Figure 18) below of bale B2 is by deposition.Its result, generates the bale B2 be made up of the bale specified.
In the mode shown in Figure 17, the bale B2 tied up by envelope band paper P2 like this passes through to be grasped by the grip part 155 of the Structure composing identical with the first grip part 55, revolve turnback after being lifted to top, be placed into the bale trucking department 82 that is made up of conveyer belt etc. and be transported to wrapping machine 170.Further, bale B2 is packed by wrapper S in wrapping machine 170.The wrapping machine 170 used in the present embodiment has: paper maintaining part 176, keeps wrapper S in the mode that can roll out; Forming machine (former) 172, is folded into roughly triangular shape by the film rolled out from paper maintaining part 176; And the strip of paper used for sealing portion of L-type (seal bar) 174, cut off while welding is carried out to the end of downstream side of the wrapper S having accommodated bale B2.Roll out a pair wrapper S from paper maintaining part 176, a side of wrapper S is provided to the below of the bale trucking department 82 be made up of conveyer belt etc., and the opposing party is directed along forming machine 172 in the mode of floating upward from bale trucking department 82.Further, between a pair wrapper S, bale B2 is accommodated.
Wrapper S is used and the bale B2 packed carries out thermal contraction by heating part 80 to wrapper S identically with the first embodiment by wrapping machine 170, identical with the first embodiment afterwards.
In addition, in the present embodiment, use the bale B2 be tied by envelope band paper P2 to be grasped by grip part 155, the mode lifting to top is illustrated, but is not limited thereto, and also can not arrange such grip part 155.In the mode that such grip part 155 is not set, such as, both can be kept out of the way by guide member 141, thus by envelope band paper P2 the bale B2 that is tied along the inclination arranged in the below of guide member 141 inclined-plane and fall, also can by after guide member 141 be kept out of the way, the below of guide member 141 arrange conveyer belt driven or the below of guide member 141 arrange conveyer belt along parallel with the direction that guide member 141 extends (such as, the right direction of Figure 18 and Figure 19 (a) (b)) driven, thus the bale B2 be tied by envelope band paper P2 is sent to bale trucking department 82.Afterwards, by mode same as described above, the bale B2 be tied by envelope band paper P2 uses wrapper S by wrapping machine 170 and packs.
In addition, guide member 141 described above also can not be set, such as, also can be pressed by pressing component 44 and accumulate by wisp B1 between above-mentioned grip part 155.Now, the wisp B1 be pressed because this grip part 155 is guided through pressing component 44, so this grip part 155 plays the effect of " guide ".Now, suitably rotated by this grip part 155 or move, thus the bale B2 be tied by envelope band paper P2 is sent to bale trucking department 82.Afterwards, by mode same as described above, the bale B2 be tied by envelope band paper P2 uses wrapper S by wrapping machine 170 and packs.
In the present embodiment, also the effect identical with the first embodiment can be played.Suitable omission and the content illustrated in the first embodiment is described.
According to the present embodiment, the wisp B1 be handled upside down by the 3rd wisp trucking department 22 is accumulated in bundle accumulation portion 140 with raised state, and, the multiple wisp B1 be accumulated in like this in bundle accumulation portion 140 are undertaken tying up by envelope band paper P2 and generates bale B2.In this point, also consider in the following way: the wisp B1 of the bale (such as 10 bundles) of tiling regulation, afterwards, the wisp B1 of the bale of the regulation tiled like this is tied up by envelope band paper P2.But, now, need the accumulation place of the wisp B1 of the bale that accumulation regulation is set respectively and be with paper P2 to tie up the envelope band place of the wisp B1 of the bale of regulation by envelope.Relative to this, in the present embodiment, due to wisp B1 is accumulated in bundle accumulation portion 140 with raised state, and here by envelope band paper P2 and tie up bale B2, so the accumulation of carrying out wisp B1 and use tying up of the wisp B1 of envelope band paper P2 of can being in the same localities.Therefore, it is possible to the space required for cutting down, and then, can by equipment miniaturization.
In addition, when tiling wisp B1, need to guide in all unswerving mode of both sides of the long side direction of wisp B1 and short side direction, but in the present embodiment, because wisp B1 accumulates with raised state, thus only guide the long side direction of wisp B1 or short side direction in be also outstanding.In addition, in the present embodiment, owing to erecting with the end face of long side direction as shown in Figure 18, wisp B1 becomes raised state, so also can be guided the short side direction of wisp B1 by a pair guide member 141.
In addition, in the present embodiment, wisp B1 presses along the normal direction in the face of this wisp B1 by pressing component 44, and the wisp B1 be pressed by pressing component 44 is guided by the guide be made up of guide member 141 or grip part 155 etc.Therefore, only the wisp B1 be handled upside down by the 3rd wisp trucking department 22 is filled between guide by pressing component 44 successively, just can by wisp B1 proper alignment gallantly.In addition, in the present embodiment, because by erecting with the end face of long side direction, wisp B1 becomes raised state, so this wisp B1 is difficult to topple over when being pressed the face of wisp B1 by pressing component 44.
In addition, in the present embodiment, the upper end that can abut to the wisp B1 be pressed by pressing component 44 is provided with and the brush 143 with flexibility.By this brush 143, the upper end of the wisp B1 be pressed by pressing component 44 is subject to the application force that can not forwards topple over, so when can prevent to press the face of wisp B1 by pressing component 44 wisp B1 upper end to pressing direction (, the right side of Figure 18) topple over, can not the state of affairs of proper alignment wisp B1.
In addition, in the present embodiment, adopt and prevent return 142, make the wisp B1 be pressed by pressing component 44 can not turn back to pressing component 44 side (that is, the left side of Figure 19 (a) (b)).Therefore, it is possible to the wisp B1 preventing to be stuffed into by pressing component 44 turns back to pressing component 44 side, the state of affairs of ensuing wisp B1 can not be filled in well by pressing component 44.In addition, the return 142 that prevents of present embodiment rotates freely centered by turning cylinder, fill in wisp B1 by pressing component 44 and prevent return 142 from centered by turning cylinder, rotating (with reference to Figure 19 (a)), fill in complete wisp B1 by pressing component 44 and this prevents return 142 from turning back to original position (with reference to Figure 19 (b)), the wisp B1 be pressed by pressing component 44 can not turn back to pressing component 44 side.
In addition, become the mode roughly the same with the first embodiment as the second embodiment and be illustrated, but be not limited thereto.That is, do not need to adopt the structure identical with the first embodiment, such as, also can be different from the first embodiment, holding part 110, stopper 115 and sensor S1 are not set.
3rd embodiment
Then, the 3rd embodiment of the present invention is described.In the third embodiment, give identical label for the part identical with the second embodiment, in addition, give same label for same part, omit detailed description.
In the second above-mentioned embodiment, become the wisp B1 produced from the front face side of paper processing device 10 is branched off into the second wisp trucking department 20 from the first wisp trucking department 14 mode by branch 16, become the mode of the front face side (lower side of Figure 17) of the dispersion paper process unit 12 of the first wisp trucking department 14 crosscut paper processing device 10, but in the third embodiment, the first wisp trucking department 14 as in the first embodiment is not set, branch 16 and the second wisp trucking department 20, replace, what be provided with that the wisp B1 that the front face side from paper processing device 10 launched carries along left and right directions (being left direction in the mode shown in Figure 20) with raised state launches rear trucking department 124, the changes direction end 125 of 90 degree is roughly changed in the direction of the wisp B1 of carrying in trucking department after launching 124, trucking department 126 after the conversion that the wisp B1 that converted direction in changes direction end 125 is carried along the direction (the upper direction of Figure 20) parallel with rearward-facing direction before paper processing device 10 with raised state.In addition, " from direction rearward-facing before paper processing device 10 " is connected to the direction of any point to any point of " after paper processing device 10 " of " before paper processing device 10 " in this application, means the direction from front face side towards side below.In addition, dispersion paper process unit 12 is placed on the mounting table (not shown) of platform etc., the lower side carrying wisp B1 of the dispersion paper process unit 12 that trucking department 126 is placed on this mounting table after conversion.That is, changes direction end 125 is positioned at the front face side of dispersion paper process unit 12, and the wisp B1 that be converted direction by this changes direction end 125 is handled upside down by the rear trucking department 126 of conversion in the lower side of dispersion paper process unit 12.In addition, present embodiment launch rear trucking department 124, changes direction end 125 and conversion after trucking department 126 form the part of " wisp trucking department ".
In addition, the changes direction end 125 of present embodiment seen from above time (by Figure 20 from when the face side of paper is viewed from reverse side) clockwise and the direction of anti-clockwise both direction conversion wisp B1, can freely can change the direction of the wisp B1 launched from paper processing device 10.Like this, by the situation avoiding the envelope band position of the wisp B1 forming bale B2 to become identical position, as mentioned above, can not only seem good-looking in appearance, can also prevent generated bale B2 become to one side tilt state or only have bale B2 one side expand.
In addition, can also adopting when generating wisp B1 tying up the paper of regulation number by envelope band paper P1, the paper processing device 10 of envelope band position can be changed.When have employed such paper processing device 10, even if changes direction end 125 in the clockwise direction and anti-clockwise both direction can not be changed the direction of wisp B1, the envelope band position of the wisp B1 forming bale B2 also can be avoided to become the situation of identical position.As the paper processing device 10 that can change envelope band position, such as, can adopt the mode that the mode of the central portion at wisp B1 being tied up envelope band paper P1 and the mode of tying up envelope band paper P1 in an end of wisp B1 suitably change.Further, when have employed such paper processing device 10, such as every 5 bundles change envelope band positions or every 1 bundle changes envelope band position.
In addition, in the present embodiment, bale generating apparatus 150 ' only generates bale B2 by the wisp B1 generated in a paper processing device 10 of correspondence.More specifically, in the present embodiment, each paper processing device 10 is provided with a bale generating apparatus 150 '.As shown in figure 21, this bale generating apparatus 150 ' has: bundle accumulation portion 140 ', the wisp B1 be handled upside down only is accumulated with raised state with the bale (being 10 bundles in present embodiment) of regulation by trucking department 126 after conversion; The multiple wisp B1 be accumulated in bundle accumulation portion 140 ' are undertaken tying up by envelope band paper P2 and generate bale B2 by bale envelope band portion 145 '.
In addition, as shown in figure 21, tie accumulation portion 140 ' to have: pressing component 44 ', presses wisp B1 along the normal direction in the face of this wisp B1; And a pair guide member 141 ', " guide " of the wisp B1 be pressed as being guided through pressing component 44 ' plays a role.And, by the bale B2 that envelope band paper P2 ties up, such as both can be kept out of the way by guide member 141 ', thus by envelope band paper P2 the bale B2 that is tied along the inclination arranged in the below of guide member 141 ' inclined-plane and fall, also can by after guide member 141 ' be kept out of the way, the conveyer belt arranged in the below of guide member 141 ' driven or the conveyer belt that arranges in the below of guide member 141 ' along parallel with the direction that guide member 141 ' extends (such as, the right direction of Figure 20 and Figure 21 (a) (b)) driven, thus be sent to the bale trucking department 82 be made up of conveyer belt etc.Afterwards, by being packed by wrapping machine 170 while the carrying of this bale trucking department 82.
In addition, also guide member 141 ' described above can not be set, such as, also can between the grip part (not shown) of the Structure composing identical by the first grip part 55 with the first embodiment, wisp B1 is pressed by pressing component 44 ' and is accumulated.Now, the wisp B1 be pressed because this grip part is guided through pressing component 44 ', so this grip part 151 plays the effect of " guide ".Now, suitably rotated by grip part or move, also the bale B2 tied up by envelope band paper P2 can be transported to the bale trucking department 82 be such as made up of conveyer belt.
In addition, as shown in Figure 21 and Figure 22, also the upper end that can abut to the wisp B1 be pressed by pressing component 44 ' can be adopted, be provided for a pair brush 143 ' that the wisp B1 that is pressed by pressing component 44 ' can not forwards be toppled over, or, as shown in figure 22, what be provided for that the wisp B1 be pressed by pressing component 44 ' can not turn back to pressing component 44 ' side prevents return 142 ' a pair.
In the third embodiment, other structure becomes the mode roughly the same with the second embodiment.In the third embodiment, also the effect identical with the second embodiment can be played.Suitable omission and the content illustrated in this second embodiment is described.
In the present embodiment, be provided with: launch rear trucking department 124, the wisp B1 launched from paper processing device 10 is carried along left and right directions (being left direction in the mode shown in Figure 20) with raised state; Changes direction end 125, roughly changes 90 degree by the direction of the wisp B1 of carrying in trucking department after launching 124; Trucking department 126 after conversion, carried along the direction (the upper direction of Figure 20) parallel with rearward-facing direction before paper processing device 10 with raised state by the wisp B1 that converted direction in changes direction end 125, " transport path " can not the front face side of crosscut paper processing device 10.Therefore, carry out the front face side of the dispersion paper process unit 12 of the paper processing device 10 of operation general job person, the space of carrying out operation for operator can be guaranteed.
In addition, due to space can be guaranteed in the front face side of dispersion paper process unit 12 like this, the operation carried out for dispersion paper process unit 12 so operator such as can be seated.In addition, the dispersion paper process unit 12 used in the present embodiment has the paper and multiple pilers (stacker) of " front face side " opening that are such as accumulated in and identify in the 12a of identification part.More specifically, the dispersion paper process unit 12 used in the present embodiment, as an example, has: framework; Receiving portion, is received in multiple paper that framework is arranged; Acquisition unit, obtains one by one by being positioned at undermost paper in the paper of the laminated arrangement received in receiving portion; Trucking department, carries each paper got from acquisition unit in framework; Multiple piler, is accumulated in the paper and " front face side " opening that identify in the 12a of identification part; And rejection portion, refuse the paper that can not accumulate in piler.Further, the mode that operator takes out the paper accumulated in piler is at any time become.
In the present embodiment, in the below of the mounting table substantially effectively do not applied flexibly in the past, the wisp B1 having been carried out direction conversion by changes direction end 125 is carried, so can save space by trucking department 126 after conversion.
In addition, in the present embodiment, owing to launching rear trucking department 124 and changing rear the respective of trucking department 126, wisp B1 is carried with raised state, required space is carried in the horizontal direction so can cut down, space can be saved further, and can guarantee that operator is for carrying out the wider space of operation in the front face side of dispersion paper process unit 12.
Especially, in the present embodiment, due to launch rear trucking department 124 by the wisp B1 that launches from paper processing device 10 along paper processing device 10 amplitude direction (namely, the left and right directions of Figure 20) carrying, the wisp B1 be handled upside down by launching rear trucking department 124 changes with the angle travel direction of roughly 90 degree by changes direction end 125, conversion after trucking department 126 along paper processing device 10 depth direction (namely, the above-below direction of Figure 20) carry wisp B1, so can do one's utmost to reduce space required on the amplitude direction of paper processing device 10.Its result, can guarantee that operator is sitting in the space of the front face side of dispersion paper process unit 12 further commodiously.In addition, changes direction end 125 is set to more open processing unit 13 close to pack of paper, more can guarantee commodiously further disperseing the front face side operator of paper process unit 12 for carrying out the space of operation.Therefore, in the present embodiment, while considering the space of placement pressing component 44 ' or the first reading part 15, changes direction end 125 is opened processing unit 13 close to pack of paper and arranges as far as possible on the amplitude direction of paper processing device 10.
In addition, in the present embodiment, bale generating apparatus 150 ' only generates bale B2 by the wisp B1 generated in a paper processing device 10 of correspondence.Further, the below of the mounting table that placed dispersion paper process unit 12 is provided with bale generating apparatus 150 '.Therefore, according to the present embodiment, only bale B2 can be generated by the wisp B1 launched from this paper processing device 10 near each paper processing device 10.
The variation 1 of the 3rd embodiment
In addition, in the third embodiment, the mode that a bale generating apparatus 150 ' is set corresponding to each paper processing device 10 is used to be illustrated, but be not limited thereto, also identically with the first embodiment or the second embodiment, a bale generating apparatus 50,150 can be set to multiple paper processing device 10.
Such as, now, as shown in Figure 23 and Figure 24, wisp B1 is pressed by pressing component 44 ', thus this wisp B1 is accumulated in damage certificate accumulation portion 18, on the other hand, the wisp B1 be not pressed by pressing component 44 ' is sent to the 3rd wisp trucking department 22.Figure 23 represents the mode corresponding to the first embodiment, and Figure 24 represents the mode corresponding to the second embodiment.In addition, in the third embodiment, can clockwise and the changes direction end 125 in the direction of anti-clockwise both direction conversion wisp B1 owing to being provided with, freely can change the direction of the wisp B1 launched from paper processing device 10, so also the rotating mechanism 30 in the first embodiment and the second embodiment can not be arranged especially.
In this variation, also can play the effect identical with the 3rd embodiment, the space of carrying out operation for operator can be guaranteed in the front face side of the dispersion paper process unit 12 of paper processing device 10, or can space be saved.In addition, in the mode shown in Figure 23, the effect identical with the effect described in the first embodiment can also be played, in addition, in the mode shown in Figure 24, the effect identical with the effect described in this second embodiment can also be played.
The variation 2 of the 3rd embodiment
In the variation 2 of the 3rd embodiment, become the mode identical with the 3rd embodiment, but be with the difference of the 3rd embodiment, the identifying information of the paper of the sequence number of the paper obtained by the identification part 12a by playing a role as " information acquiring section " or mark etc. (when paper is bank note, being the identifying information of the bank note of the sequence number of bank note or mark etc.) is stored in storage part 102 (with reference to Figure 16).More specifically, storage part 102 is stored in each bale B2 the identifying information of each paper in multiple wisp B1 of comprising.
Namely, in this variation, because bale generating apparatus 150 ' only generates bale B2 by the wisp B1 generated in a paper processing device 10 of correspondence, so the paper in the wisp B1 comprised in the bale B2 generated in each bale generating apparatus 150 ' becomes the paper processed in a paper processing device 10, the paper processed in multiple different paper processing device 10 can not mix.Therefore, as long as determine the wisp B1 comprised in bale B2, just can only according to from the information of paper processing device 10 becoming object, obtain the identifying information (sequence number or mark etc.) of the whole paper in the wisp B1 that comprises in this bale B2.Therefore, not need on the envelope band paper P2 tying up bale B2 imprint information again, or carry out management bale B2 and wisp B1 being carried out associating, the management of the identifying information of paper can be simplified, and the imprinting apparatus carrying out impressing on envelope band paper P2 or management devices that need in existing mode can be cut down.In addition, when carrying out for bale B2 is carried out with wisp B1 the management associated, such as, carry out on the basis that identifies after needing the identifying information impressed on the envelope band paper P1 of wisp B1 to be read by OCR scanner, barcode reader etc., this identifying information is associated with the identifying information given bale B2, but according to this variation, do not need such operation.
In addition, in this variation, the third reading of the information of impression on the envelope band paper P1 for reading in the wisp B1 comprised in bale B2 the wisp B1 being positioned at most (surface) side, front or most reverse side also can be adopted to get portion 135 (with reference to Figure 16).When have employed such mode, such as when labelled to the wrapper S having packed bale B2, the information of impression on the envelope band paper P1 reading in the wisp B1 comprised in bale B2 the wisp B1 being positioned at most (surface) side, front or most reverse side, the information that the envelope band paper P1 of wisp B1 impresses is associated with the information of label, thus the identifying information (sequence number or mark etc.) of the whole paper comprised in this bale B2 can be associated with the information of this label.In addition, also can adopt the information of impression on the envelope band paper P1 based on the wisp B1 being positioned at most (surface) side, front or most reverse side in the wisp B1 comprised in bale B2, read the reading unit 136 of the identifying information of each paper comprised in bale B2.By adopting such reading unit 136, based on the information of impression on the envelope band paper P1 of wisp B1 being positioned at most (surface) side, front or most reverse side, easily can read to comprise which type of paper in the bale B2 becoming object.In addition, when adopting third reading to get the both sides of portion 135 and reading unit 136, reading unit 136, based on the information of the word that impresses or bar code etc. on the envelope band paper P1 getting the wisp B1 that portion 135 reads in third reading, reads the identifying information of each paper comprised in bale B2.
In addition, in the present embodiment, also can transmit from each paper processing device 10 pairs of control parts 101 paper forming the wisp B1 launched to the body of paper processing device 10 is positive certificate or the information of damaging certificate.Now, control part 101 drives pressing component 44 ' based on the information sent from this paper processing device 10.When have employed which, can the first reading part 15 not being set equally yet, can expecting the further miniaturization of device yet.
In addition, in this variation, do not need to adopt the structure identical with the 3rd embodiment.Namely, as long as bale generating apparatus only generates bale B2 by the multiple wisp B1 generated in a paper processing device 10 of correspondence, such as, also can collect from paper processing device 10 and launch the wisp B1 of the bale (being 10 bundles present embodiment) of regulation, the wisp B1 of the bale of the regulation of launching like this is used grip part or conveyer belt etc. and is transported to corresponding bale generating apparatus, in this bale generating apparatus, tie up the wisp B1 of the bale of regulation by envelope band paper P2 and be set to bale B2, or, also wisp B1 use grip part or the conveyer belt etc. of launching a bundle from paper processing device 10 can be transported at every turn successively the bale generating apparatus corresponding to this paper processing device 10, in this bale generating apparatus, tie up the wisp B1 of the bale of regulation by envelope band paper P2 and generate bale B2.In such mode, also identically with this variation, as long as determine the wisp B1 comprised in bale B2, just can only according to from the information of paper processing device 10 becoming object, obtain the identifying information (sequence number or mark etc.) of the whole paper in the wisp B1 that comprises in this bale B2.
4th embodiment
Then, the 4th embodiment of the present invention is described.In the 4th embodiment, give identical label for the part identical with the second embodiment, and omit detailed description.
As shown in figure 25, in the 4th embodiment, be provided with multiple (in the mode shown in Figure 25 being 2) bale generating apparatus 150a, 150b.Further, each bale generating apparatus 150a, 150b have: bundle accumulation portion 140a, 140b, accumulated the wisp B1 be handled upside down by the 3rd wisp trucking department 22 with raised state; And bale envelope band portion 145a, 145b, correspond to bundle accumulation portion 140a, 140b and arrange, and generating bale B2 by tying cover tape paper P2 to the multiple wisp B1 accumulated in this bundle accumulation portion 140a, 140b.In addition, in the present embodiment, do not have to arrange grip part 155 as shown in figure 18, become after guide member 141 is kept out of the way, the bale trucking department 82 be made up of conveyer belt etc. being arranged on the below of guide member 141 is driven, thus is transported to the mode in downstream by the bale B2 of bundle cover tape paper P2.
In the 4th embodiment, other structure becomes the mode roughly the same with the second embodiment.In the 4th embodiment, also can play the effect identical with the second embodiment.Suitable omission and the content illustrated in this second embodiment is described.
In the present embodiment, bale envelope band portion 145a, 145b of there is bundle accumulation portion 140a, 140b separately and corresponding to bundle accumulation portion 140a, 140b and arrange of multiple bale generating apparatus 150a, 150b.Therefore, such as, on the envelope band paper P1 that can read in by the reading part of the second reading part 35 grade the wisp B1 being positioned at most (surface) side, front or the most reverse side information of impression, thus control part 101 judges the kind of the paper comprised in this wisp B1, based on this judged result, this wisp B1 is assigned to corresponding bundle accumulation portion 140a, 140b, generates the bale B2 be made up of the wisp B1 comprising diverse paper concurrently simultaneously.Such as, also only can accumulate in a bundle accumulation portion 140a and damage certificate, tied up by envelope band paper P2 and generate the bale B2 only comprised by damaging the wisp B1 that certificate is formed, and, in another bundle accumulation portion 140b, only accumulate positive certificate, tied up by envelope band paper P2 and generate the bale B2 only comprising the wisp B1 be made up of positive certificate.In addition, also in a bundle accumulation portion 140a, only can accumulate the bank note of a certain specific Currency Type, tied up by envelope band paper P2 and generate the bale B2 only comprising the wisp B1 be made up of the bank note of this certain specific Currency Type, and, in another bundle accumulation portion 140b, only accumulate the bank note of another specific Currency Type, tied up by envelope band paper P2 and generate the bale B2 only comprising the wisp B1 be made up of the bank note of this another specific Currency Type.
As more than, according to the present embodiment, owing to can generate the bale B2 be made up of various mode simultaneously, so the efficiency generating bale B2 can be improved.In addition, in fig. 25, be only provided with 2 bale generating apparatus 150a, 150b, but the number of this bale generating apparatus 150a, 150b freely can change, bale generating apparatus 150a, 150b of more than 3 can certainly be set.
As in above-mentioned " becoming the mode roughly the same with the second embodiment " describe, 2 bundle accumulation portions 140a, 140b become the mode identical with the bundle accumulation portion 140 of the second embodiment separately, have: pressing component 44, wisp B1 is pressed along the normal direction in the face of this wisp B1; Guide member 141, is guided through pressing component 44 and the wisp B1 be pressed, plays the effect as " guide "; A pair brush 143, can abut to the upper end of the wisp B1 be pressed by pressing component 44, and being provided for the wisp B1 be pressed by pressing component 44 can not forwards be toppled over; And prevent return 142 for a pair, be provided for the wisp B1 be pressed by pressing component 44 and can not turn back to pressing component 44 side.In addition, becoming separately of 2 bale envelope band portions 145a, 145b seals the identical mode in band portion 45 with the bale of the second embodiment, has: envelope band providing unit 146, is provided for the envelope band paper P2 tying up bale B2; And deposition cutting portion 147, if the wisp B1 of the bale (being 10 bundles in present embodiment) of accumulation regulation, then the envelope band paper P2 provided envelope band providing unit 146 carries out deposition and cuts off.
In addition, become the mode roughly the same with the second embodiment as the 4th embodiment and be illustrated, but be not limited thereto.That is, do not need to adopt the structure identical with the second embodiment, such as, also can be different from the second embodiment, holding part 110, stopper 115 and sensor S1 are not set.In addition, in the 4th embodiment, the mode identical with the variation 1 of the 3rd embodiment, the 3rd embodiment and the variation 2 of the 3rd embodiment can also be adopted.In the 4th embodiment, when adopting the mode identical with the 3rd embodiment, such as, bale generating apparatus 150a, 150b of more than 2 are positioned at the below of the mounting table that placed dispersion paper process unit 12.In addition, in the 4th embodiment, when adopting the mode identical with the mode corresponding to the second embodiment in the variation 1 of the 3rd embodiment, the wisp B1 be handled upside down by launching the rear trucking department 126 of rear trucking department 124, changes direction end 125 and conversion generates the bale B2 tied up by envelope band paper P2 after being carried by the 3rd wisp trucking department 22 in bale generating apparatus 150a, 150b.In addition, in the 4th embodiment, when adopting the mode identical with the variation 2 of the 3rd embodiment, the identifying information of the paper of the sequence number of the paper obtained by the identification part 12a played a role as " information acquiring section " or mark etc. is (when paper is bank note, the identifying information of the bank note of the sequence number of bank note or mark etc.) be stored in storage part 102 (with reference to Figure 16), adopt third reading to get portion 135 or reading unit 136 as required.
Finally, above-mentioned each embodiment and the record of variation and accompanying drawing open only for illustration of an example of the invention recorded within the scope of the appended claims, can't limit according to the open of the record of above-mentioned embodiment or accompanying drawing the invention recorded within the scope of the appended claims.

Claims (21)

1. a bale generation system, is characterized in that, comprising:
Paper processing device, is tied up by the paper of the number to regulation and generates wisp, and externally being launched by described wisp;
Bale generating apparatus, generates bale by the multiple described wisp generated in described paper processing device;
Trucking department, carries described wisp or described bale; And
Holding part, stops this wisp based on the movement of described trucking department by clamping described wisp, or, stop this bale based on the movement of described trucking department by clamping described bale.
2. bale generation system as claimed in claim 1, is characterized in that,
Described trucking department has:
Wisp trucking department, carries the described wisp launched from described paper processing device,
Described holding part stops this wisp based on the movement of described wisp trucking department by the described wisp of clamping.
3. bale generation system as claimed in claim 2, is characterized in that,
Described holding part clamps by described wisp trucking department with the pros and cons of the described wisp of raised state carrying.
4. bale generation system as claimed in claim 2 or claim 3, is characterized in that, also comprise:
Stopper, relative to the downstream of described retaining part in carrying direction, and stops this wisp based on the movement of described wisp trucking department by the end face in the downstream that abuts to described wisp.
5. bale generation system as claimed in claim 4, is characterized in that,
Described holding part clamp stop with respect to described stopper described wisp, at the adjacent wisp of the upstream side in the carrying direction of described wisp.
6. the bale generation system as described in claim 4 or 5, is characterized in that, also comprise:
Sensor, detects the wisp with or without being stopped the movement based on described wisp trucking department by described stopper.
7. the bale generation system as described in any one of claim 1 to 6, is characterized in that,
Described holding part has:
Upstream side wide width part; And
Narrow width part, be arranged on the downstream of the described upstream side wide width part on carrying direction, amplitude narrows compared with described upstream side wide width part.
8. a bale generation system, is characterized in that, comprising:
Paper processing device, is tied up by the paper of the number to regulation and generates wisp, and externally being launched by described wisp;
Bale generating apparatus, generates bale by the multiple described wisp generated in described paper processing device; And
Wisp trucking department, carries the described wisp launched from described paper processing device,
Described bale generating apparatus has:
Bundle accumulation portion, is accumulated the wisp be handled upside down by described wisp trucking department with raised state; And
The multiple wisps accumulated in described bundle accumulation portion are undertaken tying up by envelope band paper and generate bale by bale envelope band portion.
9. bale generation system as claimed in claim 8, is characterized in that,
Described bundle accumulation portion has:
Pressing component, presses described wisp in the face of this wisp; And
Guide, is guided the described wisp be pressed by described pressing component.
10. a bale generation system, is characterized in that, comprising:
Paper processing device, is tied up by the paper of the number to regulation and generates wisp, and externally being launched by described wisp;
Bale generating apparatus, generates bale by the multiple described wisp generated in described paper processing device;
Launch rear trucking department, carry the described wisp launched from described paper processing device;
Changes direction end, changes the direction of the described wisp carried in trucking department after described launching; And
Trucking department after conversion, carries the described wisp having carried out direction conversion in described changes direction end along the direction parallel with rearward-facing direction before described paper processing device.
11. bale generation systems as claimed in claim 10, is characterized in that,
Described launch rear trucking department and described conversion after trucking department described wisp is carried with raised state.
12. bale generation systems as described in claim 10 or 11, is characterized in that,
Described changes direction end can in the clockwise direction and anti-clockwise both direction change the direction of described wisp.
13. bale generation systems as described in any one of claim 10 to 12, is characterized in that,
The pack of paper that described paper processing device has the dispersion paper process unit of the paper of process dispersion and the paper of process bundle opens processing unit,
After described conversion, trucking department carries described wisp in the below of described dispersion paper process unit.
14. bale generation systems as described in any one of claim 10 to 13, is characterized in that,
Described bale generating apparatus only generates described bale by the wisp generated in a paper processing device of correspondence,
Described bale generating apparatus has:
Bundle accumulation portion, is accumulated the wisp be handled upside down by trucking department after described conversion with raised state; And
The multiple wisps accumulated in described bundle accumulation portion are undertaken tying up by envelope band paper and generate bale by bale envelope band portion.
15. bale generation systems as claimed in claim 14, is characterized in that,
Described bundle accumulation portion has:
Pressing component, presses described wisp in the face of this wisp; And
Guide, is guided the described wisp be pressed by described pressing component.
16. 1 kinds of bale generation systems, is characterized in that, comprising:
Paper processing device, has the information acquiring section of the identifying information obtaining paper, is tied up and generates wisp, and externally launched by described wisp by the described paper of the number to regulation;
Bale generating apparatus, only generates bale by the multiple described wisp generated in a paper processing device of correspondence;
Wisp trucking department, carries the described wisp launched from described paper processing device; And
Storage part, is stored in described bale the described identifying information of each paper in multiple wisps of comprising.
17. bale generation systems as claimed in claim 16, is characterized in that, also comprise:
Reading part, reads in described bale in the described wisp comprised the information being positioned at and the envelope band paper of the wisp of most face side or most reverse side impresses.
18. bale generation systems as described in claim 16 or 17, is characterized in that, also comprise:
Reading unit, based on being positioned at the information that the envelope band paper of the wisp of most face side or most reverse side impresses in the described wisp comprised in described bale, reads the identifying information of the paper comprised in described bale.
19. 1 kinds of bale generation systems, is characterized in that, comprising:
Paper processing device, is tied up by the paper of the number to regulation and generates wisp, and externally being launched by described wisp;
Multiple bale generating apparatus, generates bale by the multiple described wisp generated in described paper processing device; And
Wisp trucking department, carries the described wisp launched from described paper processing device,
Each bale generating apparatus has:
Bundle accumulation portion, accumulates the wisp be handled upside down by described wisp trucking department; And
Bale envelope band portion, accumulation portion is arranged accordingly with bundle, and by generating bale to the multiple wisp bundle cover tape paper accumulated in this bundle accumulation portion.
20. bale generation systems as claimed in claim 19, is characterized in that,
The wisp be handled upside down by described wisp trucking department is accumulated with raised state by described bundle accumulation portion.
21. bale generation systems as described in claim 19 or 20, is characterized in that,
Described bundle accumulation portion has:
Pressing component, presses described wisp in the face of this wisp; And
Guide, is guided the described wisp be pressed by described pressing component.
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109573170A (en) * 2019-02-26 2019-04-05 征图新视(江苏)科技有限公司 Full-automatic tobacco packet produces linked system

Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US4090441A (en) * 1976-01-27 1978-05-23 Grapha-Holding Ag Apparatus for stacking and baling newspapers or the like
CN1040001A (en) * 1988-05-06 1990-02-28 鲍德温技术公司 Handling signatures
US5129643A (en) * 1990-12-17 1992-07-14 Neids, Inc. Apparatus for stacking pasted battery plates
JPH10143710A (en) * 1996-11-15 1998-05-29 Toshiba Corp Bundle processing device and method therefor
JP2001199407A (en) * 2000-01-18 2001-07-24 Toshiba Corp Paper sheet bundling apparatus
CN101821180A (en) * 2007-07-30 2010-09-01 西德尔公司 Method and device for forming batches of substantially parallelepiped objects moving on conveyor belt
CN101920797A (en) * 2009-06-15 2010-12-22 株式会社东芝 Paper sheet processing system

Patent Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US4090441A (en) * 1976-01-27 1978-05-23 Grapha-Holding Ag Apparatus for stacking and baling newspapers or the like
CN1040001A (en) * 1988-05-06 1990-02-28 鲍德温技术公司 Handling signatures
US5129643A (en) * 1990-12-17 1992-07-14 Neids, Inc. Apparatus for stacking pasted battery plates
JPH10143710A (en) * 1996-11-15 1998-05-29 Toshiba Corp Bundle processing device and method therefor
JP2001199407A (en) * 2000-01-18 2001-07-24 Toshiba Corp Paper sheet bundling apparatus
CN101821180A (en) * 2007-07-30 2010-09-01 西德尔公司 Method and device for forming batches of substantially parallelepiped objects moving on conveyor belt
CN101920797A (en) * 2009-06-15 2010-12-22 株式会社东芝 Paper sheet processing system

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109573170A (en) * 2019-02-26 2019-04-05 征图新视(江苏)科技有限公司 Full-automatic tobacco packet produces linked system
CN109573170B (en) * 2019-02-26 2019-05-31 征图新视(江苏)科技股份有限公司 Full-automatic tobacco packet produces linked system

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