JPS61287518A - Bundling device for sheets - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed Description of the Invention] [Technical Field of the Invention] First of all, T Ming 11 is warmly stacked 1st f- and 11 are tied together A! ti
- Leg 2'y Ll, ::, 1.7) 11'I Quantity's circumference [jll to tie 7- "74za 11s 1 (Yui・A gozuru Iba violet's unity i-!+ place It is related to.

(Bu is a bundle of Ming (wa target 11@, and between Zhao Ji 11t
, this kind of II-East S4 purchase and 1 in 4, related to the applicant's application 1) Application No. 417-! +2ri131” public release 2
≧Hat (1) Kaimei 58-17131! +Q) is known. This (Y rice's #A East Eclipse 1, beamed (^^/,: #JX Mengja Rei Yui Higashi 811, transfer Pi1114 and Fi, -1 tosj', and this 4
Put the vA leaves of "Tria" in the binding part and press from clh 1
Clamp lever f+ and lumbar to hold it compressed,
The tape winding mechanism that wraps the binding tape around the paper sheets and the seal d that presses the predetermined number 4414 once on the wound binding tape are separated from each other. +(
・The contact surface between rear and ijjjll lymph 11 is both 1
5. Since both of them have a planar shape, when pressing the leaves as soon as they go up to the clamper, it is necessary to partially surround the condyle within the rope and tie it with tape 4. I can't do it.

This Kinuton Sumiri part f? Bullet 1 due to bending! Utilizing the restoring force I: To obtain a strong V tension of the binding tape, τ'
♂Rhyma 1] I at A・+ −17= ,.

(The [) of the light] This light
, ↓ (/, -kire Ib, so the eyes D'su 11 seals, relatively simple υ 1141 戊C ↓] /, IIV et al., Yuto γ-bu's paddy J me no hei solid I 1 knot Higashi is provided by Jrokoto I, who provides f8 binding device for paper sheets.

[Summary of the invention]

This invention achieves the above-mentioned object), and also includes a clamper with a presser mechanism, and a clamper with a presser mechanism.
2) Avoid placing stamps on paper sheets with IS stamps.
t: Installing a step part that bends the part in the direction of the paper sheet Vk layer, and by tightening the winding tape with the paper sheet bent by this Fl difference part, the paper sheet can be bent. The bullet (1) is made possible by the partial bending of the binding tape using the force of one element to create a strong tension.

(Example of the invention) Embodiments of the present invention will be described below with reference to the drawings.

Figure 5 (schematic diagram of a deposit collection GTW with a bundling device for paper sheets (referred to as J-sized lower banknotes) that are separated from U banknotes), and Figure 6 (a schematic diagram of a deposit collection GTW with a biased bundling device for paper sheets that come from U banknotes (referred to as J-sized banknotes); FIG. 3 is an overall schematic sectional view showing the internal structure.

In Figures 5 and 6, mark month 1 is the main body of the classification and aggregation machine, and 2
is the object of the present invention connected to the left side of this main body 1,! , the 1M structure of the Tosei Kuko will be described later), and there are bill slots 3 and bill slots 1 on the upper right side of the front body 1.
ri]・mouth 4 is courageous (j).

Then, there is a book facing the banknote IQ entrance 3 (with 11 V inside 41).
The banknotes P stored in the input slot 3 are sequentially taken out one by one.
It is designed to be fed into the intake conveyance path 6.

And 111 banknotes were confiscated! During the conveyance on the take-in conveyance path 6, the banknotes pass through a separate 8I17 which determines the denomination, authenticity, fitness, etc. of the banknotes.

The banknotes P that are determined to be regular by the determination unit 7 are sent to the banknote rejection day 4, and the normal banknotes P are guided to the left in the figure by the distribution gate 8a of the banknote 1.

Moreover, the banknote P that was determined to be front by the Moeki determination unit 7 is the first III! l Banknote P that was guided to Send Inscription 9 and determined to be the back side
is guided to the second inspection mark, that is, the front-back reversing conveyance path 11, by the distribution gate 8b of &(2), and is reversed and corrected from the back to the front. ) 11 is set at the same 12 times, and the banknotes P conveyed at a constant pitch are transferred to the second sorting game]・81
Separate transport 3:! i road 9. Even if they pass through N, when they merge at the merging section 12, there will be no collision or pitch clogging, and they will be fed together at a constant pitch.

Here, the banknote Pli of a specific denomination specified by the display operation section (not shown) is selected in the third sorting game]・tIi by 10
Bills P of non-designated denominations are conveyed into the sealed conveyance path 18 and are conveyed to the sorting conveyance path 13 where they are sorted by f1. Below this sorting wI return path 3, there are temporary storages 14a to 11d in which banknotes sorted by IU denomination are accumulated in a sequentially stacked state in the plane direction. When the deposit amount and the contents of the deposit slip are lost, the banknote will be stored F! J i5a~+
The seat holder 16, which can be stored in 5d, is maintained. Furthermore, in order to ensure that banknotes can be stored in each of the storage compartments 15a to 156, the bills of I'm on I+.

Nah, Ll'+ 31-J, )', ; 1 machine equipped with a coin inspection device 1. ! Komakensho 57-20969
．． 14M xl application was filed, and in the same publication, J was written as 941's 1 ('), so I will omit the explanation that would be inappropriate for the history.

Next, to explain about the payment amount d2, the display operation section (not shown) shows J, specified specific money (÷ banknotes)])J
It is guided to the bimonthly conveyance path 18 by the sorting gate 10. J3 is shown in Figure 7,
Banknotes P, which are sequentially carried out from +! This is an impeller that, by rotating in the direction of the l-chamber 21, accumulates one set of tops in the entire accumulation 21.

This blade middle 19 is located outside the separator rotating shaft 34.
As shown in the figure, a coupling wheel part 36 is rotatably supported via a bearing 35, and an ax 1 which is weaved in a winding direction in the direction of rotation is provided protruding from the outer periphery of the coupling wheel part 36 in the lateral direction.
It consists of a throw blade 19a... and a connecting wheel part 36.
Gear 36a and electric gear 1uiuib (not shown) provided in
Due to the engagement with the 7th wheel, the 7th wheel is rotated at a constant speed in the counterclockwise direction (against the 1st direction).

20 is the 2r#:1 side of the tuyere i+9 as shown in Fig. 8. i is also a pair of separators, and both hiberators 20 have a rotation fulcrum 20a with one end pivoted on the separator support 37 of the separator rotation shaft 34, and extend in the hj direction perpendicular to the separator rotation N34. A cam engagement M consisting of a roller trochanter with a rotation angle tf is attached to the lever part 33.
33a, and a receiving part 38 for the designated number of sheets 8, which is located inward from the rotating outer diameter of the blade 19 in the blade middle 19 and extends in the protruding direction of the blade 19a, at the separator standby position (A).
; This rotary lever type separator 20 is composed of a rotary lever shaped as shown in FIG. The separator rotary wheel 34 is rotationally biased in the direction of engagement with the cutout portion by the spring force. It should be noted that the other configurations are the same as those of the earlier invention, Japanese Patent Application No. 59-97802, and will therefore be omitted.

The bottom of the collected seedlings 21 is increased by +14 by the achievement transfer carrier 22, and the designated number of collected seedlings (for example, 10
Binding part A shown in FIG. 12 holds 0 banknotes P...
It is designed to be transported to This carrier 22 has a horizontal support part 23a and a support part 23b that backs up one end surface in the transverse direction of the accumulated MMgH'...
It is composed of an L7 cedar member 23 as shown in the figure, and is integrally attached to a movable frame 24. Note that one side frame 24a of the movable frame 24 is fixed to a bearing tube 26 which is slidably fitted on the guide shirt 25, and the other side frame 24b of the movable frame 24 is fixed to a guide vortex 7a of the guide rail 27. A guide roller 27 interposed therein is attached. This carrier 22 is a carrier driver 57
(1) in the direction perpendicular to the stacking direction of banknotes P.
Moved back.

The carrier driver 57 that reciprocates the carrier 22 along the guide shaft 25 and the guide rail 27 is a drive sprocket 5 rotated by a motor 59 attached to the side frame 30, as shown in FIG.
8A, an idle sprocket 58B = 9- which is rotatably attached to the side frame 30, and an Ill between these sprockets 511A and 58B.
It has an endless chain 61, an engagement roller 61a attached to any intermediate link of the chain 61 as shown in FIG. 12, and an engagement notch 62a of the engagement row 561a. It is composed of a carrier mounting bracket 62. Therefore, the notch engagement between the carrier 22ij engaging roller 61a and the carrier mounting bracket 62 allows the carrier 22ij to move following the movement of the chain 61.

Note that the single-shaped member 23 of the carrier 22 and the impeller 19
The separators 20 are in a nested state as shown in FIG. 8, and the banknotes P guided into the SJ and seedlings 21 are brought into contact with the carrier support portion 23b with one end surface in the hand direction.
The processing in this direction (t#) is to be accumulated in the state in which it has been performed. Furthermore, in order to arrange the banknotes P in the longitudinal direction, a fixed guide 31 having an arrangement reference surface 3+8 is attached to the side frame 30 located on the reference guide portion side of the delivery path 18 as shown in FIGS. 8 and 10. ,
If the end surface of the banknote P is struck at the opposite position to the fixed guide 31, the banknotes P are arranged.
p %M r) 41Th, Erokoma hl [l:i! ,
! l - The V mouth of No. 19184 is also the same as Ming', i -
I'll i'j ffj collapse 81; (I 29 ko 11j
Ruka,■IJt+・+171:):)のtransition 111艷'J
f"I 1.-, i further i inside IL(i+・U)' shift t
! I 1) f#IJ is struck in the direction of f where it intersects (1 zu self 11 骪昭59- +43085jj (71 first application R,!: rF+] tX <=) r & 1ffi,
By installing t + tt 32 (clearly shown in Figs. 9 and 10), 1% 4' of tA = 4' and 1% of the direction can be automatically calculated.

Then, in "C, 1, the paper that is sequentially taken out from II+ from the monthly transport r818 -P is received and held in the blades H)a, ?Qa of the blades i+I9, and as the lateral root medium 19 rotates, it is transferred into the τ accumulation chamber 21. The banknotes within the specified number (for example, 100 banknotes) of 1 inch per this target are transported 4.
15 (t The receiving part 38 of the separator 20 is connected to the voiM path 18
It is located at the 1st place near the exit, as shown in Figure 7 (a). Then, the banknote P after the specified number &i is at the first detection position.
When passing through the detection 818a position shown in Figure 2, the separation L
m]-
It rotates rapidly and stops rotating at the first stack of banknotes P in the stacking bank 21 [the position shown in Fig. 7 ([])], and the subsequent banknotes P of the specified number IX are loaded. Separator receiving part 3B-1-
Please collect ni-61.

-7,+,A:: Q j 1-1.1 "I' 22
1 (p, H (h constant 4'< E Cn Banknote WY l
〕...IJ Gotoge banknote ``〕 is P bar -'I20teho)) t+'C Iroma 1ko x Toria 22!Multi tJJ
1 ko," (ri 11 yen, let's be sent to the eastern part, and l'1ffla-1 tria 22 is the original (O
When the I11 lipo is sent to 'tl, the banknotes ') on the separator 201- are transferred to the carrier 220 as the separator 20 rotates, and 11ir i
f's lj + work 7 + X will be sewn back.

In addition, a guide guide 391.1 placed in the direction of movement of the first accumulation chamber 21 is made into a movable structure that moves the gear rear 22 and escapes to a position where the accumulated banknotes P can pass. There is. I! I'I, this is possible)
The lower end of the guide 3911 is 1h fixed 4'x v! of the carrier accumulated banknotes P. Between the fixed guide 3'la, which is located at the lower end of the stack, and the lower end of this fixed guide 39a, the upper and lower Ifil U can be pivoted by pins 39c as shown in Fig. 11. ], and when the movable guide 39biJ carrier 22 is in the banknote stacking position, the movable guide 39biJ is rotated in the extending direction of the fixed guide 39a as shown in FIG.
3 East PA A II career collection 1^
Turn vJ to the outside escape position where the banknote P can pass as shown in Fig. 11.
It is designed to be displaced.

Next, wrap the heat-adhesive tape around the designated school vlB and transfer it by Kitria 22.
The connection to the binding part will be explained using the drawings of Fig. 12 and Fig. 13.

This binding part A is a band-shaped binding tape coated with a heat-melting agent on one side, for example, heat-adhesive tape t~IT (Jt
The tape feeder 40 that supplies the tape, and this tape feeder 40
Supplied from T knee town tape J\1T age! iA 'M 81 P... transported by period carrier 22
Petition BE 57-52913 @ Akira Mself &!
A winder 41 is used as a tape winding mechanism to wind the tape in the same way as the soft method, and the winder 41 presses and compresses and holds the tape wound by the winder 41. It is composed of a clamper 42 and a heat bonding section 43 that melts the Jukutate tape \IT wound around the paper 'M & \P... to PA.

1 to the tape feeder 40111J ID frame 30
A pinch roller holder 47, which is biased by a spring, is rotatably supported on the C-dur bracket I-46 (which is being served), and a pinch roller holder 48 is rotated at the free end of this holder 47. This pinch roller 4
The feed roller 49 in contact with the drive shaft 5
It is configured to rotate by 0. A fixed blade 53A is provided in front of the feed roller 49 and pinch roller 48.
A tape cutting device is provided which includes a movable blade 5313 that moves back and forth 111T while resting on a fixed blade 53A by actuation of a solenoid 54. Further, in front of this tape cutting device, there is a guide plate 55 for guiding the pIAm tape MT.
and a guide roller 56 are arranged.

The drive system 1 unit of the feed row 549 is as shown in FIG. Brake shaft 45 is connected to feed motor 60 via gear group 52 . This feed motor 60 is a reversible motor, and the winder 4
According to 1, thermal adhesive tape MT is a banknote! After being wound around YP..., the heat-bonded tip 7 NI l was reversed and wound.
4 +1i1i, iI ノIn・II −”
')! +6 Ai (Shi (bow 1 dl) 4 Koto 1. J, l) Tightening 4 Ro' Unira >'(ail),
Ri-'s Qi l tightening 1 ((Simi Rohan 4j 4 hit etc.
1J +I: j-f stopper (1 so 1 small L! J'
) 1. : J, ・n(Pi h'j c3 Jl
6 J, U1. : l one - (with L').

Next, the tape w 1iil n +M as the previous h? ,
The winder 41 (8 configurations will be explained below. First, the 13th
The bearing block 6 with a built-in radial vane ring etc. is shown in the figure.
5 is lIJ lnore-C00, this bearing 7F]
Tsuk 65; J try J sit, / l 66 rotates il
It is held in J Noh. This tribe P-no 1-66
The M part and end 811 of
Two f7 rate 68 and one drive shaft 66 and one 14
A guide shaft 71, 69 is mounted between the spring collar 67 and the spring plate 68, and is connected to the drive shaft 66.
A D-guide 7o is formed, and a 1-unit sliding block 71 is slidably mounted on this narrow guide 70. In addition, a tape catch 72 for holding the thermal tape MT supplied from the feeder 40 is mounted on this 11i rib block 71, and a dry driver 75 is used to dry this j-goo 11 and f72. ing.

This 41'-itch driver 7! i1. ! fll'ii Hoshita 1↑・Lee-/) (: A power transmission device that transmits the power of lime 5f, e.g. λi.'f Idols block l-5
A first gear 63A that rotates coaxially with the second gear 6313, a second gear 63B that meshes with the first gear 63Δ, and a third gear 6 that rotates coaxially with the second gear 6313.
3C and the timing bell +-63F shown in FIG. (to rotate the shaft)
It is composed of.

In this way, the catch driver 75 is driven by the same Uiia source motor 959 as the catch driver 57, so the movement of the front station carrier 22 and the rotation of the tape catch 72 (in unison) It turns out.

Here, the interlocking timing of both will be explained with reference to FIG. The carrier 22 is in the carrier home position (
('. R HP) There is one B! 11 Yu, tape catch 7211 'jA 12 [m I: Show-! l real k
'7' 1st place 11 (CTjlP) has +i17, and the engagement roller t' attached to this tune 61
ila ij The solid line (ff shown in Figure 12) is (RilP
), and when the 21st century Kiselia 22 reaches the seal position (CRSP) as shown by the imaginary line in Figure 12, the engagement roller 61a is shown at the idle sprocket 5813. Take the position (RTOP).

Then, the engagement roller 61a is in the reverse position (RP
), the table is 1! Tsuchi 72 rotates once (
Take N M wo Ineta li7W (CTSP),
): become angry.

Note that when the engaging roller 6ia moves between the RTOP position and the device r' position, the engaging roller 61a is engaged with the notched portion 62a of the carrier mounting brackets 1-62.
Since the tape catch 72 (b) will overrun from the one rotation position, the motor 59 will reverse and the engagement roller 61a will move in the opposite direction to the R HP (reverse rotation position). 22 returns to the carrier Bohm position (CRHP).

When a specified number of banknotes P are accumulated on the carrier 22-L, the movable guide 3911 of the guide 39 is displaced as shown by the phantom line in FIGS. 11 and 12, and the banknote group P...
It is possible to pass through. Additionally, a predetermined length of PA tape MT is tied out by the tape feeder 40, and its end is held by the tape catch 12.

The carrier 22 is at the home position (C R LI
When the movement starts from the seal position (CRSP>), the tape catch 72 rotates in conjunction with the movement 1 of the carrier 22, and during this time the feeder 40 moves
The shield tape MT is drawn out, and the group of banknotes P on the carrier 22
Wrap ... with thermal adhesive tape MT. Then, the carrier 22 stops at the seal position <CRSP), and the tape catch 72 further rotates and wraps around the bottom of the carrier 22 to a position (CTS) where it comes into contact with the introduction UP...
Stop at P).

Next, the clamper 42 moves to the vortex 73 of the clamper guide 73.
a, descends together with the stamping device 74, and presses the group of banknotes P on the carrier 22 onto the carrier 22.

=18- In this case, the non-nonpa 42 is 1 toy',) '/3 to the group of l11) Press λi・IIJ, then set jφ to -
96 (l's reversal 1 ko J・) (noi lj I'l -'
749 triple-rolled and pulled back the juku-loaded Arp “\11.

Tighten the rotating heat nTfi~ mouth, and this chi 7' tightening rod is held by a one-day l stopper (not shown). , No. 1, this J/1vl-r terminal is a cutter! 13A, 5.
'311 cut 1 and 11, heat fiN! 43's 1J M7 g /+Cl111 turn C lever 76 dojt M
L: - The motor 76 rotates around the lever shaft 79 4 #r 1/
, put the Ji-ku 76 on the 1-tria bottom 81; 1 thick C front collar chif M 'I'I'n- axis, and take a hot bath with the front collar tape comrades.

Then, the f+N cam γ8-J further rotates, and 11) (
Two Mae Otsu [Shirever 77 is carrier 221-'s Kiba banknote Rf]
＋")...Gara ml 1Ωd ma C・retreat. Mako, heat-attached chi-fN, I°■ gang 8@sat Dodosuke stamped l 74 is 1! Created , silver (i.e., R (4, etc.) in the specified middle part is stamped with the thermal tape used to bind banknotes.

Here, we will explain the construction and operation of the banknote presser 14, which is the 4th era spear 722 and the A-M type banknote presser lI side stamping handle 14, according to the drawings in Figures 1 to 4. -4self.

1+ L I#Ii hl IA n u-product 1 coin [1
Il'i East FI: I , +'('\・7) l )-
11 no' ni no, help 1. - A' + M1] To coarse! [)of)
111 is l) this 1. , 'r + t l i.

Barrel protection 11 lever 114 and binding part △ closed type Hj:
t4゜Press ``)'' from b■1 and press fOllba [
,)Sa1! ru' no non-ba 42 h L, this next lever 421 ko IJ 'T' Ij rin' no IN8.11N+/
q ri sea (stamped R174 is IIJ I 11j - (there is. Said parallel link INa, 1llb glue 1 No. 42 2.j the proximal cannon @ part is clamper guy 1!7
3, the groove 73a1 is engaged, and this
-7) between the link 1111+ and the clamper 42;
, 1 spring 112 is stretched, and the pushing ff1g@74 is suspended in the -V direction).

The clamper 42 is moved downward by the lower arm 113 of the clamper 113 (as shown in the figure).
In the groove 73a of the clamper guide 73)
'I;It's like 4ff. In addition, this clamper 421.1 is shown in FIG. 1 in the upper direction l! ! ll) to Ii
Previous k I'14Fjl In the old condition of 73a (shape in which the upper part of the wall is bent obliquely), the tape was applied by +is action. The tape catch foot is set to 0 and a half rotations (11 turns in the direction of retraction from X) (and the vertical spinning stroke of the clamper 42 is made smaller than 7+).

The anti-turning lever 114 is attached so that it can be rotated vertically around the clamp guide 731 and the pivot pin 731 as a fulcrum. The spring 116 rotates the elbow
) direction is applied a rotation i. This roll-up prevention lever 1
An L-shaped lever drive arm 115 is attached to 14 and extends from the t position of the bottle branch to the upper direction d of the binding part. And 1 bill 1! When the carrier 22 accumulating fP enters the binding part from the right direction in the drawing, the arm guide 117 attached to the kitria 22 engages with the uni lever drive arm 115 shown in FIG. 2. Then, due to the action of this push t'j, the anti-turning 11-lever 114 is placed on the anti-turning 111 for four days, and the banknote j on the kitria 22 is moved.
It is designed to prevent IF, etc. In this way, since the anti-turning lever 114 is lowered in conjunction with the entry of the carrier 22 into the binding section, the carrier is carried into the binding section △! 5. It is possible to prevent the stacked banknotes (cakes) from being turned over and curled up, and it is possible to prevent the banknotes in the bundling 81 from folding and the number of banknotes at 21 from being unbalanced.

Then, the carrier 22 holds the stacked banknotes P and stops transporting them to the bundling station. 2
During the transfer of the banknotes FT-2, the clamper 42 descends as shown in FIG. However, in the present invention, when the clamper 42 presses the bill lit P, this l1lfl
A portion of R\P is bent in the stacking direction as shown in Fig. 3.

That is, in the present invention, on the banknote contact surface between the carrier 22 and the clamper 42, the banknote YP is pressed by the clamper 42 on one end side of the stacked banknote group (the part away from the stamping position).
A stepped portion 22a that bends in the stacking direction.

As shown in FIG. Therefore, when the clamper 42 presses the accumulated banknotes YP on the carrier 22, the step e! Since the banknote group P is in a bent state as shown in FIG. 3 due to I22a and 42a,
This ('t Nj U\ 1) turf song 1'h f
! ! ', c'Silk 4 F Tsukudania j, d J, ') '
,'t %11 lira/~+-r tension p(εi(j
In particular, Jsu, solidity/i connection East Ri wo 1! L Lokoto, even 1, to the section of banknote group [), 1111 songs, J, Lo bullet 1! J
The strong M tension of the binding tape used for YT J4-+ is 1
1 no is C'. In addition, J゛) shown in Figure 1
In addition, even if the shape sheet P is bent, since there is a light plane All on the first rear panel 22 and the clamper 42, there is an effect that the stamping area becomes more attractive and wide.

Next, the stamping operation will be explained. 4J shown in FIG. 3, the stamp lever 118 and the stamp #! on the clamper guide 73. The second arm 119 is attached to be rotatable about the pivot pin 73c, and during stamping operation, the second arm 120 of the stamp drive second arm 120 is attached to one end of the first stamp drive arm 119 during stamping operation. 14 (as shown in FIG. 14) by a drive mechanism (not shown), the first arm 119 and the stamping lever 118 are
] direction. In this case, the push-button part 121 protruding from one link 111a connecting the clamper 42 and the stamping device 74 is pushed by the stamping lever 118, and the link 111a moves around the fulcrum 122 at B5 Tomoe 1. 1 river 11 + shi in the circumferential direction, and along with this, the stamping scissors'f! 74 rotates to stamp a predetermined seal on the surface of the binding tape M wound around the banknote tYP.

When this stamping is completed, the stamping device 1f74 and the clamper 42 are rotated -1 by the clamper guide 73, and are moved out of the rotation radius of the tape catch 720 as shown in FIG. At the same time, the 5 tape catch 72 connects the front shaft tape MT.
release the hold, and with the reversal of the carrier mode 959, the first
The carrier 22 rotates counterclockwise in FIG.
Banknote group P bound with T... (hereinafter referred to as banknote bundle Q)
The movable guide 39b of the guide 39 is rotating in the direction of extension of the fixed guide 39a, so the movable guide 39b The banknote bundle Q on the carrier 22 comes into contact with the banknote bundle Q, and the banknote bundle Q falls onto the chute 80 located below.

This chute 80 is provided with a passage detection device 181 for the bill bundle Q.
The timing of the fall onto the banknote 80 is detected, and it is checked whether the banknote bundle Q remains in the bundling device 2 for more than a specified time.

This J: banknote bundle Q bound with sea urchin thermal adhesive tape MT)
The banknote bundle 1-80 is lowered by gravity and is ejected out of the body of the bundling device 2 from the banknote stack opening 82 shown in FIG. 5.

1. As described above, among the banknotes P of a plurality of denominations that are collectively inserted into the banknote jΩ inlet 3, only banknotes of a designated specific denomination are accumulated in the accumulation chamber 21, and the bundling part AI:
The denominations of denominations other than the designated denomination 1 are accumulated in the temporary storage warehouses 14a to +4d along the sorting conveyance path 13, and when the deposit details match the deposit slip, The banknotes P of the classification/total number I2 accumulated in the banknotes 14a to 14d are automatically stored in the storage compartments 15a to 15d by the operation of the shutter device 16 and the pusher 1fi17.

In addition, although the above-mentioned actual flow example was limited to banknotes, the present invention can also be applied to securities such as checks and gift certificates, and other paper sheets.

(Effects of the Invention) As explained above, according to the present invention, the paper sheet binding device transports the accumulated paper sheets into the binding section, and wraps the paper sheets around the binding tape to bind them. , a carrier that holds the accumulated paper sheets and transports them to the binding section, a presser mechanism that presses the paper sheets on this carrier from above in the binding section, and a tape that wraps the binding tape around the paper sheets. It is equipped with a winding mechanism and a stamping device for stamping predetermined information on the wound binding tape, and the carrier and the clamper of the holding mechanism are arranged so that the stamping position on the paper sheet is avoided when the paper sheet is pressed by the clamper. Although it has a relatively simple structure, it has a step part that bends the part in the stacking direction of the paper sheets, and the tape is tightened and bonded while the paper sheets are bent by this step part. This provides an excellent effect in that the binding tape can be tightly bound without loosening.

[Brief explanation of drawings]

Figure 1 is a front view showing the main parts of the device of the present invention, Figures 2 to 4 are an explanation of the operation of the binding device shown in Figure 1, Figure 5) What is the object of this book? Figure 6 is a schematic view showing the internal structure of the 111 aircraft with the binding device attached, Figure 7 I
A front view showing the B-section accumulation/storage section of the J-Kyuto equipment, Figure 8 is a cross-sectional plan view of the same accumulation tuna [1], and Figure 9 shows the carrier structure.
Fig. 11 is a perspective view, Fig. 10 is a cross-sectional plan view of part 1 of the collection fee to explain the means for purchasing and purchasing banknotes, Fig. 11 is an explanatory diagram of the operation of the carrier guide, Fig. 12 is a banknote of IJ Yuito 11 During the operation explanation for explaining the binding operation, FIG. 13 is a plane view showing the first shift system of the binding device. 1... Classification chestnut elbow body, 2... Binding device, 19...
- Impeller, 20... Separator, 21... Binding accumulation chamber, 22... Carrier, 22a... Step portion, 39
...Carrier guide, N, IT...Binding tape (thermal tape), 40...Tape feeder, 41.
... Winder (tape winding mm), 42... Clamper, 42a... Step part, 43... Heat bonding part, 57...
Carrier driver, 72...Tape catch, 74...
・Sealing technique 1.15...Catch driver, P...
Banknotes (V1 leaves), Q...Banknote bundle, 82...Banknote bundle discharge port. Figure 2 Figure 3

Claims (5)

[Claims] (1) In a paper sheet binding device that carries accumulated paper sheets into a binding section and wraps a binding tape around the sheets to bind them, the binding section holds the accumulated paper sheets. A carrier to be carried into the carrier, a presser mechanism that presses the paper sheets on the carrier from above at the binding section, a tape winding mechanism that wraps the binding tape around the paper sheets, and a predetermined item on the wrapped binding tape. and a stamping device for stamping the carrier, and the clamper of the holding mechanism is provided with a stepped portion that bends a portion of the paper sheet away from the stamping position when the clamper presses the paper sheet in the sheet stacking direction. A device for bundling paper sheets, characterized in that the tape is tightened and bonded while the paper sheets are bent by the stepped portion. (2) The holding mechanism includes a roll-up prevention lever that prevents the paper sheets from rolling up when the stacked paper sheets are carried into the bundling section, and presses and compresses and holds the paper sheets carried into the bundling section from above. The paper sheet binding device according to claim 1, further comprising a clamper. (3) The turning-up prevention lever waits at a position above the binding part, and is lowered to a position to prevent paper sheets from turning up in conjunction with the entry of the carrier into the binding part. The paper sheet binding device described in Section 1. (4) The paper sheet binding device according to claim 1, wherein the clamper of the presser mechanism is retracted in the rotation radius direction of the tape winding mechanism when it is on standby above. (5) The stamping device is attached to the clamper of the presser mechanism so as to be able to operate independently, and moves up and down together with the clamper, and the stamping device operates independently during the stamping operation. paper sheet binding device.