JPS59201190A - Counting band sealer with money type deciding function - 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 The present invention relates to a counting belt side machine with a denomination determination function, and particularly to a counting belt side machine with a denomination determination function, and in particular, a counting belt side machine that can prevent banknotes of different denominations, folded corners, etc. from being mixed into bundles of unused banknotes that have been counted and bound. It's about seals.

This 4.:Ninoki I clear counting machine that had been used in the past did not have any denomination + U-N function, so there was no foreign money in the paper '7f'f bundle wrapped in the counting stage. Seeds were mixed in, causing accumulation.

As a means to eliminate such drawbacks of the conventional method, bills are sorted by gold and eleven before being set in a bill counting machine. Different denominations may be mixed into the banknotes, and a banknote counter will accumulate them into a bundle of 100 banknotes with a total of 9 denominations. Furthermore, in the above-mentioned sorting process, it is difficult to remove banknotes with folded corners, and when the banknotes are set in the banknote counting station, the folded corners of the banknotes are also bundled, making it difficult to line up the banknotes after counting. It was getting worse.

It is an object of the present invention to provide extremely effective means for eliminating the above-mentioned drawbacks. In particular, the denomination of the banknote, the denomination of the banknote, A banknote discrimination unit is provided to determine authenticity, conveyance status, etc., and the conveyance direction of the banknotes that have passed through this banknote discrimination unit can be changed using a switching shutter.In the case of rejected banknotes, they are stored in a rejection stacker and the banknotes are stored as required. This structure is such that only banknotes are stored in the stacker section and banded.

Hereinafter, together with the drawings, there will be described a method for determining the amount of money (ji-1) according to the present invention.
The most advantageous embodiment of this invention will be described in detail.

What is indicated by the symbol l in the drawing is a stack plate that is approximately L-shaped as a whole and on which a large number of stacked paper strips are placed, and the bottom plate /a of this stack plate has a pair of A guide roller 3 is provided, and a feeding drum for feeding out the banknotes λ is rotatably supported by a counting motor (not shown), and a portion of the radius from the center of the axis of the feeding drum is Said bottom>X/
It is located within the notch recess/'b of a.

A conveyor plate 3 constituting a transmission path is provided at a lower position that is in hidden contact with the stack plate, and a banknote coin is installed at the upper part of the conveyor plate 5, that is, a lower position that is in momentary contact with the stack plate. A bill discriminating section 6 is provided to detect the lengths of the long and short sides, patterns, magnetism, folded corners, etc., and to discriminate whether the bill is single gold or not.

1) The banknote discriminating unit 6 is constituted by an electromagnetic means, and the IB number generation unit 6a and the eccentric number receiving unit 6b are 1) I
They are rearranged to face each other with the conveyance plate 5 J being sandwiched therebetween.

An expulsion stun force 1t supported by an L-shaped holding member supported by a main body (not shown) is disposed approximately at the center of the conveyance plate 5, and on the opposite side of the expulsion stacker t. is rotatably supported on a main body (not shown).As shown by solid lines and dotted lines in the drawings, a switching shank 7 is configured so that the direction of vibration can be changed by mass-selling 1 in two directions.
is installed. That is, the front 8B switching shutter 9 is rotated in one direction shown by the two-point inclined line, and passes through the opening (not shown) of the conveying plate 5 to the side of the rejection stanker g ((in the positioned state, the banknotes, 2(d When the banknotes are fed in and stored in the stacker, and the shutter q is rotated in four directions, the banknotes are directly downwards. will be sent to.

Furthermore, 1. JIJ #Kiyon 1 A stack grating // and a stun force plate /2 for configuring the stacker part 10 are arranged in the lower part 1 of the stunka t1 grade, and this stack grate // and stun force plate /2 are arranged. An alignment plate 13 having an L-shape as a whole is disposed at a position where it comes into contact with. The above-mentioned sturdka/2 is rotatably supported by a main body (not shown) and is actuated by a driving means (not shown).

O'fJ e self-stanker neck β10 season:'i V(
is a slider that is slidably provided in the direction of arrow A on the frame 15 of the obi section 15/Hiroshi.
A transport chuck 17 attached to the tip of the transport chuck 17 is movably disposed, and the transport chuck 17 has a pair of chuck pieces /7a and /71 that can be opened and closed freely. 7b, one chuck piece/rib a has a convex chucking surface, and the other chuck piece/rib b has a concave chucking surface.

The movable member /6 is slidably provided on the slide guide 1g which has a concave longitudinal shape, and a rank part / is provided on the bottom 11ii□- of the slider /6a along the stripe 1'. It is formed separately from /6a, and this rank part /9
is the gear J of the brake 23 that meshes with the pinion 22 of the rotary leg 2/ of the transport motor 20 attached to the frame /S.
9, this rack part L meshes with Q? The movable member /6 is configured to be able to reciprocate and slide in the direction of arrow A via 0.Furthermore, front 1: self-movable eif+: (on the outer periphery 1 of the tip of O/6 is a belt sword ring, 2! is provided, and on the rank part /9 at the end 151S of the movable member /6, there is a UA constant, (27
is said to reside in slider/6a.

Next, in the above A; formation, the denomination r7. qJ constant 'II><'! Regarding the case of activating the case count banding treatment; end.

First, stack plate/6 on top? J4 and a (The held large number of banknotes 2 of different denominations are delivered one by one to a feeding drum rotated by a counting motor (not shown) 7)
μ,;11 is sent to the discriminating unit B, where it is discriminated whether it is gold or not.

If the banknote discriminator 6 determines that the foreign currency or square fold is a rejected banknote, the switching shutter 9 is rotated in one direction as indicated by the two-dot chain line. , when the rejected banknote is fed into the rejected stacker g and stored, and the banknote discriminator 6 determines that the banknote is a required banknote of the desired denomination, the switching position is moved to the other direction position indicated in the actual section. The required banknotes are rotated to the stacked state, and the required banknotes are placed on each chuck piece /7EL and /'7b on the stack plate of the stacker section 10.
Arranged in shells in between.

For example, 700 required banknotes are fed into the shallow pocket/θ, and the 1jη period banknote discriminating unit 1 is contacted. ．． When the stacker plate/2 is detected by a counted board (not shown), the stacker plate 7.41. The moving means drives and compresses the sheets, and furthermore, the conveyance motor 20 is reversely rotated, and the conveyance chuck/7 aligns the paper bundle 2a to the conveyance chuck/7.
When the grip solenoid 26 is activated in this state, the slider /Aa slides on the thick part lq by the distance required for chucking, and the chuck pieces /7a and /7b of the chuck /7 are aligned. It is closed in the direction shown by arrow B, and the banknote bundle 2a -81 is fed in to start the next counting.

Next, when the transport motor 20 rotates forward in the above-mentioned chucking state, the movable member /6 consisting of the rank part /de and the slider /4a is moved leftward on the concave surface via the pinion 2-, and the banknote bundle, 2a While in the chucked state, the slider 6 is placed at a position 161 indicated by the two-point chain edge, i.e., at a position 111 within the band sealing ring 2S, and at the same time as the slider 6 is stopped at the fixed position by the brake controller 3, the band sealing ring 25 The belt tape 2ya is wrapped around the outer periphery of the banknote bundle 2a, and the work by Sogetsushima is completed.

When the banding is completed, a marking solenoid (not shown) is activated to stamp the banknotes with a stamp, and the transport motor 20 rotates in the reverse direction to push out the A'h banknote bundle 2a.

The timing in the above Tanisuke production process is as shown in the timing chart of FIG.

Furthermore, the configuration shown in FIG. LIZ3 is another embodiment of the band stripping section of the counting band seal with a metal level judgment function according to the present invention.
The movable member/6 fli: A rack part/q is provided on the I wall, the grip solenoid attached to each point 1 fixed plate 27 of this movable member/6, and the operating rod g of 2 O are famous chuck pieces. /
'7a and /7b installed and connected to each other I/S
f'l Closing gear /70 and /711 operating lever /7e
2t j%, and by the operation of the solenoid 2, a bundle of banknotes is generated as shown in Figure ilC7,
2a chucking can be performed. In FIG. 3, the transport chuck 17 is in the chucking state or the chucking waiting state in the position indicated by Y, and in the position indicated by the double-chain door, This shows that the banknote bundle 2a is chucked (in an IF sealed state).

In addition, each chuck piece /a and /'7b in Fig. 3
The state in which the banknote bundle is chucked is shown in Figure 3, and the banknote bundle is securely chunked in a bent state. Since the machine has the above-mentioned structure and function, even if banknotes of different denominations or folded corners are mixed in, the banknote discriminating section will distinguish all the banknotes and identify the required denomination and appearance. Only the required banknotes having the same value are sent to the system stacker section by the switching shutter, and all rejected banknotes are sent to the rejected stacker by the switching shack, and only the required banknotes are bundled by an optical automatic process.

Therefore, it is possible to prevent the mixing of different denominations and the bundling of iA bills with bent corners in the prior art. or,
Since the next counting can be started as soon as the banknote bundle reaches the stacker by 1τ1, the takt time from the start of counting to the completion of sorting can be shortened.

[Brief explanation of the drawing]

Figure r [1] FD Honkanri] shows a denomination determination bag sealing machine with a function. No. 11z1 is a perspective view showing the overall configuration,
The figure is a front view showing the chucking state of the penetrating chuck shown in Fig. 1, and Fig. 3 is a front view showing the chucking state of the penetrating chuck shown in Fig. 1.
FIG. 1 is a front view showing the chucking state of the transport chuck shown in FIG. 3, and FIG. 5 is a timing chart showing the timing of each operation process. / is a stack plate, 2 is a trial 'h'+'', ' is a banknote bundle, 3 is a guide roller, gu is a +R''+G output drum, S is a conveyance plate, 6 is a banknote discrimination unit, '7 is a holding WiS material, The area is the exclusion stacker, ri (r'i switching shutter, IO is the stacker part, //ri stack plate, /λ is the stun force plate, /
3 is the alignment board, /g is the band sealing part, /! is a frame body, /6 is a movable member, /4a (d Nislider), /7 is a transport chuck, /a and /7b are chuck pieces, 7g is a slide guide,
/9i, i>Tsuku part, θid transport motor, 2 is the rotating shaft, 2 is the pinion, 3 is the brake, ko is the gear, 2
5 is a band sealing ring 1.26 is a grip solenoid', and λ is a fixed plate 1.2g which is operated. Bamboo license applicant: Wuwei Engineering Co., Ltd.
Terupi Zeng, representative of Hitachi's Phryotechnics/Geneering Co., Ltd. -2-J

Claims (1)

[Claims] a stack plate for storing stacked banknotes;
A feed-out drum is provided in the stack plate for feeding out the banknotes one by one, and a feed-out drum is provided adjacent to the stack plate to determine the authenticity, conveyance state, etc. of the banknotes fed by the feed-out drum. a banknote discriminating unit for discriminating the banknote discriminating unit; and a banknote discriminating unit provided adjacent to the banknote discriminating unit for selectively sending out the banknotes sent out from the banknote discriminating unit in two directions and according to the output signal of the banknote discriminating unit. LJ will control you! ;
a removal stacker provided adjacent to the switching shutter for storing the removal abrasives that have been sent out by the one-way conveyance operation of the switching shutter; In front of switching shutter 6
a stacker unit for receiving and storing a certain number of required sheets of paper IjIν in the feeder by means of a conveying operation in one direction and in a different direction;
A transport chuck provided in the stacker section for chucking the required fA banknotes, and a banding part for binding the required banknotes chucked by the transport chuck; home,
A counting and wrapping machine with a denomination determining function, characterized in that the counting and wrapping machine with a denomination determining function is configured such that the rejected banknotes are sent to the rejected methane force and only the required banknotes are sent to the stacker section by actuation of the switching shutter.