CN102968844A - Paper processing device and method - Google Patents
Paper processing device and method Download PDFInfo
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- CN102968844A CN102968844A CN2012102416188A CN201210241618A CN102968844A CN 102968844 A CN102968844 A CN 102968844A CN 2012102416188 A CN2012102416188 A CN 2012102416188A CN 201210241618 A CN201210241618 A CN 201210241618A CN 102968844 A CN102968844 A CN 102968844A
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Abstract
The apparatus has an injection portion (1) through which the several banknotes are loaded into an up and down direction. The banknote holding portion pushes a loaded banknote from upper direction. The pressing-down state control unit which controls the pressing-down state of a banknote holding portion when the bank note is not taken inside the bank processing apparatus and the bank note remains in the stage .
Description
The present invention relates to paper processing apparatus and method, such as being to be applicable to bank note at par waited classify and count, classification bank note behind the counting is collected in respectively temporary transient collection unit, whenever bank note reaches the bill binding collating unit that certain number is just tied up arrangement.
Background technology
Home office, branch and large retailing store etc. in financial institution were processed in the shop of a large amount of bank note in one day, introduced the bank note that reclaims when the detailed survey etc. is tied up the bill binding collating unit of arrangement according to certain number.Existing bill binding collating unit forms following structure: the plurality of sheets of paper coin is positioned over the section of putting into, carry bank note and carry out face amount and the discriminating of complete bank note or damaged bank note etc. to discriminating section one by one, based on the preassigned face amount of operating personnel and to the appointment of complete bank note or damaged bank note etc., collect and assign to a plurality of temporary transient collection units, reach certain value if collect number, then utilize the Strapping Material such as paper tape bank note to be tied up and discharged (with reference to patent documentation 1).
Sometimes the bank note number of once putting into the bill binding collating unit is many, and a lot of bank note can be placed by the section of putting into of placing the bank note that needs arrangement.Because it is many that the section of putting into places number sometimes, therefore the section of putting into adopts following form: the bank note lamination is positioned on the microscope carrier of the section of putting into, is taken into to device inside one by one from the lower side with bank note.When carrying out this when being taken into, the bank note press section that retreats when placing utilizes its deadweight and press bank note above by the bank note of the top of lamination.
Patent documentation 1: Japanese kokai publication hei 2011-113152 communique
Process the bank note of this state for the bill binding collating unit of foreign country.The bank note of a lot of countries is than Japanese bank note poor toughness.By utilizing the bank note press section to press the lamination bank note of such poor toughness, outlet roller can't be derived to inside bank note etc. and is taken into bad phenomenon generation is arranged more thus.
On the other hand, suppose if unfavorablely press with the bank note press section, then rectification curling or remaining bank note creasy is significantly become insufficient, thereby also can be taken in this case bad.
Summary of the invention
Therefore, a kind of can alleviating of expectation is taken into bad paper processing apparatus and paper sheet disposal route when being taken into bank note from the section of putting into to device is inner.
In order to solve such problem, the paper processing apparatus of this first invention, with one or more paper sheet along the vertical direction lamination be positioned over the section of putting into, and begin it is taken into auto levelizer inside from the paper sheet of lower position, this paper processing apparatus is characterised in that, have: the paper sheet press section, this paper sheet press section is arranged at the above-mentioned section that puts into, and can press from the top with the above-mentioned lamination paper sheet of putting into section; The down state control module, begin from above-mentioned put into section inside be taken into paper sheet to device after, this down state control module according to the rules phenomenon situation about occuring is controlled the down state of above-mentioned paper sheet press section.
And, the paper sheet disposal route of this second invention, it is characterized in that, the computing machine that is equipped on paper processing apparatus is played a role as the down state control module, this paper processing apparatus, with one or more paper sheet along the vertical direction lamination be positioned over the section of putting into, and begin it is taken into auto levelizer inside from the paper sheet of lower position, this paper processing apparatus the above-mentioned section of putting into be provided with can from above paper sheet press section that the above-mentioned lamination paper sheet of putting into section is pressed, begin from above-mentioned put into section inside be taken into paper sheet to device after, above-mentioned down state control module according to the rules phenomenon situation about occuring is controlled the down state of above-mentioned paper sheet press section.
According to the present invention, even after inside is taken into paper sheet to device, also can suitably control the down state of paper sheet press section in beginning, therefore can alleviate from the section of putting into to device inner when being taken into paper sheet be taken into bad.
Description of drawings
Fig. 1 is the schematic side view (side plate of a side is pulled down viewed schematic side view) of inner structure that the bill binding collating unit of the first embodiment is shown.
Fig. 2 is with the enlarged side view shown in the superstructure amplification of Fig. 1.
Fig. 3 is the stereographic map that the outward appearance of the related bill binding collating unit of the first embodiment is shown.
Fig. 4 is the side view that the mechanism that the bank note press section of the bill binding collating unit that makes the first embodiment moves up and down is shown.
Fig. 5 is the block diagram of structure that the control system of the related bill binding collating unit of the first embodiment is shown.
Fig. 6 be illustrate to the bank note press section of the bill binding collating unit of the first embodiment put into the action beginning time the process flow diagram of the action controlled of position.
Fig. 7 illustrates when occuring in the bill binding collating unit at the first embodiment to be taken into bank note unusual from the section of putting into the process flow diagram of the action of the position of control bank note press section.
Fig. 8 illustrates when overlapping conveying in the bill binding collating unit at the first embodiment, the process flow diagram of the action of the position of control bank note press section.
Fig. 9 illustrates when deriving all bank note from the section of putting in the bill binding collating unit at the first embodiment, the process flow diagram of the action of the position of control bank note press section.
Figure 10 is with the enlarged side view shown in the superstructure amplification of the bill binding collating unit of the second embodiment.
Figure 11 is the process flow diagram that illustrates when in the bill binding collating unit at the second embodiment bank note being positioned over the action of carrying out when putting into section.
Figure 12 is illustrated in the bill binding collating unit of the second embodiment, the process flow diagram of the action of carrying out when detected state changes to non-detection status when the lamination quantity sensor of eminence.
Figure 13 is illustrated in the bill binding collating unit of the second embodiment, the process flow diagram of the action of carrying out when detected state changes to non-detection status when the lamination quantity sensor of lower.
Figure 14 illustrates when overlapping conveying in the bill binding collating unit at the second embodiment, the process flow diagram of the action of the position of control bank note press section.
Figure 15 is the process flow diagram that the action when operation is by the drops button in the bill binding collating unit at the 3rd embodiment is shown.
Figure 16 is the process flow diagram that the action when the rising button is pressed in operation in the bill binding collating unit at the 3rd embodiment is shown.
Description of reference numerals: 1,1A ... put into section; 2 ... discriminating section; 13 ... operation display part; 50 ... control part; 51 ... storer section; 60 ... fixed bearing stage; 61,61L, 61U ... the bank note press section; 62L, 62U ... the lamination quantity sensor; 100,100A ... the bill binding collating unit.
Embodiment
(A) the first embodiment
Below, with reference to accompanying drawing on one side first embodiment that of the present invention paper processing apparatus and method be applied to bill binding collating unit described on one side.
(A-1) structure of the first embodiment
Fig. 1 is the schematic side view (side plate of a side is pulled down viewed side view) that the inner structure of the related bill binding collating unit of the first embodiment is shown.Fig. 2 is with the enlarged side view shown in the superstructure amplification of Fig. 1.Fig. 3 is the stereographic map that the outward appearance of the related bill binding collating unit of the first embodiment is shown.Be not only Fig. 1～Fig. 3, comprise each figure described later, identical, corresponding identical, the corresponding label of part mark is represented.
Be provided with the section that puts into 1 of bank note in the front upper of the related bill binding collating unit 100 of the first embodiment.Putting into section 1 has: mounting is placed the fixed bearing stage 60 of bank note; And can will place from the top bank note press section 61 that bank note is pressed.
Fig. 4 illustrates the side view that makes the mechanism that bank note press section 61 moves up and down.Bank note press section 61 not only has the part that can see from the outside, also has extension 61a, this extension 61a from one or more bullports of the backplate 1a that is positioned over along the vertical direction the section of putting into 1 by and extend to the device private side.At the turning axle 70a as the motor 70 of drive source arm 71 is installed, the front end 71a(of arm 71 or also can be the bar-shaped parts of installing with the front end of arm with meeting at right angles) can contact with the lower surface of the extension 61a of bank note press section 61.In order when moving along the vertical direction, to weaken friction, the loosening roller that inserts can be set at the front end 71a of arm 71.Fig. 4 shows uppermost position (position of readiness) P1 and the lower position P2 that bank note press section 61 can arrive on above-below direction.In the example of Fig. 4, motor 70 makes arm 71 around the clockwise direction rotation of Fig. 4, and bank note press section 61 is moved up.Motor 70 can prevent from using detent from the built-in rotation of external control, when bank note press section 61 is positioned at a certain position (for example extreme higher position P1), prevent from discharging with detent by the rotation with motor 70, bank note press section 61 is descended because of deadweight.In addition, also can realize by the control to the rotation amount of motor 70 descending.
In addition, the mechanism that bank note press section 61 is moved up and down is not limited to structure shown in Figure 4, but can use existing reciprocating mechanism.
Open wide the upper surface that recess 5 is arranged at device, under the control of control part 50 described later, the bank note of collecting, tie up object face amount is in addition discharged to this unlimited recess 5.Rejecting recess 8 is that the bank note of rejecting bank note is discharged for being differentiated by discriminating section 2.
In collecting mechanism 6, four temporary transient collection unit 6a～6d are arranged in the device in the mode that forms a line along the vertical direction.Under the control of control part 50 described later, can with the bank note take the number (for example 100) predesignated as the given category of the upper limit, collect respectively each temporary transient collection unit 6a～6d.In addition, the number of temporary transient collection unit is not limited to four.
Next, to carrying road 3 to be described in detail.Carry sensor that road 3 passed through by roller, conveying belt, detection bank note, driving motor etc. to consist of, below from the path this respect of bank note to carrying road 3 to describe.As shown in Figure 2, carry road 3 to be divided into substantially 5 parts (below, be also referred to as carry the road to part) 3a～3e.
Fig. 5 is the block diagram of structure that the control system of the related bill binding collating unit 100 of the first embodiment is shown.
In Fig. 5, control part 50 carries out the action control of these bill binding collating unit 100 integral body such as mainly being made of microcomputer etc.Storer section 51 for example has program storage, working storage or setting data storer.Control part 50, is controlled each several part on one side with the storer of working storage as temporary transient storage information according to the data that are kept at program in the program storage or setting data storer and set on one side.And storer section 51 also stores according to putting into the classifying aggregate result that bank note obtains.
Put into composed component (driving element such as motor, solenoid and sensor element etc. of section 1, in Fig. 5, omit the term of " composed component ", also omit in the following description the term of " composed component "), discriminating section 2, carry road 3, pros and cons inversion portion 4, collecting mechanism 6, operating portion 7, travel mechanism 9, bill binding mechanism 10, operation display part 13, counter 52a～52d etc., be connected with control part 50 via I/O interface circuit 52.
(A-2) action of the first embodiment
Next, the action of the related bill binding collating unit 100 of the first embodiment with said structure described.Because the related bill binding collating unit 100 of the first embodiment has the feature that the bank note press section 61 of the section of putting into 1 is controlled, therefore describe centered by the action so that the bank note that will be positioned over the section of putting into 1 is taken into auto levelizer inside.
If with the power connection of bill binding collating unit 100, then control part 50 shows initial picture in operation display part 13, and operating personnel are shown in the mode option of this initial picture and select pattern by press...withing one's finger down.Whether pattern can according to be counted and whether this information is stored in storer section 51 bank note of putting into and distinguish, and can according to how bank note be classified and the viewpoint of tying up is distinguished.
No matter selected which kind of pattern, when having selected pattern, then control part 50 begins flow process shown in Figure 6, and the purport that the counting start button that utilizes operating portion 7 is begun to process is shown in operation display part 13, and operation count start button (step S1).When the operation count start button, then control part 50 will be selected picture disply to the control method of the bank note press section 61 of the section of putting into 1 in operation display part 13(step S2), the control method that operating personnel are selected is taken into and differentiates (step S3).In the situation of this first embodiment, the control method that can select has two kinds, the first is the method that is positioned at position of readiness (uppermost position) in the bank note press section 61 of putting into when beginning and make in advance the section of putting into 1, the second is to make the bank note press section 61 of the section of putting into 1 and the bank note butt of uppermost position when putting into beginning, thereby utilizes deadweight to press the method for bank note.
For the selection of these methods, can enumerate following such variation.Can be in advance under the maintenance pattern, the pattern of selecting be stored in the storer in the device, when power connection, read the pattern of storing from storer, begin to carry out the action of this pattern, thereby become the state that the counting start button is operated of waiting for.
In the situation of having selected the first control method, control part 50 turns back to master routine immediately after the information that will select the first control method is stored in storer section 51 (step S4).In addition, when power connection, bank note press section 61 is positioned at position of readiness, when having selected the first control method, does not carry out the change action of any position but the maintenance position of readiness.
Relative therewith, in the situation of having selected the second control method, control part 50 is after the information that will select the second control method is stored in storer section 51 (step S5), become the bank note butt that makes bank note press section 61 and uppermost position, thereby utilize deadweight to press the state (step S6) of bank note, then turn back to master routine.
When turning back to master routine in this mode, control part 50 is carried out the processing that the bank note that will be positioned over the section of putting into 1 is taken into (derivation) one by one.
In such process that is taken into from the bank note of the section of putting into 1, if when occuring bank note to be taken into auto levelizer inside unusual from the section of putting into 1, then control part 50 is from master routine to subroutine jump shown in Figure 7.For example, near for the outlet roller that is taken into bank note from the section of putting into 1, be provided with the sensor for detection of the bank note that is exported (being taken into), no matter whether outlet roller has carried out being used for the rotation of derivation, do not detect at sensor in the situation of bank note, control part 50 all is judged as and has occured and bank note can't be taken into the unusual of auto levelizer inside from the section of putting into 1.But the situation to residual bank note on the microscope carrier is confirmed.For example, optional position at microscope carrier arranges aperture, and light-emitting component and photo-sensitive cell be set, so that arrive the photo-sensitive cell of microscope carrier below by this aperture from the light of the light-emitting component that is arranged at bank note press section 61, and photo-sensitive cell can accept the light of self-emission device, can detect thus not have bank note on the microscope carrier.Yet, the method that does not exist bank note to detect is not limited to this.
If begin to carry out subroutine shown in Figure 7, then at first to differentiate control method by reference storer section 51 be the first control method or the second control method (step S51) to control part 50.
In the situation of having selected the second control method, control part 50 will be after will adding to the Parameter N that unusual read-around ratio is counted 1 operation (step S52), and whether discriminant parameter N has reached the above integer of alarm times N TH(2) (step S53).When Parameter N has reached alarm times N TH, then the control part 50 unusual information that has recurred NTH time that can't be taken into is shown in operation display part 13(step S54), and the action that makes each several part stops (step S55), and operating personnel are entrusted in processing.Relative therewith, if Parameter N does not reach alarm times N TH, then control part 50 turns back to master routine immediately.Because the second control method is to utilize bank note press section 61 to press the method for bank note, though therefore occur to be taken into unusual, also proceed to be taken into action until unusually recur till NTH time.In addition, can replace read-around ratio, perhaps differentiate the number of times that occurs at the appointed time on the basis of read-around ratio, thus processing be switched.
On the other hand, in the situation of having selected the first control method, become make bank note press section 61 utilize deadweight to press the state of bank note with the bank note butt of uppermost position after (step S56), control part 50 is rewritten as the content (step S57) of having selected the second control method with the memory contents of storer section 51, and turns back to master routine.Expectation changes to eliminate can't be taken into unusual according to the increase of this load.
In the process that is taken into bank note from the section of putting into 1, when generation was taken into the overlapping conveying of auto levelizer inside with the plurality of sheets of paper coin overlappingly from the section of putting into 1, then control part 50 was transferred to subroutine shown in Figure 8 from master routine.For example, overlapping conveying can detect according to the time that near the photoelectric sensor that is arranged on for the outlet roller that is taken into bank note from the section of putting into 1 is blocked, perhaps can be according to processing to detect overlapping conveying based on the portrait of discriminating section 2.Yet the detection method of overlapping conveying is not limited to this.
If begin to carry out subroutine shown in Figure 8, then at first to differentiate control method with reference to storer section 51 be the first control method or the second control method (step S101) to control part 50.
When selecting the second control method, control part 50 is rewritten as the content (step S103) of having selected the first control method with the memory contents of storer section 51, and turns back to master routine after making bank note press section 61 return to position of readiness (step S102).Expectation changes the state that becomes the conveying that can not overlap because of the release of this load.In addition, can when overlapping conveying condition such more than the stipulated number has occured is at the appointed time set up, make the bank note press section 61 return to position of readiness.
On the other hand, when selecting the first control method, control part 50 does not carry out any processing but turns back to immediately master routine.Because the first control method is not carry out the method for pressing of bank note press section 61, even therefore overlapping conveying has occured also can find this situation.
All be taken into auto levelizer inside (being taken into end) if be placed on the bank note of the section of putting into 1, then to begin to carry out subroutine shown in Figure 9, differentiate control method with reference to storer section 51 be the first control method or the second control method (step S151) to control part 50.When selecting the second control method, control part 50 (step S152) after making bank note press section 61 return to position of readiness turns back to master routine, and when selecting the first control method, control part 50 turns back to master routine immediately.
The bank note that is taken into auto levelizer inside from the section of putting into is carried out the processing same with existing apparatus, come bank note is classified and is collected in temporary transient collection unit based on the preassigned face amount of operating personnel and to the appointment of complete bank note or damaged bank note etc., reach certain value if collect number, then tie up and discharge.
(A-3) effect of the first embodiment
According to the first embodiment, when the bank note that will be positioned over the section of putting into 1 is derived (being taken into) from the section of putting into 1 to device inside one by one, control pressing, removing and press of bank note press section 61 according to the unusual kind that is taken into that occurs, being taken in the time of therefore can expecting to alleviate significantly from the section of putting into to the inner derivation of device is bad.
(B) the second embodiment
Next, on one side on one side the second embodiment that paper processing apparatus of the present invention and method is applicable to the bill binding collating unit is described with reference to accompanying drawing.
(B-1) structure of the second embodiment
Figure 10 is the enlarged side view shown in the superstructure of the bill binding collating unit 100A of the second embodiment is amplified, and the part mark same-sign identical, corresponding with the related Fig. 2 of the first embodiment represented.
The 1A of the section that puts into of the bill binding collating unit 100A that the second embodiment is related possesses two bank note press section 61L and 61U.Each bank note press section 61L and 61U utilize above-mentioned reciprocating mechanism shown in Figure 4 basically can move up and down independently respectively.
And the section 1A of putting into has two lamination quantity sensor 62L and 62U.Each lamination quantity sensor 62L and 62U are arranged to respectively have apart from fixed bearing stage 60 height of regulation, and whether detection exists lamination in the situation of the bank note of fixed bearing stage 60 on this height.Lamination quantity sensor 62L is responsible for being lower than the position of lamination quantity sensor 62U.As lamination quantity sensor 62L, 62U, can use the light-emitting component that is arranged at respectively the left and right sides sidewall of putting into the 1A of section and the combination of photo-sensitive cell.Yet be not limited to this.
Although also can utilize the related Fig. 5 of the first embodiment to represent the structure of control system in the second embodiment, but the method from the first embodiment is different to be stored in the method for control bank note press section 61L, 61U of storer section 51.And, in storer section 51, preserving following information, that is: bank note press section 61L and 61U are in separately that down state still is positioned at position of readiness, lamination quantity sensor 62L, lamination quantity sensor 62U have or not information such as detecting bank note.
(B-2) action of the second embodiment
Next, for the bill binding collating unit 100A of the second embodiment, describe be taken into the action of auto levelizer inside will be positioned over the bank note of putting into the 1A of section centered by.
No matter in the situation of having selected which kind of pattern, bank note is being positioned over when putting into the 1A of section, control part 50 all begins to carry out subroutine shown in Figure 11, and reads the detected state of each lamination quantity sensor 62L, 62U and differentiate (step S201).Have following state as detected state: lamination quantity sensor 62L and 62U all detect the first detected state that has bank note at above-mentioned height; Only have the lamination quantity sensor 62L of downside to detect the second detected state that has bank note at above-mentioned height; And lamination quantity sensor 62L and 62U all do not detect the 3rd detected state that highly has bank note at this.
In the situation of the first detected state, control part 50 is (step S202) after the content that will be in the first detected state is stored in storer section 51, the purport that the counting start button that utilizes operating portion 7 is begun to process is shown in operation display part 13(step S203), and turn back to master routine.Because the lamination amount of the bank note when placing under the first detected state is many, therefore need not to utilize bank note press section 61L and 61U to press, but makes in advance bank note press section 61L and 61U all be positioned at position of readiness (uppermost position).
In the situation of the second detected state, after the content that will be in the second detected state is stored in storer section 51 (step S204), control part 50 makes the bank note press section 61L of downside be in the state (step S205) of pressing bank note with bank note butt and the utilization deadweight of uppermost position, then, the purport that the counting start button that utilizes operating portion 7 is begun to process is shown in operation display part 13(step S203), and turn back to master routine.Because it is moderate that the lamination amount of the bank note when placing under the second detected state is in, and therefore need to utilize the bank note press section slightly to press, and only utilize bank note press section 61L to press.
In the situation of the 3rd detected state, after the content that will be in the 3rd detected state is stored in storer section 51 (step S206), control part 50 utilizes two bank note press section 61L and 61U to begin to press (step S207) from the bank note of uppermost position, then, the purport that the counting start button that utilizes operating portion 7 is begun to process is shown in operation display part 13(step S203), and turn back to master routine.Because the lamination amount of the bank note when placing under the 3rd detected state is few, therefore utilizes bank note press section 61L and 61U to press together.
Although illustrated in foregoing after detecting initial lamination amount, the situation by the counting start button that shows to urge to operating portion 7 operates also can make this reversed order.That is, also can by showing to urge the counting start button to operating portion 7 to operate, if operate, then detect initial lamination amount, and two bank note press section 61L and 61U are controlled at initial position.
Operating personnel come the counting start button of operating operation section according to the demonstration of above-mentioned steps S203, and control part 50 is carried out the bank note that will be positioned over the section of putting into 1 and is taken into one by one (derivation).Derivation by such bank note reduces the lamination amount on the microscope carrier 60 gradually.Therefore, even initial conditions is the first detected state, because the minimizing of lamination amount just changes to the state that lamination quantity sensor 62U can't detect bank note soon, because the lamination amount further reduces, and changes to the state that lamination quantity sensor 62L can't detect bank note.And, even initial conditions is the second detected state, because the minimizing of lamination amount just changes to the state that lamination quantity sensor 62L can't detect bank note soon.
Pinnacled lamination quantity sensor 62U from the state (the first detected state) that can detect change to can't detected state (the second detected state) afterwards, control part 50 begins to carry out subroutine shown in Figure 12 immediately.And then, only utilize the bank note press section 61L of downside to press lamination bank note (step S251), and the content that control part 50 will only utilize the bank note press section 61L of downside to press lamination bank note is written to the 51(of storer section step S252), and turn back to master routine.
And, the lamination quantity sensor 62L that only has lower from can detect state (the second detected state) change to can't detected state (the 3rd detected state) afterwards, control part 50 begins to carry out subroutine shown in Figure 13 immediately, and control part 50 is differentiated the down state (step S301) of this moment.Although have following state as down state: the first down state (processing shown in Figure 12) that only utilizes the bank note press section 61L of downside to press; The second down state (processing of Figure 14 described later) that two bank note press section 61L and 61U all press; And the 3rd down state all pressed of two bank note press section 61L and 61U, but when the differentiation of step S301, adopt the first or second down state.If current is the first down state, then make the bank note press section 61U of upside also press lamination bank note (step S302), the content that control part 50 will utilize two bank note press section 61L and 61U to press lamination bank note is written to the 51(of storer section step S303), and turn back to master routine.Relative therewith, if current is the second down state, then only utilize the bank note press section 61L of downside to press lamination bank note (step S304), and the content that will only utilize bank note press section 61L to press lamination bank note is written to the 51(of storer section step S305), and turn back to master routine.
Next, on one side describe with reference to the process flow diagram of Figure 14, action when carrying overlapping in the process that is taken into bank note from putting into the 1A of section on one side.The conveying if overlap, then control part 50 is at first differentiated current down state (step S351) with reference to storer section 51.If be in the first down state that the bank note press section 61L that only utilizes downside presses, then control part 50 is after the bank note press section 61L that makes downside returns to position of readiness (step S352), the memory contents of storer section 51 is rewritten as two bank note press section 61L and 61U all presses (step S353), and turns back to master routine.If be in the 3rd down state that two bank note press section 61L and 61U press together, then control part 50 after the bank note press section 61U that only makes upside returns to position of readiness (step S354), the memory contents of storer section 51 is rewritten as only utilizes bank note press section 61L to press (step S355), and turn back to master routine.If be in the second down state that two bank note press section 61L and 61U all press, then control part 50 turns back to master routine immediately.
As mentioned above, even in the second embodiment, also can in the situation that overlapping conveying has occured, reduce or discharge by exerting oneself.
Although omitted the diagram of process flow diagram, but when the bank note that is positioned over the section of putting into 1 all is taken into auto levelizer inside (end is taken into), if there is at this moment the bank note press section of pressing, control part 50 just makes its full recovery to position of readiness, the bank note press section of if there is no pressing, then control part 50 turns back to master routine immediately.
(B-3) effect of the second embodiment
According to the second embodiment, will be positioned over put into the 1A of section bank note one by one when putting into the 1A of section and derive (being taken into) to device is inner, control pressing of bank note press section 61L, 61U according to the amount that residues in the bank note of putting into the 1A of section (lamination amount), and according to the alleviating or discharge by exerting oneself of overlapping conveying, therefore can expect to alleviate significantly when putting into the 1A of section and import bank note to device is inner be taken into bad.
(B-4) to the distortion embodiment of the second embodiment
Although showing bank note press section and the lamination quantity sensor that can move up and down independently, foregoing respectively possesses two situation, however also can be for more than one or three.
Possessing in one the situation, when a lamination quantity sensor changes to non-detection status from detected state, carry out pressing of bank note press section.And, if in the conveying that overlaps in the process of pressing of unique bank note press section, then make the bank note press section return to position of readiness.
In situation about possessing more than three, when certain lamination quantity sensor changes to non-detection status from detected state, make the bank note press section corresponding with this lamination quantity sensor begin to press, thus, along with the lamination amount reduces, the quantity of the bank note press section of pressing increases gradually.And then, whenever overlapping conveying occurs, just make the bank note press section of the top of pressing return to position of readiness.
(C) the 3rd embodiment
Next, on one side on one side the 3rd embodiment that paper processing apparatus of the present invention and method is applied to the bill binding collating unit is described with reference to accompanying drawing.
Although the diagram of omission, the structure in the mechanism of the bill binding collating unit of the 3rd embodiment forms has the entire infrastructure except lamination quantity sensor 62L, 62U among the related Figure 10 of the second embodiment.On the other hand, the structure of control system can represent by the related Fig. 5 of enough the first embodiments.Yet the method for control bank note press section 61L, 61U that is stored in storer section 51 is different from the method for the second embodiment, and also the operational data from the second embodiment is different suitably to be stored in storer section 51 operational datas.
Control bank note press section 61L and 61U all are positioned at position of readiness under original state.
From bank note is positioned over the moment of putting into the 1A of section till beginning all to be taken into auto levelizer inside to the bank note of putting into the 1A of section during, control part 50 makes " by the drops button " and " pressing the rising button " be shown in the part of the display frame of operation display part 13.In addition, showing that can be the power connection moment zero hour, also can be the moment of the counting start button of operating operation section 7.
When operation " was pressed the drops button ", control part 50 began to carry out subroutine shown in Figure 15, and at first differentiates the down state (step S401) in this moment.If be in the first down state that the bank note press section 61L that only utilizes downside presses, then make the bank note press section 61U of upside also lamination bank note be pressed (step S402), and the content that control part 50 will utilize two bank note press section 61L and 61U to press lamination bank note is written to the 51(of storer section step S403), and turn back to master routine.And, if currently be in the second down state that two bank note press section 61L and 61U all press, then only utilize the bank note press section 61L of downside to press lamination bank note (step S404), and the content that control part 50 will only utilize the bank note press section 61L of downside to press lamination bank note is written to the 51(of storer section step 405), and turn back to master routine.And then if currently be in the 3rd down state that two bank note press section 61L and 61U all press, then control part 50 turns back to master routine immediately.Yet can make buzzer call this moment, transmits with this and ignored the information that " by the drops button " operated.
On the other hand, when having operated " pressing the rising button ", control part 50 begins to carry out subroutine shown in Figure 16, and at first differentiates this down state (step S451) constantly.If be in the first down state that the bank note press section 61L that only utilizes downside presses, then control part 50 makes the bank note press section 61L of downside also return to position of readiness (step S452), and the content that two bank note press section 61L and 61U all do not press lamination bank note is written to the 51(of storer section step S453), and turn back to master routine.And if currently be in the second down state that two bank note press section 61L and 61U all press, then control part 50 turns back to master routine immediately.Yet can make this moment such as buzzer call etc., transmits with this and ignored the information that " pressing the rising button " operated.And then, if currently be in the 3rd down state that two bank note press section 61L and 61U all press, then control part 50 makes the bank note press section 61U of upside return to position of readiness (step S454), and the content that the bank note press section 61L that will only utilize downside presses lamination bank note is written to the 51(of storer section step S455), and turn back to master routine.
In the 3rd embodiment, because the action when the process that is taken into bank note from putting into the 1A of section overlaps conveying is identical with the action of the second embodiment, therefore the description thereof will be omitted.
And, since be positioned over the bank note of putting into the 1A of section all be taken into auto levelizer when inner the action of (end is taken into) also identical with the action of the second embodiment, therefore the description thereof will be omitted.
According to the 3rd embodiment, will be positioned over put into the 1A of section bank note one by one when putting into the 1A of section and derive (being taken into) to device is inner, according to operating personnel pressing of bank note press section 61L, 61U controlled in the operation of button, and a situation arises alleviates or discharge by exerting oneself according to overlapping conveying, therefore can expect to alleviate significantly when putting into the 1A of section and import bank note to device is inner be taken into bad.
The quantity of the bank note press section that can move up and down independently in the 3rd embodiment also is not limited to two, also can be more than one or three.
If one, then convert down state to by operation " by the drops button ", and return to holding state by operation " pressing the rising button ".
If more than three, then once " press the drops button " by operation, just make the quantity of the bank note press section that is in down state increase by one (still, when reaching upper limit quantity, even be operated and also remain this upper limit quantity), and once " press the rising button " by operation, just make the quantity of the bank note press section that is in down state reduce one (still, be 0 o'clock in quantity, also remain 0 even be operated).
Reach " pressing the rising button " although show in the above description " by the drops rising button " that the bank note press section descended singly or rise, but on this basis, " by the drops button " that make two bank note press sections descend together or rise can be set also and reach " pressing the rising button ".And then, be to descend singly in the time of can also selecting to descend and only be two modes that rise together when rising.
(D) other embodiments
Although in the explanation of the respective embodiments described above, also mentioned various distortion embodiments, can also enumerate following illustrative distortion embodiment.
Although show in the respective embodiments described above when detecting overlapping conveying, reduce or discharge by the structure of exerting oneself, also can be when detecting overlapping the conveying, not carry out the structure that the change of down state is processed.
The technological thought of the first embodiment and the technological thought of the second embodiment can be made up.Although in the above-described 2nd embodiment, make the bank note press section that is in non-down state be altered to the opportunity of down state, that the lamination quantity sensor corresponding with this bank note press section is when being varied to non-detection status from detected state, but also can when guide-in roller occuring the bank note of the section of putting into can't be exported to device inside unusual, increase the bank note press section under the down state.In this case, need not to arrange the lamination quantity sensor.
Can construct the bill binding collating unit of the characterization method that can select above-mentioned the first～the 3rd embodiment.For example, first and second dual-in-line switch (DIP switch) of selecting usefulness can be set, when first and second dual in line switch all is positioned at the connection side, use the control of the illustrated bank note press section of the first embodiment, when the first dual in line switch is positioned at the connection side, and the second dual in line switch is positioned at when disconnecting side, use the control of the illustrated bank note press section of the second embodiment, when the first dual in line switch is positioned at the disconnection side, and the second dual in line switch is positioned at when connecting side, use the control of the illustrated bank note press section of the 3rd embodiment, when first and second dual in line switch all is positioned at the disconnection side, make whole bank note press section be in all the time position of readiness.
Change by exerting oneself although the quantity that is in the bank note press section under the down state by change has been shown in above-mentioned second and third embodiment, change and be not limited to this by the method for exerting oneself.For example except the bank note press section is returned to the motor of position of readiness, the direct drive type electro motivation that the cardinal extremity of bank note press section is pressed to descent direction can be set, thereby utilize the driving force of direct drive type electro motivation to change by exerting oneself.
Apply the present invention to the bill binding collating unit although show in the respective embodiments described above, suitable devices of the present invention is not limited to the bill binding collating unit.In a word, so long as put into section's structure bank note treatment device identical with the section that puts into of bill binding collating unit, can both use technological thought of the present invention.
And, although the bill binding collating unit that applies the present invention to process bank note has been shown in the respective embodiments described above, can uses paper sheet of the present invention and be not limited to bank note, also can be other paper sheets such as check, coupon.
Claims (7)
1. paper processing apparatus, with one or more paper sheet along the vertical direction lamination be positioned over the section of putting into, and begin to be taken into auto levelizer inside from the paper sheet of lower position,
This paper processing apparatus is characterised in that to have:
The paper sheet press section, this paper sheet press section is arranged at the above-mentioned section that puts into, and can press from the top with the above-mentioned lamination paper sheet of putting into section;
The down state control module, begin from above-mentioned put into section inside be taken into paper sheet to device after, this down state control module according to the rules phenomenon situation about occuring is controlled the down state of above-mentioned paper sheet press section.
2. paper processing apparatus according to claim 1 is characterized in that,
When wanting that paper sheet is taken into unusual that auto levelizer inside but can't be taken into, above-mentioned down state control module puts on the lamination paper sheet with above-mentioned paper sheet press section by exerting oneself, or improve by above-mentioned paper sheet press section to the lamination paper sheet by exerting oneself.
3. paper processing apparatus according to claim 1 is characterized in that,
In when, plurality of sheets of paper sheet class occuring being taken into overlappingly auto levelizer inside unusual, above-mentioned down state control module remove by above-mentioned paper sheet press section to the lamination paper sheet by exerting oneself, or weaken by above-mentioned paper sheet press section to the lamination paper sheet by exerting oneself.
4. paper processing apparatus according to claim 1 is characterized in that,
When the lamination height of lamination paper sheet was lower than specified altitude, above-mentioned down state control module put on the lamination paper sheet with above-mentioned paper sheet press section by exerting oneself, or improve by above-mentioned paper sheet press section to the lamination paper sheet by exerting oneself.
5. paper processing apparatus according to claim 1 is characterized in that,
Improve when exerting oneself being indicated by operating personnel, above-mentioned down state control module puts on the lamination paper sheet with above-mentioned paper sheet press section by exerting oneself, or improve by above-mentioned paper sheet press section to the lamination paper sheet by exerting oneself.
6. paper processing apparatus according to claim 1 is characterized in that,
Reduce when exerting oneself being indicated by operating personnel, above-mentioned down state control module remove above-mentioned paper sheet press section to the lamination paper sheet by exerting oneself, or weaken by above-mentioned paper sheet press section to the lamination paper sheet by exerting oneself.
7. a paper sheet disposal route is characterized in that,
The computing machine that is equipped on paper processing apparatus is played a role as the down state control module, this paper processing apparatus, with one or more paper sheet along the vertical direction lamination be positioned over the section of putting into, and begin it is taken into auto levelizer inside from the paper sheet of lower position, this paper processing apparatus the above-mentioned section of putting into be provided with can from above paper sheet press section that the above-mentioned lamination paper sheet of putting into section is pressed
Begin from above-mentioned put into section inside be taken into paper sheet to device after, above-mentioned down state control module according to the rules phenomenon situation about occuring is controlled the down state of above-mentioned paper sheet press section.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2011-187804 | 2011-08-30 | ||
| JP2011187804A JP5853498B2 (en) | 2011-08-30 | 2011-08-30 | Paper sheet processing equipment |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102968844A true CN102968844A (en) | 2013-03-13 |
| CN102968844B CN102968844B (en) | 2015-06-24 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210241618.8A Expired - Fee Related CN102968844B (en) | 2011-08-30 | 2012-07-12 | Paper processing device and method |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP5853498B2 (en) |
| CN (1) | CN102968844B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110062936A (en) * | 2017-02-14 | 2019-07-26 | 冲电气工业株式会社 | Cash treatment |
Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP6171736B2 (en) * | 2013-08-28 | 2017-08-02 | 沖電気工業株式会社 | Banknote organizer |
| JP6178215B2 (en) * | 2013-11-11 | 2017-08-09 | 株式会社東芝 | Paper sheet feeding apparatus and paper sheet processing apparatus |
| JP6506323B2 (en) * | 2017-02-10 | 2019-04-24 | 日本金銭機械株式会社 | Paper processing apparatus |
| JP7163979B2 (en) * | 2021-01-05 | 2022-11-01 | 日本電気株式会社 | Adjustment machine |
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| JP2006011732A (en) * | 2004-06-24 | 2006-01-12 | Ibm Japan Ltd | Cash automatic transaction device, paper sheet feeding device, and control method for cash automatic transaction device |
| JP2007182295A (en) * | 2006-01-06 | 2007-07-19 | Hitachi Omron Terminal Solutions Corp | Paper sheet delivery device |
| KR20100022197A (en) * | 2008-08-19 | 2010-03-02 | 엘지엔시스(주) | Apparatus of receipt and drawing of money and controlling method thereof |
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| JPS62222936A (en) * | 1986-03-25 | 1987-09-30 | Toshiba Corp | Paper and the like handling device |
| JPH03133840A (en) * | 1989-10-18 | 1991-06-07 | Fujitsu Ltd | Sheet delivering mechanism |
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- 2011-08-30 JP JP2011187804A patent/JP5853498B2/en not_active Expired - Fee Related
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- 2012-07-12 CN CN201210241618.8A patent/CN102968844B/en not_active Expired - Fee Related
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2006011732A (en) * | 2004-06-24 | 2006-01-12 | Ibm Japan Ltd | Cash automatic transaction device, paper sheet feeding device, and control method for cash automatic transaction device |
| JP2007182295A (en) * | 2006-01-06 | 2007-07-19 | Hitachi Omron Terminal Solutions Corp | Paper sheet delivery device |
| KR20100022197A (en) * | 2008-08-19 | 2010-03-02 | 엘지엔시스(주) | Apparatus of receipt and drawing of money and controlling method thereof |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110062936A (en) * | 2017-02-14 | 2019-07-26 | 冲电气工业株式会社 | Cash treatment |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2013050813A (en) | 2013-03-14 |
| JP5853498B2 (en) | 2016-02-09 |
| CN102968844B (en) | 2015-06-24 |
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