• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    Die Vorrichtung sortiert gekennzeichnete Einzelstücke aus einer rasch kontinuierlich hintereinander entlang einer Förderbahn (1) geförderten Reihe von gedruckten Wertpapieren, insbesondere Banknoten, aus. Die Kennzeichnung der auszusortierenden Einzelstücke erfolgt mittels einer auf die Kennzeichnung ansprechenden Anzeigeeinrichtung (2). Ein Ablagetisch (35) über der Förderbahn nimmt die aussortierten Einzelstücke auf. Eine erste Ansaugwalze (4), deren Tätigkeit von der Anzeigeeinrichtung gesteuert wird, entfernt das gekennzeichnete Einzelstück und fördert es zu einer zweiten Ansaugwalze (6). Von dieser zweiten Ansaugwalze (6) wird das aussortierte Einzelstück dann zu dem Ablagetisch gefördert.
    公开号:SU1017175A3
    申请号:SU803007644
    申请日:1980-11-14
    公开日:1983-05-07
    发明作者:Квинтон Бриен；Квинси Эмануэль；Харрисон Генри
    申请人:Де Ля Рю Жиори С.А. (Фирма)；
    IPC主号:
    专利说明:

    2. The device according to claim 1, characterized by; m that each suction roller is provided with chat nozzles, the slit openings are made in the form of arcuate cavities associated with a vacuum chamber formed by valve plates and a radially located internal cavity
    3, the apparatus according to claim 1, in which | the second is that the second suction roller is provided with two rows of nozzles located on either side of the corresponding adjoining row of nozzles of the first suction roller a.
    The invention relates to banking equipment and can be used to sort securities, such as banknotes. A device for sorting securities, a building with a body, a unit for removing rejected banknotes, a drive and a drive 1 is known. The device’s disadvantage is relatively low reliability due to lack of p: fixed single piece movement of securities due to the use of a chain conveyor. The closest in technical essence to the present invention is a device comprising a housing, a display unit, a conveyor for moving the banknotes on a piece, over which a block of defective banknotes is installed, including a roller with a sop, pami and slotted corners, a vacuum chamber, a drive kinematically associated with a conveyor for each piece of movement of notes and storage unit 2. The disadvantage of the device is the relatively low reliability due to low accuracy kinematically with in control valves; drive and removal organs for defective banknotes. The purpose of the invention is to increase the reliability of the device. This goal is achieved by the fact that in a device for sorting securities, for example, banknotes, comprising a housing, an indication unit, a conveyor for piece of banknote transfer, above which is installed a block of removal of defective banknotes, including the first suction cup with nozzles and slotted holes, a vacuum chamber , a controlled actuator, kinematically connected with a conveyor for single movement of banknotes, and a block C1, control valves and transmissions are inserted, and the removal unit of the banknote banknotes is provided with With a roller with nozzles, the first and second suction rollers with sdlami are connected through slotted openings and control valves with a vacuum chamber, are kinematically connected with each other and through a transmission - with an actuator, connected & 4 with a conveyor for the single-piece movement of banknotes, with a display unit connected to control valves. Each suction roller is equipped with four nozzles, the slit holes are made in the form of arcuate cavities associated with a vacuum chamber formed by valve plates and a radially located internal cavity. In addition, the second suction roller is equipped with two rows of nozzles located on either side of the corresponding conjugate row of nozzles of the first suction cup and a roller. Fig, 1 shows a functional diagram of the device, side view; Fig.2section along the suction rollers; FIG. 3 shows the drive of the device; 47 shows the main phases of the position of the suction rollers. The device has a housing 1, on which a conveyor is installed for the piecewise movement of banknotes 2 with a feeding chain 3 and fingers-pushers 4 moving banknotes 5. The feeding chain 3 is moved with the help of sprockets 6 and 7, one of which (7) is connected to drive 8 The banknote 5 moves along the conveyor 2 between the pressing rollers 9 and the first suction roller 10 articulated with the second suction roller 11. The first suction roller 10 has nozzles 12-15 connected to the slotted openings 16 and 17, which are connected by channels 18 and 19vacuum chambers 20 and 21 having valves controlled by guides 22 and 23 are connected to the control unit 24. The second suction roller 11 has nozzles 25-28 connected to slot openings -29 and 30, which are connected via channels 31 and 32 to vacuum chambers 33 and 34, having control valves 35 and 36 connected to control unit 24. Pinch roller 9, first and second suction rollers 10 and 11 from the nozzle. 12-15, and 25-28, slit openings 16, 17, 29 and 30, channels 18, 19, 31 and 32, vacuum chambers 20, 21, 33 and 34 and control valves 22f 23f 35 and 36 form a block removal of defective banknotes; A second storage unit 11 is equipped with a storage unit, including rollers 37 and 38, directed. 39, the conveyor 40 and the accumulator 41. The first suction roller 10 is mounted on the shaft 42 connected to the wheel 43. The shaft 42 is fixed on the swivel frame 44 mounted in the bearing 45 located on the housing 1 The bearing 45 also carries the shaft 46, on which a second suction roller 11, a drive gear 47 and a gear 48 are mounted. The drive of the first and second suction rollers 10 and 11 is driven through the drive gear 49, mounted. on the shaft 50, which is connected by means of gear 51 and toothed belt 52 to drive gear 47, which rotates shaft 46 and through gear 48 and toothed belt 53, shaft 42. Toothed belt 53 passes between gear 43 and 54 in such a way that its reverse the side is connected to the gear 48. The chain sprocket 55 pulls the toothed belt 52. Before the first suction roller 10 (along the conveyor 2), an indication unit is installed, which includes a twing indicator 56, a counter 57 reject indicator 58 and an orientation indicator 59 connected to block 24 board After the first suction of the roller 10 (along the conveyor 2), the counter 60, the indicators of the shifting 61 and the orientation 62, connected to the control unit 24 are installed. The second suction roller 1 has a reject counter 63. A spring 64 is mounted on the shaft 42, which biases the valve plate 65 H. The spring 66 biases the valve plate 67 to the shaft 46. The output 68 of the control unit 24 is connected to a controllable actuator 8. The device operates as follows. The banknotes 5 moved by means of the transport 2 are passing successively in the field of the dual indicators 56, the reject indicator 58 and orientation indicator 59. In the event of doubleness or misalignment of the conveyed banknotes 5, the corresponding indicator issues a fault signal to the control unit 24 and a stop signal (stop signal) is given from the output 68 of the control unit 24 to the controlled drive 8, the conveyor 2 stops and the operator eliminates the fault If a rejected banknote 5 marked with a fluorescent dye is detected by the reject indicator 58 from the output of the reject indicator Sd via the control unit 24 to the corresponding control (for the detected banknote 5) The control valve 22 is actuated, causing the control valve 22 to operate, connecting the corresponding nozzle 12 with the vacuum chamber 20. When a rejected banknote 5 passes between the pressure roller 9 and the first suction roller 10, the front part of the banknote 5 is sucked to the first suction roller 10 due to vacuum (vacuum) in conjje 12 (fig. 1), then (fig. 4-7) the defective banknote 5 is transported by the first suction roller 10 (approximately 140 circumference), transmitted to the second suction roller 11 to cut ultimately disconnecting the vacuum from the nozzle 12 of the first suction roller 10 and creating a vacuum in the corresponding nozzle 28 of the second suction roller 11 at the time of their in-phase meeting as a result of the in-phase operation of the control valve 22. (23). On the second suction roller 11, the defective banknote 5 is transported (approximately 140 ° of a circle) in the field of the counter 63 of the reject, registering it, and after disconnecting the vacuum from the nozzle 28, the defective banknote 5 is caught by the rollers 37 and 38, is guided by guide 39 to a conveyor 40 storing it on the storage table 41. If during the transportation of the first defective banknote 5 a second defective banknote appears (it can be directly following the first one), the rejection indicator 58 58 melts, causes es upravlvni unit 24 to the respective control valve 22 (or 23) and a similar signal; but described, a vacuum is created in the corresponding nozzle 12-15, suitable for the defective banknote 5. After passing through the conveyor 2 serviceable banknotes 5 between the pressure roller 9 and the first suction roller 10, they are recorded by the counter 60 and are subjected to a secondary check for the absence of twofoldness and correct orientation with using indicators 61 and 62. Next, the is1 / equal banknotes 5 are sent to a hopper (not shown). The combination of a synchronized conveyor drive, suction rolls and indicator elements provides high what reliability of the device.
    权利要求:
    Claims (3)
    [1]
    1. SORTING DEVICE. SECURITIES, FOR EXAMPLE BANKNOTES, comprising a housing, an indication unit, a conveyor for piece-wise movement of banknotes, over which a defective banknote removal unit is installed, including a first suction roll with nozzles and slotted holes; a vacuum chamber, a controllable drive kinematically connected with a conveyor for piece-wise movement of banknotes, and a storage unit, which is characterized by the fact that, in order to increase reliability, control valves and a transmission are introduced into it, and the reject banknote removal unit is equipped with a second suction roller with nozzles, the first and second suction rollers with nozzles are connected through slotted holes and control valves to a vacuum chamber, kinematically connected to each other and through a transmission to a drive connected to a transport rum singler for moving banknotes nym conjugate with a display unit connected to the control valves.
    TO
    [2]
    2. The device according to π. 1, characterized in that each suction roller is equipped with four nozzles, slotted holes are made in the form of arched cavities associated with a vacuum chamber formed by valve plates and a radially located inner cavity.
    [3]
    3, device pop. 1, which is deprived of the fact that the second suction roll is provided with two rows of nozzles located on both sides of the corresponding conjugate, a row of nozzles of the first suction roll a.
    G — Ί
    类似技术:
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    US2057279A|1936-10-13|Feeding mechanism
    GB2040094A|1980-08-20|Sorted coin counting apparatus
    US4220081A|1980-09-02|Sheet feeding, registering and printing apparatus
    同族专利:
    公开号 | 公开日
    CA1159399A|1983-12-27|
    EP0029268B1|1985-08-28|
    AU535139B2|1984-03-01|
    EP0029268A2|1981-05-27|
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    AT15287T|1985-09-15|
    AU6440980A|1981-05-21|
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    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    US1968941A|1930-10-23|1934-08-07|Hall Benjamin James|Apparatus for separating sheets of paper or other material while traveling in the same direction|
    US2528123A|1948-08-10|1950-10-31|Charles P Dyken|Rotary printing and distributing means|
    US2686052A|1950-06-29|1954-08-10|Berkley Machine Co|Control means for fluid pressure systems|
    US2804974A|1954-02-01|1957-09-03|Alonzo W Noon|Automatic separating system|
    US2752154A|1955-05-02|1956-06-26|Hughes Aircraft Co|Card receiving station|
    US2867438A|1956-10-19|1959-01-06|Gen Electric|Paper-stacking device|
    US2915308A|1957-12-26|1959-12-01|Julius C Matzen|Automatic feeding machines|
    NL284125A|1961-10-11|1900-01-01|
    US3180479A|1964-06-01|1965-04-27|Donald L Meeks|Carpenter's elevator and conveyor|
    CH440786A|1965-06-02|1967-07-31|Giori Gualtiero|Banknote control and packaging facility|
    DE2130441A1|1971-06-19|1973-02-08|Josephus Bernardus Dorgelo|PULL-IN DEVICE FOR A PRESS E.G. AN OFFSET PRESS|
    JPS5232549U|1975-08-28|1977-03-07|
    GB1531941A|1976-03-15|1978-11-15|Halm Instrument Co|Document detector and collector|
    GB2006168B|1977-10-19|1982-02-17|Ru Crosfield Ltd De|Sheet feeding apparatus|US4510615A|1981-12-29|1985-04-09|International Business Machines Corporation|Magnetic character reader with double document detection|
    US4739606A|1982-06-10|1988-04-26|Hammermill Paper Company|Conveyor means of system for in-line processing of envelopes and the like|
    US4607473A|1984-11-01|1986-08-26|Paper Converting Machine Company|Apparatus for handling flat, flexible web products|
    US5460273A|1986-09-05|1995-10-24|Opex Corporation|Apparatus for the automated processing of bulk mail having varied characteristics|
    US5842693A|1986-09-05|1998-12-01|Opex Corporation|Automated mail extraction and remittance processing|
    US5310062A|1986-09-05|1994-05-10|Opex Corporation|Apparatus for automated mail extraction and remittance processing|
    US4919415A|1988-02-23|1990-04-24|The Dow Chemical Company|Multiple delivery system|
    FR2643348B1|1989-02-23|1991-06-07|Peugeot|DEVICE FOR CONVEYING WORKPIECES WITH OR WITHOUT TURNING FOR THEIR STACKING IN AT LEAST ONE CONTAINER|
    US5417158A|1993-12-03|1995-05-23|Multi-Plastics, Inc.|Reciprocator sleeve for use in a printing press machine having an envelope feeder|
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    CN113426680B|2021-08-26|2021-11-16|苏州鼎纳自动化技术有限公司|Automatic optical detection, classification and packaging device and using method thereof|
    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    US06/094,446|US4299325A|1977-10-28|1979-11-15|Document detector and collector|
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