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    • 3. 发明授权
    • Currency dispensing apparatus
    • 货币配送设备
    • US4095781A
    • 1978-06-20
    • US724112
    • 1976-09-17
    • Jerome L. KistnerThomas R. AultzJohn A. LamplWilliam T. Uhlman
    • Jerome L. KistnerThomas R. AultzJohn A. LamplWilliam T. Uhlman
    • B65H3/10B65H5/02B65H7/12G07D11/00B65H3/14B65H5/08
    • B65H5/023B65H3/10B65H7/12G07D11/0003G07D11/0012B65H2301/42324B65H2404/261Y10S271/902
    • Currency dispensing apparatus is disclosed in which vertically stacked bills located in a removable container positioned in the dispenser are fed one-by-one from the top of the stack through an opening in the container ceiling by a proximately located overlying rotary suction head. The head advances the bills to the nip of a pair of superimposed bill transport belts overlying the stack from which point they are then transported by the belts back over the top of the stack to a diverter whereat the bills are either diverted to an underlying reject bin located adjacent the stack or to a delivery chute for manual removal by a customer. A multiple, or overlapped, bill sensor is located along the bill transport path between the suction pickup head and the diverter which, in cooperation with suitable control circuitry responsive to the sensor, controls the diverter for diverting multiple, or overlapped, bills into the underlying reject bin while allowing single bills to be transported to the customer delivery chute. A vertically reciprocable stack-supporting platform mounted to the dispenser frame independently of the removable currency container is received within the container, when the latter is located in the dispensing apparatus in underlying relationship to the stack, for advancing the stack upwardly to locate the top of the stack proximate the opening in the container ceiling in operative relationship to the suction head to facilitate pickup and feeding of bills to the nip of the transport belts.
    • 公开了一种货币分配装置,其中位于分配器中的可移除容器中的垂直堆叠的纸币通过位于上方的旋转吸头从容器顶部的开口逐一地从堆叠的顶部进给。 头部将钞票移动到叠置在堆叠上的一对叠加的纸币传送带的辊隙上,从那时起,纸带将纸带从纸张的顶部传送回转移器,在该转向器上纸币被转移到底部的垃圾桶 位于堆叠附近或者由用户手动去除的输送槽。 多个或重叠的纸币传感器沿着抽吸拾取头和分流器之间的纸币传送路径定位,其与响应于传感器的合适的控制电路协作控制转向器以将多个或重叠的纸币转移到底层 拒收纸箱,同时允许单一纸币运输到客户交货滑槽。 当容器内部位于分配装置中时,容纳器内容纳有独立于可拆卸货币容器安装到分配器框架上的可垂直往复运动的堆叠支撑平台,用于将堆叠向上推动以将堆叠顶部定位 靠近容器天花板中的开口的堆叠件与吸头起作用,以便于将纸币拾取和馈送到传送带的辊隙。
    • 4. 发明授权
    • Control circuit for multi-denomination cash dispenser
    • 多面额自动提款机控制电路
    • US4185646A
    • 1980-01-29
    • US824493
    • 1977-08-15
    • Thomas H. WoodsThomas R. Aultz
    • Thomas H. WoodsThomas R. Aultz
    • G07D11/00G07D1/00
    • G07D11/0072G06Q10/087G07D11/0054
    • A control circuit for a multi-denomination cash dispenser in which the number of bills or coins of each denomination, for varying desired quantities of money to be dispensed, are selected such that the total amount of time required to dispense varying quantities of each denomination is minimized. The control circuit of this invention does not necessarily result in dispensing of cash with a minimum number of bills and/or coins. However, it does, in addition to minimizing the cycle time of the cash dispensing operation, equalize the wear on the various individual dispensers; deplete the inventories of different denominations at approximately the same rate, thereby avoiding premature depletion of one denomination relative to the others, and provide the user with a varied mix of denominations regardless of the amount of currency requested.
    • 一种用于多面额自动提款机的控制电路,其中选择用于改变要分发的所需数量的货币的每个面额的纸币或硬币的数量,使得分配不同数量的各种面额所需的总时间是 最小化。 本发明的控制电路不一定导致以最少数量的纸币和/或硬币分配现金。 然而,除了最小化现金分发操作的周期时间之外,它还能平衡各种分配器上的磨损; 以大致相同的速度消耗不同面值的清单,从而避免相对于其他面值的过早消耗,并为用户提供不同的面额组合,而不管所要求的货币数量。
    • 5. 发明授权
    • Magnetically encoded card read/write/capture apparatus
    • 磁编码卡读/写/捕获设备
    • US4141044A
    • 1979-02-20
    • US724697
    • 1976-09-17
    • Jerome L. KistnerThomas R. AultzBilly G. RoyWillis C. Haight
    • Jerome L. KistnerThomas R. AultzBilly G. RoyWillis C. Haight
    • G06K7/015G06K7/016G06K13/07G06K7/04G06K7/08G11B25/04
    • G06K7/015G06K13/07G06K7/016
    • Apparatus for capturing a card and/or reading and/or writing data bits on a record stripe of the card, including a carriage for supporting a card inserted into the apparatus via a slot, the carriage being bidirectionally selectively driven past a transducer on elongated guide means by a motorized rotatable screw threadably engaging the carriage. A card clamp assembly is associated with the carriage for clamping an inserted card thereto when the carriage is located in other than its home position, whereat positive transfer of a card between the insertion slot and carriage occurs, which home position is proximate the card insertion slot. Stationarily mounted cams cooperating with cam followers of the card clamp assembly deactivate the clamp when the carriage is in its home position to facilitate transfer of an inserted card to and from the carriage. A motor-driven pick-up roll assembly located between the card insertion slot and the carriage home position facilitates mounted positive transfer of a card between the slot and carriage. A card abutment selectively interposable in the path of a card carried by the translating carriage strips and the card from the carriage for deposit in an underlying bin to capture an inserted card rather than return it to the user. A slotted disc mounted for rotation with the carriage drive screw cooperates with a phototransducer assembly to provide timing pulses at a rate correlated to the rate a card carried by the carriage moves past the transducer, enabling data to be read from and/or written on the card record stripe at a density, in bits per unit record length, which is invariant notwithstanding variations in the translational velocity of the card past the transducer. A mounting assembly for the transducer is provided which accommodates for variations in the position of the card record stripe relative to the transducer induced by vibration, card warpage and the like.
    • 用于在卡的记录条上捕获卡和/或读取和/或写入数据位的装置,包括用于支撑经由插槽插入到装置中的卡的托架,托架被双向选择性地驱动经过细长引导件上的换能器 通过与滑架螺纹接合的电动旋转螺钉的装置。 卡片夹组合件与托架相关联,当滑架位于其原始位置之外时,将插入的卡夹持在其上,其中卡在插入槽和托架之间正向传递,其中原始位置靠近卡插入槽 。 与卡夹组件的凸轮从动件配合的固定安装的凸轮在滑架处于其原始位置时使夹具停止活动,以方便将插入的卡传送到滑架和从滑架移出。 位于卡片插入槽和托架原位之间的电机驱动的拾取辊组件有助于在卡槽和滑架之间安装卡片的正传送。 卡片基座选择性地相对于由平移的滑架条带承载的卡的路径中,并且卡从托架中沉积在下面的仓中以捕获插入的卡,而不是将其返回给用户。 安装为与托架驱动螺杆一起旋转的开槽圆盘与光电传感器组件协作以提供定时脉冲,其速率与由托架携带的卡移动通过换能器的速率相关联,使数据能够从和/或写入 卡片记录条带密度,单位记录长度的位数,尽管卡经过传感器的平移速度的变化是不变的。 提供了一种用于换能器的安装组件,其适于卡片记录条纹相对于由振动,卡翘曲等引起的换能器的位置的变化。
    • 8. 发明授权
    • Depository for receiving, imprinting and storing deposited articles of
variable thickness
    • 用于接收,压印和存储可变厚度的沉积物的存放处
    • US3942435A
    • 1976-03-09
    • US539021
    • 1975-01-06
    • Thomas R. AultzJerome L. Kistner
    • Thomas R. AultzJerome L. Kistner
    • B41K3/04E05G7/00G07D11/00B41F17/00
    • B41K3/04E05G7/001G07D11/0096
    • A depository for receiving, imprinting and storing deposited articles of varying thickness including a housing having a slot in the front thereof through which articles of variable thickness are inserted, a vault also located within the housing into which articles inserted through the housing slot are ultimately transferred for storage, and a movable tube for temporarily storing an article inserted therein through the housing slot while the same is imprinted with a date of deposit or the like and thereafter transferring the imprinted article to the vault. The tube is movable between a first, article-receiving position in which an article receiving end communicates with the housing slot to permit an inserted article to be received within the tube; a second, article-discharge position in which the article stored in the tube is discharged under the force of gravity into the vault via an opening in the other end of the tube; and third, article-imprinting positions variably located intermediate the first and second positions in which the articles of varying thickness in the tube are imprinted by a printer mounted on the tube, which printer moves into imprinting relationship with the temporarily stored article as an incident to movement of the tube between the first, article-receiving position and the second, article-discharge position. The slot in the housing is dimensioned such that it is smaller than the tube in which the inserted articles are temporarily stored to effect imprinting, to prevent insertion into the tube of an article which, with respect to the tube, is oversized and which could lodge in the tube and fail to be discharged into the vault under the force of gravity when the tube is placed in its article-discharge position.
    • 用于接收,压印和存储不同厚度的沉积物品的储存器,其中包括在其前部具有可变厚度物品的壳体的外壳,通过该外壳插入可变厚度的物品,也位于壳体内的拱顶,其中通过壳体槽插入的物品被最终转移 以及可移动管,用于临时存放通过所述壳体槽插入其中的物品,同时印有存放日期等,然后将所述印刷品传送到所述库。 管可在第一物品接收位置之间移动,物品接收端与容纳槽连通,允许插入的物品被容纳在管内; 第二,物品排出位置,其中存储在管中的物品在重力作用下通过管的另一端的开口排放到拱顶中; 第三,可变地位于第一和第二位置之间的物品压印位置,其中管中不同厚度的物品由安装在管上的打印机印刷,该打印机与临时存储的物品作为事件进行打印关系 管在第一物品接收位置和第二物品排出位置之间的运动。 外壳中的狭槽的尺寸设计成使其小于插入物品被临时储存以进行压印的管,以防止插入到管中,该物品相对于管而言是超大尺寸的并且可能存在 并且当管被放置在其物品排放位置时,在重力作用下不能将其排放到拱顶内。