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    • 1. 发明申请
    • FORCE MODIFYING DEVICE
    • 强制修改装置
    • WO1990002092A1
    • 1990-03-08
    • PCT/US1989003586
    • 1989-08-21
    • DIEBOLD, INCORPORATED
    • DIEBOLD, INCORPORATEDWHEELOCK, Norman, R.
    • B65H01/12
    • B65H1/12G07D11/0012
    • The system includes a first elongated flexible element (92) having first second ends, the first end of the first flexible element being connectable to the force generating component (94), and a second elongated flexible element (80) having a first end and a second end, the first end of the second element being connectable to the load (64). A force modifying member (90) rotatable about a fixed axis is provided and includes first and second outwardly facing surfaces of predetermined lengths, curving about the axis, to which the second ends are respectively attached. The first and second surfaces are dimensioned such that rotation of the member about the axis in the first direction causes one of the elements to be wound onto its respective surface as the other element is unwound from its respective surface thereby varying the force moments about the axis so to render the biasing force on the load generally more uniform.
    • 该系统包括具有第一第二端的第一细长柔性元件(92),第一柔性元件的第一端可连接到力产生部件(94),第二细长柔性元件(80)具有第一端和 第二端部,第二元件的第一端可连接到负载(64)。 提供可围绕固定轴线旋转的力调节构件(90),并且包括围绕轴线弯曲的预定长度的第一和第二面向外的表面,第二端部分别附接到该表面。 第一和第二表面的尺寸被设计成使得当第一方向上的构件绕轴线的旋转使得一个元件被卷绕到其相应的表面上,因为另一个元件从其相应的表面展开,从而改变围绕轴线的力矩 以使负载上的偏置力一般更均匀。
    • 4. 发明申请
    • DEPOSITORY ENVELOPE PRINTING MECHANISM
    • 沉积环境印刷机制
    • WO1986003289A1
    • 1986-06-05
    • PCT/US1985002236
    • 1985-11-14
    • DIEBOLD, INCORPORATED
    • DIEBOLD, INCORPORATEDHILL, Jeffrey, A.YOHN, Robert, L.MODI, Ashok, L.NEWTON, Kevin, H.
    • G01D09/00
    • G07D11/0096
    • A depository envelope printing apparatus prints transaction identifying characters on envelopes deposited into an ATM, which envelopes (142) may be of uneven contour as a result of their containing coins or folded notes or instruments. The apparatus includes a print head (120) and a tracking shoe (121) mounted on a carriage plate (110). The carriage plate (110) is floatably mounted inside the ATM such that the tracking shoe (121) tracks a depository envelope surface which is to accept printing as the envelope (142) is being moved from the ATM customer to a place of storage within the ATM by a transport mechanism (26). The movements of the tracking shoe (121) are transmitted to the print head (120) so that it follows the contour of the envelope (142) while printing is performed thereon. A probe (128) located ahead of the tracking shoe (121) in the direction of the envelope path (A) tracks the level of the envelope surface a distance in advance of the tracking shoe (121). The probe (128) is connected to an electrical switch (136) which operates to interrupt the operation of the print head (120) whenever the contour of the envelope (148) between the areas tracked by the probe (128) and the tracking shoe (121) is so large that successful printing cannot be carried out on that portion of the envelope (142).
    • 7. 发明申请
    • ACCELERATOR RING
    • 加速环
    • WO1996015056A1
    • 1996-05-23
    • PCT/US1995012299
    • 1995-09-26
    • DIEBOLD, INCORPORATED
    • DIEBOLD, INCORPORATEDPILAND, Evan, R.DePIETRO, Mark
    • B65G51/06
    • B65G51/06
    • A wear ring (20) constructed for use with a pneumatic tube system carrier (10) of a type having two spaced apart wear rings (20) positioned near the axial ends of the carrier (10). The wear ring (20) is comprised of a rigid, yet flexible, annular support member (22) having an outer cylindrical surface (34). A layer of woven fabric (26) selected from the group consisting of cotton, nylon, wool, or felt is bonded to the cylindrical surface of the support member. The fabric material preferably has a coefficient of friction with the interior transfer tube not greater than .35.
    • 一种耐磨环(20),其构造用于具有位于所述载体(10)的轴向端附近的具有两个间隔开的耐磨环(20)的类型的气动管系统载体(10)。 磨损环(20)由具有外圆柱形表面(34)的刚性而又柔性的环形支撑构件(22)组成。 从棉,尼龙,羊毛或毛毡组成的组中选择的一层织物(26)被粘合到支撑构件的圆柱形表面上。 织物材料优选地具有不大于0.35的内部转印管的摩擦系数。
    • 8. 发明申请
    • SHEET HANDLING APPARATUS
    • 表格处理设备
    • WO1991008160A1
    • 1991-06-13
    • PCT/US1990007017
    • 1990-11-30
    • DIEBOLD, INCORPORATED
    • DIEBOLD, INCORPORATEDGRAEF, Harry, T.BLACKFORD, Damon, J.CREWE, Timothy, R.
    • B65H39/043
    • G07D11/0018B65H2404/1114G07D11/0003G07D11/0006
    • A device (10) for dispensing sheet media comprising a storage location (34) for storing sheet media to be dispensed; a receiving location (32) accessible to a patron from which the sheet media may be received; a receptacle (122) for retaining sheets of the media; a stacking assembly (200) for stacking individual sheets of the sheet media into a stack; a transport assembly (80), (180) for transporting individual sheets from the storage location (34) to the stacking assembly (200) and for transporting sheets of the media from the receiving location (32) to the receptacle (122); a transfer assembly (400) for transferring a stack of sheets from the stacking assembly (200) to the receiving location (32); and, a divert assembly (300) associated with the transport assembly operable to cause sheets transported from the storage location (34) to the stacking assembly (200) to be diverted to the receptacle (122).
    • 一种用于分配片材介质的装置(10),包括用于存储要分配的片材介质的存储位置(34) 接收位置(32),可接收片材介质的顾客可访问; 用于保持介质片的容器(122); 堆叠组件(200),用于将片材介质的各个片材堆叠成堆叠; 用于将各个片材从存储位置(34)传送到堆叠组件(200)并将介质的片材从接收位置(32)运送到容器(122)的运输组件(80),(180) 用于将堆叠的堆叠从堆叠组件(200)传送到接收位置(32)的传送组件(400); 以及与所述运输组件相关联的转向组件(300),其可操作以使从所述存储位置(34)传送到所述堆叠组件(200)的纸张被转移到所述容器(122)。
    • 10. 发明申请
    • PNEUMATIC TUBE SYSTEM AND BLOWER ASSEMBLY
    • 气动管系统和鼓风机总成
    • WO1997035792A1
    • 1997-10-02
    • PCT/US1997004384
    • 1997-03-19
    • DIEBOLD, INCORPORATED
    • DIEBOLD, INCORPORATEDGROSSWILLER, Leo, J.DePIETRO, Mark, A.ALBERT, Morton, B.WILHELM, Kenneth, L.BECK, Robert, J.
    • B65G51/32
    • B65G51/34
    • A blower assembly (100) for a pneumatic transfer tube system (10) comprises a housing (102, 104) having an internal cavity (106) and first and second external ports (152, 154) communicating therewith. A movable plate (112) having first and second sides divides the cavity into two generally isolated chambers. A blower (110) having vacuum and pressure ends (212, 214) is mounted to the plate (112), with the vacuum end (212) on the first side and the pressure end (214) on the second side. The blower (110) when operating creates a vacuum chamber on the first side and a pressure chamber on the second side. A drive assembly (222) attached to the plate (112) moves the plate (112) between a first position wherein the pressure chamber is in communication with the first port (152) and the vacuum chamber is in communication with the second port (154), and a second position wherein the pressure chamber is in communication with the second port (154) and the vacuum chamber is in communication with the first port (152).
    • 用于气动输送管系统(10)的鼓风机组件(100)包括具有内部空腔(106)的壳体(102,104)和与其连通的第一和第二外部端口(152,154)。 具有第一和第二侧面的可移动板(112)将空腔分成两个通常隔离的室。 具有真空和压力端(212,214)的鼓风机(110)安装到板(112)上,真空端(212)位于第一侧,第二侧的压力端(214)。 当操作时,鼓风机(110)在第一侧产生真空室,在第二侧产生压力室。 附接到板(112)的驱动组件(222)将板(112)移动到第一位置,其中压力室与第一端口(152)连通,并且真空室与第二端口(154)连通 )和第二位置,其中所述压力室与所述第二端口(154)连通并且所述真空室与所述第一端口(152)连通。