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    • 1. 发明申请
    • BLADE SHARPENING SYSTEM FOR AGRICULTURAL IMPLEMENTS
    • 农业用途叶片松饼系统
    • WO2013033635A1
    • 2013-03-07
    • PCT/US2012/053525
    • 2012-08-31
    • CNH AMERICA LLCZEMENCHIK, Robert A.RIEKE, IvanHOFFMAN, Mark
    • ZEMENCHIK, Robert A.RIEKE, IvanHOFFMAN, Mark
    • B24B27/00B24B3/46B24B41/02A01B23/06A01B15/16
    • B24B3/466A01B15/16A01B23/06B24B27/0007B24B27/0015B24B27/0084B24B41/02
    • A blade sharpening system (38) is provided that includes a base (40), and a pivoting member (42) rotatably coupled to the base (40) by a shaft (44). The blade sharpening system (38) also includes a sharpener (46) coupled to the pivoting member (42) and configured to engage a generally circular blade (22) of an agricultural implement (10) while the generally circular blade (22) is mounted on the agricultural implement (10). The pivoting member (42) is configured to enable movement of the sharpener (46) to accommodate lateral variations in a profile of the generally circular blade (22). The base (40) has a first plurality of recesses (92, 100, 104, 108, 116, 120, 124) configured to receive the shaft (44) and the pivoting member (42) having a second plurality of recesses (94, 102, 106, 110, 118, 122, 126) configured to receive the shaft (44), wherein the shaft (44) is selectively securable to each of the first plurality of recesses (92, 100, 104, 108, 116, 120, 124), and to each of the second plurality of recesses (94, 102, 106, 110, 118, 122, 126) to adjust the weight urging the sharpener (46) towards the blade and with it to adjust a contact force between the sharpener (46) and the generally circular blade (22).
    • 提供了一种刀片磨削系统(38),其包括基座(40)和通过轴(44)可旋转地联接到基座(40)的枢转构件(42)。 叶片磨边系统(38)还包括联接到枢转构件(42)并且构造成与大致圆形刀片(22)安装在一起的大致圆形的农具(10)的叶片(22)啮合的磨刀器(46) 对农具(10)。 枢转构件(42)构造成能够使磨刀器(46)能够移动,以适应大致圆形刀片(22)的轮廓的侧向变化。 底座(40)具有构造成容纳轴(44)的第一多个凹槽(92,100,104,108,116,120,124),枢转构件(42)具有第二多个凹部(94, ,其被配置为接收所述轴(44),其中所述轴(44)选择性地固定到所述第一多个凹部(92,100,104,108,112,126,126)中的每一个 ,124)以及第二多个凹部(94,102,106,110,118,122,126)中的每一个以调节推动磨刀器(46)朝向叶片的重量,并且通过它来调节两者之间的接触力 磨刀器(46)和大体圆形刀片(22)。
    • 8. 发明申请
    • ELECTRONIC ELECTRICITY METER
    • 电子电表
    • WO0000935A9
    • 2000-10-26
    • PCT/US9914575
    • 1999-06-28
    • GEN ELECTRICLEE ROBERT E JRRECTOR WILLIAM OHOFFMAN MARK EPAZDON JOHN J JRSCHMIDT LARRY AARSENAULT MARK RMANCUSO MARJORIE JZINKOWSKI VIRGINIA HGERMER WARREN RNAIK DONALD
    • LEE ROBERT E JRRECTOR WILLIAM OHOFFMAN MARK EPAZDON JOHN J JRSCHMIDT LARRY AARSENAULT MARK RMANCUSO MARJORIE JZINKOWSKI VIRGINIA HGERMER WARREN RNAIK DONALD
    • G01R21/133G07F7/00G07F15/00G07B17/00
    • G06Q20/127G01R21/133G07F15/00G07F17/0014Y04S20/36
    • An electronic electricity meter which, in one embodiment, includes a modem board, or unit, coupled to the meter microcomputer (20) and exchanges information between the meter (10) and a central computer (58) is described. Using signals supplied by the meter microcomputer (20) and the central computer (58), the modem unit (50) microcomputer can determine whether to exchange information between the meter and the central computer (58) and the proper time at which the information should be exchanged. In an exemplary embodiment, the modem unit (50) detects various conditions within the meter and responds by exchanging information with the central computer (58) at a proper, or pre-defined, time. The modem unit has two different basic modes, or states, of operation. These states of operation are sometimes referred to as the call originate mode and the call answer mode. Call originate refers to the mode of the unit when a condition occurs in meter 10 and information is being transmitted to the central computer (58) from the modem unit (50) utilizing a telephone line. The call is originated upon occurrence, for example of a power outage to the meter. In the call answer mode, the central computer originates a call to the meter. The central computer (58) can then transfer information to the meter, for example a new program can be stored in the modem unit memory.
    • 描述了在一个实施例中包括耦合到仪表微计算机(20)并且在仪表(10)和中央计算机(58)之间交换信息的调制解调器板或单元的电子电表。 调制解调器单元(50)微计算机利用由计量器微计算机(20)和中央计算机(58)提供的信号,可以确定是否在计量器和中央计算机(58)之间交换信息,以及信息应该 交换。 在示例性实施例中,调制解调器单元(50)检测仪表内的各种状况,并通过在适当的或预定义的时间与中央计算机(58)交换信息来作出响应。 调制解调器单元有两种不同的基本工作模式或状态。 这些操作状态有时被称为呼叫发起模式和呼叫应答模式。 呼叫始发是指当仪表10中出现状况并且利用电话线将信息从调制解调器单元(50)发送到中央计算机(58)时该单元的模式。 呼叫是在发生时发起的,例如电表断电。 在通话应答模式下,中央计算机向电表发出呼叫。 中央计算机(58)然后可以将信息传送到仪表,例如可以将新程序存储在调制解调器单元存储器中。