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    • 12. 发明公开
    • Drive controller for a rail vehicle
    • 有轨车辆的驱动控制器
    • EP1400426A2
    • 2004-03-24
    • EP03255922.1
    • 2003-09-22
    • Bombardier Transportation GmbH
    • Gelbert, LutzGlier, Bernd
    • B61C17/04B60K41/20G05G9/047
    • G05G1/06B60L7/26B60L7/28B60L2200/26B60L2200/40B60L2250/10B60L2250/24B61C17/04G05G9/047G05G9/04788G05G2009/04774G05G2009/04777H01H2009/066H01H2239/03H01H2300/026Y02T30/10
    • A drive controller for a rail vehicle is disclosed comprising a drive control member (20) and a control unit (22), the control unit is adapted to generate a drive signal upon movement of the drive control member in a first direction (B) with respect to the control unit and generates a brake signal upon movement in a second direction (A) opposite to the first direction, the drive control member (20) is also provided with a switch (44), actuation of the switch causing operation of an essential function of the rail vehicle. The switch is provided on the drive control member such that inadvertent operation of the switch is precluded. The switch may be used to switch between different brake systems whereby optimised braking of the rail vehicle can be achieved. In particular the drive controller serves to integrate a large number of functions into a single controller which in previous vehicles were provided by a number of different control levers.
    • 公开了一种用于轨道车辆的驱动控制器,其包括驱动控制构件(20)和控制单元(22),所述控制单元适于在所述驱动控制构件沿第一方向(B)移动时产生驱动信号, 相对于所述控制单元并且在与所述第一方向相反的第二方向(A)上移动时产生制动信号,所述驱动控制构件(20)还设置有开关(44),所述开关的致动引起 铁路车辆的基本功能。 开关设置在驱动控制构件上,从而排除开关的无意操作。 开关可以用于在不同的制动系统之间切换,由此可以实现轨道车辆的优化制动。 特别是,驱动控制器用于将大量功能集成到单个控制器中,其在先前的车辆中由多个不同的控制杆提供。
    • 13. 发明公开
    • Inputting device and mobile terminal
    • Eingabevorrichtung und mobileilesEndgerät
    • EP1385081A2
    • 2004-01-28
    • EP03016815.7
    • 2003-07-23
    • NEC CORPORATION
    • Suzuki, DaisukeUchikawa, TatsuyaKiuchi, HiroyukiShiraishi, Mitsutaka, c/o NEC Saitama, Ltd.Ito, Takao, c/o NEC Saitama, Ltd.Matsuo, Ryuji, c/o NEC Saitama, Ltd.
    • G06F3/033
    • G06F3/03548H01H25/002H01H2025/004H01H2221/012H01H2223/002H01H2231/022H01H2239/022H01H2239/024H01H2239/03H03K17/97H04M1/23
    • An inputting device, in which a moving control command to a subject to be controlled is formed on a display in an arbitrary direction and the waterproof and the dustproof are provided and whose structure does not have a part sticking out of the surface of the cabinet or has the part sticking out of the surface of the cabinet as small as possible even if it has the sticking out part and whose structure is also simple, is provided. In this, a plane being about parallel to the front surface of the cabinet is defined as an XY plane in an XY orthogonal coordinate system. The inputting device is disposed in an opening part of a cabinet. The inputting device provides an elastic sheet that is made of a material having elasticity and flexibility or having only elasticity and is disposed inside the cabinet in about parallel to the XY plane in a state that the front surface of the elastic sheet faces the rear surface of the front side of the cabinet, a sliding key that is fixed tightly on the front surface of the elastic sheet so that the sliding key is disposed at an about center of the opening part in a state that the sliding key is possible to move in an arbitrary direction on the XY plane, sensors that at least detect the moved direction of the sliding key on the XY plane, and a first controlling means that generates a first control signal based on the moved direction and the amount of the movement of the sliding key detected by the sensors.
    • 一种输入装置,其中在任意方向的显示器上形成对要被控制的对象的移动控制命令,并且提供防水和防尘,并且其结构不具有从机壳的表面伸出的部分,或者 即使具有伸出部分并且其结构也简单,其部件尽可能小地伸出机壳的表面。 在此,将平行于机壳前表面的平面定义为XY正交坐标系中的XY平面。 输入装置设置在机柜的开口部。 输入装置提供弹性片,该弹性片由具有弹性和柔性或仅具有弹性的材料制成,并且在弹性片的前表面面向背面的状态下设置在机壳内大致平行于XY平面 机壳的前侧,滑动键紧密地固定在弹性片的前表面上,使得滑动键设置在开口部的大致中心处,该滑动键处于滑动键能够移动的状态 在XY平面上的任意方向,至少检测滑动键在XY平面上移动的方向的传感器,以及基于移动方向和滑动键的移动量产生第一控制信号的第一控制装置 由传感器检测。
    • 14. 发明公开
    • Key input device
    • Eingabetastatur
    • EP1361503A2
    • 2003-11-12
    • EP03009649.9
    • 2003-04-30
    • Polymatech Co., Ltd.
    • Ohgitani, Kenji, Fukushima Pl. of Polytech Co. Ltd
    • G06F3/023G06K11/18
    • G06F3/0338H01H25/041H01H2221/012H01H2239/03
    • A key input device in which an input key(12,30,42,50) is oscillated with respect to an opposing surface (22, 59) facing a bottom portion(14a,32a,46a,51a) thereof and in which depression of the opposing surface(22,59) with the input key(12,30,42,50) at a normal operating point(16a∼16d) situated above a contact portion (22a∼22d, 59a∼59d, 60a∼60d) of a board (22, 58) causes the input key(12,30,42,50) to tilt in a normal oscillating direction(21a∼21d) to effect input at the contact portion(22a∼22d,59a∼59d,60a∼60d). Either the bottom portion(14a,32a,46a,51a) of the input key(12,30,42,50) or the opposing surface(22,59) is equipped with guide protrusions(20a∼20d,25a∼25d,34a∼34d,47a∼47d,54a∼54d, 63a∼63d) arranged symmetrically with respect to an imaginary line(21a∼21d) extending along the normal oscillating direction(21a∼21d) of the input key(12,30,42,50). Depression of the opposing surface(22,59) with the input key(12,30,42,50) at an erroneous operating point deviated from the normal operating point(16a∼16d) results in the guide protrusions(20a∼20d,25a∼25d,34a∼34d,47a∼47d,54a∼54d,63a∼63d) guiding the input key(12,30,42,50) to tilt in the normal oscillating direction(21a∼21d) while abutting either the bottom portion(14a,32a,46a,51a) of the input key(12,30,42,50) or the opposing surface(22,59).
    • 一种键输入装置,其中输入键(12,30,42,50)相对于面向其底部(14a,32a,46a,51a)的相对表面(22,59)摆动,其中凹陷 在位于板(22,58)的接触部分(22a = 222d,59a = 59d,60a = 60d)上方的正常操作点(16a = 16d)处的输入键(12,30,42,50)的相对表面(22,59)导致 所述输入键(12,30,42,50)以正常振荡方向(21a = 21d)倾斜以在所述接触部分(22a = 222d,59a = 59d,60a = 460d)处进行输入。 输入键(12,30,42,50)或相对表面(22,59)的底部(14a,32a,46a,51a)或相对表面(22,59)中的任何一个都具有引导突起(20a = 20d,25a = 25d,34a = 34d,47a = 47d,54a = 54d ,63a,63d)相对于沿着输入键(12,30,42,50)的正常振荡方向(21a / 21d)延伸的假想线(21a = 21d)对称布置。 在与正常操作点(16a = 16d)偏离的错误操作点处的输入键(12,30,42,50)的相对表面(22,59)的凹陷导致引导突起(20a = 20d,25a = 25d,34a = 34d,47a = 47d ,54a,54d,63a,63d)引导所述输入键(12,30,42,50)在所述正常振荡方向(21a = 21d)上倾斜,同时抵靠所述输入键(12,12)的底部(14a,32a,46a, 30,42,50)或相对表面(22,59)。