会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明申请
    • DETECTION CIRCUIT FOR DETECTING MOVEMENTS OF A MOVABLE OBJECT
    • 检测可移动物体运动的检测电路
    • WO2007122549A2
    • 2007-11-01
    • PCT/IB2007/051365
    • 2007-04-17
    • KONINKLIJKE PHILIPS ELECTRONICS N.V.PHAN LE, Kim
    • PHAN LE, Kim
    • G06F3/033G06F3/0338
    • G06F3/0202G05G9/047G05G2009/04729G05G2009/04759G05G2009/04777G06F3/0304G06F3/0338
    • Detection circuits (1) for detecting movements of movable objects (2) such as joysticks are provided with detectors (100,200) for detecting movements of the movable objects (2), comprising detection units (101-136,201-204) for detecting light spots (3) from sources (4), the light spots (3) depending on said movements, and with reference detectors (300) for compensating for aging / process variations, comprising reference detection units (301-304) for calibrating the detection units (101-136,201-204). Such detection circuits (1) suffer from aging / process variations to a relatively small extent. First detectors (100) for detecting x or y movements are partly located within the light spot (3) dependently on positions of the joysticks and the reference detectors (300) are then entirely located within the light spot (3) independently from positions of the joysticks. Second detectors (200) for detecting z movements are entirely located within the light spot (3) independently from positions of the joysticks and the reference detectors (300) are then entirely located outside the light spot (3) independently from positions of the joysticks.
    • 用于检测诸如操纵杆之类的可移动物体(2)的移动的检测电路(1)设置有用于检测可移动物体(2)的移动的检测器(100,200),检测单元(101-136,201 -204),用于检测来自光源(4)的光点(3),取决于所述移动的光点(3)以及用于补偿老化/过程变化的参考检测器(300),其包括参考检测单元(301-304 )用于校准检测单元(101-136,201-204)。 这种检测电路(1)受到老化/工艺变化的影响程度相对较小。 用于检测x或y运动的第一检测器(100)部分地位于光点(3)内,取决于操纵杆的位置,并且参考检测器(300)然后完全位于光点(3)内,与位置 操纵杆。 用于检测z移动的第二检测器(200)完全位于独立于操纵杆位置的光点(3)内,并且参考检测器(300)然后独立于操纵杆的位置而完全位于光点(3)外部。
    • 2. 发明申请
    • FULL-AXIS SENSOR FOR DETECTING INPUT FORCE AND TORQUE
    • 用于检测输入力和扭矩的全轴传感器
    • WO2006016138A1
    • 2006-02-16
    • PCT/GB2005/003109
    • 2005-08-08
    • CI3 LIMITEDPERATECH LIMITEDGRAHAM, MarkLUSSEY, Chris
    • GRAHAM, MarkLUSSEY, Chris
    • G01L5/22
    • G01L5/223G01L5/16G05G9/04737G05G2009/04707G05G2009/04729G05G2009/04762
    • A sensor (100) for detecting input force and/or torque with six degrees of freedom for use as a computer input device is provided. The sensor has a technically simple detection mechanism which obviates the need for complex and fragile securing components. A user-manipulable core (106) is enclosed in a casing (109). Electrodes (114) in the casing (109) are separated from the core (106) by a layer of elastically deformable conductive polymer (108). Electric current flows between the core (106) and the electrodes (114). The polymer (108) has variable resistivity depending on the stress it experiences. Manipulation of the core (106) causes deformation of the polymer (108); the type of deformation, and hence the type of force/torque applied to core (106), is determinable from the currents flowing through the electrodes (114).
    • 提供了用于以六自由度检测用作计算机输入装置的输入力和/或扭矩的传感器(100)。 传感器具有技术上简单的检测机制,可以避免对复杂和易碎的固定部件的需要。 用户可操纵的芯(106)被封装在壳体(109)中。 壳体(109)中的电极(114)通过一层可弹性变形的导电聚合物(108)与芯部(106)分离。 电流在芯(106)和电极(114)之间流动。 聚合物(108)具有取决于其经历的应力的可变电阻率。 芯部(106)的操纵导致聚合物(108)的变形; 变形的类型以及因此施加到芯(106)的力/扭矩的类型可以从流过电极(114)的电流确定。
    • 3. 发明申请
    • POINTING DEVICE
    • 指向装置
    • WO2017064200A1
    • 2017-04-20
    • PCT/EP2016/074615
    • 2016-10-13
    • ETH ZURICH
    • HÖPFLINGER, MarkusHUTTER, Marco
    • G06F3/0338G05G9/047
    • G06F3/0338G05G9/047G05G2009/04729G05G2009/04755G05G2009/04766
    • The invention relates to a pointing device (1) for controlling an apparatus, wherein the pointing device (1) comprises a chamber (2) comprising a cavity (21), an elastomer (3), which is arranged in the cavity (21) in order to provide a restoring force, and a manipulation member (4) having a manipulation section (41) and an embedded section (42), wherein the manipulation section (41) and the embedded section (42) are positioned along a longitudinal axis (5) of the manipulation member (4), and the embedded section (42) is positioned in the cavity (21) and embedded by the elastomer (3), wherein the elastomer (3) essentially fills the cavity (21). The invention further relates to a method for manufacturing a pointing device (1) according to the present invention and a method for controlling an apparatus by means of a pointing
    • 本发明涉及一种用于控制设备的指示设备(1),其中指示设备(1)包括腔室(2),腔室(2)包括空腔(21),弹性体(3) (41)和嵌入部(42)的操作部件(4),所述操作部(41)和所述嵌入部(41)设置在所述空腔(21)中以提供恢复力, 所述弹性体(3)基本上沿着所述操纵构件(4)的纵向轴线(5)定位,并且所述嵌入部分(42)定位在所述腔体(21)中并且由所述弹性体(3) 填充空腔(21)。 本发明还涉及一种用于制造根据本发明的指示设备(1)的方法以及一种用于通过指向装置(1)控制装置的方法,
    • 5. 发明申请
    • JOYSTICK
    • 操纵杆
    • WO1989006022A1
    • 1989-06-29
    • PCT/GB1988001139
    • 1988-12-21
    • PURNELL, Victor, John
    • G06K11/06
    • H01H25/04G05G9/047G05G2009/04722G05G2009/04729G05G2009/04744G05G2009/04774
    • A joystick controller comprises a base (10) to which an upright element (22) is fixed, and a tubular joystick (20) positioned around the fixed element and pivotally mounted (at 24) to the base. Electrical contacts (28) are carried by the joystick (20) and make selectively with the fixed element depending on the direction in which the joystick is tilted. The base (10) has a curved bottom to seat equally in the right or left hand of the user, but has portions (12) which can be hinged open to reveal a flat bottom which will sit on a desktop and be retained thereon by suction pads (18).
    • 操纵杆控制器包括固定有直立元件(22)的基座(10)和围绕固定元件定位并且枢转地安装(基于24)到基座的管状操纵杆(20)。 电触头(28)由操纵杆(20)承载,并根据操纵杆倾斜的方向选择性地固定固定元件。 基座(10)具有弯曲的底部,以平等地位于使用者的右手或左手中,但具有能够铰接打开的部分(12),以露出平底,该底部将坐在桌面上并通过吸力保持在其上 垫(18)。
    • 10. 发明申请
    • ANALOGUE CONTROL ELEMENT
    • 模拟执行器
    • WO1996038810A1
    • 1996-12-05
    • PCT/EP1996002332
    • 1996-05-30
    • WERGEN, Gerhard
    • G06K11/18
    • G05G9/047G05G2009/04729G05G2009/04762
    • A hermetically sealable control element has a lever tared by a counter-weight (34) in unstable equilibrium. The lever consists of a handle (12) and of a pressure-transmitting element (15) form-fittingly suspended in a housing (14) so as to swivel therein. The pressure-transmitting element (15) is supported with no clearance in the housing (14) against at least one force sensor (25) that reacts practically without delay and is in turn supported against the housing (14). When several such control element housings (14) are superimposed in cascade, the projecting handles (12) are coaxially nested into each other with a small radial clearance, whereas their lever relationships in relation to their suspensions (11) are identical. Variable, highly reproducible and dynamic controls may thus be given along several axes simultaneously without any delay, by exercising with the fingers of one hand a transverse pressure on the handles (12) that project out of each other.
    • 一种密封kapselbares致动器具有上微妙的平衡配衡的杠杆手柄(12)的配重(34)的被安装在壳体中的形状配合可枢转的装置和druckübermittelndem元件(15)(14)并响应对战至少一个基本上没有位移 力传感器(25)被施加,这继而相对于壳体(14)被支撑。 与几个重叠级联,促动器壳体(14)从其手柄(12)突出以微小的径向玩同轴地延伸到彼此中,在相互相等的杠杆比相对于它的吊架(11)。 这使得能够同时进行多轴无轨可变规格高的再现性和动力学用一只手对隔开优良处理手指通过横向压力应力(12)。