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
    • 2. 发明授权
    • Multi-axis potentiometer
    • 多轴电位器
    • US06535104B1
    • 2003-03-18
    • US09675556
    • 2000-09-29
    • David Koizumi
    • David Koizumi
    • H01C1000
    • H01C10/32G05G9/047G05G9/04737
    • A multi-axis potentiometer according to this invention is capable of determining actuator movement along multiple axes. The potentiometer includes a hollow, semi-spherical shell lined internally with a resistive element. Electrical contacts are attached across from each other along the resistive element near an opening of the shell to supply a source voltage or current to the resistive element. A pair of sensors are arranged on the end of an armature to contact the resistive element. The sensors in the end of the armature are used to sense voltage or current levels at the points where they contact the resistive element. These voltage or current levels are used to determine spherical coordinates corresponding to the location of the contact point and to determine an angle of rotation of the armature relative to the resistive element. A slidable handle can further be provided to a stem of the armature. The slidable handle contains a sensor to contact a resistive element located on the stem of the armature. A source voltage or current is applied to the resistive element and the handle sensor senses a voltage or current level at a contact point between the handle sensor and the resistive element. This voltage or current level can then be used to determine a position of the handle relative to the stem, corresponding to an elevation of the handle.
    • 根据本发明的多轴电位计能够确定沿着多个轴的致动器运动。 电位计包括一个中空的半球形壳体,内部衬有电阻元件。 电触头沿着壳体的开口处的电阻元件彼此相对地附接,以将电源电压或电流提供给电阻元件。 一对传感器布置在电枢的端部上以接触电阻元件。 电枢端部的传感器用于检测电阻元件接触点处的电压或电流电平。 这些电压或电流水平用于确定对应于接触点的位置的球面坐标并且确定衔铁相对于电阻元件的旋转角度。 可以进一步将滑动手柄提供到电枢的杆上。 可滑动手柄包含一个传感器,用于接触位于电枢杆上的电阻元件。 源电压或电流被施加到电阻元件,并且手柄传感器感测手柄传感器和电阻元件之间的接触点处的电压或电流水平。 然后可以使用该电压或电流水平来确定手柄相对于杆的位置,对应于手柄的高度。
    • 5. 发明授权
    • 3D encoder
    • 3D编码器
    • US06700563B1
    • 2004-03-02
    • US09676027
    • 2000-09-29
    • David Koizumi
    • David Koizumi
    • G09G500
    • G01B5/207
    • A 3D encoder includes a body having several pin cavities. Several pins are also provided, wherein each pin is located within one of the pin cavities and wherein each pin is capable of sliding movement within its pin cavity. Each of the pins is capable of being displaced by contact with a surface of a 3D object to be encoded. A sensing mechanism is provided to determine an amount by which each of the pins is displaced due to contact between that pin and the surface of the 3D object. A computer can be used to translate displacement data into a 3D mapping representative of the 3D object being encoded. A method of creating a computerized representation of a 3D object is also provided and includes placing a 3D object in communication with a plurality of pins to deflect a position of each of the pins contacting the 3D object in an amount corresponding to a shape of a surface of the 3D object. An amount of displacement of each of the pins is then determined and computer data representative of the shape of the surface of the 3D object can be generated based on the displacement data.
    • 3D编码器包括具有多个销腔的主体。 还提供了几个销,其中每个销位于一个销腔内,并且其中每个销能够在其销腔内滑动。 每个引脚能够通过与待编码的3D对象的表面接触而移位。 提供感测机构以确定每个销由于该销和3D对象的表面之间的接触而移位的量。 计算机可用于将位移数据转换为代表正被编码的3D对象的3D映射。 还提供了一种创建3D对象的计算机化表示的方法,并且包括放置与多个针相通的3D对象,以使与3D对象接触的每个销的位置以对应于表面形状的量 的3D对象。 然后确定每个销的位移量,并且可以基于位移数据生成表示3D对象的表面的形状的计算机数据。