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
    • Inductive presence or position sensor for detecting both ferrous and non-ferrous metals
    • 用于检测黑色金属和有色金属的感应存在或位置传感器
    • US07994778B2
    • 2011-08-09
    • US12072711
    • 2008-02-27
    • Rémy KirchdoerfferVladimir Frolov
    • Rémy KirchdoerfferVladimir Frolov
    • G01B7/14G01N27/82
    • G01D5/2046G01D5/2053
    • An inductive sensor or detector includes as its sensitive element, preferably defining a front working plane of the sensor, a coil system forming an air-core transformer arrangement with a primary coil or winding (2) and a secondary coil or winding (3). The primary coil or winding of the system is associated with a capacitive component (4) in order to constitute a LC oscillating circuit whose oscillation is sustained by an adapted generator (5) in the form of an operational amplifier (6) and an associated resistance arrangement (R, R5, R13). The sensor also includes a signal processing circuit, for example signal adding (8), amplifying, converting (9) and/or evaluating circuits (10), fed by at least one signal provided by at least one component of the coil system. The inductive sensor comprises a direct or indirect feedback line (11) from the secondary coil or winding (3) to the input of the operational amplifier (6) of the generator (5).
    • 感应传感器或检测器包括作为其敏感元件,优选地限定传感器的前工作平面,形成具有初级线圈或绕组(2)和次级线圈或绕组(3)的空心变压器布置的线圈系统。 系统的初级线圈或绕组与电容部件(4)相关联,以便构成LC振荡电路,其振荡由运算放大器(6)形式的适配发生器(5)维持,并且相关联的电阻 排列(R,R5,R13)。 传感器还包括信号处理电路,例如信号加法(8),放大,转换(9)和/或评估电路(10),由至少一个由线圈系统的组件提供的信号馈送。 感应传感器包括从次级线圈或绕组(3)到发电机(5)的运算放大器(6)的输入的直接或间接反馈线(11)。
    • 3. 发明申请
    • Inductive presence or position sensor
    • 感应存在或位置传感器
    • US20090039873A1
    • 2009-02-12
    • US12072711
    • 2008-02-27
    • Remy KirchdoerfferVladimir Frolov
    • Remy KirchdoerfferVladimir Frolov
    • G01B7/00
    • G01D5/2046G01D5/2053
    • An inductive sensor or detector includes as its sensitive element, preferably defining a front working plane of the sensor, a coil system forming an air-core transformer arrangement with a primary coil or winding (2) and a secondary coil or winding (3). The primary coil or winding of the system is associated with a capacitive component (4) in order to constitute a LC oscillating circuit whose oscillation is sustained by an adapted generator (5) in the form of an operational amplifier (6) and an associated resistance arrangement (R, R5, R13). The sensor also includes a signal processing circuit, for example signal adding (8), amplifying, converting (9) and/or evaluating circuits (10), fed by at least one signal provided by at least one component of the coil system. The inductive sensor comprises a direct or indirect feedback line (11) from the secondary coil or winding (3) to the input of the operational amplifier (6) of the generator (5).
    • 感应传感器或检测器包括作为其敏感元件,优选地限定传感器的前工作平面,形成具有初级线圈或绕组(2)和次级线圈或绕组(3)的空心变压器布置的线圈系统。 系统的初级线圈或绕组与电容部件(4)相关联,以便构成LC振荡电路,其振荡由运算放大器(6)形式的适配发生器(5)维持,并且相关联的电阻 排列(R,R5,R13)。 传感器还包括信号处理电路,例如信号加法(8),放大,转换(9)和/或评估电路(10),由至少一个由线圈系统的组件提供的信号馈送。 感应传感器包括从次级线圈或绕组(3)到发电机(5)的运算放大器(6)的输入的直接或间接反馈线(11)。
    • 4. 发明授权
    • Inductive proximity sensor
    • 感应式接近传感器
    • US07586303B2
    • 2009-09-08
    • US11090161
    • 2005-03-28
    • Remy KirchdoerfferVladimir Frolov
    • Remy KirchdoerfferVladimir Frolov
    • G01B7/14
    • H03K17/9537
    • An inductive proximity sensor includes a coil or inductance arranged in the vicinity of an active surface or end of the sensor, a current source repeatedly supplying the inductance, and a signals processor for signals corresponding to the voltages induced in the coil when fed. The induced voltages are influenced by the presence of objects within a given detection area, depending on their distance and on their constituting material. The coil or inductance is part of a parallel LC circuit. The current source is the capacitor of the LC circuit. A voltage signal amplitude measurement is performed after each switch from charge to discharge state. The result is computed using reference measurements to calculate a distance, a nature of the constituting material, and/or mass indicative value of the objects.
    • 感应式接近传感器包括布置在传感器的有源表面或端部附近的线圈或电感器,反复提供电感的电流源和用于在馈送时在线圈中感应的电压的信号的信号处理器。 感应电压受到给定检测区域内物体存在的影响,这取决于它们的距离及其构成材料。 线圈或电感是并联LC电路的一部分。 电流源是LC电路的电容。 在从充电到放电状态的每个开关之后执行电压信号幅度测量。 使用参考测量来计算结果以计算物体的距离,性质和/或质量指示值。
    • 5. 发明申请
    • Method for operating a photoelectric sensor arrangement and corresponding sensor
    • 操作光电传感器装置和相应传感器的方法
    • US20060163447A1
    • 2006-07-27
    • US11318758
    • 2005-12-28
    • Vladimir Frolov
    • Vladimir Frolov
    • G01J1/32G01J1/44
    • G01V8/20
    • A method for operating a photoelectric sensor arrangement having a pulsed light emitting first module, a light receiving and converting second module and a level judging and/or processing third module. The method includes: sending periodically light pulses from the first module towards the second module, producing an analog potential signal at the second module and transmitting the signal to the third module, processing the analog signal at the third module and providing an evaluation or control information or signal depending on the processing results, before transmission to the third module, inverting the analog signal produced by the second module and shifting or offsetting the inverted signal, and at the third module, measuring the inverted and shifted analogue signal at least once between two successive light pulses and processing the measured value(s).
    • 一种用于操作具有脉冲发光第一模块,光接收和转换第二模块以及电平判断和/或处理第三模块的光电传感器装置的方法。 该方法包括:周期性地从第一模块向第二模块发送光脉冲,在第二模块处产生模拟电位信号,并将信号发送到第三模块,在第三模块处理模拟信号并提供评估或控制信息 或信号取决于处理结果,在传输到第三模块之前,将由第二模块产生的模拟信号反相并移位或抵消反相信号,并且在第三模块处,在两个之间至少测量一次反相和移位的模拟信号 连续的光脉冲并处理测量值。
    • 6. 发明申请
    • Inductive proximity sensor
    • 感应式接近传感器
    • US20050212510A1
    • 2005-09-29
    • US11090161
    • 2005-03-28
    • Remy KirchdoerfferVladimir Frolov
    • Remy KirchdoerfferVladimir Frolov
    • G01V3/10H01F5/00H03K17/95
    • H03K17/9537
    • An inductive proximity sensor (D) includes: a coil or inductance (L) arranged in the vicinity of the active surface or end of the sensor (D), a current source (C, S) repeatedly supplying the coil or inductance, a signals processor (SP) for signals corresponding to the voltages (V) induced in the coil or inductance (L) when fed, the induced voltages (V) being influenced by the presence of objects or bodies (B) within a given detection area, depending on their distance and on their constituting material(s), and the coil or inductance (L) being part of a parallel LC circuit. The current source is the capacitor (C) of the LC circuit. A voltage signal amplitude measurement is performed after each switch from charge to discharge state. The result is computed using reference measurements to calculate distance (D), nature of the constituting material(s), and/or mass indicative value of the object(s) (B).
    • 电感式接近传感器(D)包括:布置在传感器(D)的有源表面或端部附近的线圈或电感(L),重复地提供线圈或电感的电流源(C,S),信号 处理器(SP)用于对应于在馈送时在线圈或电感(L)中感应的电压(V)的信号,感应电压(V)受给定检测区域内的物体或物体(B)的影响,依赖 它们的距离及其构成材料,线圈或电感(L)是并联LC电路的一部分。 电流源是LC电路的电容(C)。 在从充电到放电状态的每个开关之后执行电压信号幅度测量。 使用参考测量来计算结果以计算距离(D),构成材料的性质和/或物体(B)的质量指示值。
    • 7. 发明授权
    • Method for operating a photoelectric sensor arrangement with inverting and shifting a received signal and corresponding sensor
    • 用于操作光电传感器装置的方法,其反转并移位接收的信号和对应的传感器
    • US07301136B2
    • 2007-11-27
    • US11318758
    • 2005-12-28
    • Vladimir Frolov
    • Vladimir Frolov
    • G01V8/10
    • G01V8/20
    • A method for operating a photoelectric sensor arrangement having a pulsed light emitting first module, a light receiving and converting second module and a level judging and/or processing third module.The method includes: sending periodically light pulses from the first module towards the second module, producing an analog potential signal at the second module and transmitting the signal to the third module, processing the analog signal at the third module and providing an evaluation or control information or signal depending on the processing results, before transmission to the third module, inverting the analog signal produced by the second module and shifting or offsetting the inverted signal, and at the third module, measuring the inverted and shifted analogue signal at least once between two successive light pulses and processing the measured value(s).
    • 一种用于操作具有脉冲发光第一模块,光接收和转换第二模块以及电平判断和/或处理第三模块的光电传感器装置的方法。 该方法包括:周期性地从第一模块向第二模块发送光脉冲,在第二模块处产生模拟电位信号,并将信号发送到第三模块,在第三模块处理模拟信号并提供评估或控制信息 或信号取决于处理结果,在传输到第三模块之前,将由第二模块产生的模拟信号反相并移位或抵消反相信号,并且在第三模块处,在两个之间至少测量一次反相和移位的模拟信号 连续的光脉冲并处理测量值。