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    • 51. 发明申请
    • OPTICAL OPERATING ELEMENT, MORE PARTICULARLY PUSHBUTTON OR SWITCH
    • 光学操作元件,更特别的按钮或开关
    • US20130193314A1
    • 2013-08-01
    • US13719865
    • 2012-12-19
    • Mechaless Systems GmbH
    • Erhard SchweningerMichael Hase
    • H03K17/78
    • H03K17/78B60K37/02B60K2350/2004H03K17/9631H03K17/9638H03K2217/96042
    • An optical operating element comprises a light-emitting transmitter, an optical receiver, a prism, and a cover. The prism has a side surface that is an active sensor area, and the prism is arranged below the cover such that the active sensor area is oriented substantially parallel to the underside of the cover. The cover has a sensor region which is above the active sensor area and which has a transmittance of at most 99%, at most 95%, at most 90%, at most 80% or at most 50%. Light emitted by the transmitter is guided through the prism and passes through the active sensor area and the cover. The emitted light reflected at an object enters through the sensor region and the active sensor area and is guided through the prism to the receiver. A change in reflection is identified by an evaluation circuit and is interpreted as switching.
    • 光学操作元件包括发光发射器,光接收器,棱镜和盖。 棱镜具有作为主动传感器区域的侧表面,并且棱镜布置在盖的下方,使得主动传感器区域基本上平行于盖的下侧定向。 该盖具有位于有源传感器区域之上的传感器区域,透射率至多为99%,至多95%,至多90%,至多80%或至多50%。 发射器发射的光被引导穿过棱镜,并通过有源传感器区域和盖子。 在物体处反射的发射光通过传感器区域和有源传感器区域进入,并通过棱镜被引导到接收器。 反射的变化由评估电路识别,并被解释为切换。
    • 52. 发明授权
    • Circuit arrangement with temperature compensation
    • 具有温度补偿的电路布置
    • US08446208B2
    • 2013-05-21
    • US13071005
    • 2011-03-24
    • Paul Gruber
    • Paul Gruber
    • H01L35/00H01L37/00H03K3/42H03K17/78
    • H03K17/145
    • A circuit arrangement having at least one analog switch, which is operated by a supply voltage and which comprises a switching signal contact and a pair of switch contacts, whereby applied to the switching signal contact is an electrical switching signal depending on which an electrical connection can be switched between the switch contacts whose internal on-resistance is temperature dependent, whereby the circuit arrangement has in the vicinity of the at least one analog switch at least one additional similar reference analog switch, which is operated with the same common supply voltage and which is controlled such that the switch contacts thereof are/can be connected continuously via the internal temperature-dependent on-resistance thereof, whereby at least one comparison circuit is provided by means of which depending on the comparison of the internal on-resistance of the at least one reference analog switch with at least one external reference resistance or an otherwise setpoint setting of the reference analog switch(es), at least one control signal can be/is generated, by means of which the internal on-resistance of the at least one reference analog switch can be kept constant by changing the common supply voltage of all analog switches depending on the control signal, particularly can be adjusted to the at least one reference resistance, or the otherwise formed setpoint setting of the reference analog switch(es).
    • 具有至少一个模拟开关的电路装置,其由电源电压操作并且包括开关信号触点和一对开关触点,由此施加到开关信号触点,电开关信号取决于电连接可以 在其内部导通电阻取决于温度的开关触点之间切换,由此电路装置在至少一个模拟开关附近具有至少一个附加的相似参考模拟开关,其以相同的公共电源电压操作,并且其中 被控制使得其开关接点可以经由其内部依赖于温度的导通电阻连续地连接,由此至少提供一个比较电路,根据该比较电路可以根据比较电路的内部导通电阻 至少一个具有至少一个外部参考电阻的参考模拟开关或另一个参考模拟开关 可以产生至少一个控制信号,通过该控制信号可以通过改变所有参考模拟开关的公共电源电压来使至少一个参考模拟开关的内部导通电阻保持恒定 模拟开关取决于控制信号,特别是可以调整到至少一个参考电阻,或另外形成的参考模拟开关的设定点设置。
    • 53. 发明授权
    • Light receiving detection circuit having a high-pass filter and an amplifying circuit
    • 光接收检测电路具有高通滤波器和放大电路
    • US08440956B2
    • 2013-05-14
    • US12712778
    • 2010-02-25
    • Mitsuaki Daio
    • Mitsuaki Daio
    • H01J40/14G06M7/00H03K17/78
    • G01V8/20H03K17/941H03K2217/94104
    • A light receiving detection circuit has a light receiving element configured to receive light emitted from a corresponding projection element, a current/voltage conversion circuit that converts a current signal passing through the light receiving element into a voltage signal, and a filter portion that has a plurality of stages. The filter portion has a high-pass filter and an amplifying circuit. The high-pass filter is able to be switched such that a time constant of the high-pass filter increases when the light receiving element receives light emitted by the corresponding projection element such that the time constant decreases when other projection elements except for the corresponding projection element emit the light.
    • 光接收检测电路具有被配置为接收从相应的投影元件发射的光的光接收元件,将通过光接收元件的电流信号转换为电压信号的电流/电压转换电路,以及具有 多个阶段 滤波器部分具有高通滤波器和放大电路。 高通滤波器能够被切换,使得当光接收元件接收由相应的投影元件发射的光时,高通滤波器的时间常数增加,使得当除了对应的投影之外的其它投影元件时,时间常数减小 元素发光。
    • 55. 发明授权
    • Die temperature sensor circuit
    • 模温传感器电路
    • US08378735B2
    • 2013-02-19
    • US12955598
    • 2010-11-29
    • Edevaldo Pereira Da Silva, Jr.Ricardo Pureza Coimbra
    • Edevaldo Pereira Da Silva, Jr.Ricardo Pureza Coimbra
    • H01L35/00H01L37/00H03K3/42H03K17/78
    • G01K7/01
    • A die temperature sensor circuit (200) includes an amplifier (203) that has first and second stages of amplification and that has bipolar transistors (201 and 202) as an input differential pair. The bipolar transistors have different current densities. A difference between base-emitter voltages of the bipolar transistors is proportional to absolute temperature of the bipolar transistors. The bipolar transistors also provide amplification for the first stage of amplification. Multiple feedback loops maintain a same ratio between the current densities of the bipolar transistors over temperature by changing collector currents that bias the bipolar transistors. A feedback loop includes a second stage of amplification and such feedback loop cancels effect that base currents of the bipolar transistors have on an output signal of the die temperature sensor circuit.
    • 芯片温度传感器电路(200)包括放大器(203),放大器(203)具有第一和第二级放大,并具有作为输入差分对的双极晶体管(201和202)。 双极晶体管具有不同的电流密度。 双极晶体管的基极 - 发射极之间的差异与双极型晶体管的绝对温度成正比。 双极晶体管还为第一级放大提供放大。 通过改变偏置双极晶体管的集电极电流,多个反馈环路在双极晶体管的电流密度与温度之间保持相同的比率。 反馈回路包括第二级放大,并且这种反馈回路消除了双极晶体管的基极电流对芯片温度传感器电路的输出信号的影响。
    • 57. 发明授权
    • Wireless remote detector systems and methods
    • 无线远程探测器系统和方法
    • US08368001B2
    • 2013-02-05
    • US13406378
    • 2012-02-27
    • Joseph Blanchard
    • Joseph Blanchard
    • H03K17/78
    • G01R27/32G01R19/155G01R31/041G01R31/3277
    • A system is provided that includes: a sensor device adapted to selectively monitor a plurality of sensors including an electrical sensor adapted to monitor at least one electrical parameter associated with a circuit and a heat sensor adapted to monitor heat, wherein the sensor device includes a wireless transceiver within the sensor device adapted to transmit measurement information from the selected sensor; and a receiver indicator device adapted to wirelessly receive the measurement information from the sensor device, and provide an indication based on the measurement information to a user operating the receiver indicator device.
    • 提供了一种系统,其包括:适于选择性地监测多个传感器的传感器装置,所述传感器包括适于监测与电路相关联的至少一个电参数的电传感器和适于监测热量的热传感器,其中所述传感器装置包括无线 所述传感器装置内的收发器适于从所选择的传感器传送测量信息; 以及接收器指示器装置,其适于从所述传感器装置无线地接收所述测量信息,并且向操作所述接收器指示器装置的用户提供基于所述测量信息的指示。
    • 59. 发明授权
    • Electromagnetic interference-resistant control device
    • 电磁干扰控制装置
    • US08217331B2
    • 2012-07-10
    • US12689490
    • 2010-01-19
    • Thomas L. WeaverCharles E. Morris
    • Thomas L. WeaverCharles E. Morris
    • H03K17/78H03K17/687
    • B82Y30/00B82Y10/00G02B6/4204G02F2001/133334Y10S977/742
    • An EMI-resistant control device for providing a control signal may include an optical glass fiber connector housing adapted to be connectable to an apparatus for providing the control signal to the apparatus for controlling operation thereof. The EMI-resistant control device may also include a carbon nanotube optical switch mounted in the optical glass fiber connector housing. The carbon nanotube optical switch may include a plurality of light sensitive carbon nanotubes adapted to connect a voltage source to an output of the EMI-resistant control device in response to an optical signal being received by the optical glass fiber connector housing. The optical glass fiber connector housing directs the optical signal onto the plurality of light sensitive carbon nanotubes. The voltage source provides the control signal to the apparatus.
    • 用于提供控制信号的EMI抗性控制装置可以包括适于连接到用于将控制信号提供给装置以控制其操作的装置的光学玻璃纤维连接器壳体。 EMI抗性控制装置还可以包括安装在光学玻璃纤维连接器壳体中的碳纳米管光学开关。 碳纳米管光开关可以包括多个光敏碳纳米管,其适于将电压源连接到EMI抗性控制装置的输出端,以响应由光学玻璃光纤连接器壳体接收的光信号。 光学玻璃纤维连接器壳体将光信号引导到多个光敏碳纳米管上。 电压源向控制装置提供控制信号。
    • 60. 发明申请
    • Interpolation Circuitry for Optical Encoders
    • 光学编码器插值电路
    • US20120138781A1
    • 2012-06-07
    • US12957662
    • 2010-12-01
    • Abhay Kumar Rai
    • Abhay Kumar Rai
    • G01D5/34H03K17/78
    • G01D5/36
    • Disclosed are various embodiments of circuitry and methods for generating interpolated signals in an optical encoder. The optical encoder configurations and circuitry disclosed herein permit very high resolution reflective optical encoders in small packages to be provided. Methods of making and using such optical encoders are also disclosed. According to one embodiment, the interpolated signals are generated through the use of signal generation circuitry, peak voltage generation circuitry, reference voltage generation circuitry, slope detection circuitry, and a clocked comparator that is configured to output interpolated output pulses.
    • 公开了用于在光学编码器中产生内插信号的电路和方法的各种实施例。 本文公开的光学编码器配置和电路允许提供具有小封装的非常高分辨率的反射光学编码器。 还公开了制造和使用这种光学编码器的方法。 根据一个实施例,通过使用信号产生电路,峰值电压产生电路,参考电压产生电路,斜率检测电路和被配置为输出内插输出脉冲的计时比较器来产生内插信号。