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    • 1. 发明授权
    • Method and apparatus for electronic component matching
    • 电子元件匹配的方法和装置
    • US4610083A
    • 1986-09-09
    • US769822
    • 1985-08-26
    • Carl CampisiDavid C. KilinskisPeter C. SkerlosEgil Sorlie
    • Carl CampisiDavid C. KilinskisPeter C. SkerlosEgil Sorlie
    • H05K13/04H05K13/08H05K3/30B23P19/00
    • H05K13/0417H05K13/0452H05K13/08Y10T156/1906Y10T29/4913Y10T29/53178
    • An electronic component matching system operates in conjunction with a component transport arrangement wherein a component-carrying supply tape from which components are removed for positioning upon a circuit board in a matched manner is linearly displaced. The components are thus sequentially moved to a pick-up point whereupon a predetermined number N of components having similar operating characteristics are incorporated in the same circuit. As the component-carrying supply tape is displaced toward the component pick-up point, an electro-optical sensor detects the presence or absence of components on the supply tape and provides this information to a microcomputer controller. The stationary sensor is positioned in spaced relation from the pick-up point along the component-carrying supply tape displacement path to allow for the detection of the predetermined number of components between the sensor and the pick-up point to ensure that a matched set of N components is available on the tape for incorporation in the same circuit. If the sensor determines that less than N components are present between the sensor and the pick-up point, the microcomputer advances the supply tape to the next group of matched components to prevent components from different matched groups having different operating characteristics from being incorporated in the same circuit. This system is particularly adapted for the automatic positioning of components such as transistors and diodes having matched operating characteristics for incorporation in the same circuit.
    • 电子部件匹配系统与部件传送装置一起操作,其中以匹配的方式从其中去除部件以将电路板定位在电路板上的部件承载供应带线性移位。 因此,这些部件顺序地移动到拾取点,因此在相同的电路中并入预定数量的具有相似工作特性的N个部件。 当组件携带供带被朝向组件拾取点移动时,电光传感器检测供带上是否存在组件,并将该信息提供给微机控制器。 固定传感器与拾取点沿组件承载供给带位移路径间隔开,以便检测传感器和拾取点之间的预定数量的部件,以确保匹配的一组 磁带上有N个组件可用于并入同一电路。 如果传感器确定在传感器和拾取点之间存在少于N个分量,则微型计算机将供给带前进到下一组匹配的部件,以防止来自具有不同操作特征的不同匹配组的组件被并入 相同的电路。 该系统特别适用于具有匹配的工作特性的组件(例如晶体管和二极管)的自动定位,以便结合在同一电路中。
    • 3. 发明授权
    • Method of accessing a repetitively transmitted video program
    • 访问重复传输的视频节目的方法
    • US5847750A
    • 1998-12-08
    • US089320
    • 1993-07-09
    • Gopal K. SrivastavaPeter C. Skerlos
    • Gopal K. SrivastavaPeter C. Skerlos
    • H04N7/173
    • H04N7/17318
    • A digital video communication system includes a two-way communication link between a source and a viewer. A video program, in sequential compressed digital form, is repetitively supplied to a fifo memory that has taps corresponding to the number of fixed length segments in the video program. The program is taken from one of the taps and supplied to a one segment-long fifo memory which has taps corresponding to fields in the segment. A program request by a viewer results in the segment at which the beginning of the program will next appear to be addressed and remembered. The field fifo is reset to the first tap and the video program data is processed and transmitted to the viewer from the first field tap. Should the viewer wish to interrupt the video program, a field counter is enabled by an interrupt signal to step over the field taps (at the field rate), thus "freezing" the program. The interrupt signal also causes the address counter to count up (change tap addresses) at the segment rate. When the interruption request is removed, the normal program transmission is restored from the "frozen" field of the video program.
    • 数字视频通信系统包括源和观看者之间的双向通信链路。 以顺序压缩数字形式的视频节目被重复地提供给具有对应于视频节目中的固定长度段的数量的抽头的fifo存储器。 该程序取自一个抽头,并提供给一段长的fifo存储器,该存储器具有对应于段中的字段的抽头。 观众的节目请求导致节目的开始将在下一个节目中被看到被寻址和记住。 字段fifo被重置为第一次抽头,视频节目数据被处理并从第一个字段抽头发送到观看者。 如果观众希望中断视频节目,则通过中断信号启用场计数器,以超过现场抽头(场速率),从而“冻结”节目。 中断信号还使地址计数器以分段速率计数(更改分接地址)。 当中断请求被消除时,从视频节目的“冻结”字段恢复正常节目传输。
    • 7. 发明授权
    • Television/telephone system with automatic dialing
    • 具有自动拨号功能的电视/电话系统
    • US4456925A
    • 1984-06-26
    • US432464
    • 1982-10-04
    • Peter C. SkerlosThomas J. ZatoFrank C. Templin
    • Peter C. SkerlosThomas J. ZatoFrank C. Templin
    • H04M1/2745H04M11/00H04M11/08H04N5/00
    • H04M11/00H04M1/2745H04M1/274591
    • A television receiver incorporating telephone interface circuitry permitting the viewer to remotely place outgoing calls by recalling a selected number from memory is disclosed. An infrared link is used for remotely answering incoming calls, initiating outgoing calls and programming a nonvolatile memory with a plurality of preferred telephone numbers for future use. The nonvolatile memory circuit is accessed by means of a microcomputer in response to user-initiated, remotely generated commands. The television receiver's display performs a user interactive function in displaying television/telephone mode operation information, the contents of user-accessed locations in the nonvolatile memory and the telephone number being stored in memory during the programming mode of operation. The microcomputer controls not only the telephone mode of operation of the system, but also television operation in generating digital tune words in response to a channel number entry and providing these tune words to an indirect frequency synthesis type of television receiver tuner. The contents of the nonvolatile memory may be updated, or changed, as desired by user selection of appropriate controls followed by entry of the new telephone number which is presented on the video display as it is entered for user verification. The video display is then cleared upon return to the television mode of operation or upon television receiver turn-off.
    • 公开了一种包含电话接口电路的电视接收机,其允许观看者通过从存储器调用所选择的号码来远程发出呼出呼叫。 红外线链路用于远程应答来电,发起呼出呼叫并用多个优选电话号码对非易失性存储器进行编程以备将来使用。 响应于用户发起的远程产生的命令,借助于微型计算机访问非易失性存储器电路。 电视接收机的显示器在编程操作模式期间,显示电视/电话模式操作信息,非易失性存储器中的用户访问位置的内容和存储在存储器中的电话号码的用户交互功能。 微型计算机不仅控制系统的电话操作模式,而且还控制响应于频道号码输入产生数字调谐字的电视操作,并将这些调音字提供给间接频率合成型的电视接收机调谐器。 非易失性存储器的内容可以根据用户选择适当的控制,随后输入在电视显示器上显示的新电话号码进行更新或改变,因为它被输入用于用户验证。 视频显示器在返回到电视操作模式或电视接收机关闭时被清除。
    • 8. 发明授权
    • Pseudo-full duplex television/telephone loudspeaker system
    • 伪全双工电视/电话扬声器系统
    • US4414432A
    • 1983-11-08
    • US304226
    • 1981-09-21
    • Peter C. SkerlosThomas J. Zato
    • Peter C. SkerlosThomas J. Zato
    • H04M1/60H04M9/08H04M11/00H04M11/08
    • H04M1/6033H04M11/00H04M9/085
    • A television/telephone loudspeaker system is disclosed wherein feedback oscillation caused by having a speaker phone system simultaneously in the transmit and receive mode is minimized. Improved separation of transmit and receive signals is accomplished by microprocessor-controlled dynamic balancing of a bridge network coupled to a telephone isolation transformer to which the incoming and outgoing calls are provided. In addition, by microprocessor sampling of the television receiver's loudspeaker drive voltage from the telephone input line, dynamic proportional attenuation of microphone gain (AGC) is digitally accomplished in simulating full duplex operation. Bridge balancing is accomplished by means of test signals output by the microprocessor during quiet periods with various other audio signal refinements, such as room background noise cancellation, available with the constant monitoring of the microphone signal. Audio and visual indications of an incoming telephone call are provided by the television receiver's tuning system microcomputer which detects and decodes user remote commands and activates a phone relay and phone light emitting diode (LED) drivers.
    • 公开了一种电视/电话扬声器系统,其中通过在发送和接收模式中同时具有扬声器电话系统引起的反馈振荡被最小化。 通过微处理器控制的耦合到电话隔离变压器的桥接网络的动态平衡来实现发送和接收信号的分离,由此提供输入和输出呼叫。 此外,通过微处理器从电话输入线路采样电视接收机的扬声器驱动电压,在模拟全双工操作时,数字地实现了麦克风增益(AGC)的动态比例衰减。 通过在静音期间由微处理器输出的测试信号来实现桥接平衡,其中可以利用麦克风信号的恒定监视可用的各种其它音频信号细化,例如房间背景噪声消除。 来电电话的音视频指示由电视接收机的调谐系统微计算机提供,该微机检测并解码用户远程命令并激活电话中继和电话发光二极管(LED)驱动器。