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    • 1. 发明专利
    • Improvements in Combing Machines.
    • GB191118941A
    • 1912-01-25
    • GB191118941D
    • 1911-08-23
    • CHACE RICHARD BORDEN
    • CHACE RICHARD BORDEN
    • D01G19/26
    • 18,941. Chace, R. B. Dec. 20, 1910, [Convention date]. Combing-machines. - In a Heilmann combing- machine, the backwardly and forwardly rotating piecing-roll is driven by means of a train of gearing which always maintains the shaft in positively-controlled and constant gear connexion with the main driving- shaft. In the preferred form of the invention, the piecing-roll shaft 10, Fig. 6, has mounted upon its extremity one element 25 of an epicyclic train of gearing. The second element 26 is mounted upon a sleeve on a shaft 27 journaled in an arm 16 of the frame and in the hollow extremity of the shaft 10. The intermediate element 29 of the train is secured to the shaft 27. A gear 30 is mounted upon the sleeve and. is driven by a gear 31 on a shaft 32 upon which is a starwheel 33. The shaft 27 is driven through a gear 35 by a gear 34 mounted upon a sleeve on the shaft 32, which sleeve also carries a mutilated pinion 36. The starwheel 33 and mutilated pinion 36 are driven intermittently by a member driven directly from the main drive shaft, in such a manner that when the star-wheel is rotated the mutilated pinion is locked, and vice versa. When the mutilated pinion is locked, the intermediate element of the epicyclic gear is held from rotation, and the piecing- roll shaft is rotated in one direction; whereas, when the star-wheel is locked and the second element of the epicyclic gear is held from rotation, the piecing-roll shaft is then rotated in the reverse direction. The star-wheel 33 is driven by a stud 45 on a plate 44 secured by bolts 53 to one face of a gear 41, Figs. 2 and 4, which is mounted upon a countershaft 39 driven through spur gearing 47, 48, 50, 51, 52 from the main drive shaft 15. The plate 44 also carries an interrupted circular lock-ring 46. The gear 41 is also the driving-gear of the mutilated pinion 36 and has a single group of teeth adapted to engage with one or other of the two groups of teeth on the pinion 36. A plate 42- carried at the side of the pinion 36, arranged to overlap the gear 41 and to be engaged by the edge of a corresponding finger 43 secured to the gear 41, is provided to start the pinion slightly in advance of the engagement of the teeth and thus avoid the effects of wear on the teeth. The epicyclic gear may be enclosed in a box-like frame containing lubricant. In a modification, the epicyclic train is composed of spur-wheels instead of bevel-wheels. The combing-cylinder shaft 12, Fig. 2, is driven by spur gearing 14, 13 from the main driving-shaft 15. The feed-roll 6 is driven by a pin-wheel 24 on the combing-cylinder shaft 12 and a starwheel 22 on a counter - shaft 21 and by spur-gearing 20, 19.
    • 2. 发明授权
    • Programmable electricity consumption monitoring system and method
    • 可编程耗电量监测系统及方法
    • US07043380B2
    • 2006-05-09
    • US10663313
    • 2003-09-16
    • Ernest Adolph Rodenberg, IIIRobert Richard Borden
    • Ernest Adolph Rodenberg, IIIRobert Richard Borden
    • G01R21/00H04M11/04
    • G01D4/006G01R22/00Y02B90/243Y02B90/245Y04S20/325Y04S20/40Y04S20/46
    • A programmable system for monitoring electricity consumption by a residence or business, including: (a) a Measuring Transmitting Unit integrated in a main circuit breaker or utility meter in the residence or business; comprising: (1) a means of receiving AC analog signals, converting the AC analog signals to DC analog signals, summing the DC analog signals, and outputting the information; (2) a microcontroller; (3) a power line carrier transmission interface controller; and (4) a power supply for powering the Measuring Transmitting Unit; and (b) a programmable Receiving Display Unit, comprising: (1) a power supply for powering the Receiving Display Unit; (2) a power plug; (3) a power line carrier transmission interface controller; (4) a data decoder; (5) a microcontroller; (6) memory associated with the microcontroller; (7) a visual display; and (8) a mechanism for inputting to the Receiving Display Unit; and wherein the Measuring Transmitting Unit translates current to digitally encoded signals, and transmits the signals over existing power circuits in the residence or business; and the Receiving Display Unit receives the signals, decodes them, and translates them for viewing. A method for monitoring electricity consumption by a residence or business is also included.
    • 一种用于监测住宅或业务的用电量的可编程系统,包括:(a)集成在住宅或业务中的主断路器或公用事业仪表上的测量传输单元; 包括:(1)接收AC模拟信号的装置,将AC模拟信号转换成DC模拟信号,对DC模拟信号进行求和并输出信息; (2)微控制器; (3)电力线载波传输接口控制器; 和(4)用于为测量传输单元供电的电源; 和(b)可编程接收显示单元,包括:(1)为接收显示单元供电的电源; (2)电源插头; (3)电力线载波传输接口控制器; (4)数据解码器; (5)微控制器; (6)与微控制器相关的存储器; (7)视觉显示; 和(8)用于输入到接收显示单元的机构; 并且其中所述测量传输单元将电流转换为数字编码的信号,并且将所述信号传输到所述住宅或业务中的现有电力电路; 接收显示单元接收信号,对它们进行解码,并将其翻译以供查看。 还包括一个监测住宅或商业用电量的方法。
    • 5. 发明授权
    • Programmable electricity consumption monitor
    • 可编程耗电显示器
    • US06226600B1
    • 2001-05-01
    • US09128075
    • 1998-08-03
    • Ernest A. Rodenberg, IIIRobert Richard Borden
    • Ernest A. Rodenberg, IIIRobert Richard Borden
    • G01R2100
    • G01R22/00G01R21/133
    • A consumer-friendly system for monitoring electricity consumption by a residence or business is provided. The system comprises: (a) a measuring transmitting unit, which comprises: (1) at least two current transformers; (2) means for connecting the measuring transmitting unit to a circuit breaker panel; (3) means for converting AC analog signals to DC analog signals; (4) a microcontroller; (5) a power line carrier transmission interface controller; and (6) a power supply; and (b) a programmable receiving display unit, which comprises: (1) a power supply; (2) a power plug; (3) a power line carrier transmission interface controller; (4) a data decoder and encoder; (5) a microcontroller; (6) memory; (7) a LCD display; and (8) one or more input or mode buttons. The measuring transmitting unit is capable of translating current flowing in main service power circuit conductors to digitally encoded signals, and transmitting the digitally encoded signals over power circuits in the residence or small business. The receiving display unit is capable of receiving the digitally encoded signals being emitted by the measuring transmitting unit, decoding the digitally encoded signals and translating them to the LCD display showing real-time electrical usage and associated monetary costs for viewing by the consumer. A method for monitoring electricity consumption by a residence or business is also included.
    • 提供了一个用于监控住宅或商业用电量的消费者友好系统。 该系统包括:(a)测量发射单元,其包括:(1)至少两个电流互感器; (2)用于将测量传送单元连接到断路器面板的装置; (3)用于将AC模拟信号转换为DC模拟信号的装置; (4)微控制器; (5)电力线载波传输接口控制器; 和(6)电源; 和(b)可编程接收显示单元,其包括:(1)电源; (2)电源插头; (3)电力线载波传输接口控制器; (4)数据解码器和编码器; (5)微控制器; (6)记忆; (7)液晶显示器; 和(8)一个或多个输入或模式按钮。测量发射单元能够将在主要业务电力电路中流动的电流转换为数字编码信号,并且通过住宅或小型业务中的电力电路传输数字编码的信号。 接收显示单元能够接收由测量发送单元发射的数字编码信号,对数字编码信号进行解码并将其转换到LCD显示器,显示实时电气使用和相关的货币成本,以供消费者观看。 还包括一个监测住宅或商业用电量的方法。