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    • 1. 发明授权
    • Sensors and associated methods for controlling a vacuum cleaner
    • 用于控制真空吸尘器的传感器和相关方法
    • US07237298B2
    • 2007-07-03
    • US10665709
    • 2003-09-19
    • Mark E. ReindleBruce R. KnoxNorman Siegel
    • Mark E. ReindleBruce R. KnoxNorman Siegel
    • A47L9/28
    • A47L9/2889A47L9/2821A47L9/2842A47L9/2847A47L9/2852A47L9/2857
    • Several methods of controlling a vacuum cleaner (10) using various types of sensors (94, 96, 97, 98) are provided. One method is based on a differential pressure between a suction airflow path and ambient air and includes: detecting the differential pressure, comparing the detected differential pressure to a predetermined threshold, and, when the detected differential pressure is less than the predetermined threshold, initiating a predetermined control procedure. A status indicator (164) is updated based on the detected differential pressure. Another method is based on a level of electrical current flowing through a brush motor (100). Still another method is based on a type or condition of the floor being traversed. Yet another method is based on a distance to a surface of a floor over which the vacuum cleaner is advancing. In another aspect of the invention, a vacuum cleaner is provided. In various combinations, the vacuum cleaner includes a vacuum source (36, 38), a brush motor (100), a drive motor (104), a controller processor (74), a sensor processor (90), an overcurrent sensor (98), a suction airflow sensor (94), a floor type sensor (97), and a floor distance sensor (96).
    • 提供了使用各种类型的传感器(94,96,97,98)来控制真空吸尘器(10)的几种方法。 一种方法是基于吸入气流路径和环境空气之间的压差,包括:检测差压,将检测到的压差与预定阈值进行比较,并且当检测到的压差小于预定阈值时,启动一个 预定的控制程序。 基于检测到的差压来更新状态指示器(164)。 另一种方法是基于流过刷马达(100)的电流水平。 另一种方法是基于所穿过的地板的类型或状况。 另一种方法是基于到达真空吸尘器前进的地板表面的距离。 在本发明的另一方面,提供一种真空吸尘器。 在各种组合中,真空吸尘器包括真空源(36,38),刷马达(100),驱动马达(104),控制器处理器(74),传感器处理器(90),过电流传感器 ),吸气流传感器(94),地板式传感器(97)和地板距离传感器(96)。
    • 2. 发明授权
    • Security validator
    • 安全验证器
    • US4513439A
    • 1985-04-23
    • US397023
    • 1982-07-12
    • Robert L. GorgoneGerald M. IannadreaAnthony H. DolejsBruce R. KnoxAlan J. Kovach
    • Robert L. GorgoneGerald M. IannadreaAnthony H. DolejsBruce R. KnoxAlan J. Kovach
    • G07D7/12G07D7/20G07F7/04G06K9/00
    • G07F7/04G07D7/12G07D7/20
    • In the field of security validators, slot acceptors have been known which transport paper offered as a valid security past a testing station. Previously known acceptors have been susceptible to defeat by mosaics, stringing, shocking, photocopy duplication, and the like. Additionally, known acceptors have operated in an analog mode, relying upon rudimentary test functions. The invention herein overcomes the problems of the prior art by presenting an acceptor having a note path (18) characterized by changes of direction (22,24), and which is secured at each end by means of unique gate assemblies (78,98). A plurality of sensors (148-152) are positioned along the note path and are controlled to take a multitude of data samples from the paper as it passes along the path. The data is digitized (236) and used for solving complex transforms, the results of which are compared against results obtained from known valid securities to determine the authenticity of the paper offered. Further, the system includes a unique anti-jamming technique of drive motor reversals, and an escrow feature which secures the paper once it has been determined to be authentic and before a vend has been made. Yet further, there is included a novel receptacle for receipt and return of paper offered to the acceptor, and a number of variations of anti-stringing devices (112, 114, 118, 130) which may be operatively positioned at the end of the note path.
    • 在安全验证器领域,已经知道槽接收器是通过测试站传送作为有效安全性的纸张。 先前已知的受体易受到马赛克,扎线,震惊,影印复制等的破坏。 另外,已知的受体以模拟模式运行,依靠初步的测试功能。 本发明通过提出一种具有以方向变化为特征的钞票路径(18)的受体来克服现有技术的问题,并且通过独特的门组件(78,98)固定在每一端, 。 多个传感器(148-152)沿着纸币路径定位,并且被控制以在纸张沿着路径通过时从纸张中取出大量数据样本。 数据被数字化(236)并用于求解复杂变换,其结果与从已知有效证券获得的结果进行比较,以确定所提供的纸张的真实性。 此外,该系统包括驱动电动机反转的独特的抗干扰技术,以及一旦确定了纸张被认定为可靠并且在售货之前固定纸张的暂时保留特征。 此外,还包括用于接收和返回提供给受体的纸张的新型插座,以及可以可操作地定位在纸币的末端的多个抗穿刺装置(112,114,118,130)的变体 路径。
    • 3. 发明授权
    • Apparatus for remote authorization for dispensing fluids
    • 用于分配流体的远程授权装置
    • US4499464A
    • 1985-02-12
    • US350399
    • 1982-02-19
    • Bruce R. KnoxAndrew J. Hruby
    • Bruce R. KnoxAndrew J. Hruby
    • G07F5/18G07F13/02G08C19/00H04Q7/00
    • G07F11/002G07F13/025G07F5/18
    • A remote authorization apparatus for full-serve, self-serve vehicle fuel dispensing pumps. A transmitter carried by a station attendant may be activated to cause the emission of a radio signal. This signal is sensed by a receiver which actuates an associated control assembly to enable the reset mechanism in the fuel pumps for a preset time interval during which a customer may begin dispensing fuel. When the timed enabling signal ends, the pump or pumps which have begun service may continue, while all other pumps are returned to an inactive state. Other pumps may be enabled in the same manner by emission of the radio signal from the transmitter should other customers desire to use the self-serve vehicle fuel pumps, while previously authorized pumps are dispensing.
    • 一种用于全服务,自助车辆燃料分配泵的远程授权装置。 由车站服务员携带的发射机可以被激活以引起无线电信号的发射。 该信号由接收器感测到,该接收器致动相关联的控制组件以使燃料泵中的复位机构处于预定的时间间隔期间,在此期间客户可以开始分配燃料。 当定时启用信号结束时,已经开始服务的泵或泵可以继续,而所有其他泵返回到非活动状态。 如果其他客户希望使用自助车辆燃料泵,而先前授权的泵正在分配,则可以以相同的方式启用其他泵的发射器的无线电信号。
    • 4. 发明授权
    • Method and apparatus for selectively sending a false system information tone on a telephone line
    • 用于在电话线路上选择性地发送假系统信息音的方法和装置
    • US06775364B2
    • 2004-08-10
    • US10108587
    • 2002-03-27
    • Bruce R. Knox
    • Bruce R. Knox
    • H04M1506
    • H04M1/663H04M1/573H04M15/06H04M2215/32
    • A method and apparatus for selectively sending a false system information tone (SIT) in response to an incoming telephone call is provided. One embodiment of the apparatus includes a telephone line interface, caller identification (caller ID) module, programmable oscillator, display device, and controller. In another embodiment, the apparatus includes a data storage module, telephone line interface, caller ID module, programmable oscillator, display device, controller, and one or more control devices. The method includes the steps of: a) detecting a ring on the telephone line, b) receiving information about a calling party associated with the incoming telephone call, c) determining if a false SIT is to be sent based on the calling party information, and, d) if the false SIT is to be sent, i) determining when the false SIT is to be sent; ii) generating the false SIT; and, iii) sending the false SIT at the determined time.
    • 提供了一种用于响应于来话电话选择性地发送假系统信息音(SIT)的方法和装置。 该装置的一个实施例包括电话线接口,呼叫者识别(呼叫者ID)模块,可编程振荡器,显示设备和控制器。 在另一个实施例中,该装置包括数据存储模块,电话线接口,呼叫者ID模块,可编程振荡器,显示设备,控制器以及一个或多个控制设备。 该方法包括以下步骤:a)检测电话线上的铃声,b)接收与进入电话呼叫相关的主叫方的信息,c)根据主叫方信息确定是否发送假SIT, 和d)如果发送虚假SIT,i)确定何时发送假SIT; ii)产生假SIT; 并且iii)在确定的时间发送假SIT。
    • 6. 发明授权
    • Security validator
    • 安全验证器
    • US4348656A
    • 1982-09-07
    • US85394
    • 1979-10-16
    • Robert L. GorgoneGerald M. IannadreaAnthony H. DolejsBruce R. KnoxAlan J. Kovach
    • Robert L. GorgoneGerald M. IannadreaAnthony H. DolejsBruce R. KnoxAlan J. Kovach
    • G07D7/00G07D7/12G07D7/16G06K9/00
    • G07D7/162G07D7/12
    • In the field of security validators, slot acceptors have been known which transport paper offered as a valid security past a testing station. Previously known acceptors have been susceptible to defeat by mosaics, stringing, shocking, photocopy duplication, and the like. Additionally, known acceptors have operated in an analog mode, relying uon rudimentary test functions. The invention herein overcomes the problems of the prior art by presenting an acceptor having a note path (18) characterized by changes of direction (22,24), and which is secured at each end by means of unique gate assemblies (78,98). A plurality of sensors (148-152) are positioned along the note path and are controlled to take a multitude of data samples from the paper as it passes along the path. The data is digitized (236) and used for solving complex transforms, the results of which are compared against results obtained from known valid securities to determine the authenticity of the paper offered. Further, the system includes a unique anti-jamming technique of drive motor reversals, and an escrow feature which secures the paper once it has been determined to be authentic and before a vend has been made. Yet further, there is included a novel receptacle for receipt and return of paper offered to the acceptor, and a number of variations of anti-stringing devices (112, 114, 118, 130) which may be operatively positioned at the end of the note path.
    • 在安全验证器领域,已经知道槽接收器是通过测试站传送作为有效安全性的纸张。 先前已知的受体易受到马赛克,扎线,震惊,影印复制等的破坏。 另外,已知的受体已经以模拟模式运行,依赖于基本的测试功能。 本发明通过提出一种具有以方向变化为特征的钞票路径(18)的受体来克服现有技术的问题,并且通过独特的门组件(78,98)固定在每一端, 。 多个传感器(148-152)沿着纸币路径定位,并且被控制以在纸张沿着路径通过时从纸张中取出大量数据样本。 数据被数字化(236)并用于求解复杂变换,其结果与从已知有效证券获得的结果进行比较,以确定所提供的纸张的真实性。 此外,该系统包括驱动电动机反转的独特的抗干扰技术,以及一旦确定了纸张被认定为可靠并且在售货之前固定纸张的暂时保留特征。 此外,还包括用于接收和返回提供给受体的纸张的新型插座,以及可以可操作地定位在纸币的末端的多个抗穿刺装置(112,114,118,130)的变体 路径。