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    • 1. 发明申请
    • LIGHTING DEVICE CONTROL USING VARIABLE INDUCTOR
    • 使用可变电感器的照明设备控制
    • US20130043807A1
    • 2013-02-21
    • US13570820
    • 2012-08-09
    • Ammar BurayezIvan IvanovWilliam A. HuntJohn W. Matthews
    • Ammar BurayezIvan IvanovWilliam A. HuntJohn W. Matthews
    • H05B37/02
    • H05B41/391H05B37/02
    • Various techniques are provided for implementing a lighting device variable control using a variable inductor. In various examples, the variable control may be implemented with a plurality of continuous or stepped settings. The variable control may be adjusted by a user-actuated movement of a part of the lighting device, such as the depression of a tail cap or another appropriate physical control to change the inductance of the variable inductor. An oscillating signal may be induced in a variable inductor circuit that includes the variable inductor. The oscillating signal may exhibit characteristics, such as frequency, that change with the inductance of the variable inductor. Such characteristics may be measured to determine a setting of the variable control and which may be used to adjust the brightness or other attributes of the lighting device.
    • 提供了各种技术来实现使用可变电感器的照明装置可变控制。 在各种示例中,可以用多个连续或阶梯式设置实现可变控制。 可变控制可以通过照明装置的一部分的用户启动的移动来调节,例如按下尾帽或另一适当的物理控制以改变可变电感器的电感。 可以在包括可变电感器的可变电感器电路中感应振荡信号。 振荡信号可以表现出随着可变电感器的电感而变化的诸如频率的特性。 可以测量这样的特性以确定可变控制的设置,并且其可以用于调节照明装置的亮度或其他属性。
    • 2. 发明申请
    • Flashlight with multistage switch and ARC lamp operation sensor
    • 手电筒配多级开关和ARC灯操作传感器
    • US20080180032A1
    • 2008-07-31
    • US11700739
    • 2007-01-30
    • Paul Y. KimWilliam A. HuntLai Chang Tang
    • Paul Y. KimWilliam A. HuntLai Chang Tang
    • H05B39/00H01H19/46
    • H05B39/041F21V23/0421H01H13/64Y02B20/14
    • A flashlight has a body containing control circuitry, with a lamp connected to the body and to the control circuitry. A photodetector is connected to the body and the control circuitry, and faces the lamp to sense an operating condition of the lamp. The control circuitry operates the lamp in a start up mode until signaled by the photodetector that the lamp is properly operating. After this, the lamp is operated in a normal mode. The flashlight may have a switch with a button that moves through a range of positions. The switch may have several contact elements, and the button may have an actuator registered with each of the contact elements. The actuators may be of different heights, to provide a sequence of switch operation. Some of the actuators may be movable to allow the button to be actuated further after an initial contact is made.
    • 手电筒有一个包含控制电路的主体,一个灯连接到主体和控制电路。 光电检测器连接到主体和控制电路,并面对灯以感测灯的工作状态。 控制电路在启动模式下操作灯,直到由光电检测器通知灯正常工作。 之后,灯以正常模式工作。 手电筒可以具有通过一定范围的位置移动的按钮的开关。 开关可以具有多个接触元件,并且按钮可以具有与每个接触元件配准的致动器。 致动器可以具有不同的高度,以提供开关操作的顺序。 一些致动器可以是可移动的,以允许按钮在进行初始接触之后被进一步致动。
    • 6. 发明授权
    • Flashlight with multistage switch and ARC lamp operation sensor
    • 手电筒配多级开关和ARC灯操作传感器
    • US07549765B2
    • 2009-06-23
    • US11700739
    • 2007-01-30
    • Paul Y. KimWilliam A. HuntLai Chang Tang
    • Paul Y. KimWilliam A. HuntLai Chang Tang
    • F21L4/04
    • H05B39/041F21V23/0421H01H13/64Y02B20/14
    • A flashlight has a body containing control circuitry, with a lamp connected to the body and to the control circuitry. A photodetector is connected to the body and the control circuitry, and faces the lamp to sense an operating condition of the lamp. The control circuitry operates the lamp in a start up mode until signaled by the photodetector that the lamp is properly operating. After this, the lamp is operated in a normal mode. The flashlight may have a switch with a button that moves through a range of positions. The switch may have several contact elements, and the button may have an actuator registered with each of the contact elements. The actuators may be of different heights, to provide a sequence of switch operation. Some of the actuators may be movable to allow the button to be actuated further after an initial contact is made.
    • 手电筒有一个包含控制电路的主体,一个灯连接到主体和控制电路。 光电检测器连接到主体和控制电路,并面对灯以感测灯的工作状态。 控制电路在启动模式下操作灯,直到由光电检测器通知灯正常工作。 之后,灯以正常模式工作。 手电筒可以具有通过一定范围的位置移动的按钮的开关。 开关可以具有多个接触元件,并且按钮可以具有与每个接触元件配准的致动器。 致动器可以具有不同的高度,以提供开关操作的顺序。 一些致动器可以是可移动的,以允许按钮在进行初始接触之后被进一步致动。
    • 8. 发明授权
    • Brightness controllable flashlights
    • 亮度可控手电筒
    • US07116061B2
    • 2006-10-03
    • US10966426
    • 2004-10-14
    • Paul Y. KimWilliam A. Hunt
    • Paul Y. KimWilliam A. Hunt
    • F21L4/00
    • F21L4/025F21V23/02F21V23/0421F21Y2113/20F21Y2115/10H05B33/0803H05B33/0815H05B33/0842Y02B20/346Y10T307/74Y10T307/832
    • Flashlights having selectively controllable brightness levels, a preferred embodiment of which comprises in combination: a battery; a light emitter assembly; a switch in circuit with the battery and the light emitter assembly, the switch having a first OFF position and a second OFF position, the first ON position coupling the battery to the light emitter assembly for producing a first light output, and a second ON position coupling the battery to the light emitter assembly for producing a second light output; and a switch actuator adapted to be coupled to the switch alternatively in its first OFF position and its second OFF position, the switch actuator when coupled in its first OFF position is translatable by a first distance placing the switch in its first ON position and translatable by a second distance placing the switch in its second ON position, the switch actuator when coupled in its second OFF position is translatable by a third distance placing the switch in its first ON position. The switch actuator preferably comprises a click-ON/click-OFF pushbutton switch actuator, for alternatively placing the switch momentarily in its first and second ON positions and constantly in its second ON position from its first OFF position; and for alternatively placing the switch momentarily and constantly in its first ON position from its second OFF position.
    • 手电筒具有选择性可控的亮度级,其优选实施例包括:电池; 光发射器组件; 与电池和发光体组件的电路中的开关,所述开关具有第一OFF位置和第二OFF位置,所述第一ON位置将所述电池耦合到所述发光器组件以产生第一光输出,以及第二ON位置 将电池耦合到光发射器组件以产生第二光输出; 以及开关致动器,其适于在其第一关闭位置和其第二关闭位置交替地联接到开关,所述开关致动器在其第一关闭位置联接时可平移第一距离,以将开关置于其第一接通位置,并且可由 将开关置于其第二接通位置的第二距离,当联接在其第二关位置时,开关致动器可平移第三距离,将开关置于其第一接通位置。 开关致动器优选地包括点击ON /点击式按钮开关致动器,用于可选地将开关暂时置于其第一和第二ON位置,并且其开关从其第一OFF位置恒定地处于其第二ON位置; 并且用于替代地将开关从其第二OFF位置暂时且恒定地置于其第一ON位置。
    • 9. 发明授权
    • Computer software for processing medical billing record information
    • 用于处理医疗记帐信息的计算机软件
    • US5933809A
    • 1999-08-03
    • US608730
    • 1996-02-29
    • William A. HuntElizabeth F. YauchMark Denovich
    • William A. HuntElizabeth F. YauchMark Denovich
    • G06Q30/04G06Q50/22G06Q50/24G06F159/00
    • G06Q30/04G06Q50/22G06Q50/24
    • A computer-coded software instructions capable of being executed by a conventional computer microprocessor to perform information processing on pre-existing medical billing record information, preferably consisting of hospital or individual doctor Medicare billing records. The software contains at least one set of instructions for receiving, converting, sorting and storing input information from the pre-existing medical billing records into a form suitable for processing. The software contains at least one set of instructions for processing the input medical billing record information, preferably to identify potential Medicare "72 hour billing rule" violations. This processing is preferably performed by comparing each input medical billing record containing dates of medical inpatient admission and discharge to each input medical billing record containing a date of medical outpatient service. The inpatient and outpatient billing records are first compared to determine if they contain matching patient identification codes to identify all the records originating from the same patient. If matching patient identification codes are found the inpatient and outpatient billing records are further compared to determine if the date of outpatient service fell within a preselected time period, preferably 72 hours, prior to the date of inpatient admission. If so, the matching inpatient and outpatient billing records are distinguished and stored separately for further processing. If not, the matching inpatient and outpatient billing records are compared to determine if the date of outpatient service fell between the inpatient admission and discharge dates. If this is the case, the matching inpatient and outpatient billing records are again distinguished and stored separately for further processing. If not, the program proceeds to the next set of billing records to repeat the sequence.
    • 一种计算机编码的软件指令,其能够由常规计算机微处理器执行,以对先前存在的医疗记帐信息进行信息处理,优选地由医院或个人医生医疗保险账单记录组成。 该软件至少包含一组用于接收,转换,排序和存储来自预先存在的医疗记帐记录的输入信息的指令集,以适合于处理的形式。 软件包含至少一组用于处理输入医疗记帐信息的指令,优选地识别潜在的医疗保险“72小时计费规则”违规。 该处理优选通过将包含医疗住院入院和出院日期的每个输入医疗记帐记录与包含医疗门诊服务日期的每个输入医疗记帐记录进行比较来执行。 首先比较住院和门诊记录记录,以确定它们是否包含匹配的患者识别码,以识别源自同一患者的所有记录。 如果发现匹配的患者识别码,则进一步比较住院和门诊记录记录,以确定门诊服务的日期是否在住院日期之前的预选时间段内,优选72小时内。 如果是这样,匹配的住院和门诊记录被分开并分开储存以进一步处理。 如果没有,则比较匹配的住院和门诊记录,以确定门诊服务的日期是否落在住院患者入院和出院日期之间。 如果是这种情况,则匹配的住院和门诊记录将被再次区分并分开存储以便进一步处理。 如果没有,则程序继续进行下一组计费记录以重复该顺序。