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    • 1. 发明授权
    • Timer and power control system
    • 定时器和电源控制系统
    • US4349748A
    • 1982-09-14
    • US22453
    • 1979-03-21
    • Richard GoldsteinLouis W. Schornack
    • Richard GoldsteinLouis W. Schornack
    • G04G15/00H05B37/02H01H43/04
    • G04G15/006H05B37/0281Y02B20/42Y10T307/878Y10T307/944Y10T307/977
    • A timer system includes a power switch operable to power circuit closing and opening conditions, timing means for identifying various timing segments over a 24-hour period and marker storage means having respective power turn on and off marker storage locations assigned to the time intervals encompassing a 24-hour period. An on-off push button or other on-off control operates the power switch and may act as an aid in setting the markers in the storage means. The timer system may also include a rotatable present time setting dial, also adjustable to different positions representing the different time intervals, and a manually operable timer on-off setting member. For real time programming, control means respond to normal operation of the on-off control during a first 24-hour period, initially to set said markers in the storage locations. For fast programming, the control means responds to the successive advancement of said dial from a present time setting through said various positions and the selective operation of the push button or other on-off control to set the markers in the storage locations assigned to the time interval involved, which markers automatically control the operation of the power switch when the timer on-off setting member is in its timer-on position, except when overriden by operation of the on-off control.
    • 定时器系统包括可操作以对电路关闭和打开条件供电的电源开关,用于在24小时内识别各种定时段的定时装置,以及具有分配给包含一个或多个时间间隔的时间间隔的相应电源打开和关闭标记存储位置的标记存储装置 24小时。 开关按钮或其他开 - 关控制操作电源开关,并且可以用于帮助将标记设置在存储装置中。 定时器系统还可以包括可旋转的当前时间设置拨盘,也可调节到表示不同时间间隔的不同位置,以及可手动操作的定时器开关设置部件。 对于实时编程,控制装置在第一个24小时期间响应于开/关控制的正常操作,最初将所述标记设置在存储位置。 为了快速编程,控制装置响应于从当前时间设置通过所述各种位置和按钮或其他开 - 关控制的选择性操作的连续提前,将标记设置在分配给时间的存储位置 间隔时间,当定时器开关设定部件处于其定时器开启位置时,哪个标记自动控制电源开关的操作,除了通过开关控制的操作进行覆盖。
    • 2. 发明授权
    • Power circuit control programmable timer
    • 电源电路控制可编程定时器
    • US4344000A
    • 1982-08-10
    • US132088
    • 1980-03-20
    • Louis W. SchornackRichard Goldstein
    • Louis W. SchornackRichard Goldstein
    • G04G15/00G08B1/00H01H43/00H01H43/04H05B37/02
    • H05B37/0281G04G15/006Y02B20/42Y10T307/878Y10T307/944Y10T307/951
    • One form of the timer is designed to be mounted over and behind a conventional wall switch cover plate and includes a two position timer condition-setting arm, a rotatable and depressible time setting dial knob and an indicator on the front of the cover plate. When the arm is moved to a timer-on position, the indicator flashes to indicate that timer programming is needed. This may be achieved in real time over the first twenty-four hours after a 30 minute play period by depressing the knob acting as an on and off power switch control push button to turn the light circuit on and off in a normal manner. Fast normal programming is achieved by rotating the knob to various time settings and depressing the knob to set ON or OFF markers in timer memory. A full twenty-four hour programming is completed by either completing a full rotation of the knob over the full twenty-four hour time settings, with at least one ON and one OFF depression, or by a similar pair of knob depressions without such a full rotation, OFF markers then being automatically set by the timer to complete the timer programming. The indicator comes steady-on to indicate that the timer is fully programmed and in an automatic mode of operation. The automatic operation is temporarily overridden by depression of the knob or permanently overridden by a simple distinctive speed or time duration depression of the knob.
    • 定时器的一种形式被设计成安装在传统的墙壁开关盖板之上和之后,并且包括两个位置定时器状态设置臂,可旋转和可按下的时间设置拨盘旋钮以及盖板前部的指示器。 当手臂移动到定时器开启位置时,指示灯闪烁,表示需要定时器编程。 这可以通过按下作为开关电源开关控制按钮的旋钮在30分钟的播放时间之后的前二十四小时内实时实现,以正常方式打开或关闭照明电路。 通过将旋钮旋转到各种时间设置并按住旋钮在定时器存储器中设置ON或OFF标记来实现快速正常编程。 完整的二十四小时编程完成了在整个二十四小时的时间设置完成旋钮的旋转,至少有一个ON和一个OFF按钮,或者通过相似的一对旋钮凹陷,没有这样一个完整的 旋转,OFF标记,然后由定时器自动设置,以完成定时器编程。 指示灯亮起,表示定时器已完全编程并处于自动运行模式。 自动操作暂时被按住旋钮所覆盖,或者永久地被旋钮简单的不同速度或持续时间的按压所覆盖。
    • 3. 发明授权
    • Color converter
    • 色彩转换器
    • US4709230A
    • 1987-11-24
    • US725009
    • 1985-04-19
    • James J. PopowskiRichard Goldstein
    • James J. PopowskiRichard Goldstein
    • G06F3/033G06F3/048G09G5/02G09G1/28
    • G09G5/02G06F3/04845
    • A color converter circuit particularly suited for use with computer-steered multi-color display units accepts at its input terminals a plurality of color commands from the associated computer or other signal source, and includes manual selection means for selecting a corresponding plurality of different output color commands to be actuated selectively upon response of each different input color command to provide manual control of the colors of the generated pattern, without requiring software modification. Associated indicator lights adjacent each of the color-selecting switches indicate which colors in the form of color commands are being sent from the computer. A simplified version of the converter accepts monochrome commands capable of giving only dark and bright commands from the computer, and selectively provides optionally chosen different color commands to the display unit to correspond to each of the two input signal conditions.
    • 特别适用于计算机转向多色显示单元的颜色转换器电路在其输入端接受来自相关联的计算机或其他信号源的多个颜色命令,并且包括用于选择相应的多个不同输出颜色的手动选择装置 响应于每个不同的输入颜色命令选择性地启动命令以提供所生成图案的颜色的手动控制,而不需要软件修改。 每个颜色选择开关附近的相关指示灯指示从计算机发送颜色命令形式的哪些颜色。 转换器的简化版本接受能够仅从计算机给出暗和明亮命令的单色命令,并且有选择地向显示单元提供选择性地选择的不同颜色命令以对应于两个输入信号条件中的每一个。
    • 4. 发明授权
    • Surge suppressor for coaxial transmission line
    • 同轴传输线路的浪涌抑制器
    • US5053910A
    • 1991-10-01
    • US421802
    • 1989-10-16
    • Richard Goldstein
    • Richard Goldstein
    • H02H9/00H04N7/10
    • H02H9/005H04N7/102
    • A surge protection circuit for insertion into a coaxial cable system is configured as a coaxial structure of given characteristic impedance extending between matching input and output connection. A surge suppression network is built into the coaxial housing, and includes a shunt inductor shunting the center conductor at an intermediate point to the housing. A capacity is series-inserted into the output section of the center conductor beyond the inductor. The capacitor is a plate-shaped element metalized on both faces and edge-inserted into the confronting line sections of the center conductor and soldered thereto, so that capacitor lead inductance is incorporated into the center conductor. At the passband frequency of cable television communications the reactance of the inductor is high compared to the characteristic impedance, and similarly the reactnace of the capacitor is low, resulting in negligible insertion loss to the system. At the uppermost harmonic component frequency of line surges the low inductive reactance, and the high capactivie reactance cause strong attenuation of surge signals. A pair of diodes connected between the output sections of the center conductor of the coaxial line and the coaxial housing or outer conductor provides additional surge attenuation.
    • 用于插入同轴电缆系统的浪涌保护电路被配置为在匹配的输入和输出连接之间延伸的给定特性阻抗的同轴结构。 浪涌抑制网络内置在同轴壳体中,并且包括分流电感器,在中心导体的中间点将壳体分流。 一个容量被串联插入到电感器外部的中心导体的输出部分。 电容器是在两面上金属化并且边缘插入到中心导体的相对的线路部分并被焊接到其上的板状元件,使得电容器引线电感被并入到中心导体中。 在有线电视通信的通带频率下,与特性阻抗相比,电感器的电抗高,同样,电容器的反应也很低,导致系统的插入损耗微乎其微。 在线路的最高谐波分量频率激发低感抗,并且高Capactivie电抗引起浪涌信号的强衰减。 连接在同轴线的中心导体的输出部分和同轴壳体或外部导体之间的一对二极管提供额外的浪涌衰减。
    • 5. 发明授权
    • Manually operable rotary pulse generating apparatus for pulse counting
and similar applications
    • 用于脉冲计数和类似应用的手动可操作的旋转脉冲发生装置
    • US4379245A
    • 1983-04-05
    • US132090
    • 1980-03-20
    • Richard Goldstein
    • Richard Goldstein
    • H03K17/96H01L41/08
    • H03K17/964
    • A manually operable pulse generating apparatus comprises a dial knob assembly having a outer grippable knob member rotatably mounted around an inner knob member connected to an operating shaft carrying a ratchet wheel-forming cam having saw-toothed ratchet teeth-forming lobes. Each lobe has a gradually rising leading side and a sharply dropping trailing side. The outer knob member is connected to the inner knob member through a one-way clutch so that the outer knob member can be rotated in one direction without rotating the inner knob member, the inner knob member rotating with the outer knob member when rotated in the opposite direction. Where the outer knob member is opaque, it contains numbered markings for identifying the degree of rotation imparted thereto relative to a stationary index mark on a control panel over which the dial knob assembly is mounted. For some applications, the outer knob member may be transparent in which case the numbered markings referred to are on the inner knob member. A pawl-forming, force-transmitting spring or spring-urged member normally rests in the crotch between successive ratchet teeth-forming lobes of the cam where it is in a partially tensed condition to form a detent for the shaft. The rotation of the outer knob member in said other direction rotates the cam and causes the pawl to ride up the gradually rising side of a cam lobe so that the tension in the pawl initially slowly increases. The tension on the spring or spring-urged member is coupled to a piezo-electric element which generates a damped sine waveform as the tension thereon is suddenly relieved as the end of the pawl falls into the crotch between a pair of cam lobes.
    • 一种可手动操作的脉冲发生装置,包括拨动旋钮组件,其具有可旋转地安装在内部旋钮构件周围的外部可夹持旋钮构件,所述内部旋钮构件连接到操作轴,所述操作轴承载具有锯齿形棘轮形成凸角的棘轮形成凸轮。 每个叶都有一个逐渐上升的前方和一个急剧下降的后方。 外部旋钮部件通过单向离合器与内部旋钮部件连接,使得外部旋钮部件能够在一个方向上旋转而不旋转内部旋钮部件,内部旋钮部件在旋转时旋转外部旋钮部件 相反的方向。 在外部旋钮构件是不透明的情况下,其包含编号的标记,用于识别相对于安装拨盘旋钮组件的控制面板上的固定指示标记所赋予的旋转程度。 对于一些应用,外部旋钮构件可以是透明的,在这种情况下,所指的编号标记在内部旋钮构件上。 棘爪形成的力传递弹簧或弹簧推动构件通常搁置在凸轮的连续的棘齿形成凸角之间的裆部中,其处于部分张紧的状态,以形成用于轴的棘爪。 外旋钮构件在所述另一方向的旋转使凸轮旋转并使棘爪骑在凸轮凸角的逐渐上升的一侧,使得棘爪中的张力最初缓慢增加。 弹簧或弹簧推动构件上的张力耦合到压电元件,该压电元件产生阻尼正弦波形,因为当棘爪的端部落入一对凸轮凸角之间的裆部时,其上的张力突然释放。
    • 8. 发明授权
    • Automatic stereo/monaural headphone
    • US06711268B2
    • 2004-03-23
    • US09849820
    • 2001-05-04
    • Arthur Barry ColegraveRichard Goldstein
    • Arthur Barry ColegraveRichard Goldstein
    • H04R110
    • H04R1/1041H01R24/58H01R31/06H01R2105/00H04R5/033H04R2420/05H04R2420/09
    • A stereo headphone employing a standard stereo headphone plug is adapted for automatically hearing a monaural signal at both earpieces, when accessing a typical monaural source. In the first embodiment of the invention, an impedance element couples the signal from a first acoustical driver that receives the monaural signal from the stereo plug tip, to a second acoustical driver that is connected to the stereo plug ring and normally receives no signal when plugged into a conventional monaural audio source output jack. The magnitude of the coupling impedance is selected with respect to the impedance of the acoustical driver so that the reduction in loudness at the second earpiece due to the signal voltage drop across the coupling impedance is not perceptible to the listener. This will occur when the reduction in loudness at the second earpiece is less than the threshold of perceivable loudness reduction at one ear when there is no reduction in loudness at the other ear. The effect of the coupling impedance, when listening to a stereo audio source is insignificant, firstly, because the two stereo channel signals appear at their respective drivers with virtually no attenuation due to the coupling impedance. Secondly, although the coupling impedance does contribute a slight amount of additional crosstalk between the stereo channels, the magnitude of the increase in crosstalk is dependent upon the ratio of the coupling impedance to the output impedance of the stereo source. A typical stereo source for which the use of this headphone is intended has an output impedance so low compared to the coupling impedance that the increase in crosstalk is too small to be perceptible as affecting the stereo separation or the stereo imaging afforded by the stereo source. In the second embodiment of the invention two equal impedance elements couple the monaural signal from the stereo plug tip to each acoustical driver. This equalizes the loudness of the monaural signal heard at each earpiece and slightly reduces the level of one stereo channel with respect to the other. Crosstalk and stereo imaging are virtually unaffected, as with the first embodiment.
    • 9. 发明授权
    • Externally identifiable descriptor for standard memory allocation interface
    • 标准内存分配接口的外部可识别描述符
    • US06542978B2
    • 2003-04-01
    • US09740740
    • 2000-12-18
    • Richard GoldsteinDavid Zittin
    • Richard GoldsteinDavid Zittin
    • G06F1200
    • G06F9/5016G06F12/023
    • The invention noninvasively provides information relating to memory space allocation. Memory space allocation information is maintained in a location that is known or identifiable outside of the process for which the memory space has, been allocated. A memory space allocator maintains the information in a descriptor block. The descriptor block is updated with every allocation or deallocation of memory space. In the preferred embodiment of the invention, the descriptor block exists on a page of memory having a size equal to the native page size of the machine on which it is, operating. The memory allocator allocates memory space in units referred to as buckets that exist within a memory block. The descriptor block contains an identifier that identifies the memory space allocation information stored in that descriptor block as being controlled by a particular memory space allocator. The descriptor block also contains information that indicates how many pages are used and how many pages are free.
    • 本发明非侵入性地提供与存储器空间分配有关的信息。 存储器空间分配信息被保持在已经被分配了存储器空间的进程之外已知或可识别的位置。 存储器空间分配器将信息维护在描述符块中。 每个分配或释放内存空间来更新描述符块。 在本发明的优选实施例中,描述符块存在于具有等于其所在机器的本地页面大小的大小的存储器页面上。 内存分配器以存储在内存块中的称为存储桶的单元分配内存空间。 描述符块包含一个标识符,该标识符将存储在该描述符块中的存储器空间分配信息标识为由特定存储器空间分配器控制。 描述符块还包含指示使用多少页面以及有多少页面可用的信息。
    • 10. 发明授权
    • Externally identifiable descriptor for standard memory allocation interface
    • 标准内存分配接口的外部可识别描述符
    • US06247105B1
    • 2001-06-12
    • US08667839
    • 1996-06-20
    • Richard GoldsteinDavid Zittin
    • Richard GoldsteinDavid Zittin
    • G06F1200
    • G06F9/5016G06F12/023
    • The invention noninvasively provides information relating to memory space allocation. Memory space allocation information is maintained in a location that is known or identifiable outside of the process for which the memory space has been allocated. A memory space allocator maintains the information in a descriptor block. The descriptor block is updated with every allocation or deallocation of memory space. In the preferred embodiment of the invention, the descriptor block exists on a page of memory having a size equal to the native page size of the machine on which it is operating. The memory allocator allocates memory space in units referred to as buckets that exist within a memory block. The descriptor block contains an identifier that identifies the memory space allocation information stored in that descriptor block as being controlled by a particular memory space allocator. The descriptor block also contains information that indicates how many pages are used and how many pages are free.
    • 本发明非侵入性地提供与存储器空间分配有关的信息。 存储器空间分配信息被保持在已经被分配了存储器空间的进程之外已知或可识别的位置。 存储器空间分配器将信息维护在描述符块中。 每个分配或释放内存空间来更新描述符块。 在本发明的优选实施例中,描述符块存在于具有等于其所在机器的本地大小的大小的存储器页面上。 内存分配器以存储在内存块中的称为存储桶的单元分配内存空间。 描述符块包含一个标识符,该标识符将存储在该描述符块中的存储器空间分配信息标识为由特定存储器空间分配器控制。 描述符块还包含指示使用多少页面以及有多少页面可用的信息。