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    • 1. 发明申请
    • ANTI-CONDENSATION CONTROL SYSTEM
    • 防静电控制系统
    • US20100083672A1
    • 2010-04-08
    • US12337981
    • 2008-12-18
    • Doo Eui YoonPaul Artwohl
    • Doo Eui YoonPaul Artwohl
    • F25B47/00F25D21/04F25B49/00
    • F25D21/04F25D21/002F25D2400/02
    • System and methods for providing anti-condensation system are disclosed. A relative humidity (RH) sensor signal from a sensor on or near a control surface is received. An AC power input is received. A phase of the AC power input is modulated at least partly in response to the sensor signal in such a manner that a phase-modulated AC power output provided to a heater is a) substantially constant at a first power level (P1st) in a low RH region ranging from 0% RH to a first RH (RH1), b) varying as a function of the sensor signal from P1st to a second power level (P2nd) in an intermediate RH region ranging from RH1 to a second RH (RH2), and c) substantially constant at P2nd in a high RH region beginning at RH2.
    • 公开了提供防冷凝系统的系统和方法。 接收来自控制表面上或附近的传感器的相对湿度(RH)传感器信号。 接收交流电源输入。 至少部分地响应于传感器信号调制交流电力输入的相位,使得提供给加热器的相位调制的交流电力输出在低电平的第一功率电平(P1st)下基本恒定 RH区域,从0%RH到第一RH(RH1),b)在从RH1到第二RH(RH2)的中间RH区域中,根据从P1st到第二功率电平(P2nd)的传感器信号的函数变化, ,c)在从RH2开始的高RH区域的P2nd基本恒定。
    • 2. 发明授权
    • Anti-condensation control system
    • 防冷凝控制系统
    • US08250873B2
    • 2012-08-28
    • US12337981
    • 2008-12-18
    • Doo Eui YoonPaul Artwohl
    • Doo Eui YoonPaul Artwohl
    • F25D21/00F25D21/02F25D21/04F25D21/08
    • F25D21/04F25D21/002F25D2400/02
    • System and methods for providing anti-condensation system are disclosed. A relative humidity (RH) sensor signal from a sensor on or near a control surface is received. An AC power input is received. A phase of the AC power input is modulated at least partly in response to the sensor signal in such a manner that a phase-modulated AC power output provided to a heater is a) substantially constant at a first power level (P1st) in a low RH region ranging from 0% RH to a first RH (RH1), b) varying as a function of the sensor signal from P1st to a second power level (P2nd) in an intermediate RH region ranging from RH1 to a second RH (RH2), and c) substantially constant at P2nd in a high RH region beginning at RH2.
    • 公开了提供防冷凝系统的系统和方法。 接收来自控制表面上或附近的传感器的相对湿度(RH)传感器信号。 接收交流电源输入。 至少部分地响应于传感器信号调制交流电力输入的相位,使得提供给加热器的相位调制的交流电力输出在低电平的第一功率电平(P1st)下基本恒定 RH区域的范围从0%RH到第一RH(RH1),b)在从RH1到第二RH(RH2)的中间RH区域中根据从P1st到第二功率电平(P2nd)的传感器信号的函数而变化, ,c)在从RH2开始的高RH区域的P2nd基本恒定。
    • 4. 发明授权
    • Refrigerator door assembly with stylized substantially all glass front
    • 冰箱门组件,具有大致全部玻璃前面的风格
    • US5111618A
    • 1992-05-12
    • US668135
    • 1991-03-12
    • Melvin KasparJeffrey KostosMatthew RolekPaul Artwohl
    • Melvin KasparJeffrey KostosMatthew RolekPaul Artwohl
    • F25D23/02A47F3/04E05F1/12E06B3/54E06B3/66
    • E06B3/5427A47F3/043E05F1/123E06B3/6621E05Y2900/202F25D2400/18Y10S49/01
    • A multi-pane insulated glass door assembly in which the forward pane of the glass unit extends outwardly a greater distance than the panes rearwardly thereof and is supported by an outer metal frame having a relatively narrow forwardly extending perimeter portion adjacent the peripheral edge of the forward glass pane so as to provide the door with a modernistic, substantially all glass front appearance. In one embodiment, the outer metal frame has a rear portion extending inwardly behind the forward glass pane and a moulding is interposed between the forwardly extending perimeter portion of the metal frame and the peripheral edge of the forward glass pane to provide a finished appearance. A dark ink is affixed to an inside peripheral face of the forward glass pane for masking the peripheral components of the door assembly from sight through the forward glass pane from the front side thereof. In another embodiment, each door has a non-metallic, lightweight outer molded trim portion which encapsulates the outer support frame and the periphery of the glass unit and which has insulating qualities that tends to prevent heat transfer between warm and cold sides of the door.
    • 一种多窗玻璃隔热玻璃门组件,其中玻璃单元的前玻璃板向外延伸比其后面的窗格更大的距离,并且由外金属框架支撑,该外金属框架具有邻近前方的周边边缘的相对狭窄的向前延伸的周边部分 玻璃窗,以提供具有现代主义,基本上全部的玻璃前部外观的门。 在一个实施例中,外金属框架具有在前玻璃板后面向内延伸的后部,并且模制件插入在金属框架的向前延伸的周边部分和前玻璃板的周边边缘之间以提供完成的外观。 在前玻璃板的内周面上附着有深色墨水,用于从前面玻璃板的正面遮蔽门组件的周边部件,从前方玻璃板观察。 在另一个实施例中,每个门具有非金属,轻质的外部模制装饰部分,其封装外部支撑框架和玻璃单元的周边,并且具有倾向于防止门的温暖侧和冷侧之间的热传递的绝缘特性。
    • 5. 发明申请
    • Reflector system for led illuminated display case
    • LED照明显示屏反光体系统
    • US20070195535A1
    • 2007-08-23
    • US11361179
    • 2006-02-23
    • Paul ArtwohlDennis KatoMatthew Rolek
    • Paul ArtwohlDennis KatoMatthew Rolek
    • F21V7/00
    • A47F3/001F21S4/28F21V7/005F21V7/0083F21W2131/305F21W2131/405F21Y2103/10F21Y2115/10
    • A lighting system for a commercial display case. The display case includes a plurality of mullions disposed in a vertical orientation between doors of the display case. A plurality of light emitting diodes are disposed in a linear array on each of the mullions. A reflector system is mounted proximate to the light emitting diodes. In one embodiment, the mullion cover and reflector system are formed as an integral assembly. In another embodiment, the mullion cover and reflector system are formed separately, and the mullion cover includes recesses or other mounting features, and the reflector system is coupled to the recesses in the mullion cover. The reflective system is preferably designed to have a series of reflector surfaces disposed about one or more of the light emitting diodes to optimize light dispersal.
    • 用于商业展示柜的照明系统。 显示器壳体包括在显示器壳体的门之间以垂直取向设置的多个竖框。 多个发光二极管以直线阵列设置在每个竖框上。 靠近发光二极管安装反射器系统。 在一个实施例中,竖框盖和反射器系统形成为整体组件。 在另一个实施例中,竖框盖和反射器系统分别形成,竖框盖包括凹槽或其它安装特征,并且反射器系统联接到竖框盖中的凹部。 反射系统优选地设计成具有围绕一个或多个发光二极管设置的一系列反射器表面,以优化光散射。
    • 7. 发明授权
    • Insulated refrigerator door assembly with substantially all glass front
doors
    • 绝缘冰箱门组件,基本上都是玻璃前门
    • US5024023A
    • 1991-06-18
    • US602791
    • 1990-10-24
    • Jeffery KostosMelvin KasparPaul Artwohl
    • Jeffery KostosMelvin KasparPaul Artwohl
    • A47F3/04E06B3/54
    • E06B3/5427A47F3/043Y10S49/01
    • A multi-pane insulated glass door assembly in which the forward pane of the glass unit extends outwardly a greater distance than the panes rearwardly thereof and is supported by an outer metal frame having a relatively narrow forwardly extending perimeter portion adjacent the peripheral edge of the forward glass pane so as to provide the door with a modernistic, substantially all glass front appearance. In the illustrated embodiment, the outer metal frame has a rear portion extending inwardly behind the forward glass pane and a moulding is interposed between the forwardly extending perimeter portion of the metal frame and the peripheral edge of the forward glass pane to provide a finished appearance. A dark ink is affixed to an inside peripheral face of the forward glass pane for masking the peripheral components of the door assembly from sight through the forward glass pane from the front side thereof.
    • 一种多窗玻璃隔热玻璃门组件,其中玻璃单元的前玻璃板向外延伸比其后面的窗格更大的距离,并且由外金属框架支撑,该外金属框架具有邻近前方的周边边缘的相对狭窄的向前延伸的周边部分 玻璃窗,以提供具有现代主义,基本上全部的玻璃前部外观的门。 在所示实施例中,外金属框架具有在前玻璃板后方向内延伸的后部,并且在金属框架的向前延伸的周边部分与前玻璃板的周边边缘之间插入模制件以提供完美的外观。 在前玻璃板的内周面上附着有深色墨水,用于从前面玻璃板的正面遮蔽门组件的周边部件,从前方玻璃板观察。
    • 9. 发明授权
    • Refrigerator door assembly with stylized substantially all glass front
    • 冰箱门组件,具有大致全部玻璃前面的风格
    • US5255473A
    • 1993-10-26
    • US873475
    • 1992-04-24
    • Melvin KasparJeffery KostosMatthew RolekPaul Artwohl
    • Melvin KasparJeffery KostosMatthew RolekPaul Artwohl
    • A47F3/04E06B3/54E06B3/00
    • E06B3/5427A47F3/043E05Y2900/132Y10S49/01
    • A multi-pane insulated glass door assembly in which the forward pane of the glass unit extends outwardly a greater distance than the panes rearwardly thereof and is supported by an outer metal frame having a relatively narrow forwardly extending perimeter portion adjacent the peripheral edge of the forward glass pane so as to provide the door with a modernistic, substantially all glass front appearance. In one embodiment, the outer metal frame has a rear portion extending inwardly behind the forward glass pane and a molding is interposed between the forwardly extending perimeter portion of the metal frame and the peripheral edge of the forward glass pane to provide a finished appearance. A dark ink is affixed to an inside peripheral face of the forward glass pane for masking the peripheral components of the door assembly from sight through the forward glass pane from the front side thereof. In another embodiment, each door has a non-metallic, lightweight outer molded trim portion which encapsulates the outer support frame and the periphery of the glass unit and which has insulating qualities that tends to prevent heat transfer between warm and cold sides of the door.
    • 一种多窗玻璃隔热玻璃门组件,其中玻璃单元的前玻璃板向外延伸比其后面的窗格更大的距离,并且由外金属框架支撑,该外金属框架具有邻近前方的周边边缘的相对狭窄的向前延伸的周边部分 玻璃窗,以提供具有现代主义,基本上全部的玻璃前部外观的门。 在一个实施例中,外金属框架具有在前玻璃板后面向内延伸的后部,并且模制件插入在金属框架的向前延伸的周边部分和前玻璃板的周边边缘之间以提供完成的外观。 在前玻璃板的内周面上附着有深色墨水,用于从前面玻璃板的正面遮蔽门组件的周边部件,从前方玻璃板观察。 在另一个实施例中,每个门具有非金属,轻质的外部模制装饰部分,其封装外部支撑框架和玻璃单元的周边,并且具有倾向于防止门的温暖侧和冷侧之间的热传递的绝缘特性。