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    • 1. 发明申请
    • Elevator system without a moving counterweight
    • 电梯系统没有移动配重
    • US20070131490A1
    • 2007-06-14
    • US10554008
    • 2004-04-22
    • Bryan SiewertMark ThompsonRichard Holland
    • Bryan SiewertMark ThompsonRichard Holland
    • B66B7/10
    • B66B9/00B66B11/007B66B19/00
    • An elevator system (20) includes a cab (22) supported for movement within a hoistway. A plurality of cab-supported sheaves (36, 42) moves with the cab through the hoistway. A first hoistway sheave (38) is located near a first end of the hoistway, and a second hoistway sheave (40) is located near a second end of the hoistway. A load bearing member (30) is provided, which (i) extends from near the first end of the hoistway toward the cab, where the load bearing member is redirected by one of the plurality of cab-supported sheaves toward the first end of the hoistway, (ii) at least partially wraps around each of the first hoistway sheave and the second hoistway sheave, and (iii) extends from near the second end of the hoistway toward the cab, where the load bearing member is redirected by another of the plurality of cab-supported sheaves toward the second end of the hoistway. A tension device (44) maintains tension in the load bearing member.
    • 电梯系统(20)包括支撑在井道内运动的驾驶室(22)。 多个驾驶室支撑滑轮(36,42)随驾驶室通过井道移动。 第一井道滑轮(38)位于井道的第一端附近,第二井道滑轮(40)位于井道的第二端附近。 提供一种承载构件(30),其(i)从井道的第一端附近朝向驾驶室延伸,其中承载构件由多个驾驶室支撑的滑轮中的一个朝向第一端重定向 (ii)至少部分地包裹在第一井道滑轮和第二井道滑轮中的每一个周围,并且(iii)从井道的第二端附近朝向驾驶室延伸,其中承载构件被另一个 多个驾驶室支撑的滑轮朝向井道的第二端。 张紧装置(44)保持承载构件中的张力。
    • 2. 发明授权
    • Door zone protection
    • 门区保护
    • US08904708B2
    • 2014-12-09
    • US12991481
    • 2008-05-21
    • Joseph ZacchioBryan Siewert
    • Joseph ZacchioBryan Siewert
    • E05F15/20
    • B66B13/26E05F15/43E05F15/632E05F15/73E05Y2800/21E05Y2900/104E05Y2900/132
    • An apparatus for detecting an object 20 in an area adjacent a doorway includes a plurality of transducers US1, US2 mounted proximate the doorway and a processor 40. At least one of the transducers US1 is positioned to repeatedly transmit signals T1 toward an area adjacent the doorway. At least two of the transducers US1, US2 are positioned to repeatedly receive R1, R2 return signals. The processor 40 is operably connected to the plurality of transducers for detecting, in the area adjacent the doorway, an object 20 by determining the object's: position based upon one or more determined distances d1, d2 derived from times between transmission of signals and reception of corresponding return signals; and/or movement based upon transmission of signals and Doppler shift in the reception of corresponding return signals.
    • 用于在邻近门口的区域中检测物体20的装置包括安装在门口附近的多个换能器US1,US2和处理器40.至少一个换能器US1定位成向门口附近的区域重复地发送信号T1 。 换能器US1,US2中的至少两个被定位成重复地接收R1,R2返回信号。 处理器40可操作地连接到多个换能器,用于通过确定物体的位置来检测邻近门口的区域:基于从信号的发送和接收之间的时间导出的一个或多个确定的距离d1,d2 相应的返回信号; 和/或基于在相应的返回信号的接收中信号的传输和多普勒频移的移动。
    • 5. 发明申请
    • MAGNETIC COUPLING DEVICE FOR AN ELEVATOR SYSTEM
    • 用于电梯系统的磁耦合装置
    • US20100247397A1
    • 2010-09-30
    • US12524258
    • 2007-03-22
    • Jacek F. GierasPei-Yuan PengBryan Siewert
    • Jacek F. GierasPei-Yuan PengBryan Siewert
    • B01D53/94B01J21/04
    • H01F7/1638F01N3/2857F01N3/2864F01N13/14H01F7/20
    • A catalyst-carrier supporting material of a catalytic converter excellent in heat resistance and capable of maintaining a sufficient holding capability for supporting the catalyst-carrier for a long duration even in the environments exceeding 950° C. The catalyst-carrier supporting material comprising: a heat resistant layer which contains crystalline alumina fibers and an organic binder evenly impregnated with the crystalline alumina fibers and to be eliminated by thermal decomposition; and a thermally intumescent layer layered on the heat resistant layer which contains crystalline alumina fibers, an organic binder dispersed in the crystalline alumina fibers and to be eliminated by thermal decomposition, and vermiculite dispersed in the crystalline alumina fibers, wherein the crystalline alumina fibers exist in an amount of 1,400 g/m2 or higher in the catalyst-carrier supporting material, the ratio of the amount of the crystalline alumina fibers existing in the heat resistant layer and the amount of the crystalline alumina fibers existing in the thermally intumescent layer is 0.98 to 1.98, and the vermiculite exists in an amount of 23 to 33% by weight in the thermally intumescent layer.
    • 催化转化器的催化剂载体担载材料,其耐热性优异,并且即使在超过950℃的环境中也能够长时间地保持足够的负载催化剂载体的保持能力。催化剂载体支撑材料包括: 耐热层,其包含结晶氧化铝纤维和均匀地浸渍有结晶氧化铝纤维并通过热分解消除的有机粘合剂; 以及层叠在耐热层上的热膨胀层,其包含结晶氧化铝纤维,分散在结晶氧化铝纤维中并通过热分解除去的有机粘合剂和分散在结晶氧化铝纤维中的蛭石,其中结晶氧化铝纤维存在于 催化剂载体担载材料中的1400g / m 2以上的量,存在于耐热层中的结晶性氧化铝纤维的量与存在于热膨胀层中的结晶性氧化铝纤维的量的比例为0.98〜 1.98,并且在热膨胀层中蛭石的存在量为23〜33重量%。
    • 6. 发明申请
    • ELEVATOR SYSTEM WITHOUT A MOVING COUNTERWEIGHT
    • 电梯系统没有移动计数器
    • US20070227825A1
    • 2007-10-04
    • US11753817
    • 2007-05-25
    • Bryan SiewertMarks ThompsonRichard Hollowell
    • Bryan SiewertMarks ThompsonRichard Hollowell
    • B66B9/02
    • B66B7/10B66B11/007B66B11/008B66B11/08
    • An elevator system (20) includes a cab (22) supported for movement within a hoistway. A tension device (44) remains close to one end (26) of the hoistway. The tension device (44) maintains a desired tension on a load bearing member (30) that supports a weight of the cab (22) and moves to achieve a desired placement of the cab within the hoistway. The load bearing member (30) extends from the first end of the hoistway toward the cab, wraps at least partially around a first sheave (36) supported for movement with the cab, extends from the first sheave (36) toward the first end (24) of the hoistway, wraps at least partially around a second sheave (38) supported near the first end of the hoistway, extends from the second sheave toward a second end (26) of the hoistway, wraps at least partially about a third sheave (40) supported near the second end of the hoistway, extends toward the cab from the third sheave, wraps at least partially around a fourth sheave (42) supported for movement with the cab, and extends from the fourth sheave toward the second end of the hoistway where it is secured to the tension device (44).
    • 电梯系统(20)包括支撑在井道内运动的驾驶室(22)。 张紧装置(44)保持靠近井道的一端(26)。 张紧装置(44)在支撑驾驶室(22)的重量的承载构件(30)上保持期望的张力,并且移动以实现驾驶室在井道内的期望位置。 承载构件(30)从井道的第一端朝向驾驶室延伸,至少部分地围绕被支撑为与驾驶室一起运动的第一滑轮(36),从第一滑轮(36)朝向第一端 至少部分地环绕在井道的第一端附近支撑的第二滑轮(38)的第二滑轮(38)从第二滑轮向井道的第二端(26)延伸,至少部分地围绕第三滑轮 (40),其支撑在井道的第二端附近,从第三滑轮向驾驶室延伸,至少部分地围绕着支撑为与驾驶室一起运动的第四滑轮(42),并从第四滑轮向第二滑轮 其被固定到张紧装置(44)上的井道。
    • 7. 发明申请
    • Elevator system without a moving counterweight
    • 电梯系统没有移动配重
    • US20060225965A1
    • 2006-10-12
    • US10550655
    • 2003-04-22
    • Bryan SiewertMark ThompsonRichard Hollowell
    • Bryan SiewertMark ThompsonRichard Hollowell
    • B66B9/02
    • B66B7/10B66B11/007B66B11/008B66B11/08B66B19/00
    • An elevator system (20) includes a cab (22) supported for movement within a hoistway. A tension device (44) remains close to one end (26) of the hoistway. The tension device (44) maintains a desired tension on a load bearing member (30) that supports a weight of the cab (22) and moves to achieve a desired placement of the cab within the hoistway. The load bearing member (30) extends from the first end of the hoistway toward the cab, wraps at least partially around a first sheave (36) supported for movement with the cab, extends from the first sheave (36) toward the first end (24) of the hoistway, wraps at least partially around a second sheave (38) supported near the first end of the hoistway, extends from the second sheave toward a second end (26) of the hoistway, wraps at least partially about a third sheave (40) supported near the second end of the hoistway, extends toward the cab from the third sheave, wraps at least partially around a fourth sheave (42) supported for movement with the cab, and extends from the fourth sheave toward the second end of the hoistway where it is secured to the tension device (44).
    • 电梯系统(20)包括支撑在井道内运动的驾驶室(22)。 张紧装置(44)保持靠近井道的一端(26)。 张紧装置(44)在支撑驾驶室(22)的重量的承载构件(30)上保持期望的张力,并且移动以实现驾驶室在井道内的期望位置。 承载构件(30)从井道的第一端朝向驾驶室延伸,至少部分地围绕被支撑为与驾驶室一起运动的第一滑轮(36),从第一滑轮(36)朝向第一端 至少部分地环绕在井道的第一端附近支撑的第二滑轮(38)的第二滑轮(38)从第二滑轮向井道的第二端(26)延伸,至少部分地围绕第三滑轮 (40),其支撑在井道的第二端附近,从第三滑轮向驾驶室延伸,至少部分地围绕着支撑为与驾驶室一起运动的第四滑轮(42),并从第四滑轮向第二滑轮 其被固定到张紧装置(44)上的井道。
    • 8. 发明申请
    • DOOR ZONE PROTECTION
    • 门区保护
    • US20110056134A1
    • 2011-03-10
    • US12991481
    • 2008-05-21
    • Joseph ZacchioBryan Siewert
    • Joseph ZacchioBryan Siewert
    • E05F15/20G01S15/02
    • B66B13/26E05F15/43E05F15/632E05F15/73E05Y2800/21E05Y2900/104E05Y2900/132
    • An apparatus for detecting an object 20 in an area adjacent a doorway includes a plurality of transducers US1, US2 mounted proximate the doorway and a processor 40. At least one of the transducers US1 is positioned to repeatedly transmit signals T1 toward an area adjacent the doorway. At least two of the transducers US1, US2 are positioned to repeatedly receive R1, R2 return signals. The processor 40 is operably connected to the plurality of transducers for detecting, in the area adjacent the doorway, an object 20 by determining the object's: position based upon one or more determined distances d1, d2 derived from times between transmission of signals and reception of corresponding return signals; and/or movement based upon transmission of signals and Doppler shift in the reception of corresponding return signals.
    • 用于在邻近门口的区域中检测物体20的装置包括安装在门口附近的多个换能器US1,US2和处理器40.至少一个换能器US1定位成向门口附近的区域重复地发送信号T1 。 换能器US1,US2中的至少两个被定位成重复地接收R1,R2返回信号。 处理器40可操作地连接到多个换能器,用于通过确定物体的位置来检测邻近门口的区域:基于从信号的发送和接收之间的时间导出的一个或多个确定的距离d1,d2 相应的返回信号; 和/或基于在相应的返回信号的接收中信号的传输和多普勒频移的移动。