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    • 12. 发明授权
    • Pull-out guide for drawers
    • 抽屉拉出指南
    • US07654625B2
    • 2010-02-02
    • US10858609
    • 2004-06-02
    • Juergen AmannMarkus AlbrechtWolfgang MuellerHolger Wenzel
    • Juergen AmannMarkus AlbrechtWolfgang MuellerHolger Wenzel
    • A47B88/00
    • A47B88/427
    • A pull-out slide for drawers, in particular cabinet drawers, with opposing drawer side walls and with or without decoration components has drawer rails that are fastened on the drawer and cabinet rails that are fastened on the cabinet body and a device configured to cooperate with each drawer rail and each cabinet rail to enable a pull-out function of the drawer. A function carrier located at or near the front end of each drawer rail has one or more function elements for taking up, holding and/or connecting parts of the drawer and/or one or more function elements for readying, supporting and/or completing drawer functions.
    • 用于抽屉的抽屉滑动件,特别是柜体抽屉,具有相对的抽屉侧壁,并且具有或不具有装饰部件,具有紧固在抽屉上的抽屉轨道和紧固在机壳本体上的机柜导轨,以及配置为与 每个抽屉导轨和每个机柜导轨都能启动抽屉的拉出功能。 位于每个抽屉导轨的前端处或附近的功能载体具有一个或多个功能元件,用于卷取,保持和/或连接抽屉的一部分和/或一个或多个功能元件,用于准备,支撑和/或完成抽屉 功能。
    • 13. 发明申请
    • Load Distribution in Storage Area Networks
    • 存储区域网络中的负载分配
    • US20080250178A1
    • 2008-10-09
    • US12066247
    • 2006-07-13
    • Nils HausteinWolfgang MuellerUlf Troppens
    • Nils HausteinWolfgang MuellerUlf Troppens
    • G06F13/00
    • H04L67/1097G06F3/0601G06F2003/0697H04L47/10H04L47/125H04L67/1002H04L67/1021
    • A load balancing method and system for identifying an input/output (I/O) network path from a set off I/O network paths is provided by the invention. The set off I/O network paths connect a host system via a network to a storage subsystem. The host system comprises at least one host bus adapter (HBA) and the storage subsystem comprises at least one I/O device and the network comprises at least one network device. Each of the HBA, the I/O device and the network device comprise at least one I/O port. For each I/O port of each HBA, an HBA port limit is determined. Additionally the set of I/O network paths which connect the I/O port of each of the HBA via the I/O ports of the network device to the I/O port of the I/O device is identified. Then a fabric utilization limit is determined for each I/O network path and a HBA port utilization is determined for each I/O port of the at least one HBA. All network paths are discarded for which the HBA port utilization is greater than the HBA port limit. For each of the remaining paths a network path distance is determined. All I/O network paths for which the network path distance is greater than the path distance limit are discarded. Then for each of the remaining paths a fabric utilization is determined. All I/O network paths for which the fabric utilization is greater than the fabric utilization limit are discarded and the I/O network path is determined from the remaining network paths.
    • 本发明提供了一种用于从设置的I / O网络路径识别输入/输出(I / O)网络路径的负载平衡方法和系统。 脱机I / O网络路径将主机系统通过网络连接到存储子系统。 所述主机系统包括至少一个主机总线适配器(HBA),并且所述存储子系统包括至少一个I / O设备,并且所述网络包括至少一个网络设备。 HBA,I / O设备和网络设备中的每一个包括至少一个I / O端口。 对于每个HBA的每个I / O端口,确定HBA端口限制。 另外,识别通过网络设备的I / O端口将每个HBA的I / O端口连接到I / O设备的I / O端口的一组I / O网络路径。 然后针对每个I / O网络路径确定结构使用限制,并确定至少一个HBA的每个I / O端口的HBA端口利用率。 丢弃所有网络路径,HBA端口利用率大于HBA端口限制。 对于每个剩余路径,确定网络路径距离。 网络路径距离大于路径距离限制的所有I / O网络路径都将被丢弃。 然后对于每个剩余路径,确定织物利用率。 架构利用率大于架构使用限制的所有I / O网络路径被丢弃,并且从剩余的网络路径确定I / O网络路径。
    • 17. 发明申请
    • Elevator shaft
    • 电梯井
    • US20070181374A1
    • 2007-08-09
    • US11634515
    • 2006-12-05
    • Wolfgang Mueller
    • Wolfgang Mueller
    • B66B9/00
    • B66B9/003B66B9/00E04F17/005
    • The invention relates to an elevator shaft having up to four parallel tracks of the same type, adapted for the operation of a plurality of self-propelled cars per track, and having at least one transfer arrangement for switching tracks and for allowing cars to park on an interim basis, to turn and to pass one another. In order to configure the elevator shaft such that a plurality of cars together can utilize one track in a quadrilateral shaft, it is proposed according to the invention that the elevator shaft has a quadrilateral cross-section of up to four segments each with an independent track, the segments each being disposed such that an axis laid out horizontally through the outwardly-located corner of the cars passes through the center of an imaginary circle which likewise runs through the outer corners of the cars, this center simultaneously forming the center point of the elevator shaft and of the transfer arrangements which have been inserted.
    • 本发明涉及一种具有最多四个相同类型的平行轨道的电梯井道,其适用于每个轨道操作多个自推进车辆,并且具有至少一个用于切换轨道并允许汽车停放的传送装置 一个临时的基础,转而相互传递。 为了构造电梯井,使得多个轿厢在一起可以利用四边形轴中的一个轨道,根据本发明提出,电梯井具有最多四个段的四边形横截面,每个段具有独立轨道 每个分段被布置成使得沿车辆的向外定位的角落水平布置的轴穿过同样穿过轿厢的外角的假想圆的中心,该中心同时形成车辆的中心点 电梯井和已经插入的搬运装置。
    • 20. 发明授权
    • Cabinet hinge with depth adjustment
    • 橱柜铰链深度调节
    • US06715180B2
    • 2004-04-06
    • US10230624
    • 2002-08-29
    • Wolfgang MuellerMarkus AlbrechtRemo EggerHolger Wenzel
    • Wolfgang MuellerMarkus AlbrechtRemo EggerHolger Wenzel
    • E05D704
    • E05D7/0407E05D7/0415E05Y2900/20Y10T16/5321Y10T16/5324Y10T16/53253Y10T16/554
    • The invention concerns a cabinet hinge with a depth adjusting device for hinge arm held directly or indirectly on a cabinet-side, single- or multi-part mounting plate. A revolvable depth adjusting screw held in the mounting plate is provided in order to adjust the depth. A driver plate is connected with the hinge arm; whereby, the depth adjusting screw has adjusting elements that work together with corresponding adjusting surfaces on the driver plate in such a way that by turning the depth adjusting screw, the driver plate and the hinge arm are moved in relation to the mounting plate. The invention offers the advantage that with only turn, the depth adjusting screw can finely and delicately adjust the depth position of the hinge arm over its entire adjustment range.
    • 本发明涉及一种具有用于铰链臂的深度调节装置的机柜铰链,所述深度调节装置直接或间接地保持在机柜侧,单组件或多部件安装板上。 提供固定在安装板上的可旋转深度调节螺钉,以调节深度。 驱动板与铰链臂连接; 由此,深度调节螺钉具有与驱动器板上的相应调节表面一起工作的调节元件,使得通过转动深度调节螺钉,驱动器板和铰链臂相对于安装板移动。 本发明的优点在于,只要转动深度调节螺钉,可以在整个调节范围内精细地精细地调整铰链臂的深度位置。