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    • 1. 发明申请
    • Verifying Simulation Design Modifications
    • 验证仿真设计修改
    • US20130096901A1
    • 2013-04-18
    • US13271472
    • 2011-10-12
    • Wolfgang GellerichGuenter MayerChung-Lung K. ShumKai Weber
    • Wolfgang GellerichGuenter MayerChung-Lung K. ShumKai Weber
    • G06F17/50
    • G06F17/5022G06F17/504
    • A mechanism is provided for verifying design modifications to a simulation design unit included within a simulation model of an integrated electronic device. A modified description is received of a simulation design unit that failed to meet an expected physical property value during an initial simulation of the entire integrated electronic device. A simulation of the simulation design unit is executed using a list of identified input signals from a trace file. The trace file is generated during the initial simulation and indicates state values for the list of identified input signals. A determination is made as to whether the simulation of the simulation design unit fails to meet the expected physical property value. An indication is generated that modifications made to an initial description of the simulation design unit are successful in response to the simulation of the simulation design unit meeting the expected physical property value.
    • 提供了用于验证对包括在集成电子设备的仿真模型内的模拟设计单元的设计修改的机制。 接收到在整个集成电子设备的初始模拟期间不能满足预期物理属性值的模拟设计单元的修改的描述。 使用来自跟踪文件的已识别输入信号的列表来执行仿真设计单元的模拟。 跟踪文件在初始仿真期间生成,并指示已识别输入信号列表的状态值。 确定模拟设计单元的仿真是否不能满足预期的物理属性值。 产生对模拟设计单元的初始描述进行的修改成功响应于满足预期物理属性值的模拟设计单元的模拟的指示。
    • 8. 发明授权
    • Valve block
    • 阀块
    • US5588465A
    • 1996-12-31
    • US416720
    • 1995-04-06
    • Edgar WitowskiGuenter Mayer
    • Edgar WitowskiGuenter Mayer
    • F15B13/044F15B13/00F15B13/04F15B13/043F15B13/08F16K27/00F16K31/06
    • F15B13/0832F15B13/0402F15B13/0814F15B13/0828F15B13/0853F15B13/0857F15B13/0875Y10T137/86614Y10T137/87209Y10T137/87885
    • The valve block has a baseplate (1) with longitudinal ducts (11 to 15) for incoming and outgoing air, working-air ducts (16, 17) transversely thereto, connecting ducts (21 to 27) which open out in the connection side (18) in a specific hole pattern, and a well (19) for an electrical installation (20). Attached to the connection side (18) of the baseplate is at least one unit which consists of a directional valve (2) and of two pilot valves (3, 4) triggering this. The pilot valves (3, 4) are arranged in a housing (41) which is fastened by means of an attachment face (42) to an end face (43) of the directional valve (2). A plug base (92) projecting on the underside (29) of the housing (41) engages through a perforation (97) of the baseplate into the well (19) and has projecting contact lugs (93, 94) which are connected to contact terminals (95, 96) on the printed circuit board (20). In order to minimize attachment tolerances, there projects laterally at the lower end of the housing (41) of the pilot valves (3, 4), between the directional valve (2) and the baseplate (1), a plate-shaped extension (101) which has passage bores (102 to 107) corresponding to the hole pattern of the baseplate (1).
    • PCT No.PCT / DE94 / 00102 Sec。 371日期:1995年4月6日 102(e)日期1995年4月6日PCT 1994年2月3日PCT PCT。 第WO94 / 19611号公报 日期1994年9月1日阀块具有一个底板(1),其具有用于进入和排出空气的纵向管道(11至15),横向于工作空气管道(16,17),连通管道(21至27) 在连接侧(18)中以特定孔图案,以及用于电气设备(20)的井(19)。 连接到基板的连接侧(18)上的至少一个单元由方向阀(2)和两个触发这一点的先导阀(3,4)组成。 先导阀(3,4)设置在通过安装面(42)固定在方向阀(2)的端面(43)上的壳体(41)中。 突出在壳体(41)的下侧(29)上的插头基座(92)通过基板的穿孔(97)接合到井(19)中并且具有突出的接触凸耳(93,94),其与接触件 端子(95,96)在印刷电路板(20)上。 为了最小化附着公差,在导向阀(3,4)的壳体(41)的下端处在方向阀(2)和基板(1)之间横向突出,板形延伸部 101),其具有对应于基板(1)的孔图案的通孔(102至107)。