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    • 91. 发明申请
    • METHOD AND DEVICE FOR IDENTIFYING VEHICLES
    • 用于识别车辆的方法和装置
    • US20140188328A1
    • 2014-07-03
    • US14122656
    • 2012-04-11
    • Klaus SchneiderMirko Wagner
    • Klaus SchneiderMirko Wagner
    • G07C5/00
    • G07C5/008G06Q10/10
    • A device for identifying a vehicle includes: an input interface receiving a first input of feature specificities of first features of a vehicle; a database device which stores a component model, an identification model, and an information unit model; a computation device ascertaining second features which make possible an unequivocal identification of the vehicle in relation to the intended diagnosis; and an output device outputting the second features ascertained by the computation device, the input interface receiving a second input of feature specificities of the second features of the vehicle through the user, and the computing device ascertaining, as a function of the second input, a relation associated with the intended diagnosis from the information unit model of the database device.
    • 用于识别车辆的装置包括:接收车辆的第一特征的特征特征的第一输入的输入接口; 存储组件模型,识别模型和信息单元模型的数据库设备; 确定能够相对于预期诊断明确地识别车辆的第二特征的计算装置; 以及输出装置,其输出由所述计算装置确定的所述第二特征,所述输入接口通过所述用户接收所述车辆的第二特征的特征特征的第二输入,并且所述计算装置根据所述第二输入确定 与来自数据库设备的信息单元模型的预期诊断相关联的关系。
    • 92. 发明授权
    • Method for configuring a computer program
    • 配置计算机程序的方法
    • US08365163B2
    • 2013-01-29
    • US10588596
    • 2005-01-24
    • Rene SchenkBjoern BeuterKlaus SchneiderBernd Illg
    • Rene SchenkBjoern BeuterKlaus SchneiderBernd Illg
    • G06F9/44G06F9/445
    • G06F8/71
    • To permit particularly easy and flexible configuration of a computer program including at least one functional unit, a method is provided which includes the following steps: creation of at least one implementation-independent configuration data file and/or alteration of information filed in the at least one implementation-independent configuration data file; automatic set-up and/or automatic update of configuration data, stored in a configuration data container, as a function of the information filed in the at least one implementation-independent configuration data file; automatic generation of at least one implementation-dependent configuration data file as a function of the configuration data stored in the configuration data container; and automatic configuration of the at least one functional unit as a function of information filed in the at least one implementation-dependent configuration data file.
    • 为了允许包括至少一个功能单元的计算机程序的特别简单和灵活的配置,提供了一种方法,其包括以下步骤:创建至少一个实现独立的配置数据文件和/或至少在该文件中提交的信息的更改 一个实现独立配置数据文件; 存储在配置数据容器中的配置数据的自动设置和/或自动更新作为在至少一个独立于实现的配置数据文件中的信息的功能; 根据存储在配置数据容器中的配置数据自动生成至少一个依赖于实现的配置数据文件; 以及根据归档在所述至少一个实现相关配置数据文件中的信息的功能来自动配置所述至少一个功能单元。
    • 93. 发明授权
    • Piece of furniture and device for pushing out a furniture part which is accommodated in a movable manner on a fixed furniture part
    • 用于推出可移动地容纳在固定家具部件上的家具部件的家具和装置
    • US08310191B2
    • 2012-11-13
    • US12603921
    • 2009-10-22
    • Klaus SchneiderHolger WenzelHarry Gehrer
    • Klaus SchneiderHolger WenzelHarry Gehrer
    • H02P7/00H02P3/00
    • A47B88/463A47B88/40
    • The invention proposes a device for pushing out a furniture part which is accommodated in a movable manner on a fixed furniture part, having a pushing-out element which is driven via a drive unit and is present on one of the furniture parts in order to push the movable furniture part out of a closure position, the intention being for contact between the pushing-out element and the other furniture part to be eliminated during a pushing-out operation, and having a control unit for controlling the drive unit, the control unit taking as a basis a definable closure position of the movable furniture part for controlling the drive unit. The invention provides means by which, following a closing operation of the movable furniture part, a standstill position achieved in the process can be defined as a new closure position and replaces the closure position previously taken as a basis.
    • 本发明提出了一种用于将可移动地容纳的家具部件推出固定的家具部件的装置,具有通过驱动单元驱动的推出元件,并且存在于其中一个家具部件上以推动 所述可移动家具部分处于关闭位置,其目的是在推出操作期间在所述推出元件与要除去的另一家具部件之间接触,并且具有用于控制所述驱动单元的控制单元,所述控制单元 作为用于控制驱动单元的可移动家具部件的可定义的关闭位置的基础。 本发明提供了在可移动家具部件的关闭操作之后,在该过程中实现的停止位置可以被定义为新的关闭位置并且替换先前被作为基础的关闭位置的手段。
    • 96. 发明授权
    • Method and apparatus for managing information exchanges between apparatus on a worksite
    • 用于管理现场设备之间的信息交换的方法和装置
    • US07984184B2
    • 2011-07-19
    • US10595439
    • 2004-10-21
    • Clement WoonBernhard MarxPeter StegmaierKlaus Schneider
    • Clement WoonBernhard MarxPeter StegmaierKlaus Schneider
    • G06F15/16G06F15/177G06F15/173
    • E02F9/205E02F9/2054E02F9/262E02F9/265E02F9/268H04L29/12594H04L29/12801H04L61/303H04L61/3045H04L61/6004H04L67/125H04L67/18H04W4/02H04W28/06H04W64/00
    • Operations in a worksite (20) are managed by networking at least some items of apparatus (4, 16, 24, 26, 30, 28, 34) which perform tasks in connection with said worksite and which receive and/or send data. The items of apparatus are organized in hierarchical levels according to a determined dependency relationship of the worksite. Communications are made with an electronic data network comprising management means (74, 76, 66, 64) cooperating with a plurality of communications interfaces (42-46), a given item of apparatus having a data link with a specified communications interface. The management means stores a correspondence between each item of apparatus and an address structure reflecting the hierarchical position of that item of apparatus (4, 16, 24, 26, 30, 28, 34) in the determined dependency relationship of the worksite. It uses that correspondence to establish a communications link with a selected item of apparatus, via its communications interface, in response to a call addressed with an address structure reflecting the hierarchical position of that selected item of apparatus.
    • 通过联网至少一些与所述工地相关的任务并且接收和/或发送数据的设备(4,16,24,26,30,28,34)的项目来管理工地(20)中的操作。 根据工作现场的确定的依赖关系,装置的项目以分层级组织。 通信由电子数据网络构成,该电子数据网络包括与多个通信接口(42-46)协作的管理装置(74,76,66,64),具有指定通信接口的数据链路的给定设备项。 管理装置存储设备的每个项目和反映所确定的工地的依赖关系中的装置(4,16,24,26,30,28,34)的项目的分层位置的地址结构之间的对应关系。 响应于通过反映所选择的装置的分级位置的地址结构寻址的呼叫,它使用该对应关系通过其通信接口与选定的装置项目建立通信链路。
    • 97. 发明授权
    • Control system for a boom crane
    • 吊臂起重机控制系统
    • US07850024B2
    • 2010-12-14
    • US11974733
    • 2007-10-16
    • Klaus SchneiderOliver SawodnyJoerg Neupert
    • Klaus SchneiderOliver SawodnyJoerg Neupert
    • B66C13/06
    • B66C13/063
    • A control system for a boom crane, having a tower and a boom pivotally attached to the tower, a first actuator for creating a luffing movement of the boom, a second actuator for rotating the tower, first means for determining the position rA and/or velocity {dot over (r)}A of the boom head by measurement, second means for determining the rotational angle φD and/or the rotational velocity {dot over (φ)}D of the tower by measurement, the control system controlling the first actuator and the second actuator. In the control system of the present invention the acceleration of the load in the radial direction due to a rotation of the tower is compensated by a luffing movement of the boom in dependence on the rotational velocity {dot over (φ)}D of the tower determined by the second means. The present invention further comprises a boom crane having such a system.
    • 一种用于悬臂起重机的控制系统,其具有枢转地附接到塔架的塔架和悬臂,用于产生起重臂的变幅运动的第一致动器,用于旋转塔架的第二致动器,用于确定位置rA和/或 通过测量来测量动臂头的速度{dot over(r)} A,用于通过测量来确定塔的旋转角度θ和/或旋转速度{dot over(&phgr)} D的第二装置,控制系统 控制第一致动器和第二致动器。 在本发明的控制系统中,由于塔架的旋转,由径向引起的载荷的加速度通过悬臂的变幅运动来补偿,这取决于旋转速度{ 塔由第二种手段确定。 本发明还包括具有这种系统的吊臂起重机。
    • 99. 发明申请
    • CONTROL METHOD FOR PRODUCING GROUND MARKINGS, AND REFERENCE BEAM GENERATOR
    • 生产地面标记的控制方法和参考光束发生器
    • US20100129541A1
    • 2010-05-27
    • US12597026
    • 2008-04-29
    • Klaus Schneider
    • Klaus Schneider
    • B05D5/00G02B26/10
    • G01B11/00A63C19/06A63C2019/067
    • The invention relates to a control method for producing ground markings (M), with a reference beam generator (4) for determining a reference plane, a reception of the reference beams by means of an optical detector (3), wherein the position of an application unit (2) for the marking substance can be derived relative to the reference plane by using the received reference beams, a derivation of the orientation relative to the reference plane, and a control of an application of the marking substance to produce ground markings (M) according to the orientation. According to the method, the intensity in the solid angle covered by the reference beam is varied in time during the production of the marking.
    • 本发明涉及一种用于产生接地标记(M)的控制方法,具有用于确定参考平面的参考光束发生器(4),借助于光学检测器(3)接收参考光束,其中, 用于标记物质的应用单元(2)可以通过使用接收到的参考光束相对于参考平面导出,相对于参考平面的取向的推导,以及用于产生地面标记的标记物质的应用的控制( M)根据方向。 根据该方法,在制作标记期间,参考光束所覆盖的立体角的强度随时间而变化。
    • 100. 发明授权
    • Method for monitoring a program execution using a debug logic
    • 使用调试逻辑监视程序执行的方法
    • US07712084B2
    • 2010-05-04
    • US09910206
    • 2001-07-20
    • Michael BeutenMartin ThomasKlaus Schneider
    • Michael BeutenMartin ThomasKlaus Schneider
    • G06F9/44G06F11/00
    • G06F11/3636
    • A method for monitoring the execution of a program executable on at least one microprocessor of a micro controller using a debug logic of the micro controller, with an exception, particularly an interrupt of the program execution, being triggered by the debug logic upon access to a specific address range during the program execution time. In order to provide monitoring of the execution of a program, executable on a microprocessor, for faults, which is particularly reliable yet conserves resources as much as possible, it is suggested that the debug logic be configured by the microprocessor and that an exception routine be executed by the debug logic after an exception has been triggered during the program execution time. The debug logic is advantageously configured during the startup of the micro controller. Preferably, the micro controller is reset and started up again and the monitored program is initialized during the execution of the exception routine.
    • 一种用于使用微控制器的调试逻辑在微控制器的至少一个微处理器上执行的程序的执行的监视方法,特别是程序执行的中断,例如由调试逻辑在访问 程序执行时间内的具体地址范围。 为了提供在微处理器上可执行的用于故障的程序的执行监视,这是特别可靠的,尽可能地节省资源,建议调试逻辑由微处理器配置,并且异常例程 在程序执行时间内触发异常之后由调试逻辑执行。 调试逻辑有利地在微控制器启动期间配置。 优选地,微控制器被重置并再次启动,并且在执行异常例程期间初始化监视的程序。