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    • 1. 发明申请
    • DOSING SYSTEM FOR A COATING PLANT
    • 涂装厂的配料系统
    • US20080271674A1
    • 2008-11-06
    • US12106901
    • 2008-04-21
    • Lothar RademacherWolfgang Schmid
    • Lothar RademacherWolfgang Schmid
    • B05C9/02
    • B05B12/085B05B1/3093B05B13/0452B05B15/58B05C11/1047
    • A metering system for a coating installation for coating components such as vehicle body parts contains an applicator which applies the coating material supplied to it with a volumetric flow metered on-demand, a regulated first metering device which adjusts the pressure or the volumetric flow of the coating material to be applied by the applicator based on setpoints which are specified by automated installation controls, a transducer to generate a reading which matches the pressure or the volumetric flow of the coating material flowing to the applicator and a control device for regulating the metering device as a function of the specified setpoints and of the reading from the transducer. A second metering device is connected at the outlet of the regulated first metering device for the coating material flowing to the applicator which controls the pressure or volumetric flow of the said applied coating material for precision metering of the coating material applied as a function of the specified setpoints.
    • 用于涂覆装置的用于涂覆诸如车身部件的部件的计量系统包括施加器,其施加供应到其上的涂覆材料,其具有按需量计量的体积流量,调节的第一计量装置,其调节所述压力或体积流量 基于由自动化安装控制器指定的设定点,施加器施加的涂层材料,用于产生与流入施用器的涂料的压力或体积流量匹配的读数的换能器以及用于调节计量装置的控制装置 作为指定设定值和来自换能器的读数的函数。 第二计量装置连接在调节的第一计量装置的出口处,用于流到施加器的涂层材料,其控制所施加的涂层材料的压力或体积流量,用于根据指定的应用施加的涂层材料的精密计量 设定值。
    • 2. 发明授权
    • Dosing system for a coating plant
    • 涂装厂配液系统
    • US08028651B2
    • 2011-10-04
    • US12106901
    • 2008-04-21
    • Lothar RademacherWolfgang Schmid
    • Lothar RademacherWolfgang Schmid
    • B05C11/00B05B13/04
    • B05B12/085B05B1/3093B05B13/0452B05B15/58B05C11/1047
    • A metering system for a coating installation for coating components such as vehicle body parts contains an applicator which applies the coating material supplied to it with a volumetric flow metered on-demand, a regulated first metering device which adjusts the pressure or the volumetric flow of the coating material to be applied by the applicator based on setpoints which are specified by automated installation controls, a transducer to generate a reading which matches the pressure or the volumetric flow of the coating material flowing to the applicator and a control device for regulating the metering device as a function of the specified setpoints and of the reading from the transducer. A second metering device is connected at the outlet of the regulated first metering device for the coating material flowing to the applicator which controls the pressure or volumetric flow of the said applied coating material for precision metering of the coating material applied as a function of the specified setpoints.
    • 用于涂覆装置的用于涂覆诸如车身部件的部件的计量系统包括施加器,其施加供应到其上的涂覆材料,其具有按需量计量的体积流量,调节的第一计量装置,其调节所述压力或体积流量 基于由自动化安装控制器指定的设定点,施加器施加的涂层材料,用于产生与流入施用器的涂料的压力或体积流量匹配的读数的换能器以及用于调节计量装置的控制装置 作为指定设定值和来自换能器的读数的函数。 第二计量装置连接在调节的第一计量装置的出口处,用于流到施加器的涂层材料,其控制所施加的涂层材料的压力或体积流量,用于根据指定的应用施加的涂层材料的精密计量 设定值。
    • 8. 发明申请
    • LIGHT-EMITTING DIODE CHIP AND METHOD FOR PRODUCING A LIGHT-EMITTING DIODE CHIP
    • 发光二极管芯片和生产发光二极管芯片的方法
    • US20130175573A1
    • 2013-07-11
    • US13809149
    • 2011-06-17
    • Bernd MayerWolfgang Schmid
    • Bernd MayerWolfgang Schmid
    • H01L33/26
    • H01L33/26H01L33/025H01L33/20H01L33/44H01L2933/0025
    • The invention relates to a light-emitting diode chip, comprising an n-type semiconductor layer (3), a p-type semiconductor layer (4), an active region (2) between the n-type semiconductor layer (3) and the p-type semiconductor layer (4), a lateral surface (14), which limits the n-type semiconductor layer (3), the p-type semiconductor layer (4) and the active region (2) in a lateral direction, and a doped region (1), in which a dopant is introduced into a semiconductor material of the light-emitting diode chip, and/or comprising a neutralised region (1), wherein the doped region (1) and/or the neutralised region (1) are formed at the lateral surface (14) at least in the region of the active region, and the light-emitting diode chip is intended to emit incoherent electromagnetic radiation during operation.
    • 本发明涉及一种发光二极管芯片,包括n型半导体层(3),p型半导体层(4),n型半导体层(3)和 p型半导体层(4),在n方向上限制n型半导体层(3),p型半导体层(4)和有源区域(2)的侧面(14),以及 掺杂区域(1),其中掺杂剂被引入到发光二极管芯片的半导体材料中,和/或包括中和区域(1),其中掺杂区域(1)和/或中和区域 至少在有源区域的区域中在侧表面(14)处形成1),并且发光二极管芯片旨在在操作期间发射不相干的电磁辐射。
    • 10. 发明申请
    • Access Protection Accessory for an Automation Network
    • 自动化网络的访问保护附件
    • US20120260305A1
    • 2012-10-11
    • US13440766
    • 2012-04-05
    • Hendrik GERLACHWolfgang Schmid
    • Hendrik GERLACHWolfgang Schmid
    • G06F21/00
    • H04L12/40006H04L63/0236H04L67/12H04L2012/4026
    • An automation network connected to an automation installation configured to perform an automation process executable in at least two states, where the access protection accessory comprises network ports, a digital storage medium configured to store at least first and second rules, and a processor configured to read the at least first and second rules, process the rules and receive and forward data via the network ports, and receive at least one signal comprising advice of a change in the state of the automation process. The first rules, in a first state of the automation process, define which received data are forwarded and which received data are not forwarded, and following reception of the at least one signal the second rules define which received data are forwarded and which received data are not forwarded.
    • 连接到自动化安装的自动化网络被配置为执行在至少两个状态中可执行的自动化过程,其中所述访问保护附件包括网络端口,配置为存储至少第一和第二规则的数字存储介质以及被配置为读取 所述至少第一和第二规则处理规则并经由网络端口接收和转发数据,并且接收至少一个包括自动化过程状态改变的建议的信号。 在自动化过程的第一状态中的第一规则定义哪个接收的数据被转发,哪个接收的数据不被转发,并且在接收至少一个信号之后,第二规则定义哪个接收的数据被转发以及哪些接收的数据是 不转发