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    • 2. 发明申请
    • INTRINSICALLY SAFE MOBILE DEVICE
    • 本质安全的移动设备
    • WO2017087575A1
    • 2017-05-26
    • PCT/US2016/062362
    • 2016-11-16
    • AEGEX TECHNOLOGIES, LLC
    • SURINYA, Endre
    • G06F21/87H05K1/18
    • H05K1/186H05K1/0209H05K1/0213H05K1/0257H05K3/284H05K5/0086H05K2201/09972H05K2201/10015H05K2201/10022H05K2201/10166H05K2201/10181H05K2201/10356
    • An intrinsically safe mobile device (10) having a form factor, speed, and functionality comparable to a conventional non-intrinsically safe mobile device, includes non-intrinsically safe electronic components mounted on an unprotected part (210) of a printed circuit board (PCB) (200) contained within the mobile device, the non-intrinsically safe electronic components are encapsulated to reduce risk of sparking and to minimize surface heating to enable the encapsulated electronic components to be certified as intrinsically safe, wherein the encapsulated electronic components are connected using a trace with intrinsically safe electronic components mounted on a protected part (250) of the PCB and are connected with user interface components using FPC cabling, wherein the trace and the FPC cabling are certified as intrinsically safe using one or more protection techniques chosen from a resistor, a double MOSFET clamping circuit, a capacitor, a fuse, and maintaining a minimum clearance space.
    • 本质安全移动设备(10)具有与传统非本质安全移动设备相当的形状因子,速度和功能,包括安装在未受保护部分(210)上的非本质安全电子部件 )包含在移动装置内的印刷电路板(PCB)(200)中时,非本质安全电子部件被封装以降低火花危险并使表面加热最小化,以使封装电子部件能够被认证为本质安全, 其中封装的电子组件使用具有安装在PCB的受保护部件(250)上的本质安全电子组件的迹线连接并且使用FPC电缆与用户接口组件连接,其中迹线和FPC电缆被认证为本质安全使用 一种或多种选自电阻器,双MOSFET钳位电路,电容器,保险丝和保持最小值的保护技术 间隙空间。
    • 6. 发明申请
    • INTELLIGENT PERIPHERAL COUPLING ASSEMBLY AND COMPUTER-ASSISTED METHOD FOR CREATION OR PRODUCTION THEREOF AND COMPUTER-ASSISTED METHOD FOR CONFIGURATION OF A DATA NETWORK-BASED SYSTEM FOR CONTROLLING AND/OR REGULATING AND/OR MONITORING AT LEAST ONE PERIPHERAL DEVICE BY MEANS OF DATA TRANSFER BETWEEN PARTICIPANTS IN A DATA NETWORK
    • 智能外设联接组件一起创造生产计算机辅助方法进行配置数据网络为基础的系统,用于控制和/或控制和/或监测至少一个器件以通讯方式在数据网络用户之间的计算机辅助方法和
    • WO2015024552A3
    • 2015-05-14
    • PCT/DE2014000430
    • 2014-08-21
    • ANEDO LTD
    • MÖLLER ANDREAS
    • H05K1/02G05B19/042G06F13/12G06F17/50
    • G05B19/0423G06F17/5054G06F17/5068H05K1/0287H05K1/0295H05K1/0298H05K2201/094H05K2201/09972H05K2201/10212Y02P90/265
    • The invention relates to an intelligent peripheral coupling assembly (IP) which has sub-assemblies on a circuit board comprising at least one conductor path layer, wherein the following are provided: a network coupling sub-assembly group (N) for coupling the peripheral coupling assembly (IP) to at least one - preferably central - control unit (CON) via a data network (DN); and/or a microcontroller sub-assembly group (MUG) for programmed operation of the peripheral coupling assembly (IP); and/or a programmable logic (PL) for connection to one or more peripheral coupling sub-assembly group(s) (PUG) used to establish the coupling to at least one peripheral device (PG) to be controlled and/or to be regulated and/or to be monitored; and, in a peripheral coupling sub-assembly group zone (SG) of the circuit board, a region for the peripheral coupling sub-assembly group(s) (PUG) for coupling to at least one peripheral device (PG) to be controlled and/or to be regulated and/or to be monitored; and at least one connector component (I/O-C) for electrical or optical or wireless connection of the peripheral coupling sub-assembly group(s) (PUG) to the peripheral device(s) (PG). The programmable logic (PL) and/or the microcontroller sub-assembly group (MUG) and/or the network coupling sub-assembly group (N) has or have a zone connection (VZC) for electrical connection via one or more conductor(s) to the peripheral coupling sub-assembly group(s) (PUG) in the peripheral coupling sub-assembly groups zone (SG), and each of the peripheral coupling sub-assembly group(s) (PUG) in the peripheral coupling sub-assembly groups zone (SG) has a connector component connection (VSC) for electrical connection via one or more conductor(s) to one or more pin(s) (P) of the connector component (I/O-C), wherein the peripheral coupling sub-assembly group(s) (PUG) in the peripheral coupling sub-assembly group(s) zone (SG) is or are assigned to a grid (R) having a plurality of grid spaces (RP), wherein there is at least one grid space (RP) in the grid (R) of the peripheral coupling sub-assembly groups zone (SG) which can be wholly or partially occupied by a peripheral coupling sub-assembly group (PUG), to which grid space one or more conductor(s) of the zone connection (VZC) is or are allocated in at least one conductor path layer (L0, L1, L2, L3, L4) of the circuit board designated therefor, by means of which conductor(s) the peripheral coupling sub-assembly group (PUG) can be electrically connected via one or more contact(s) (ZK). Also provided is at least one grid space (RP) in the grid (R) of the peripheral coupling sub-assembly groups zone (SG) which can be wholly or partially occupied by a peripheral coupling sub-assembly group (PUG) to which one or more conductor(s) of the connector component connection (VSC) is or are allocated, in at least one conductor path (L0, L1, L2, L3, L4) of the circuit board designated therefor, by means of which conductor(s) the peripheral coupling sub-assembly group (PUG) can be electrically connected via one or more contact(s) (CK). The invention further relates to a computer-assisted method for configuration of a data network-based system for controlling and/or regulating and/or monitoring at least one peripheral device by means of data transfer between participants of a data network.
    • 智能外设联接组件(IP),它包括在电路板上与至少一个布线层的子组件,其中,网络耦合组件(N)用于至少一个优选中央上耦合的周边联接组件(IP) - 经由数据网络控制单元(CON)(DN), 和/或微控制器组件(MUG)到外围联接组件(IP)的编程操作中,和/或用于连接到一个或多个外围耦合组件(一个或多个)(PUG)的可编程逻辑(PL),具有至少一个耦合 要被控制和/或调节和/或在外围设备(PG)监视被使用,并且在板的周边联接组件区,该周边联接组件(一个或多个)(PUG),用于耦合具有至少一个区域(SG) 要被控制和/或调节和/或在外围设备(PG)和至少一个连接器部件监测( I / OC)(对于周边联接组件S的电或光学的或无线的连接)(PUG)的或外围设备(或多个)(PG)设置,其特征在于,所述可编程逻辑(PL)和/或微控制器组件( MUG)和/或网络耦合组件(N),用于与一个或多个外围组件耦合(一个或多个)(PUG)中耦合组件区的周边电连接的一个或多个线(S)的区域连接(VZC) (SG),和用于与一个或多个销电连接的一个或多个线(S)在耦合区子组件(SG)各自具有Konnektorbaulement-化合物(VSC)的外周的外周耦合组件(一个或多个)(PUG) (一个或多个)连接器元件(I / OC)的(P),所述外周耦合组件(n)被对齐在耦合组件区(SG)的周缘(PUG)到电网(R)与多个网格位置的(RP) 或者,其特征在于,在所述网格中的周边联接组件区的(R)(SG)至少一个栅格间隔(RP)被提供时,(PUG)可以占据一个周边联接子组件的全部或部分中,(在此至少一个预定的布线层 L0,L1,L2,L3,该板的L4),一个或多个线路通过一个或多个接触(区域化合物的多种)(VZC)与或,(与其中相应的周边联接组件(PUG相关联)(S) ZK)可以被电连接,并且在被设置在网格中的周边联接组件区的(R)(SG)至少一个栅格间隔(RP),其可以占据周边联接子组件的全部或部分(PUG)中,一个至少 这个预定的布线层的基板的(L0,L1,L2,L3,L4),一个或多个连接器元件鲍勒化合物的路线(VSC)相关联或与相应的外设组件耦合(PU G)(经由一个或多个接触(一个或多个)CK)可以电连接,以及配置用于控制和/或通过在一个数据网络中的用户之间的数据传输的装置调节和/或至少一个外围设备的监测为基础的网络的数据系统的计算机辅助方法。
    • 9. 发明申请
    • 車両用電気接続箱
    • 电动连接箱
    • WO2009066480A1
    • 2009-05-28
    • PCT/JP2008/059694
    • 2008-05-27
    • 住友電装株式会社杉村 嘉秋細野 剛
    • 杉村 嘉秋細野 剛
    • H02G3/16B60R16/02
    • H05K1/0263B60R16/0238B60R16/0239H05K2201/09972H05K2201/10053H05K2201/10303
    • 本発明は、車両用電気接続箱であって、配電回路からの発熱が制御回路に与える影響を有効に抑止しながら、電気接続箱全体の小型化、及び、前記両回路同士を接続するための端子数の削減を図ることができるものを提供することを目的とする。この車両用電気接続箱は、配電回路の一部を構成する配電ユニットと、回路基板30とを併有する。回路基板30の基板本体は、当該基板本体を横切る境界線BLを境として配電回路領域Apと制御回路領域Acとに区画され、その制御回路領域Apに制御回路が組み込まれ、配電回路領域Apに配電ユニットの配電回路よりも小電流仕様の配電回路が形成される。
    • 一种用于车辆的电连接盒,其整体上可以紧凑化,并且可以有效地抑制从配电电路产生的热量的影响,从而减少用于互连配电电路和控制电路的端子的数量。 用于车辆的电连接箱共享具有构成分配电路的一部分的分配单元的电路板(30)。 电路板(30)的基板主体通过穿过基板主体的边界线(BL)分成分配电路区域(Ap)和控制电路区域(Ac),控制电路被并入该分配电路区域 (Ap),并且在分配电路区域(Ap)中形成与分配单元的分配电路相比较小的电流规格的分配电路。