会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 2. 发明授权
    • Device for exchanging data between at least two applications
    • 用于在至少两个应用之间交换数据的设备
    • US09361261B2
    • 2016-06-07
    • US14236705
    • 2012-07-24
    • Christian Garnier
    • Christian Garnier
    • G06F13/14G06F13/40G06F21/60H04L12/40G06F13/38
    • G06F13/4068G06F13/38G06F21/606H04L12/40026
    • The present invention relates to devices for exchanging data between at least two data consuming and/or emitting applications A1, A2. The device has two modules 1, 2 with input/outputs 101, 201 connected to a corresponding application A1, A2 and each comprising two internal communication submodules 102, 103-202, 203respectively for emission 102, 202 and for reception 103,203; a control module 20; a synchronization clock 30; and a closed-loop transmission line 40, each submodule 102,202 comprising an emission FSM circuit 104, 204 with an emission request output 105, 205 connected to the module 20, an emission authorization request input 106, 206connected to an output of the module 20, and an output interface 108, 208 for data attached to the application A1, A2 that is linked therewith, each submodule 103, 203comprising a reception FSM circuit 109, 209 with a reception request input 110, 210 connected to an output of the module 20 and an input interface 112, 212 for the data attached to the application A1, A2 that is linked therewith, means 50 also being provided for coupling the interfaces 108, 208-112, 212 with the transmission loop 40.
    • 本发明涉及用于在至少两个数据消耗和/或发射应用A1,A2之间交换数据的装置。 该装置具有两个模块1,2,输入/输出101,201连接到对应的应用A1,A2,每个包括两个内部通信子模块102,103-202,203,分别用于发射102,202和接收机103,203; 控制模块20; 同步时钟30; 和闭环传输线40,每个子模块102,202包括具有连接到模块20的发射请求输出105,205的发射FSM电路104,204,连接到模块20的输出的发射授权请求输入106,206, 以及用于连接到与其相关联的应用A1,A2的数据的输出接口108,208,具有连接到模块20的输出的接收请求输入110,210的具有接收FSM电路109,209的每个子模块103,203以及 用于连接到应用A1,A2的数据的输入接口112,212与其连接,还提供用于将接口108,208-112,212与传输环路40耦合的装置50。
    • 4. 发明申请
    • Real Time Communications System
    • 实时通信系统
    • US20080062979A1
    • 2008-03-13
    • US11662890
    • 2005-09-13
    • Christian Garnier
    • Christian Garnier
    • H04L29/06
    • H04L67/1095H04L29/06
    • A real time communications systems between at least two equipments includes a circuit for producing information “CPI” for transmission, and at least one circuit for consuming the information “CCI”, communications elements for transferring information “CMTI”, WRITE function command elements, signaling elements for signaling emitted by the CMTI to the CPI to provide a write report in response to the information transferred after information of the WRITE function, and elements for defining an optional event to enable the CMTI to inform the CPI that the information has been read by the CCI, elements for defining an optional event enabling the CMTI to inform the CCI that information is present, READ function command elements, and signaling elements for enabling the CMTI to deliver information to the CCI.
    • 至少两个设备之间的实时通信系统包括用于产生用于传输的信息“CPI”的电路和用于消耗信息“CCI”的至少一个电路,用于传送信息“CMTI”的通信元件,写功能命令元件,信号 由CMTI向CPI发送的用于响应于写入功能的信息之后传送的信息的写入报告的元件,以及用于定义可选事件的元件,以使CMTI能够通知CPI信息已被读取 CCI,用于定义使CMTI能够通知CCI信息的可选事件的元件,READ功能命令元件和用于使CMTI能够向CCI传递信息的信令元件。
    • 5. 发明申请
    • DEVICE FOR EXCHANGING DATA BETWEEN AT LEAST TWO APPLICATIONS
    • 用于在两个应用程序之间交换数据的设备
    • US20140164665A1
    • 2014-06-12
    • US14236705
    • 2012-07-24
    • Christian Garnier
    • Christian Garnier
    • G06F13/40
    • G06F13/4068G06F13/38G06F21/606H04L12/40026
    • A device for exchanging data between at least two data consuming and/or emitting applications, has two modules with input/outputs connected to a corresponding application each including two internal communication submodules respectively for emission and for reception; a control module; a synchronization clock; and a closed-loop transmission line, each submodule for emission including an emission FSM circuit with an emission request output connected to the module, an emission authorization request input connected to an output of the module, and an output interface for data attached to the application A1, A2 that is linked therewith, each submodule for reception including a reception FSM circuit with a reception request input connected to an output of the module and an input interface for the data attached to the application that is linked therewith, elements also being provided for coupling the output and input interfaces with the transmission loop.
    • 用于在至少两个数据消耗和/或发射应用之间交换数据的设备具有两个模块,其输入/输出连接到相应的应用,每个应用包括分别用于发射和接收的两个内部通信子模块; 一个控制模块; 同步时钟 以及闭环传输线,每个用于发射的子模块包括具有连接到该模块的发射请求输出的发射FSM电路,连接到该模块的输出的发射授权请求输入,以及附接到该应用的数据的输出接口 A1,A2,每个用于接收的子模块包括具有连接到模块的输出的接收请求输入的接收FSM电路和用于连接到与其相关联的应用的数据的输入接口,还提供用于 将输出和输入接口与传输环路耦合。
    • 8. 发明授权
    • Induction furnace with cooled crucible
    • 带冷却坩埚的感应炉
    • US5280496A
    • 1994-01-18
    • US735531
    • 1991-07-26
    • Francois SchlechtRoland ErnstChristian Garnier
    • Francois SchlechtRoland ErnstChristian Garnier
    • H05B6/24H05B6/22
    • H05B6/24
    • An induction furnace includes a crucible having a plurality of cooled metallic segments (6A, 6B) electrically insulated from each other and an electromagnetic induction coil (5) arranged around the crucible, wherein the electromagnetic induction coil is energized with low frequency electric current. Each of the metallic segments forming the crucible wall is made of a relatively thin sheet, and a cooling pipe is provided on each segment. The cooling pipes (22) are welded or brazed to an outer surface of each corresponding segment. A refrigerant flows through each pipe in order to evacuate heat from the corresponding segment. The furnace further includes a magnetic core (8) disposed above and near the top surface of the charge placed in the crucible. This magnetic core provides local narrowing of the magnetic field lines, causing centripetal motion of the melted part of charge located at or near the top surface of the charge. A second electromagnetic coil arranged at an exhaust port in the crucible controls flow of melted charge through the exhaust port.
    • 一种感应加热炉包括具有彼此电绝缘的多个冷却金属段(6A,6B)的坩埚和布置在坩埚周围的电磁感应线圈(5),其中电磁感应线圈以低频电流通电。 形成坩埚壁的每个金属段由相对薄的片制成,并且在每个段上设置冷却管。 冷却管(22)被焊接或钎焊到每个对应段的外表面。 制冷剂流过每个管,以便从相应的段排出热量。 炉还包括设置在放置在坩埚中的电荷的顶表面上方和附近的磁芯(8)。 该磁芯提供磁场线的局部变窄,导致位于电荷顶表面处或附近的熔融熔融部分的向心运动。 布置在坩埚中的排气口的第二电磁线圈控制熔化的电荷通过排气口的流动。