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    • 1. 发明授权
    • Gasification burner
    • 气化炉
    • US4421476A
    • 1983-12-20
    • US376569
    • 1982-05-10
    • Peter GuldenAlfred MichelHana Kostka
    • Peter GuldenAlfred MichelHana Kostka
    • F02M27/02F23C7/06F23D11/44F23D14/18F23D14/72F23D13/14F23D13/42
    • F02M27/02F23C7/06F23D11/448F23D14/18F23D14/725
    • In a gasification burner comprising an antechamber for mixing fuel and primary air; a catalytic device for generating a fuel gas from the fuel/primary air mixture; a mixing chamber for mixing the fuel gas with secondary air; an annular space which surrounds the antechamber, the catalytic device and the mixing chamber being separated from the antechamber by a ring wall provided with radial canals; a combustion chamber and a burner plate terminating the combustion chamber; and an ignition chamber arranged between the combustion chamber and the mixing chamber the operating safety is increased by having the annular space also enclose the ignition chamber and the combustion chamber in ring-fashion and extend up to the vicinity of the burner plate; a primary air feed stub opening into the annular space; and baffles in the annular space which baffles conduct the primary air stream from the primary air feed stub to the radial canals of the ring wall in spiral or meander fashion about the combustion chamber and the ignition chamber.
    • 一种气化燃烧器,包括用于混合燃料和一次空气的前室; 用于从燃料/一次空气混合物产生燃料气体的催化装置; 用于将燃料气体与二次空气混合的混合室; 围绕前室的环形空间,催化装置和混合室通过设置有径向运河的环壁与前室隔开; 燃烧室和终止燃烧室的燃烧器板; 以及设置在所述燃烧室和所述混合室之间的点火室,通过使所述环形空间也环绕所述点火室和所述燃烧室并且延伸到所述燃烧器板附近而增加所述操作安全性; 进入环形空间的一次空气进料支管; 以及环形空间中的挡板,该挡板将一次气流从一次空气进料柱传导到围绕燃烧室和点燃室的螺旋或曲折形式的环壁的径向通道。
    • 3. 发明授权
    • Two dimension RF location method and apparatus
    • 二维射频定位方法及装置
    • US07126471B2
    • 2006-10-24
    • US10951451
    • 2004-09-27
    • Osman AhmedMartin GlänzerMaximilian FleischerPeter Gulden
    • Osman AhmedMartin GlänzerMaximilian FleischerPeter Gulden
    • G08B1/08G08B23/00A01K1/02
    • G01S13/825
    • A system for generating information identifying a two-dimensional location of objects in within a space includes a plurality of wireless modules and first and second transceiver systems. Each of the plurality of wireless modules corresponds to one of the objects. The first and second radio transceiver systems are spaced apart by a predetermined distance and are disposed proximate the space. The first and second radio transceiver systems are operable to selectively transmit a signal to select wireless module, receive a response signal from the select wireless module, and generate first information based on a detected relationship between the selective transmission and the receipt of the response signal. The system further includes a device operable to calculate a two-dimensional location of the select wireless module based on the first information generated by the first radio transceiver system and the first information generated by the second radio transceiver system.
    • 用于产生识别空间内的对象的二维位置的信息的系统包括多个无线模块和第一和第二收发器系统。 多个无线模块中的每一个对应于一个对象。 第一和第二无线电收发器系统间隔开预定距离并且设置在该空间附近。 第一和第二无线电收发器系统可操作以选择性地发送信号以选择无线模块,从选择无线模块接收响应信号,并且基于检测到的选择性传输与响应信号的接收之间的关系来产生第一信息。 该系统还包括可操作以基于由第一无线电收发器系统生成的第一信息和由第二无线电收发器系统生成的第一信息来计算选择无线模块的二维位置的设备。
    • 6. 发明授权
    • Encapsulated compressor
    • 密封压缩机
    • US4792288A
    • 1988-12-20
    • US104172
    • 1987-10-02
    • Bernd GromollPeter Gulden
    • Bernd GromollPeter Gulden
    • F04C29/12F04B39/02F04B39/12F04C29/02F04B49/00
    • F04B39/123F04B39/02F04B39/121F04C2240/809Y10S417/902
    • The invention relates to a compressor (2) which is encapsulated in a housing (4) and which can be rotated about the axis (16) of its crankshaft (8) while maintaining the oil lubrication of the moving parts of the compressor. The interior (14) of the housing (4), in which an oil sump (18) is located, is connected flow-wise to the compressor (2). According to the invention, the interior (14) is connected to two gas lines (24, 26) which lead to a common manifold (32) via at least one shutoff valve (28, 30). The connecting openings (25, 27) of the two gas lines (24, 26) leading into the interior (14) are arranged opposite to one another in the vicinity of the axis (16) of the crankshaft (8). By these measures, the compressor can be inclined relative to the horizontal over a wide angular range without lubricating oil flow into the gas loop.
    • 本发明涉及一种压缩机(2),其被封装在壳体(4)中并且可以围绕其曲轴(8)的轴线(16)旋转,同时保持压缩机的运动部件的油润滑。 其中油槽(18)所在的壳体(4)的内部(14)流动地连接到压缩机(2)。 根据本发明,内部(14)连接到通过至少一个截止阀(28,30)通向公共歧管(32)的两条气体管线(24,26)。 引导到内部(14)的两根气体管线(24,26)的连接开口(25,27)在曲轴(8)的轴线(16)附近彼此相对布置。 通过这些措施,压缩机可以在宽角度范围内相对于水平面倾斜,而不会使润滑油流入气体回路。
    • 7. 发明申请
    • Method and System for Locating a Current Position or a Coupling Location of a Mobile Unit Using a Leaky Waveguide
    • 使用泄漏波导定位移动单元的当前位置或耦合位置的方法和系统
    • US20140171113A1
    • 2014-06-19
    • US14232561
    • 2012-07-13
    • Mark ChristmannPeter Gulden
    • Mark ChristmannPeter Gulden
    • G01S5/00H04W56/00
    • G01S5/0009G01S5/06H04W56/004
    • A method and related system are provided for locating a current position or a coupling location of a mobile unit, which can send or receive for location determining purposes, using a leaky waveguide, wherein a radio signal is fed from the mobile unit into the waveguide or vice versa, wherein the signal is sent by the mobile unit and received by the two transmitting and receiving (T/R) apparatuses, or one signal is sent by each of the two T/R apparatuses and received by the mobile unit, wherein a receiving time is determined for each received signal, and the current position or the coupling location is determined from two such receiving times. The T/R apparatuses, arranged at opposite ends of the waveguide, are synchronized relative to each other prior to the determination of the current position or coupling location, or prior to the reception of the signal.
    • 提供一种方法和相关系统,用于使用泄漏波导来定位可以发送或接收位置确定目的的移动单元的当前位置或耦合位置,其中无线电信号从移动单元馈送到波导或 反之亦然,其中信号由移动单元发送并由两个发送和接收(T / R)装置接收,或者一个信号由两个T / R装置中的每一个发送并由移动单元接收,其中a 为每个接收的信号确定接收时间,并且从两个这样的接收时间确定当前位置或耦合位置。 布置在波导的相对端的T / R装置在确定当前位置或耦合位置之前或在接收信号之前相对于彼此是同步的。