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    • 6. 发明申请
    • SPECTROPHONE ASSEMBLY FOR IDENTIFYING AND DETECTING MULTIPLE SPECIES
    • 用于识别和检测多种物种的分光器装置
    • US20100107734A1
    • 2010-05-06
    • US12629692
    • 2009-12-02
    • Robert A. Crane
    • Robert A. Crane
    • G01N21/17
    • G01N29/42G01N29/036G01N29/222G01N29/348G01N2291/0215
    • A spectrophone assembly comprises a single detector chamber, a plurality of lasers, a gas inlet for supplying a gas sample to the single detector chamber, and at least one microphone. The detector chamber has an internal geometry arranged to be simultaneously acoustically resonant at a plurality of different resonant frequencies. Each laser operates at a different wavelength and is positioned to emit radiation into the single detector chamber, and is operable to emit radiation that is amplitude modulated at a frequency rate corresponding to a particular resonant frequency different from the resonant frequency of each other laser, simultaneously with each other laser. The microphone(s) are positioned in the single detector chamber so that each microphone is located at or near a maximum of a corresponding acoustic resonance defined by the internal geometry of the detector chamber.
    • 分光投影仪组件包括单个检测器室,多个激光器,用于将气体样品供应到单个检测器室的气体入口和至少一个麦克风。 检测器室具有布置成在多个不同谐振频率处同时声学谐振的内部几何形状。 每个激光器以不同的波长工作,并且被定位成将辐射发射到单个检测器室中,并且可操作地发射以与每个其它激光器的谐振频率不同的特定谐振频率的频率速率进行幅度调制的辐射 与其他激光。 麦克风位于单个检测器室中,使得每个麦克风位于由检测器室的内部几何形状限定的对应声共振的最大值处或接近最大值。
    • 9. 发明授权
    • Strain relief device
    • 应变消除装置
    • US4808774A
    • 1989-02-28
    • US109637
    • 1987-10-19
    • Robert A. Crane
    • Robert A. Crane
    • H02G3/08H02G3/18H02G3/22
    • H02G3/083
    • A strain relief device is disclosed which is adapted to receive wires which extend into an aperture of a service box. The device comprises a structure formed of a cylindrical segment and a conical segment. The cylindrical segment is disposed at the base of the conical segment and each of the segments is hollow. At least one section line, and preferably two, is disposed through the side wall of the structure. The section line extends from the top of the conical segment to the bottom of the cylindrical segment, whereby the segments are split into two sections. An abutment is disposed on the structure which is arranged to urge against the perimeter of the aperture in the service box. The two sections are joined together with a collar which is disposed around the cylindrical segment and co-acts with the abutment to hold the device in the aperture.
    • 公开了一种应变消除装置,其适于接收延伸到服务箱的孔中的线。 该装置包括由圆柱形段和锥形段形成的结构。 圆柱形部分设置在锥形部分的基部,每个部分是中空的。 至少一个截面线,优选两个,通过该结构的侧壁设置。 截面线从圆锥形段的顶部延伸到圆柱形段的底部,由此将段分成两部分。 一个支座设置在该结构上,该基座设置成抵靠服务箱中的孔的周边。 两个部分连接在一起,所述套环设置在圆柱形部分周围并与邻接件共同作用以将装置保持在孔中。