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    • 2. 发明授权
    • Sound producing vehicle exhaust system
    • 声音产生车辆排气系统
    • US06810992B1
    • 2004-11-02
    • US10246951
    • 2002-09-19
    • Mario Lombardo
    • Mario Lombardo
    • F01N708
    • F01N13/20F01N1/18F01N13/00G10K7/06
    • A sound producing vehicle exhaust system comprises a housing positionable over an exterior end of a vehicle tailpipe. A turbine has at least one support plate. The support plate is rotatable about a central axis of rotation with the housing and has a plurality of angular blades with interior ends coupled to the support plate for rotation there with. At least one facing disk is positioned within the housing adjacent to the turbine. A central axis is provided through the facing disk and support plate. At least one bearing pin is provided. The bearing pin rotatably couples the support plate to the facing disk. A plurality of apertures extend through the facing disk. In this manner exhaust gasses from a tailpipe will pass through the blades and create a turbine-like sound.
    • 声音产生车辆排气系统包括可定位在车辆尾管的外端上的壳体。 涡轮机具有至少一个支撑板。 支撑板可以围绕具有壳体的中心旋转轴线旋转,并且具有多个角形刀片,其内端联接到支撑板以便随着其旋转。 至少一个面对的盘被定位在与涡轮相邻的壳体内。 中心轴通过面对盘和支撑板提供。 提供至少一个轴承销。 轴承销将支撑板可旋转地连接到相对的盘。 多个孔径延伸穿过相对的盘。 以这种方式,来自尾管的废气将通过叶片并产生涡轮状声音。
    • 3. 发明授权
    • Pulsating vibration air generation means
    • 脉动振动空气产生装置
    • US06607008B1
    • 2003-08-19
    • US09869040
    • 2001-08-22
    • Hirokazu YoshimotoKiyoshi MorimotoYuji IwaseKazue Murata
    • Hirokazu YoshimotoKiyoshi MorimotoYuji IwaseKazue Murata
    • B06B118
    • F16K11/0525B06B1/18F26B3/0926F26B21/12G10K7/06Y10T137/86405
    • Pulsating vibration air generation apparatus comprising a cylindrical casing having an air supply port connected with an air source and a wave transmission port provided at the circumferential surface thereof, and a drum type rotary valve constructed rotatably in the casing, wherein the air supply port is located where a circumferential surface of the rotary valve is positioned when the rotary valve is contained in the casing, the wave transmission port is located apart from where the circumferential surface of the rotary valve is positioned when the rotary valve is contained in the casing, the drum type rotary valve is comprised of a rotary support shaft at a center axis, one end of the rotary valve is opened, another end of the rotary valve is closed, at least one ventilation window is provided at the circumferential surface of the rotary valve, the rotary valve is contained in the casing in such a manner that the open end of the rotary valve faces to the wave transmission port of the casing, and the at least one ventilation window provided at the circumferential surface of the rotary valve is designed to intermittently meet the air supply port according to rotation of the valve when a rotary drive apparatus is connected with the rotary support shaft and the rotary drive apparatus is driven.
    • 脉冲振动空气产生装置,包括:具有与空气源连接的空气供给口的圆筒形壳体和设置在其圆周表面的波浪传送口;以及滚筒式旋转阀,其可旋转地构造在所述壳体中,其中所述空气供给口位于 当旋转阀被容纳在壳体中时旋转阀的圆周表面定位,当旋转阀被容纳在壳体中时,波传播口位于旋转阀的圆周表面位于其周围的位置,滚筒 旋转阀由中心轴线的旋转支撑轴构成,旋转阀的一端开口,旋转阀的另一端关闭,在旋转阀的圆周面上设置至少一个通风窗, 旋转阀以这样的方式容纳在壳体中,使得旋转阀的开口端面向th的波浪传输端口 并且设置在旋转阀的圆周表面处的至少一个通风窗被设计成当旋转驱动装置与旋转支撑轴和旋转驱动器连接时,根据阀的旋转间歇地与空气供应口相遇 装置被驱动。
    • 4. 发明授权
    • Fluid driven siren pressure pulse generator for MWD and flow measurement
systems
    • 用于MWD和流量测量系统的流体驱动式警笛式压力脉冲发生器
    • US5636178A
    • 1997-06-03
    • US495328
    • 1995-06-27
    • Thomas E. Ritter
    • Thomas E. Ritter
    • E21B47/18G10K7/06G01V1/40H04B13/00
    • E21B47/18E21B47/182G10K7/06
    • A fluid-powered siren of the type used for communicating information between points of a wellbore. In one aspect, responsiveness of the siren's rotor to low flow rates is improved through application of greater torque to the siren rotor. Also, improved capturing and channeling action by the turbine rotor fins causes fluid flow to drive the turbine rotor and siren rotor combination more efficiently than it can drive a siren rotor directly as may be the case in other fluid-powered sirens. In another aspect, the system provides for control of the rotational speed of the siren rotor in instances wherein the fluid flow rate is too high. Control is affected by use of an epicyclical gear reducer which is positioned between the turbine rotor and the siren rotor to operably interconnect the two components.
    • 用于在井筒的点之间传递信息的类型的流体动力警报器。 在一个方面,通过对警报器转子施加更大的扭矩,警报器转子对低流量的响应性得到改善。 此外,涡轮转子翅片的改进的捕获和引导作用使得流体流动更有效地驱动涡轮转子和警报器转子组合,而不是像其它流体动力警报器那样直接驱动警报器转子。 在另一方面,该系统提供在流体流速太高的情况下控制报警器转子的转速。 控制受到使用位于涡轮转子和警报器转子之间的行星齿轮减速器的影响,以可操作地连接两个部件。
    • 5. 发明授权
    • Control mechanisms for steam driven diaphragm valve sound transmitters
    • 用于蒸汽驱动的膜片式压力变送器的控制机构
    • US3791339A
    • 1974-02-12
    • US3791339D
    • 1972-09-26
    • KOCKUMS MEKANISKA VERKSTADS AB
    • DAHLQUIST N
    • G10K9/04B06B1/18G10K7/06G10K9/00
    • G10K7/06
    • A control mechanism for a steam driven sound transmitter of the type having a valve diaphragm which during signalling oscillates relative to a seat and periodically opens and closes the communication for the steam between an inlet chamber and an outlet passage opening into a resonance horn but which, when no signal is to be generated, is blocked against the seat by the action of the steam pressure in a back pressure chamber located behind the diaphragm, comprises a valve housing with a cavity, steam passages connecting the inlet chamber and the back pressure chamber with said cavity, a drain passage connecting said cavity with a drainage tank, and a valve-controlled relief passage connecting said cavity with the atmosphere, said passage between the inlet chamber and said cavity having a minimum crosssectional area which is smaller than the minimum cross-sectional area of the relief passage but greater than the minimum crosssectional area of the drain passage.
    • 一种用于具有阀膜的类型的蒸汽驱动发声器的控制机构,其在信令期间相对于座椅振荡并且周期性地打开和关闭入口室和通向谐振喇叭的出口通道之间的蒸汽的连通, 当不产生信号时,通过位于隔膜后面的背压室中的蒸汽压力的作用而阻塞在座上,包括具有空腔的阀壳体,将入口室和背压室连接的蒸汽通道与 所述腔体,将所述空腔与排水槽连接的排水通道以及将所述空腔与大气连接的阀控释放通道,所述入口室和所述空腔之间的所述通道具有小于最小值的最小横截面积 溢流通道的横截面积大于排水通道的最小横截面面积。
    • 6. 发明授权
    • Underwater siren
    • 水下SIREN
    • US3738446A
    • 1973-06-12
    • US60325045
    • 1945-07-04
    • NOTTINGHAM R
    • NOTTINGHAM R
    • G10K7/06G10K7/00
    • G10K7/06
    • 1. In an underwater siren of the character disclosed, the combination of a cylindrical member having a closed end portion and a plurality of ports radially arranged therein, means for supplying hydrostatic pressure to the interior of said cylindrical member, a cup-shaped valve member encircling an end portion of said cylindrical member and having a plurality of apertures adapted to be brought into registered engagement with said ports respectively as the cup-shaped member rotates thereby to interrupt the flow of water through the ports momentarily and repeatedly, means including a flat bearing surface for supporting said cup-shaped valve member for rotation on said cylindrical member with the bottom thereof in closely spaced adjacency with respect to said closed end portion, means responsive to the flow of water through said ports for causing the cup-shaped member to rotate, and means including an annular recess of substantially the same diameter as the outside diameter of said cylindrical member formed in the bottom of said cup-shaped valve member and a plurality of vents in communication therewith for relieving the water pressure between the bottom of said cup-shaped member and said closed end portion of the cylindrical member thereby to reduce the friction of the cup-shaped valve member against said flat bearing surface.
    • 在所公开的角色的水下警报器中,具有封闭端部的圆柱形构件和径向布置在其中的多个端口的组合用于向所述圆柱形构件的内部提供静水压力的装置,杯状阀构件 围绕所述圆柱形构件的端部并且具有多个孔,其适于在杯形构件旋转时分别与所述端口配准接合,从而瞬间和重复地中断通过端口的水流,包括平面 承载表面,用于支撑所述杯形阀构件在所述圆柱形构件上旋转,其底部相对于所述封闭端部紧密间隔开,所述装置响应于通过所述端口的水流使杯形构件 旋转和包括具有与所述圆柱体的外径基本上相同直径的环形凹部的装置 形成在所述杯形阀构件的底部的多个通气口和与其连通的多个通气口,用于减轻所述杯状构件的底部和所述圆筒形构件的所述封闭端部之间的水压,从而减小 所述杯形阀构件抵靠所述平坦支承表面。
    • 10. 发明授权
    • Siren
    • 警笛
    • US09142204B2
    • 2015-09-22
    • US13389614
    • 2010-08-03
    • Adam R. Menor
    • Adam R. Menor
    • G10K7/06G10K7/00
    • G10K7/06
    • A preferred siren including a base having a central axis and a peripheral wall circumscribed about the central axis to define an internal chamber. The peripheral wall includes a plurality of apertures in communication with the internal chamber. A rotor is disposed within the chamber and centrally aligned with the axis. The rotor includes a plurality of spaced apart fins radially disposed about the axis, each of the plurality of fins having an outermost portion at a peripheral edge of the rotor and an innermost portion located between the axis and the peripheral edge. An external housing cooperates with the base to enclose the rotor within the internal chamber, the external housing including a first plurality of ports and a second plurality of ports, the first and second plurality of ports being in fluid communication with the internal chamber of the base. A driver is coupled to the rotor and is powered by a supply of carbon-dioxide gas to rotate the rotor about the axis at a rotational speed such that external air is drawn through the first plurality of ports, into the chamber and out the second plurality of ports so as to generate an alarm sound having an intensity greater than 100 decibels (100 dB).
    • 包括具有中心轴线的基座和围绕中心轴线限定外围壁以限定内部腔室的首选警报器。 周壁包括与内室连通的多个孔。 转子设置在腔室内并且与轴线对准。 所述转子包括围绕所述轴线径向设置的多个间隔开的散热片,所述多个翅片中的每一个翅片在转子的周缘处具有最外侧部分,以及位于所述轴线与所述周边边缘之间的最内部分。 外壳与基座配合以将转子封闭在内室内,外壳包括第一多个端口和第二多个端口,第一和第二多个端口与底座的内室流体连通 。 驱动器联接到转子并且由二氧化碳气体供应来驱动转子围绕轴旋转,使得外部空气通过第一多个端口被拉出到腔室中并且流出第二多个 以产生强度大于100分贝(100dB)的警报声。