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    • 6. 发明申请
    • Radiator fan shroud with flow directing ports
    • 带导流口的散热器风扇罩
    • US20060272800A1
    • 2006-12-07
    • US11144387
    • 2005-06-02
    • Alec WongDan FarmerBrian CampbellAdam HaileyKevin ChouTim Schick
    • Alec WongDan FarmerBrian CampbellAdam HaileyKevin ChouTim Schick
    • B29C47/88
    • F01P11/10F01P5/06F01P2001/005F01P2070/50
    • A radiator fan shroud (100) is disclosed that is adapted to be attached to a vehicle radiator (96)—for example, the radiator of a Class 8 truck. The fan shroud includes a peripheral cover portion (112) and a ring assembly (102) that encloses the blades of the engine-driven radiator fan (88). The ring assembly may be formed integrally with the peripheral cover portion or may include a separable ring extension (120). The ring assembly includes a plurality of ports (104) defined by vanes (106) at the rearward portion of the ring assembly. The ports are selectively positioned to manage the airflow in the engine compartment, directing the airflow towards selected locations. The vanes may be fluted. The fan shroud may be formed from two or more pieces that cooperatively form the fan shroud, to facilitate installation and maintenance of the fan shroud.
    • 公开了一种适于附接到车辆散热器(96)的散热器风扇护罩(100),例如第8类卡车的散热器。 风扇罩包括围绕发动机驱动的散热器风扇(88)的叶片的周边盖部分(112)和环形组件(102)。 环组件可以与周边盖部分一体地形成,或者可以包括可分离环延伸部(120)。 环组件包括在环组件的后部处由叶片(106)限定的多个端口(104)。 这些端口被选择性地定位以管理发动机室中的气流,将气流引向选定的位置。 叶片可以是槽纹的。 风扇罩可以由协同形成风扇罩的两个或更多个部件形成,以便于风扇罩的安装和维护。
    • 8. 发明申请
    • Landscaping Tow Apparatus
    • 园林绿化设备
    • US20160338256A1
    • 2016-11-24
    • US15053390
    • 2016-02-25
    • Brian Campbell
    • Brian Campbell
    • A01B49/02A01B63/22A01B63/24A01B63/00
    • A01B49/027A01B63/22A01B63/24
    • A landscaping tow apparatus for cultivating dirt or land. The apparatus includes a U-shaped bracket rotatably secured to a tool head support, wherein the tool head support includes a plurality of tool heads removably secured thereon for cultivating the land. A hitch is further affixed to the U-shaped bracket and can mount the apparatus to a vehicle, such as a tractor or riding lawnmower. A pair of wheels are extendable from the bracket in order to engage the ground and lift the tool head support for rotation thereof. In operation, the hitch is secured to a tractor and the side of the tool head support having the desired tool head is positioned against the ground. The wheels are extended so that the tool head support can be rotated in order to have a different tool head engage the ground.
    • 用于耕种土地的景观拖网设备。 该装置包括可旋转地固定到工具头支撑件上的U形支架,其中工具头支撑件包括可移除地固定在其上的多个工具头,用于耕种土地。 另外还将U形支架固定在一起,并将该装置安装在诸如拖拉机或骑马割草机等车辆上。 一对轮可从支架延伸以便接合地面并提起工具头支撑件以使其旋转。 在操作中,挂钩被固定到拖拉机,并且具有所需工具头的工具头支撑件的侧面抵靠地面定位。 轮子被延伸,使得工具头支撑件可以旋转以便具有不同的工具头接合地面。
    • 10. 发明申请
    • PHOTON TURBINE GENERATOR FOR POWER GENERATION
    • 用于发电的光电涡轮发电机
    • US20140034848A1
    • 2014-02-06
    • US13566474
    • 2012-08-03
    • Brian Campbell
    • Brian Campbell
    • G21K5/00F02D29/06F01D15/10
    • F03G6/00Y02E10/46
    • A method and device for generating power using radiation pressure is described. The device comprises a turbine generator in which the turbine comprises optical resonant cavities or waveguides. The turbine rotates as a result of the force applied to the resonant cavities or waveguides by the radiation pressure of the circulating laser beam. Because of the amplification of the power of the input laser beam through resonant enhancement, the Photon Turbine Generator (PTG) has the potential for overunity efficiency (i.e., power output exceeding power input), lasting until the laser pumping mechanism or gain medium degrades or expires. The PTG may be built on either a macroscopic or microscopic scale. The PTG can provide clean, efficient, long-lasting power for diverse applications (e.g., energy, transportation, and electronic devices), while also supplying electricity to meet its own operational needs (e.g., laser pump power).
    • 描述了使用辐射压力发电的方法和装置。 该装置包括涡轮发电机,其中涡轮机包括光学谐振腔或波导。 涡轮由于通过循环激光束的辐射压力施加到谐振腔或波导的力而旋转。 由于通过谐振增强对输入激光束的功率进行放大,光子涡轮发电机(PTG)具有超能效率(即功率输出超过功率输入)的可能性,直到激光泵浦机制或增益介质劣化或持续 到期 PTG可以建立在宏观或微观尺度上。 PTG可以为各种应用(例如能量,运输和电子设备)提供清洁,高效,持久的电力,同时还提供电力以满足其自身的操作需要(例如,激光泵功率)。