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    • 2. 发明申请
    • FOLDING HEAD RESTRAINT ASSEMBLY FOR CONVERTIBLE VEHICLE
    • 折叠车头限位装置可折叠车辆
    • US20100179728A1
    • 2010-07-15
    • US12351958
    • 2009-01-12
    • Arjun YetukuriMichael P. ModreskiJoseph Douglas Rusin
    • Arjun YetukuriMichael P. ModreskiJoseph Douglas Rusin
    • G06F17/00A47C7/36
    • B60N2/3002B60N2/0252B60N2/853B60N2/859
    • A vehicle head restraint assembly is provided with a folding head restraint mechanism for pivoting a head restraint between use and folded positions. A head restraint is mounted to the folding head restraint mechanism. A controller for a convertible roof may be provided in electrical communication with the folding head restraint mechanism and configured for electrical communication with the convertible roof. The controller has computer executable instructions for producing a first output to actuate the convertible roof and for producing a second output to actuate the folding head restraint mechanism. An actuator may be provided and connected to the folding head restraint mechanism and to the convertible roof. The actuator has a first output to actuate the folding head restraint mechanism and a second output to actuate the convertible roof of the vehicle. A method for actuating a convertible roof and a folding head restraint assembly is provided.
    • 车辆头枕组件设置有用于在使用和折叠位置之间枢转头枕的折叠头部约束机构。 头枕被安装在折叠式头枕机构上。 可翻转车顶的控制器可以设置成与折叠式头枕机构电连通并且被配置为与敞篷车顶电气通信。 控制器具有计算机可执行指令,用于产生第一输出以致动敞篷车顶,并产生第二输出以致动折叠式头枕机构。 致动器可以设置并连接到折叠头部保护机构和可转换屋顶。 致动器具有用于致动折叠式头枕机构的第一输出和用于致动车辆的敞篷车顶的第二输出。 提供了一种用于致动敞篷车顶和折叠式头枕组件的方法。
    • 4. 发明申请
    • Breathing Assistance System Having Integrated Electrical Conductors for Communicating Data
    • 具有用于通讯数据的集成电导体的呼吸辅助系统
    • US20080078387A1
    • 2008-04-03
    • US11537326
    • 2006-09-29
    • Joseph Douglas Vandine
    • Joseph Douglas Vandine
    • A61M16/00
    • A61M16/0816A61M16/04A61M16/0434A61M16/0833A61M16/1095A61M2205/6027
    • A medical device may include a gas delivery apparatus, a patient interface, a connection system, and an electrical circuit. The gas delivery apparatus may be configured to deliver gas to a patient. The patient interface may be configured to interface with the patient to deliver gas communicated by the gas delivery apparatus to the patient. The connection system may be configured to communicate gas from the gas delivery apparatus to the patient interface. The electrical circuit may be configured to communicate electrical signals between the patient interface and the gas delivery apparatus, and may including one or more first electrical conductors at least partially integral with the patient interface and one or more second electrical conductors at least partially integral with the connection system.
    • 医疗装置可以包括气体输送装置,患者接口,连接系统和电路。 气体输送装置可以被配置为将气体输送给患者。 患者接口可以被配置为与患者接口以将由气体输送设备传递的气体输送给患者。 连接系统可以被配置为将气体从气体输送装置传送到患者接口。 电路可以被配置为在患者接口和气体输送设备之间传送电信号,并且可以包括与患者接口至少部分一体的一个或多个第一电导体,以及与该患者接口至少部分成一体的一个或多个第二电导体 连接系统
    • 6. 发明授权
    • Mobile material handling apparatus with lowerable track set
    • 移动材料处理设备具有可降低轨道集
    • US06405874B1
    • 2002-06-18
    • US09710096
    • 2000-11-10
    • Patrick Joseph Douglas
    • Patrick Joseph Douglas
    • B07B149
    • B02C21/02B07B1/005
    • A mobile material handling apparatus (10) having a frame (11), an input arrangement (13) for receiving a bulk supply of raw material to be handled, a screen box (16) or other material processing device, a conveyor (17) to transfer the material from the input arrangement (13) to the material processing device (16), one or more discharge conveyors (14, 15) to discharge the processed material, and a wheel set (12) supporting the frame (11) to render the apparatus mobile e.g. to be transported along the public highway via a fifth wheel coupling or low loader. In order to provide the apparatus with a capability of being manoeuvred on site, a set of endless tracks (20) is mounted on the apparatus frame (11) and is adjustable between an inoperative condition out of contact with the ground, and an operative ground-engaging position when it is required to manoeuvre the apparatus on site.
    • 一种具有框架(11)的移动材料处理装置(10),用于接收待处理原料的大量供应的输入装置(13),筛箱(16)或其他材料处理装置,输送机(17) 将材料从输入装置(13)传送到材料处理装置(16),一个或多个排出输送机(14,15)以将经处理的材料排出,以及支撑框架(11)的轮组件(12)至 使设备移动,例如 通过第五轮联轴器或低装载机沿公共公路运输。 为了使设备具有在现场操纵的能力,一组环形轨道(20)安装在设备框架(11)上,并且在与地面接触的不工作状态和操作地面之间可调节 当需要在现场操纵设备时,该位置。
    • 7. 发明授权
    • Material processing plant
    • 材料加工厂
    • US06311821B1
    • 2001-11-06
    • US09424601
    • 2000-02-02
    • Patrick Joseph Douglas
    • Patrick Joseph Douglas
    • B65G4718
    • E01C19/05B02C21/02B07B1/005B60P3/06B60P3/40Y10S414/132
    • A material processing plant e.g. a crusher or shredder (2) adapted to be suspended between a first wheeled unit (3) and a second wheeled unit (4) during transport, in which the first and second units have respective couplings, and in which the plant comprises: a plant frame; and front coupling and a rear coupling provided at the front and rear of the plant frame respectively; an arrangement of the front and rear couplings such that when the front coupling and the rear coupling of the plant frame are connected to the respective couplings of the first and second wheeled units, the plant (2) is suspended between the first and second units; and a lifting means (37) connected to one or both of the wheeled units (3,4), or to the plant frame, and operable to lift the plant for connecting the couplings of the plant frame to the respective couplings of the first and second wheeled units.
    • 材料加工厂例如 适于在运输期间悬挂在第一轮单元(3)和第二轮单元(4)之间的破碎机或粉碎机(2),其中所述第一和第二单元具有相应的联接件,并且所述破碎机或粉碎机 帧; 以及分别设置在工厂框架的前后的前联轴器和后联轴器; 前联接器和后联接器的布置使得当工厂框架的前联接件和后联接件连接到第一和第二轮式单元的相应联接器时,设备(2)悬挂在第一和第二单元之间; 以及连接到所述轮式单元(3,4)中的一个或两个或提升装置框架的提升装置(37),并且可操作以提升所述设备以将所述工厂框架的联接件连接到所述第一和 二轮单位。
    • 8. 发明授权
    • Non-invasive inspection
    • 无创检查
    • US4983841A
    • 1991-01-08
    • US412337
    • 1989-09-26
    • Peter A. E. StewartRichard T. SkeltonMartin J. AllenJoseph Douglas
    • Peter A. E. StewartRichard T. SkeltonMartin J. AllenJoseph Douglas
    • G01V5/00G01N23/04G01T1/16G01T1/161G01T1/29
    • G01N23/046G01T1/2985G01N2223/419
    • Residual core material can be detected inside hollow cast articles using positron emission tomography. Positron radio-isotope material is inducted into any residual core material present by immersing a cast article in an aqueous solution of radio-isotope emitter, for example gallium. Absorbed gallium subsequently emits positrons which are annihilated in collisions with electrons emitting two 511 KeV gamma rays in diametrically opposite directions. The emissions are detected and tracked by a PET camera and the resulting images correlated with a sectioned image of the article as a check on the location of detected core material. Initially a low-dose-rate solution for the purpose of merely establishing the presence of core material is used but a second optional process step introduces a more active solution allowing a PET camera to collect sufficient data to image absorbed isotope.
    • 可以使用正电子发射断层扫描在中空铸造制品内部检测残留芯材。 通过将铸造物品浸入放射性同位素发射体(例如镓)的水溶液中,将正电子放射性同位素材料引入存在的任何残余芯材料中。 随后,吸收的镓随后发射正电子,这些正电子与沿两个方向相反的方向发射两个511KeV伽马射线的电子发生碰撞。 由PET照相机检测和跟踪排放物,并将所得到的图像与文章的分割图像相关联,作为对检测到的核心材料位置的检查。 最初仅使用建立核材料存在的低剂量率解决方案,但是第二可选工艺步骤引入了更为有效的解决方案,允许PET相机收集足够的数据来成像吸收的同位素。