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    • 2. 发明授权
    • Hydraulic lift for small watercraft mounted to a boat transom
    • 小型船只的液压升降机安装在船尾梁上
    • US06327992B1
    • 2001-12-11
    • US09775277
    • 2001-02-01
    • Richard A. Martin
    • Richard A. Martin
    • B63B3540
    • B63B27/36B63B27/14B63B27/16
    • A transom bracket enclosing a hydraulic power cylinder is mounted to the transom of a watercraft. An actuation rod of the power cylinder moves multiple lift arms connected to a platform bracket supporting a platform for supporting a small auxiliary watercraft. Electrical or manual operation of the power cylinder causes the platform bracket to move in a vertical direction either upwards out of the water or downwards into the water. A lock mechanism operated by a lock cylinder locks the lift apparatus in place when not in operation. Grooves on sides of the transom bracket and transversely extended pins connecting the linkage arms provide a downward stop to movement of the lift apparatus.
    • 包围液压动力缸的挡板支架安装在船体的横梁上。 动力缸的致动杆移动连接到支撑用于支撑小型辅助船只的平台的平台支架的多个提升臂。 动力缸的电动或手动操作使得平台支架沿垂直方向向上移动到水中或向下移动到水中。 由锁缸操作的锁定机构在不操作时将提升装置锁定就位。 在横梁支架侧面的沟槽和连接连杆的横向延伸的销钉提供向下停止以提升装置的运动。
    • 6. 发明授权
    • Integral casting flask and vacuum chamber
    • 整体铸瓶和真空室
    • US4915155A
    • 1990-04-10
    • US266581
    • 1988-11-03
    • Richard A. Martin
    • Richard A. Martin
    • B22C21/00B22D18/06
    • B22D18/06B22C21/00
    • An integral casting flask/vacuum chamber combination is disclosed in which an inner tube forming the casting flask is disposed coaxially inside of an outer tube thus forming a vacuum chamber between the two tubes. The inner tube has holes formed in its circumference to provide for uniform evacuation of air from the investment for pulling the casting material into the mold. A shoulder portion integrally connects the inner tube with the outer tube in such a way that the bottom edge of the inner tube is suspended above the bottom edge of the outer tube and the top edge of the inner tube is suspended above the top edge of the outer tube. This device is used in combination with a vacuum table and does not require the complex and expensive conventional vacuum chamber.
    • 公开了一体式铸瓶/真空室组合,其中形成铸瓶的内管同轴地设置在外管的内部,从而在两管之间形成真空室。 内管具有形成在其圆周上的孔,以提供空气从用于将铸造材料拉入模具的投资的均匀抽空。 肩部将内管与外管整体连接,使得内管的底部边缘悬挂在外管的底部边缘上方,并且内管的顶部边缘悬挂在 外管。 该装置与真空工作台组合使用,不需要复杂且昂贵的常规真空室。
    • 8. 发明授权
    • Sinus aspiration/irrigation
    • 窦性吸气/灌洗
    • US5788683A
    • 1998-08-04
    • US216543
    • 1994-03-23
    • Richard A. Martin
    • Richard A. Martin
    • A61M1/00A61M3/02A61C17/06
    • A61M1/0023A61M1/0056A61M1/0001A61M1/0047A61M2210/0618A61M3/0279
    • A nasal aspirator/irrigation device can be used in a method of obtaining human mucopurulence suited for culturing to determine the type of pathogens contained in it. The aspirator includes a hollow body having a top portion and a bottom portion, a hollow capture chamber connected to the bottom portion, a nasal conduit connected to the body top portion having a free end dimensioned to fit into a human nostril, and a vacuum control conduit which extends upwardly from the body top portion. The free end has a hollow triangular prism shape adapted to provide a good fit in a human nostril, and the capture chamber is releasably connected, such as by screw-threads, so that it can be detached, sealed, and shipped to a diagnostic site. The capture chamber may include culture media in it prior to utilization. Sterile liquid is introduced into a first of the patient's nostrils, the aspirator device--connected to vacuum--introduced into the other nostril. The recaptured liquid and entrained mucopurulence is placed in the sealed container and transported to a pathogen-diagnostic site.
    • 鼻抽吸器/灌洗装置可以用于获得适于培养的人粘液渗透的方法,以确定其中包含的病原体的类型。 抽吸器包括具有顶部和底部的空心体,连接到底部的中空捕获室,连接到主体顶部的鼻导管,其具有适于装配到人鼻孔中的自由端,以及真空控制 从主体顶部向上延伸的导管。 自由端具有适于提供人鼻孔的良好配合的中空三角棱柱形状,并且捕获室例如通过螺纹线可释放地连接,使得其可以被分离,密封并运送到诊断部位 。 捕获室可以在使用之前包括培养基。 将无菌液体引入患者鼻孔中的第一个,将抽吸装置连接至真空引入其他鼻孔。 将重新吸收的液体和夹带的粘膜渗入物置于密封容器中并运送至病原体诊断部位。
    • 10. 发明授权
    • Capacator storage circuit for sustaining a DC converter
    • 用于维持DC转换器的电容器存储电路
    • US5796182A
    • 1998-08-18
    • US671141
    • 1996-06-27
    • Richard A. Martin
    • Richard A. Martin
    • H02J9/06H02J7/00
    • H02J9/062Y10T307/516Y10T307/625
    • Circuitry for extending the sustain time of a DC converter power supply in the event of interruption of AC power. Where in the circuit includes a capacitor storage element, an associated charge path for controllably charging the capacitor bank and discharge and disconnect paths for discharging the energy stored in the capacitor to sustain operation of the DC power converter and for disconnecting the capacitor from the DC converter when the voltage across the capacitor has discharged below a threshold level and prevents the capacitor from creating and introducing periodic ringing transient oscillations into the same charging means, with the charging means and discharging means therefore being connected to said DC voltage source to provide a charging path to said raw DC voltage source during normal operation of the AC power source, and a discharging means to provide a discharging path for said capacitor means to sustain operation of a power converter means during momentary interruption of the AC power source and to disconnect said capacitor means from the DC source means and dc converter means wherein said capacitor means has been discharged to a minimum level required to insure proper operation of said power converter means.
    • 在交流电源中断的情况下延长直流转换器电源的维持时间的电路。 在电路中包括电容器存储元件,用于可控地对电容器组进行充电的相关联的充电路径,以及放电和断开路径,用于对存储在电容器中的能量进行放电以维持DC功率转换器的操作并将电容器与DC转换器断开 当电容器两端的电压已经放电到低于阈值电平并且防止电容器产生并引入周期性的振荡瞬态振荡到相同的充电装置中时,充电装置和放电装置因此连接到所述直流电压源以提供充电路径 在交流电源的正常工作期间到所述原始直流电压源;以及放电装置,用于为所述电容器装置提供放电路径,以在AC电源的瞬间中断期间维持功率转换器装置的操作,并且断开所述电容器装置 从直流源装置和直流转换器装置 在所述电容器装置中已经放电到为确保所述功率转换器装置的适当操作所需的最小水平。