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    • 1. 发明申请
    • Method of making metal workpiece
    • 制作金属工件的方法
    • US20050210950A1
    • 2005-09-29
    • US10811054
    • 2004-03-27
    • George MitchellPaul Russo
    • George MitchellPaul Russo
    • B21C1/00B21C1/18B21C37/16B21D22/28
    • B21C1/00B21C1/18
    • A method for draw forming a desired contour to the outer diameter of a tubular work piece provides that the selected work piece have a wall thickness uniform throughout its length. The outer diameter of selected work piece is reduced along essentially only a part of the starting metal blank by drawing the metal blank only partly through a die or only partly through each one of a succession of dies. The resulting drawn reduced diameter will have essentially the same wall thickness as the starting blank. If a thinner wall thickness is desired on the reduced outside diameter, an internal mandrel can be inserted in the starting tube, which will work with the draw die to decrease the resulting wall thickness of the drawn tube to an amount less than the starting tube. The workpiece recovered after the drawing method is useful for producing an automotive fuel tank filler tube or an automotive instrument panel support beam.
    • 用于将所需轮廓绘制到管状工件的外径的方法提供了所选择的工件在其整个长度上具有均匀的壁厚。 所选择的工件的外径基本上仅仅是起始金属坯料的一部分,通过仅通过模具部分地拉出金属坯料或者仅部分地通过每一个模具中的每一个而被减小。 所得到的拉伸直径将具有与起始坯料基本相同的壁厚度。 如果在减小的外径上需要更薄的壁厚,则内部心轴可以插入到起动管中,该起动管将与拉伸模具一起工作,以将所得到的拉管的壁厚减小到比起始管小的量。 在拉拔方法回收的工件对于制造汽车燃料箱加油管或汽车仪表板支撑梁是有用的。
    • 2. 发明授权
    • Floating dock
    • 浮动码头
    • US5913278A
    • 1999-06-22
    • US535004
    • 1996-03-22
    • George Mitchell
    • George Mitchell
    • B63C1/02
    • B63C1/02
    • A method of dry docking vessels comprising: (i) providing a floating dock (1) comprising: a main balast vessel (3); a load supporting raft (2); the load supporting raft (2) and the main ballast vessel (3) being selectively attachable to each other, the main ballast vessel (3) and the load supporting raft (2) having separately variable buoyancy; (ii) submerging the main ballast vesse (3) and the load supporting raft (2) (iii) positioning a vessel (30) to be dry docked over the load supporting raft (2); (iv) increasing the buoyancy of thee main ballast vessel (3) and the load supporting raft (2) so as to raise the vessel (30) out of the water, the main ballast vessel (3) at least in part stabilising and supporting the vessel (30), the raising of the load supporting raft (2) occuring simultaneously or alternatively at least in part subsequent to raising the main ballast vessel (3); and (v) optionally attaching or securing the vessel (30) to the load supporting raft (2).
    • PCT No.PCT / NZ94 / 00033 Sec。 371日期:1996年3月22日 102(e)1996年3月22日PCT PCT 1994年4月15日PCT公布。 出版物WO94 / 23994 日期:1994年10月27日一种干坞对接船的方法,包括:(i)提供浮船坞(1),包括:主舱室(3); 负载支撑筏(2); 负载支撑筏(2)和主镇流器(3)可选择性地彼此连接,主压载容器(3)和负载支撑筏(2)具有分别可变的浮力; (ii)淹没主压载舱(3)和负载筏(2)(iii)将待干燥的船只(30)定位在承载筏(2)上; (iv)增加主压载水容器(3)和负载筏(2)的浮力,以使容器(30)从水中升起,主压载水容器(3)至少部分稳定和支撑 容器(30),负载支撑筏(2)的升高同时或替代地至少部分地在升高主压载水容器(3)之后发生; 和(v)可选地将容器(30)连接或固定到负载支撑筏(2)上。
    • 3. 发明授权
    • Air circulation system
    • 空气循环系统
    • US5065668A
    • 1991-11-19
    • US536179
    • 1990-06-11
    • George MitchellMichael H. Pelosi, III
    • George MitchellMichael H. Pelosi, III
    • F24F7/06F24F3/16
    • F24F3/1607
    • An apparatus for use with a multi-station workspacae including a predetermined number of core walls which define an enclosed core. The core walls include an inlet at or below a predetermined height. The apparatus includes a platform positioned in the core at a location above the predetermined height substantially separating the core into a lower air intake chamber and an upper air discharge chamber. The platform further includes a filter in the lower chamber and a blowers drawing air from the intake chamber through the filter to the upper chamber. Finally, a core lid is positioned at the top of the core and includes air discharge vents. The discharge vents include a top grid for discharging air in a vertically upward direction and side vents proximate each of the core walls for discharging air in a substantially horizontal direction out from each of the core walls.
    • 一种用于多站工作点的装置,其包括限定封闭芯的预定数量的芯壁。 芯壁包括处于或低于预定高度的入口。 该装置包括一个平台,该平台位于高于预定高度的位置处的芯部中,基本上将芯分离成下部进气室和上部空气排放室。 该平台还包括在下腔室中的过滤器和鼓风机,其将进气室的空气通过过滤器抽吸到上腔室。 最后,核心盖位于芯的顶部并且包括排气口。 排放通风口包括用于沿垂直向上的方向排出空气的顶部格栅,并且靠近每个核心壁的侧通风口用于从基本上水平的方向排出空气,从每个核心壁排出。
    • 7. 发明申请
    • Can Dispenser And Merchandiser
    • 分配器和商人
    • US20160262554A1
    • 2016-09-15
    • US15067943
    • 2016-03-11
    • Mark VITOLLOGeorge MitchellBella Gutman
    • Mark VITOLLOGeorge MitchellBella Gutman
    • A47F1/12
    • A47F1/087A47F1/04A47F7/28
    • A dispenser is provided for storing and individually dispensing cylindrical containers in a vertical orientation. The dispenser includes an upper chamber having a ramp sloping downward toward a back of the dispenser, which receives the containers loaded in a vertical orientation at a front of the dispenser. The containers move down the upper chamber ramp by gravity to an opening at a back end of the dispenser, through which the containers pass to a lower chamber. The lower chamber has a ramp sloping downward toward the front of the dispenser. The containers move down the lower chamber ramp by gravity to a dispensing position at the front of the dispenser. A latch is positioned at a back portion of the upper chamber to restrict passage of the containers so that they pass through the opening one at a time as containers are removed from the dispensing position.
    • 提供分配器用于在垂直方向上存储和单独分配圆柱形容器。 分配器包括具有朝向分配器的后部向下倾斜的斜坡的上室,其接收在分配器的前部以垂直取向装载的容器。 容器通过重力向下移动到上腔室斜坡,在分配器的后端开口,容器通过该开口到达下腔室。 下腔室具有朝向分配器前部向下倾斜的斜坡。 容器通过重力向下移动下室斜坡到分配器前部的分配位置。 闩锁定位在上部腔室的后部,以限制容器的通过,使得当容器从分配位置移除时,它们一次通过开口。