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    • 72. 发明授权
    • Venturi feeder bypass and control
    • 文丘里送料器旁路和控制
    • US06656353B2
    • 2003-12-02
    • US09930558
    • 2001-08-15
    • Patrick H. KilaweeJamie W. LerbsJohn E. Thomas
    • Patrick H. KilaweeJamie W. LerbsJohn E. Thomas
    • C02F514
    • E03C1/046B01F5/0413B01F5/0496C02F1/688G05D11/006Y10T137/4891
    • A dispensing device (10) for dispensing a measured amount of a chemical (60) into a fluid piping system including a cap member (24) having a fluid inlet port (33) and a fluid outlet port (34) between which is a tubular flow conduit (28). The cap member (24) also includes bypass and control members (44), which align with an inlet passageway (36) and an outlet passageway (42) in the cap member (24). Fluid flows into the cap member (24) through the inlet port (33). The tubular flow conduit (28) has the inlet passageway (36) therein to divert a portion of the fluid passing through the system into a canister (11) operatively connected to the cap (24). A container (16) is disposed within the canister (11) containing the chemical (60), which is partially dissolved by fluid introduced into the container (16) to create a use solution. The use solution passes out of the canister (11) through the outlet passageway (42) in the tubular flow conduit (28) located downstream from the inlet passageway (36) and is reintroduced into the fluid system to flow out of the outlet port (34). The bypass and control members (44) may be used in variable positions to control and meter the amount of use solution being dispensed.
    • 一种用于将测量量的化学物质(60)分配到包括具有流体入口(33)和流体出口(34)的盖构件(24)的流体管道系统中的分配装置(10),其间是管状 流动管道(28)。 盖构件(24)还包括与帽构件(24)中的入口通道(36)和出口通道(42)对准的旁路和控制构件(44)。 流体通过入口(33)流入盖件(24)。 管状流动管道(28)在其中具有入口通道(36),以将通过系统的一部分流体转移到可操作地连接到盖子(24)的罐(11)中。 容器(16)设置在容纳化学物质(60)的罐(11)内,该化学物质被引入容器(16)中的流体部分地溶解以产生使用溶液。 使用溶液通过位于入口通道(36)下游的管状流动管道(28)中的出口通道(42)从罐(11)排出,并被重新引入流体系统以流出出口 34)。 旁路和控制构件(44)可以用于可变位置以控制和计量正在分配的使用溶液的量。
    • 77. 发明授权
    • Method of rolling hot mill band on a twin stand reversing mill
    • 在双台倒立轧机上轧制热轧带的方法
    • US5752403A
    • 1998-05-19
    • US669999
    • 1996-06-25
    • George W. TippinsJohn E. Thomas
    • George W. TippinsJohn E. Thomas
    • B21B1/22B21B1/34B21B15/00B21B39/00B21B41/00B21B41/06
    • B21B1/34B21B1/224B21B2015/0071B21B2263/20B21B2273/16B21B39/006
    • A method of hot rolling steel slabs of thin to standard thickness into hot mill band is carried out on a hot reversing mill having a coiler furnace upstream and downstream of the reversing mill. A twin stand hot reversing mill is used and the slab is introduced into the first stand of the mill without any breakdown pass. Flat passes of the slab back and forth through the first stand and the second stand occur to form an intermediate product having a thickness capable of being coiled. Thereafter, the intermediate product is coiled on one of the upstream or downstream drums. The product is then passed back and forth between the first and second stand in tandem. An edging stand is positioned between the reversing stands to edge the product during the flat passes. The final product is removed from the hot mill band in one of sheet, plate or coil form.
    • 将具有薄到标准厚度的钢坯热轧到热轧带中的方法在具有在换向轧机的上游和下游的卷取机的热反向轧机上进行。 使用双机架热反转轧机,将板坯引入轧机的第一台,无任何故障通过。 平板通过第一支架和第二支架来回平行,以形成具有可卷绕的厚度的中间产品。 此后,中间产品卷绕在上游或下游滚筒中的一个上。 然后将产品串联在第一和第二支架之间来回传递。 边缘支架位于换向架之间,在平通过程中边缘产品。 最终产品以板材,板材或线圈形式之一从热轧带材上除去。