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    • 1. 发明授权
    • Seal assembly for thermal treatment furnaces using an atmospheric gas
containing hydrogen gas
    • 使用含有氢气的气氛气体的热处理炉的密封组件
    • US5693288A
    • 1997-12-02
    • US596170
    • 1996-02-13
    • Teruhisa Nakamura
    • Teruhisa Nakamura
    • C21D9/56F27B9/04F27B9/28F27B9/39F27D1/18F27D3/00F27D3/02F27D99/00C21D9/54
    • F27D99/0073C21D9/565F27B9/28F27B9/39F27B9/045F27D1/18F27D1/1858F27D2003/0053F27D2003/0067F27D2099/0078F27D3/026
    • A seal assembly (3) located at an entrance and/or exit of a heat treatment furnace for heat treating a metallic strip (S) with no formation of oxide films on the surface thereof, using an atmospheric gas containing hydrogen gas and including an elastic rotating roll (6) being pressedly engaged with an elastic pad (5) fixed on the surface of a seal plate (4) and the metallic strip (S) to seal the inside of the furnace against the outside air, wherein elastic members (9) being provided in through-holes (2b) formed through a side plate (2a) of a furnace wall (2) at positions corresponding to both side edges of the elastic pad (5), and elastic member-moving mechanisms (10) being provided for pressedly engaging the elastic members (9) with the sides of the elastic pad (5); at least two closely-set slip disks (7) arranged in an axial direction of the side of a roll body (6c) and an elastic disk (8) being fitted over a roll shaft (6a) between the side plate (2a) of the furnace wall (2), on which the elastic rotating roll (6) is rotatably mounted, and a roll body (6c) of the elastic rotating roll 6, the slip disk and said elastic disks being in surface contact with each other; of the contact surfaces of the parts present from the roll body (6c) to the side plate (2a) of the furnace wall (2), the contact surface of the slip disks (7) and (7) having the lowest coefficient of dynamic friction.
    • PCT No.PCT / JP95 / 01256 Sec。 371日期1996年2月13日 102(e)日期1996年2月13日PCT提交1995年6月23日PCT公布。 公开号WO96 / 00307 日期1996年1月4日在位于热处理炉的入口和/或出口处的密封组件(3),用于使用含有氢气的气氛气体在其表面上热处理金属带(S)而不形成氧化膜 气体,并且包括与固定在密封板(4)和金属带(S)的表面上的弹性垫(5)压配合的弹性旋转辊(6),以将炉内部密封抵靠外部空气, 其中弹性构件(9)设置在穿过所述弹性垫(5)的两个侧边缘的位置处通过炉壁(2)的侧板(2a)形成的通孔(2b)中,弹性构件移动 提供用于将弹性构件(9)与弹性垫(5)的侧面压配合的机构(10); 至少两个紧密组合的滑动盘(7)沿着辊体(6c)的侧面的轴向布置,并且弹性盘(8)装配在辊轴(6a)之间的辊轴(6a)之间,侧板 可旋转地安装弹性旋转辊(6)的炉壁(2)和弹性旋转辊6的辊体(6c),滑动盘和弹性盘彼此表面接触; 从辊体(6c)到炉壁(2)的侧板(2a)的部件的接触表面,具有最低动态系数的滑动盘(7)和(7)的接触表面 摩擦。
    • 2. 发明申请
    • Continuous furnace having traveling gas barrier
    • 连续炉具有行驶阻气
    • US20020018977A1
    • 2002-02-14
    • US09943233
    • 2001-08-30
    • BTU International, Inc.
    • Gary Orbeck
    • F27B009/00
    • F27D3/12F27B9/028F27B9/045F27B9/26F27B9/3005F27B2009/264F27B2009/3055F27D3/00F27D99/007F27D2003/124F27D2099/0078
    • A continuous pusher furnace includes a product carrier assembly incorporating a traveling gas barrier. The product carrier assembly comprises a plate disposed to receive product thereon and a gas barrier extending upwardly from the plate. The perimeter of the gas barrier is sized and configured to fit within a vestibule between heating chambers in the furnace with a clearance gap with the vestibule selected to increase a gas flow velocity through the vestibule sufficient to overcome a gas diffusion velocity through the vestibule in a direction opposite to the gas flow. In this manner, gas is unable to diffuse into an upstream heating chamber. In an alternative embodiment, an exhaust outlet may also be provided in the vestibule or chamber to exhaust gas from upstream and downstream heating chambers from the furnace.
    • 连续推进炉包括结合行进气体屏障的产品载体组件。 产品载体组件包括设置成在其上容纳产品的板和从板向上延伸的气体屏障。 气体屏障的周边的尺寸和构造适于装配在炉内的加热室之间的前庭中,与前庭的间隙间隙被选择以增加通过前庭的气体流速,足以克服通过前庭的气体扩散速度 方向与气流相反。 以这种方式,气体不能扩散到上游加热室中。 在替代实施例中,还可以在前庭或室中设置排气出口以从来自炉的上游和下游加热室排出气体。
    • 4. 发明授权
    • Shrink oven
    • 收缩烤箱
    • US4538363A
    • 1985-09-03
    • US608431
    • 1984-05-09
    • Dimiter S. Zagoroff
    • Dimiter S. Zagoroff
    • F26B25/00F27B9/02F27B9/24F27B9/30F27B9/38F27D1/18F27D3/00F27D99/00F26B15/16
    • F26B25/008F27B9/30F27B9/38F27D1/1858F27B2009/026F27B9/243F27D2003/0057F27D2099/0078
    • A shrink oven whose air volume is maintained constant as heated loads are removed and new loads are introduced, to prevent loss of heat and to improve performance. In an oven in which loads are introduced through an entry opening, move through the oven, and exit through another opening, exiting and entering loads are moved so that the rate of load displacement out of the oven at the exit is compensated by the rate of load displacement into the oven at the entry. Special arrangements prevent hot air loss around the sides of the load during the exit and introduction phases. These include close-lying passage walls above and on both sides of the openings, for limiting the air conductance of the gaps about the loads, stacking adjacent loads close together at entry and exit to minimize air leak gaps between the loads, and close positioning of the loads next to doors during opening and closing of doors.
    • 一种收缩炉,其空气体积保持恒定,因为加热负载被去除并引入新的负载,以防止热损失并提高性能。 在其中通过进入开口引入负载的烘箱中,移动通过烤箱,并通过另一个开口离开,离开并且进入负载被移动,使得出口处的烘箱中的负荷位移速率被补偿 在入口处进入烤箱的负荷位移。 特殊布置可以防止出口和引入阶段在负载两侧的热空气流失。 这些包括在开口上方和两侧的靠近的通道壁,用于限制围绕负载的间隙的空气传导,在进入和离开处将邻近的负载紧靠在一起堆叠,以最小化负载之间的空气泄漏间隙,并将 在门打开和关闭时门外的负载。
    • 6. 发明授权
    • Continuous pusher furnace having traveling gas barrier
    • 连续推进炉具有行驶阻气
    • US06283748B1
    • 2001-09-04
    • US09438073
    • 1999-11-10
    • Gary OrbeckJohn Thayer
    • Gary OrbeckJohn Thayer
    • F27D304
    • F27D99/007F27B9/028F27B9/045F27B9/26F27B9/3005F27B2009/264F27B2009/3055F27D3/00F27D3/12F27D2003/124F27D2099/0078
    • A continuous pusher furnace includes a product carrier assembly forming a traveling gas barrier. The product carrier assembly comprises a pusher plate disposed to receive product thereon and a gas barrier extending upwardly from the pusher plate. The perimeter of the gas barrier is sized and configured to fit within a vestibule between heating chambers in the furnace with a clearance gap with the vestibule selected to increase a gas flow velocity through the vestibule sufficient to overcome a gas diffusion velocity through the vestibule in a direction opposite to the gas flow. In this manner, gas is unable to diffuse into an upstream heating chamber. In an alternative embodiment, an exhaust outlet may also be provided in the vestibule or chamber to exhaust gas from upstream and downstream heating chambers from the furnace.
    • 连续推进炉包括形成行进气体屏障的产品载体组件。 产品承载组件包括设置成在其上容纳产品的推动板和从推动板向上延伸的气体屏障。 气体屏障的周边的尺寸和构造适于装配在炉内的加热室之间的前庭中,与前庭的间隙间隙被选择以增加通过前庭的气体流速,足以克服通过前庭的气体扩散速度 方向与气流相反。 以这种方式,气体不能扩散到上游加热室中。 在替代实施例中,还可以在前庭或室中设置排气出口以从来自炉的上游和下游加热室排出气体。
    • 9. 发明授权
    • Shrink oven
    • 收缩烤箱
    • US4616123A
    • 1986-10-07
    • US670766
    • 1984-11-13
    • Dimiter S. Zagoroff
    • Dimiter S. Zagoroff
    • F27B17/00F27D1/18F27D3/00F27D19/00F27D99/00F26B15/16
    • F27B17/0016F27D1/1858F27D19/00F27D3/00F27D2003/0063F27D2019/0071F27D2019/0084F27D2099/0078
    • A shrink oven which limits loss of heated air by controlled movements of the load and the door at the opening through which the load enters or leaves the oven. By automatically stopping the load in a flow-blocking relationship to the opening as it approaches and leaves the opening, and moving the door only when the load is in such a flow-blocking relationship, loss of heated air can be substantially reduced. Preferably further arrangements enable the air volume of the oven to be maintained constant as heated loads are removed and new loads are introduced. In an oven in which loads are introduced through a side entry door, move on a conveyor through the oven, and exit through another door, exiting and entry loads are synchronized in spacing and movement so that the rate of load displacment out of the oven at the exit is compensated by the rate of load displacement into the oven at the entry. Special arrangements prevent hot air loss around the sides of the oven during the exit and introduction phases. These include close-lying passage walls above and on both sides of the doors, for limiting the air conductance of the gaps about the loads. In another oven shown, a boundary wall of the oven, a movable top as shown, moves in synchronism with an entering or leaving load to increase and decrease air volume in opposite effect to that of an entering or exiting load, respectively.
    • 收缩炉,其通过负载和门在开口处的受控运动来限制加热空气的损失,负载进入或离开烤箱。 通过在开口接近并离开开口时自动停止与开口的阻流关系的负载,并且仅当负载处于这种阻流关系时才移动门,可以大大减少加热空气的损失。 优选地,进一步的布置使得当除去热负载并引入新的负载时,炉的空气体积保持恒定。 在通过侧入口进入负载的烘箱中,在输送机上移动通过烘箱,并通过另一个门排出并离开并且进入负载以间隔和运动同步,使得负荷从烘箱中排出的速率 出口通过入口处的烘箱中的负荷位移速率来补偿。 特殊布置可以防止在出口和引入阶段期间烤箱两侧的热风损失。 这些包括在门的上方和两侧的靠近的通道壁,用于限制围绕负载的间隙的空气传导。 在另一个烘箱中,烤箱的边界壁,如图所示的可移动顶部,与进入或离开的负载同步移动,以分别与进入或离开的负载相反的作用增加和减少风量。
    • 10. 发明申请
    • Seal structure of solid feeding screw, and method of manufacturing reduced metal using the seal structure
    • 固体进料螺杆的密封结构,以及使用密封结构制造还原金属的方法
    • US20060147866A1
    • 2006-07-06
    • US10542637
    • 2003-12-25
    • Sumito HashimotoMasahiko Tetsumoto
    • Sumito HashimotoMasahiko Tetsumoto
    • F27B7/24
    • F27D99/0073C21B13/105F27D3/08F27D2099/0078Y10S277/903
    • A sealing structure for a solid-transferring screw installed inside a heating furnace such as a material-leveling screw and a product-discharging screw, the sealing structure enabling the solid-transferring screw to be lifted during operation while airtightness of the heating furnace is retained. A driving shaft of the solid-transferring screw passes through through-holes formed in side walls of the heating furnace and is supported by liftable supporting devices disposed outside the furnace. Sealing blocks are attached on outer edges of the through-holes to surround the periphery of the through-holes at the outside of the furnace. Sliding panels are disposed at outer sides of the sealing blocks and have sliding holes for sliding the screw-driving shaft so that the driving shaft extends through the sliding holes. The sliding panels are brought into contact with the sealing blocks via the sealing members therebetween so that the sliding panels are slidable in the vertical direction.
    • 安装在诸如材料调平螺钉和产品排出螺杆的加热炉内部的固体转移螺杆的密封结构,在保持加热炉的气密性的同时使固体转移螺杆在运行期间提升的密封结构保持 。 固体传递螺杆的驱动轴通过形成在加热炉的侧壁上的通孔,并且被设置在炉外的可升降支撑装置支撑。 密封块附着在通孔的外边缘上,以便在炉外部围绕通孔周边。 滑动面板设置在密封块的外侧,并且具有用于滑动螺丝驱动轴的滑动孔,使得驱动轴延伸穿过滑动孔。 滑动面板通过其间的密封构件与密封块接触,使得滑动面板能够在垂直方向上滑动。