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    • 2. 发明申请
    • HEAT-RECOVERY GAS TURBINE ROTOR
    • 热回收气体涡轮转子
    • WO1997019256A1
    • 1997-05-29
    • PCT/JP1996003416
    • 1996-11-21
    • MITSUBISHI JUKOGYO KABUSHIKI KAISHASUENAGA, KiyoshiKASAI, Yoshikuni
    • MITSUBISHI JUKOGYO KABUSHIKI KAISHA
    • F01D05/08
    • F01D5/084F01D5/085F05D2260/205F05D2260/2322
    • A heat-recovery gas turbine rotor (5) having multi-stage moving blades designed to be mounted on each disc (12) comprising inside cavities (9) and outside cavities (8) that are provided between respective discs (12), blade cooling paths (6) for respective moving blades except the rear-most stage moving blade, a cooled steam supply path (13) provided between a rearward portion of the rear-most stage moving blade and the front edge portion of the front-most stage moving blade, a branch path (16) provided at the front-most stage disc portion (12) in such a manner as to communicate with the cooled steam supply path (13) at the proximal end and be branched at the distal end thereof to thereby communicate with one of the blade cooling paths (6) at one of the branches and with the outside cavities (8) at the other, a blade return path (17) designed to communicate with the other blade cooling path (6) at the proximal end thereof and with the inside cavities (9) at the distal end thereof, a cavity connecting path (20) for establishing a connection between the respective inside cavities (9), a return path (11) extending from the inside cavity (9) of the rear-most stage moving blade along the cooled steam supply path (13), blade connecting paths (18) each provided on each disc portion except the front-most and rear-most stage discs for establishing a communication between the blade cooling paths (6) and the outside cavities (8), and an inter-cavity path (19) for connecting the rear-most stage outside cavity (8) to inside cavities (9).
    • 一种具有设计成安装在每个盘(12)上的多级活动叶片的热回收燃气涡轮机转子(5),其包括设置在各个盘(12)之间的内腔(9)和外腔(8),叶片冷却 用于除最后级动叶片之外的各个动叶片的路径(6),设置在最后级动叶片的后部和最前级移动的前缘部之间的冷却蒸汽供给路径(13) 叶片,设置在最前级盘部分(12)处的分支路径(16),以便在近端与冷却的蒸汽供应路径(13)连通并且在其远端处分支,从而 在一个分支处的叶片冷却路径(6)中的另一个与另一个外部空腔(8)连通,叶片返回路径(17)被设计成在近端处与另一个叶片冷却路径(6)连通 端部,并且在其远端处具有内腔(9),具有气穴 连接路径(20),用于在相应的内腔(9)之间建立连接;从最后级动叶片的内腔(9)沿着冷却的蒸汽供应路径(13)延伸的返回路径(11) ,每个设置在每个盘部分之外的刀片连接路径(18),除了最前面和最后级的盘之间,用于建立刀片冷却路径(6)和外部腔(8)之间的连通,以及腔间路径 (19),用于将最后级的外腔(8)连接到内腔(9)。
    • 6. 发明申请
    • STRUCTURAL MEMBER AND PROCESS FOR PRODUCING THE SAME
    • 结构构件及其制造方法
    • WO1994005824A1
    • 1994-03-17
    • PCT/JP1993001137
    • 1993-08-12
    • ZAMA, Kazuko +hmMITSUBISHI JUKOGYO KABUSHIKI KAISHAFUJITA, AkitsuguKAWANO, TakayukiNAKAMURA, MakotoSAIKA, FumikazuMATSUMOTO, TatsukiOBA, ShinsukeSUEOKA, HidetoshiKIMURA, Manabu
    • ZAMA, Kazuko +hmMITSUBISHI JUKOGYO KABUSHIKI KAISHAZAMA, Masato +di
    • C22C38/48
    • C21D6/004C21D1/78C21D9/0025C21D9/50C21D2211/001C21D2211/008C22C38/48
    • A structural member which is composed of, on the weight basis, at most 0.07 % of carbon, at most 1 % of silicon, at most 1 % of manganese, 2.5-5 % of copper, 3-3.5 % of nickel, 14-17.5 % of chromium, at most 0.5 % of molybdenum, 0.15-0.45 % of niobium, and the balance substantially consisting of iron, and wherein an (epsilon) phase is deposited in a matrix composed of 6-30 % by volume of an austenitic phase and the rest substantially consisting of a martensitic phase. A process for producing a structural member by subjecting a stainless steel having the above composition to the first solution heat treatment at 1010 to 1050 C and then to aging at 520 to 630 C, wherein the second solution heat treatment is conducted at 730 to 840 C before aging is conducted at 520 to 630 C, or welding is conducted to give an arbitrary shape to a structural member before the second solution heat treatment is conducted. Another process for producing a structural member comprises subjecting a stainless steel having the above composition to the first solution heat treatment at 1010 to 1050 C and then to aging at 520 to 630 C, conducting welding to give an arbitrary shape to a structural member, raising the temperature at a rate of 100 C/h or below, conducting the second solution heat treatment at 1010 to 1050 C, lowering the furnace temperature to room temperature at a cooling rate of 100 C/h or below, conducting aging at 520 to 630 C, and lowering the furnace temperature to room temperature at a cooling rate of 100 C/h or below.
    • 一种结构构件,其以重量计最多为0.07%的碳,至多1%的硅,至多1%的锰,2.5-5%的铜,3-3.5%的镍,14- 17.5%的铬,至多0.5%的钼,0.15-0.45%的铌,余量基本上由铁组成,并且其中(ε)相沉积在由6-30体积%的奥氏体组成的基体中 相,其余基本上由马氏体相组成。 一种制造结构件的方法,该方法是使具有上述组成的不锈钢在1010-1050℃下进行第一次固溶热处理,然后在520〜630℃下老化,其中第二固溶热处理在730〜840℃ 在520〜630℃下进行老化之前,进行第​​二固溶热处理之前对结构件进行任意形状的焊接。 用于生产结构件的另一种方法包括将具有上述组成的不锈钢经过第一次固溶热处理,在1010至1050℃下,然后在520至630℃老化,进行焊接以给结构件提供任意形状,升高 温度为100℃/ h以下,在1010〜1050℃进行第二固溶热处理,以100℃/ h以下的冷却速度将炉温降至室温,在520〜630℃下进行老化 并以100℃/ h以下的冷却速度将炉温降至室温。
    • 7. 发明申请
    • VIBRATION-DAMPING APPARATUS
    • 振动阻尼装置
    • WO1992002743A1
    • 1992-02-20
    • PCT/JP1990001022
    • 1990-08-10
    • MITSUBISHI JUKOGYO KABUSHIKI KAISHAABIRU, HisanoriTAMURA, KazumiMATSUMOTO, TakejiHARADA, HideakiFUJISHIRO, Manabu
    • MITSUBISHI JUKOGYO KABUSHIKI KAISHA
    • F16F15/02
    • F16F15/02E04B1/985F16F7/10
    • This invention relates to a vibration-damping apparatus (dynamic damper) for damping vibration in tower-like structures and multistored buildings. More specifically, in a pendulum type vibration-damping apparatus comprising a weight (1), a spring (9), a damper (8), suspension members (2, 3, 4) and a fitting frame (7), the present invention provides a vibration-damping apparatus characterized in that upper suspension frames (5, 6) and lower suspension frames (5', 6') each consisting of a quadrilateral are disposed between the fitting frame (7) and the weight (1), the upper suspension frames (5, 6) and the lower suspension frames (5', 6') are supported by four joint materials (5a, 5b) so as to suspend the weight (1) in multiple stages and the fitting angles of the lower suspension frame quadrilaterals with respect to the upper suspension frame quadrilaterals are made unequal lest the suspension members (2, 3, 4) overlap. In a dynamic damper consisting of a vibration system and an oil damper (8), the present invention provides also a vibration-damping apparatus characterized in that an oil damper (8) of the type whose damping force is proportional to the square of a speed beyond a certain speed level is employed.
    • 本发明涉及一种用于阻尼塔式结构和多层建筑物振动的减震装置(动力阻尼器)。 更具体地,在本发明的摆锤式减振装置中,包括重物(1),弹簧(9),阻尼器(8),悬挂构件(2,3,4)和装配框架(7) 提供了一种减震装置,其特征在于,在所述配件框架(7)和所述重物(1)之间设置有由四边形构成的上悬架(5,6)和下悬架(5',6'), 上部悬挂框架(5,6)和下部悬挂框架(5',6')由四个接头材料(5a,5b)支撑,以便将重物(1)悬挂在多个阶段中,并且下部 使悬挂框架四边形相对于上悬架四边形不平等,以免悬挂构件(2,3,4)重叠。 在由振动系统和油阻尼器(8)构成的动力阻尼器中,本发明还提供一种减振装置,其特征在于,其阻尼力与速度平方成比例的油阻尼器(8) 超出一定的速度水平。
    • 10. 发明申请
    • SPRING SEAL UNIT OF COMBUSTOR
    • 喷泉密封单元
    • WO1997026485A1
    • 1997-07-24
    • PCT/JP1997000057
    • 1997-01-14
    • MITSUBISHI JUKOGYO KABUSHIKI KAISHAONO, Masaki
    • MITSUBISHI JUKOGYO KABUSHIKI KAISHA
    • F23R03/60
    • F01D11/005F01D9/023F05D2230/642F16J15/0887F23R3/60
    • A spring seal unit comprising spring seals connecting the inner cylinder of a combustor to the tail cylinder, which are prevented from deforming with time so that they may not leak air. The end on the upstream side of spring seals (3, 4) connecting the inner cylinder (1) of the combustor to the tail cylinder (2), is secured to the outside of the inner cylinder (1). The end on the dowstream side of the spring seals (3, 4) is connected by being fitted between the inside of the tail cylinder (2) and a spring seal guide (5) attached thereto. The thermal elongation between the inner cylinder (1) and the tail cylinder (2) caused by the start and stop of a gas turbine is absorbed as the spring seals slide in the spring seal guide (5).
    • 弹簧密封单元,其包括将燃烧器的内筒连接到尾筒的弹簧密封件,防止其随时间变形,使得它们不会泄漏空气。 将燃烧器的内筒(1)与尾筒(2)连接的弹簧密封件(3,4)的上游侧的端部固定在内筒(1)的外侧。 弹簧密封件(3,4)的下游侧的端部通过装配在尾缸(2)的内部和与其连接的弹簧密封导向件(5)之间而连接。 当弹簧密封件在弹簧密封引导件(5)中滑动时,由燃气轮机的启动和停止引起的内筒(1)和尾筒(2)之间的热伸长被吸收。