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    • 21. 发明公开
    • Method for manufacturing a sintered body with high density
    • Verfahren zur Herstellung einesSinterkörpersmit hoher Dichte。
    • EP0294806A1
    • 1988-12-14
    • EP88109204.3
    • 1988-06-09
    • NIPPON KOKAN KABUSHIKI KAISHA
    • Nishio, Hiroaki c/o Patent & LicenseKawashima, Takeshi c/o Patent & License
    • C04B35/64C04B35/00
    • C04B35/638C04B35/6455
    • Method for manufacturing a sintered body with high density comprises: turning first powder into a first slurry by dispersing the first powder in a first dispersion medium composed mainly of substances capable of being extracted by supercritical fluid and forming a compact which contains the first dispersion medium, by casting the first slurry; turning second powder into a second slurry by dispersing the second powder in a second dispersion medium composed mainly of substances capable of being extracted by supercritical fluid, and forming a film layer by coating the surface of the compact with the second slurry; extracting and removing the substances contained in the compact and the substances contained in the film layer by means of the supercritical fluid; turning the film layer on the surface of the compact into an impermeable film layer to gas by heating the compact, from which the substances have been extracted and removed; and applying a hot isostatic pressing process to the compact, the film layer on the surface of the compact having been turned into the ipermeable film layer.
    • 制造高密度烧结体的方法包括:通过将第一粉末分散在主要由能够由超临界流体萃取的物质组成的第一分散介质中并形成包含第一分散介质的压块,将第一粉末转化为第一浆料, 通过浇铸第一浆料; 通过将第二粉末分散在主要由能够由超临界流体萃取的物质组成的第二分散介质中,将第二粉末转化成第二浆料,并通过用第二浆料涂覆压实体的表面形成膜层; 通过超临界流体提取和除去包含在成型体中的物质和包含在膜层中的物质; 通过加热已经从中提取和去除物质的压块,将压实体表面上的膜层转化为气体,使其成为气体; 并且将压制成型体的表层上的薄膜层变成了可渗透的薄膜层,对该压块进行热等静压加工。
    • 22. 发明公开
    • Method for manufacturing a sintered body with high density
    • Verfahren zur Herstellung eines gesintertenKörpersmit hoher Dichte。
    • EP0294784A1
    • 1988-12-14
    • EP88109135.9
    • 1988-06-08
    • NIPPON KOKAN KABUSHIKI KAISHA
    • Nisho, Hiroaki Patent & License and QualityKawashima, Takeshi Patent & License and Quality
    • B22F3/00B22F3/14C04B35/64
    • B30B11/002B22F3/15
    • An apparatus for manufacturing a sintered body with high density comprises: a table (5) having an object (1) to be processed laid thereon; a pressure vessel (4) accommodating a heat element heating the object around and a heat-insulating mantle (3) surrounding the heat element; supply device (10) for supplying to the pressure vessel an extractant which extracts a binder or a dispersion medium contained in the object, exhaust device (40) for exhausting the extractant and an extracted substance from the pressure vessel; pressure device (20) for raising a pressure in the pressure vessel, and vacuum means (30) for evacuating the pressure vessel. The apparatus enables carrying out the three steps of drying or degreasing, sintering and hot isostatic pressing of the object once put in the pressure vessel without handling the object outside the vessel. The object is formed as a compact in the preprocess in advance of being put in the apparatus.
    • 一种高密度烧结体的制造装置包括:具有被处理物体(1)的台面(5); 容纳加热物体的加热元件的压力容器(4)和围绕所述加热元件的隔热罩(3); 供给装置(10),用于向压力容器供给提取物,所述提取剂提取物质中包含的粘合剂或分散介质,用于从所述压力容器排出所述萃取剂的排出装置(40)和提取物质; 用于升高压力容器中的压力的​​压力装置(20)和用于抽空压力容器的真空装置(30)。 该装置能够在将物品放入压力容器中进行干燥或脱脂,烧结和热等静压三个步骤,而不处理容器外部的物体。 该物体在被放入设备中之前在预处理中形成为紧凑形状。
    • 23. 发明公开
    • Wave making apparatus
    • Wellenerzeuger。
    • EP0293831A1
    • 1988-12-07
    • EP88108691.2
    • 1988-05-31
    • NIPPON KOKAN KABUSHIKI KAISHA
    • Kodan, Norihisa c/o Patent & License and
    • E04H4/00
    • E04H4/0006
    • Wave making apparatus comprises: a wave generating plate (12) having a wave generating face (13) inclined toward the center of a wave pool relative to the stationary surface of water (22) in the wave pool and a device moving said wave generating plate (12) along a wall (18) inclined upward and backward relative to the center of the wave pool. A drive unit has a drive shaft (14) provided with the wave generating plate (12), a mount (16) supporting the drive shaft (14) and a drive device moving the wave generating plate (12) along the wall (18) through the drive shaft (14). The wave generating plate (12) is inclined toward the center of the wave pool at an angle of 10° to 40° relative to the vertical plane. The wall (18) is inclined backward relative to the center of the wave pool at an angle of 30° to 50° relative to the vertical plane.
    • 波浪制造装置包括:波浪发生板(12),其具有相对于波浪池中的水(22)的固定表面朝向波浪池的中心倾斜的波形产生面(13),以及移动所述波形发生板 (12)沿着相对于波浪池的中心向上和向后倾斜的壁(18)。 驱动单元具有设置有波发生板(12)的驱动轴(14),支撑驱动轴(14)的支架(16)和沿着壁(18)移动波发生板(12)的驱动装置, 通过驱动轴(14)。 波浪发生板(12)相对于垂直平面以10°至40°的角度朝向波浪池的中心倾斜。 相对于垂直平面,壁(18)相对于波浪池的中心以30°至50°的角度向后倾斜。
    • 26. 发明公开
    • Continuous casting installations
    • 连铸设备
    • EP0288626A1
    • 1988-11-02
    • EP87303845.9
    • 1987-04-29
    • ISHIKAWAJIMA-HARIMA JUKOGYO KABUSHIKI KAISHANIPPON KOKAN KABUSHIKI KAISHA
    • Dazai, HiroshiTsuchida, YutakaTakahashi, ShuzoHasebe, NobuhisaSako, Katsuyuki
    • B22D11/06B29C33/36
    • B22D11/0608B29C33/36
    • A continuous casting installation of endless track type comprises a plurality of mould blocks (1) connected together in two endless tracks (2). The two tracks have runs which are disposed in opposed parallel relationship and each mould block (1) is of generally L-shaped cross section of which each limb (1a, 1b) cooperates and forms a seal with a limb of an associated mould block in the other track when the two said mould blocks are in the cooperating runs whereby the mould blocks in the said runs define a mould cavity (3). In use, the mould blocks in the said opposed runs are moved in the same direction and molten metal is poured into one end of the mould cavity (3) and a casting (5) is removed at the other end. A guide rail (10, 11) is situated within each track and the guide rails are offset in opposite directions from the centre line (1) of the mould cavity in the region upstream of the opposed runs. The guide rails (10, 11) cooperate with the mould blocks and guide them to move towards one another not only in the direction lying in the plane of the two continuous tracks but also in a direction perpendicular thereto whereby there is no risk of the corners of the limbs (1a, 1b) of the mould blocks (1) hitting one another.
    • 环形履带式的连铸设备包括多个在两个环形轨道(2)中连接在一起的模块(1)。 两条轨道具有以相对平行关系设置的滑道,并且每个模块(1)具有大致L形的横截面,每个模块(1a,1b)与每个模块(1a,1b)的相关联模块的翼部相配合并形成密封。 当两个所述模块处于配合运行中时的另一轨道,由此所述流道中的模块限定模腔(3)。 在使用中,所述相对的管段中的模块沿相同的方向移动,并且熔融金属被注入模腔(3)的一端并且在另一端被移除铸件(5)。 导轨(10,11)位于每个轨道内并且导轨在相对行程的上游区域中从模腔的中心线(1)以相反的方向偏移。 导轨(10,11)与模块配合并引导它们不仅沿着位于两个连续轨道的平面中的方向而且也在与其垂直的方向上彼此相向移动,由此不存在拐角 的模块(1)的肢体(1a,1b)彼此碰撞。