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    • 4. 发明申请
    • THERMO-COUPLE THERMOMETER AND METHOD OF MANUFACTURING SINTERED BODY FOR THE THERMOMETER
    • 热电偶温度计及制造温度计的烧结体的方法
    • WO1996017230A1
    • 1996-06-06
    • PCT/JP1995002411
    • 1995-11-27
    • KABUSHIKI KAISHA KOURANSHAICHINOSE, MasanobuTAKESHITA, MasaakiOGAWA, YukimiKURITA, Sumihiko
    • KABUSHIKI KAISHA KOURANSHA
    • G01K01/08
    • G01K1/026G01K1/105
    • Structures of a thermometer comprising an integral unit of a thermo-couple and a protective pipe, a thermometer capable of simultaneously measuring the temperatures of multiple points, and a thermometer device comprising a combination of various external protective pipes and the thermometers described above for measuring the temperature of a molten steel or glass. An alumina sintered body comprising at least 99.5 wt.% of aluminum oxide and a composite plastic body of coarse crystal grains having a size of at least 5 mu m and fine crystal grains having a size of not greater than 3 mu m, and used as a material of an insulating ceramic protective pipe of the thermometer device described above. A mixture is prepared by adding 2 to 20 wt.% of a coarse alumina raw material and a crystallization assistant to a fine alumina material, formed and then sintered at a low temperature of less than 1,500 DEG C, preferably below 1,400 DEG C. Because deterioration of thermocouple wires is less, the durability is high, the handling is easy and the response is high. The device is particularly effective for measuring high temperatures in a contaminated environment, and exhibits remarkable measurement performance and economical efficiency when used in a diffusion furnace for semiconductor manufacture where multi-point measurement is necessary.
    • 包括热电偶和保护管的整体单元的温度计的结构,能够同时测量多个点的温度的温度计,以及包括各种外部保护管和上述温度计的组合的温度计装置,用于测量 钢水或玻璃的温度。 一种氧化铝烧结体,其包含至少99.5重量%的氧化铝和至少5μm的尺寸的粗晶粒的复合塑料体和具有不大于3μm的尺寸的细晶粒,并用作 上述温度计装置的绝缘陶瓷保护管的材料。 通过将2〜20重量%的粗氧化铝原料和结晶助剂加入到形成的微细氧化铝材料中,然后在低于1500℃,优选低于1400℃的低温下烧结来制备混合物。因为 热电偶线的劣化较小,耐久性高,处理容易,响应性高。 该设备对于在污染环境中测量高温特别有效,并且当需要多点测量的半导体制造用扩散炉中使用时,显示出显着的测量性能和经济性。
    • 7. 发明申请
    • METHOD OF MAKING CERAMIC CROWN OF TOOTH
    • 制作陶瓷陶瓷的方法
    • WO1992004877A1
    • 1992-04-02
    • PCT/JP1991001223
    • 1991-09-13
    • KABUSHIKI KAISHA KOURANSHATAKESHITA, MasaakiKURITA, Sumihiko
    • KABUSHIKI KAISHA KOURANSHA
    • A61C05/10
    • A61C13/0003A61C5/77
    • A method of making a ceramic crown of tooth by molding-baking of ceramic powder, in which a material isotropically expandable as much as contraction caused at the time of molding-baking thereof is used for forming a mold. A mold made of said expandable material and to the size and shape of the remaining crown of the patient is expanded and then applied to molding of said ceramic powder to be baked. A material of the mold is preferably constituted mainly of elastic rubber and thermo-expansive resin, and, as a material of said elastic rubber and that of thermo-expansive resin, preferable are polyurethane rubber or silicone rubber and resin in the shape of capsule holding thermo-gasifiable substance therein, respectively.
    • 使用陶瓷粉末的烧成来制造牙冠陶瓷冠的方法,其中使用各向同性膨胀的材料,其模塑烘烤时所产生的收缩多达到收缩状态。 将由所述可膨胀材料制成的模具和患者的剩余冠部的尺寸和形状扩大,然后施加到待烘焙的所述陶瓷粉末的模制中。 模具的材料优选主要由弹性橡胶和热膨胀性树脂构成,作为所述弹性橡胶和热膨胀性树脂的材料,优选聚氨酯橡胶或硅橡胶以及胶囊保持形状的树脂 分别可热气化的物质。