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    • 2. 发明专利
    • Production method for scale-like base metal powder and conductive paste
    • 用于鳞片状金属粉末和导电性浆料的生产方法
    • JP2005256039A
    • 2005-09-22
    • JP2004066708
    • 2004-03-10
    • Daiken Kagaku Kogyo KkToho Titanium Co LtdToyo Aluminium Kk大研化学工業株式会社東洋アルミニウム株式会社東邦チタニウム株式会社
    • KAMIYAMA RIYUUSUKEHARADA AKIOINOUE GIICHIAOKI TADAAKITAKATORI HIDEOASAI TAKESHI
    • B22F9/04H01G4/12
    • PROBLEM TO BE SOLVED: To provide a production method for scaly base metal powder which is suitable for making a thin film by a conductive paste and makes a contribution to a cost reduction and the inexpensive conductive paste which adapts itself to a higher density and supermultiple layer formation of ceramic electronic components by using the scaly base metal powder manufactured by the manufacturing method.
      SOLUTION: The conductive paste 1 is produced by using the scaly base metal powder formed by using the base metal powder raw material manufactured by a CVD method of ≥5 μm in average grain size as a metal component and subjecting the base metal powder raw material to processing to a scaly form to the state that about ≤1 μm in the average flat length of respective metal scales and about ≤0.1 μm in average thickness can be attained. As a result, the film thickness of an electrode film thinner than the grain size cannot be obtained by a conventional globular metal power but the formation of the thin film below about 0.3 μm can be realized and the contribution can be made to manufacturing of the supermultilayered ceramic electronic components and the contribution to the cost reduction is made possible by using the scaly metal particulates 2.
      COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:为了提供适合于通过导电糊制造薄膜并对成本降低有贡献的鳞片状贱金属粉末的制造方法以及使自身适应更高密度的便宜的导​​电浆料 并通过使用通过制造方法制造的鳞片状贱金属粉末来形成陶瓷电子部件的超多层。 解决方案:导电浆料1是通过使用通过使用平均粒度为≥5μm的CVD法制造的贱金属粉末原料作为金属成分并使贱金属粉末 可以将鳞片状的原料加工成各金属鳞片的平均扁平长度约≤1μm,平均厚度约≤0.1μm的状态。 结果,通过常规的球状金属功率不能获得比晶粒尺寸更薄的电极膜的膜厚度,但是可以实现低于约0.3μm的薄膜的形成,并且可以对超薄膜的制造作出贡献 陶瓷电子元件和通过使用鳞片状金属微粒2可以实现成本降低的贡献。版权所有(C)2005,JPO&NCIPI
    • 4. 发明专利
    • MEAT COOKING UTENSILS AND MEAT COOKING METHOD
    • JPH06133873A
    • 1994-05-17
    • JP28412392
    • 1992-10-22
    • TOYO ALUMINIUM KK
    • AOKI TADAAKI
    • A23L5/10A47J37/06A23L1/01
    • PURPOSE:To brown a steak by the resistance heat generation in the chop and the heat transfer from electrodes without limiting the thickness thereof by energizing two conductive metallic electrode elements holding the chop between each other. CONSTITUTION:A conductive titanium oxide layer 3 is formed by a low-temp. thermal spraying method using the fine powder of titanium oxide atop a stainless steel sheet 1 and lead wires 5 are connected thereto, by which the lower electrode element 17 is obtd. On the other hand, the conductive titanium oxide layer 9 is formed on the rear surface of a spatula 7 made of titanium having a flat part and lead wires 13 are connected to the handle 11 thereof, by which the upper electrode element 19 is obtd. The lower electrode element 17 is arranged on a burner 21 and is heated until the surface temp. rises to 200 deg.C: thereafter, oil is spread on the conductive titanium oxide layer and both front and rear surfaces of beef sirloin are pressed to the surface of the lower electrode element 17 respectively for 5 seconds to form the heated surface layers. The beef sirloin 23 is then held between the upper and lower electrode elements 17, 19 which are then energized in this state with 7A at 20V for 10 seconds. The beef sirloin 23 is then turned over and the rear surface thereof is heated for 10 seconds without energization, by which the steak is obtd.
    • 9. 发明专利
    • DEVICE FOR CONTINUOUSLY HEATING FOOD BY MAKING ELECTRIC CURRENT TO FLOW
    • JP2002345416A
    • 2002-12-03
    • JP2001242236
    • 2001-08-09
    • TOYO ALUMINIUM KKNAKAI RITSUKO
    • SUGITA TAKEOAOKI TADAAKINAKAI RITSUKO
    • A23L5/10A23L1/01
    • PROBLEM TO BE SOLVED: To provide a device capable of efficiently heating a food having infinite form by making electric current to flow without escaping palatability of fish flesh and losing electrical energy. SOLUTION: Many upper energizing members 23 composed of a flexible material having good wetting property are attached to the lower surface of a feed tank 21 of an electrolyte A and deflector guides 26 for restricting flexion of the upper energizing members 23 are arranged. These upper energizing members 23 come into contact with the outer periphery of a food B carried by a belt 11 of a conveyer 10 and apply the electrolyte to the outside surface of the food B and form a thin film of the electrolyte A on the outer periphery of the food B. In this time, the electrolyte A comes into contact with the food B uniformly by the deflector guides 26. The belt 11 is composed of a material having good permeability to the electrolyte A and a metallic plate-like lower electrode 30 is arranged on the lower surface of the belt 11 and volts- alternating current is applied to a space between holding assemblies of the upper energizing members 23 used as electrodes and the lower electrode 30 and electric current is passed through the thin film of the electrolyte A formed on the outer surface of the food B to heat the food B.