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    • 8. 发明专利
    • METHOD FOR PACKING PYROLYTIC CARBON
    • JP2000007454A
    • 2000-01-11
    • JP17674398
    • 1998-06-24
    • TOYO TANSO CO
    • TANAKA NORIYUKI
    • C04B35/83C04B41/46
    • PROBLEM TO BE SOLVED: To pack pyrolytic carbon up to the center part of a porous base body such as a carbon fiber formed body without causing any ununiformity of the density in a relatively short time. SOLUTION: A liquid organic material 7 is sprayed from a nozzle 5 to be brought into contact with the carbon fiber formed body 2 while heating the carbon fiber formed body 2 of the porous body to be 1300 deg.C in the center part temp. by a high frequency induction heating coil. The temp. of the surface part of the carbon fiber formed body 2 is made lower than that of the center part by vaporizing the organic material 7 to take heat away from the surface of the carbon fiber formed body 7. Then, the gaseous organic material vaporizing on the surface of the carbon fiber formed body 7 does not cause very much pyrolysis in the vicinity of the surface to easily diffuse toward the center part and rapidly pyrolyzed in the center part having relatively high temp. As a result, the carbon fiber formed body 2 is filled with the pyrolytic carbon successively from the center part.
    • 10. 发明专利
    • JUMPING ADJUSTING METHOD OF ASSISTOR
    • JPH06227386A
    • 1994-08-16
    • JP3468793
    • 1993-01-29
    • JIDOSHA KIKI CO
    • UYAMA SHINTARO
    • B60T13/57B60T13/573C04B41/46
    • PURPOSE:To provide stepless and accurate adjustment by forming a recessed part on the rear-side end surface of a first member for constituting a valve plunger so that the cutting remaining is not caused on the end surface, thus enabling it to be incorporated in an assistor without interposing a shim. CONSTITUTION:A valve body 2 is slidably provided inside a shell 1, and a valve plunger 7 is slidably fitted in the valve body 2. The valve plunger 7 is made up of a cylindrical first member 8 that is positioned on the front side, and a second member 9 that is abutted thereon from the rear side. It is so contrived that a prescribed jumping value can be obtained by cutting the rear- side end surface 8a of the first member 8 by a prescribed amount for shortening the length, so that the clearance between the first member and a reaction disk 10 an be adjusted. A recessed part 8e is formed on the rear-side end surface 8a, therefore, when cutting is carried out for adjustment, no projection due to the cutting remaining is caused on the end surface 8a. Thus, after completion of cutting, the first member 8 can be immediately incorporated in an assistor, and the dimension can be steplessly adjusted without interposing a shim.