Toray Engineering Company, Limited

Nagano Keiki Seisakusho, Ltd.

Hiroaki Tsuruta

Toshihiro Mori

Minoru Nakamura

Koji Ito

Masanori Akita

Hirofumi Abe

Junichi Yoshiike

Masao Sakaguchi

There are disclosed; an active energy beam curing type conductive paste, containing a conductive substance, and an active energy beam polymerizable compound, wherein a cured matter, obtained when a composition of the paste excluding the conductive substance is cured with an electron beam having an acceleration voltage of 150 kV and an irradiated dose of 40 kGy, has an internal stress of 5 to 50 Mpa; a production method and a device for a conductor circuit substrate using the active energy beam curing type conductive paste; and a non-contact ID using the active energy beam curing type conductive paste and a production method for the ID.

Active energy beam curing type conductive paste, production method and device for conductor circuit substrate and non-contact ID and production method thereof

An occlusal force-meter 1 includes an occlusal force detecting portion 2 for detecting an occlusal force and a main body 3 for processing the detected signal obtained by the occlusal force detecting portion 2 to display the occlusal force measured value on a display 4. The occlusal force detecting portion 2 includes a transmitting portion (second pressure transmitting portion) 5 having diaphragm portions 7, 8 at an upper surface and/or a lower surface of one end portion 5f thereof. A pressure medium liquid L is filed therein, for transmitting the occlusal force added to the diaphragm portions 7, 8 to a pressure detector 9 disposed on the other end portion 5r thereof. A first pressure transmitting portion 10 is positioned between teeth T and the diaphragm portions 7, 8 at the time of occlusion of the tested person for adding the occlusal force to surfaces of the diaphragm portions 7, 8 perpendicularly through the pressure applied surfaces of the diaphragm portions 7, 8 perpendicularly through the pressure applied surfaces Fu, Fd abutted to outer surfaces of the diaphragm portions 7, 8.

Occlusal force-meter

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Tokyo, Japan

Hiroaki Tsuruta