Fujitsu Corporation

Toppan Printing Co., Ltd.

Keiko Nakamura

Takaki Shimura

Keiichi Murakami

Nagaaki Koshino

Junichi Koike

Minoru Iwata

Satoshi Mori

Keiichi Takeda

Takehito Takano

Toshikazu Katoh

Takeo Tomatsuri

Naoki Masuda

Mamoru Sekiguchi

Takeo Kato

Katsuhiko Kimura

Norimasa Sekine

Hiroshi Umeyama

Tatuo Furuse

Toshiaki Kakemura

Takekuni Seki

Kiichiro Hirose

Katsuyuki Ohno

Terutaka Iwasaki

Yuusuke Terauchi

Noaki Masuda

Mitch Kohno

Hiroharu Nagahama

There is disclosed a home care system in which a center terminal and a patient terminal are detachably connected to each other through communication lines, such as a public telephone line, an ISDN (integrated services digital network), a CATV (cable television), a radio and the like, and further to center terminals and patient terminals which constitute such a home care system. The patient terminal has an urgency transmitter device for transmitting a predetermined urgency code to the center terminal, and the center terminal comprises an urgency receiver device for receiving, while connected to a first patient terminal, the urgency code transmitted from a second patient terminal, and an urgency alarm device for informing of the fact that the urgency code has been received.

Home care system, center terminal and patient terminal

This invention relates to a compound container which can completely be separated into paper and plastics upon abandonment thereof, whose volume can substantially be reduced upon abandonment, which permits the reduction of the amounts of paper and plastics to be used, which exhibits excellent resistance to falling impact, which has a high oxygen gas barrier properties or water vapor barrier properties. This compound container comprises an inner container of a plastic and an outer container of paper or mainly comprising paper, wherein the inner container is produced by blow-molding or stretch blow-molding a resin composition comprising at least two resins including a barrier resin.

Compound container

The improved packaging material having oxygen barrier quality has a thin layer of inorganic substance formed on a layer of resin composition having oxygen barrier quality that comprises at least a thermoplastic resin and an oxidation catalyst. The packaging material is inexpensive, can be processed efficiently and it yet develops high oxygen barrier quality right after processing and maintains it for a prolonged period of time.

Packaging materials having oxygen barrier quality

The improved resin composition including a polyolefin, a transition metal containing oxidation catalyst and 0-500 ppm of a radical inhibitor can be used to fabricate a sheet and a container that have good oxygen barrier quality on its own without being combined with expensive other resins that have oxygen barrier quality.

Polyolefinic composition having oxygen barrier property, as well as

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Tokyo, Japan

Keiko Nakamura