Tdk Corporation

Moriroku Technology Company Ltd.

Nichirei Corporation

Takeshi Itoh

Ken Kikuchi

Masashi Gotoh

Takuo Kataho

Sadaki Satoh

Hiroshi Nakagawa

Takashi Satoh

Satoshi Yamamoto

Yuki Kujira

Takeshi Koizumi

A vehicle storage device includes a panel, a storage unit provided adjacent to the panel, having an opening in a certain part thereof, and capable of storing a person's goods and belongings therein, a lid which can open and close the opening, and a locking device capable of keeping the lid in a closed state. An operation unit includes a design surface that is exposed in a vehicle interior. One end of the operation unit design surface is substantially continuous from a design surface of the panel, and the other end of the operation unit design surface is positioned adjacent to the lid.

Vehicle storage device

A lower punch is arranged to be inserted into a cavity of a die from a lower side of the die. A upper punch is arranged to be inserted into the cavity from an upper side of the die to compact the powder filled in the cavity, in cooperation with the lower punch. A feeder supplies the powder into the cavity. A first cam driving system has a first cam for vertically moving the die relative to the lower punch. A second cam driving system has a second cam for vertically moving the upper punch. A third cam driving system has a third cam for moving the feeder forward or backward relative to the cavity. A contact member is connected to the first cam driving system. A stopper is located above or below the contact member and regulates relative vertical movement of the die with respect to the lower punch, in cooperation with the contact member. A fourth cam driving system has a fourth cam for vertically moving the stopper. The first cam, the second cam, the third cam, and the fourth cam are rotated in synchronism.

Molding apparatus

A molding die unit has a shell and a die. The die is located inside the shell. A die hole is formed in the die. The die has first and second portions. The first and second portions include their respective surfaces defining the die hole and facing each other. A first through hole is formed in the shell and penetrates so as to open in an outside surface and in an inside surface of the shell. A second through hole continuing to the first through hole is formed at a position corresponding to the first through hole and in the first portion. The second through hole includes a first region and a second region. The first region opens in a surface of the first portion facing the inside surface of the shell and has a first sectional area. The second region opens in the surface defining the die hole and has a second sectional area smaller than the first sectional area.

Molding die unit

To prepare high-performance specific gene-amplification primers for detecting, quantitatively determining or identifyinghaving low possibility of mis-identification and practically sufficient amplification efficiency and amplification specificity. We have determined the nucleotide sequences of rpoD genes encoding RNA polymerase &#x3c3;70 factor of type strains of the genusand of stock strains of(strains containing and those not containing toxin gene); elucidated the phylogenetic relation, and identified nucleotides which are characteristic inthereby enabling the design of probes containing them and having high specificity, and primers for gene amplification having high specificity and excellent amplification efficiency.

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Growing community of inventors

Tokyo, Japan

Takeshi Itoh