Nec Corporation

Sato Pharmaceutical Co., Ltd.

Koji Matsunaga

Yuji Takahashi

Hironobu Miyamoto

Yuji Ando

Tatsuo Nakayama

Yosuke Watanabe

Hiroshi Kajitani

Takeshi Komatsu

Kazuaki Kunihiro

Masatomo Mizuta

Masaaki Kuzuhara

Yasuo Ohno

Naotaka Iwata

Kensuke Kasahara

Nobuyuki Hayama

Mitsuru Sendoda

Mitsutoshi Tatara

Toshihito Shimizu

Katsuya Onose

A storage battery () including an electric storage unit (), an auxiliary electric storage unit () connected to the electric storage unit () in parallel, a temperature measurement unit () measuring a temperature, and a charge and discharge control unit () controlling charge and discharge of the electric storage unit () and the auxiliary electric storage unit (), in which the charge and discharge control unit () changes an SOC (a charge completion SOC) of the electric storage unit () and the auxiliary electric storage unit () in a charge completion state of not allowing any more charge according to a measurement result of the temperature measurement unit (), increases the charge completion SOC of the auxiliary electric storage unit () when the charge completion SOC of the electric storage unit () decreases, and decreases the charge completion SOC of the auxiliary electric storage unit () when the charge completion SOC of the electric storage unit () increases.

Storage battery, control method of storage battery, control device, and control method

A amplifier that obtains an output by power combining, comprising; a distribution circuit that distributes an input signal into two signals; a first amplifier circuit that amplifies one of the two signals distributed by the distribution circuit and operates in class AB mode; a second amplifier circuit that amplifies the other of the two signals distributed by the distribution circuit and operates in class B or C mode; a lumped constant circuit that connects outputs of the first and second amplifier circuits; a first impedance transformation circuit connected to an output of the first amplifier circuit; a second impedance transformation circuit connected to an output of the second amplifier circuit, and a quarter wavelength impedance transformation circuit with one end thereof connected to a combining point of output sides of the first and second impedance transformation circuits and with the other end thereof connected to a load (FIG.).

Amplifier

A wiring device is used in a folding portable device including a hinge unit permitting an upper unit to fold/unfold and/or to rotate with regard to a lower unit. The wiring device comprises a rotative direction wound portion having a first central axis corresponding to a rotating axis of the hinge. A folding/unfolding direction wound portion has a second central axis corresponding to a folding/unfolding axis of the hinge. A FPC fixing member fixes a FPC holding member holding a predetermined part of a FPC to the hinge. The rotative direction wound portion is wound with a first part of a flexible printed cable that is continuous with one end of the predetermined part. The folding/unfolding direction wound portion is wound with a second part of the flexible printed cable that is continuous with the other end of the predetermined part.

Wiring structure for folding portable device

A hetero-junction FET has an intermediate layer including n-type-impurity doped layer between an electron supply layer and an n-type cap layer. The intermediate layer cancels the polarized negative charge generated between the electron supply layer and the n-type cap layer by ionized positive charge, thereby reducing the barrier against the electrons and source/drain resistance.

Hetero-junction field effect transistor having an intermediate layer

A method and an apparatus are adapted to manufacture a tablet capable of quick disintegration in the oral cavity that has a sufficiently large porosity and can be disintegrated in the oral cavity in a very short period of time, typically between 3 and 5 seconds. A tablet manufactured by means of such a method and such an apparatus also constitutes part of the present invention. The method for manufacturing a tablet capable of quickly disintegration in the oral cavity comprises steps of punching a tablet out of a pharmaceutical composition containing one or more than one medicinal agents and one or more than one water-soluble saccharides under pressure between 0.20 and 0.01 t/cm,and shaping the tablet by moisturizing and drying it, while transferring it without causing it to drop, said tablet having a porosity between 20 and 40%.

Method and apparatus for manufacturing tablet capable of quick disintegration in oral cavity

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Tokyo, Japan

Koji Matsunaga