Matsushita Electric Industrial Co., Ltd.

Arakawa Kagaku Kogyo Kabushiki Kaisha

House Foods Corporation

Nakamura & Partners

Sanyo Electric Co., Ltd.

Hiroshi Sawada

Masahisa Fujimoto

Noriyoshi Nishiyama

Yukio Honda

Hiroyuki Kiriyama

Shinichiro Kawano

Masaru Nagaike

Takashi Ichiyanagi

Scott F Timmons

Hitoshi Minabe

Robert E Lyle, Jr

Motoshi Shitanda

Shinsuke Imai

Takao Eguchi

Stephen T Willinghoff

Muneaki Tomotake

Belinda K Taylor

Kaori Akita

Richard L Merson

This invention pertains to a rotor core (,) in which a plurality of core sheets (,) are laminated on one another on a rotor shaft (,). A plurality of slits (,) and a plurality of strips (,) are alternately arranged in a radial direction of each of the core sheets (,) so as to convexly confront a center of each of the core sheets (,) such that an outer peripheral rim (,) is formed between an outer peripheral edge of each of the core sheets (,) and each of opposite ends of each of the slits (,). A stress concentration portion (,) which is provided at a portion (,) of the outer peripheral rim (,) and has a width (L,) larger than that of the remaining portions of the outer peripheral rim (,).

Rotor core for reluctance motor

This invention pertains to a rotor core (,) in which a plurality of core sheets (,) are laminated on one another on a rotor shaft (,). A plurality of slits (,) and a plurality of strips (,) are alternately arranged in a radial direction of each of the core sheets (,) so as to convexly confront a center of each of the core sheets (,) such that an outer peripheral rim (,) is formed between an outer peripheral edge of each of the core sheets (,) and each of opposite ends of each of the slits (,). A stress concentration portion (,) which is provided at a portion (,) of the outer peripheral rim (,) and has a width (L1) larger than that of the remaining portions of the outer peripheral rim (,).

The present invention is intended to provide a method for manufacturing a natural blue pigment that can be used in food products and the like, and the present invention relates to a method for manufacturing a blue pigment, comprising the steps of combining and warming the reaction product of PeCSO and alliinase, an amino acid, and allicin in an aqueous solution. Other embodiments of the present invention include the aforementioned method for manufacturing a blue pigment, further comprising the steps of extracting the reaction product of PeCSO and alliinase with a water-insoluble organic solvent, and allowing the reaction product to further react with an amino acid in an aqueous solution with the resulting component, and subsequently adding allicin to the reaction mixture to develop blue color, as well as the aforementioned method for manufacturing a blue pigment, further comprising the steps of combining the reaction product of PeCSO and alliinase, an amino acid, and allicin in an aqueous solution, and subsequently heat treating these materials before they are warmed.

Method for manufacturing blue pigment

A rotary head cylinder of a rotary head assembly includes a first projection for reducing jitter. The first projection is smoothly formed in the vicinity of a point where a tape is separated from a fixed cylinder and is extended in a lengthwise direction of the tape. A second projection is provided for increasing a restricting force on an upper edge of the tape in a direction toward a surface of the fixed cylinder. The second projection is smoothly formed in the vicinity of a lower edge of the tape at the same point on the fixed cylinder and is extended in the lengthwise direction of the tape.

Rotary head cylinder having a fixed cylinder projection generating a

A keto arene-cyclopentadienyl iron complex salt of the formula:

Cyclopentadienyliron complex salt, process for preparing the same and

A method of mounting electronic components, comprising steps of: sucking an electronic component by a suction nozzle provided at the tip of a mounting head; holding the sucked electronic component in position by a centering device having an opening and closing mechanism and provided separately from the mounting head, and while holding the component applying adhesive to a side of the electronic component, the side being opposite to that sucked onto the suction nozzle; and mounting the electronic component to a designated position on a printed circuit board. The nozzles on the head are of different sizes.

Method of mounting electronic components

The present invention relates generally to a batch process for preparing a heat treated granular solid foodstuff, and more particularly it relates to a process wherein a granular solid food is sufficiently heated deep into the center portion thereof to be sterilized and/or cooked and then cooled without impairing the appearance and flavor thereof. The heating and cooling occur by heated and cooled liquids which fluidize the granular solid food.

Process for preparing heat treated granular solid food

Growing community of inventors

Osaka, Japan

Hiroshi Sawada