Dowa Mining Co., Ltd.

Meiji Dairies Corporation

Akita Zinc Co., Ltd.

Kiyoshi Yamada

Hirofumi Takei

Masami Kamada

Toshinori Eba

Yoshitaka Nakamura

Takashi Iwase

Masaki Terahara

Masako Yajima

Tatsumi Inamura

Itaru Moro

Sukehiro Sutou

Kuniyasu Ochiai

Nobuo Otake

Rintaro Togashi

Tomizo Yamada

Mamoru Totsuka

Nobumi Ueno

The present invention relates to a composition for immunostimulation useful for promoting IgA and secretory component productions in mucosal tissues, comprising, alone or in combination, a cell ofbelonging toor a processed product thereof, wherein thehas an activity to stimulate secretory component production and a high activity to stimulate IgA production, for example, it is aOLB 6377 strain orOLB 6378 strain.

Composition for immunostimulation

A surface grinding machine for a sintered rare earth magnetic alloy wafer comprises a pair of disk-shaped grindstones that face each other across a prescribed gap to be rotatable in opposite directions about their center axes. The grinding surfaces of the pair of grindstones and the center axe inclination of one grinding stone are configured to form a planar grinding region A wherein a portion of both of the grinding surfaces of the pair of grindstones lie parallel with a constant intervening gap therebetween. Other portions of the grinding surfaces of the grindstones constitute a wedge-like opening region B that becomes more narrow toward the planar grinding surface A. A feeder to feed the wafers from the wedge-like opening region B toward the planar grinding region A is provided in order to grind both surfaces of the wafers at the planar grinding.

Sintered rare earth magnetic alloy wafer surface grinding machine

A method of producing a sintered rare earth magnetic alloy wafer comprises a step of using a cutter to slice a wafer of a thickness of not greater than 3 mm from a sintered rare earth magnetic alloy having ferromagnetic crystal grains surrounded by a more readily grindable grain boundary phase and a step of surface-grinding at least one cut surface of the obtained wafer with a grindstone to form at a surface layer thereof flat ferromagnetic crystal grain cross-sections lying parallel to the wafer planar surface. The method enables high-yield production of a sintered rare earth magnetic alloy wafer having flat surfaces.

Sintered rare earth magnetic alloy wafer and wafer surface growing machine

Method of producing sintered rare earth magnetic alloy wafer

When a work W is cut by moving a wire in an axial direction thereof while the wire is pressed onto the work and an abrasive liquid which is made by dispersing abrasive grains in a dispersion medium is interposed between the work and the wire, a flow of the wire is formed, and the wire is pressed onto the work while moving under the liquid level of the abrasive liquid whose flow is formed. The work is cut in the abrasive liquid so that a sufficient amount of the abrasive grains can be supplied between the work and the wire for a long time.

Wire saw and cutting method thereof

An automatic transferring and processing apparatus of a cathode and method thereof. A cathode having an electro-deposited metal is taken out of an electrolytic cell, rotated by a stock cathode pivot, transferred through a stock moving carriage and stock conveyor to a processor for processing an electro-deposited metal disposed on the cathode, transferred through an alignment conveyor and an alignment moving carriage to an alignment cathode pivot, rotated by the alignment cathode pivot, and inserted into a predetermined electrolytic cell.

Automatic transferring and processing apparatus of cathode and method

Growing community of inventors

Funabashi, Japan

Kiyoshi Yamada