Other

Research Development Corporation of Japan

Mitsui Engineering and Shipbuilding Company Limited

Morinaga Milk Industry Co., Ltd.

Yamazaki Mazak Corporation

Castrol Limited Burmah Castrol House

Zairyo Kagaku Kenkyusho Co., Ltd.

Shinsin International Development Corporation

Kiyoshi Suzuki

Takeo Nakagawa

Tetsutaro Uematsu

Yoshiharu Takada

Norihiko Shimizu

Ryo Kato

Sakae Hatano

Toshiaki Murata

Kanji Sato

Toyohiko Doi

Kenzo Hanawa

Hiroyasu Sohtome

Harumitsu Shiraki

Lao-Sou Su

Munetada Kurita

Isao Nakata

The invention provides a method of sterilizing products and a method of packaging them, which little denature of the products, little concern with rusting or corrosion of the equipment, permit a safe working environment, and can shorten the treatment time, and this invention relates to a method of sterilizing products by adding hydrochloric acid to water not containing sodium chloride, passing the resulting fluid to a diaphragm-less electrolytic bath, electrolyzing the fluid, collecting the electrolytic water, diluting the collected electrolytic water with water, and sterilizing products with both the diluted electrolytic water and ultraviolet radiation; and to a method of packaging products with packaging members sterilized by the above process.

Process for sterilizing articles and process for wrapping articles

A cutting and machining fluid applicable to both cutting and electrical discharge machining. This cutting and machining fluid comprises a water-soluble organic compound that shows an electrical resistivity of not less than 10,000 .OMEGA..cm when it is contained in deionized water having an electrical resistivity of not less than 1,000,000 .OMEGA..cm, in a concentration of from 1 to 10 % by weight, a nonionic surface active agent, or a mixture of these. The organic compound is selected from the group of ethylene glycols, propylene glycols, glycol monoethers, and polyoxyethylene fatty acid esters.

Dual-purpose fluid for cutting and electrical discharge machining

A machining tool is provided with an electric discharge truing/dressing apparatus comprising a spindle stock for containing and supporting a workpiece spindle which is driven for rotation while holding a workpiece or an electrode; a tool rest which moves parallel and perpendicular to the spindle of the spindle stock and holds an electrode machining tool and a grinding wheel; a feed electricity means disposed between a workpiece supporting portion of the spindle and the tool rest; a magazine disposed at an outside area of a machining area of the tool rest and adapted to store the workpiece and the electrode; and a loading device disposed between the magazine and the spindle. The grinding wheel on the tool rest is subjected to truing/dressing by feeding the electrode from the magazine to the spindle stock.

Machine tool with grinding function and truing/dressing method of

The inventive cement-based composition is useful as a coating material for corrosion-resistant protection on steel and iron surfaces. The composition is basically a polymer cement composition prepared by compounding a hydraulic cement with an aqueous emulsion of a polymeric constituent but characteritically the inventive composition is prepared by adding an aqueous emulsion of a hydrocarbon solvent such as kerosene containing a combination of surface active agents, i.e. oil-soluble non-ionic, water-soluble non-ionic and water-soluble cationic ones, and a saccharide compound such as glucose. By virtue of the unique formulation, the composition has a greatly extended pot-life suitable for coating works of, for example, steel rods and pipes by the dip coating method.

Hydraulic cement-based composition for dip coating of steel and iron

Short, fine fibers having certain aspect ratios and generally triangular cross-section are mixed with particulate material whereby the fibers form a three dimensional network and the mixture is sintered to provide composites containing scattered and enveloped particulate material, which composites have utility as self-lubricating materials or grinding materials.

Sintered composite materials with short metal fibers as matrix

As a grinder is being rotated, an outer circumference thereof and a metal block of raw material are pressed at determined speed or under determined pressure, and the grinder cuts the block on its surface so as to generate short metal fibers of not more than about 15 .mu.m calculated as diameter and not more than about 400 .mu.m in length by contacting between each of abrasive grains held in a matrix of the grinder and the surface of the raw material.

Method for producing ultra fine and short metal fibers

Growing community of inventors

Kanagawa, Japan

Kiyoshi Suzuki