Taiho Industries Co., Ltd.

No Touch North America

Atsushi Ikeda

Seigo Shinohara

Tetsuo Kijima

Nobuhiro Yoshikawa

Takashi Ushijima

Kiyoshi Okamura

Akira Miyagi

Sosaburo Ohara

Masaharu Shimizu

Yasuo Takamura

Nobuyasu Ochiai

Fujio Ishizawa

Takashi Fukuchi

A fingerprint detecting agent and a fingerprint detecting method using the agent, which can be used to detect latent fingerprints being in a wet condition, the fingerprint detecting agent includes a fixer containing silicone series compound, fluoride series compound, hydrocarbon series compound, animal or vegetable oil, higher fatty acid, or higher alcohol, and an arbitrary mixture thereof; a diluent containing polar soluent; a developer containing achromatic colored powder or chromatic colored powder. Latent fingerprints can be easily detected by spraying the fingerprint detecting agent; particularly, even if the latent fingerprints to be detected are in a wet condition, it is possible to detect them speedily and certainly.

Fingerprint developing agent and method for developing fingerprints

A cleaning device and methodology therefor for cleaning a paper path surface upon which paper travels within a printing apparatus such as a computer printer, a photocopy machine, a fax machine, and the like. The cleaning device is a flexible substrate sheet having a first side and a second side, with the first side coated preferably in its entirety with an exposed adhesive having a tack strength between about 0.0002 and about 0.12 pound force-square inch. The second side of the substrate sheet can have laminated thereto a foam resin to provide a flexible thickness that assures pressured contact with all paper path surfaces to be cleaned. A lint-free cloth layer can be laminated to the foam resin if present, or the cloth layer can be laminated directly to the second surface of the sheet substrate. operability occurs as the substrate sheet is fed into the printing apparatus and travels there through along the paper-path surfaces upon which paper is conveyed. of particular importance is the cleaning of rubber paper-feed rollers within printing equipment and whose surfaces can have accumulated thereupon paper powder, color pigment, dust, ink, toner, etc.

Cleaning sheet for printing apparatus

This invention there provides a detergent for cleaning tire wheels, which is applied in a foamy state onto the tire wheels, thereby allowing a grime adhered to the surface of the tire wheels to come off from the tire wheels, which contains a surfactant, at least one alkali compound selected from the group consisting of ammonia and amino group-containing alkali compounds, and a color change indicator capable of changing its own color when transferred from an alkaline condition to a neutral condition, in which the alkali compound is contained in the detergent in such an amount that the compound is eliminated from the detergent by reaction with carbon dioxide for the same period of time as required to release most amounts of grime from the surface of tire wheels, and a method of cleaning tire wheels with the detergent.

Detergent for cleaning tire wheels and cleaning method

A cleaning methodology for cleaning a paper path surface upon which paper travels within a printing apparatus. The cleaning device is a flexible substrate sheet having a first side and a second side, with the first side coated preferably in its entirety with an exposed adhesive having a tack strength between about 0.0002 and about 0.12 pound force-square inch. The second side of the substrate sheet can have laminated thereto a foam resin to provide a flexible thickness that assures pressured contact with all paper path surfaces to be cleaned. A lint-free cloth layer can be laminated to the foam resin if present, or the cloth layer can be laminated directly to the second surface of the sheet substrate. Operability occurs as the substrate sheet is fed into the printing apparatus and travels there through along the paper-path surfaces upon which paper is conveyed. Of particular importance is the cleaning of rubber paper-feed rollers within printing equipment and whose surfaces can have accumulated thereupon paper powder, color pigment, dust, ink, toner, etc.

Cleaning method for printing apparatus

A removing agent being capable of removing silicone film adhering fast to the surface of a pane of vehicles quickly, easily, evenly and completely, and a method for removing silicone film adhering to the surface of a pane completely without any of the removing agent left on the surface are provided. The removing agent comprises water and at least one acidic fluoride selected from the group consisting of an acidic ammonium fluoride and an acidic potassium fluoride wherein an amount of the acidic fluoride is from 0.15 to 15 wt % of the total amount of the agent. The removing agent further includes a powder at need.

Removing agent for silicone film adhering to panes and method for

A spray lustering-cleansing agent is produced by preparing a basic material substantially comprising 5.0 to 60 wt % of silicone oil obtained by emulsifying silicone oil with water in the presence of an emulsifier, 0.1 to 10.0 wt % of an emulsifier, and water and charging a spray can with the basic material in combination with a foam regulating agent and a propellant. A single spray is enough for the lustering-cleansing agent to clean a dirty tire and, at the same time, impart luster to the surface. Additional incorporation of a water-soluble organic base in the agent enables this agent to manifest an improved foaming property and consequently an improved lustering-cleansing effect.

Growing community of inventors

Fujisawa, Japan

Atsushi Ikeda