The coated substrate product finds particular application in eyeglass and sunglass lenses, architectural glass, analytical instrument windows, automotive windshields and laser bar code scanners for use in retail stores and supermarkets. The product has greatly improved wear resistance for severe abrasive environments and comprises a substantially optically transparent substrate, one or more chemically vapor deposited interlayers bonded to the substrate and a chemically vapor deposited outer layer of optically transparent or substantially optically transparent hard and low friction material bonded to the interlayer and away from the substrate.

Abrasion wear resistant coated substrate product

II-1 – Glow Discharge Sputter Deposition

The oscillator strength of small‐polaron absorption is studied for various thin films of tungsten oxide, WOx (x≤3), prepared by rf reactive magnetron sputtering, reactive ion plating, and vacuum evaporation. The oscillator strength greatly varies depending on the procedure of film preparation and treatment. For WOx films prepared by vacuum evaporation, the effective oscillator strength decreases down to 0.04 by annealing in air at 200 °C and increases up to 0.24 by annealing in air at 400 °C. The film deposited by reactive ion plating at an rf power of 300 W exhibits a large effective oscillator strength of 0.31. Concerning the film prepared by rf reactive magnetron sputtering, the oscillator strength drastically increases with an increase in rf power. For the film deposited at an rf power of 1000 W, an effective oscillator strength of 0.51 is obtained, which is five times greater than that of the film prepared by vacuum evaporation. X‐ray diffraction and XPS measurements reveal that the oscillator streng...

Oscillator strength of small‐polaron absorption in WOx (x≤3) electrochromic thin films

Process of making abrasion wear resistant coated substrate product

The coated substrate product finds particular application in eyeglass and sunglass lenses, architectural glass, analytical instrument windows, automotive windshields and laser bar code scanners for use in retail stores and supermarkets. The product has greatly improved wear resistance for severe abrasive environments and comprises a substantially optically transparent substrate, a chemically vapor deposited first interlayer bonded to the substrate and a chemically vapor deposited outer layer of substantially optically transparent diamond-like carbon bonded to the interlayer and away from the substrate.

Method for producing an abrasion wear resistant coated substrate product

Structure of a silicon carbide film synthesized by r.f. reactive ion plating

Surface coating method with diamond-like carbon

PURPOSE:A method of forming a transparent oxide film such as ultraviolet shielding film, moistureproofing film and protection film on the surfaces of transparent materials such as glass and plastics.

A method of forming a transparent oxide coating on exterior ornamental parts of watches and ornamental goods

PURPOSE:To form carbonic metal coating of high quality around surface of a watch by means of wimple and efficient processing.

Forming method of carbonic metal coating for surface of watch

PURPOSE:To achieve greater increasing/reduction ratio with less play among rotation transmitting members and to reduce the number of components, by providing a planet roller mechanism delivering power through rolling friction with a rotation transmitting means. CONSTITUTION:A ring shape fixed ring 2 is inserted in a recess 1b of a main plate 1 mounting a dial 9, a sun roller 3a and carrier rollers 8 constitute a planet roller reducer, and an inner diameter is accurately shaped to an inner circumference 2a of the fixed ring 2 so that a gear ratio 12:1 between a minute hand 3 and an hour hand 7 can be obtained. When a minute hand shaft 3 turns in a specified speed, this rotation is transmitted to three carrier rollers 8 via the sun roller 3a, the carrier rollers 8 revolves around the sun roller toward the same direction in the speed of 1/12 of the shaft 3 while revolving on the inner circumference 2a of the fixed ring 2, and this movement is transmitted to an hour hand shaft 6 via a shaft 6b and a bracket 6a.

Toshihiro Takao

Papers

Structure of a silicon carbide film synthesized by r.f. reactive ion plating

Surface coating method with diamond-like carbon

A method of forming a transparent oxide coating on exterior ornamental parts of watches and ornamental goods

Forming method of carbonic metal coating for surface of watch

Rotation transmitting mechanism for clock