Kao Corporation

Sony Corporation

Shibuya Kogyo Co., Ltd.

Sony Dadc Corporation

Kao Corporation and Shibuya Kogyo Co., Ltd.

Hiroaki Kobayashi

Tokuo Tsuura

Yasushi Yamada

Akira Nonomura

Tokihito Sono

Yasuhiro Honma

Toshiyuki Ohmori

Shigemi Hatanaka

Kenichi Otani

Shingo Odajima

Shigeo Nakai

Yoshimasa Takagi

Eiichi Saito

Ichiro Hamano

Takashi Ito

Akitoshi Suzuki

Toru Aida

Akira Shiga

Koji Mimura

Atsushi Sato

Masayuki Osaki

Akira Noda

Takao Orii

Nobuyuki Kamishioiri

Masaru Tsuchiya

Hisao Sato

Masamichi Shigekane

A disc inspecting method includes: forming recording marks on a disc; scanning the recording marks from inside to outside or from outside to inside of the disc by a pickup unit to read a reproduction signal while rotating a spindle to move a slider by each predetermined width; acquiring reproduction data from the reproduction signal in a signal acquiring unit; and determining whether or not the reproduction data is proper in a calculation unit, and optimizing a formation condition of the recording marks when it is determined that the reproduction data is not proper.

Disc inspecting method and disc inspecting device

An element made by papermaking for use in the production of a casting cast which comprises an organic fiber, an inorganic fiber, and a binder. The contents of the organic fiber, the inorganic fiber, and the binder are preferably 10 to 70 parts by weight, 1 to 80 parts by weight, and 10 to 85 parts by weight, respectively. The binder is preferably an organic binder. The organic fiber is preferably pulp fiber.

Elements made by paper-making technique for the production of molded articles and production method thereof

A part for casting obtained by converting base paper for paper tubing into a tube and containing an organic fiber, an inorganic fiber, and a binder. The part is preferably obtained by winding the base paper into tubing. The part preferably contains 10 to 70 parts by weight of the organic fiber, 1 to 80 parts by weight of the inorganic fiber, 10 to 85 parts by weight of the binder. The organic fiber is preferably pulp fiber.

Member for producing castings

A method of producing pulp moldings having a paper-making process comprising the steps of assembling split mold halves () having suction passageways () to form a paper-making mold (), feeding pulp slurry of predetermined set feed concentration into the cavity () in the paper-making mold (), and sucking the pulp slurry through the suction passageways () to form a pulp layer () on the inner surface of the paper-making mold (), wherein the concentration of the pulp slurry in the cavity () in the initial and/or final period of formation of the pulp layer () in the paper-making process is lower than the above-mentioned set feed concentration of the pulp slurry.

Method of producing pulp moldings

A method of producing a pulp molded article. The method feeds a pulp slurry to a cavity of a papermaking mold having a prescribed cavity shape to form a pulp preform including a main part having an opening and a separable part having a flange and connected to an edge of the opening. A pressing member is inserted into the preform, the pressing member is expanded to press the preform toward the papermaking surface, the preform is removed from the papermaking mold, and then the preform is cut at a joint between the separable part and the main part.

Method of manufacturing pulp mold formed body

A method of producing a pulp molded article comprising a papermaking step in which a pulp slurry is fed to the surface of a papermaking mold having suction paths, and water contained in the pulp slurry is sucked through the suction paths whereby the pulp is deposited on the surface to form a wet preform, and a dewatering step in which the wet preform is dewatered, wherein the temperature of the fed pulp slurry is raised while the pulp is being deposited on the surface.

Method for producing pulp molded article

A heater comprises a cap formed by joining and fixing together curved peripheries as peripheries of two semi-elliptical heat-generator-containing sheets of generally the same shape. The heat-generator-containing sheet comprises a waterproof inner layer sheet an air-permeable sheet disposed so as to cover the entire surface of the inner layer sheet and a plurality of heat generators interposed between and held by the inner layer sheet and the air-permeable sheet which generate heat when in contact with an air. The heat generators are disposed substantially over the entire surface of the cap The heat-generator-containing sheets are joined and fixed together with the respective inner layer sheets being the inner surface. The heater realizes a simple handling when in use, a small temperature variation, and simple fabrication process.

Heater

A process for producing a pulp molded article comprising inserting a hollow inflatable pressing member which has been made small so as to have smaller cross-sectional contour into a cavity of a mold in which a pulp layer has been formed, and feeding a pressurizing fluid into the inserted pressing member to inflate the pressing member thereby to press the pulp layer onto the inner wall of the cavity

Process for producing pulp molded article

The present invention provides an angular velocity sensor having a simplified configuration and a superior detection sensitivity by sufficiently utilizing the capability of the piezoelectric elements. A plurality of piezoelectric elements 3, 4, and 5 are attached to a constant-elastic metal oscillator 2. One of the piezoelectric elements 3, 4, and 5 is made to function as an impedance element of the Colpitts oscillation circuit, constituting a self-oscillation type drive circuit 6. While this self-oscillation type drive circuit 6 is driven so as to oscillate the constant-elastic metal oscillator 2, the Coriolis force generated in the constant-elastic metal oscillator 2 is detected by the other piezoelectric elements 4 and 5.

Angular velocity sensor

A transporting apparatus for a container 1 has a sequentially arranged filling process path 13C for performing filling process for the container 1, a empty container infeed starwheel 12 for introducing the container 1 into the filling process path 13C, a discharge starwheel 16 for feeding out the container 1 from the filling process path 13C and a discharge conveyer 17. One of the empty container infeed starwheel 12, and the discharge starwheel 16 and the discharge conveyer 17 is arranged in an intersecting manner with respect to the filling process path 13C with a different level.

Article transportation processing system

An article holding arrangement includes an article holder which defines an article holding portion, is formed of an urethane type foamed body and having a higher density at an outer skin portion than that of a core portion. The article holder also includes an article fixing device for holding an article set in an article holding portion of an article holder with an article holding member, which comprises a first magnet, to which the article holding member is fixed, movably supported on the article holder for movement in an article holding direction, a second magnet supported on the article holder in opposition to the first magnet, and the first and second magnets being provided the same magnetic poles at mutually opposing poles. The article holding arrangement further includes a damping device for preventing articles transported through a transportation line in series, which comprises a damping magnets arranged at the mutually mating portions of the articles adjacent along the transportation line, which damping magnets of adjacent articles are provided the same polarities at the mutually opposing magnetic poles.

Growing community of inventors

Tochigi, Japan

Hiroaki Kobayashi