Sharp Kabushiki Kaisha Corporation

Shionogi Company Limited

Sharp Corporation

Nipro Corporation

International Superconductivity Technology Center

Fujimori Kogyo Co., Ltd.

Superconductivity Research Laboratory of International Superconductivity

Manabu Fujimoto

Katsumi Suzuki

Youichi Enomoto

Yutaka Unuma

David Heard

Shoji Tanaka

Masayoshi Koba

Hideo Nojima

Masaya Nagata

Toyoaki Suzuki

Noboru Ohtani

Akio Miyata

Hidetaka Shintaku

Shinzaburo Sumimoto

Takeshi Nizuka

Koichi Miura

Kaori Ikeda

Hisako Arai

Keiichi Yamaguchi

Kenji Omori

Dai Sudo

Hideji Kashiwagi

Tsutomu Mitsuzuka

Teruyuki Kataoka

Masashi Moteki

Yoshihiro Tochino

Hidetoshi Myojyo

A medical container comprising a body for containing a medicament, the body of the medical container being formed of a multilayered film comprising (i) a layer formed of a linear polyolefin and (ii) a layer formed of a cyclic polyolefin adjacent to the layer (i), and the layer (i) formed of the linear polyolefin satisfying the following conditions (a) and/or (b):

Medical container and medical duplex container

A color image sensor has a white fluorescent tube as a light source, a microlens array with three rows of microlenses arranged vertically, a three-layer optical waveguide array and a three-line color CCD with color filters. The waveguides in each waveguide array layer are bent so that the interval between successive waveguides becomes narrower from the input end toward the output end. The three-line color CCD has three lines of light-receiving elements (photodiodes) as the light sensing portion. These lines in the light-receiving element array are arranged vertically at the same intervals as the waveguide layers are arranged. Further, a cylindrical lens is attached to cover the microlens array. Because of the presence of this cylindrical lens, the images of light beams incident on different microlenses of the microlens array corresponding to different waveguide layers are the same image from an identical area on the original.

Color image sensor and a production method of an optical waveguide array

A waveguide type reduction type image sensor has a waveguide type light source having a light emitting element and a substrate including optical waveguides having a planar waveguide and a tapered waveguide. The waveguide type reduction type image sensor also has a light detecting section having a microlens array, an optical waveguide substrate and a CCD array. The microlens array converges reflected light from an original onto the incident face of the optical waveguide substrate. The optical waveguide substrate has L-shaped optical waveguides for guiding the converged light to the CCD array located on a substrate face perpendicular to the incident face. The CCD array converts the guided light to an electric signal and outputs this electric signal. A manufacturing method of this waveguide type reduction type image sensor is also shown.

Waveguide type compact optical scanner and manufacturing method thereof

A superconductor junction material is disclosed which comprises a substrate of a single crystal, and at least flux flow element, and optionally at least one Josephson junction element, provided on the surface, each of the flux flow and Josephson junction elements being formed of a superconducting oxide layer having a weak link. The flux flow and Josephson junction elements are prepared by vacuum deposition at different oxygen partial pressures.

Superconducting junction material and process of preparing same

A superconducting device has a substrate and a superconducting film formed on the substrate. A surface of the substrate has a first surface portion of which a curvature is constant or changes continuously, a second surface portion of which a curvature is constant or changes continuously, and a third surface portion at which the first and second surface portions meet and at which the curvatures of the first and second surface portions become discontinuous. The superconducting film formed on the surface of said substrate has a grain boundary serving as a junction only in a portion corresponding to the third surface portion of the substrate.

Superconducting device having a single junction structure appropriate

A superconductive magnetoresistor has a substrate, a ceramic superconductive film which is formed on one face of the substrate, ferromagnetic elements for focusing an external magnetic field, and an insulating film. One of the ferromagnetic elements is integrally combined with the other face of the substrate. The other of the ferromagnetic elements is combined with the ceramic superconductive film thorough the insulating film.

Superconducting magnetic sensor having a ferromagnetic element for

A tetrahedral stereo-table is disclosed for 64 DNA and/or RNA codons. The table comprises its tetrehedral 4 faces each divided into 16 codon phases for the representation of the respective codon triplets plus the 21 teams of 20 L-amino acids and one triphasic termination team O. Such a representation can be realized with alphabet characters and/or coloration for the triplets and teams. The triplets are alternatively represented by ideograms having no alphabetic orientation in addition to the team coloration. Said tetrahedral 4 faces may be transcribed over the surface of a sphere.

Tetrahedral codon stereo-table

Isoxazole derivatives represented by the formula: ##STR1## are prepared; wherein R.sup.1 and R.sup.2 each is hydrogen atom, alkyl group of 1 to 8 carbon atoms, or cycloalkyl group of 3 to 10 carbon atoms; R.sup.3 and R.sup.4 each is hydrogen atom, alkyl group of 1 to 8 carbon atoms, cycloalkyl group of 3 to 10 carbon atoms, or phenyl group; or the group Is morpholino group; and Y is oxo group, thioxo group or imino group; being useful as a hypoglycemic and/or a blood free-fatty-acid normalizing antidiabetic agent.

Isoxazole derivatives

Growing community of inventors

Kashiwa, Japan

Manabu Fujimoto