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    • 1. 发明专利
    • IMPLANT FOR ARTIFICIAL TOOTH
    • JPH06178784A
    • 1994-06-28
    • JP33149992
    • 1992-12-11
    • AOYAMA SEISAKUSHOUEDA MINORU
    • KAJINO HIROSHIKONDO SHINICHIUEDA MINORU
    • A61C8/00
    • PURPOSE:To improve the install work and the fixing efficiencies by engaging the abutment engaging part of a fixture with the engaging recess part of an abutment, and fastening those parts on the upper part of a shaft cylinder of the fixture to be united in a body from a screw hole of the abutment by means of an abutment screw. CONSTITUTION:A fixture 1 is so constructed that a fixture thread part 5 which has an included angle of thread of 42 to 47 and has plural valleylike notches 4 on the circumference of the ridge is formed on the outer peripheral surface of a shaft cylinder 2 for forming an inner screw part 3. A star abutment engaging part 6 is formed on the upper part of the shaft cylinder 2. On the other hand, an abutment 11 is so constructed that a connecting short leg cylinder part 15 wherein an engaging recess part 14 having its shape corresponding to that of the abutment engaging part 6 is formed is connected to the lower end of a bottomed cylinder 12 having a screw hole 13 at the base. The abutment engaging part 6 and the engaging recess part 14 are engaged with each other to be placed and supported, and fastened to be united in a body from a screw hole 13 to the inner screw part 3 by an abutment screw.
    • 8. 发明专利
    • DOUBLEEFACED GRINDER
    • JPS5558964A
    • 1980-05-02
    • JP13179278
    • 1978-10-26
    • UEDA MINORU
    • UEDA MINORU
    • B24B7/17B24B7/16B24B37/04B24B37/08B24B37/30
    • PURPOSE:To make the grinding of the thin work easy by forming the rotary plate to be the carrier with the supporting port with the thin plate which is incorporatedly extended from the gear ring and the pressing ring. CONSTITUTION:When the work supplied by the shoot 21 is engaged with the gear 7, which is supported by the bearing on the platform 8 provided on the table surface 6 on the supporting frame 5 of the device 3, and fed to the supporting port 13 of the thin plate which is extended from the gear ring 1 supported by the receiving plate 7' which is incorporated with the gear, the thin plate 12 as the carrier is rotated together with the gear ring 1 rotated by the rotation of the gear 15 to shift the work in te holding port 13 of the thin plate 12 along the receiving plate 20 horizontally provided at the lower part. Furthermore, when the work is sent to the position of the grindstones 16, 16', it is transferred to the position between the grindstones at the inlet port of the grindstones to be ground by the thin plate 12 by the rotation of the grindstone while being transferred, and the work finished in the grinding size at the outlet is handed over to the receiving plate 20 and dropped from the discharge port.
    • 10. 发明专利
    • MUCOSA EPITHELIUM CELL SHEET
    • JP2000157624A
    • 2000-06-13
    • JP33639798
    • 1998-11-26
    • UEDA MINORU
    • UEDA MINORU
    • A61L27/00A61K35/12A61L27/38A61L27/40A61L27/60C12N5/07C12N5/071C12N5/077
    • PROBLEM TO BE SOLVED: To more quickly prepare an implant capable of adhering over a long period of time by forming an intraoral edge mucosa epithelium cell made adhere to a tooth to be connected to an oral mucosa epithelium cell to form a part of a gingival sulcus by plural layers. SOLUTION: An intraoral edge mucosa epithelium cell forms an inner edge epithelium cell layer 14 which is a part of a gingiva 12 supporting the lower end of a tooth 10, and adheres to the surface of an enamel layer 16 of the tooth 10 to form a gingival sulcus 18. At the upper end of the gingiva 12, an inner edge mucosa epithelium cell layer 14 is connected to an oral mucosa cell layer 20, and a connective tissue part 22 is disposed in the gingiva 12. The inner edge epithelium cell layer 14 is connected to the oral mucosa cell layer 20 of the gingiva 12 to be depressed in the inner edge at the upper end of the gingiva 12 and made adhere to the enamel layer 16 of the tooth 10 at the face on the tooth 10 side. Accordingly, the inner edge mucosa epithelium cell can be easily isolated by separating the inner edge epithelium cell layer 14 from the oral mucosa cell layer 20 at the upper end of the gingival sulcus 18 and disconnecting the same from the enamel layer 16.