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    • 4. 发明专利
    • ECCENTRIC SHAFT STRUCTURE AND CRANKSHAFT STRUCTURE
    • JPH08338420A
    • 1996-12-24
    • JP16454195
    • 1995-06-08
    • NIPPON GURIISU NITSUPURU KK
    • YAMADA CHOSEIONIZUKA KAORU
    • F16C3/10
    • PURPOSE: To easily constitute an eccentric shaft structure having suitable strength, by fixedly inserting a thin plate member of drilling a hole of shape compensated each other to a sectional shape of a shaft, in an eccentric position of a shaft having a specific sectional shape except a circle. CONSTITUTION: A crankshaft 16 used in a pump or the like is provided with a bar member 16a of equilateral hexagonal section, plurality of disks 16c fixed with a 120 deg. space in a direction of rotation with the bar member 16a serving as the center and a ring member 16e mounted rotating in each disk 16c through a rotational bearing 16d. Each disk 16c has a hole 16b, having a section of equilateral hexagonal shape similar to a section of the bar member 16a, in the same eccentric position. The bar member 16a is inserted to this hole 16b, to fix each disk 16c to the bar member 16a. Thus by only inserting each disk 16c with a protruding direction changed to the bar member 16a, a plurality of the disks 16c can be easily fixed with a 120 deg. space in a direction of rotation with the bar member 16a serving as the center relating to the bar member 16a, to reduce a cost further to be made easily manufacturable.
    • 9. 发明专利
    • AUTOMATIC WELDER FOR THERMALLY WELDABLE RESIN-MADE TUBULAR PART
    • JPH08156102A
    • 1996-06-18
    • JP32925194
    • 1994-12-05
    • NIPPON GURIISU NITSUPURU KK
    • YAMADA CHOSEIONIZUKA KAORU
    • F16L47/02B29C65/02B29C65/20B29C65/78B29L23/00
    • PURPOSE: To enable thermal welding of a thermally weldable resin-made tubular part to be carried out without requiring skillfulness by a method wherein a cutting part, an abutting part, and a fusing part are arranged at specific intervals in a rotary direction to a rotary disk driven by dividing, and one side tubular part is brought relatively close to the other side one fused by the fusing part to be welded thereto. CONSTITUTION: A pair of tubular parts 12, 12a are set to tubular part receiving parts 16, 17. An abutting part 24 arranged to a rotary disk 30 knocks respective end faces against each other so as to become plane surfaces in a direction normal to an axis, and clamping parts 10, 11 clamp appropriately them. Then, a cutting part 26 chamfers an end face of the tubular part 12a clamped by the clamping part 11, and chamfers an end face of the tubular part 12 clamped by the clamping part 10. Then, a support arm 14b is moved to make intervals to the clamping parts 10, 11 specified lengths. After preheating by a preheating heater of a fusing part 36, the fusing part 36 is inserted between a pair of the tubular parts 12, 12a by a linear transfer mechanism, and heated for a specified time. Thereafter, the tubular part 12a is moved to the tubular part 12 side to weld the tubular parts 12, 12a to each other.