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    • 3. 发明公开
    • Propeller shaft arrangement
    • Antriebswellenanordnung。
    • EP0601763A1
    • 1994-06-15
    • EP93309529.1
    • 1993-11-30
    • JIDOSHA BUHIN KOGYO CO.LTD.
    • Kawata, Yutaka, c/o Jidosha Buhin Kogyo Co., Ltd.Ebe, Yoichi, c/o Nippon Light Metal Co., Ltd.Hino, Harumichi, c/o Nikkei Techno-ResearchKawai, Hidenobu, c/o Nikkei Techno-Research
    • B60K17/24F16C3/02
    • B60K17/24F16C3/023F16C35/063F16C2226/60F16C2326/06F16D1/033F16D1/076Y10S464/902Y10T403/67
    • The propeller shaft arrangement which connects a transmission (T) with a differential gear (D) of a vehicle includes a first propeller shaft segment (1) connected to the transmission at one end thereof and a second propeller shaft segment (2) connected to the differential gear at one end thereof. The first and second propeller shaft segments (1, 3) are made of aluminium. The other end of the second propeller shaft segment is connected with one end of a steel-made centre bearing (2) via a universal joint (6). Serrations (12, 13) are formed at the other end of the centre bearing and at the other end of the first propeller shaft segment (1) such that the serrations of the centre bearing (2) are engaged with those of the first propeller shaft segment and a locking nut (15) is screwed down over the engaging serrations to join the first propeller shaft segment with the centre bearing. Since the centre bearing (2) is made of steel whereas most of the propeller shaft (1, 3) is made of aluminium, the weight of the propeller shaft is reduced while ensuring a sufficient strength of the centre bearing. Further,the first propeller shaft segment is connected with the centre bearing by the serrations and the locking nut. Therefore, welding the aluminium shaft with the steel bearing, which is technically difficult to perform, is not necessary.
    • 将变速器(T)与车辆的差动齿轮(D)连接的传动轴配置包括在其一端连接到变速器的第一传动轴段(1)和与其连接的第二传动轴段(2) 差速齿轮在其一端。 第一和第二传动轴段(1,3)由铝制成。 第二传动轴段的另一端通过万向节(6)与钢制中心轴承(2)的一端连接。 在中心轴承的另一端和第一传动轴段(1)的另一端处形成有锯齿(12,13),使得中心轴承(2)的锯齿与第一传动轴 并且锁定螺母(15)被拧在接合锯齿上,以将第一传动轴段与中心轴承接合。 由于中心轴承(2)由钢制成,而大多数传动轴(1,3)由铝制成,所以传动轴的重量减小,同时确保了中心轴承的足够的强度。 此外,第一传动轴段通过锯齿和锁紧螺母与中心轴承连接。 因此,在技术上难以执行的钢轴承焊接铝轴是不必要的。