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    • 1. 发明公开
    • Plant cutter apparatus
    • 植物切割器设备
    • EP1234491A1
    • 2002-08-28
    • EP02004408.7
    • 2002-02-26
    • HONDA GIKEN KOGYO KABUSHIKI KAISHA
    • Warashina, MakotoUchitani, HiroakiSasaki, Hideshi
    • A01D34/90
    • A01D34/905
    • Plant cutter apparatus includes a handling rod (11), a drive source unit (13) mounted on one end portion (11a) of the handling rod (11) via a clutch case (40), and a cutter blade (14) mounted on the other end portion of the handling rod for being rotated by activation of the drive source unit. With the handling rod inserted in an axial loosely-fitting hole (43c) of the clutch case, the one end portion of the handling rod abuts at its end surface against an abutting region (43d) formed on the way through the loosely-fitting hole. The drive source unit is supported by the end surface of the handling rod via a drive-source mounting portion (43) of the clutch case. The drive source unit is allowed to freely vibrate about the one end portion of the handling rod supporting the unit, so that a flexible coupling portion (42) of the clutch case can perform a vibration attenuation function to reduce vibrations transmitted from the drive source unit to the handling rod.
    • 植物切割装置包括操纵杆(11),通过离合器壳体(40)安装在操纵杆(11)的一个端部(11a)上的驱动源单元(13),以及安装在其上的切割刀片 操纵杆的另一端部用于通过驱动源单元的启动而旋转。 通过将操纵杆插入离合器壳体的轴向松配合孔(43c)中,操纵杆的一个端部部分抵靠在形成于松动配合孔(43d)的中途的抵接区域(43d) 。 驱动源单元经由离合器壳体的驱动源安装部分(43)支撑在操纵杆的端面上。 驱动源单元被允许围绕支撑单元的操纵杆的一个端部自由振动,使得离合器壳体的柔性联接部分(42)可以执行减振功能以减少从驱动源单元传递的振动 到搬运杆。
    • 3. 发明公开
    • Knapsack type working machine
    • Rucksackarbeitsmaschine
    • EP0887005A1
    • 1998-12-30
    • EP98305053.5
    • 1998-06-26
    • HONDA GIKEN KOGYO KABUSHIKI KAISHA
    • Kojima, AtsushiNakaya, TomoniWarashina, Makoto
    • A01D34/00A01G3/053B05B9/08A45F3/08
    • A01D34/902A45F3/10
    • A knapsack type working machine (1) has a first frame (11) and a second frame (23). A prime mover (2) for driving a working instrument (10) is carried on the first frame. The second frame has a back pad (24) and shoulder straps (25). The first frame and the second frame are separable from each other. The first frame has a locking engagement member (21). The second frame engages with the locking engagement member and has a pivotal locking member (32) urged by a spring in a direction of engagement with the locking engagement member. By releasing the locking engagement member from engagement with the pivotal locking member, the first frame is separated from the second frame.
    • 背包式工作机(1)具有第一框架(11)和第二框架(23)。 用于驱动工作器具(10)的原动机(2)在第一框架上承载。 第二框架具有背垫(24)和肩带(25)。 第一框架和第二框架可彼此分离。 第一框架具有锁定接合构件(21)。 第二框架与锁定接合构件接合并且具有由弹簧沿与锁定接合构件接合的方向推动的枢转锁定构件(32)。 通过释放锁定接合构件与枢转锁定构件接合,第一框架与第二框架分离。
    • 5. 发明公开
    • Plant cutter apparatus
    • Gerätzum Schneiden von Pflanzen
    • EP1234490A1
    • 2002-08-28
    • EP02004407.9
    • 2002-02-26
    • HONDA GIKEN KOGYO KABUSHIKI KAISHA
    • Warashina, MakotoUchitani, HiroakiSasaki, Hideshi
    • A01D34/90
    • A01D34/90
    • Drive shaft (12) of a plant cutter apparatus includes an elongate main shaft portion (21) made of a titanium alloy, and end shaft portions (22, 26) made of steel and integrally joined to the opposite ends of the main shaft portion (21). The titanium alloy has substantially the same mechanical strengths as the steel. Therefore, the titanium-alloy-made main shaft portion (21) can secure rigidity that is normally required of the plant cutter's drive shaft, and can also reduce the weight of the drive shaft to thereby minimize unwanted sagging-induced vibrations of the drive shaft (12) caused by the shaft's own weight.
    • 植物切割装置的驱动轴(12)包括由钛合金制成的细长主轴部分(21)和由钢制成并与主轴部分的相对端整体接合的端轴部分(22,26) 21)。 钛合金具有与钢大致相同的机械强度。 因此,钛合金制的主轴部(21)可以确保植物切割器的驱动轴通常需要的刚性,并且还可以减小驱动轴的重量,从而最小化驱动轴的不希望的下垂引起的振动 (12)由轴自身重量引起。
    • 10. 发明公开
    • Plant cutter apparatus
    • 植物切割器设备
    • EP1234492A1
    • 2002-08-28
    • EP02004409.5
    • 2002-02-26
    • HONDA GIKEN KOGYO KABUSHIKI KAISHA
    • Warashina, MakotoUchitani, HiroakiSasaki, Hideshi
    • A01D34/90
    • A01D34/905
    • In a plant cutter apparatus, a handling rod (11) includes an outer pipe portion (71), an inner pipe portion (72) and three radial stay portions (73, 74, 75) interconnecting the outer and inner pipe portions. The three stay portions (73, 74, 75) are arranged, about an axial centerline (P1) of the rod, at non-equal angular intervals in such a manner that angles (θ1, θ2, θ3) formed between the three stay portions differ from each other. Thus, the rod has a cross-sectional configuration asymmetric about the axial centerline. Geometric moment of inertia of the thus-constructed handling rod takes different values in all angular positions about the axial centerline, and thus the inherent vibrating frequency of the rod also takes different values in all the angular positions. Consequently, the rod's inherent vibrating frequency coincides with a frequency of vibrations transmitted from a drive source unit in only one of the angular positions, so that resonant vibrations of the handling rod can be avoided easily.
    • 在植物切割装置中,操作杆(11)包括外管部分(71),内管部分(72)以及将外管部分和内管部分相互连接的三个径向支撑部分(73,74,75)。 三个支撑部分(73,74,75)围绕杆的轴向中心线(P1)以不等角度间隔布置,使得三个支撑部分(73,74,75)之间形成的角度(θ1,θ2,θ3) 彼此不同。 因此,杆具有关于轴向中心线不对称的横截面构造。 这样构成的操作杆的几何惯性矩在围绕轴向中心线的所有角度位置中取不同的值,因此杆的固有振动频率在所有角度位置也取不同的值。 因此,杆的固有振动频率与仅在一个角度位置从驱动源单元传递的振动频率一致,从而可以容易地避免操纵杆的共振。