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    • 1. 发明公开
    • VIBRATION NIPPER FOR HEAVY MACHINERY
    • 振动器FÜRSCHWERESGERÄT
    • EP2562311A2
    • 2013-02-27
    • EP11772202.5
    • 2011-04-19
    • Jo, Jae-RyongLee, Jung Ho
    • Jo, Jae-RyongLee, Jung Ho
    • E02F5/32E02F3/96E02F5/30
    • E02F5/326
    • There is provided a vibrating nipper including a vibrating body in which a plurality of gears built therein and having eccentric pendulums are longitudinally arranged and rotated to generate longitudinal vibration, the vibrating body in which the gears rotated by an oil hydrolytic motor are longitudinally arranged to be rotatable, an eccentric pendulum mounted on each of the gears to generate the longitudinal vibration while rotating the gears, wherein a nipper blade is longitudinally mounted on a bottom of the vibrating body in such a way that the vibrating body is capable of being inserted deeply into the ground along the nipper blade when excavating the ground.
      According to the present invention, it is possible to manufacture the vibrating body whose width is relatively narrower than general ones, thereby manufacturing the breadth of a frame to be narrow in such a way that the vibrating body may be deeply inserted into the ground along the nipper blade while the nipper blade is inserted into the ground, thereby allowing the depth of excavation to be increased and improving excavation performance. In addition, though the nipper blade receives lateral excavation-resistance force from the ground when excavating the ground, since the nipper blade and the vibrating body are connected to the frame in a longitudinally displaceable link structure to improve a lateral supporting structure of the nipper blade, the nipper blade may freely operate, buffers supporting the vibrating body are protected and not damaged, and durability thereof is greatly improved.
    • 提供了一种振动钳,其包括振动体,其中内置有多个齿轮并具有偏心摆的纵向摆动以产生纵向振动,其中由油水解马达旋转的齿轮纵向布置为 可旋转的,安装在每个齿轮上的偏心摆,以在旋转齿轮的同时产生纵向振动,其中钳子叶片纵向安装在振动体的底部上,使得振动体能够被深入地插入 当挖掘地面时,沿着刮刀的地面。 根据本发明,可以制造其宽度比一般宽度窄的振动体,由此制造框架的宽度以使得振动体可以沿着该方向被深深地插入到地面中 钳子刀片,同时将钳子刀片插入地面,从而允许挖掘深度增加,提高挖掘性能。 另外,虽然钳子叶片在挖掘地面时从地面接收侧向挖掘阻力,但是由于钳子叶片和振动体在纵向可移动的连杆结构中连接到框架,以改进夹钳叶片的侧向支撑结构 夹钳刀片可以自由操作,支撑振动体的缓冲器被保护并且不被损坏,并且其耐久性大大提高。
    • 2. 发明申请
    • VIBRATION NIPPER FOR HEAVY MACHINERY
    • 重型机械振动钳
    • WO2011132914A3
    • 2012-04-05
    • PCT/KR2011002796
    • 2011-04-19
    • JO JAE-RYONGLEE JUNG HO
    • JO JAE-RYONGLEE JUNG HO
    • E02F5/32E02F3/96E02F5/30
    • E02F5/326
    • The present invention relates to a vibration nipper for heavy machinery, wherein a plurality of gears incorporated in a vibration main body and having eccentric weights are aligned in the vertical direction and generate vertical vibration while rotating. Provided is a vibration nipper for heavy machinery, comprising a vibration main body, which gears inside for rotating by a hydraulic motor are aligned in the vertical direction and disposed to be rotatable. The respective gears are mounted with eccentric weights for generating vertical vibration during the rotation of the gears. The vibration main body is mounted with a nipper blade at the lower portion thereof in the longitudinal direction of the vibration main body, so that the vibration main body may be inserted deep into the ground along with the nipper blade at the time of underground excavation. According to the present invention, it is possible to produce the vibration main body in narrower width than existing ones, so that a frame may be produced with reduced width. Therefore, even though the nipper blade is inserted into the ground, the vibration main body may be inserted deep into the ground along with the nipper blade, so that the depth of excavation may be deepen and the performance of excavation may be largely improved. In addition, according to the present invention, even though the nipper blade is applied with excavation resistance in the lateral direction from the ground when the nipper blade excavates the ground, the supporting structure of the nipper blade is improved in the lateral direction by connecting the nipper blade and the vibration main body via a link structure which is displaceable in the vertical direction with respect to the frame. Therefore, the operation of the nipper blade is free and a buffering member for supporting the vibration main body is protected from being damaged, exhibiting much improved durability.
    • 本发明涉及一种用于重型机械的振动钳,其中结合在振动主体中并具有偏心重物的多个齿轮在垂直方向上对齐并在旋转时产生垂直振动。 本发明提供一种用于重型机械的振动钳,包括振动主体,用于由液压马达旋转的齿轮内部在垂直方向上对齐并设置成可旋转。 各齿轮安装有偏心重物,用于在齿轮旋转期间产生垂直振动。 振动主体在振动主体的长度方向的下部安装有钳子叶片,使得振动主体在地下挖掘时可以与夹钳叶片一起深深地插入到地面中。 根据本发明,能够以比现有技术更窄的宽度制造振动主体,从而可以以较小的宽度制造框架。 因此,即使将钳子叶片插入到地面中,也可以将振动主体与钳子叶片一起深深地插入到地面中,从而能够深化挖掘深度,大大提高挖掘性能。 此外,根据本发明,即使当钳子刀片挖掘地面时,钳子刀片从地面沿横向方向施加挖掘阻力,通过将钳子刀片的支撑结构通过连接 钳子叶片和振动主体经由可相对于框架在垂直方向上移位的连杆结构。 因此,钳子叶片的操作是自由的,并且保护用于支撑振动主体的缓冲构件不被损坏,表现出大大改善的耐久性。