首页> 外国专利> The process of vibro piles and sheet piling c using biharmonic vibrations and device for its realization

The process of vibro piles and sheet piling c using biharmonic vibrations and device for its realization

机译:利用双谐波振动的振动桩和板桩的施工工艺及其实现装置

摘要

1. A method for generating a non-harmonic oscillations for driving and extracting the pile elements and the tongue, characterized in that the duration of the loading and unloading phases are different due to the difference of the vibrator speed up and its speed down within one cycle of oscillation, which is achieved by rotating the pair of rollers with unbalance having a larger static torque at an angular velocity twice lower rotational speed with the unbalance shaft pairs having smaller static moment, while the ratio of static variables eskih different pairs of points is 8 and the initial phase setting unbalances different pairs of identical, or differ by 180 ° in different modes of plant operation that determines the difference speeds up or down within one tsikla.2. A method for generating nonharmonic vibrations for driving and extracting the pile elements and the tongue, characterized in that the magnitude of the driving force, generating downward movement and the magnitude of the driving force, generating upward movement vary within a single cycle of oscillation, which is achieved by rotating the pair of rollers with unbalance having greater static Currently with the angular velocity twice lower rotational speed with the unbalance shaft pairs having smaller static moment, the magnitude relationship of the static moments of different n ap is 16, and the initial phase position of the unbalanced masses with a large static torque to be different from the location of the phase unbalance smaller eccentric moment to 45 ° or by 135 ° in different modes of plant operation, which determines the direction of action greater driving force: up or down within a tsikla.3.
机译:1。一种产生非谐波振荡的方法,该非谐波振荡用于驱动和拔出桩元件和榫舌,其特征在于,由于振动器的加速和减速的差异,加载和卸载阶段的持续时间是不同的。振荡周期,这是通过使具有较大静态扭矩的不平衡滚轴对以角速度旋转两倍于较低转速的不平衡轴对具有较小的静态力矩的角速度旋转而实现的,而静态变量的比率为不同的点对对8和初始相位设置使同一对的不同对不平衡,或者在不同的工厂运行模式下相差180°,这决定了一个tsikla.2之内的上下差异速度。一种产生非谐波振动的方法,该非谐波振动用于驱动和拔出桩元件和舌头,其特征在于,产生向下运动的驱动力的大小和产生向上运动的驱动力的大小在单个振荡周期内变化,通过旋转具有较大静力的不平衡滚子对来实现。目前,角速度降低了两倍,而不平衡轴对具有较小的静力矩,不同n ap的静力矩的大小关系为16,并且初始相位具有较大静态转矩的不平衡质量的位置与相位不平衡的位置不同,在不同的工厂运行模式下,偏心力矩较小,偏心距为45°或135°,这决定了作用方向更大的驱动力:向上还是向下在tsikla 3。

著录项

相似文献

  • 专利
  • 外文文献
  • 中文文献
获取专利

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号