rubber damper造句

• Spacious and comfortable cab on high quality rubber damper
  驾驶室宽敞舒适，采用优质橡胶元件减振。
• Damping characteristics of thin metal rubber damper for aeroengine piping system
  用于管路的薄金属橡胶减振器的性能研究
• Testing and study of dynamic mechanics performance of the rubber materials for rubber damped wheel
  橡胶弹性车轮用橡胶材料的动态力学性能试验
• Cyclic test of laminated rubber damping bearing at low temperature and calculation of equivalent viscous damping ratio
  叠层橡胶隔震支座的低温往复试验及等效阻尼比推算
• Flexible sheets for waterproofing - plastic and rubber damp proof courses - definitions and characteristics ; german version en 14909 : 2006
  防水挠性薄板.塑料和橡胶防水进程.定义和特征
• Flexible sheets for waterproofing - plastic and rubber damp proof sheets including plastic and rubber basement tanking sheet - definitions and characteristics
  防水用薄板.包含塑料和橡胶底层制箱用薄板的塑料和橡胶防潮薄板.定义和特性
• Flexible sheets for waterproofing - plastic and rubber damp proof sheets including plastic and rubber basement tanking sheet - definitions and characteristics
  防水用软薄板.包含塑料和橡胶底层制箱用薄板的塑料和橡胶防潮薄板.定义和特性
• Flexible sheets for waterproofing - plastic and rubber damp proof sheets including plastic and rubber basement tanking sheet - definitions and characteristics ; german version en 13967 : 2004
  防水弹性薄板.包含塑料和橡胶底层制箱用薄板的塑料和
• This machine is comprised of screen box , vibration source and damper , vibrating frame and screen box are connected with 4 - 12 group soft rubber damp - ers fixed up and down , and the centrifugal force is generated therein , the floating ampli - tude is controlled by the damper , by which , material realizes a process of throw and lami - nation filtration downward , and therefore reach - ing the optimized grading and screening ef - fect
  本机由筛箱.振动源及减震器三大部分组成.振动机架与筛箱连接有4 - 12组软橡胶减震器上下固定,产生离心力,由震器控制浮动振幅,使物料有一个向下抛震和向下分层过滤的过程,从而达到最佳分级过筛的效果
• This paper presents an investigation on a new type of rubber damper , that is , a rubber damper with honeycomb structure . the honeycomb structure will enhance the energy dissipation of a rubber damper and as a result increase the damping of the damper . the performances of honeycomb dampers are experimentally tested by a test rig . the results show that the diameter and the density of holes of the honeycomb structure are important parameters in the design of the damper . for a damper of given size , there are optimum values of both parameters with which the damper provides highest damping . additionally the honeycomb structure does not change the correlation of damping to frequency . a practical honeycomb damper is designe d and applied to inlet pipe of a screw compressor in a petroleum factory for vibration reduction . the vibration of the pipe is obviously suppressed by the damper , at least 25 %
  本文采用理论分析和实验相结合的方法，研究了蜂窝孔这种结构因素对橡胶阻尼材料阻尼性能的影响。在自行设计、制作的悬臂式阻尼测试实验装置上，对蜂窝式橡胶阻尼器的阻尼性能进行了大量的实验测试，初步找出了蜂窝孔孔径、孔数以及预压缩量等因素与阻尼器阻尼性能的关系。本文利用实验研究的结论，设计了一种专用的蜂窝式橡胶阻尼器，并应用于某厂螺杆压缩机进口管道的减振，取得了明显的减振效果。
• In view of at present on the solid bridge the high - damping rubber dampers use the press capability of high damping rubber , the material utilization ratio is low , in this paper , the high damping rubber shearing damper has been put forward . by way of shearing capability trial of the high damping rubber damper test objects , the effects of laws concerning frequencies , temperatures and layer ' s thickness on the behavior of the damper are obtained ; and one kind of simple and convenient design method of high damping rubber shearing damper has put forward . finally high - damping rubber shearing damper is in simple comparison with viscous shearing damper
  鉴于目前实桥上高阻尼橡胶圈是利用的高阻尼橡胶的挤压性能，材料利用率低，本文提出了剪切型的高阻尼橡胶减振器，通过高阻尼橡胶减振器试件剪切性能试验，获得了频率、应变幅值，厚度等各种参数对高阻尼橡胶减振器试件的影响规律，并提出了一种简便的高阻尼橡胶剪切型拉索减振器的设计方法，最后并与粘性剪切型阻尼器做了简单比较。
• Based on analyzing the exploitation and applying of bridge bearing , aiming at the hotspot of bearing research , the paper introduces the isolation bearings " structure and working mechanism . the paper also brings forward a promising isolation bearing model - polysaccharid sliding rubber bearing + high damping rubber damper
  本论文在分析国内外桥梁支座开发应用现状的基础上，针对目前桥梁支座开发研究的热点，对现有减震支座的构造和工作机理做了简单的介绍。认为聚四氟乙烯滑板支座+高阻尼橡胶阻尼块分离式减震支座是一种很有发展前景的减震支座形式。