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我们的ACE缓冲器产品优势在哪里
来源: 点击数:497次 更新时间:2019/10/22 11:32:46

保护方便,我公司生产的隔膜式ACE阻尼器PVC材料的耐压为1.0MPa,不锈钢原料的耐压为2.5MPa,隔膜式ACE阻尼器的选择方法为每种的体积行程(乘以10毫升会产生使ACE减少90%的最小体积。气囊ACE阻尼器的优点是它可以承受更高的压力(我们公司生产的安全气囊ACE阻尼器的压力为31.5 MPa)。在安装减震缓冲器时,尽量不要用工具的压力来避免损坏减震器,安装时左右阻尼弹簧之间的间隙可能不均匀,从而使车身不平衡,因此在安装时要小心。介绍汽车保险杠的安装方法,首先,用千斤顶支撑车身,并用水冲洗弹簧,安装完成后,旋转汽车减震器阻尼器几次检查弹簧是否全部装入弹簧槽中;减震器的外缘是否被挡泥板砸碎;阻尼器是否重叠。由于硅油的综合能力,保险杠不需要额外的内部气体或机械弹簧即可将活塞杆返回到其原始位置。 Jarret缓冲器还提供可靠性,对温度变化的低敏感性以及高阻尼系数。 ACE的重工业(MA)系列缓冲器可在材料转移和产品移动过程中安全地保护重型机械和设备。
ACE缓冲区正在快速增长。特别是,具有50多年历史的液压粘滞阻尼器经过了广泛的实验,严格的检查,反复的论证,尤其是漫长的地震测试程序,之后才被美国结构工程界所接受。一种将仪表的可移动部分快速停止在稳定偏转位置的装置。在地震仪器中,阻尼器用于吸收振动系统的固有振动能量。 ACE无法实现碰撞,并且失去了通过碰撞进行阻尼的能力。此示例提醒我们,在ACE设计过程中,应考虑撞击器直径,颗粒阻尼器直径和ACE ID之间的匹配,以避免ACE中撞击器和颗粒堵塞。 1)粒子阻尼器的碰撞阻尼具有良好的阻尼性能。本文的实验结果表明,该非金属颗粒材料还具有良好的能量耗散性能,可以用作颗粒阻尼剂。该机制需要进一步研究。带颗粒阻尼器的碰撞ACE具有对不同尺寸的撞击器和不同材料类型的颗粒的良好适应性。此功能大大简化了用于颗粒阻尼器的碰撞ACE的设计和制造。在图2(e)中。尽管在[10]中给出了以上理论预测,但这些结果尚未得到实验验证。本文的实验结果与文献[10]中的理论分析结果一致,为等效参数法的正确性提供了有力的证明。 [10]的等参方法基于弹塑性分析,通常仅适用于金属材料。

ACE阻尼器是一种用于高层建筑的设备,可以应对地震并吸收冲击波。悬挂在建筑物主体上部的重达数百吨的大铁球通过传动装置穿过弹簧,液压装置吸收建筑物主体的振动并达到抗震的目的。 。在中国,设备ACE风门位于台北的101楼。台北101大楼是88-92楼的重达680吨的巨大钢球。 ACE阻尼器仅考虑结构本身的抗震性,不考虑内部设备。它占用更少的空间,沉降的空间以及对建筑物的实用性更差。将来可以根据需要改变方向。它可以提高建筑物的舒适度并保护内部设备。经济绩效差:通过增加结构截面和增加抗震加固能力,结果是截面越大,刚度越大,地震效果越大。湿工作量很小。施工时间短,节省了施工成本。 ACE阻尼器将建筑物的振动能量转换成热能吸收量。难以确保安全:由于地震的随机性,很难控制建筑物结构的损坏程度和砸碎的可能性。在地震的作用下,结构的加速度和速度回波比常规结构要小,可用于通过前方建筑物的地震工作来提高房屋的功能。适应性:允许建筑物在地震中受到一定程度的破坏。

Convenient protection, our company's diaphragm type ACE damper PVC material with a pressure of 1.0MPa, stainless steel raw material with a pressure of 2.5MPa, diaphragm type ACE damper selection method for each volume stroke (multiplied by 10 ml will Produces the smallest volume that reduces ACE by 90%. The advantage of the balloon ACE damper is that it can withstand higher pressures (the pressure of our airbag ACE damper is 31.5 MPa). When installing the shock absorber, try to Do not use the pressure of the tool to avoid damage to the shock absorber. The clearance between the left and right damping springs may be uneven during installation, which may make the body unbalanced. Therefore, be careful when installing. Introduce the installation method of the car bumper. First, use the jack. Support the body and flush the spring with water. After the installation is completed, rotate the car damper damper several times to check whether the spring is fully loaded into the spring groove; whether the outer edge of the damper is smashed by the fender; whether the dampers overlap. Due to the comprehensive ability of silicone oil, the bumper does not require additional internal gas or mechanical springs to return the piston rod to its original position. Jarret Buffer also offers Reliability, low sensitivity to temperature changes and high damping factor ACE's Heavy Industries (MA) series of buffers safely protects heavy machinery and equipment during material transfer and product movement.
The ACE buffer is growing rapidly. In particular, hydraulic viscous dampers with more than 50 years of history have undergone extensive experimentation, rigorous inspections, repeated demonstrations, especially long seismic testing procedures, and have since been accepted by the US structural engineering community. A device that quickly stops the movable portion of the meter in a stable deflection position. In seismic instruments, dampers are used to absorb the inherent vibrational energy of a vibrating system. ACE cannot achieve collisions and loses the ability to dampen by collision. This example reminds us that during the ACE design process, the match between the impactor diameter, particle damper diameter and ACE ID should be considered to avoid occlusion of the impactor and particles in the ACE. 1) The collision damping of the particle damper has good damping performance. The experimental results in this paper show that the non-metallic particulate material also has good energy dissipation performance and can be used as a particle damper. This mechanism requires further research. Collision ACE with particle damper has good adaptability to different sizes of impactors and particles of different material types. This feature greatly simplifies the design and manufacture of collision ACEs for particle dampers. In Figure 2(e). Although the above theoretical predictions are given in [10], these results have not been experimentally verified. The experimental results in this paper are consistent with the theoretical analysis results in [10], which provides a strong proof for the correctness of the equivalent parameter method. The isoparametric method of [10] is based on elastoplastic analysis and is usually only applicable to metallic materials.

The ACE damper is a high-rise building that can cope with earthquakes and absorb shock waves. A large iron ball weighing hundreds of tons suspended in the upper part of the main body of the building passes through the spring through a transmission device, and the hydraulic device absorbs the vibration of the main body of the building and achieves the purpose of earthquake resistance. . In China, the equipment ACE throttle is located on the 101st floor of Taipei. The Taipei 101 building is a huge steel ball weighing 680 tons on the 88-92 floor. The ACE damper only considers the seismic resistance of the structure itself, regardless of internal equipment. It takes up less space, settles space and is less practical for buildings. In the future, you can change direction as needed. It improves the comfort of the building and protects the internal equipment. Poor economic performance: By increasing the structural section and increasing the seismic strengthening capability, the result is that the larger the section, the greater the stiffness and the greater the seismic effect. The wet workload is small. Short construction time saves construction costs. The ACE damper converts the building's vibrational energy into thermal energy absorption. It is difficult to ensure safety: due to the random nature of the earthquake, it is difficult to control the degree of damage to the structure of the building and the possibility of smashing. Under the action of the earthquake, the acceleration and velocity echoes of the structure are smaller than the conventional structure, and can be used to improve the function of the house through the seismic work of the front building. Adaptability: Allows buildings to be damaged to some extent during an earthquake.


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