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新萄京8522比传统支架好在哪里

来源:     发表日期: 2019-04-16 16:06:39     浏览次数:次    
  经抗震加固后的建筑给水排水、消防、供暖、通风、空调、燃气、热力、电力、通讯等机电工程设施,当遭遇到本地区抗震设防烈度的地震发生时,可以达到减轻地震破坏,减少和尽可能防止次生灾害的发生,从而达到减少人员伤亡及财产损失的目的。机电新萄京8522是限制附属机电工程设施产生位移,控制设施振动,并将荷载传递至承载结构上的各类组件或装置。
  When mechatronic engineering facilities such as water supply and drainage, fire fighting, heating, ventilation, air conditioning, gas, heat, electricity and communication are encountered by earthquakes with seismic fortification intensity in the region, they can reduce earthquake damage, reduce and prevent secondary disasters as much as possible, so as to reduce casualties and property losses. Mechanical and electrical anti-seismic bracket is a kind of component or device that restricts the displacement of auxiliary mechanical and electrical engineering facilities, controls the vibration of the facilities, and transfers the load to the bearing structure.
  新萄京8522比传统支架好在哪里?
  What are the advantages of anti-seismic brackets over traditional brackets?
  1、传统的承重支架系统是以重力为主要荷载的支撑系统(传统重力支吊架仅承受竖向荷载);
  1. The traditional load-bearing bracket system is a support system with gravity as the main load (the traditional gravity bracket only bears vertical load).
  2、抗震支吊架主要承担管线水平方向的载荷
  2. Seismic support and hanger mainly bear the horizontal load of pipeline.
  1、传统的承重支架系统是以重力为主要荷载的支撑系统(传统重力支吊架仅承受竖向荷载)
  1. The traditional load-bearing bracket system is a support system with gravity as the main load (the traditional gravity bracket only bears vertical load)
  1)侧向摆动大,破坏临近设施,甚至脱落;
  1) Large lateral swing, destroying adjacent facilities, or even falling off;
  2)水平地震作用缺乏支撑结构;
  2) Lack of support structure for horizontal seismic action;
  2、抗震支吊架主要承担管线水平方向的载荷
  2. Seismic support and hanger mainly bear the horizontal load of pipeline.
                             澳门新萄京8522
  1)布设抗震支吊架,改变管线系统动力特性,由柔变刚,地震作用下响应明显变小;
  1) Setting up anti-seismic brackets and hangers to change the dynamic characteristics of pipeline system, from flexible to rigid, the response under seismic action is significantly reduced;
  2)改变抗震支吊架处的重力吊架的受力,进而改变其设计、选型、加劲、锚固等;
  2) Change the force of the gravity suspension at the anti-seismic support suspension, and then change its design, type selection, stiffening, anchorage, etc.
  3)抗震支吊架分纵向、横向支吊架,其受力、布设、锚固等涉及地震工程、结构工程、机械工程、给排水等多学科多领域知识。
  3) Anti-seismic support and hanger is divided into longitudinal and transverse support and hanger. Its stress, layout and anchorage are related to multi-disciplinary and multi-disciplinary knowledge of seismic engineering, structural engineering, mechanical engineering, water supply and drainage, etc.
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