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山东新萄京8522与普通支架有什么区别

来源:     发表日期: 2019-03-28 17:02:28     浏览次数:次    
机电新萄京8522的技能核心:机电新萄京8522措施的设置,应根据设防烈度、修建使用功用、房子高度、结构类型和变形特征、隶属设备所处的方位和工作要求等,按相关专门规范的要求经归纳剖析后确认.所以,机电抗震是一项技能严谨的体系解决计划,每个项目都有不同的技能特性,其规划计划也是不同的.机电抗震需求科学严谨的技能计划,并配合成熟的配套产品,才能为机电体系供给全面的维护,然后,到达与修建物抗震设防要求同步的效果.
The technical core of mechanical and electrical anti-seismic support: the setting of measures for mechanical and electrical anti-seismic support should be confirmed after induction and analysis according to the requirements of relevant special specifications, according to the intensity of fortification, the function of construction and use, the height of house, structural type and deformation characteristics, the location and working requirements of subordinate equipment, etc. Therefore, mechanical and electrical anti-seismic support is a well-skilled system solution plan, and each project has its own characteristics. The planning plan is different for different skill characteristics. The scientific and rigorous skill plan of mechanical and electrical anti-seismic demand and mature matching products can provide comprehensive maintenance for mechanical and electrical system, and then achieve the effect of synchronizing with the requirements of building anti-seismic fortification.
机电新萄京8522的基本原理:通过对机电管线及设备的地震力进行计算,并对管线及设备与组织体的衔接进行抗震加固并对其进行抗震验算,使机电管线及设备与修建结构体树立牢靠衔接,可将机电管线及设备承受的地震效果全部传递到结构体上,使其遭遇到设防烈度的地震影响后能敏捷康复工作,从而到达尽快康复修建物使用功用的意图.
The basic principle of mechanical and electrical anti-seismic bracket: By calculating the seismic force of mechanical and electrical pipelines and equipment, and strengthening the connection between pipelines and equipment and organizational body, and checking the anti-seismic calculation, the mechanical and electrical pipelines and equipment are firmly connected with the building structure, and the seismic effect of mechanical and electrical pipelines and equipment can be transmitted to the structure entirely, so that it encounters strong fortification. The degree of earthquake can make the rehabilitation work more agile, so as to achieve the intention of using the function of the rehabilitation building as soon as possible.
新萄京8522是约束隶属机电工程设备发作位移,操控设备振荡,并将荷载传递至承载结构上的各类组件或设备.经抗震加固后的修建给水排水、消防、供暖、通风、空调、燃气、热力、电力、通讯等机电工程设备,当遭遇到本地区抗震设防烈度的地震发作时,能够到达减轻地震损坏,减少和尽可能避免次生灾祸的发作,然后到达减少人员伤亡及财产损失的意图.机电新萄京8522是约束隶属机电工程设备发作位移,操控设备振荡,并将荷载传递至承载结构上的各类组件或设备.
Anti-seismic bracket is a kind of component or equipment that restrains the displacement of the mechanical and electrical engineering equipment subordinate to the earthquake, controls the oscillation of the equipment, and transfers the load to the bearing structure. After seismic strengthening, the construction of mechanical and electrical engineering equipment, such as water supply and drainage, fire fighting, heating, ventilation, air conditioning, gas, thermal, electric power and communication, can be reached when encountering the earthquake attack of seismic fortification intensity in the region. Reducing earthquake damage, reducing and avoiding the occurrence of secondary disasters as far as possible, and then reaching the intention of reducing casualties and property losses. Mechanical and electrical anti-seismic bracket is to restrain the occurrence displacement of mechanical and electrical engineering equipment, control the oscillation of equipment, and transfer the load to various components or equipment on the bearing structure.
修建机电工程:修建机电工程是修建工程中的重要组成部分,首要包括供排水体系抗震支吊架、供电体系抗震支吊架、空调通风体系抗震支吊架、弱电体系抗震支吊架、消防体系抗震支吊架、智能体系抗震支吊架六个方面.机电工程质量直接影响着修建工程的整体质量,包括运转效果,节能与否以及修建物真正投入使用中时是否实用.
Construction of mechanical and electrical engineering: The construction of mechanical and electrical engineering is an important part of the construction project, which mainly includes six aspects: anti-seismic support suspension of water supply and drainage system, anti-seismic support suspension of power supply system, anti-seismic support suspension of air conditioning and ventilation system, anti-seismic support suspension of weak electric system, anti-seismic support suspension of fire fighting system and anti-seismic support suspension of intelligent system. Quantity, including operation effect, energy saving or not, and whether the building is practical when it is put into use.
修建机电抗震:指的是管道、风道、电缆桥架等机电设备的规划抗震,在规范颁布之前,国内关于机电设备的维护,沿用的都是承重支撑体系,首要起到承重的效果,基本上是没有考虑抗震规划,给体系安全带来很大的隐患.其抗震支撑的首要意图就是安全,即把地震所造成的生命与财产损失减少到低程度,通俗地来讲,这类产品我们又称之为抗震支吊架.
Seismic resistance of construction machinery: refers to the planning and aseismic resistance of mechanical and electrical equipment such as pipelines, ducts, cable bridges, etc. Before the promulgation of the code, the maintenance of mechanical and electrical equipment in our country is based on load-bearing support system, which has the primary effect of bearing load. Basically, aseismic planning has not been taken into account and brings great hidden dangers to system safety. The primary purpose of aseismic support is safety, i.e. to control the area. The loss of life and property caused by earthquakes has been reduced to a minimum. Generally speaking, this kind of product is also called aseismic support and hanger.
新萄京8522与传统固定支架的区别
The Difference between Anti-seismic Support and Traditional Fixed Support
1、传统的承重支架体系是以重力为首要荷载的支撑体系(传统重力支吊架仅承受竖向荷载)
1. The traditional load-bearing bracket system is the support system with gravity as the primary load (the traditional gravity bracket only bears vertical load)
1)侧向摇摆大,损坏临近设备,甚至掉落;
1) Large lateral swing, damage to adjacent equipment, or even drop;
2)水平地震效果缺乏支撑结构;
2) Lack of support structure for horizontal seismic effect;
2、抗震支吊架首要承担管线水平方向的载荷
2. Seismic Support and Suspension Bear the Load in Horizontal Direction of Pipeline
1)布设抗震支吊架,改变管线体系动力特性,由柔变刚,地震效果下呼应显着变小;
1) Setting up anti-seismic brackets and hangers to change the dynamic characteristics of pipeline system, from flexible to rigid, the seismic response becomes significantly smaller;
2)改变抗震支吊架处的重力吊架的受力,从而改变其规划、选型、加劲、锚固等;
2) Change the force of the gravity suspension at the anti-seismic support suspension, so as to change its planning, type selection, stiffening, anchorage, etc.
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3)抗震支吊架分纵向、横向支吊架,其受力、布设、锚固等触及地震工程、结构工程、机械工程、给排水等多学科多领域常识。
3) Anti-seismic support and hanger is divided into longitudinal and transverse support and hanger. Its stress, layout and anchorage touch the common knowledge of seismic engineering, structural engineering, mechanical engineering, water supply and drainage, etc.
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