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  • 实验室设计做好这六个方面,才能是好的设计?
    来源:http://www.jnyhrs.com 浏览: 发布日期:2021-06-01
    实验室改造设计要完善六个方面,才能保证的实验室的装修设计达到标准,也才能算得上是好的实验室改造设计。那么,设计的是什么?
    The laboratory decoration design should be improved in six aspects to ensure that the decoration design of the laboratory can reach the standard and be regarded as a good laboratory decoration design. So, what's the point of design?
    一:平面设计
    1: Graphic design
    重要的问题是安全实验室的设计,这在图形设计尤为重要,既要确保实验室通风流畅,逃生通道打开。在实验室和仪器表从墙上脱落的板凳有间距40厘米的,替补必须过道通往走廊,事故为了撤离后的工作人员。
    The important problem is the design of safety laboratory, which is particularly important in graphic design. It is necessary to ensure that the laboratory ventilation is smooth and the escape passage is open. In the laboratory and instrument table, there is a distance of 40 cm between the stools falling off from the wall, and the substitute must go through the aisle to the corridor, in order to evacuate the staff after the accident.
    二:单台结构功能设计
    2: Structural and functional design of single station
    在实验室研究设计发展阶段,单台结构系统功能不同可分为3部分学生进行,即:实验台、仪器台、功能柜。其中,实验台分为学习物理实验台、化学实验台、生物实验台3类。仪器台用于检测仪器技术分析我们实验室,其承重能力需要企业达到500Kg以上。功能柜有全木、钢木2种,其主要作用是提高服务、储存,主要管理功能是安全、等问题。
    In the development stage of laboratory research and design, the function of single structure system is different, which can be divided into three parts: experimental platform, instrument platform and function cabinet. Among them, the experimental platform is divided into learning physics experimental platform, chemical experimental platform and biological experimental platform. The instrument platform is used for the technical analysis of testing instruments. The load-bearing capacity of our laboratory needs the enterprise to reach more than 500kg. There are two kinds of function cabinets: full wood and steel wood. Their main functions are to improve service and storage. Their main management functions are safety and environmental protection.
                                  实验室装修
    三:给排水系统设计
    3: Water supply and drainage system design
    由于不同性质的供水和排水的,实验室排水系统大致分为两种类型,即:实验排水。进行研究实验室设,实验室给排水的供水水嘴为急流水嘴、缓流水嘴,排水系统则是废水排入废水以及处理站,经过数据处理后排入管网。日常给排水参考建筑,排水设计则是废水直接排入城镇居民生活环境污水管网。
    Due to the different nature of water supply and drainage, the laboratory drainage system can be roughly divided into two types: experimental drainage. In the design of research laboratory, the water supply nozzles of water supply and drainage in the laboratory are rapid flow nozzle and slow flow nozzle, and the drainage system is that the wastewater is discharged into the wastewater treatment station, and then discharged into the pipe network after data processing. Daily water supply and drainage refer to buildings, and the drainage design is that the wastewater is directly discharged into the sewage pipe network of urban residents' living environment.
    四:电控系统设计
    4: Design of electronic control system
    这是实验室的基本系统之一,通常用电分为两部分:照明用电,动力用电。 其中,实验室照明用电采用照明用电,动力用电用于各类仪器设备,电梯,空调等供电。
    This is one of the basic systems of the laboratory. The electricity consumption is usually divided into two parts: lighting and power. Among them, lighting power is used for laboratory lighting, and power is used for power supply of various instruments, elevators, air conditioners, etc.
    实验室的电源应为交流及直流电源,插座应为单相及三相电源,并附有漏电保护开关、过载保护开关及稳压要求。如果有仪器分析实验室,应该有抗电磁干扰、接地和电磁。
    The power supply of the laboratory shall be AC and DC power supply, and the socket shall be single-phase and three-phase power supply with leakage protection switch, overload protection switch and voltage stabilizing requirements. If there is an instrument analysis laboratory, there should be anti electromagnetic interference, grounding and electromagnetic protection.
    五:送风系统设计
    5: Design of air supply system
    实验项目需要使用的气体的有四种,即:不可燃气体(氩,氦等),可燃气体,助燃气体。这些气体通过管道进入实验室,从而使必须在线密封。
    There are four kinds of gases that need to be used in the experimental project, namely: non combustible gas (argon, helium, etc.), combustible gas and combustion supporting gas. The gas is piped into the laboratory, making it necessary to seal online.
    六:排风系统设计
    6: Design of exhaust system
    实验研究项目有可能发展产生一些有害气体,因此排风至关重要。实验室进行设计的排风系统结构设计我们既要保证安全,又要节能。具体情况来说,排风设备主要包括:通风柜、原子吸收罩、万向排气罩、吸顶式排气罩、台上式排气罩等。
    The experimental research project may produce some harmful gases, so the exhaust is very important. We should not only ensure safety, but also save energy. Specifically, the exhaust equipment mainly includes: fume hood, atomic absorption hood, universal hood, ceiling hood, platform hood, etc.