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Directory:
01. Overview of the Luban Prize
02. Project overview
03. Target perception
04. Avoid problems
Overview of the Luban Prize
China Construction Engineering Luban Award (National Quality Project) is an award guided by the Ministry of Housing and Urban-Rural Development of the People's Republic of China and selected by the China Construction Industry Association. Founded in 1987, the award is the highest honor award for engineering quality in the domestic construction industry. As the highest honor award for engineering quality in the national construction industry, the Luban Prize is awarded once a year (since 2010-2011, it will be reviewed once a year and awarded once every two years) to enterprises that have created first-class projects.
The connotation and essence of the quality of the "Luban Prize" - the safety of the structure, the reliability of the function, the balance of quality, the scientificity of management, the advancement of technology, the fineness of construction, and the aesthetics of perception.
Winning the Luban Award is the highest honor in the field of construction, reflecting the quality, safety, green, technological innovation and other all-round management level of the entire enterprise, the entire project and the entire team.
Basic Requirements:
As a high-quality project, the Luban Award project should be a "four fine" project, that is, through careful design, careful planning, careful management, and careful construction, to create a more perfect construction project.
The Luban Prize project is based on the current effective norms and standards and process design, through the management mode of full participation, through the strict control of the pre-planning process, scientific organization and management, and the careful operation of all process projects, and finally to achieve excellent internal quality and exquisite and delicate appearance effect of the project.
High-quality engineering is advanced and reasonable design, novel and beautiful shape, perfect function, no permanent quality defects, high technical content, can withstand macro and micro inspection, and can withstand the test of time, users are very satisfied, and by the relevant institutions of inspection, acceptance, relevant associations (quality supervision station) selection of excellent engineering.
Characteristics of quality engineering
A high-quality project is a first-class project with first-class design and construction quality, and it must be a project that is strong inside and beautiful outside, and meets the use function.
Internal Strength: The structure quality is solid, the foundation is reliable, and there are no potential safety hazards.
The appearance of the appearance is of good quality, giving people the enjoyment of beauty.
A high-quality project is a project that can withstand strict inspection, and it must withstand a distant and close view, a microscopic inspection, and a fine handling of details.
High-quality projects must stand the test of time, and must be tested by the use of a winter rainy season a year, and there can be no unevenness, settlement, cracking, deformation, peeling, discoloration and other defects.
High-quality projects are users, and they are very satisfied with socially recognized projects.
Quality engineering should not have fatal quality defects
There are relatively few quality defects
The nature of the quality defect is not serious, and it does not affect the structural safety and the use function
A high-quality project is a high-tech project
Be meticulously crafted
It is necessary to promote the application of four new technologies, BIM technology, patents, and construction methods
High-quality projects should adhere to the four sections and one environmental protection and reflect green construction
Make full use of BIM technology and follow the principle of BIM pipeline integration.
The general principle: small let big, there is pressure to let no pressure, no slope requirements let there be slope requirements. Air duct is the mainstay, bridge frame is secondary, water pipe is supplemented, all kinds of pipelines are preferred to be arranged horizontally and compactly, and when there is no condition to arrange up and down, follow the principle of wind and electricity and underwater layout.
Among them, the principle of pipeline arrangement in the equipment room should be in line with the system operation process, avoid pipeline crossing, electricity on and underwater, water pipes do not cross the electrical cabinet or take waterproof measures, valves, filters and other operations are convenient, the pressure gauge thermometer is facing correctly, the elevation of the pipeline components in rows is consistent, and the pipelines are laid in rows and lines, which does not affect indoor lighting.
The original version is 72 pages, only the first 50 pages are displayed due to space limitations, selected from the permanent member database of the electromechanical world, if you want to know about VIP services, please pay attention to this private message reply: VIP. Click here to learn:
[Detailed introduction of permanent members of the electromechanical world, one-click download of the 9T electromechanical technology database, click to learn more!]