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Basic requirements and methods of interior color design To solve the relationship between colors is the center of color composition. The indoor color can be divided into many levels. The color relationship is complicated with the increase of levels, and simplified with the decrease of levels. The relationship between different levels can be considered as background color and key color respectively. The background color is often used as the color of a large area, and the key color is often used as the color of a small area -
Methods and procedures of interior design 1、 The method of interior design The method of interior design is mainly analyzed from the thinking method of the designer, which mainly includes the following points: 1. Focus on the big picture, start with the details, and thoroughly consider the big picture and the details, which are the basic points that should be considered in interior design as described in Chapter 1. In this way, the starting point for thinking about problems and starting design is high, -
Installation and construction design of indoor fire pipeline and equipment The pipes of the fire hydrant system shall be selected according to the design requirements. Generally, carbon steel pipes or seamless steel pipes shall be used. The pipes shall not be bent, rusted, double skinned or uneven. 1.1.2 The specifications and models of gate valve, butterfly valve, check valve, fire hydrant box, fire hydrant, water pump adapter and other main components in the fire hydrant system shall meet the design requirements, with complete accessories and casting -
Contents, classification and methods of interior design Compared with traditional interior decoration, modern interior design, also known as interior environment design, involves more aspects, more relevant factors and more in-depth content. -
Pei's design method and enlightenment I.M. Pei, one of the most important architects of this century, runs through a mysterious line behind his remarkable architecture, which is the unique design method of Pei. Division of labor in design -
On Pei's Design Method I.M. Pei, one of the most important architects of this century, runs through a mysterious line behind his remarkable architecture, which is the unique design method of Pei. -
Fire fighting design for interior decoration of a school building The building nature of this project is a comprehensive building. The building is a Class I high-rise building according to the Code for Fire Protection Design of High rise Civil Buildings. The fire resistance rating of the building is Grade I, the seismic fortification intensity is Grade 6, the indoor environmental pollution control of the building is classified as Class II, and the structural system is a reinforced concrete frame shear wall structure. -
Design Skills and Calculation Methods of Interior Lighting At present, there are several commonly used indoor lighting modes. According to the spatial distribution of luminous flux of lamps and the installation mode of lamps, there are five indoor lighting modes: direct lighting; Semi direct lighting; Indirect lighting; Semi indirect lighting; Diffuse lighting mode; Layout form of lighting. -
Summary of seismic design methods Summary of seismic design methods Main contents: seismic design method I: design method based on bearing capacity Seismic design method II: design method based on bearing capacity and structural assurance ductility Seismic design method III: design method based on damage and energy Seismic design method IV: capacity design method Seismic design method V: design method based on performance/displacement -
Indoor fire pipeline and equipment installation organization design scheme This process standard is applicable to pipeline and equipment installation works of indoor automatic fire sprinkler system and fire hydrant system in civil and general industrial buildings. -
Construction organization design of indoor water supply and drainage, fire fighting and automatic alarm system/ 1.1 Project overview 1.1.1 Project name: xx indoor water supply and drainage, fire fighting and automatic alarm system project. 1.1.2 Project location: xx. 1.1.3 Construction unit: xx company. 1.1.4 General contractor: xx. -
Construction organization design of indoor water supply and drainage, fire fighting and automatic alarm system, Function halls and conferences; Room, office, coffee shop, private room, exchange room, air-conditioning room, power transformation and distribution room, pump room and other equipment rooms. The fire resistance rating of buildings is Grade I. 1.1.7 Project content: indoor domestic water supply, drainage, fire water supply, automatic fire alarm and fire broadcast, gas fire extinguishing, fire doors and fire rolling shutters in exhibition center and conference center -
Construction organization design of an indoor water supply and drainage fire fighting and automatic alarm system According to the requirements of the bidding documents, the project must be completed within 108 days. The construction period is tight and the task is heavy. One of the key points of the project is how to take scientific methods to effectively plan, organize, coordinate and manage the project through the input of manpower, material resources and funds and various assurance measures to ensure that the project is completed on schedule. -
Construction organization design of indoor water supply and drainage, fire fighting and automatic alarm system/ 1.1 Project overview 1.1.1 Project name: xx indoor water supply and drainage, fire fighting and automatic alarm system project. 1.1.2 Project location: xx. 1.1.3 Construction unit: xx company. 1.1.4 General contractor: xx. -
Construction organization design of indoor water supply and drainage, fire fighting and automatic alarm system Construction organization design of indoor water supply and drainage, fire fighting and automatic alarm system Construction organization design of indoor water supply and drainage, fire fighting and automatic alarm system -
Construction organization design of an indoor water supply and drainage, fire protection and automatic alarm system This document is the construction organization design of indoor water supply and drainage, fire fighting and automatic alarm system. The content is detailed and can be used for reference. -
Construction organization design of indoor water supply and drainage, fire fighting and automatic alarm system Indoor water supply and drainage, fire fighting and automatic alarm system construction organization design Indoor water supply and drainage, fire fighting and automatic alarm system construction organization design Indoor water supply and drainage, fire fighting and automatic alarm system construction organization design -
Installation and construction organization design of indoor gas fire extinguishing system 2.2 Equipment and materials: 2.2.1 The selection of main equipment and materials of the fire gas extinguishing system shall comply with 6-1 "General Requirements for Fire Engineering Installation". 2.2.2 Main equipment: extinguishing agent storage container and system components include one-way valve, container valve, selector valve, valve drive device, nozzle, etc. These system components shall be subject to national quality supervision -
Construction organization design of indoor water supply and drainage, fire fighting and automatic alarm system 1.1 Project overview 1.1.1 Project name: xx indoor water supply and drainage, fire fighting and automatic alarm system project. 1.1.2 Project location: xx. 1.1.3 Construction unit: xx company. 1.1.4 General contractor: xx. 1.1.5 Project scale: the total building area is about 40800m2, including -
Organization design scheme for installation of indoor fire protection pipeline and equipment in a residential area in Wuhan Fire sprinkler pipes shall be selected according to the design requirements. Generally, galvanized carbon steel pipes and pipe fittings shall be used. The inside and outside of the pipe wall shall be galvanized evenly, without rust, burrs, parts without bias, square thread, incomplete thread, inaccurate angle, etc -
The latest construction organization design of indoor water supply and drainage, fire fighting and automatic alarm system This document is the construction organization design of indoor water supply and drainage, fire fighting and automatic alarm systems, including: main contents: the total building area is about 40800 ㎡, of which the conference center is Block A, with an area of about 22000 ㎡, a total of four floors (two floors with local mezzanine), and the building height is 21.7 meters; The exhibition center is Block B, with an area of 18800 ㎡ -
Selected construction organization design of indoor water supply and drainage, fire fighting and automatic alarm system Project scale: the total building area is about 40800m2, of which the conference center is Block A, with an area of about 220 million m2, four floors in total (two floors with partial mezzanine), and the building height is 21.7m; The exhibition center is Block B, with an area of 18800m2, three floors in total, and a building height of 21.7m, -
Construction organization design of indoor fire pipeline and equipment installation process The specification and type of fire hydrant box shall meet the design requirements, and the box surface shall be flat and smooth. The metal box shall be free of rust and scratch, and the door shall be opened flexibly. The box is square and complete with accessories. The plug valve is regular in appearance, free of cracks, flexible in opening and closing, tight in closing, intact in sealing filler, and provided with factory certificate. -
Construction organization design text of indoor water supply and drainage, fire protection and automatic alarm system Project name: xx Indoor Water Supply and Drainage, Fire Fighting and Automatic Alarm System Project. The area is about 40800 m2, of which the conference center is Block A, with an area of about 220 million m2, four floors in total (two floors with partial mezzanine), and the building height is 21.7 meters; The exhibition center is Block B, with an area of 18800m2, three floors in total, and a building height of 21.7m, -
Construction organization design of indoor water supply and drainage, fire fighting and automatic alarm system The project is located in the administrative and commercial center of XX District, and many key projects are under construction. Therefore, the requirements for safe and civilized construction on the site and for the mobilization of materials and equipment must be very strict. In order to establish our brand image, it will inevitably put forward high requirements and challenges for the comprehensive management level of the project site construction. -
Indoor Lighting Design Skills and Scientific Calculation Methods At present, there are several commonly used indoor lighting modes. According to the spatial distribution of luminous flux of lamps and the installation mode of lamps, there are five indoor lighting modes -
Construction organization design of indoor water supply and drainage, fire fighting and automatic alarm system The facilities are complete and the decoration standard is high. On the premise of achieving high quality, the project must also ensure the reliability and safety of the use of building facilities, and ensure the overall beauty and coordination of building, decoration and installation. We set a high standard for the quality of the project and strive to create a provincial model project. Therefore, how to plan, organize and construct scientifically and rationally will be the most important -
Organization design scheme of an indoor water supply and drainage fire protection and automatic alarm system According to the requirements of the bidding documents, the project must be completed within 108 days. The construction period is tight and the task is heavy. One of the key points of the project is how to take scientific methods to effectively plan, organize, coordinate and manage the project through the input of manpower, material resources and funds and various assurance measures to ensure that the project is completed on schedule. -
Construction organization design of indoor water supply and drainage, fire fighting and automatic alarm system 13.1.1 Preparation for completion acceptance a. Work plan for self inspection and self-evaluation of project quality shall be formulated while professional system commissioning is carried out. b. The project manager and the technical director shall organize professional construction workers, teams and the company's quality and safety department to comprehensively check the quality of the project in accordance with the relevant national acceptance standards, assess the grade, and do a good job in product protection for the acceptance of the completed project -
Detailed construction organization design of indoor water supply and drainage fire protection and automatic alarm system This document is about the construction organization design of indoor water supply and drainage fire fighting and automatic alarm system, and the indoor water supply and drainage, fire fighting and automatic alarm system project. The total building area is about 40800 square meters, of which the conference center is Block A, with an area of about 220 million m2, four floors in total (two floors with local mezzanine), and the building height is 21.7 meters; The exhibition center is Block B, with an area of 188 -
Case analysis of plant fire protection design Designed according to foreign fire protection standards, exchange of domestic fire protection regulations with foreign standards -
Fire Protection Design Manual 2007.08.27 All kinds of design data of a complete set of automatic fire alarm and control products consisting of various fire alarm controllers, manual control panels, gas fire extinguishing panels, floor displays, smoke and temperature detectors, input and output modules, manual fire alarm buttons, fire hydrant buttons, short circuit isolators, repeaters, etc. -
Example of indoor construction organization design Preparation Description II. Project Overview III, Project Content IV, Construction Environment and Site Conditions V, Construction Period Requirements Chapter II Construction Organization Deployment I, Logistics Office Organization Deployment II, Construction Organization Management Organization III, Construction Schedule and Management IV, Division of Construction Flow Segments V, Management of Planned Duration VI, Arrangement of Production Facilities VII, Labor Safety -
Development of structural seismic design methods The development history of structural seismic design methods is a process of deepening the understanding of earthquake action and structural seismic capacity. The review of the development history of structural seismic design methods is helpful to the understanding of structural seismic principles. Structural seismic design methods have gone through static method, response spectrum method, ductility design method, capacity design method, limit design method based on energy balance, and loss based design method -
Design Principles of Interior Color - Thesis Basic principles of interior design color. -
Analysis as a learning design method [Abstract] This paper focuses on the relationship between design analysis and design teaching in the field of architectural education. The author reviews the development of design analysis as a strategic approach to learning design, and briefly expounds the main points of design analysis.
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one Fire separation design method -
two Fire sprinkler design method -
three Design method of fire mask -
four Design method of fire water supply -
five High rise fire protection design method -
six Fire drainage design method -
seven Hotel fire protection design method -
eight Design method of residential fire protection