Is it a patented technical scheme?
Question 2: What should be included in the activity plan? 5. The purpose, scope, time, content, procedure (method), organization, requirements, summary (reward), etc.
Question 3: What does a complete e-commerce website solution include? Solutions for e-commerce websites usually include the following five aspects:
1. First, realize online transactions and services. Expanding and integrating business through Internet platform is the only way to accelerate development. By updating management concepts, optimizing business processes and reducing management costs, we can achieve more comprehensive, timely and effective monitoring, analysis and utilization of the sales system. 2. Realize multi-point information interaction. Based on the internal network of the enterprise, it makes full use of the coverage ability of the network to connect all branches of the enterprise, establish a nationwide internal information exchange and resource sharing network, and closely combine the business process and management process of the enterprise. 3. Establish a complete trading system. From the first contact with customers, we will effectively manage business links such as business opportunities, negotiations, contracts, products, ordering, transportation and delivery. , help enterprises control the business process of sales business, improve market sales, effectively reduce channel costs and improve corporate profitability. 4. Supported by complete warehousing and logistics management. Flexible, simple and easy-to-manage warehousing and logistics system is the basic requirement of enterprise distribution system management. Reasonable warehousing management can help enterprises effectively organize goods supply, adjust the time difference between product purchase and sale, ensure market demand, reduce total inventory and reduce capital occupation. 5. Strengthen customer relationship management. Through business process, collect the basic information and complete business process information of end customers and middlemen, and analyze them regularly to provide customers with complete full-process services during the life cycle of purchased products.
Question 4: What does the special construction plan include? (1) earthwork excavation.
1, earthwork excavation of foundation pit (ditch, trough) with excavation depth of more than 3m;
2. Earthwork excavation of foundation pits (ditches and troughs) with complicated geological conditions and surrounding environment;
3. Drilling and blasting engineering.
(2) Foundation pit supporting engineering
1, foundation pit (ditch, trough) supporting works with excavation depth of more than 3m;
2, geological conditions and surrounding environment complex foundation pit (ditch, trough) supporting engineering.
(3) Foundation pit dewatering engineering
1, it is necessary to adopt a foundation pit project with artificial water level reduction and excavation depth of 3m or more;
2. Need to use artificial to reduce the water level, geological conditions and complex surrounding environment of foundation pit engineering.
(4) formwork engineering and supporting system
1, tool template engineering, including sliding mode, climbing mode, flying mode, large template, etc.
2, concrete formwork support project
(1) The erection height is more than 5m;
(2) The erection span is more than 10m;
(3) The total building load 10kN/m2 and above;
(4) concentrated line load 15kN/m and above;
(5) The height is greater than the horizontal projection width of the bracket and relatively independent, without structural connection.
3, used for steel structure installation and other load-bearing support system engineering.
(5) Scaffolding engineering
1, floor-standing steel pipe scaffold;
2. Connect the lifting scaffold;
3. Cantilever scaffolding;
4. Hanging basket for aerial work;
5. Self-made unloading platform and mobile operating platform;
6, new special scaffolding.
(6) Lifting and hoisting works
1. Unconventional lifting equipment and methods, single lifting weight 10kN and above lifting projects;
2, the use of lifting machinery and equipment for installation engineering.
(seven) lifting machinery and equipment disassembly project
1. Installation, disassembly and jacking of tower crane;
2. Installation and disassembly of the construction elevator;
3. Installation and disassembly of the material hoist.
(8) Demolition and blasting engineering
1. Demolition of buildings and structures;
2. Demolition by blasting.
(9) Other dangerous projects.
1, building curtain wall installation project;
2. Prestressed structure tensioning project;
3, steel structure and grid engineering;
4, cable-membrane structure installation project;
5, underground excavation, tunnel, pipe jacking construction and underwater operation engineering;
6. Offshore pile foundation engineering;
7. Manual hole-digging belled pile project;
8. The adoption of new technologies, new processes, new materials and new equipment may affect the project quality and construction safety, and there are partial projects without technical standards, as well as other projects that need to prepare special plans.
Compilation content: Except as specified in the engineering construction standards, the special plan shall mainly include the following contents.
(1) Project profile: profile, construction layout, construction requirements and technical guarantee conditions of sub-projects with high risks.
(2) Compilation basis: the contents or provisions of laws, regulations, normative documents, standards and specifications, and the names of technical documents such as construction organization (general) design, survey design and drawings.
(3) Construction plan: including construction progress plan and material and equipment plan.
(4) Construction technology: technical parameters, process flow, construction method, inspection and acceptance, etc.
(5) Construction safety guarantee measures: organizational guarantee, technical measures, emergency plan, monitoring and monitoring, etc.
(6) Labor organization: full-time safety production management personnel and special operations personnel.
(seven) calculation and related drawings and charts.
The Safety Inspection Standard for Construction Continuous Operation stipulates that a special safety continuous operation organization design (scheme) must be prepared separately for projects with strong professionalism.
Name of Chinese entry: "Safety Inspection Standard for Construction Workers" stipulates which professional projects must be independently prepared for special safety worker organization design (scheme).
English entry name:
(1) Scaffolding and unloading platform
1 floor-standing external scaffold construction scheme.
2. Construction scheme of unloading platform (including design and calculation) (floor-standing and cantilever type).
3 cantilever scaffold construction scheme (including design calculation).
4. Portal scaffold construction scheme (including superelevation design calculation).
5. Construction scheme of hanging feet and hands (including design calculation).
6 hanging basket foot hand leveling scheme (including design calculation).
7 Special construction organization design (including design and calculation) of attached lifting scaffold.
(2) Construction scheme of foundation pit support (the depth of foundation pit exceeds 5M, including supporting structure).
(3) Formwork engineering design scheme (including supporting system design calculation and concrete transportation safety measures).
(4) Power consumption for construction ... >>
Question 5: What does a complete design plan contain? A complete design scheme generally includes the following contents:
Concept and general description of scheme design;
Professional articles on architecture, structure, water, electricity, sanitation, refrigeration and heating, equipment, transportation, fire protection, environmental protection, building energy saving, intelligence and so on;
Perspective, general plan, vertical layout, traffic flow analysis and main road plan, plan, elevation, landscape greening layout, scheme evolution and comparative analysis. .......
Design main technical and economic indicators;
Investment estimation (budgetary estimate) table;
Design cycle and quality assurance measures ...........
Question 6: What 1 and cover pages does a complete project plan include?
This is an easily overlooked part. Many organizations think that content is more important than form. In fact, form can express content better.
2. Project Summary (General)
This is the most important part, and it is also the part that readers read and browse first.
3. Project background, existing problems and requirements
In this part, you need to introduce the existing problems in detail and why you want to design this project to solve these problems.
Generally speaking, this part includes the following main information: * Project scope (problems and events, beneficiary groups);
* Macro and social environment leading to the project;
* Reasons and reasons for proposing this project;
Other long-term and strategic significance;
4. Objectives and outputs
After convincing the funding agency of the existence of the "problem", clearly put forward your solution. Encourage inter-agency cooperation. If there are other institutional partners, we should also make it clear.
5. Beneficiary groups
In this part, the beneficiary groups of the project should be described in more detail. When necessary, the beneficiary groups can also be divided into direct beneficiary groups and indirect beneficiary groups.
6. Solutions and implementation methods
Through the above part, you have clearly explained the existing problems and the goals you hope to achieve. Now, it is necessary to introduce how to achieve the goals, that is, through what methods and activities to achieve these goals.
7. Project schedule (timetable)
In this section, the sequence and start time of each task should be described in detail. It can be represented by a time-stamped chart, so that readers can know at a glance "when to do what" and the correlation and causality between various activities.
8, the project organization structure
In this part, what kind of executive team and management structure are needed to achieve the above goals. The executive team should include all project team members: volunteers, expert consultants, full-time employees, etc.
9. Costs, Budgets and Benefits
This part provides more than just an expense budget table (of course, the budget table is also very important and can be attached), but it needs to describe and analyze the data, total cost and sub-cost in the budget table, including the expenses of personnel and equipment.
10, monitoring and evaluation
Monitoring is a very important link in the process of project implementation, and the project plan should specify the executing agency and personnel (which can be the board of directors, sponsors or other third-party institutions) and monitoring tasks.
1 1, spare parts
Any document that is considered to be important or too long to be put in the main text can be placed in the attachment, such as organization introduction, annual report, financial and audit report, list, data, chart, etc.
Question 7: What are the contents of the construction technical scheme? (2) the purpose of compilation; Three. Project overview; Four, the construction organization personnel mechanical configuration; V. Construction plan (including: construction preparation, construction technology, construction method, inspection method, etc.). ); Sixth, quality assurance measures; Seven, safety protection measures; (8) civilized construction measures, etc. The conformity inspection report, test report and test data of relevant materials shall also be attached.
Parentheses can be used or not.
Question 8: What are the personnel, resources, progress, test objectives, test scope and test completion standards? Is it included in the test plan?
Question 9: What does a complete construction organization design include? What is the main content of construction organization design?
(1) Project Overview and Characteristics Analysis
Analyze and summarize the nature, scale, construction site, construction method, architectural and structural characteristics, delivery period by stages, requirements of the construction unit and available conditions of this project; Climate, topography, geology, hydrology and traffic in this area; Construction strength, construction conditions, resource supply, etc. , and find out the main construction characteristics (difficulties) of this project.
(2) Selection of construction scheme
According to the analysis of the general situation and characteristics of the project, combined with the available resources, fully deploy the construction tasks and determine the overall construction sequence and flow direction; Choose the construction methods and construction machinery for the main types of work; Determine the construction sequence of each part of the project; Qualitative and quantitative analysis is carried out on several construction schemes of the proposed project, and the best construction scheme is selected.
(3) Prepare the construction progress plan
The construction schedule is the embodiment and arrangement of the construction plan in time. Advanced planning theories and methods (such as flow construction, crossing diagram, vertical diagram, network diagram, etc.). ) to reasonably determine the construction sequence and operation time of each process, in order to achieve the best combination of construction period, cost and resource utilization, that is, balanced resources, reasonable construction period and low cost.
(4) Construction preparation work plan
Determine the content, start and end time, engineering quantity, number of people and specific person in charge of construction preparation.
(5) Demand planning of labor, construction machinery, transportation equipment, main building materials, components and semi-finished products to solve the supply problem.
(6) Construction scheme design
Its purpose is to solve the plane and space arrangement problem of the construction site, that is, to arrange various resources (such as materials, components, machinery, transportation, etc.). ) and the temporary facilities and sites needed for production and living on the construction site, so as to ensure that the civilized construction on the whole site is organized, orderly and planned.
(7) Main technical and economic indicators
Evaluation of the overall technical and economic benefits of the construction organization design, such as the use of time limit for a project, quality, cost, safety and other indicators.
Key points of compiling construction organization design
1, cover: including the preparation unit, person in charge, preparation person, preparation time and enterprise logo.
2. Content: There are page numbers, which should be subdivided into levels. Key chapters can list three levels of content, and the chapter level should be clear.
3. Compilation basis: bidding documents, construction documents, engineering survey and technical and economic data, relevant data of similar projects, current codes, regulations and relevant technical regulations; Enterprise standards and existing resources.
4. General situation of the project: general situation of the project, natural, technical and economic conditions in the area where the project is located, supply of main equipment and special materials and other conditions, production capacity and technical level of the contractors, and requirements of the construction unit or superior competent department for construction; Resolutions and agreements on construction projects; Land use scope and residents' relocation, etc.
5. Analysis of project characteristics, key points and difficulties: The quality of a construction organization design depends largely on the compiler's grasp of the special part of a specific project and the cash withdrawal plan based on it. This part should be detailed.
6. Construction deployment: including determining the project development procedure, drawing up the construction scheme of major projects, defining the division of construction tasks and organizational arrangements, and preparing the construction preparation project plan.
On the basis of comprehensive analysis of the specific situation of the project, the overall construction process is put forward, including engineering quantity, construction period, engineering characteristics and environment. The principle of determining the construction sequence is: under the premise of ensuring the construction period, the construction will be carried out by stages and batches. Generally, it should be arranged according to the principle of underground first, above ground first, deep first and shallow second, dry first and then branch first. It should be noted that the production or use of completed projects does not interfere with the construction of projects under construction. Convenient for production and construction. Construction procedures should be coordinated with the balance between the supply of various materials and technical conditions and the rational utilization of these resources, so as to promote balanced construction. In addition, we should also pay attention to seasonal factors.
In the construction deployment unit, the project objective management system should be defined, including time limit for a project, quality, safe production, civilized construction and environmental protection.
Divide the construction stages, determine the division of labor and cooperation relationship and construction requirements of various departments and professional teams, and determine their main attack projects and interspersed projects in stages.
Construction progress plan: reasonably determine the control time limit for a project, the construction sequence and the overlapping relationship between each handover system and its single project. The arrangement should be based and the plan should be executable (when detailed).
Labor force use plan: according to its own situation, reasonable overall optimization.
Construction machinery and equipment, water supply and power supply and capital use plan: give qualitative and quantitative analysis and calculation process.
Construction preparation: mental preparation of water content.