In order to ensure that things or work can be carried out correctly, it is usually necessary to prepare a plan in advance. The plan can clarify a general direction for an action. So does anyone know how to write a standardized plan? The following is the basketball court construction plan I compiled for you. You are welcome to share it. Basketball court construction plan Part 1

1. Ground foundation for basketball court construction

Before constructing the surface layer of the basketball court, first check the flatness, hardness, and strength of the ground at the basketball court construction site. , humidity and ambient humidity for corresponding testing. The parameters are as follows:

1. Ground flatness: It is required that the flatness within a 2-meter ruler range should be less than 2mm-3mm.

2. Hardness: The surface hardness of the base layer shall not be less than 1.2 MPa.

3. Strength: not lower than the requirements of concrete strength standard C-20.

4. Humidity: The moisture content of the base layer is less than 3%.

5. Environmental humidity: The indoor temperature and ground temperature are preferably 15 degrees. Below 5 degrees and above 30 degrees are no construction environments. Indoor relative air humidity should be maintained between 20% and 75%.

2. Ground foundation grinding for basketball court construction

Purpose: To tidy up the floor and remove contamination. The ground foundation with prominent unevenness should be focused on grinding. After grinding, the ground should be controlled to Within the range of 2m ruler to 2.5mm ruler, and without the above defects.

3. Gum scraping for basketball court construction

1. First check whether the self-leveling is qualified and whether the error within a 2m ruler is less than 2mm. If a large area is unqualified, it must be polished. . If there is a small area of ??damage, it can be repaired with putty.

2. Clean the floor, suck up the dust, and start scraping the glue. Be sure to scrape evenly without any leakage.

4. Ground material paving for basketball court construction

1. The materials must be placed in advance for more than 24 hours and discharged in the same direction as the arrow. Coiled materials must be constructed according to production flow numbers.

2. Pay attention to the seams when paving. Do not connect the seams too tightly to avoid warping, and do not make the gaps too large. The standard press can fit into the gap of a piece of copy paper.

3. After paving, use the iron wheel to press the air evenly. Press the floor joints and wall edges with a small pressure roller.

4. After the floor is laid, there should be no warping, bubbling, bulging, or excessive gaps.

5. Welding in Basketball Court Construction

After the glue has solidified, usually on the next day, a seam opening machine is used to open the seams. In order to make the welding firm, the seam depth should not exceed the floor. thickness. Dust and debris in the groove must be removed during welding. The opening should not exceed 3.5mm. Dust and debris in the groove must be removed during welding. Basketball court construction plan Part 2

1. Preparatory work

1. Materials are processed according to category, batch number, and stacked neatly, and damaged materials are stacked separately.

2. After installation, place the machine in the predetermined location.

2. Basic treatment

1. The soil and dust on the site must be cleaned up.

2. Check whether the foundation meets the requirements (appearance, flatness, hardness, strength).

3. The cement foundation must not be sanded or hollowed out.

3. Laying the base layer

1. Use polyurethane rubber to repair the foundation and level it.

2. Use glue to lay the surface layer (mixed type) 5mm thick.

3. Use glue to lay the surface layer of 3mm thick plastic (the main and secondary fields are laid separately).

4. Measurement and marking

1. Surveyors shall mark the site in white according to national standard dimensions and relevant regulations.

2. The lines must be neat and consistent.

5. Clearance and acceptance

1. Stack the remaining materials neatly.

2. Place the machine in the designated location.

3. Keep the venue clean. Basketball court construction plan Part 3

1. Construction conditions of wooden floor in basketball court construction

1. Before the construction of wooden floor, the civil engineering work must be completed and cleaned, and the ground construction quality must reach Architectural drawing design requirements.

2. The indoor water, electricity, steam ventilation and other installation projects are completed. In particular, the water network pipes must undergo a pressure test to confirm that they meet the design requirements. Normal use will not have an impact on the wooden floor.

3. The interior decoration ceiling, ultrasound, electroacoustic, lighting and other projects are completed to avoid any impact on the wooden floor construction during cross construction.

4. The ground humidity or equilibrium moisture content is basically consistent with the outside world.

5. If cross-construction of other types of work is required, Party A’s permission should be obtained for unified arrangements.

2. Preparation for wooden floor construction in basketball court construction

1. Equipment, tools and instruments: theodolite, level, woodworking universal machine tool, portable electric planer, hand-raised high-speed cutting saw, polishing Machine, nail gun, air compressor, hand ruler, 3-meter ruler are commonly used tools for construction and carpentry.

2. Materials, supplies, and various supplies required before construction must be transported to the location designated by Party A and properly stored according to product performance requirements. The stored energy can meet the construction progress. The quality of main and important materials must be tested by relevant authoritative units and comply with relevant standards. If necessary, the factory certificate shall be used as the quality basis.

3. Inspection of the construction conditions of the basketball court, check whether the construction conditions are met, and record matters that do not meet the construction requirements. Party A should order the relevant departments to resolve them within a time limit and clarify responsibilities, especially for water and fire. , thieves, etc.

4. Preparation of basketball court construction progress, site management and other related systems.

1) Prepare construction schedule: Prepare construction schedule according to plan. Report to the contracting unit and supervision team for review and filing.

2) Establish a construction team: divided into carpentry team, paint team, and general work team. Conduct technical briefings and determine team responsibilities.

5. Safety matters on the basketball court

After entering the site, safety education must be provided to the construction personnel before construction. It is strictly forbidden to use open flames on site, and fire-fighting equipment should be placed reasonably in the construction area. on site. Explain the installation precautions for each process, especially the usage and precautions for using power tools such as electric drills and planers. When nailing the floor, pay attention to the use of hammers to avoid hurting your hands and feet. It is strictly prohibited to make any noise during the construction process.

3. Construction and installation steps of wooden flooring in basketball court construction:

1. Lay moisture-proof film with a thickness of 6 mils;

2. Install leveling pads , specification: 20×50×100MM;

3. Install rubber pads, specification: 10×40×100MM;

4. Install wooden keel, moisture-proof treated with special technology Moth-resistant domestic solid larch; specification, 50×50×2000-3000MM;

5. Install rough board, solid wood rough board, specification, 12×1200×2440MM;

6. Install the maple panel, domestic maple, specifications: 20×60×300-900MM;

7. Finally, make the skirting. Basketball Court Construction Plan 4

1. In general new construction projects, elastic floor materials are laid on cement concrete surface layer and cement mortar surface layer, so the base construction conditions must meet the national construction quality acceptance of building ground projects. After specifying the conditions specified in "GB50209-20**" for the surface of cement-based base layers, "it should be flat, hard, dry, dense, clean, free of grease and other impurities, and should not have defects such as pitting, sanding, cracks, etc." The following material laying work can be carried out.

2. Construction conditions:

Before the PVC flooring is laid and within 48 hours after completion, the construction site must be clean, closed, weatherproof and maintain a constant temperature. In addition, the dryness of the ground is also crucial to the construction of PVC flooring. Therefore, before laying the floor:

1. Use a moisture content tester to measure the moisture content of the base layer. The moisture content of the base layer should be less than 3%;

2. Check the moisture content of the ground , the most reliable method is to detect the relative humidity of concrete, and the test point must be in the humidest place, and cannot be measured at a window or door, because the test value there may be too low, and the depth of the test must also be paid attention to: suspended The concrete floor is at a depth of 20% from the surface to the ground and the concrete floor is at a depth of 40%;

3. Use a thermometer to detect the temperature. The indoor temperature and surface temperature are preferably 18 degrees and should not be placed under Construction should be carried out below 5 degrees and above 30 degrees;

4. The relative air humidity suitable for construction shall not exceed 60%. If a moisture-proof layer has been added, the relative humidity can be allowed to reach 85%, but once it exceeds 85%, it cannot be laid;

5. PVC floors cannot be laid directly on cement floors with rising moisture. They must be ventilated first. Or lay a layer of moisture-proof layer first;

3. Base floor requirements and treatment:

Before laying PVC flooring, the ground condition is the most important. The quality of the ground directly affects and determines the efficacy and appearance of the floor material. The floor must be solid, smooth, dry, and clean. Use a floor grinder with a power of more than 1000 watts and appropriate grinding discs to polish the floor as a whole to remove residues such as paint, oil stains, chemical solvents, sulfides or cured compounds, sealants, asphalt and glue, as well as raised and loose surfaces. Plots and plots with hollows must also be removed. Use an industrial vacuum cleaner with a power of no less than 2000 watts to vacuum and clean the floor. For cracks on the floor, white cement and gypsum can be used to repair them;

IV. Interface agent (primer) treatment:

1. Except in rare cases, the base layer needs Interface agent (primer) treatment; its function is to:

Seal surface dust that cannot be completely removed after vacuum cleaning to ensure a true and complete combination of self-leveling/adhesive and base layer noodle.

Uniform the water absorption of the base layer to ensure that the self-leveling/adhesive will not lose fluidity due to excessive water absorption of the base layer or weaken its strength due to too small water absorption of the base layer.

Adhesive bridging function to enhance the tight combination of self-leveling/adhesive and base layer.

2. Coating method:

The interface treatment agent for the cement floor is mixed with water at a ratio of 1:1. After dilution, it is fully rolled with a wool roller. For highly absorbent base layers, Roll it two to three times. For concrete floors, there is no need to add water, just roll it directly. Do not mix with water on non-absorbent surfaces. Drying time is about 1-3 hours. (For specific construction methods, follow the interface treatment agent manufacturer’s instructions).

5. Self-leveling construction:

The flatness of the base floor should be checked with a 2-meter ruler, and the gap should not be larger than 2mm.

Therefore, in pursuit of high safety level and long-lasting and reliable floor service life, the use of self-leveling cement leveling is an essential part of the floor installation system. Self-leveling has the following functions:

Avoid mixing cement on site Insufficient strength and shrinkage cracks of the mortar;

Reduce the construction period and labor intensity, break the flatness limitation of the manual leveling layer, and ensure that the floor has no obvious joints;

Closely integrated with the base layer Integrated to ensure a consistent and uniform surface required for bonded floors;

Improve the ability of the entire floor system to bear and resist motion shear;