The nozzle should be regularly cleaned and maintained, and attention should be paid to the fastening during installation and connection. The nozzle should be tied with a layer of polytetrafluoroethylene tape on the wire to avoid looseness and affect the water effect. Safety measures for the nozzle should be taken simultaneously. The living area for employees should have centralized sewage and sewage treatment, and sewage and wastewater should not flow out to avoid environmental pollution. Measures to minimize noise or sound attenuation as much as possible when the noise is high. For larger processes during the day, try to arrange construction noise and noise monitoring points, conduct regular noise testing around the site, and strengthen education for construction personnel to reduce the occurrence of noise. During nighttime construction, be careful not to make loud noises, whistle, etc. Please note to handle material handling equipment with care. Night lights should not be directed directly towards residential construction, and effective measures should be taken to avoid direct illumination.
During the use of mechanical vehicles, avoid playing flutes or making loud noises. Mechanical construction should be arranged as much as possible during the day. Water free installation refers to the installation of embankments or dams separately in vases or building areas through emptying, without water. Among the various methods of installation in the fountain, there is no water and water can be divided into 2 boxes for installation according to construction conditions. Anhydrous installation refers to the installation of emptying, embankment or dam in a fountain of water, within the scope of its construction area. In general, when the water level changes by 0.15 microns or less, there is a fixed fountain installation, that is, a reinforced concrete foundation platform is poured in the fountain area, and a steel structure fixed on the platform is installed on the steel structure fountain equipment. When the water level changes by 0.15 meters, it is necessary to raise the floating fountain to adapt to the dynamic changes in water level. The pile driving method is widely used in water installation. One end of the pile driver will be stacked into the depth design of the underwater soil, and a steel structure platform will be appropriately fixed at the position of the pile. A fountain device will be installed on the other side of the platform.
In order to strengthen the daily inspection and patrol of floating fountain facilities, visitors or individuals who violate the regulations of this department and engage in any of the following behaviors shall be criticized and warned in a timely manner, resulting in economic losses, and ordered to compensate for the losses. For damage to fountain facilities, disturbance of public security around the square fountain, and violation of relevant regulations on public security penalties, report to the police in a timely manner and keep them in the hands of the public security organs. Underwater light detection: The function of the fountain underwater light equipment is to check and tighten a loose screw every month, in order to avoid short circuit faults that may cause the light to enter the water. Cable inspection: Check if it is in water every six months to detect any aging phenomenon and avoid unnecessary losses.
Fountain nozzle inspection: Due to the nature of water, the nozzle should be reset and sharp objects are strictly prohibited to prevent damage to the nozzle. Fountain electronic detection: Fountain equipment is regularly maintained every six months, and necessary maintenance is carried out for any loopholes in electrical equipment; The maintenance of electrical equipment should be carried out in the event of a power outage. If charging is required in special circumstances, safety protection measures should be taken, and monitoring of designated personnel is an important component. Strictly follow the procedure and it is strictly prohibited to replace the stop fountain equipment. Familiar with the scope of various control cabinets and control systems. Familiar with the use, rhythm, water type, variation, and length of floating fountains.
