Summer is the period when mosquitoes are most active, especially in a humid and hot environment. Mosquitoes not only cause trouble to people's lives, but also may bring various health risks. Therefore, in public facilities, such as the design of lamp pole screens, it is particularly important to consider the mosquito problem.

I. Design structure optimization

1. Closed design: The internal circuits and components of the lamp pole screen usually need to avoid direct contact with the external environment. Through the closed design, the lamp pole screen can effectively prevent mosquitoes from entering the interior from the outside. The use of high-quality sealing materials and precise closed structures can ensure that the internal environment of the lamp pole screen is not disturbed by mosquitoes.

2. Ventilation design: Although the closed design is important, the lamp pole screen also needs a good heat dissipation system to keep the equipment running normally. Fine vents and heat sinks can be used in the design to take into account both heat dissipation and protection. In order to prevent mosquitoes from entering through these vents, designers usually install fine protective nets in the vents.

II. Multiple protective nets

1. Arrangement of protective nets: The protective nets of lamp pole screens are usually made of high-strength and durable metal nets or plastic nets. The diameter of these mesh holes is very small, enough to prevent small insects such as mosquitoes from entering the interior. This protective net is arranged at various openings of the lamp pole screen, including vents and wiring holes.

2. Combination of protective nets and mesh frames: In order to enhance the protective effect, the protective net and the mesh frame of the lamp pole screen are usually designed in an integrated manner. This design not only enhances the stability of the protective net, but also prevents mosquitoes from entering the interior through the gaps in the mesh frame.

3. Mesh density adjustment: The mesh density of the protective net is adjusted according to actual needs. Smaller mesh holes can effectively block mosquitoes, but it is necessary to ensure that the mesh density does not affect the heat dissipation and function of the lamp pole screen. Designers need to find a balance between the protective effect and the heat dissipation effect.

III. Maintenance and cleaning

1. Regular inspection and maintenance: Even the best protective nets need regular inspection and maintenance. The design takes into account convenient maintenance channels, which can easily clean and repair the protective net to ensure its long-term effective operation.

2. Cleaning of the protective net: In the season when mosquitoes are active, the protective net is prone to accumulate dust and mosquito corpses. Therefore, the protective net needs to be cleaned regularly to maintain its optimal protective effect. Appropriate tools and methods should be selected when cleaning to avoid damaging the protective net.

IV. Intelligent monitoring and alarm system

1. Intelligent monitoring: Some high-end lamp pole screens are also equipped with intelligent monitoring systems that can monitor the internal environmental status of the lamp pole screen in real time. Once mosquitoes enter or other abnormal conditions are found, the system can automatically alarm and remind maintenance personnel to deal with it.

2. Alarm system: By setting up an alarm system, maintenance personnel can be notified in time when mosquitoes enter the interior of the lamp pole screen. This system is usually used in conjunction with a protective net to further improve the protection ability of the lamp pole screen.

In the summer environment with many mosquitoes, the design of the lamp pole screen must fully consider the problem of mosquito protection. Through closed design, multiple protective nets, regular maintenance and intelligent monitoring, lamp pole screens can effectively solve the problem of mosquitoes flying into the interior. These designs not only ensure the normal operation of the lamp pole screen, but also improve the service life and safety of urban public facilities. In the future, with the advancement of technology, we can expect more intelligent and efficient lamp pole screen protection solutions.