Security monitoring systems are widely used in various fieldsof modern society due to their efficient and realtime characteristics,ensuring public safety and social order. In securitymonitoring systems, the camera lens is the core component for capturing images and recording information, and the opticallens, as a key part of the lens, directly determines the quality and clarity of the monitoring image.
Security monitoring applications and optical lens types in different environments
1 Outdoor environmental applications
Outdoor securitymonitoring is widely used in public places such as streets, parks, and squares.In these environments, the main challenges faced by monitoring devices arestrong variations in natural light and harsh weather conditions. Therefore,camera lenses suitable for outdoor environments need to be equipped with lensesthat have anti fog, anti rain, and anti scratch functions, as well as opticaldesigns that can adapt to large changes in light intensity. Common types oflenses include anti reflective coated lenses and anti fog and rainproof lensesto improve image contrast and clarity.
2 Indoor environmental applications
Indoor security monitoring ismainly used in enclosed spaces such as shopping malls, banks, and offices.Compared to outdoor environments, indoor lighting conditions are relativelystable, but there may be issues such as light reflection and glare. Therefore,camera lenses suitable for indoor environments require optical lenses with antiglare, anti reflection, and other functions to reduce light interference.Common types of lenses include multi-layer coated lenses and polarized lenses.
3 Special environmental applications
Security monitoring in specialenvironments, such as forest fire prevention, building fire protection, etc.,requires monitoring equipment to work normally under extreme conditions such ashigh temperature, smoke, and corrosion. These applications require speciallydesigned optical lenses, such as heat-resistant lenses, corrosion-resistantlenses, etc., to ensure the stability and clarity of images in high temperatureor corrosive environments.