What are the common uses of underwater lamps?

Underwater lamps can be used to create a pleasant atmosphere with a swimming pool and spa, as well as a higher safety factor for the pool/spa. For example, the underwater lights used in swimming pools or spa management centers include general watertight enclosures, external compartments in the enclosures, and if the enclosures are no longer watertight, they can be engulfed by flowing water; The current in the external compartment is shielded and the internal compartment is at least partially restricted in the external compartment, the illuminator in the internal compartment, the safety channel connected between the internal compartment of the underwater lamp and the external compartment to make Floods in the external compartment can enter the internal compartment and touch the luminous objects and their conductors. Place conductors to collect stray currents transmitted from the inner compartment by water in safe passages, thereby reducing the risk of high-voltage electric shock seamounts caused by stray currents such as underwater lamps.

Marine technology and aquaculture technology generally involve underwater operations, and underwater lamps are indispensable. Different underwater operations have different lighting regulations. Some must move the lighting, others must be close to close, and some must be properly guided over long distances. Despite this requirement, there are very few scientific research on electronic optical components in the LED optical system industry. This is because underwater lights often only focus on the lighting distance and illuminance, while ignoring issues such as light type and uniformity. , While ignoring problems such as the type of light and symmetry.

As Lambert Bill's basic law shows, underwater lamps generally decay under the light-transmitted solid model, which means that the attenuation of the transmitted light is defined by an exponential function.

As everyone knows, the precise measurement of the attenuation of light compressive strength generally deviates slightly from the standard deviation. This kind of deviation is mainly caused by some simplified assumptions before the creation of Lambert Beer's basic law. For example, assuming that the incident angles are parallel to each other and belong to a stock band, the material is symmetrical, although the basic law of non-transmission system software has significant shortcomings in specific applications, it can quickly estimate the attenuation index in water , then predicting and analyzing every deep lighting area.

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