A new type of anti-glare lamp for tennis court

Abstract

The invention relates to a novel anti-dazzling lamp of a tennis court. The novel anti-dazzling lamp of the tennis court comprises an outer shell and lamp module sets, wherein the lamp module sets are installed in the outer shell in parallel at intervals, the two ends of each lamp module set are connected with the lateral wall of the outer shell through rotary devices, and a plurality of lamp modules are embedded in an outer frame of each lamp module set. According to the novel anti-dazzling lamp of the tennis court, the size of each shape is designed specially, and a shape with the best light condensing and strengthening effect is formed. When the novel anti-dazzling lamp of the tennis court is used actually, the power of LED beads is small, but the illumination range, the uniformity of ground light and illumination intensity of the ground all can meet the requirements, and the dazzling index is low. Therefore, the novel anti-dazzling lamp of the tennis court is particularly suitable for being used in a tennis training field or a match field, and does not affect the normal exercises of athletes.

Description

technical field [0001] The invention belongs to the technical field of anti-glare lamps for sports venues or venues, in particular to a novel anti-glare lamp for tennis courts. Background technique [0002] When people play tennis, they generally use sports venues or venues. In sports venues, lighting fixtures need to be turned on to ensure the brightness of the environment. In addition, at night, sports venues or venues also need to turn on lighting fixtures. These lighting requirements are very high, mainly in In terms of range, ground light intensity and anti-glare, this is because the lamps are generally installed higher, and the area that needs to be covered and illuminated is larger, and it cannot interfere with the normal progress of the game or practice. Among the existing lamps, high-pressure sodium lamps with reflectors are more commonly used. The high-power and high-luminous flux characteristics of high-pressure sodium lamps are used to meet the requirements of il...

AI Technical Summary

Problems solved by technology

[0002] When people play tennis, they generally use sports venues or venues. In sports venues, lighting fixtures need to be turned on to ensure the brightness of the environment. In addition, at night, sports venues or venues also need to turn on lighting fixtures. These lighting requirements are very high, mainly in In terms of range, ground light intensity and anti-glare, this is because the lamps are generally installed higher, the area that needs to be covered and irradiated is larger, and it cannot interfere with the normal progress of the game or practice

Among the existing lamps, high-pressure sodium lamps with reflectors are more commonly used, and the high-power and high-luminous flux characteristics of high-pressure sodium lamps are used to meet the requirements of illuminance per unit area. However, these high-pressure sodium lamps consume a lot of electricity and high operating costs.

[0003] In order to solve this problem, people have developed high-brightness LED lamps. These LED lamps are equipped with convex lenses, and the curved surface inside the bullet-proof light bowl of the magnifying glass is used to converge and enhance the light and project it out. The overall power is small and saves electricity. The lighting range is short, and the ground will produce light spots, which cannot meet the needs of anti-glare

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