Reflecting mirror array with normal gauge guide

Abstract

The invention discloses a reflecting mirror array with normal gauge guide. The reflecting mirror array with normal gauge guide is symmetrical about an axis, and has a low deflection drive power and high wind resistance; the deflection of a mirror surface is guided by a normal gauge, so that reflected light finds and is stably irradiated into a specific target area; through auxiliary orientation adjustment, the defects of too small effective light-receiving area in the case of incident inclined irradiation, and mutual shielding between lenses are overcome; a condensing irradiation function is achieved for meeting a condensing irradiation need; a spraying head is capable of washing dust or frost and snow on the lenses by virtue of warm water, so that the reflectivity is guaranteed; in the time periods of not using the reflecting mirror array with normal gauge guide, the mirror surface is protected from wind and rain, dust and other external damage by a shielding curtain, and the uselessreflection of the mirror surface is prevented from causing light pollution; an orientation and an elevation angle are added for directly detecting a reading mechanism, so that accurate tracking for the deflection of incident light is benefited; a controller has access into a Beidou module, and used for providing accurate time and location data, and calculating the angle of the sun at each moment and preset orientation and elevation angle of the reflecting mirror according to prestored data; and the controller has access to a communication module to realize remote data writing and remote control.

Description

technical field [0001] The invention relates to reflectors, in particular to the technical fields of design and manufacture of a normal guide guide reflector array and the like. Background technique [0002] Everything grows on the sun, and the houses facing the north or other places facing the sun are particularly cold in winter. People have designed sunlight reflectors and installed them on the nearest sunny side to reflect the sunlight to the back side and follow the deflection of the sun. , so that the sun shines on the target area for a long time, making up for various defects caused by facing the back sun, energy saving and green environmental protection; in order to reduce the space occupied by the reflector and make the control flexible and convenient, people also divide the reflector into parts, A mirror array is designed; however, the current related design has the following defects: [0003] 1. The center of gravity of the lens and its accessory assembly is not o...

AI Technical Summary

Problems solved by technology

[0003] 1. The center of gravity of the lens and its accessory assembly is not on the deflection axis. To adjust the lens orientation, the weight of the lens needs to be overcome, a large driving power is required, it is easy to wear, and it is difficult to guarantee the wind resistance;

[0004] 2. The sunlight collimator is generally used to guide the deflection of the mirror to track the sunlight, and the deflection of the guide mirror makes the reflected light lock on a specific area, and there is no better solution;

[0005] 3. When the sun shines obliquely and the incident angle is too large relative to the reflective lens, the effective light-receiving area is too small, and the lenses block each other, and the reflection efficiency of the array decreases sharply;

[0006] 4. When the lens is covered by dust or frost, it cannot effectively reflect sunlight;

[0007] 5. When the reflector array is not in use, it cannot be effectively protected and causes light pollution to the city;

[0008] 6. It is not equipped with a direct detection and reading mechanism for azimuth and pitch angles, which can sense the mirror orientation in real time, which is not conducive to accurate tracking of the sun's deflection;

[0009] 7. The controller is not connected to the Beidou module to provide accurate time and positioning data, and then calculate the angle of the sun at a certain time according to the pre-stored data; without connecting to the communication module, it cannot provide remote data writing and remote control

[0010] 8. The azimuth and pitch of each lens are equal, and it does not have the function of focusing

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