Illuminating lamp capable of being automatically controlled and tracked through image recognition and control method of illuminating lamp

Abstract

The invention provides an illuminating lamp capable of being automatically controlled and tracked through image recognition and a control method of the illuminating lamp. The illuminating lamp comprises a lamp holder for illumination, and a lamp body is arranged on the lamp holder; a camera shooting unit and a control module are installed on the lamp holder, the camera shooting unit is used for shooting images towards the lighting direction of the lamp body, and the control module is connected with the lamp body and the camera shooting unit; an image recognition unit is arranged in the controlmodule, and then the image recognition unit or cloud operation is used for identifying the images shot by the camera shooting unit; when the images accord with recognition conditions, a recognition warning is broadcast to inform users; the control module is used for starting the lamp body on the lamp holder to conduct illumination in the direction of the images.

Description

technical field [0001] The invention belongs to the field of lighting devices, and in particular relates to a lighting lamp which utilizes image recognition to accurately determine the lighting time to start and pushes and broadcasts meaningful recognition warnings in real time, effectively maintaining community safety and reducing energy waste. Background technique [0002] like Figure 8 As shown, in the prior art, in order to maintain the order and safety of the community, many public places or walkways are equipped with existing lighting lamps 10' to provide appropriate lighting for people's walking or activities, and to avoid collisions due to dark environments. or fall accidents; in addition, for those who have bad intentions, they are usually used to illegal behaviors in a dark environment, so the warning function can be generated by lighting to reduce the probability of crime; or, combining lighting with surveillance The device shoots images in order to provide clear...

AI Technical Summary

Problems solved by technology

[0005] However, there are still significant deficiencies in the structure and operation of the existing lighting lamp 10', and there is still room for improvement, as follows:

[0006] 1. First, the temperature sensor 12' mainly senses "changes" in the ambient temperature, and its sensing ranges from -40°C to 200°C, so any change in the ambient temperature will cause misjudgment;

[0007] 2. Secondly, not only humans, but even animals such as cats and dogs 70' have body temperature changes. How to reasonably judge whether there are people approaching? Relying on body temperature is really difficult to achieve;

[0008] 3. What's more, in addition to animals 70', there are many heat source devices in daily life, including various electrical appliances, automobiles and motorcycles, etc., the heat of which can be felt in the distance. The temperature sensor misjudged, thus constantly turning on and off the lighting lamp 10';

[0009] 4. In addition, weather factors are also the main cause of misjudgment. For example, the sun 80', windy, rainy, etc., will obviously change the ambient temperature, so that the existing lighting 10' misjudged that the person approached and turned on

[0010] Because of the above-mentioned reasons, the existing lighting lamp 10' is difficult to effectively perform the function of real-time lighting, causing unnecessary light pollution or power consumption, and even in some places, in order to reduce troubles, the function of the existing lighting lamp 10' is simply completely closed, so that the item facility out of function

[0011] In addition, most of the existing lighting lamps 10' are fixed and can only be illuminated in a single direction, so their lighting range is limited, and it is easy to cause dark corners, resulting in the aforementioned safety or security problems.

[0012] Therefore, if Figure 9 As shown, in order to solve the problem of illuminating blind spots, there is an existing illuminating lamp 10a' device on the market that can be rotated to track people for continuous lighting. The method is to install multiple temperature sensors 12' at different angles, so that each temperature sensor can The temperature difference between 12' changes to determine the position of the person and track the lighting; but because the existing lighting 10a' still uses the temperature sensor 12' as the basis for judging the position of the person, it is likely that the lighting angle will be caused by other heat sources during the rotation process. out of order

[0013] Another problem is that the aforementioned rotatable existing illuminating lamp 10a' will stop rotating because the heat source disappears after the person leaves the lighting range; , when a visitor 41a' moves from place A 51' to place B 52', the existing lighting 10a' will stay at place B 52' at last, and if there are other visitors 41b' coming in and out from place A 51' , the existing illuminating lamp 10a' will not be able to provide real-time lighting, resulting in a blind spot for security

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