Intelligent fill light flowerpot

Abstract

The invention discloses an intelligent light supplementing flowerpot which comprises a flowerpot body (1), the flowerpot body (1) comprises an inner layer (2) and an outer layer (3), the outer wall of the inner layer (2) is provided with an annular mounting rail (4), the mounting rail (4) is evenly connected with a plurality of stretching and contracting rods (5), each stretching and contracting rod (5) is connected with a rotating seat (6), and each rotating seat (6) is provided with a red lamp bead (7) and a blue lamp bead (8); an annular plane between the top of the inner layer (2) and the top of the outer layer (3) is provided with glass (10); a controller (11) is connected with a touch screen (12); the controller (11) is further connected with a Bluetooth device (16) and a wifi device (17). The intelligent light supplementing flowerpot has the advantages of being capable of changing light source ratio rapidly in real time and providing a proper light source proportion, convenient to carry, small in occupied area, easy to operate, even in illumination absorbed by plants and good in ornamental value.

Description

technical field [0001] The invention relates to a flowerpot, in particular to an intelligent light-filling flowerpot. Background technique [0002] With the development of society, there are more and more types of potted plants suitable for home breeding. Various novel plants are placed in people's homes, and succulents are one of them. However, if succulents need to have good-looking hair, they must The best conditions are sun exposure, temperature difference and water control. Temperature difference and water control are easy to achieve through manual intervention, while sun exposure is easily affected by factors such as the rainy season in the south, cloudy days, smog, and the orientation of houses. The time for succulents to supplement the sun is usually achieved through plant fill lights. However, the light source that plant fill lights can provide is fixed and cannot be changed accordingly according to the daily sunlight conditions, so that the succulents can absorb T...

AI Technical Summary

Problems solved by technology

[0002] With the development of society, there are more and more types of potted plants suitable for home breeding. Various novel plants are placed in people's homes, and succulents are one of them. However, if succulents need to have good-looking hair, they must The best conditions are sun exposure, temperature difference and water control. Temperature difference and water control are easy to achieve through manual intervention, while sun exposure is easily affected by factors such as the rainy season in the south, cloudy days, smog, and the orientation of houses. The time for succulents to supplement the sun is usually achieved through plant fill lights. However, the light source that plant fill lights can provide is fixed and cannot be changed accordingly according to the daily sunlight conditions, so that the succulents can absorb insufficient light source

Moreover, the fill light usually needs to be fixed by other brackets, which not only needs to occupy a large area, but also is inconvenient to carry

In addition, due to the influence of occlusion, the light absorbed by the plants away from the side of the fill light will be reduced accordingly. Usually, this problem is overcome by artificial rotation, which makes the fill light cumbersome.

Moreover, the existing supplementary light can only be operated on site, and cannot be controlled remotely, and the growth of plants can be monitored in real time.

Moreover, the existing potted plants cannot use lights to increase their aesthetics at night

Therefore, the existing technology has the problems of being unable to quickly change the light source, unable to provide a suitable ratio of light source, inconvenient to carry, occupying a large area, cumbersome to operate, uneven light absorbed by plants, and poor ornamental performance.

Images