Carbon fiber supplement light device for greenhouse and preparation method thereof

Abstract

The invention discloses a carbon fiber light supplementing device used for a greenhouse and a manufacturing method of the device. In order to solve problems of insufficient light supplementation, insufficient light waveband matching degree and poor stability of temperature during the light supplementing process of a vegetable cultivation greenhouse currently, the invention provides a device adopting flexible carbon fibers as a light supplementing light source. Metal filament fibers are introduced into the flexible carbon fiber filaments for mixed weaving. The weaving proportion and the line types of the mixed fibers are designed according to light emitting power requirements for preparing suitable light emitting woven bands capable of emitting light of matched wavebands. The woven bands are used for preparing the carbon fiber light supplementing device. At the same time, infrared rays of a specific waveband can also be transmitted by utilizing the infrared characteristics of carbon fiber filaments, so that the carbon fiber light supplementing device can have dual functions of light supplementation and infrared heating. Besides, the light supplementing device is provided with a green power supply system and a ray emitting device at an electrical connection end of the woven bands, so that the efficient utilization of the light source and temperature in the greenhouse is ensured effectively.

Description

technical field [0001] The invention belongs to the field of auxiliary lighting equipment for agricultural cultivation, in particular to a carbon fiber supplementary light device for greenhouses and a preparation method thereof, in particular to a metal fiber with matching wavelength light and suitable wavelength infrared emission that utilizes solar energy or wind energy for power supply A carbon fiber supplementary light device for greenhouses that is mixed with carbon fiber and woven with a flexible ribbon and is equipped with a reflection system. The supplementary light device can realize suitable light supplementation in the wavelength range of crop photosynthesis and effectively emit infrared rays with suitable thermal effects, while ensuring the greenhouse. The light and temperature of the inner crop are stable, so that the photosynthesis of the crop growth is fully guaranteed. Background technique [0002] The shortage of agricultural resources, especially vegetable ...

AI Technical Summary

Problems solved by technology

[0004] In order to solve the above-mentioned problems in the prior art, the present invention provides a flexible carbon fiber for the problems of insufficient supplementary light and low matching of light bands in the current vegetable greenhouse greenhouse, as well as temperature stability guarantee in the process of light supplementation. In order to supplement the luminous light source, the luminescent metal filament fiber is introduced into the flexible carbon fiber filament supplementary light source, and the two kinds of fibers are mixed and woven, and the weaving ratio and line type of the hybrid fiber are designed according to the luminous power requirements, and a matching fiber can be prepared. A suitable luminous braided band for emitting light in a certain wavelength band, and the carbon fiber supplementary light device prepared by using the braided band can emit a certain band of infrared rays through the infrared characteristics of carbon fiber filaments at the same time, so that the carbon fiber vegetable supplementary light device involved in the present invention has both light supplementation and light supplementation. With the dual function of infrared heating, the light fill device can ensure the uniform light fill of the top and side walls of the vegetable greenhouse, so as to ensure sufficient light for the vegetables in the shed and stabilize the photosynthesis of vegetable crops and maintain the temperature stability of the environment in the shed.

Images