Scientific research building type climate chamber

Abstract

The invention relates to a scientific research building type climate chamber. The scientific research building type climate chamber comprises a center control storey and a plurality of planting storeys sequentially arranged from bottom to top, wherein the center control storey is provided with a controller, and a display and a memory connected with the controller; a culture frame, an illuminationassembly, an observation assembly, an air supply assembly, a watering assembly and a temperature control assembly are arranged in each planting storey; the illumination assembly comprises a solar power supply module and solar lamps; the controller, the solar power supply module and the solar lamps are sequentially connected; the observation assembly comprises a seedling height scaleplate and a camera; the seedling height scaleplate is arranged on the culture frame; and the camera is connected with the controller. Compared with the prior art, the scientific research building type climate chamber has the advantages that the occupied area is small; the automation degree is high; and the observation is convenient, and the like.

Description

technical field [0001] The invention relates to the field of plant scientific research, in particular to a scientific research type building climate chamber. Background technique [0002] Agriculture is the foundation of the country, and modern agriculture and science and technology are becoming more and more closely integrated. Many scientific research institutions at home and abroad use artificial climate chambers to cultivate plants for a large number of plant research. Due to different research directions, the requirements for artificial climate chambers are also diverse. When the existing climate chamber is used for scientific research, it faces the following five problems: First, due to the long growth cycle of plants, the sampling cycle is too long, and the data collection takes a long time. It is necessary to wait for a growth cycle to adjust a set of data. Period, while the simultaneous scientific research projects in the laboratory require different samples of plan...

AI Technical Summary

Problems solved by technology

When the existing climate chamber is used for scientific research, it faces the following five problems: First, due to the long growth cycle of plants, the sampling cycle is too long, and the data collection takes a long time. It is necessary to wait for a growth cycle to adjust a set of data. Period, while the simultaneous scientific research projects in the laboratory require different samples of plants, which takes up a lot of time waiting for the planting box to be vacated; secondly, due to the independent environment limitation of a single climate chamber, it is impossible to simulate the natural environment in different regions at the same time; thirdly, different environmental parameters It is difficult to visually compare the growth data and growth trends of plants grown under the ground; fourth, the artificial cultivation box is small in size, with few experimental samples, and the large-scale cultivation room has a huge control system, which encroaches on the planting area; It is easy to manage personnel, and it is difficult to maximize land utilization without extending upwards

[0005] The equipment control layer of this patent uses various functional equipment independently, and the degree of automation is low. The sunlight-type artificial climate chamber uses natural sunlight as the light source for plant photosynthesis instead of artificial light source, and cannot set or adjust the illuminance according to the requirements of scientific research and planting. At the same time, due to the high requirements for natural light, only a double-layer structure can be designed. Among them, the operation implementation layer has only one layer to fully receive sunlight, which has low scalability and insufficient utilization of land resources. At the same time, there is no monitoring and observation device, so it cannot Remote monitoring of plant growth

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