Movable culture bed

Abstract

The invention discloses a movable culture bed which comprises a culture bed body for culturing vegetation, and an adjusting mechanism for adjusting the inclination degree of the culture bed body. Theadjustment of the inclination degree of the culture bed body is realized, then the growth conditions (nutrient condition, illumination condition and the like) and the growth environment (for instance,some vegetation grows in a place with certain slope in the real environment) of the vegetation cultured on the culture bed body can be met, and therefore it is ensured that the growth conditions andgrowth environment of the vegetation needing to be tested are close to those in the real environment, it is ensured that data measured in a test is closer to a real value in the vegetation growth simulating test, and scientificity and authenticity are better achieved.

Description

technical field [0001] The invention relates to the technical field of plant cultivation, in particular to a movable cultivation bed. Background technique [0002] In the vegetation growth simulation test, in order to make the measured data closer to the real value, more scientific and authentic, it is often necessary for the growth of the vegetation used in the test to be close to the real situation, but the existing technology is used to cultivate vegetation The cultivation bed can only meet the growth conditions of vegetation, but its growth environment cannot be truly simulated, which often leads to the distortion of the experimentally measured values ​​and loses its experimental value. For example, when using the artificial rainfall simulation system DIK-6000 to conduct scientific experimental research, users often encounter that the data that is closest to the real situation cannot be obtained. The reason is that most of the experimental materials in the real environme...

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Problems solved by technology

[0002] In the vegetation growth simulation test, in order to make the measured data closer to the real value, more scientific and authentic, it is often necessary for the growth of the vegetation used in the test to be close to the real situation, but the existing technology for cultivating vegetation The cultivation bed can only meet the growth conditions of vegetation, but its growth environment cannot be truly simulated, which often leads to the distortion of the experimentally measured values ​​and loses its experimental value.

For example, when using the artificial rainfall simulation system DIK-6000 to conduct scientific experimental research, users often encounter that the data that is closest to the real situation cannot be obtained. The reason is that most of the experimental materials in the real environment grow on places with a certain slope, not completely It grows completely on the horizontal plane, which makes it impossible to truly simulate the growth environment of the sample

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