Hydrodynamic stereoscopic planting device

Abstract

The invention discloses a hydrodynamic stereoscopic planting device. The hydrodynamic stereoscopic planting device comprises a support, a track assembly, culture dishes, a stopping mechanism and a reduction gear, all the culture dishes are hung on cross rods respectively, the cross rods and the culture dishes together constitute a balancing body, if water is injected into any water storage tank tochange the weight of the culture dishes, then balance can be broken, and thus other culture dishes are driven to move as a whole; the working principle is utilized that a water inlet pipe injects water into the water storage grooves to serve as a power source for the cross rods to circularly move and run along annular rails together with the culture dishes, and it can be effectively achieved thatcrops of all the culture dishes can receive sufficient illumination while the crops of the culture dishes are irrigated every day. The hydrodynamic stereoscopic planting device has the advantages ofsaving energy and being environmentally friendly, low in using cost, small in occupied space and high in practicability, meets the normal photosynthesis using function requirements of the crops of theculture dishes, and is suitable for being applied and popularized.

Description

technical field [0001] The invention relates to the technical field of planting equipment, in particular to a hydrodynamic three-dimensional planter. Background technique [0002] Traditional petri dishes, also known as incubators or planting pots, are generally used to plant ornamental flowers and trees, and are also used to grow fruits and vegetables. The planting pot takes up a large place again, which is very inconvenient. [0003] In order to increase the planting area, a three-dimensional planting frame has appeared on the market. The three-dimensional planting frame has a multi-layer structural frame that can place petri dishes, and can be multi-layered for three-dimensional planting. It makes full and reasonable use of the occupied space and has a wider scope of application. [0004] But the three-dimensional planting frame of prior art exists: [0005] 1) Most of them are fixed installation structures. When in use, they are placed in a set place, and then the petr...

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Problems solved by technology

[0005] 1) Most of them are fixed installation structures. When in use, they are placed in a set place, and then the petri dishes are placed according to the number of layers of the structure or the number of rows and columns. However, if they are placed side by side or stacked, it is easy to cause local Sunshine or light shading, that is, the problem that some plants cannot fully receive sunlight, resulting in ineffective photosynthesis and uneven growth, especially the cultivation of fruits and vegetables, which has a serious impact on the growth of fruits and vegetables;

[0006] 2) The existing three-dimensional planting frame with fixed installation structure has a relatively single structure and function. When irrigating water, it needs to be injected one by one, which is time-consuming and laborious, and the efficiency is low. In order to improve efficiency, some are directly sprayed in pieces. However, it will cause waste of water resources, and each petri dish cannot be fully irrigated

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