CN203505230U - Novel nutrient solution planting and culturing system - Google Patents

Abstract

The utility model provides a novel nutrient solution planting and culturing system. The novel nutrient solution planting and culturing system comprises a nutrient solution culturing groove and is characterized in that a power-driven lifting support is arranged in the nutrient solution culturing groove, a separating plate is arranged on the power-driven lifting support, and a plurality of through holes are formed in the separating plate. The novel nutrient solution planting and culturing system has the advantages that the separating plate is arranged to be capable of reducing losses, caused by moisture volatilization, of a nutrient solution; as the separating plate is relatively stable in structure, plants can be easily placed with the fixed modeling, and impressions of the plants are increased.

Description

Novel nourishing liquid plantation culture systems

Technical field

The novel planting technology field that belongs to of this use, especially relates to a kind of novel nourishing liquid plantation culture systems.

Background technology

In existing technology, nutrient solution is cultivated use on foamed plastics in groove more and is dug some holes, and the seedling of plant is inserted in the hole, and the root of seedling exposes, and leans on the buoyancy of foamed plastics that the root of plant is immersed in nutrient solution.The loss that exists the nutrient solution volatilization in culture tank to bring nutrient solution, increases planting cost; Foamed plastics floats on the plant that makes on liquid level the to be planted technical problems such as specific form of cannot arranging out.

Summary of the invention

Problem to be solved in the utility model is to provide a kind of novel nourishing liquid plantation culture systems.

For solving the problems of the technologies described above, the technical solution adopted in the utility model is: novel nourishing liquid plantation culture systems, comprise nutrient solution cultivation groove, and described nutrient solution is cultivated in groove has electric lifting stand, on described electric lifting stand, there is dividing plate, on described dividing plate, there are a plurality of through holes.

Comprise controller, described dividing plate bottom has level sensor, and described level sensor is all connected with described controller with described electric lifting stand.

Described nutrient solution is cultivated groove inwall and is had many slide-and-guide grooves, and described separator edge place has the projection matching with described slide-and-guide groove, and described projection can be slided under the effect of described electric lifting stand in described slide-and-guide groove.

Described dividing plate can be separated with described electric lifting stand.

Advantage and the good effect that the utlity model has are: owing to adopting technique scheme, reduced the defect that planting cost that nutrient solution volatilization causes increases, dividing plate stable structure more easily makes plant be put out graceful moulding simultaneously, has increased perception.

Accompanying drawing explanation

Fig. 1 is overall structure schematic diagram of the present utility model.

In figure:

1, nutrient solution is cultivated groove 2, dividing plate 3, electric elevating rack

4, level sensor 11, slide-and-guide groove 21, through hole

22, projection

Embodiment

As shown in Figure 1, the utility model provides a kind of novel nourishing liquid plantation culture systems, comprises nutrient solution cultivation groove 1, and nutrient solution is cultivated in groove 1 has electric lifting stand 3, has dividing plate 2 on electric lifting stand 3, has a plurality of through holes 21 on dividing plate 2.

Comprise controller, dividing plate 2 bottoms have level sensor 4, and level sensor 4 is all connected with controller with electric lifting stand 3.

Nutrient solution is cultivated groove 1 inwall and is had many slide-and-guide grooves 11, and separator edge place has the projection 22 matching with slide-and-guide groove 11, and projection 22 can be in the interior slip of slide-and-guide groove 11 under the effect of electric lifting stand 3.Dividing plate 2 can be separated with electric lifting stand 3.

The course of work of this example: take off dividing plate 2, by the root bag of seedling one circle sponge, the seedling root that is surrounded by sponge is inserted in the through hole 21 on dividing plate 2, in cultivating groove, nutrient solution adds appropriate nutrient solution, dividing plate 2 is put back on electric lifting stand 3, the height of adjusting electric elevating rack 3, makes the liquid level of nutrient solution contact with the liquid level sensor of dividing plate 2 bottoms.Open level sensor 4 and controller, when nutrient solution volatilization makes level sensor induction less than nutrient solution liquid level, its signal sending makes the height of controller reduction electric elevating rack 3 until liquid level sensor 4 senses the liquid level of nutrient solution again.

Above an embodiment of the present utility model is had been described in detail, but described content is only preferred embodiment of the present utility model, can not be considered to for limiting practical range of the present utility model.All equalization variations of doing according to the utility model application range and improvement etc., within all should still belonging to patent covering scope of the present utility model.

Claims (2)

1. novel nourishing liquid plantation culture systems, comprises nutrient solution cultivation groove and controller, it is characterized in that: described nutrient solution is cultivated in groove has electric lifting stand, on described electric lifting stand, has dividing plate, has a plurality of through holes on described dividing plate;

Described dividing plate bottom has level sensor, and described level sensor is all connected with described controller with described electric lifting stand;

Described nutrient solution is cultivated groove inwall and is had many slide-and-guide grooves, and described separator edge place has the projection matching with described slide-and-guide groove, and described projection can be slided under the effect of described electric lifting stand in described slide-and-guide groove.

2. plantation culture systems according to claim 1, is characterized in that: described dividing plate can be separated with described electric lifting stand.