TWM573563U - Cultivation system of yellow Chinese leek - Google Patents

Abstract

A yellow planting system comprising an outer support unit, a plurality of cultivation units, a sprinkler unit, and an energy storage unit, the outer support unit comprising a first support set, and a cover of the first support set and the first A support group collectively surrounds a shielding member defining a cultivation space, wherein the cultivation units are located in the cultivation space, each cultivation unit comprises a cultivation box, and a soil accommodated in the cultivation box for planting yellow flowers, the sprinkling The water unit includes a first sprinkling module for adjusting the temperature and humidity in the cultivation space, and a second sprinkling module for adjusting the humidity of the soil of the cultivation unit, the energy storage unit including a setting The second bracket group above the first bracket group, and a solar panel group disposed in the second bracket group to convert solar energy into electric energy, thereby achieving the effect of cultivating and storing electric energy, and effectively utilizing space.

Description

Yellow cultivation system

The present invention relates to a cultivation system, and more particularly to a yellow cultivation system.

The existing glutinous yellow can not be exposed to sunlight during cultivation. Therefore, it is generally used to plant a leeks before a field, and a scaffold is set up by materials such as bamboo rafts, iron wires or irons, and a black plastic is placed on the outer cover of the shed. Layers, so that the sun can not shine into the scaffold, and finally cut off the amaranth leaves, leaving the roots of the leek can be used for the growth of yellow.

However, the current soil and groundwater are often polluted, so the quality of the yellow cultivar cultivated in different places is different, and the cultivation of sassafras requires a large area of land. It is a pity that this large area of land cannot be further utilized. In addition, direct sunlight on the top of the black plastic layer will also cause the temperature in the scaffold to be too high to grow, and the planting site requires a large amount of fertile soil, so the place suitable for planting is also limited.

Accordingly, it is an object of the present invention to provide a yellow cultivation system that overcomes at least one of the disadvantages of the prior art.

Therefore, the novel yellow cultivation system is used for planting a plurality of yellow flowers, and the yellow cultivation system comprises an outer support unit, a plurality of cultivation units, a sprinkling unit, and an energy storage unit.

The outer bracket unit includes a first bracket group, and a shielding member that covers the first bracket group to block light from the outer side. The first bracket group and the shielding member collectively define a cultivation space, and the cultivation unit Located in the cultivation space, each cultivation unit includes a cultivation box, and a soil accommodated in the cultivation box and corresponding to the yellow planting, the sprinkling unit includes a first bracket set for use in the a first sprinkling module for adjusting temperature and humidity in the cultivation space, and a plurality of second sprinkling modules corresponding to the cultivation unit for adjusting the humidity of the soil of the cultivation units, the energy storage unit including a setting a second set of brackets above the first set of brackets, and a set of solar panels disposed on the second set of supports to convert solar energy into electrical energy.

The utility model has the advantages that the space can be effectively utilized by providing the cultivation box in the shielding member and installing the solar panel group on the first bracket group, thereby achieving the effect of cultivating and storing electric energy.

Referring to Figures 1, 2 and 3, an embodiment of the present invention relates to a method for planting a plurality of yellow husks 9, which comprises an outer support unit 2, an inner support unit 3, a plurality of cultivation units 4, and a sprinkling water. The unit 5, an energy storage unit 6, and a regulation unit 7.

The outer bracket unit 2 includes a first bracket group 21, and a shielding member 22 covering the first bracket group 21 to block light from the outer side. The first bracket group 21 and the shielding member 22 collectively define a cultivation. Space 23. In the embodiment, the shutter 22 is made of a two-layer structure of a non-woven fabric and a black rubber cloth.

The first bracket set 21 has a base frame 211 that supports the shutter 22 and supports the shutter 22, and an extension frame 212 that passes through the shutter 22 upwardly from the base frame 211.

The inner bracket unit 3 is disposed in the cultivation space 23 and has a plurality of carriers 31.

The cultivation unit 4 is located in the cultivation space 23, and each of the cultivation units 4 includes a cultivation box 41 carried by the inner support unit 3 without contacting the ground, and is accommodated in the cultivation box 41 and correspondingly The soil of the yellow planted in the yellow 42. In this embodiment, each carrier 31 can be used to carry four cultivation boxes 41, but is not limited thereto.

The sprinkler unit 5 includes a first sprinkler module 51 disposed on the base frame 211 of the first bracket group 21 for adjusting the temperature and humidity in the cultivation space 23, and a plurality of the sprinkler modules 51 disposed on the inner bracket unit 3 The carriers 31 and the cultivation unit 4 are used to adjust the humidity of the soil 42 of the cultivation units 4 to the second sprinkler module 52. In the embodiment, the first sprinkling module 51 and the second sprinkling module 52 are composed of components such as a sprinkler head and a pipeline, and the sprinkler head and the pipeline are components such as the existing sprinkling technology. Therefore, the detailed structure is not further explained in this specification.

The energy storage unit 6 includes a second bracket group 61 disposed above the first bracket group 21 and connected to the extension bracket 212, and a solar panel group disposed on the second bracket group 61 to convert solar energy into electrical energy. 62.

The regulating unit 7 includes an environmental temperature and humidity sensing module 71 disposed in the cultivation space 23 to measure the ambient temperature and humidity in the cultivation space 23, and a plurality of the environmental temperature and humidity sensing modules 71 respectively disposed in the soils 42 to respectively measure the soils. a humidity moisture sensor 72 of 42, and an electrical connection between the ambient temperature and humidity sensor 71, the soil moisture sensor 72, the first sprinkling module 51, and the second sprinkling module And the control module 73 of the solar panel 62, the control module 73 controls the operation of the first sprinkling module 51 according to the temperature and humidity information measured by the ambient temperature and humidity sensor 71, and according to the The humidity information measured by the soil moisture sensor 72 controls the operation of the second sprinkler modules 52.

In this embodiment, the ambient temperature and humidity sensor 71, the soil moisture sensors 72, the first sprinkling module 51, the second sprinkling modules, the solar panel 62, and the control The module 73 is electrically connected by a physical line. However, in other embodiments, the ambient temperature and humidity sensor 71 and the soil moisture sensors 72 may be wirelessly connected to the control module 73.

In use, the yellowing 9 can be normally grown because it is covered by the shielding member 22 without being exposed to sunlight, and the cultivation space 23 can be measured according to the ambient temperature and humidity sensor 71. Controlling the first sprinkler module 51 to spray water to adjust the ambient temperature and humidity in the cultivation space 23, and controlling the humidity information measured by the soil moisture sensors 72 according to the ambient temperature and humidity. The second sprinkler module 52 sprays water to adjust the humidity of the soil 42 in the cultivation boxes 41, thereby ensuring the normal growth of the yellowish yellows 9.

Since the cultivation boxes 41 are carried by the corresponding carriers 31 and do not contact the ground, the soil 42 of the cultivation boxes 41 is not contaminated by the ground, and the first sprinkling module 51 and The water source of the second sprinkling module 52 is self-supplying, so that it is not contaminated by groundwater, so that the quality of the produced yellow sapphire 9 can be ensured to be stable and reliable.

Since the soil 42 of the cultivation box 41 is separately provided, the cultivation system can be disposed anywhere without restriction, and does not need to be disposed at a place having a large amount of fertile soil, so that the application is more convenient and the The control unit 7 can further record the production history of the yellow 9 to ensure the quality of the cultivation.

In addition, the solar panel assembly 62 absorbs solar energy, and in addition to avoiding direct sunlight, the temperature in the cultivation space 23 is low and is suitable for cultivating the yellowish yellow 9, and the solar panel 62 converts solar energy into electrical energy. In addition to being able to supply electrical energy to the control unit 7, the electric energy can be further stored or further sold to the electric power company, so that the yellow cultivating system is used for the cultivation of the scutellaria yellow It can be further used to convert electrical energy and make efficient use of space.

It is worth mentioning that in order to increase the use space, the carriers 31 can be further stacked upwards, and more cultivation boxes 41 can be provided, thereby increasing the yield.

In summary, since the cultivation box 41 is disposed in the shielding member 22, and the solar panel group 62 is disposed on the first bracket group 21, the effect of cultivating and storing electric energy can be achieved, and the space can be effectively utilized. Therefore, it is indeed possible to achieve the purpose of this new type.

However, the above is only the embodiment of the present invention, and when it is not possible to limit the scope of the present invention, all the simple equivalent changes and modifications according to the scope of the patent application and the contents of the patent specification are still This new patent covers the scope.

2‧‧‧External support unit

21‧‧‧First stent set

211‧‧‧ pedestal

212‧‧‧Extension

22‧‧‧ Shield

23‧‧‧Cultivation space

3‧‧‧Inner bracket unit

31‧‧‧ Carrier

4‧‧‧cultivating unit

41‧‧‧cultivation box

42‧‧‧ soil

5‧‧‧ sprinkler unit

51‧‧‧The first sprinkler module

52‧‧‧Second sprinkler module

6‧‧‧ Energy storage unit

61‧‧‧Second bracket set

62‧‧‧Solar panel

7‧‧‧Control unit

71‧‧‧Environmental temperature and humidity sensing module

72‧‧‧ Soil moisture sensor

73‧‧‧Control Module

9‧‧‧韭黄

Other features and effects of the present invention will be apparent from the following description of the drawings, wherein: Figure 1 is a perspective view of an embodiment of the present invention; FIG. 2 is an incomplete view of the embodiment 3 is a perspective view of a cultivation box, a carrier and a second watering module of the embodiment.

Claims (5)

A yellow cultivating system for planting a plurality of eucalyptus cultivation system, comprising: an outer bracket unit comprising a first bracket set, and a occlusion member covering the first bracket set to block light from the outer side, the first A support group and the shielding member collectively define a cultivation space; a plurality of cultivation units are located in the cultivation space, each cultivation unit comprises a cultivation box, and a cultivation box is accommodated in the cultivation box for corresponding yellow planting a sprinkler unit comprising a first sprinkler module disposed on the first set of supports for adjusting temperature and humidity in the cultivation space, and a plurality of corresponding cultivation units for adjusting the cultivation units a second sprinkler module for moisture of the soil; and an energy storage unit comprising a second set of brackets disposed above the first set of brackets, and a second set of brackets disposed to convert solar energy into electrical energy Solar panel. The yellow cultivating system according to claim 1, further comprising a regulating unit, wherein the regulating unit comprises an environmental temperature and humidity sensing module disposed in the cultivation space, and a plurality of soil moisture sensors respectively disposed in the soils And electrically connecting the ambient temperature and humidity sensor, the soil moisture sensor, the first sprinkling module, the second sprinkling module, and the control module of the solar panel, the control module The group controls the operation of the first sprinkler module according to the temperature and humidity information measured by the ambient temperature and humidity sensor, and controls the second according to the humidity information measured by the soil moisture sensors The sprinkler module operates. The cultivating box of the cultivating box according to claim 2, further comprising an inner bracket unit disposed in the cultivation space and provided for the second sprinkling module, wherein the inner bracket unit is configured to carry the cultivation box So that the cultivation boxes do not touch the ground. The yellowing cultivation system according to claim 3, wherein the shielding member is made of a two-layer structure of a non-woven fabric and a black rubber cloth. The cultivating system of claim 1 , wherein the first bracket group has a pedestal that supports the visor and supports the visor, and a visor is passed upwardly from the pedestal to connect the keeper. An extension of the second set of brackets.