CN215992265U - Household outdoor heat-preservation three-dimensional leaf vegetable water planting device - Google Patents

Abstract

A household outdoor heat-preservation three-dimensional leaf vegetable water planting device is characterized in that four supporting stand columns and four planting pot supporting cross rods which are horizontally arranged at the same height are connected into a rectangular planting pot supporting frame through a three-dimensional four-way pipe fitting through pipe threads, the supporting stand columns are provided with three layers of horizontal planting pot supporting frames from bottom to top, and the bottom end of each supporting stand column is provided with a wheel for moving; placing a water culture planting pot on the planting pot supporting cross bar of each layer; arranging a nutrient solution conveying pipe and a nutrient solution return pipe on two side surfaces of each planting pot respectively, connecting the nutrient solution conveying pipe to a submersible pump, arranging the submersible pump in a nutrient solution storage tank, and connecting a timer with the submersible pump so as to control the operation or stop of the submersible pump; placing a planting plate on each water planting pot; set up organic glass apron mounting groove at planting basin braced frame's top, set up the vertical mounting groove of organic glass board in four sides of planting basin braced frame, insert vertical organic glass board in the mounting groove.

Description

Household outdoor heat-preservation three-dimensional leaf vegetable water planting device

Technical Field

The utility model belongs to the technical field of the agricultural technology and specifically relates to outdoor three-dimensional leaf dish water planting device that keeps warm of family.

Background

The traditional vegetable planting mode comprises the following steps: the first mode is planting on natural land under natural climate conditions, the second mode is a planting mode of building a greenhouse on the natural land for heat preservation, the former mode is influenced by climate conditions, the plants cannot be planted in cold areas in winter, the latter mode is adopted for planting vegetables through greenhouse heat preservation, and no matter which mode is used for planting vegetables, soil with better soil quality is needed. In a place with less cultivated land, there may be a case where vegetable planting land is lacking. According to the background, the utility model discloses a family is outdoor with three-dimensional leaf dish water planting device that keeps warm, characterized by does not need soil, relies on artifical nutrient solution of preparation to provide required nutrient for vegetation, realizes also can plant the purpose of vegetables in roof platform or first floor courtyard under the low temperature weather, and its advantage is that vegetables that can plant in the unit area are more, and planting efficiency is higher.

SUMMERY OF THE UTILITY MODEL

The utility model discloses a household outdoor heat-preservation three-dimensional leaf vegetable water planting device, which consists of wheels (1), a nutrient solution storage tank (2), a supporting upright post (3), an organic glass plate longitudinal installation groove (4), a planting pot supporting cross bar (5), a water planting pot (6), a planting plate (7), an organic glass cover plate installation groove (8), a nutrient solution return pipe (9), a nutrient solution conveying pipe (10), a timer (11) and a submersible pump (12), the water planting device is characterized in that four supporting upright posts (3) and four planting pot supporting cross rods (5) horizontally placed at the same height are connected into a cuboid planting pot supporting frame through pipe threads by using a three-dimensional four-way pipe fitting, the four planting pot supporting cross rods are two longer and two shorter, the length of the two longer supporting cross rods is 2-3 meters, and the length of the two shorter supporting cross rods is 1.5-2.0 meters; three layers of horizontal planting pot supporting frames are arranged on the supporting upright columns (3) from bottom to top, and a wheel (1) is arranged at the bottom end of each supporting upright column (3) and used for moving; placing a water culture planting pot (6) on the planting pot supporting cross rod (5) of each layer, wherein the length of the water culture planting pot is 4-5 meters, the width of the water culture planting pot is 1.5-2 meters, and the width of the water culture planting pot is consistent with the length of the shorter planting pot supporting cross rod; a nutrient solution conveying pipe (10) and a nutrient solution return pipe (9) are respectively arranged on two side surfaces of each planting pot, and the nutrient solution conveying pipe (10) is connected to a submersible pump (12); a nutrient solution return pipe (9) is connected to a nutrient solution storage tank (2), the nutrient solution storage tank is placed below a water planting pot on the bottom layer, a submersible pump (12) is arranged in the nutrient solution storage tank, and a timer is connected with the submersible pump so as to control the operation or stop of the submersible pump; a planting plate (7) is arranged on each water planting pot (6), and planting holes are arranged on the planting plates according to an equilateral triangle; an organic glass cover plate mounting groove (8) is formed in the top of the planting pot supporting frame, and an organic glass cover plate is inserted into the mounting groove; set up vertical mounting groove (4) of organic glass board in four sides of planting basin braced frame, insert vertical organic glass board in this mounting groove, the organic glass apron at the vertical organic glass board of four sides of planting basin braced frame and top makes the planting basin be in the confined space, but can let sunshine shine into, can realize keeping warm when low temperature weather in order to do benefit to vegetable growth, open the organic glass apron at vertical organic glass board and top in the season that is fit for vegetable growth.

Drawings

Fig. 1 is a schematic view of a sectional structure of a vertical surface of the household outdoor heat-preservation three-dimensional leaf vegetable water planting device, wherein 1 is a wheel, 2 is a nutrient solution storage tank, 3 is a support upright post, 4 is an organic glass plate longitudinal installation groove, 5 is a planting pot support cross rod, 6 is a water planting pot, 7 is a planting plate, and 8 is an organic glass cover plate installation groove; FIG. 2 is a schematic sectional view of the section B-B in FIG. 1, wherein 9 is a nutrient solution return pipe, 10 is a nutrient solution delivery pipe, 11 is a timer, 12 is a submersible pump, and the rest parts are as described above; fig. 3 is a schematic sectional view of the cross section a-a in fig. 1, and the parts are as described above.

Detailed Description

The outdoor three-dimensional leaf dish hydroponics planting device that keeps warm of family carries out vegetable planting like this, combines fig. 1, fig. 2 and fig. 3 to explain as follows: firstly, placing vegetable seeds in a field planting sponge for water planting and seedling raising, when water-planted vegetable seedlings can be transplanted, transplanting the water-planted vegetable seedlings into a field planting basket, placing the field planting basket in planting holes of a field planting plate (7), preparing nutrient solution according to growth requirements of planted vegetables, pouring the nutrient solution into a nutrient solution storage tank (2), adding a proper amount of water to ensure that the concentration of the nutrient solution diluted by adding water meets the growth requirements of the vegetables, starting a submersible pump (12) to pump the nutrient solution in the nutrient solution storage tank (2) into each water planting pot (6) through a nutrient solution conveying pipe (10), when the liquid level of the nutrient solution in the water planting pot exceeds an overflow outlet, reflowing into the nutrient solution storage tank (2) through a nutrient solution backflow pipe (9), realizing the recycling of the nutrient solution, setting the switching time of the running and stopping of a timer (11), and enabling the nutrient solution to flow and stop alternately, so as to supplement nutrient components reduced by the growth and absorption of the vegetables and meet the growth requirements of the vegetables. After the nutrient solution is used for a period of time, preparing and adding a proper amount of nutrient solution into the nutrient solution storage tank (2) to ensure that the component concentration of the nutrient solution meets the growth requirement of vegetables, and so on until the vegetables grow to be harvested, and then carrying out the planting operation of the next batch of vegetables. When outdoor temperature is too low to be suitable for vegetable growth, the organic glass plates are inserted into the organic glass plate longitudinal mounting groove (4) and the organic glass cover plate mounting groove (8) respectively, so that the heat preservation of the planting environment is realized to be beneficial to vegetable growth, and the organic glass plates are opened under the temperature suitable for vegetable growth. It is above that the utility model the outdoor three-dimensional leaf dish water planting device's of heat preservation planting operation process of family.

Claims (1)

1. Outdoor three-dimensional leaf dish hydroponic planting device that keeps warm of family, characterized in that: the water planting device is composed of wheels (1), a nutrient solution storage tank (2), supporting upright posts (3), an organic glass plate longitudinal installation groove (4), planting pot supporting cross rods (5), a water planting pot (6), a planting plate (7), an organic glass cover plate installation groove (8), a nutrient solution backflow pipe (9), a nutrient solution conveying pipe (10), a timer (11) and a submersible pump (12), wherein four supporting upright posts (3) and four planting pot supporting cross rods (5) horizontally placed at the same height are connected into a cuboid planting pot supporting frame through pipe threads by using a three-dimensional four-way pipe fitting, the four planting pot supporting cross rods are two longer and two shorter, the two longer lengths are 2-3 meters, and the two shorter lengths are 1.5-2.0 meters; three layers of horizontal planting pot supporting frames are arranged on the supporting upright columns (3) from bottom to top, and a wheel (1) is arranged at the bottom end of each supporting upright column (3) and used for moving; placing a water culture planting pot (6) on the planting pot supporting cross rod (5) of each layer, wherein the length of the water culture planting pot is 4-5 meters, the width of the water culture planting pot is 1.5-2 meters, and the width of the water culture planting pot is consistent with the length of the shorter planting pot supporting cross rod; a nutrient solution conveying pipe (10) and a nutrient solution return pipe (9) are respectively arranged on two side surfaces of each planting pot, and the nutrient solution conveying pipe (10) is connected to a submersible pump (12); a nutrient solution return pipe (9) is connected to a nutrient solution storage tank (2), the nutrient solution storage tank is placed below a water planting pot on the bottom layer, a submersible pump (12) is arranged in the nutrient solution storage tank, and a timer is connected with the submersible pump so as to control the operation or stop of the submersible pump; a planting plate (7) is arranged on each water planting pot (6), and planting holes are arranged on the planting plates according to an equilateral triangle; an organic glass cover plate mounting groove (8) is formed in the top of the planting pot supporting frame, and an organic glass cover plate is inserted into the mounting groove; four sides at planting basin braced frame set up the vertical mounting groove of organic glass board (4), insert vertical organic glass board in this mounting groove.

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