TWM611567U - Structure capable of injecting gas into soil for plant roots to breathe - Google Patents

Abstract

This creation is to provide a structure that can inject gas into the soil to provide plant roots for respiration. The structure mainly includes a gas source connected to a gas supply system, and the gas supply system is connected with a gas supply main pipe so that the free end of the gas supply main pipe is buried in the soil and transports gas toward the roots of the plants. By providing plant roots and soil air, this creation increases the aeration, oxygen or nitrogen content of the plant rhizosphere soil, thereby promoting the symbiosis of beneficial microorganisms in the soil to activate the soil and help the respiration of plant roots. Improve root activity, promote plant absorption of water and mineral nutrients, and at the same time strengthen plant roots, enhance plant resistance to pests, diseases and adversity.

Description

Can inject gas into the soil to provide a structure for plant roots to breathe

This creation provides a structure that can inject gas into the soil to provide plant root breathing. The air supply system cooperates with the main air supply pipe so that the free end of the main air supply pipe is buried in the soil and transported toward the plant roots. Gas to increase soil aeration and provide the structural design of plant root respiration.

According to the theory, soil is the foundation of planting and has a close relationship with the growth and development of plants. In addition to holding plants growing upright, soil also provides water and nutrients for plant growth, and oxygen for root respiration. However, the erosion of rainwater can easily cause soil erosion and harden the surface of the soil; coupled with the compaction caused by humans, animals and mechanical equipment in the field, it will reduce the aeration pores of the soil, resulting in poor air permeability of the soil. The oxygen content is reduced, so that the entire soil environment is not conducive to the symbiosis of plants and beneficial microorganisms.

In view of the above causal phenomenon, the creator of this case has developed the best practical creation based on years of practical experience.

This creation is to provide a structure that can inject gas into the soil to provide plant root breathing. It includes a gas source connected to a gas supply system. The gas supply system is connected with a gas supply pipe to make the free end of the gas supply pipe. Those who are buried in the soil and transport gas toward the roots of plants;

In this way, this creation increases the aeration, oxygen or nitrogen content of the plant root zone soil by providing plant roots and soil air, thereby promoting the symbiosis of beneficial microorganisms in the root zone environment to activate the soil and help plants The respiration of the roots promotes the absorption of water and mineral nutrients by the plant. At the same time, it can also strengthen the roots of the plant and enhance the plant's resistance to pests and adversity.

Please refer to Figures 1-2, which are the preferred embodiments of this creation that can inject gas into the soil to provide plant root breathing. However, these embodiments are for illustrative purposes only and are not subject to this patent application. Structural restrictions. In order to make your review committee have a better understanding of this creation, here is a preferred embodiment and in conjunction with the diagrams, the structure of this creation includes:

A gas source 10 is connected to a gas supply system 20, the gas supply system 20 is connected with a gas supply main pipe 40, so that the free end of the gas supply pipe 40 is buried in the soil 60, and the gas is discharged toward the root 51 of the plant 50 . The gas source 10 can be an air compressor, and the gas supply system 20 is provided with a pressure gauge 11 and a pressure regulating valve 12 between the position of the gas supply main pipe 40; the pressure gauge 11 can be used for users Visually observe the air supply pressure, and then manually adjust the pressure regulating valve 12 to adjust the air supply pressure.

Then, the aforementioned gas supply system 20 adjusts the temperature of the gas through a temperature adjustment system 30, and then guides it into the main gas supply pipe 40 for export. The temperature adjustment system 30 is provided with a control unit 31, and the temperature adjustment system 30 is provided with a guide line 32 corresponding to the gas supply system 20, so that the gas supplied by the gas supply system 20 can be adjusted to a temperature suitable for the attributes of the plants 50 For example, tricolor pansy, snapdragon, petunia, nasturtium, tulip, hyacinth, and narcissus are plants in temperate regions 50. The temperature adjustment system 30 can adjust the temperature of the air supply to the optimum temperature range of about 16-20 ℃ .

Preferably, a field management system 70 can be connected to a predetermined position of the air supply system 20, and the field management system 70 can cooperate with a timing controller or a soil moisture sensor to automatically supply water and fertilizer spraying equipment.

Furthermore, a distribution pipe 41 is connected to the free end of the main gas supply pipe 40, and the distribution pipe 41 branches and supplies gas to a plurality of gas supply branch pipes 42, such as rows of plants 50 distributed in rows of soil 60 channels, so that each of the air supply branch pipes 42 is in the form of a porous tube (Perforated tube) with a plurality of pores 43 to supply air corresponding to the roots 51 of each row of the plurality of plants 50.

Preferably, the gas supply system 20 can provide oxygen, nitrogen or other gases to supply gas with suitable attributes for various types of plants 50, for example, fungus plants 50 can supply nitrogen.

In this way, this creation increases the aeration, oxygen content or nitrogen content of the root zone 51 of the plant 50 and the soil 60 by providing air to the root zone of the plant 50 and the soil 60, thereby promoting the symbiosis of beneficial microorganisms in the soil 60 to activate the soil quality. It also helps the respiration of the roots 51 of the plants 50, provides nutrients that promote the growth of the plants 50, and at the same time strengthens the roots of the plants 50 and enhances the resistance of the plants 50 to diseases and insect pests. In addition, the air supply of this creation can be heated and cooled, and the pipeline also has the function of pumping water, which can alleviate flooding hazards. The scope of use can be used in controllable soil environments and non-controllable soil environments.

Based on this, this creation "The structure that can inject gas into the soil to provide plant root breathing" can improve functionality and convenience. It is a practical and innovative design. However, no similar products and publications have been published. Therefore, the requirements for a new patent application are met, and Yan filed an application in accordance with the law.

[This Creation] 10: Air source 11: Pressure gauge 12: Pressure regulating valve 20: Gas supply system 30: Temperature regulation system 31: control unit 32: Guiding route 40: main gas supply pipe 41: Distribution pipeline 42: Air supply branch 43: Stoma 50: Plant 51: Root 60: soil 70: Field Management System

Figure 1: The three-dimensional distribution diagram of this creation "Can inject gas into the soil to provide the structure of plant root breathing". Figure 2: The structure of this creation "The structure that can inject gas into the soil to provide plant roots for breathing".

10: Air source

11: Pressure gauge

12: Pressure regulating valve

20: Gas supply system

30: Temperature regulation system

31: control unit

32: Guiding route

40: main gas supply pipe

41: Distribution pipeline

42: Air supply branch

50: Plant

60: soil

Claims (7)

A structure that can inject gas into the soil to provide plant roots for respiration, including: A gas source is connected to a gas supply system, and the gas supply system is connected with a gas supply main pipe so that the free end of the gas supply main pipe is buried in the soil and transports gas toward the roots of plants. The structure for injecting gas into the soil to provide plant root respiration as described in claim 1, wherein the gas source can be an air compressor. The structure for injecting gas into the soil to provide plant root breathing as described in claim 1, wherein the gas supply system is provided with a pressure gauge and a pressure regulating valve corresponding to the position of the gas supply main pipe. The structure for injecting gas into the soil to provide plant root breathing as described in claim 1, wherein the gas supply system adjusts the temperature of the gas through a temperature adjustment system, and then guides it into the main gas supply pipe for operation Derived, the temperature adjustment system is provided with a control unit, and the temperature adjustment system corresponds to the air supply system with a pilot line. As described in claim 1, a structure capable of injecting gas into the soil to provide plant root respiration, wherein a field management system can be connected to a predetermined position of the gas supply system. The structure for injecting gas into the soil to provide plant root breathing as described in claim 1, wherein the free end of the gas main pipe is connected with a distribution pipe, and the distribution pipe branches the gas to a plurality of gas supply The branch pipes, each of the air supply branch pipes is in the form of a perforated tube with a plurality of pores. The structure for injecting gas into the soil to provide plant root breathing as described in claim 1, wherein the gas supply system can provide oxygen, nitrogen or other gases.

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