Systems and methods for growing cannabis plants using hydroponics.

Abstract

------29 / 08 / 2568------(OCR) The OCR 10KL hydroponic cannabis growing system consists of a large water tank (1) connected to a nutrient mixing tank (2) to prepare the nutrient solution. A current sensor (3) and a pH sensor (7) are installed inside the tank, controlled by a current regulator (4) and a pH regulator (8) for fertilizer absorption and adjustment. The hydroponic system's operation begins with a timer for water delivery and return. An inlet pump (11) sends water from the large water tank (1) to the nutrient mixing tank (2) and the growing tank (16). Simultaneously, nutrient solution is delivered to 80% of the growing tank (16), taking 12 minutes to deliver the solution. Afterward, the roots are allowed to absorb nutrients for 18 minutes before an outlet pump (13) draws the solution back into the large water tank (1) in 15 minutes, allowing the roots to receive oxygen for 45 minutes. This process is repeated for 90 minutes per cycle, for a total of 16 cycles per day. ------------ ------06 / 12 / 2567------(OCR) The OCR 10KL hydroponic cannabis growing system consists of a large water tank (1) connected to a nutrient mixing tank (2) to prepare the nutrient solution. A current sensor (3) and a pH sensor (7) are installed inside the tank, controlled by a current regulator (4) and a pH regulator (8) for fertilizer absorption and adjustment. The hydroponic system's operation begins with a timer for water delivery and return. An inlet pump (11) sends water from the large water tank (1) to the nutrient mixing tank (2) and the growing tank (16). Simultaneously, nutrient solution is delivered to 80% of the growing tank (16), taking 12 minutes to deliver the solution. Afterward, the roots are allowed to absorb nutrients for 18 minutes before an outlet pump (13) draws the solution back into the large water tank (1) in 15 minutes, allowing the roots to receive oxygen for 45 minutes. This process is repeated for 90 minutes per cycle, for a total of 16 cycles per day. ------------ ------27 / 03 / 2567------(OCR) The hydroponic cannabis cultivation system has unique characteristics, consisting of a large water tank with a capacity of 500 liters, connected to a fertilizer mixing tank. This mixing tank is designed to mix the fertilizer and water delivered from the large water tank. The fertilizer mixed with water is called a nutrient solution. Inside the fertilizer mixing tank, an electrical conductivity probe (EC probe) is installed to monitor the electrical conductivity (EC) of the nutrient solution within the mixing tank, ensuring it's suitable for the cannabis plants. The EC probe is connected to an electrical conductivity controller (EC controller), which controls the amount of fertilizer drawn from fertilizer tanks A and B into the mixing tank in equal amounts. When the EC probe measures an EC value inside the mixing tank below a predetermined level, the system stops the fertilizer flow.Furthermore, the fertilizer mixing tank is equipped with a Potential of Hydrogen probe (pH probe) to monitor the pH of the nutrient solution. This pH probe is connected to a Potential of Hydrogen controller (pH controller), which draws sodium hydroxide (NaOH) from the acid tank into the fertilizer mixing tank when the EC probe measures an EC value higher than a set level. This adjusts the EC and pH to maintain optimal levels at all times. The hydroponic cannabis cultivation system begins by setting times for water supply and recovery via inlet and outlet water control clocks. The inlet water pump, located in a large water tank, controls the water flow from this tank to the fertilizer mixing tank. From there, the water is sent to a 50 mm main pipe.A 20mm main pipe is connected to a 15-liter grow tank, which contains 4-inch pots for growing cannabis plants. The system delivers nutrient solution from a fertilizer tank to the grow tank, filling it to approximately 80% capacity (about 12 liters). This nutrient solution is delivered to the grow tank over a period of 12 minutes, allowing the plant roots to soak in it for 18 minutes. After this time, a timer controls the water outlet system, activating the pump in the fertilizer tank to drain all the remaining nutrient solution from the grow tank through the fertilizer tank and return it to the main water tank. This process takes 15 minutes until all the water is gone. Finally, the cannabis roots are allowed to receive oxygen for respiration within the grow tank for 45 minutes. This is the final step in the hydroponic cannabis growing system before nutrient solution is introduced again. One cycle of the system takes a total of 90 minutes, and this process is repeated 16 times per day.

Claims

------29 / 08 / 2568------(OCR) OCR 10KL1. The hydroponic cannabis growing system is characterized by a large water tank (1) with a capacity of 500 liters of water, connected to a fertilizer mixing tank (2) designed to mix the fertilizer and water delivered from the large water tank and to hold the nutrient solution. Inside the fertilizer mixing tank, an electrical conductivity probe (EC probe) (3) is installed to check the electrical conductivity (EC) of the nutrient solution inside the mixing tank to ensure it is suitable for the cannabis plants. The EC probe is connected to an electrical conductivity controller (EC controller) (4), which controls the amount of fertilizer drawn from fertilizer tank A (5) and fertilizer tank B (6) into the mixing tank in equal amounts when the EC probe measures the EC inside the mixing tank below a specified level.In addition, a pH probe (7) is installed inside the fertilizer mixing tank to check the pH (Potential of Hydrogen; pH) of the nutrient solution inside the fertilizer mixing tank. The pH probe is connected to a pH controller (Potential of Hydrogen; pH controller) (8) which is responsible for drawing sodium hydroxide (NaOH) from the acid tank (9) into the fertilizer mixing tank when the EC probe measures an EC value higher than specified, in order to adjust the EC and pH values ​​to be appropriate at all times as specified.

2. Hydroponic cannabis growing system, according to claim 1, consists of the following operating procedures: The operating procedures of the hydroponic cannabis growing system begin with setting the time for water supply to the system and setting the time for water return. Through the inlet water control timer (10) and the outlet water control timer (12) by the inlet water pump (11) located inside the large water tank (1).Water is controlled from the large water tank (1) into the mixing tank (2), from where the water is sent to a 50 mm main pipe (14) which is connected to an 18 mm secondary pipe (15) to a 15-liter grow tank (16) which contains 4-inch pots (17) for growing the cannabis plants. The system will then supply 80 percent of the grow tank's nutrient solution, or about 12 liters, to the grow tank for 12 minutes. After this time, the cannabis roots will be immersed in the nutrient solution for 18 minutes. Once this time is complete, the outlet timer will activate to control the outlet pump (13) located in the nutrient mixing tank to draw all the nutrient solution from the grow tank through the nutrient mixing tank and back into the large water tank. This process takes 15 minutes to completely empty the water. The cannabis roots will then be allowed to breathe oxygen inside the grow tank for 45 minutes. This is the final step in the hydroponic cannabis growing system before any further nutrient solution is supplied.The system's operating cycle takes a total of 90 minutes and is repeated 16 times per day. ------------ ------06 / 12 / 2567------(OCR) OCR 10KL1. The hydroponic cannabis growing system is characterized by a large water tank (1) with a capacity of 500 liters of water, connected to a fertilizer mixing tank (2) designed to mix the fertilizer and water delivered from the large water tank and to hold the nutrient solution. Inside the fertilizer mixing tank, an electrical conductivity probe (EC probe) (3) is installed to check the electrical conductivity (EC) of the nutrient solution inside the mixing tank to ensure it is suitable for the cannabis plants. The EC probe is connected to an electrical conductivity controller (EC controller) (4), which controls the amount of fertilizer drawn from fertilizer tank A (5) and fertilizer tank B (6) into the mixing tank in equal amounts when the EC probe measures the EC inside the mixing tank below a specified level.In addition, a pH probe (7) is installed inside the fertilizer mixing tank to check the pH (Potential of Hydrogen; pH) of the nutrient solution inside the fertilizer mixing tank. The pH probe is connected to a pH controller (Potential of Hydrogen; pH controller) (8) which is responsible for drawing sodium hydroxide (NaOH) from the acid tank (9) into the fertilizer mixing tank when the EC probe measures an EC value higher than specified, in order to adjust the EC and pH values ​​to be appropriate at all times as specified.

2. Hydroponic cannabis growing system, according to claim 1, consists of the following operating procedures: The operating procedures of the hydroponic cannabis growing system begin with setting the time for water supply to the system and setting the time for water return. Through the inlet water control timer (10) and the outlet water control timer (12) by the inlet water pump (11) located inside the large water tank (1).Water is controlled from the large water tank (1) into the mixing tank (2), from where the water is sent to a 50 mm main pipe (14) which is connected to an 18 mm secondary pipe (15) to a 15-liter grow tank (16) which contains 4-inch pots (17) for growing the cannabis plants. The system will deliver 80 percent of the nutrient solution to the grow tank, or about 12 liters, for 12 minutes to allow the cannabis roots to be immersed in the nutrient solution for 18 minutes. After the specified time, the outlet timer will start to control the outlet pump (13) in the nutrient mixing tank to draw all the nutrient solution out of the grow tank through the nutrient mixing tank and back into the large water tank for 15 minutes. Then, the cannabis roots are allowed to breathe oxygen inside the grow tank for 45 minutes. This is the final step in the hydroponic cannabis growing system before nutrient solution is introduced again.The system's operating cycle takes a total of 90 minutes and is repeated 16 times within one day. ------------ ------27 / 03 / 2024------(OCR) . The hydroponic cannabis growing system has a unique design consisting of a large water tank (1) that can hold 500 liters of water, connected to a fertilizer mixing tank (2) which is designed to mix the fertilizer and water sent from the large water tank and to hold the nutrient solution. Inside the fertilizer mixing tank, an electrical conductivity probe (ECprobe) (3) is installed to check the electrical conductivity (EC) of the nutrient solution inside the fertilizer mixing tank to ensure it is suitable for the cannabis plants. The EC probe is connected to an electrical conductivity control device. (Electrical Conductivity controller; EC controller) (4), which is responsible for controlling the suction of fertilizer from fertilizer tank A (5) and fertilizer tank B (6) in equal amounts into the fertilizer mixing tank when the electrical conductivity probe (ECProbe) measures the electrical conductivity (EC) inside the fertilizer mixing tank to be lower than specified.In addition, a pH probe (7) is installed inside the fertilizer mixing tank to check the pH (Potential of Hydrogen; pH) of the nutrient solution inside the fertilizer mixing tank. The pH probe is connected to a pH controller (Potential of Hydrogen controller; pH controller) (8), which is responsible for drawing sodium hydroxide (NaOH) from the acid tank (9) into the fertilizer mixing tank when the EC probe measures an EC value higher than specified, in order to adjust the EC and pH values ​​to be appropriate at all times as specified.

2. Hydroponic cannabis growing system, according to claim 1, consists of the following operating procedures: The operating procedures of the hydroponic cannabis growing system begin with setting the time for water supply to the system and setting the time for water return. Through the inlet water control timer (10) and the outlet water control timer (12) by the inlet water pump (11) located inside the large water tank (1).Water is controlled from the large water tank (1) into the mixing tank (2), from where the water is sent to a 50 mm main pipe (14) which is connected to a 20 mm secondary pipe (15) to a 15-liter grow tank (16) which contains 4-inch pots (17) for growing the cannabis plants. The system will deliver 80 percent of the nutrient solution to the grow tank, or about 12 liters, for 12 minutes to allow the cannabis roots to be immersed in the nutrient solution for 18 minutes. After the specified time, the outlet timer will start to control the outlet pump (13) in the mixing tank to draw all the nutrient solution out of the grow tank through the mixing tank and back into the large water tank for 15 minutes. Then, the cannabis roots will be allowed to breathe oxygen inside the grow tank for 45 minutes. This is the final step in the operation of the hydroponic cannabis growing system. Before the nutrient solution is supplied again, by 1The system's operating cycle takes a total of 90 minutes and is repeated 16 times within one day.

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