Abstract: An air movement system for plant cultivation. An air conditioner receives a gas mixture of air and carbon dioxide, regulates a temperature of the gas mixture, and outputs the gas mixture at the regulated temperature. A first bladeless fan receives the gas mixture output by the air conditioner and supplies the gas mixture as an air flow to a first crop area at a velocity towards an air intake. At least one second bladeless fan assists the air flow from the first crop area to a second crop area so as to maintain the velocity towards the air intake.

Abstract: Equipment and process for plant nutrition through the air is mixed between aeroponics system and fogponics system. That injects plant nutrition through rhythmic aeroponics system with automatic control system. Allow plants to receive different sized nutrients at the same time and consistently, combined with colloid plant nutrition through the fogponics system. According to the present invention, the development to reduce energy and resources in cultivation and reduce labor in agro-industry.

Abstract: According to aspect of the present invention there is provided process for growing plant with small element comprising of steps that involve shooting or firing high frequency to a solution containing minerals that affect plant growth. Then there was a high-frequency launch into the colloid body. Finally, the nanoparticles are created. The nanoparticle will float to the root of plant, which is suspended in the air to enrich plants and provide enough nutrients to grow. The process of plant cultivation according to the present invention was invented to develop resource reducing cultivation.

Abstract: The invention provides for computational and networking environment arrangements to co-coordinate the activities, roles, operation, maintenance, and optimal use of multiple plant-cultivation enhancement and monitoring technology subsystems including mechanical, illumination, chemical, biochemical, hydraulic, thermal, pneumatic, electronic, electrical, computational, informational, sensor, measurement, control, analysis, modeling, logging, database, and networking, as well as other technologies. Additionally, sensors and/or plant environment equipment items can be an Internet of Things (IoT) entity. Individual plants can be assigned an identification “ID” that can be used to track individual plants as to environment, history, introduction, removal, and health. Individual plants can be provided with RFID tags or tags that operate as an Internet of Things (IoT) entity. The invention provides for strategies for a wide range of user interfaces types and provides for flexible readily-customizable implementations.

Abstract: According to aspect of the present invention there is provided bladeless fan in the fluid pipe comprising: Bladeless fan inside fluid pipe revealed to the fans in the pipe system and without the bladeless that developed to allow the fan to increase the speed of fluid flow in the pipeline, such as air or liquid at constant or closely speed throughout the pipeline. This makes the fluid flow better, low power consumption, easy to maintain due to less equipment with bladeless fan and no sound or light sound. The fluid sorting apparatus (16) can be placed in order to perform the fluid arrangement that depending on the pipe system used. And the specific installation position affects to the speed of movement in each form.

Abstract: According to aspects of the present invention there is provided the vertical plant cultivation closed system comprising: Reduce the old apparatus of fogponics system and reduce the movement of the nutrient atomized mist. Control the direction of the movement of the nutrient atomized mist by throw upper through plant root fix point. The nutrient atomized mist descent to level that based on the nutrient atomized mist density constantly. By fix the station of HOF (5) on top of the lie of plant root fix point at least one position.

Abstract: An air movement system for plant cultivation. In an embodiment, the system comprises an air conditioner configured to receive a gas mixture of air and carbon dioxide, regulate a temperature of the gas mixture, and output the gas mixture at the regulated temperature. In addition, the system may comprise a first bladeless fan configured to receive the gas mixture output by the air conditioner and supply the gas mixture as an air flow to a first crop area at a velocity towards an air intake, and at least one second bladeless fan configured to assist the air flow from the first crop area to a second crop area so as to maintain the velocity towards the air intake.

Abstract: According to aspect of the present invention there is provided the humidifier cultivation and process comprising: Humidifier system and process of the humidity cultivation such that develops the humidification process in the cultivation system, it can be used to produce humidity, such as water, solution, vapor, gas solution, mist etc. That creates humidity into the system and recycles it. The system automatically controls the increase and decrease of the solution. Humidity generator and humidifiers comprising ultrasonic humidifier that determines the size of the atomize mist size is 2-8 microns.

Abstract: A system for mixing gases affecting the growth of plants (such as carbon dioxide) with returned extracted gases, refrigerating and introducing the mixed gases (via an air-moving device) into a space containing cultivated plants, and maintaining movement the mixed gases over the plants and then away from them is provided. As the mixed gases move over the plants, the mixture interacts with the plants, gathering emitted gaseous and vapor photosynthesis products from the plants. The movement of the mixed gases, which can be assisted by additional devices, transports emitted photosynthesis products away from the plants and towards a region of the spatial volume where these can be removed for subsequent processing, reintroduction, and/or storage. Processing can include moisture capture and liquid/gas separation. In an embodiment, separated mixed gases can be re-introduced into the spatial volume by the air-moving device, and separated liquid can be provided to the plants for nutrition.

Abstract: According to aspect of the present invention there is provided the light control method and apparatus for cultivation comprising: The lighting process that causes plants to tilt out the symmetry axis of the pots. The distance positioning and the appropriate ratio minimize the plant shadow as possible or better. So the plants grow fully and has normal shape like its natural growth without specific plantation in the closed system or in container. But it can be used to all types of houses. Light control can also be used for soil and non-soil plantation.

Abstract: The nature of the invention is the device that operated by mixing carbon dioxide and other gas that affect the growth of plants mixed with air in refrigeration. And release the mixed air to the area where the crop are planted. The device maintains the speed of movement of air. Then the air and the products resulting from the process of photosynthesis that can be pick up by the movement of air which drained out of the hose storage. And to separate air and solution bring back to next photosynthesis process. The air enters the air-moving device and the solution enters the plant's nutrient system.