Solar seed fling machine J-Hub
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This document describes a solar-powered seed sowing machine designed to address problems with traditional seed planting methods. The machine includes components like a weed cutter, plough, seed tanker, mud coveror, and automatic tilting solar panel. It works by cutting weeds, ploughing land, mixing and dispensing seeds through an orifice mechanism, and covering mud displaced during ploughing. Sensors monitor seed and water levels, soil moisture, and the solar panel orientation. The machine aims to improve planting efficiency, accuracy, and reduce farmer workload through mechanization.
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please leave your feedback!!
If you have any suggestion regarding this presentation send a mail at kaushalgadariya@gmail.com
thank you!
@knightfox
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A brief about farm power and it's sources along with their advantages and disadvantages followed by farm mechanization.
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This document describes a sensor-based agricultural robot designed for sowing seeds. The robot uses several sensors for navigation and task completion, including infrared sensors, ultrasonic sensors, a moisture sensor, and temperature sensor. The robot can navigate autonomously through agricultural fields and sow seeds at regular intervals using these sensors. The primary goal of the robot is to minimize farmer labor and increase the speed and accuracy of seed sowing.
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1. The document describes an automatic farming robot designed to perform agricultural tasks like sowing seeds, watering plants, and removing weeds autonomously.
2. The robot uses a Cartesian coordinate system with a gantry that moves along the x-axis and a cross-slide that moves along the y-axis to position different farming tools mounted on a universal tool mount.
3. The farming tools include a seeder, seed injector, watering nozzle, and soil moisture sensor that can be automatically switched to perform various tasks under microcontroller control from a mobile phone app.
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Agricultural robotics uses automation in agriculture to perform tasks with higher efficiency. Robots have advantages like collecting precise crop samples using sensors. Robotic techniques include autonomous weed removal and seed placement. Examples of agricultural robots discussed are the solar-powered Vitirover robot for vineyards and microflyers for scouting fields. Challenges include sensors, energy needs, and costs, but investment is growing as the market size is projected to increase substantially. Agricultural robots have the potential to improve farming productivity.
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Agriculture Robot
The document describes a project to design an automatic robot for pest controlling in agriculture. It aims to reduce the manual work and health hazards farmers face when spraying pesticides. The proposed solution is an autonomous robot that can be remotely controlled to spray pesticides on crops. It is expected to minimize the workload on farmers and reduce the risks of breathing problems associated with pesticide spraying. The robot would use sensors, motors and a remote control system to spray liquids at a distance across fields and varied surfaces.
Robotics in agriculture kvg
please leave your feedback!!
If you have any suggestion regarding this presentation send a mail at kaushalgadariya@gmail.com
thank you!
@knightfox
30092013115728 agricultural-robotics
Current methods for off-road navigation using vehicle and terrain models to predict future vehicle response are limited by the accuracy of the models they use and can suffer if the world is unknown or if conditions change and the models become inaccurate .In this paper, an adaptive approach is presented that closes the loop around the vehicle predictions. This approach is applied to an autonomous vehicle known as field robots used in agriculture.
Automatic drip irrigation system
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1. Mechanization plays a crucial role in improving crop quality and yields by easing labor demands and improving efficiency. It ranges from basic hand tools to motorized equipment.
2. Increasing farm power through mechanization allows more work to be done on time and at larger scales, improving productivity while conserving resources. It can also support post-harvest and value addition activities.
3. Strategies for mechanization depend on regional conditions and resources. Improving access to farm power and equipment tailored to local needs can boost yields, incomes, and food security while reducing labor demands. Challenges include small landholdings and lack of infrastructure.
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This document describes an automatic seed sowing machine. It aims to reduce the time and labor required for conventional seed sowing operations. The machine works by using a battery-powered DC motor to transmit rotational motion via chain drives to a seed storage tank and sowing disc. Seeds are deposited into hoppers and then dropped individually from the disc into opened furrows as the machine moves through the field. Key components include the motor, chain drives, gears, wheels, storage tank, hopper, and sowing disc. The machine allows for more efficient, less time-consuming and accurate planting of seeds at specific distances compared to manual sowing methods.
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This document summarizes a seminar presentation on an automatic irrigation system with remote monitoring and control. The system uses a microcontroller-based circuit to automate irrigation based on soil moisture sensors. It allows farmers to remotely control irrigation via a GSM modem and mobile phone. The system aims to save water, labor costs, and prevent crop destruction by automatically and remotely controlling irrigation only when needed. It is an inexpensive and reliable solution to help meet increasing food demands.
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This document presents a project on an IOT based smart solar irrigation system. It discusses the need for such a system to automate agricultural processes and make it easier for farmers. The system uses sensors like soil moisture, temperature, and humidity sensors along with a PIR sensor placed in the plant's root zone. The sensors send data to a gateway unit which transmits it to a web application. The system aims to efficiently monitor and control irrigation based on sensor values. It is intended to save water, reduce labor costs and electricity usage while providing remote monitoring abilities to farmers.
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Tractor Weeders and Rotavators.pdf
Agrigate aspires to be one of the top suppliers of agricultural equipment to professional farmers and agricultural enterprises. We've been in the business for a long time and have earned a reputation for supplying high-quality, dependable equipment at reasonable pricing. We provide a diverse selection of equipment, including land leveler and mini rotavator, as well as inter row weeder to mounted sprayer and other machinery.
Sowing and planting machines
Er. Uttam Raj Timilsina(MSc.Engineering,IIT Roorkee)
Professor of Agricultural Engineering,Agriculture and Forestry University (AFU), Rampur, Chitwan, Nepal
uttamrajtimilsina@gmail.com
*All Right Reserved**
Uploaded and Shared by AgriYouthNepal
Aries agro & Drip System_BizDom_2ndNov2012
Drip Irrigation is a cheap, efficient and planned process that can bring the next Green revolution in the country.
Its a potential efficient way of irrigation for the crops.It directs the water directly to the plant's root system. As it allows direct transmission of the water, it can be used in some cases to mix fertilizers and nutrients with the water that can be directly supplied to the root system of the plants.
Saves the water as the consumption decreases by 30% to 50%.
Reduces the problem of salinization and water-logging.
But its a bit expensive and there is an issue of clogging attached to it.
Vehicle
This document describes the design and development of a multi-purpose agricultural vehicle. The vehicle can perform multiple farming operations including ploughing, seed sowing, soil leveling, and water spraying using a single machine. It is powered by a battery that is charged by an onboard solar panel. The vehicle's operations are controlled using toggle switches. It was created to reduce the labor requirements of farming and improve efficiency by automating and combining several processes into one machine. The vehicle aims to save time and complete large amounts of work while reducing farmer effort.
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Micro-irrigation can be adopted in all kinds of land, especially where it is not possible to effectively use flooding method for irrigation. It can be maximized with a proper design and operation of the system, although the traditional practices can only go up to 35% WUE. It is said that 40% to 80% of water can be saved using this method. Micro-irrigation can be useful in undulating terrain, rolling topography, hilly areas, barren land and areas having shallow soils.
Similar to Solar seed fling machine J-Hub (20)
Farm mechanization for sustainable agriculture converted
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Solar seed fling machine J-Hub
- 1. Solar Seed Fling Machine Sarica.M N.Sai Chandana C.Jahnavi Sai Sirisha M.Sai Preethi
- 2. Problem Statement: Agriculture contributes about 17-18 percent of India’s GDP where 70 percent of its rural population still depend primarily on agriculture with 82 percent of them being small and marginal. Agriculture is about 4 times more effective than other sectors in removing poverty. From ages we are implementing many seed sowing methods,but they have resulted in low seed placement , less spacing efficiency and serious backache for the farmer which results in severe health problems.This also limited the size of the land that can be cultivated.
- 3. Solution: To overcome the seed planting problems , there is need to develop the seed sowing machine , which can be implemented for all types of crops , minimize the working cost , time for digging and operating on clean energy.
- 4. Design of the Machine: Weed Cutter: Attached in the front part of the machine to cut the weeds which can be utilised as natural fertilizers further. Plough: Used for ploughing the land to sow the seeds and row spacing can be achieved.
- 5. Seed Tanker: A seed tanker is placed on the top of the machine in which fertilizers and seeds are mixed in required amount and an orifice is made so that single seed planting to hill seed planting can be achieved. Mud Coveror: Placed at the end of the machine which covers the mud which was out during the ploughing.
- 6. Automatic Tilted Solar Panel Tilts like a sunflower based on sun’s direction to draw maximum energy required to run the whole machine. Node MCU Used to send instant messages when the seed tanker and water tanker are emptied.
- 7. WEED CUTTER AUTOMATIC TILTING SOLAR PANEL CONTROLLING USING BLUETOOTH MODULE NODE MCU SEED PLANTER CUTS THE WEEDS WHICH CAN BE USED AS NATURAL FERTILIZERS FURTHER WETS THE LANDING MAKING PLOUGHING PROCESS EASY PLOUGHS THE LAND AND CAN BE LIFTED AT REDUIRED ANGLE ANDHEIGHT REQUIRED PLOUGH FERTILIZERS AND SEEDS ARE MIXED IN REQUIRED PROPORTIONS AND WORKS ON ORIFICE MECHANISM TO ACEIVE PROPER SEED AND ROW SPACING OPEN CLOSE LID MEACHANISM TO ACHIEVE ROW SPACING TUBE FOR SEED FALLING NODE MCU TO SEND INSTANT MESSAGES WHEN SEED AND WATER TANKS ARE EMPTY USED TO COVER THE MUD OUT DURING PLOUGHING FOR LONGER RANGES WE MAKE THE MACHINEAUTOMATIC WHICH ACTS AS OBSTACLE AVOIDING MACHINE AUTOMATED TILTING PANEL BASED ON SUN’S DIRECTIONTODRAW THE MAXIMUM POWER REQUIRED TO RUN THE MACHINE MUD COVEROR WATER SPRINKLER SOLAR SEED FLING MACHINE
- 8. Components Used: Ultrasonic Sensor Used to detect the levels of seed and water tanks respectively and it of range 2 to 400 cm. Arduino: An open source hardware platform on which the overall project is built.
- 9. DC Motors Used to run the weed cutter and the machine. HC05 Bluetooth Module Range of 10 cm , used to control the machine by giving a voice command over one’s phone .
- 10. Servo Motors Used in producing open close action at the orifice of the seed planter while planting the seeds and also lift the plough according to the usage of it. Soil Moisture Sensor & Submersible water Pump: Checks the moisture content and switches on the pump automatically which makes the ploughing process easier.
- 11. Automatic Tilted Solar Panel: Used in acquiring the required power to run the machine by absorbing the maximum amount of sunlight by tilting like a sunflower. Nodemcu: Connected to ultrasonic sensor and send an immediate message to the farmer when the respective seed and water tank levels are less than 50 % making using of IFTTT.
- 12. L298N Motor Driver: It is a dual H-bridge motor driver which allows speed and direction control of two dc motors at the same time and we have used this H-bridge to control the wheels of the machine and weed cutter.
- 13. Advantages: ● Proper germination of seeds in even distances can be achieved. ● Increased planting efficiency and accuracy. ● The machine is very cheap and can be easily manufactured at nearby workshops. ● The product is scalable and would assist large scale farmers in proper,effective planting of crop.
- 14. Thank You