TAILIEUCHUNG - Mechatronics application in precision sowing: A review

In agriculture profession high output is demanded with limited resources and machines are the costlier investment to the agriculture for a marginal and poor farmer. The accuracy and precision of an agricultural machine can be increased using the electronics and computing systems however it increases the cost of the machines. In spite of costlier investments, many researchers have been conducted the study on mechatronics application in precise sowing operation in recent years. Mechanical planters have problems of ground wheel skidding and vibration in the mechanical transmission that affect the hill to hill spacing. From the review, it was concluded that the mechatronic driving system performed better than mechanical driving system in both tilled and non-tilled fields. The increase in uniformity of seed placement was also reported. Thus, mechatronics based seed placement technique was found a better way to achieve accurate seed spacing with higher efficiency in planting. This paper reviews on the mechatronics and its application in precision planting. | 2019 8 4 1793-1807 EXCELLENT PUBLISHERS International Journal of Current Microbiology and Applied Sciences ISSN 2319-7706 Volume 8 Number 04 2019 Journal homepage http Review Article https Mechatronics Application in Precision Sowing A Review Prem Veer Gautam1 . Kushwaha2 Adarsh Kumar2 and Dilip Kumar Kushwaha2 1ICAR-CIAE NabiBagh Bhopal-462038 India 2Division of Agricultural Engineering IARI New Delhi India Corresponding author ABSTRACT Keywords Precision agriculture Mechatronics Electronics Computing system planter Article Info Accepted 15 March 2019 Available Online 10 April 2019 In agriculture profession high output is demanded with limited resources and machines are the costlier investment to the agriculture for a marginal and poor farmer. The accuracy and precision of an agricultural machine can be increased using the electronics and computing systems however it increases the cost of the machines. In spite of costlier investments many researchers have been conducted the study on mechatronics application in precise sowing operation in recent years. Mechanical planters have problems of ground wheel skidding and vibration in the mechanical transmission that affect the hill to hill spacing. From the review it was concluded that the mechatronic driving system performed better than mechanical driving system in both tilled and non-tilled fields. The increase in uniformity of seed placement was also reported. Thus mechatronics based seed placement technique was found a better way to achieve accurate seed spacing with higher efficiency in planting. This paper reviews on the mechatronics and its application in precision planting. Introduction There are different methods such as broadcasting dibbling sowing behind country plough seed drill and pneumatic planting for seed placement. Out of these methods seed drill and pneumatic planting methods are more precise. Seed singulation .

• Nông nghiệp
• Precision agriculture
• Computing system
• Mechatronics application
• Precision sowing
• Precision planting
• Low cost GPS receiver
• Global positioning system
• Dynamic circular area
• Climate change
• Carbon sequestration
• Smart agriculture
• Climate resilient agriculture
• Sugar recovery
• Water use efficiency
• Food security
• Drip irrigation
• Turkish Journal of Agriculture and Forestry
• Tạp chí Nông Lâm nghiệp
• Crop growth
• Remote sensing
• Yield prediction
• Disease detection
• Deep learning
• Image processing
• Precision farming
• Chemical application
• FAO representative in the Philippines
• Challenges faced in agriculture
• Intelligent Systems
• Knowledge Management
• Bio Information Systems
• Algorithm Selection
• Industrial Applications
• Automotive Telematics
• Adaptive Coordination
• Research Issues
• Microelectromechanical Systems
• Resource management
• Laser levelling
• Land development
• Command area
• Precise seeding
• Seed drill
• Precise soybean seeding
• Microcontroller based seed metering system
• Indo Gangetic plain
• Sensor based N management practices
• Wheat in Indo Gangetic plain
• Higher vegetation fraction
• Journal of Agriculture and Forestry
• Combined sensor platform
• Agricultural robots
• Soil penetration resistance
• Soil electrical conductivity