TAILIEUCHUNG - A monitoring system for detecting choking of boots of a seed drill

Choking of seed drill during sowing of wheat generally occurs due to excessive soil moisture, weeds or agricultural residue present in the field. The developed monitoring system for detecting the choking of boot comprised three units: sensing unit, processing unit and alert unit. A direct incidence infrared (IR) emitter and IR receiver were selected for detecting choking of boots of a seed drill. A microcontroller board was used to process the detected choking output signals of these sensors and to produce signals, using the uploaded programing code in the microcontroller board, to alert the tractor operator about choking of boot of the seed drill. IR emitter and receiver were fixed opposite to each other 180° apart at the bottom end of the seed tube. The alert unit comprised audible (continuous buzzer) and visual (red LEDs) outputs and was fixed on the dashboard of a tractor. The performance of the developed system for a tractor drawn 9×200 mm seed drill was evaluated in the laboratory as well as in the field with wheat seeds at different seed rates. The developed system detected choking, independent of seed rate in all the boots of the seed drill. However, there was a time gap observed between choking actually occurred and sensed by the developed monitoring system. This was due to height at which the emitter and receiver were fixed from the bottom of the boot. The system produced both audible and visual signals successfully to alert the operator about choking of the boots in the field. | A monitoring system for detecting choking of boots of a seed drill

• Nông nghiệp
• Monitoring system
• Direct incidence IR sensor
• Seed drill
• Choking of boot
• Alerting system
• Lesson Monitoring system depends on ADSB
• Monitoring system depends on ADSB
• Monitoring system depends
• ADS B surveillance
• Summary of ADS B
• Nagios
• System and Network Monitoring
• Wolfgang Barth
• Nagios 3
• 2nd Edition
• Vietnam journal of agricultural sciences
• An integrated wireless sensing system
• Integrated wireless sensing system for monitoring environmental parameters
• Monitoring environmental parameters in mushroom
• Collects spatial environmental data houses
• Geostationary satellite
• Antenna system
• Geostationary satellite monitoring antenna system
• Kinematics modeling analysis
• Geostationary satellite monitoring antenna
• SmartView Monitor
• Monitoring Users
• System Counters
• Monitoring Gateway Status
• Monitoring Alerts
• System Alert
• Tạp chí khoa học
• A system for monitoring
• Hydrometeorological parameters
• Weather monitoring
• Gather meteorological data
• Designing self monitoring
• Self monitoring warm up strategy
• Blogbased learning system
• Support knowledge building
• Knowledge building
• Nuclear engineering and technology
• In situ fatigue monitoring procedure
• Nonlinear ultrasonic surface waves considering the nonlinear effects
• The measurement system
• In situ monitoring
• High cycle fatigue
• Mobile dust monitoring device
• Dust pollution
• Hanoi city
• Mobile dust monitoring system
• Evaluate dust concentration
• Several streets of Hanoi city
• Electronic Engineering
• Real time monitoring
• USB interface
• Multi parameter monitoring system
• Numeric operation of DSP
• Arduino nano micro
• Pond monitoring
• Automatic water quality monitoring system
• Aquaculture ponds
• Internet of things technology
• Development of environmental monitoring in areas of nuclear facilities location
• Environmental monitoring in areas of nuclear facilities location
• Nuclear facilities location
• Geoenvironmental information packages
• The Complex System of Environmental Monitoring
• Radioactive sources monitoring
• LoRa communications
• Wireless sensor network
• Radioactive network
• Nuclear science and engineering
• Thin plate type embedded ultrasonic transducer
• Magnetostriction for the thickness monitoring
• The secondary piping system of a nuclear power plant
• Nuclear power plant
• Secondary Piping System
• Shear Horizontal Wave
• Lecture Principles of network and system administration
• Principles of network and system administration
• Bài giảng Nguyên lý quản trị mạng và hệ thống
• Performance monitoring
• Performance testing
• Performance tuning
• Wireless tank control and monitoring using iot
• Wireless tank control using iot
• Monitoring using iot
• The system to monitor
• The Blynk platform
• Bridge health monitoring
• Load testing
• Highway bridge
• Bridge health monitoring system
• Environmental factors
• Increased traffic load
• Inadequate design
• Fall people
• Fall detection
• Real time motion monitoring
• Wireless fall warning system
• Warning system
• Blood pressure monitoring
• Cardiovascular medicine
• Cardiovascular therapeutics
• The sympathetic nervous system
• The renin–angiotensin system
• Circadian rhythm of myocardial infarction
• Khoa học tự nhiên
• Environmental Monitoring System
• Environmental data
• GPRS service
• Accounting Information
• Reporting Systems
• Accounting information system
• AIS super system
• Monitoring reporting systems
• Reviewing reporting procedures
• Journal of Automation and Control Engineering
• Internet of vehicles system
• Remote monitoring and fault diagnosis of automobiles
• Remote vehicle diagnosis
• Finally the customer satisfaction
• Multi criteria analysis
• Prediction of network incidents
• Systems generated
• Network packets
• Remote programming
• Construction of a VPN system
• Monitoring of environmental parameters
• Environmental parameters
• Serving plant production in greenhouses