Zusammenfassung
Content
NIR Sensors
Challenges and potential of NIR sensors to simplify the generation of nitrogen flow balances – Digital mapping of nitrogen cycles ..... 1
On Farm Validation of different NIR Sensors for Manure Sensing ..... 9
Combine Harvester
Analysis of Combine Harvester Threshing Systems Across Different Climate Regions ..... 17
An interactive solution to calibrate loss sensors of a combine harvester ..... 25
Development of a new structural undercarriage for combine harvesters ..... 31
Combine harvester – Outlining the combine harvester usage through CANBUS data analysis ..... 41
Energy
Thermodynamic modelling of a Biomass Organic Rankine Cycle for sustainable heat and power cogeneration in greenhouses ..... 47
Optimal design of a hybrid power generation system for greenhouses ..... 53
ContentThe contribution of innovative semi-transparent photovoltaics for energy autonomy in the field of greenhouse systems .....61
Livestock
Influence of barn climate on the rumen temperature of lactating dairy cows – Does the rumen temperature of dairy cows react under hea...
Schlagworte
Stickstoff Flow Balance Biomasse Treibhaus Grasland Ernte Vorhersage hydropneumatische Suspensionstechnologie Präzisionsackerbau Dünger Management Technologie On farm validation nitrogen flow balance biomasse greenhouse live stock grassland yield prediction hydropneumatic suspension technology precision agriculture fertilizer management technology- 1–16 NIR Sensors 1–16
- 17–46 Combine Harvester 17–46
- 47–68 Energy 47–68
- 69–100 Livestock 69–100
- 121–148 Automation 121–148
- 149–164 Prediction 149–164
- 165–188 Harvest Technologies 165–188
- 189–196 Electric Solutions 189–196
- 197–210 Livestock 197–210
- 217–234 UAV 217–234
- 235–266 Sustainable Farms 235–266
- 299–322 Nutrient Management 299–322
- 335–364 Sensors 335–364
- 375–396 Modeling 375–396
- 397–428 Applications of SF 397–428
- 429–462 Plant Protection 429–462
- 463–476 Livestock 463–476
- 477–498 Energy and Bulidings 477–498
- 525–540 Farming 525–540
- 541–554 Modeling 541–554
- 555–566 Seeding 555–566
- 567–580 Soil Cultivation 567–580
- 581–594 Machine Design 581–594
- 595–616 Buildings 595–616
- 617–624 Special Cultures 617–624
- 625–630 Tillage 625–630
- 631–648 Greenhouse 631–648
8 Treffer gefunden
- „... automated and sustainable agricultural production systems – a platform-based development approach ...” „... SICK is a global, leading manufacturer of intelligent sensors and sensor solutions for industrial ...” „... systems, ranging from assistance functions over partly automated systems towards highly automated ...”
- „... Simulation environment for the development of intelligent algorithms for agricultural applications ...” „... whole new meaning. By means of the targeted use of intelligent, adaptive algorithms to control farming ...” „... development of such autonomous systems and assistance functions in the agricultural sector. In particular, the ...”
- „... more intelligent and circular agricultural systems, providing support to policy makers, farmers and ...” „... and increasing sustainability of livestock systems Information and communication technologies and ...” „... MELS (“Mitigating Emissions from Livestock Systems”) and MilKey (“Decision support system for ...”
- „... , Landwirtschaftskammer Schleswig-Holstein, Rendsburg f Combine HarvesterAnalysis of Combine Harvester Threshing Systems ...” „... , CLAAS E-Systems GmbH, Dissen;B. Wrenger, OWL University of Applied Sciences and Arts, HöxterAn ...” „... systems 61 A. Kavga ...”
- „... , mechanical weeding, sowing and other field work are becoming more and more intelligent. With a view to the ...” „... : structure-borne sound, contact sensors on the tines, camera-based systems (with the possibility of including depth ...” „... information). For blockage detection, camera-based systems as well as LiDAR and radar have shown promise ...”
- „... greenhouse systems Associate Prof. A. Kavga, T. Petrakis, Department of Agriculture, University of Patras ...” „... , Greece Abstract Greenhouse systems, which can increase production even in off-season crops without ...” „... , interest in greenhouse systems and the advancement of associated technologies has significantly increased ...”
- „... , Q., Hansen, A.C.,: Mechatronics and intelligent systems for off-road vehicles. London: Springer 2010 ...” „... . EEE Transactions on Systems, Man, and Cybernetics: Systems. 1979, p. 62–66 [5] Rovira Más, F., Zhang ...”
- „... technological developments in intelligent spot sprayingor variable rate applications than those supported today ...” „... bothapplication systems due to the low sample size. High standard deviations for spray depositionVDI-Berichte Nr ...” „... Working width (m) 3 m used (15 m total)Both systems were adjusted to spray at a rate of 200 liters per ...”