LAND.TECHNIK AgEng 2019

doi:10.51202/9783181023617

LAND.TECHNIK AgEng 2019

The Forum for Agricultural Engineering Innovations

Reihe: VDI-Berichte

Band 2361 1. Auflage 2019

Teilzugriff

doi.org/10.51202/9783181023617
ISBN print: 978-3-18-092361-1
ISBN online: 978-3-18-102361-7
VDI Verlag, Düsseldorf VDI Verlag, Düsseldorf

Lesen Im Shop erwerben

Zusammenfassung

Dieser VDI-Bericht ist ausschließlich als PDF-Dokument erschienen!

Content

half of it…

Analysis of Drive Trains

Model-Based Chiptuning Detection of Diesel Engines 1

M. Hinrichs, P. Pickel, John Deere GmbH, Kaiserslautern

R. Isermann, Institute of Automatic Control, Darmstadt

An Analysis of the Energy Consumption in the High-Pressure System of an Agricultural Tractor through Modeling and Experiment 9

X. Tian, A. Vacca, Purdue University, West Lafayette, IN, USA;

S. Fiorati, F. Pintore, CNH Industrial S.p.A, Modena, Italy

Multi-Domain Simulation for the Assessment of the NVH Behaviour of a Tractor with Hydrostatic-Mechanical Power Split Transmission 19

G. Pasch, G. Jacobs, G. Höpfner, J. Berroth, Institute for Machine Elements and Systems

Engineering, RWTH Aachen University, Aachen

Methods to evaluate steering performance of agricultural tractors 29

S. Liljenberg, M. Frederiksen, T. H. Langer, Danfoss Power Solutions, Nordborg, Denmark

Tyres and Soil

Soil pressure and pulling be...

Schlagworte

Landtechnik Agricultural Engineering overseeding hydrauliks tactor chassis PneuTrac tyres soil pressure split transmission harvesting

Kapitel Ausklappen | EinklappenAutorenSeiten
I–XIV Titelei/Inhaltsverzeichnis I–XIV
1–34 Analysis of Drive Trains 1–34
- 1–8 Model-Based Chiptuning Detection of Diesel Engines M. Hinrichs, P. Pickel, R. Isermann M. Hinrichs, P. Pickel, R. Isermann 1–8
- 9–18 An Analysis of the Energy Consumption in the High-Pressure System of an Agricultural Tractor through Modeling and Experiment X. Tian, A. Vacca, S. Fiorati, F. Pintore X. Tian, A. Vacca, S. Fiorati, F. Pintore 9–18
- 19–28 Multi-Domain Simulation for the Assessment of the NVH Behaviour of a Tractor with Hydrostatic-Mechanical Power Split Transmission G. Pasch, G. Jacobs, G. Hopfner, J. Berroth G. Pasch, G. Jacobs, G. Hopfner, J. Berroth 19–28
- 29–34 Methods to evaluate steering performance of agricultural tractors S. Liljenberg, M. Frederiksen, T. H. Langer S. Liljenberg, M. Frederiksen, T. H. Langer 29–34
35–62 Tyres and Soil 35–62
- 35–46 Soil pressure and pulling behavior of standard and half-track tractor chassis concepts T. Fedde, M. Peeters, R. Stirnimann T. Fedde, M. Peeters, R. Stirnimann 35–46
- 47–56 Development of a tire-soil interaction model for agricultural tractors A. Lajunen A. Lajunen 47–56
- 57–62 Field performance of Trelleborg PneuTrac tyres G. Molari, M. Mattetti, M. Varani, F. Paolini, S. Fiorati, P. Mancinelli, K. Štefek, C. Di Dio G. Molari, M. Mattetti, M. Varani, F. Paolini, S. Fiorati, P. Mancinelli, K. Štefek, C. Di Dio 57–62
63–90 Data Management 63–90
- 63–68 AEF – Partnership to develop open standard for cloud communication N. Schlingmann, V. Vandecaveye, C. Gossard, P. van der Vlugt, K. H. Rolf N. Schlingmann, V. Vandecaveye, C. Gossard, P. van der Vlugt, K. H. Rolf 63–68
- 69–76 agrirouter: First user experiences and next steps with the manufacturer-independent data exchange platform J. Sonnen, J. Moller, A. Hammerschmidt J. Sonnen, J. Moller, A. Hammerschmidt 69–76
- 77–82 Next Machine Management – A new Ag-Software generation H. Schallermayer H. Schallermayer 77–82
- 83–90 DataConnect – A solution for Cloud to Cloud data exchange H. J. Nissen, A. Kluge, D. Cowan, N. Shafer H. J. Nissen, A. Kluge, D. Cowan, N. Shafer 83–90
91–118 Data Management – Networks 91–118
- 91–106 High Speed ISOBUS, an AEF Project for next generation Ag networking D. Smart, V. Brill D. Smart, V. Brill 91–106
- 107–112 Advanced On-board Electronics Architecture with Automotive Ethernet M. Ehrl, G. Happich M. Ehrl, G. Happich 107–112
- 113–118 Open Integrated Data Platform for Agricultural Machinery – Connecting the Agricultural Production Process G. Kormann, H. J. Nissen, S. Stahlmecke G. Kormann, H. J. Nissen, S. Stahlmecke 113–118
119–152 Drives 119–152
- 119–126 Electric mechanic power split PTO for implements C. Gentz, G. Jacobs, C. Wyrwich, J. Munch, M. Marsel, M. Lindner, T. Herlitzius C. Gentz, G. Jacobs, C. Wyrwich, J. Munch, M. Marsel, M. Lindner, T. Herlitzius 119–126
- 127–134 eCVT for Tractors – Continuously Variable Driving and Electric Power for Implement Drives R. Himmelsbach, J. Pohlenz, K. Grad R. Himmelsbach, J. Pohlenz, K. Grad 127–134
- 135–144 Power Trains, Electric Drives and Mobile Hydraulics S. Igl, G. Grommer, M. Auer, K. Grad S. Igl, G. Grommer, M. Auer, K. Grad 135–144
- 145–152 Hydraulics in electrified machines – Electrification needs high efficiency D. Peitsmeyer D. Peitsmeyer 145–152
153–228 Field Robotics 153–228
- 153–158 Design and Development of an Autonomous Mower for Agricultural Use R. Schildroth R. Schildroth 153–158
- 159–164 Autonomous tractors harrowing and sowing simultaneously T. Oksanen, R. Soitinaho, J. Huuskonen, V. Vayrynen T. Oksanen, R. Soitinaho, J. Huuskonen, V. Vayrynen 159–164
- 165–228 Automated site-specific overseeding of grassland M. Sax, R. Latsch, T. Anken, V. Moser, P. Krummenacher M. Sax, R. Latsch, T. Anken, V. Moser, P. Krummenacher 165–228
229–264 Operating Systems 229–264
- 229–234 Development of a Seamless User Experience for Smart Farming Applications – From Machine Interaction to System Synergy A. Hackfort, G. Happich, M. Lichtenstern A. Hackfort, G. Happich, M. Lichtenstern 229–234
- 235–242 A Field Tested Adaptive User-Interface – New Ways to Operate Tractors T. Schempp, A. Kaufmann, I. Stohr T. Schempp, A. Kaufmann, I. Stohr 235–242
- 243–252 Ergonomic and compact armrest of agricultural tractors – Innovative methods to design an ergonomic armrest C. Campanella, K. Huber, G. Monacelli, L. Ungaretti, M. D’Orazio, G. Scotto di vetta, M. Peruzzini, F. Grandi C. Campanella, K. Huber, G. Monacelli, L. Ungaretti, M. D’Orazio, G. Scotto di vetta, M. Peruzzini, F. Grandi 243–252
- 253–264 FELDSCHWARM©-UI: A User Interface for Controlling Swarm Technology S. Lorenz, H. Wanta, J. Krzywinski, T. Herlitzius S. Lorenz, H. Wanta, J. Krzywinski, T. Herlitzius 253–264
265–294 Product Development 265–294
- 265–272 Approach to reduce the complexity increase in development processes of mobile machines H. Neurath, L. Frerichs H. Neurath, L. Frerichs 265–272
- 273–280 Implementation of a Dynamic Product Development Method for Agricultural Engineering Based on Virtual Prototypes P. Sivasothy, G. Bulun, J. Seewig, J. Imwalle P. Sivasothy, G. Bulun, J. Seewig, J. Imwalle 273–280
- 281–288 Multi-domain simulation of agricultural system solutions M. Piechnick M. Piechnick 281–288
- 289–294 Remotely Controlled Electro-Hydraulics ready for the IoT G. Bombarda, T. Maxeiner G. Bombarda, T. Maxeiner 289–294
295–318 Tractors 295–318
- 295–304 Development of a compact After-Treatment System for agricultural tractors L. Levato, C. De Marco, P. Tamamidis, G. Monacelli, S. Panunzio L. Levato, C. De Marco, P. Tamamidis, G. Monacelli, S. Panunzio 295–304
- 305–310 Four-Tracked Solution for Large Row Crop Tractors J. L‘Heureux J. L‘Heureux 305–310
- 311–318 Idling of agricultural tractors M. Mattetti, G. Molari, S. Fiorati, N. Lenzini M. Mattetti, G. Molari, S. Fiorati, N. Lenzini 311–318
319–346 Precision Farming 319–346
- 319–326 GIS-ELA – Open Source GIS system for small-scale agriculture L. Hauer, L. Handl, P. Prankl, M. Datzberger, F. Handler, S. Polly L. Hauer, L. Handl, P. Prankl, M. Datzberger, F. Handler, S. Polly 319–326
- 327–334 High Definition Yield Maps for Precision Ag Decision Support M. J. Darr, M. M. Qasaimeh, C. J. Murphy, B. R. Covington, V. Fuchs, T. Schaefer, F. Pardina, B. Reddy, J. Petri, T. Fuege, J. Hinze M. J. Darr, M. M. Qasaimeh, C. J. Murphy, B. R. Covington, V. Fuchs, T. Schaefer, F. Pardina, B. Reddy, J. Petri, T. Fuege, J. Hinze 327–334
- 335–340 Growing Smart Farming Services – How to get the best out of farming data S. Braun, M. Trapp, C. Nass, M. Gerbershagen, S. Schweitzer, R. Falcao, M. Schweitzer, N. Wire S. Braun, M. Trapp, C. Nass, M. Gerbershagen, S. Schweitzer, R. Falcao, M. Schweitzer, N. Wire 335–340
- 341–346 Process Operation Map for Assessment of ideal Configuration and Behaviour T. Steckel T. Steckel 341–346
347–390 Soil and Fertilisation 347–390
- 347–354 Broadband SHF Radar measurements for soil moisture estimation in the range between 1 and 18 GHz M. Trimmel, P. Riegler-Nurscher, R. Streimelweger M. Trimmel, P. Riegler-Nurscher, R. Streimelweger 347–354
- 355–376 SoilReader: A new in-situ multi-depth, multi-constituent, on-the-go precision soil analyzer A. Biswas, E. Eising A. Biswas, E. Eising 355–376
- 377–382 Automated mobile field laboratory for on-the-go soilnutrient analysis with the ISFET multi-sensor module V. Tsukor, S. Hinck, A. Ruckelshausen, W. Nietfeld, T. Mosler, H. Tesch, F. Lorenz, E. Najdenko, A. Moeller, D. Mentrup V. Tsukor, S. Hinck, A. Ruckelshausen, W. Nietfeld, T. Mosler, H. Tesch, F. Lorenz, E. Najdenko, A. Moeller, D. Mentrup 377–382
- 383–390 A robust plant localization and identification system for precision farming – The effects of uncontrolled illumination on an end-to-end deep-learning plant detection algorithm T. M. J. Ruigrok, L. Voorhoeve , G. Kootstra, E. J. van Henten T. M. J. Ruigrok, L. Voorhoeve , G. Kootstra, E. J. van Henten 383–390
391–420 Cyber Physical Systems 391–420
- 391–400 Modular Multi-Purpose Battery Storage System for complex compartments – New module design approach for maximzing benefits of work machines M. Hammer, M. Steffan M. Hammer, M. Steffan 391–400
- 401–408 Swarm Unit – Development of a Fully Electric Agricultural Machine with External Power Supply S. Pfaffmann, F. de Moraes Boos, N. Tarasinski, V. Kegel S. Pfaffmann, F. de Moraes Boos, N. Tarasinski, V. Kegel 401–408
- 409–420 Feldschwarm – Modular and Scalable Tillage Systems with Shared Autonomy T. Herlitzius, H. Fichtl, A. Grosa, M. Henke, M. Hengst T. Herlitzius, H. Fichtl, A. Grosa, M. Henke, M. Hengst 409–420
421–446 Optimization of Farm Work 421–446
- 421–426 Production System Optimization with Electrified Powertrain S. A. Duppong, M. Kuhl, O. Delvaux S. A. Duppong, M. Kuhl, O. Delvaux 421–426
- 427–432 Optimization of tractor front loader for improved design freedom and increased operability B. Oskarsson, E. Westergaard, T. H. Langer B. Oskarsson, E. Westergaard, T. H. Langer 427–432
- 433–438 Mobile intelligence for LEMKEN equipment – A retrofittable intelligent hardware generates additional value for various agricultural implements H. Vennemann, M. van den Boom, H. Hecheltjen H. Vennemann, M. van den Boom, H. Hecheltjen 433–438
- 439–446 Approach for increasing automation progress in root crop harvesting D. Bosenberg, W. Strothmann, C. Halbrugge, H. Korte D. Bosenberg, W. Strothmann, C. Halbrugge, H. Korte 439–446
447–478 Automation Concepts 447–478
- 447–454 Development of future machine concepts for the needsbased fertilisation of individual plants – The RAUCH MultiRate dosing system for pneumatic spreaders AERO GT and AERO X V. Stocklin, M. Zimmer V. Stocklin, M. Zimmer 447–454
- 455–462 CULTI CAM HD - Efficient Weed Control in Row Crops using Active Implement Steering and Stereo Camera G. L. Andersen, T. Kuennen G. L. Andersen, T. Kuennen 455–462
- 463–470 SunBot: Autonomous Nursing Assistant for Emission-Free Berry Production, General Concepts and Framework C. Weltzien, R. R. Shamshiri C. Weltzien, R. R. Shamshiri 463–470
- 471–478 Generation of Digital Terrain Models from GNSS Data – Correction signal and working width-based evaluation A. M. Moanţă, C. Bartolein, T. Riedel, S. Estel, C. Federle A. M. Moanţă, C. Bartolein, T. Riedel, S. Estel, C. Federle 471–478
479–502 Drive Technology 479–502
- 479–488 Transferring agricultural machines from field to the laboratory for emission check D. Engelmann, S. Becker, R. Stirnimann D. Engelmann, S. Becker, R. Stirnimann 479–488
- 489–494 Overcoming design challenges of electro-hydraulic steering systems – What really happened! T. Rudolph, T. Langer, P. Bolton T. Rudolph, T. Langer, P. Bolton 489–494
- 495–502 Reducing draft force on mounted implements by an electrified traction roller – Traction assistance on a slurry-injecting grubber J. G. Wiecha, H. Bernhardt, T. Bogel, T. Herlitzius J. G. Wiecha, H. Bernhardt, T. Bogel, T. Herlitzius 495–502
503–526 Tillage and Sowing 503–526
- 503–508 Hybrid-Disc-Plough – An energy saving plough concept for heavier soils C. Rechberger, M. Trimmel, F.-F. Huber C. Rechberger, M. Trimmel, F.-F. Huber 503–508
- 509–512 Concept of a new cultivator generation, reduction of wear costs through a combination of vertical and horizontal tools J. Wiethoff, L. Heier, L. Maas J. Wiethoff, L. Heier, L. Maas 509–512
- 513–520 Development and utilization of a new application system for precise fertilizer placement in corn M. Bouten, T. Meinel, W. Kath-Petersen M. Bouten, T. Meinel, W. Kath-Petersen 513–520
- 521–526 Investigation of the working precision and economic efficiency of automatically and manually guided hoes in grain A. Stoll, M. Duttlinger, S. Klasen A. Stoll, M. Duttlinger, S. Klasen 521–526
527–560 Combine Harvester 527–560
- 527–536 High Capacity Draper Header – Development of a high capacity draper header for a new generation of combine harvesters B. Yanke, M. Vandeven, D. Bomleny B. Yanke, M. Vandeven, D. Bomleny 527–536
- 537–544 New Cleaning system design for high capacity combine harvesters M. L. Bilde, J. T. Andersen, A. Morrison M. L. Bilde, J. T. Andersen, A. Morrison 537–544
- 545–552 Predictive Feed-Rate Control for Combine Harvesters P. Munch P. Munch 545–552
- 553–560 Development of increased tire diameters and the effects on axles and drive trains of a combine harvester J. Philipp Behra J. Philipp Behra 553–560
561–XVI Communication 561–XVI
- 561–572 Security Concept for ISOconnect – a Secure ISOBUS Telemetry Device M. Rothmund, R. Marx M. Rothmund, R. Marx 561–572
- 573–XVI TIM empowers cross vendor couples to higher performance A. Volbracht, J.-H. Wolker, J. Jeninga A. Volbracht, J.-H. Wolker, J. Jeninga 573–XVI

Durchsuchen Sie das Werk

Geben Sie ein Keyword in die Suchleiste ein