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Agritechnica 2019 Gold and Silver Awards
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<blockquote data-quote="Agritechnica News" data-source="post: 6569911" data-attributes="member: 142288"><p>[ATTACH=full]835042[/ATTACH]</p><p></p><p><strong>9. CLAAS - Vertriebsgesellschaft mbH Deutschland (Hall 13 stand C02)</strong></p><p></p><p>CEMOS Auto Chopping</p><p></p><p>Changing the adjustment of the counter-blade and friction bar to match the various properties of straw is frequently neglected, as the combine harvester must be stopped for this purpose. Even when an opportunity for adjustment arises during harvesting work, the operator often lacks the required values for optimising of the control settings according to their agronomic goals.</p><p></p><p>With CEMOS Auto Chopping, Claas has, for the first time, automated the optimisation of the crop-dependent adjustments of a straw chopper. Sensors in the inclined conveyor measure the straw moisture level. The material layer thickness in the inclined conveyor also serves as an input signal for the automatic unit. As a result, the chopper settings are continually adjusted to the harvesting conditions; on areas with a higher straw moisture level, chopping is more aggressive. Using a slide switch, the operator only specifies the area between the maximum chopping quality and the maximum system efficiency in which the system is to operate. In addition, the system also offers a cleaning and safety function. When material flow is measured, the counter-blade and friction bar are moved back and forth for cleaning, and they swing out in case of a threat of short-term overloading.</p><p></p><p>With CEMOS Auto Chopping, as much power as necessary, but as little as possible, continually flows to the straw chopper. That saves fuel while at the same time offering advantages for both arable farming and crop growing.</p><p></p><p>[ATTACH=full]835043[/ATTACH]</p><p></p><p><strong>10. CNH Industrial Italia SpA, Italy, (Pavillon 11 stand C01)</strong></p><p></p><p>ISOMAX</p><p></p><p>Joint development with:</p><p>OSB AG (Pavillon 11 stand C02)</p><p>Fliegl Agrartechnik GmbH (Hall 04 stand A40)</p><p>Competence Center ISOBUS e.V. (Hall 27 stand G33)</p><p></p><p>The major challenges in implementing new ISOBUS applications are high hardware costs, the cost for software development and the lack of knowledgeable graduate engineers. In particular, the industry lacks an innovative start-up scene of electronics-savvy professionals, pupils and students who are keen to develop marketable solutions that will turn ISOBUS into an integrating and central element on agricultural machines.</p><p></p><p>ISOMAX from AGXTEND (trademark) represents a new solution for future ISOBUS applications. The fully AEF (Agricultural Industry Electronics Foundation)-certified system is universal, comprehensive and comprises all elements including the connector and the ECU. ISOMAX can be operated via any ISOBUS terminal. As such, it allows owners of older implements to retrofit these with the technology and connect it to the tractor's ISOBUS system. The open-source ISOBUS Dev Kit allows electronics-minded farmers, pupils, students and also electronic professionals to develop ISOBUS-compatible solutions at very little cost. As ISOMAX provides automatic implement recognition and the ISOBUS "TC-GEO" function, it does not require operators to enter the data manually. In addition, it provides the basis for implementing precision farming. For example, the machine dimensions are automatically communicated to the tractor’s steering system. A built-in MEMS (micro electro-mechanical systems) sensor logs reliable field and road times, and actual working hours. It is also possible to connect to other systems, e.g. the "Fliegl Counter".</p><p></p><p>Being part of the ISOBUS evolution, ISOMAX presents a new combinations of ISOBUS platforms and sensor systems connected to it. ISOMAX is a low-cost and attractive option for small businesses to enter the ISOBUS world.</p><p></p><p>[ATTACH=full]835044[/ATTACH]</p><p></p><p><strong>11. ESM Ennepetaler Schneid- und Mähtechnik GmbH & Co. KG (Hall 27 stand H47)</strong></p><p></p><p>ESM system biduxX©</p><p></p><p>Double knives have several in-built shortcomings that affect the efficiency of a mower: they are vulnerable to damage by foreign objects, high-maintenance and are the limiting factor for attaining high work rates. On the other hand, low in weight, requiring less input power and giving precision cuts, they do offer advantages in boggy terrain and mountainous regions.</p><p></p><p>The new bidux X double knife offers several intriguing and remarkable details. Thanks to a new geometry, the blades of the top and bottom knives are configured in such a way that wear and gap formation is reduced. In addition, the new geometry eliminates the need for regrinding all cutting edges of the blades on the top and bottom knives. The mushroom mounts of both knives and the new guides lead to substantial improvement in gap formation, which in turn results in a longer service life of the sharpened blades. One set of knives for a day’s work is the new and important formula in the use of double knives in sustainable farming.</p><p></p><p>The advantages of this significantly improved cutting system are uncontaminated forage and faster wilts, reduced fuel consumption and less damage to the sward, because the system can be operated with a smaller tractor. Further advantages include faster regrowth and protection of the entire fauna in the pasture. This is the cutting system of choice for farmers with a focus on sustainability, especially in view of the fact that the costs are comparable to those of disc mowers.</p><p></p><p>[ATTACH=full]835045[/ATTACH]</p><p></p><p><strong>12. Forigo Roter Italia S.r.l., Italy, (Hall 21 stand C05)</strong></p><p></p><p>ModulaJet</p><p></p><p>The use of biodegradable plastic films has quite a long tradition in row cropping. Covering a seed row with plastic film is a practical way of controlling weeds. In addition, film reduces water evaporation rates and heats the topsoil, which in turn encourages early growth and reduces the vegetation period. Many films are punched by the punch hole seeder, or immediately after the seeding pass with mechanical elements so the new plants can shoot through the film without tearing it. Yet these holes also allow weeds to establish, which is not desirable as they are difficult to remove.</p><p></p><p>The ModulaJet system from Forigo Roter Italia SRL is an innovative seed placement technology for crops grown under film. The seeds are pneumatically singled, then accelerated in an air stream and shot through the film into the soil. This creates a very small hole right above the seed that are too small to allow weeds to develop. The depth of seed placement is controlled by the air flow rate. The seed rate and the application of the film at the end of the field are controlled electronically. The system works best for large seeds such as maize or soya.</p><p></p><p>Using much smaller holes in the film significantly reduces the degree of weed development after the new plants have broken through, reducing the subsequent row crop work.</p></blockquote><p></p>
[QUOTE="Agritechnica News, post: 6569911, member: 142288"] [ATTACH type="full" alt="835042"]835042[/ATTACH] [B]9. CLAAS - Vertriebsgesellschaft mbH Deutschland (Hall 13 stand C02)[/B] CEMOS Auto Chopping Changing the adjustment of the counter-blade and friction bar to match the various properties of straw is frequently neglected, as the combine harvester must be stopped for this purpose. Even when an opportunity for adjustment arises during harvesting work, the operator often lacks the required values for optimising of the control settings according to their agronomic goals. With CEMOS Auto Chopping, Claas has, for the first time, automated the optimisation of the crop-dependent adjustments of a straw chopper. Sensors in the inclined conveyor measure the straw moisture level. The material layer thickness in the inclined conveyor also serves as an input signal for the automatic unit. As a result, the chopper settings are continually adjusted to the harvesting conditions; on areas with a higher straw moisture level, chopping is more aggressive. Using a slide switch, the operator only specifies the area between the maximum chopping quality and the maximum system efficiency in which the system is to operate. In addition, the system also offers a cleaning and safety function. When material flow is measured, the counter-blade and friction bar are moved back and forth for cleaning, and they swing out in case of a threat of short-term overloading. With CEMOS Auto Chopping, as much power as necessary, but as little as possible, continually flows to the straw chopper. That saves fuel while at the same time offering advantages for both arable farming and crop growing. [ATTACH type="full" alt="835043"]835043[/ATTACH] [B]10. CNH Industrial Italia SpA, Italy, (Pavillon 11 stand C01)[/B] ISOMAX Joint development with: OSB AG (Pavillon 11 stand C02) Fliegl Agrartechnik GmbH (Hall 04 stand A40) Competence Center ISOBUS e.V. (Hall 27 stand G33) The major challenges in implementing new ISOBUS applications are high hardware costs, the cost for software development and the lack of knowledgeable graduate engineers. In particular, the industry lacks an innovative start-up scene of electronics-savvy professionals, pupils and students who are keen to develop marketable solutions that will turn ISOBUS into an integrating and central element on agricultural machines. ISOMAX from AGXTEND (trademark) represents a new solution for future ISOBUS applications. The fully AEF (Agricultural Industry Electronics Foundation)-certified system is universal, comprehensive and comprises all elements including the connector and the ECU. ISOMAX can be operated via any ISOBUS terminal. As such, it allows owners of older implements to retrofit these with the technology and connect it to the tractor's ISOBUS system. The open-source ISOBUS Dev Kit allows electronics-minded farmers, pupils, students and also electronic professionals to develop ISOBUS-compatible solutions at very little cost. As ISOMAX provides automatic implement recognition and the ISOBUS "TC-GEO" function, it does not require operators to enter the data manually. In addition, it provides the basis for implementing precision farming. For example, the machine dimensions are automatically communicated to the tractor’s steering system. A built-in MEMS (micro electro-mechanical systems) sensor logs reliable field and road times, and actual working hours. It is also possible to connect to other systems, e.g. the "Fliegl Counter". Being part of the ISOBUS evolution, ISOMAX presents a new combinations of ISOBUS platforms and sensor systems connected to it. ISOMAX is a low-cost and attractive option for small businesses to enter the ISOBUS world. [ATTACH type="full" alt="835044"]835044[/ATTACH] [B]11. ESM Ennepetaler Schneid- und Mähtechnik GmbH & Co. KG (Hall 27 stand H47)[/B] ESM system biduxX© Double knives have several in-built shortcomings that affect the efficiency of a mower: they are vulnerable to damage by foreign objects, high-maintenance and are the limiting factor for attaining high work rates. On the other hand, low in weight, requiring less input power and giving precision cuts, they do offer advantages in boggy terrain and mountainous regions. The new bidux X double knife offers several intriguing and remarkable details. Thanks to a new geometry, the blades of the top and bottom knives are configured in such a way that wear and gap formation is reduced. In addition, the new geometry eliminates the need for regrinding all cutting edges of the blades on the top and bottom knives. The mushroom mounts of both knives and the new guides lead to substantial improvement in gap formation, which in turn results in a longer service life of the sharpened blades. One set of knives for a day’s work is the new and important formula in the use of double knives in sustainable farming. The advantages of this significantly improved cutting system are uncontaminated forage and faster wilts, reduced fuel consumption and less damage to the sward, because the system can be operated with a smaller tractor. Further advantages include faster regrowth and protection of the entire fauna in the pasture. This is the cutting system of choice for farmers with a focus on sustainability, especially in view of the fact that the costs are comparable to those of disc mowers. [ATTACH type="full" alt="835045"]835045[/ATTACH] [B]12. Forigo Roter Italia S.r.l., Italy, (Hall 21 stand C05)[/B] ModulaJet The use of biodegradable plastic films has quite a long tradition in row cropping. Covering a seed row with plastic film is a practical way of controlling weeds. In addition, film reduces water evaporation rates and heats the topsoil, which in turn encourages early growth and reduces the vegetation period. Many films are punched by the punch hole seeder, or immediately after the seeding pass with mechanical elements so the new plants can shoot through the film without tearing it. Yet these holes also allow weeds to establish, which is not desirable as they are difficult to remove. The ModulaJet system from Forigo Roter Italia SRL is an innovative seed placement technology for crops grown under film. The seeds are pneumatically singled, then accelerated in an air stream and shot through the film into the soil. This creates a very small hole right above the seed that are too small to allow weeds to develop. The depth of seed placement is controlled by the air flow rate. The seed rate and the application of the film at the end of the field are controlled electronically. The system works best for large seeds such as maize or soya. Using much smaller holes in the film significantly reduces the degree of weed development after the new plants have broken through, reducing the subsequent row crop work. [/QUOTE]
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