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The objective of this work is to propose a new means of controlling and supervising loads on highways through the implementation of self-weighing in transport vehicles. It represents a new paradigm in the management of cargo handling and inspection. In this system, the vehicle is transformed into a mobile scale in which the load transported is measured in real time: during loading, during transit and during unloading. Among the greatest benefits are: - ease of inspection, which occurs at any point on the highway. - control of excess weight, the main cause of deterioration of the national road…mehr

Produktbeschreibung
The objective of this work is to propose a new means of controlling and supervising loads on highways through the implementation of self-weighing in transport vehicles. It represents a new paradigm in the management of cargo handling and inspection. In this system, the vehicle is transformed into a mobile scale in which the load transported is measured in real time: during loading, during transit and during unloading. Among the greatest benefits are: - ease of inspection, which occurs at any point on the highway. - control of excess weight, the main cause of deterioration of the national road complex, - reduction of queues for weighing in the current fixed scales, providing a reduction in the value of freight due to shorter journey times, - ease of monitoring of cargo via satellite, - lower consumption of tyres and fuel due to better weight distribution in the vehicle. Therefore, a positive result can be observed impacting on the conservation of federal and state highways and on the operational costs of transportation, reaching all other sectors of the economy.
Autorenporträt
Flávio Napolitano hat einen Master-Abschluss in Maschinenbau von der UNICAMP, einen Abschluss in mechanischer Produktionstechnik von der FEI und in Betriebswirtschaft von Mackenzie. Er ist Professor an der Bundesuniversität von SJDR-MG. Er arbeitete als Ingenieur bei ENGESA-BRAZIL und ist Forscher auf dem Gebiet der technologischen Innovationen bei elektronischen Wägesystemen.