Telemetria na transmissão de dados de desempenho de máquinas agrícolas utilizando tecnologias GSM/GPRS e ZigBee

Sichonany, Oni Reasilvia de Almeida Oliveira; Schlosser, José Fernando; Medina, Rosecléa Duarte; Roggia, Iria Brucker; Lobo, Jaziel Souza; Santos, Fernado Beux dos

doi:10.1590/s0103-84782012000800016

Cited by 2 publications

(2 citation statements)

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“…Outro exemplo de trabalho que destaca a importância de tecnologias para monitorar o funcionamento de equipamentos agrícolas é a proposta de [8], que apresenta um sistema de telemetria para transmissão de dados de desempenho de máquinas agrícolas utilizando tecnologias GSM/GPRS e ZigBee. Nesta pesquisa foi utilizado um sistema de telemetria que foi adaptado a um sistema de gerenciamento da mecanização agrícola utilizando uma colhedora automotriz na colheita de soja e arroz.…”

Section: Trabalhos Relacionadosunclassified

An Architecture based on Magnetic Sensors for Fault Detection in Agricultural Implements

Roque

Schievelbein

2016

IEEE Latin Am. Trans.

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1 This paper describes the use of magnetic sensors in fault monitoring of a conventional planter that does not have embedded technology. An alternative solution for small and medium farmers in the fault detection that are common and generate negative impacts on production. The control algorithm allows the parameterization and configuration of embedded system for different types of equipment. A case study was conducted in rural property, with the installation of control system in a planter. Results show that the fault detection was satisfactory with the sound alerts generated at all failure scenarios.

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Section: Trabalhos Relacionadosunclassified

An Architecture based on Magnetic Sensors for Fault Detection in Agricultural Implements

Roque

Schievelbein

2016

IEEE Latin Am. Trans.

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“…Studies on CRM are important to support the decision-making of companies' managers (Silveira et al, 2006). Management of fleets of machines has become increasingly present in the planning of agricultural operations, because a larger volume of data is collected by the production sector (Sichonany et al, 2012). This study aimed to fit a mathematical model to calculate the ARM, as proposed by ASABE, for agricultural infield wagons, as a function of life (hours of use) and verify its application for groups of vehicles in the same category.…”

Section: Introductionmentioning

confidence: 99%

Operational management of the cane infield wagon: Analysis of the cost of repair and maintenance

Galvão

García

Albiero

et al. 2018

Rev. bras. eng. agríc. ambient.

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A B S T R A C TIn the mechanical harvesting of sugarcane, a self-propelled harvester is used in conjunction with an agricultural implement named infield wagon, which has the function of storing and transporting the harvested product. Much of the cost of sugarcane production comes from this operation (30 to 60%). Among the operational costs of agricultural machinery, the cost of repair and maintenance (CRM) is relevant. Therefore, the objective of this study was to determine the parameters of the CRM mathematical model based on the life (hours of use) for the infield wagon, using the method of the American Society of Agricultural and Biological Engineers (ASABE). These CRM models were obtained for two sets of infield wagon from different manufacturers and their costs over up to 12 years. The model was adjusted and then validated using descriptive statistics methods. Fitted CRM equations were different for each analyzed set of infield wagon and, therefore, are a valuable tool in the management of mechanization in sugarcane mills as it provides elements that can support decision-making of managers in the acquisition and management of agricultural implements.Gestão operacional do transbordo de cana-de-açúcar: Análise do custo de reparo e manutenção R E S U M O Na colheita mecanizada de cana-de-açúcar é utilizada uma colhedora autopropelida em conjunto com uma máquina agrícola denominada de transbordo, que tem a função de transportar o produto colhido. Os custos com o corte, carregamento e transporte variam entre 30 e 60% dos custos de produção da cana-de-açúcar. Dentre os custos operacionais de máquinas agrícolas, o custo de reparo e manutenção (CRM) possui relevância, sendo assim, objetivou-se neste trabalho determinar os parâmetros do modelo matemático do CRM em função da vida (horas de uso) para o transbordo, utilizando o método da American Society of Agricultural and Biological Engineers (ASABE). Estes modelos de CRM foram obtidos para dois conjuntos de transbordos de fabricantes diferentes e seus dados despendidos ao longo de até 12 anos. O modelo foi ajustado e posteriormente validado utilizando métodos de estatística descritiva. As equações ajustadas do CRM foram diferentes para cada conjunto de transbordo analisado, sendo portanto, uma ferramenta importante na gestão da mecanização nas usinas pois fornece elementos que podem subsidiar as tomadas de decisão dos gestores na aquisição e gerenciamento de equipamentos agrícolas. Key words:mechanical harvesting of sugarcane management of mechanization agricultural costs Palavras-chave: colheita mecanizada da cana-deaçúcar gestão da mecanização custos agrícolas

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Telemetria na transmissão de dados de desempenho de máquinas agrícolas utilizando tecnologias GSM/GPRS e ZigBee

Cited by 2 publications

References 0 publications

An Architecture based on Magnetic Sensors for Fault Detection in Agricultural Implements

An Architecture based on Magnetic Sensors for Fault Detection in Agricultural Implements

Operational management of the cane infield wagon: Analysis of the cost of repair and maintenance

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