Você não leu errado. A robótica se encontra cada vez mais avançada – ao menos no Japão. A bola da vez é um robô criado em laboratórios da terra do sol nascente capazes de colher morangos maduros em hortas.
Segundo os engenheiros que desenvolveram o robô (sem nome), o equipamento consegue identificar os melhores morangos pelo fato de possuir duas câmeras especiais que reconhecem as frutas em um espaço 3D de leitura, de forma que as que possuem pelo menos 80% de sua pigmentação avermelhada são as que já estão prontas para a colheita.
O robô ainda realiza a colheita de forma delicada e ágil, sem prejudicar a fruta. Segundo os testes realizados, o uso do novo equipamento garante a economia de 3/4 do tempo, o que aumentará consideravelmente o número de morangos colhidos.
Que o trabalho humano está com seus dias contados em muitas áreas da agricultura isso todo mundo já sabe. Mas será que o robô pode realmente substituir o trabalho de um plantador de morangos com décadas de experiência?
You did not misread. Robotics is increasingly advanced - at least in Japan The turn is a robot created in laboratories of the land of the rising sun capable of picking strawberries in mature gardens.
According to the engineers who developed the robot (unnamed), the unit can identify the best strawberries because it has two special cameras that recognize the fruit in a 3D space of reading, so that those with at least 80% of pigmentation red are those that are ready for harvest.
The robot still performs the harvest so delicate and agile, without damaging the fruit. According to tests carried out, using the new equipment to guarantee the economy of 3/4 time, greatly increasing the number of harvested strawberries.
That human labor is threatened with destruction in many areas of agriculture that everyone already knows. But is that the robot can actually replace the work of a strawberry grower with decades of experience?
According to the engineers who developed the robot (unnamed), the unit can identify the best strawberries because it has two special cameras that recognize the fruit in a 3D space of reading, so that those with at least 80% of pigmentation red are those that are ready for harvest.
The robot still performs the harvest so delicate and agile, without damaging the fruit. According to tests carried out, using the new equipment to guarantee the economy of 3/4 time, greatly increasing the number of harvested strawberries.
That human labor is threatened with destruction in many areas of agriculture that everyone already knows. But is that the robot can actually replace the work of a strawberry grower with decades of experience?
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