Método de obtenção de uma célula de bateria virtual, método de obtenção de um pacote de bateria virtual e sistema de monitoramento e previsão do estado de carga e de saúde de uma bateria
Engenharia Mecânica
Self-propelled combine harvester for harvesting palm fruit, has pedestrian controlled tractor comprising rear frame and front frame, and gear system comprising conveyor system that is arranged between driving wheels and extensor wheels
NOVELTY – The harvester has a pedestrian controlled tractor (5) comprising a rear frame (14) and a front frame (13). A gear system comprises a conveyor system (9) that is arranged between driving wheels and extensor wheels coupled by a shaft. A steering system comprises disks (11), a steering wheel (12), a support, a piston and a piston actuator. A telescopic system comprises another piston (6), a support wheel (8), a hydraulic rotary base (7) and telescopic rods. An upper end of the telescopic rods is mounted on a fixed base. USE – Self-propelled combine harvester for harvesting palm fruit. ADVANTAGE – The harvester can work in natural forests and artificial cultivation area. The harvester is efficient and comfortable for use by an operator. The harvester can perform operations and maneuvers in upland forest soils and wetlands. The harvester minimizes soil compaction and increases efficiency in fruit collection without damaging the fruits. DESCRIPTION OF DRAWING(S) – The drawing shows a perspective view of a self-propelled combine harvester. Pedestrian controlled tractor (5) Piston (6) Rotary base (7) Support wheel (8) Conveyor system (9) Disks (11) Steering wheel (12) Front frame (13) Rear frame (14)
Main Application Field
P12 (Harvesting (A01D, F).); X25 (Industrial Electric Equipment)
INVENTORS:
DA SILVA MACIEL ANTONIO JOSE
ALBIERO DANIEL
