The utility model relates to a sitting type unilateral
lower limb exoskeleton rehabilitation training device which comprises a
thigh rod part and a first movement unit. One end of the
thigh rod part is mounted with the first movement unit, the other end of the
thigh rod part is connected with the second movement unit, and the second movement unit is connected with the shank rod part; the first motion unit and the second motion unit respectively comprise a first
circular cavity and a second
circular cavity, the first
circular cavity is provided with a gear ring A, the second circular cavity is provided with a gear ring B, a motor A and a motor B respectively extend out of a gear A and a gear B to be meshed with the gear ring A and the gear ring B, and the meshing position is in eccentric transmission; the motor A and the motor B are started to enable the gear A and the gear B to rotate, the gear ring A and the gear ring B are driven to rotate, then the thigh rod part and the shank rod part are driven to move, eccentric transmission between the two sets of gear rings and gear rings enables the thigh rod part and the shank rod part to slow down, and the movement angle is accurately and stably adjusted. The device has the beneficial effects that the movement angle is convenient to adjust, and the movement process is accurate and stable.