Abstract:
An upper limb training apparatus for training the upper limb of a trainee includes a fixed frame, a movable frame, a tilting resistance applying mechanism, an operation rod, and a Z axis motor. The fixed frame can be placed on a floor surface. The movable frame is supported by the fixed frame to be able to tilt in all directions from a first tilting center. The tilting resistance applying mechanism applies resistance to the tilting action of the movable frame. The operation rod is attached to the movable frame, and is operated by the trainee by hand. The operation rod can extend and contract in the vertical direction toward or away from the floor surface. The Z axis motor is arranged in a position closer to the floor surface than the first tilting center, and extends and contracts the operation rod.
Abstract:
An upper limb training apparatus includes a training apparatus main body that includes a base frame, and an operation rod to be operated by a trainee by hand. A chair is positioned in a right or in a left arm training position relative to the training apparatus main body. A monitor stand extends upward from the base frame. A monitor arm is provided in the monitor stand, and supports the monitor such that the position of the monitor can be adjusted in both right and left directions.
Abstract:
A two dimensional moving massage device comprises: a base, a first movable device in the base, a second movable device in the first movable device, and two massage assemblies disposed on the second movable device. The first stage drive gear of the first motor cooperates with the toothed bar of the base to make the first movable device move in the up-and-down direction, the left-and-right moving driven gear is restricted to only be movable in the left-and-right direction and in the up-and-down direction by the first guiding portions and the direction restricting groove. Therefore, rotation of the left-and-right moving driven gear will be converted into displacement of the left-and-right moving driven gear along the left-and-right direction and the up-and-down direction. The massage assembly disposed on the second movable device is also capable of moving both in the up-and-down and left-and-right directions.
Abstract:
A motor control device includes: a coil temperature detection unit which detects a coil temperature of a motor; an upper limit current determination unit which determines an upper limit value of a coil current in which a coil temperature after a lapse of a first predetermined time from the present is maintained at an upper limit temperature or lower, every time a second predetermined time shorter than the first predetermined time elapses, by using a coil temperature detected by the coil temperature detection unit; and a coil current control unit which controls the coil current so as to be equal to or lower than the upper limit value.
Abstract:
A massage machine that can stably rock a chair main body in a forward-backward direction and that has minimal overall height comprising a chair main body, a base which supports the chair main body, massage portions provided in the chair main body, and a rocking mechanism portion which rocks the chair main body in the forward-backward direction with respect to the base. The rocking mechanism portion includes link members, each of which has a lower portion pivotally supported by the base and an upper portion pivotally supporting the chair main body. The chair main body is rocked in the forward-backward direction by rocking the upper portions of the link members in the forward-backward direction.
Abstract:
A light therapy and massaging apparatus comprises a base and a chair. A first movement imparting mechanism is provided for displacing the chair assembly relative to the base for displacing a user on the chair assembly in a repeated motion. Infrared light sources are provided in the chair assembly for delivering high energy to the user's body. Paddles extend within openings in the chair assembly for massaging the user's buttocks, the paddles being driven by a second movement imparting mechanism. Protrusions are provided transversally on the chair assembly and opposite the user's legs so as to act on the user's legs when the chair assembly is displaced by the first movement imparting mechanism.
Abstract:
A robot rehabilitation device, especially suitable for being used in motor rehabilitation activities on patients suffering from neurological and/or orthopaedic damages of a various nature as well as motor rehabilitation on patients with a hip or knee prosthesis, including a portal structure fixed to a base structure, a motor-driven belt suitable for allowing patient to walk, a bodice basically provided with four straps or braces that can be hooked to the device structure and worn by the patient, for the support thereof, a first exoskeleton and a second exoskeleton articulated and independent for the passive and assisted movement of the lower limbs of the patient, the exoskeletons including automatic actuation and movement elements, with the rehabilitation device that further includes a device for lifting the patient for the automatic and continuous control of the amount of weight of the same to be used in the therapy.
Abstract:
An actuator system for extending and flexing a joint, including a multi-motor assembly for providing a rotational output, a rotary-to-linear mechanism for converting the rotational output from the multi-motor assembly into an extension and flexion of the joint, and a controller for operating the actuator system in several operational modes. The multi-motor assembly preferably combines power from two different sources, such that the multi-motor assembly can supply larger forces at slower speeds (“Low Gear”) and smaller forces at higher speeds (“High Gear”). The actuator has been specifically designed for extending and flexing a joint (such as an ankle, a knee, an elbow, or a shoulder) of a human. The actuator system may, however, be used to move any suitable object through any suitable movement (linear, rotational, or otherwise).
Abstract:
A biological signal measuring wearing device configured to measure a biological signal from the body surface of a wearer includes a wearing device body configured to cover the body surface of the wearer, multiple biological signal detecting parts provided on a predetermined part of the inner surface of the wearing device body and configured to detect a signal from the body surface of the wearer, a biological signal obtaining part configured to obtain the biological signal from the signal detected by the biological signal detecting parts, and a signal communicating part configured to communicate the biological signal obtained by the biological signal obtaining part to an external apparatus.
Abstract:
A kneading massager has a speed reduction gear unit in mesh with the output shaft of a DC driving motor to input the mechanical power of the motor, the speed reduction gear unit has several output shafts to engage with a tapered massage block thereby making the massage block to perform tender and comfortable kneading motion like human fingers when being driven by the Dc motor.