5 results about "Gluteal muscles" patented technology

A horizontal lower limb rehabilitation robot includes a horizontal rigid chassis, left and right lower limb training mechanisms symmetrically arranged on both sides of the rigid chassis, an electrical control unit, and a multimodal sensing system located at key locations. The left and right lower limb training mechanisms have identical symmetrical structures. The electrical control unit coordinates the movement timing and amplitude of the hip and knee joint drive units, enabling simultaneous flexion training of the hip, knee, and ankle joints, bridging training to activate the lower limb trunk and gluteal muscles, and gait training simulating natural walking. This robot features a rational structure, convenient adjustment, safety, comfort, and intelligence. Through intelligent control and multiple rehabilitation training modes, it can meet the training needs of patients at different rehabilitation stages and with different body types, achieving integrated rehabilitation training and effect evaluation, and providing a more efficient and safer intelligent device for lower limb rehabilitation treatment.

Gluteal manipulation devices and methods are provided comprising a flexible harness configured to be worn by a user and a tensionable pulling element. The flexible harness defines at least one channel and includes a rear portion configured to wrap around the user's waist and two downward extension portions configured to sit adjacent to the groin of the user. The tensionable pulling element has two ends and inns through the channel so the two ends extend from the two downward extension portions. In exemplary embodiments, the channel is a guide channel running along the flexible harness, and the tensionable pulling element sits in the guide channel. When the two ends of the tensionable pulling element are pulled by the user or by an actuator, the flexible harness moves the gluteal muscles of the user.

A liner includes a fabric body that covers at least a hip area and an abdomen area of a wearer or the hip area and buttocks area of a wearer. The fabric body having at least a first region and a second region each having a different modulus than another of the several regions. The first region is an abdominal region or a buttocks region. The second region is selected from the following group of regions, namely a first abdominal border region, a second abdominal border region, a buttocks region if the buttocks region is not the first region, a bottom buttocks surrounding region, a top buttocks surrounding region, a side buttocks surrounding region, a side hip region, a waist whittler region, a waist transition region, a super waist whittler region, an abdominal region if the abdominal region is not the first region and any combination thereof.

The application belongs to the technical field of fitness equipment, and particularly relates to a hip muscle training self-adaptive torque compensation method based on pelvic compensation feedback, which comprises the following steps: acquiring real-time pedaling displacement in a centripetal abduction stage in a unilateral hip muscle training process, combining with a pre-stored maximum pedaling length of a user, calculating a real-time displacement ratio, and determining a force arm compensation coefficient; acquiring a reference average speed of a first action in the centripetal abduction stage and a current average speed of a current action, calculating a speed retention rate, and adjusting a speed fatigue adjustment coefficient; acquiring an initial inclination angle of a pelvis when the user is in a body upright neutral position, and a current pelvic inclination angle and a current inclination angle in a training process; calculating a posture penalty coefficient; and dynamically adjusting a preset initial resistance by using the speed fatigue adjustment coefficient, the posture penalty coefficient and the force arm compensation coefficient. The application scheme can realize real-time sensing of human kinematics data and spatial posture, and accordingly realize dynamic torque compensation and multi-modal safety intervention.

A belt is provided for use in performing hip thrust exercises. The hip thrust belt of the present invention comprises a flexible support pad attached to a flexible belt. Hook-and-loop fasteners are provided on the belt to secure the ends of the belt to dumbbells or other weights, including barbell weight plates and kettlebells. The hip thrust belt allows the weights to hang on the outer sides of the user's hips and thereby increases the effort required to perform hip thrust exercises. Hip thrust exercises are believed to strengthen the gluteal and hamstring muscles.