8 results about "Right upper limb" patented technology

This invention provides a fitness device that combines walking and waist-slimming functions, aiming to solve the problem that existing walking machines and waist-slimming machines are two completely independent fitness devices, resulting in relatively limited fitness functions and high user purchase costs. A fitness device combining walking and waist-slimming functions includes: a main support frame with left and right upper limb support parts; a walking component including left and right swing frames mounted on the main support frame, the upper end of each swing frame being connected to the main support frame via a first rotating shaft in a front-back direction, and the lower end of each swing frame having a foot pedal; and a waist-slimming component including a guide part mounted on the main support frame, the guide part extending gradually upwards from back to front, with a lower limb support part slidably mounted on the guide part. By integrating lower limb walking exercises and core waist and abdomen exercises into the same fitness device, multiple uses are achieved in one machine, thereby reducing user purchase costs.

The application discloses a stroke passive training instrument, which comprises a moving support, first and second leg training connecting rod groups, first and second arm training connecting rod groups and a back adjusting connecting rod group, wherein the first leg training connecting rod group and the first arm training connecting rod group are located on one limb side, the second leg training connecting rod group and the second arm training connecting rod group are located on the other limb side, the leg training connecting rod group is used for simulating the lower limb gait when walking, and the arm training connecting rod group is used for simulating the upper limb swing when walking; the first leg training connecting rod group and the second arm training connecting rod group are drivingly connected through the back adjusting connecting rod group, and the second leg training connecting rod group and the first arm training connecting rod group are drivingly connected, so that the left upper limb and the right lower limb form a linkage relationship, the left lower limb and the right upper limb form a linkage relationship, and then the rehabilitation training task of the diseased side limb driven by the healthy side limb is realized.

1. Name of the product in this design: Auxiliary component for proper limb positioning. 2. Purpose of this design: To assist in proper limb positioning. 3. The key design feature of this product is its shape. 4. Images or photos that best illustrate the design key points: Combined state reference diagram. 5. Other components requiring explanation: Component 1 is a head placement aid kit; Component 2 is a torso placement aid kit; Component 3 is an upper limb placement aid kit, with two components corresponding to the left and right upper limbs respectively; Component 4 is a lower limb placement aid kit.

The invention relates to the technical field of rehabilitation robots, in particular to a flexible driving upper limb exoskeleton device with bilateral switchable configurations, which comprises a base component, a flexible driving component, a platform supporting component and an upper limb exoskeleton executing mechanism. The executing mechanism sequentially comprises a shoulder joint assembly, an upper arm component, a binding component, an elbow joint component, a front arm component and a wrist joint component. The shoulder joint assembly has three active degrees of freedom of adduction / abduction, inward rotation / outward rotation and flexion / extension, the elbow joint has an active degree of freedom of flexion / extension, and the wrist joint is of a passive rotation structure. According to the upper limb exoskeleton, rapid switching between the left upper limb and the right upper limb is achieved in a turnover installation mode, flexible driving and Bowden cable transmission modes are adopted, a driving unit is arranged away from an upper limb body, and the man-machine interaction safety is improved. Through an upper arm and front arm length adjustable structure, a platform supporting part height adjustable structure and a base part horizontal adjustable structure, the human body adaptability of the exoskeleton is improved.

The utility model discloses an upper and lower limb training aid, which comprises a base and a support frame, the support frame crosses over the base, the lower side of the support frame is fixed on the base, a mounting seat is rotatably arranged on the base, and the mounting seat can turn upwards or downwards relative to the base so as to adjust the angle between the mounting seat and the base. A supporting piece for supporting and limiting the mounting seat after the mounting seat is turned over is arranged between the base and the mounting seat, a treadmill is fixedly arranged on the mounting seat, two pull ropes are arranged on the supporting frame in a sliding mode, one ends of the two pull ropes are connected to a left pedal and a right pedal of the treadmill respectively, and the other ends of the two pull ropes are used for being connected with the left upper limb and the right upper limb of a trainee respectively. Compared with the prior art, the treadmill has the advantages that the pull rope is pulled through the rotation of the treadmill, so that the upper limbs of trainees, especially people with hemiplegia and myasthenia, can move along with the pull rope, and the purpose of coordinating and recovering the upper limbs and the lower limbs is achieved; meanwhile, the position of the treadmill can be adjusted due to the turnover arrangement of the mounting seat, so that the training requirements of different trainers, especially people with hemiplegia and myasthenia, are met, and the applicability and the flexibility of the equipment are improved.

The invention relates to the technical field of wounded person carrying, in particular to a bare-handed slope unloading carrying method. A supporting mode of right thigh, lumbar muscle, dorsal muscle and right upper limb is adopted, the outer side face of the right thigh, the right side face of the trunk and the upper arm side face of the right upper limb make contact with the ground, the contact faces are in a long strip shape, the upper body of the wounded is placed on the upper body of a rescuer, and the upper body of the wounded is in an inclined plane state. And the gravity of the upper parts of the two parts is supported by abdominal and lumbar muscles and pectoral and dorsal muscles, namely core muscles, and is finally transmitted to the ground through a strip-shaped contact surface. The device has the beneficial effects that the limitation of the height, the body shape and the weight of a wounded person on a rescuer in a traditional crawling carrying method is broken through, that is, the left arm of the rescuer cannot hold the wounded person due to the too wide body shape, the left arm of the rescuer cannot hold the wounded person due to the too heavy weight, the right arm of the rescuer cannot support the wounded person, and the gravity center of the wounded person moves upwards and forwards due to the too long body shape; and the right arm supporting force of the rescuer is further increased.

The invention discloses wearable multi-lead Parkinson's disease motion symptom and sleep disorder monitoring equipment and a signal processing method. The equipment comprises a head, a left upper limb, a right upper limb, a left lower limb, a right lower limb, independent waist wireless sensing nodes and a waist base box, the head node collects EOG and chin muscle sEMG signals, the upper and lower limb nodes integrate nine-axis IMU and sEMG electrodes to collect motion and electromyographic signals, the waist node collects trunk position signals, the base box achieves microsecond hardware synchronization, signal preprocessing and fusion and feature extraction of all the nodes, and local caching and self-adaptive transmission are supported when the network is abnormal. The method comprises the steps of self-inspection initialization, synchronous acquisition preprocessing, multi-modal signal matrix construction, single symptom feature vector set extraction, self-adaptive transmission and cloud analysis. The problems that existing equipment is single in monitoring, poor in environment adaptability and low in compliance are solved, and objective continuous data support is provided for clinical diagnosis and treatment adjustment of the Parkinson's disease.

The application discloses a kind of limbs linkage rehabilitation training system, it is related to the technical field of rehabilitation treatment, including linkage mechanism, left lower limb pivot is connected with left foot connecting rod, and is rotatably connected with second transmission shaft by first driving arm assembly, left upper limb pivot is rotatably connected with left arm connecting rod, and is rotatably connected with first transmission shaft by second transmission shaft connection;Right lower limb pivot is connected with right foot connecting rod, and is rotatably connected with first transmission shaft by second driving arm assembly, right upper limb pivot is rotatably connected with right arm connecting rod, and is rotatably connected with first transmission shaft by first transmission shaft connection;First adjusting part is arranged on left lower limb pivot, to realize the connection of first driving arm assembly with any position on left lower limb pivot left lower limb swing rod;Second adjusting part is arranged on right lower limb pivot, to realize the connection of second driving arm assembly with any position on right lower limb pivot right lower limb swing rod;The flexible adjustment of upper and lower limb rotation angle proportion can be realized, and the use demand of different rehabilitation treatment conditions can be satisfied.