19 results about "Shoulder bones" patented technology

The invention relates to the technical field of automobile detection equipment, in particular to a shoulder multidirectional buffer self-adaptive restraint device for a side impact dummy, which comprises a shoulder simulation assembly and a mounting seat, the mounting seat is mounted on a dummy trunk, and the shoulder simulation assembly is used for simulating human shoulder bones and muscles and comprises a connecting rod unit and an upper arm connecting seat; the upper arm connecting seat is used for connecting a dummy upper arm and / or test stress input equipment, so that the dummy upper arm and / or the test stress input equipment can receive stress and transmit the stress to the mounting seat through the connecting rod unit, and the connecting rod unit comprises a connecting rod framework and a honeycomb aluminum structure fixedly mounted outside the connecting rod framework. Multi-path transmission and buffering of stress from the upper arm connecting base to the mounting base are achieved, buffering of bones, joints, muscles and the like at the joint of the shoulder joint and the trunk on impact force can be simulated more truly, the stress condition of passengers during automobile side collision is simulated and detected more truly, and the experiment effect of a collision experiment is improved.

The invention discloses an intelligent fabric shoulder compensation monitoring system for rehabilitation treatment of a stroke patient. The intelligent fabric shoulder compensation monitoring system comprises a sensor, a fixing carrier part used for fixing the sensor, a signal acquisition module in signal connection with the sensor and a PC in signal connection with the signal acquisition module. The plurality of sensors are fixedly connected to the fixed carrier part, and the sensors are fabric stretching sensors; the fixing carrier piece is made of fabric, and the fixing carrier piece detachably wraps the single-side shoulder and the shoulder blade of the patient. According to the invention, the system can timely discover the compensatory exercise of the patient and remind the patient, so that the fitness compensatory is reduced and the exercise rehabilitation training quality is improved.

In one embodiment, an exercise bench with deep passthrough insets is disclosed herein. In particular, the present disclosure provides an improved weightlifting and exercise bench having a frame, and a generally rectangular platform supported by said frame, where the generally rectangular platform comprises a solid base member and a flexible resilient pad member covering the base member. Both the base member and the pad member are generally the same area and rectangular, except that a semicircular, circular, rectangular, or similarly shaped cutout is provided through both the solid based member and the resilient pad member in the region adjacent the position of a user's shoulder blades if such user were disposed on said platform in position to perform bench presses or similar exercises.

This item is a stretching device in which the upper part of the front view rests near the base of the neck and the lower part rests near the shoulder blades. When you lie on your back on it, the protrusions shown in the front view have the effect of providing a substitute for massage or shiatsu from the neck to the shoulder blades.

The invention relates to the technical field of costume design, in particular to a bionic bird wing western-style clothes design method for increasing the activity space amount and clothes, the bionic bird wing western-style clothes comprise armhole parts, the radian and depth of the armhole parts refer to streamline wing root design of bird wings, and the armhole parts fit the motion trail of the shoulders of the human body; the back yoke part is provided with a dividing line matched with tension distribution when the wings of the birds are unfolded, and the dividing line corresponds to the shoulder blade area of the human body; the back wing structure is provided with a bionic grid segmentation structure and is matched with the back yoke part to disperse the pressure of the spine and shoulder blade areas; and the sleeve parts are provided with dynamic sleeve top structures. The fitting design of the armhole to the motion trail of the shoulders of the human body is completed by combining front piece dart transfer, the dynamic sleeve top structure is designed by designing transverse and oblique parting lines corresponding to shoulder blade areas and simulating the flexibility of the wing joints of birds, and the construction of the armhole, shoulder and back self-adaptive motion system of the suit is completed. The all-weather comfortable wearing effect is achieved.

The invention discloses a rotator cuff injury postoperative rehabilitation evaluation method and device based on three-dimensional reconstruction and point cloud registration, and the method comprises the steps: collecting the three-dimensional point cloud data of the shoulders and upper limbs of a patient at preset time intervals through a sensor matrix, segmenting the three-dimensional point cloud data according to a region generation algorithm, and obtaining the point cloud data of a key region; a three-dimensional surface model of the point cloud data of the key area is established through a movement minimum curved surface reconstruction algorithm, key rehabilitation features are extracted from the three-dimensional surface model, and the key rehabilitation features comprise the movement range, the shoulder blade movement control ability and the attitude symmetry; and inputting the key rehabilitation features into the rotator cuff injury postoperative rehabilitation scoring model to obtain a rehabilitation evaluation result, so as to guide the patient to adjust the posture of shoulder joint movement according to the rehabilitation evaluation result. According to the method, the key rehabilitation features are input into the rotator cuff injury postoperative rehabilitation scoring model, so that the rehabilitation effect and efficiency after the rotator cuff injury operation are further improved.

To provide a corrective appliance that solves the problem that the appliance itself has a complicated structure and becomes large because the structure is made up of many rod-like bodies. [Solution] The corrective device 100 is comprised of a rod-shaped shaft HN with portions near both ends that abut against the pillars H of a power rack P or other exercise equipment, and these portions have constricted portions 2 with different diameters. The user U places a bench B in the center of the pillars of the power rack and sits on the bench. Next, the user U holds the corrective device and raises both arms, bringing both ends of the corrective device, particularly the constricted portions, into contact with the pillars of the power rack. In this position, the head AT is positioned approximately below the corrective device, while the buttocks remain on the bench. In this position, the upper body J is slightly arched and the arms A are fully extended, stretching the spine and correcting the shoulder blades and spinal column.

This item is a stretching device in which the upper part of the front view rests near the base of the neck and the lower part rests near the shoulder blades. When you lie on your back on it, the protrusions shown in the front view have the effect of providing a substitute for massage or shiatsu from the neck to the shoulder blades.

The invention discloses a wireless passive shoulder joint displacer, which comprises a humerus side main body, a shoulder joint side main body, a shoulder joint side main body, a shoulder joint side main body, a shoulder joint side main body and a shoulder joint side main body, the shoulder glenoid side main body is suitable for being installed on the shoulder blade of the human body, and the shoulder glenoid side main body movably abuts against the humerus side main body; the wireless passive sensor is arranged on the surface of the humerus side main body and movably abuts against the shoulder and glenoid side main body, and the wireless passive sensor is at least used for detecting the pressure value between the humerus side main body and the shoulder and glenoid side main body; the reader is located on the outer side of the human body and wirelessly connected with the wireless passive sensor, and the reader is suitable for obtaining the detection result of the wireless passive sensor. According to the wireless passive shoulder joint displacer, an injured shoulder joint in a human body can be displaced, the pressure value, the relative displacement and the relative angle between the humerus side main body and the shoulder glenoid side main body are monitored in real time, and the in-situ monitoring capacity of stress of a real skeleton in a joint structure is provided.

The present application relates to the technical field of automobile detection equipment, and particularly relates to a multi-directional buffering adaptive shoulder restraint device for a side impact dummy, which comprises a shoulder simulation assembly and a mounting seat, the mounting seat is mounted on the dummy torso, the shoulder simulation assembly is used for simulating human shoulder bones and muscles, and comprises a connecting rod unit and an upper arm connecting seat, the upper arm connecting seat is used for connecting the dummy upper arm and / or a test stress input device, so that the stress can be received and transmitted to the mounting seat through the connecting rod unit, the connecting rod unit comprises connecting rod skeletons and honeycomb aluminum structures fixedly installed outside the connecting rod skeletons, through the cooperation of the connecting rod skeletons and the honeycomb aluminum structures, the stress is transmitted in multiple paths from the upper arm connecting seat to the mounting seat and buffered, the impact force buffering of the bones, joints and muscles at the connection between the shoulder joint and the torso can be more realistically simulated, so that the stress condition of the occupant during the automobile side impact can be more realistically simulated and detected, and the experimental effect of the collision experiment is improved.

The invention provides an ultrasonic evaluation device for antenatal fetal shoulder blade development, and the device comprises a data obtaining module which is used for obtaining ultrasonic data of an antenatal fetal through an ultrasonic diagnostic apparatus, and the ultrasonic data comprises a measured value of the shoulder blade length, a measured value of the shoulder blade width and a measured value of the femur length; the prediction module is used for obtaining a first prediction interval according to the measured value of the femur length of the to-be-predicted prenatal fetus and the first prediction parameter interval, and obtaining a second prediction interval according to the measured value of the femur length of the to-be-predicted prenatal fetus and the second prediction parameter interval; and the evaluation module is used for respectively judging whether the measured value of the shoulder blade length of the to-be-measured prenatal fetus is within the first prediction interval and whether the measured value of the shoulder blade width of the to-be-measured prenatal fetus is within the second prediction interval so as to evaluate the shoulder blade development condition of the fetus.

Dorsal biomechanical node for a wearable biomechanical belt system, in particular a posture correction, shoulder guidance, retraction, orthosis or biomechanical assistance system, comprising a housing positionable between the shoulder blades of a wearer with at least two independent guidance paths for flexible traction elements, wherein within the housing a deflection and distribution of traction forces takes place between an upper force absorption area and a lower force delivery area, characterized in that the node is designed as an independent biomechanical force guidance, deflection and load distribution module and the guidance paths are mechanically decoupled from each other.

The application discloses a foldable lifting-stretcher type exoskeleton device, which comprises a shoulder bone supporting member and a spine bone supporting member connected with each other, the spine bone supporting member comprises a first and a second spine bone supporting connecting member connected with each other in a relative rotating mode, two ends of the side of the shoulder bone supporting member away from the spine bone supporting member are respectively connected with a shoulder joint locking pipe member, one end of the shoulder joint locking pipe member away from the shoulder bone supporting member is connected with a hook stretcher member, and the other end is connected with a locking adjusting seat, and the shoulder joint locking pipe member is movably connected with the shoulder bone supporting member through the locking adjusting seat. Through the device, the rescuer can wear the device and lift the stretcher through the hook stretcher member, when not in use, the spine bone supporting member can be folded in a relative mode through the first and the second spine bone supporting connecting member connected with each other in a relative rotating mode, and the shoulder joint locking pipe member at two ends of the shoulder bone supporting member can be quickly disassembled with the shoulder bone supporting member through the locking adjusting seat, so that the exoskeleton device can be folded for multiple times when not in use, and thus can be easily stored, and the space occupied is small.

A glenoid component includes a body, a first, convex surface, a second, concave surface, a third surface connecting the first and second surfaces, a channel, and at least one alignment member. The channel extends from a first channel opening of the first surface through the body to a second channel opening defined on the third surface and has a channel axis extending through the first and second channel openings. The channel axis intersects a first plane defined by the first channel opening at an angle transverse to the first plane. The channel is configured to receive a bone engagement member to attach the body to a shoulder bone. The at least one alignment member extends from the first surface to align the body to the shoulder bone. The bone engagement member can attach the body to the shoulder bone.

The utility model discloses a scoliosis correcting device which comprises a rear seat arc-shaped ring, a side frame is fixedly installed in the center of the rear seat arc-shaped ring, supporting plates for supporting the armpits of a patient are fixedly installed at the tops of the two ends of the rear seat arc-shaped ring, and an arc-shaped movable groove is formed in an arc-shaped movable seat. An arc-shaped movable block is connected to the arc-shaped movable seat through an arc-shaped movable groove, a positioning screw rod is connected to the arc-shaped movable block in a threaded and penetrating mode, a positioning cylinder for positioning and supporting the shoulder blade of a patient is fixedly installed on the positioning screw rod, and a plurality of positioning columns are movably arranged on the positioning cylinder. The shoulder blade on the back of a patient is positioned and supported through the positioning cylinder on the arc-shaped movable seat, and the rotating handle is operated to drive the supporting screw rod to adjust the distance between the positioning cylinder and the shoulder blade of the patient, so that the positioning column connected with the buffer spring on the positioning cylinder abuts against the bottom position of the shoulder blade, and the shoulder blade is kept horizontal in the correction process; limiting and supporting are stable and firm.

An elevation apparatus to elevate a bony prominence of a user such as a heel, ankle, foot, metatarsal, elbow, hip, sacrum, shoulder blade or other bones. The elevation apparatus including a permeable skin-compatible adhesive layer, an absorbent layer, a protective layer and at least one inflatable or prefilled air bladder including at least one aperture configured for the selected bony prominence.

The invention discloses a device for preparing a spinal cord injury experimental model, which relates to the field of test instruments and specifically comprises a base, an impactor and an auxiliary extrusion head. During operation, the cross beam on one side of the supporting rod is used for driving the impactor to ascend or descend to adjust the use height of the impactor, so that the accuracy is high compared with that of pure manual operation during an existing rat experiment, namely, the variable is controlled, and the difference existing when the spine of a rat is impacted due to the placement height is reduced; an infrared distance measuring sensor is placed at the bottom of the impactor to further improve the precision, the infrared distance measuring sensor is used for detecting the distance between the impactor and the spine of the rat, and an auxiliary extrusion head is used for abutting against the shoulder blade of the rat to ensure that the selection positions of the impactor impacting the spine of the rat are consistent; therefore, the impact part of each test can be designed at the sunken part, so that a contrast experiment is ensured.

To provide comfortable underwear for improving a posture by supporting muscles connected to scapulae.SOLUTION: The present invention that solves the above-described problem includes a stretchable body 1, the body 1 includes a front body 11 that covers a front half of a user's body, and a rear body 12 that is continuous with the front body 11 and covers a rear half of the user's body, a stretch control unit 2 that controls a degree of stretch of the body 1 is disposed at a predetermined position, and a ring-shaped arm exit portion 13 through which the user's arm exits is provided over the front body 11 and the rear body 12. The arm extension part 13 includes a front arm extension part 131 positioned on the front body part 11 side and a rear arm extension part 132 positioned on the rear body part 12 side, the rear arm extension part 132 is provided on the median line side of the front arm extension part 131, and the extension / contraction control part 2 includes a back extension / contraction part 21 at least a part of which is arranged along the rear arm extension part 132.SELECTED DRAWING: Figure 3