9 results about "Orthopedic disorders" patented technology

The utility model discloses a supporting and walking-assisting device for the children orthopedics department. The supporting and walking-assisting device comprises a bottom walking bottom supporting frame, wherein a secondary adjustable telescopic mechanism is fixedly arranged on the upper side of the back of the bottom walking bottom supporting frame; an upper core supporting plate body is fixedly arranged on the upper side of the second-stage adjustable telescopic mechanism, and child arc-shaped shoulder supporting plate bodies are rotationally arranged on the two sides of the upper core supporting plate body. According to the walking aid device used by children, the children suffering from orthopedic diseases are guided to stand in the middle of the bottom walking bottom supporting frame, the bottom walking bottom supporting frame is in a U shape, and walking wheels on the two side wing portions of the bottom walking bottom supporting frame can guarantee the moving flexibility of the device on the ground. And the lower parts of the shoulders of the child lean against the child arc-shaped shoulder supporting plate body of which the spacing is adjusted, so that the shoulders of the child are stably supported. Meanwhile, the hand of the child holds the handrail on the arc-shaped shoulder supporting plate body of the child, and it is guaranteed that the hand of the child has a reliable grabbing point so that the body balance can be maintained, and the child walks with the help of the device.

Devices, systems and methods for joint fusion or arthrodesis of articular joints in treatment orthopedic disorders, including a dowel fusion kit, a frustoconical dowel configured to be implanted within the articular space of an articular joint and secured within the joint by either or both of a compression screw and / or a staple.

The invention relates to novel application of hair blacking alcohol Uvaol in preparation of products for orthopedic diseases, and belongs to the field of medicines. The hair blacking alcohol is extracted and separated from branches, leaves and flowers of Rhododendron delavayi Franch. The compound inhibits osteoclast differentiation, maintains bone metabolism balance and prevents excessive bone resorption or bone loss in a dose-dependent manner. The compound disclosed by the invention can obviously inhibit osteoclast differentiation, and the inhibition effect is concentration-dependent, so that bone metabolism balance is well maintained, and related orthopedic diseases of bone loss caused by excessive bone resorption are prevented, and therefore, the hair-blacking alcohol has a good prospect of developing orthopedic health products or medicines for preventing bone loss and the like, and has a wide application prospect. And a solid foundation is laid for preparing anti-osteoporosis orthopedic health products or medicines.

The present application relates to the technical field of artificial intelligence, and provides an orthopedic disease auxiliary detection method, device, equipment and medium, on the one hand, the present application can generate the text description of each X-ray image according to the real lesion category of each X-ray image and the medical prompt generation module, and provide important information related to the lesion for subsequent model training, on the other hand, based on the X-ray image, the text description of each X-ray image and the semantic learning module training based on the matching degree guidance, the orthopedic lesion detection network can be obtained, under the guidance of the medical prompt, the text-image alignment ability of the semantic learning module based on the matching degree guidance is used as the bridge from the text mode to the image mode, so as to assist the orthopedic lesion detection network to learn the semantic information of the lesion, thereby improving the detection performance of the orthopedic disease, assisting medical staff to quickly read the film, and indirectly improving the accuracy of the orthopedic disease detection.

The utility model discloses an angle-adjustable external fixation splint for the orthopedics department, and mainly relates to the technical field of rehabilitation treatment of the orthopedics department. Comprising a first clamping plate, a rotating shaft and an adjusting mechanism, a second clamping plate is arranged at one end of the first clamping plate, the rotating shaft is located at the ends, close to each other, of the first clamping plate and the second clamping plate, and the rotating shaft is rotationally connected with the first clamping plate and fixedly connected with the second clamping plate through the adjusting mechanism; one ends of the two fixing plates are fixedly connected with the surface of the second clamping plate, and the two fixing plates are located on the two sides of the second clamping plate correspondingly. The leg splint has the advantages that the problems that for orthopedic diseases, especially bone fracture and other orthopedic diseases, generally, a splint is needed to fix the legs so as to prevent aggravation of the diseases, but an existing leg splint is single, and when angle lifting rotation is carried out on the leg limbs of a patient, the leg limbs of the patient cannot be fixed easily are solved; and the problem that the clamping plates are inconvenient to adjust and limit is solved.

The invention relates to the technical field of artificial intelligence, and provides a functional dyskinesia degree evaluation method, system and device for orthopedic disease patients and a medium, and the method comprises the steps: obtaining a muscle cooperation matrix and a joint motion angle matrix; and inputting the muscle cooperation matrix and the joint motion angle matrix into a functional dyskinesia degree evaluation model, and outputting a functional dyskinesia degree evaluation result. According to the method for evaluating the degree of the functional dyskinesia for the orthopedic disease patient, physiological features in joint movement and muscle contraction signals are mined and fused through the model, complementarity in multi-mode human body movement physiological information is fully utilized, and the model emphasizes channels with rich information, so that the degree of the functional dyskinesia is evaluated. According to the method, higher weights are distributed for features related to pathological features of orthopedic diseases, relatively redundant features are inhibited, the sensitivity of the model to key abnormal information of the neuromusculoskeletal level is enhanced, a reliable evaluation result is finally output, and efficient and accurate functional dyskinesia evaluation is realized.

A computer-implemented system identifies possible medical conditions based on pain location input on three-dimensional anatomical models. The system presents interactive 3D anatomical models with curved surface topology, enabling users to precisely indicate points of pain. A plurality of predefined training pain points, placed on the anatomical model by medical practitioners and associated with corresponding medical conditions, serve as reference data for condition matching. The system calculates spatial relationships between user-identified pain points and training pain points. Configurable exclusion zones, including axis-aligned regions and surface-conforming markers, enable practitioners to define anatomical boundaries that constrain which training pain points participate in the correlation analysis. The system generates possible conditions via spatial proximity and / or non-spatial factors such as reported pain intensity, pain duration, injury history, user demographic information, and responses to condition-specific questionnaires. The conditions are presented with associated clinical information such as history, findings, imaging recommendations, and treatment options.

The application provides a cold region all-orthopedics intelligent diagnosis and treatment system, comprising: an intelligent auxiliary evaluation module for cold region all-orthopedics disease auxiliary evaluation according to patient treatment data and cold region specificity data; an intelligent operation planning module for hip and knee joint preoperative planning, spine preoperative planning, sports medicine preoperative planning, and trauma operation planning according to patient treatment data and cold region specificity data; an intelligent robot module for equipment control and voice interaction according to intraoperative interaction requirements; intraoperative real-time prompt according to the preoperative operation plan, real-time generation of operation suggestion, real-time update of the control mode of the operation robot; a remote module for remote operation, remote multidisciplinary consultation, intraoperative medical data calling, and pre-hospital emergency remote cooperation; and a postoperative rehabilitation module for postoperative evaluation and generation of a personalized rehabilitation plan of a patient according to postoperative data and the preoperative planning plan.

The invention discloses an autologous stem cell injection method for knee osteoarthritis treatment, and relates to the technical field of cell treatment and orthopedic disease intervention, and the autologous stem cell injection method comprises the following steps: collecting a broadband noise signal, subharmonic amplitude and ultrasonic excitation power recorded by an acoustic monitoring unit in real time, carrying out unified timestamp synchronization on the obtained original data, and carrying out time stamp synchronization; and obtaining a complete acoustic observation sequence. According to the method, acoustic monitoring, image observation and cell activity signals are fused, a cross-modal risk vector is constructed, a Mahalanobis distance and exponential smoothing algorithm is introduced for accurate prediction, and the risk effectiveness is judged in combination with chi-square test, microsecond-level phase modulation intervention is triggered, a sound field standing wave structure is actively disturbed, and cavitation formation is inhibited. The scheme has the advantages of quick response, high-precision recognition and prospective control, the activity of stem cells is effectively protected, the injection treatment effect is improved, and intelligent, safe and efficient technical support is provided for knee osteoarthritis regenerative medicine.