12 results about "Physical therapist" patented technology

The invention discloses an intelligent management method for breast cancer rehabilitation training and related equipment. The method comprises the following steps: generating rehabilitation game tasks based on breast cancer postoperative rehabilitation training actions, wherein each rehabilitation game task comprises at least one breast cancer postoperative rehabilitation training action; under the condition that the patient user executes the game task, motion sensing game video information including the patient user is collected in real time, and actual game actions of the patient user are recognized based on the motion sensing game video information; and performing comparative analysis on the actual game action and the corresponding preset rehabilitation training action, and quantifying the completion degree of the preset rehabilitation training action of the patient user so as to display the completion degree to the patient user in real time. The problems that the postoperative functional rehabilitation of the breast cancer mainly guides a patient to carry out standardized functional training through a physical therapist, but the training mode is relatively mechanical and lacks real-time feedback and interaction, the subjective participation intention of the patient is not strong, and the rehabilitation compliance is low can be solved.

Systems and methods for physical therapy are presented herein. The technology provides systems and methods of utilizing computer vision, consumer computer and smartphone cameras, human pose estimation algorithms, and artificial intelligence to provide remote physical therapy. These technologies may comprise notifying an individual of a directed activity via an on-location at least one client device or console; identifying the individual with one or more sensors connected to or part of the at least one client device or console; utilizing the camera in the compute device to capture video of the directed activity; capturing the user's body location, position, orientation and movement through human pose estimation algorithms; utilizing artificial intelligence to personalize the performance of the directed activity; providing feedback to the user on the performance of the activity; and the capability to transmit results of the activity and analysis to a physical therapist or other wellness professional for further assessment and support.

Physical therapy assistant-as-a-service (PTaaS) enables the automatic evaluation of a patient's performance of physical therapy exercises and the automatic provision of feedback to the patient on their exercise performance in real-time. A patient device can provide real-time patient exercise video to a PTaaS backend that performs checks prior to the patient performing the exercise (pre-checks) and checks during patient performance of the exercise (live checks). If any of the checks fail, the PTaaS can provide feedback to the patient, such as if the patient is in an incorrect starting pose or has a body part at an incorrect angle before beginning the exercise or if the patient's form or posture during performance of the exercise needs to be adjusted. The PTaaS can automatically generate exercise metrics, reports, and physical therapy insights that a physical therapy clinician can access from a clinician portal.

The utility model discloses an exoskeleton type KOA-PT rehabilitation treatment device which comprises a main exoskeleton frame and a shank linkage frame. A foot bearing space and a first connecting part are arranged on the main exoskeleton frame; the shank linkage frame comprises a shank connecting part and a second connecting part, the shank connecting part is arranged above the foot bearing space and rotationally connected with the first connecting part through the second connecting part, the connecting part is arranged at the ankle joint or near the ankle joint, and a standard angle feedback mechanism is arranged at the connecting part. The foot posture monitoring device solves the problem that the foot posture cannot be monitored in real time during KOA-PT rehabilitation treatment, and the foot posture monitoring device is convenient to wear and suitable for being used during KOA-PT rehabilitation treatment of a KOA user.

The utility model relates to the technical field of medical instruments, in particular to an MR (magnetic resonance) implantation needle developing core, an implantation needle and a positioning assembly, the inside of the developing core comprises a solid structure and a hollow structure, and developing liquid is packaged in the hollow structure; a plurality of packaging nodes are arranged on a needle body of the implantation needle, a developing solution capable of developing under nuclear magnetism is packaged in a developing core, and a needle tip length checking ruler is matched to determine packaging scales of the developing solution, so that the implantation needle can adapt to implantation treatment in different scenes, a physicist can intuitively and accurately judge the position of a needle tip, and the accuracy of the implantation treatment is improved. Therefore, the dosage of implantation treatment is further accurate, errors caused by insufficient experience of doctors are avoided, meanwhile, damage to surrounding healthy tissues is reduced, the treatment safety is improved, and the method has important significance on accurate treatment of diseases such as tumors and the like.

The present application relates to the technical field of data processing, and provides a multi-path intelligent interactive dynamic target volume adjustment system for online adaptive radiotherapy, which fuses natural language and operation gestures by collecting voice signals and screen interaction tracks of doctors, generates atomic operation instructions and maps them into API calls executable by TPS after semantic analysis, anaphora resolution, personalized quantification and intention reasoning, and performs real-time deformation adjustment on PTV contours; a doctor personalized model library independently maintains personalized parameters such as language style, fuzzy quantifier mapping and anatomical preference for each doctor; and an unlabeled online learning module extracts operation execution metadata from doctor interaction behaviors and continuously optimizes parameters of each module. The present application solves the technical problems of target volume adjustment in the existing radiotherapy process, such as dependence on physical therapists for operation, low interaction efficiency and lack of personalized adaptation.

A smart stylus for use in hand therapy includes an elongate body having a stylus end, a central body, a C-shaped handle, and a handle end cap. The stylus end is connected to a first end of the central body and a second end of the central body is connected to a first end of the C-shaped handle. The central body is configured to taper in width and depth from the second end of the central body to the first end of the central body and the handle end cap is connected to a second end of the C-shaped handle. The length of the central body may be adjusted by sliding mechanisms. A pressure sensor measures the amount of force of the stylus tip on a therapeutic tablet. The therapeutic tablet presents therapy exercises and communicates therapy results to a physical therapist of the patient.

A device to operatively connect a walker and a wheelchair utilizing the wheelchair foot rest connection apparatus and the support pole of the walker to assist patients and physical therapists in gait training and restorative strength, endurance, and balance training. The device has an attachment clamp to grip the support pole of the walker and a proprietary mechanism to adapt for connection to the footrest attachment mechanism already existing on a wheelchair.

A smart stylus for use in hand therapy includes an elongate body having a stylus end, a central body, a C-shaped handle, and a handle end cap. The stylus end is connected to a first end of the central body and a second end of the central body is connected to a first end of the C-shaped handle. The central body is configured to taper in width and depth from the second end of the central body to the first end of the central body and the handle end cap is connected to a second end of the C-shaped handle. The length of the central body may be adjusted by sliding mechanisms. A pressure sensor measures the amount of force of the stylus tip on a therapeutic tablet. The therapeutic tablet presents therapy exercises and communicates therapy results to a physical therapist of the patient.

A smart stylus for use in hand therapy includes an elongate body having a stylus end, a central body, a C-shaped handle, and a handle end cap. The stylus end is connected to a first end of the central body and a second end of the central body is connected to a first end of the C-shaped handle. The central body is configured to taper in width and depth from the second end of the central body to the first end of the central body and the handle end cap is connected to a second end of the C-shaped handle. The length of the central body may be adjusted by sliding mechanisms. A pressure sensor measures the amount of force of the stylus tip on a therapeutic tablet. The therapeutic tablet presents therapy exercises and communicates therapy results to a physical therapist of the patient.

A smart stylus for use in hand therapy includes an elongate body having a stylus end, a central body, a C-shaped handle, and a handle end cap. The stylus end is connected to a first end of the central body and a second end of the central body is connected to a first end of the C-shaped handle. The central body is configured to taper in width and depth from the second end of the central body to the first end of the central body and the handle end cap is connected to a second end of the C-shaped handle. The length of the central body may be adjusted by sliding mechanisms. A pressure sensor measures the amount of force of the stylus tip on a therapeutic tablet. The therapeutic tablet presents therapy exercises and communicates therapy results to a physical therapist of the patient.

A smart stylus for use in hand therapy includes an elongate body having a stylus end, a central body, a C-shaped handle, and a handle end cap. The stylus end is connected to a first end of the central body and a second end of the central body is connected to a first end of the C-shaped handle. The central body is configured to taper in width and depth from the second end of the central body to the first end of the central body and the handle end cap is connected to a second end of the C-shaped handle. The length of the central body may be adjusted by sliding mechanisms. A pressure sensor measures the amount of force of the stylus tip on a therapeutic tablet. The therapeutic tablet presents therapy exercises and communicates therapy results to a physical therapist of the patient.