47 results about "Pulmonary rehabilitation" patented technology

The invention relates to a comprehensive feedback type pulmonary rehabilitation assessment treatment instrument. The instrument comprises a central processor (100), a UART (universal asynchronous receiver / transmitter), a switching power supply (102), a thoracoabdominal breathing movement sensor (103), a vital capacity sensor (104), a blood oxygen saturation degree sensor (105), a surface myoelectricity sensor (106), a heart rate sensor (107), an inspiratory muscle force sensor (108), a signal generation module (116), a signal amplification module (113), an abdominal muscle stimulation electrode (109), a phrenic nerve stimulation electrode (110), a voice playing module (111), a WIFI (wireless fidelity) transceiving module (112), an ultrasonic positioning module (114), an oxygen consumption detection module (115), a man-machine interaction module (117) and a data storage module (118). The sensors of the instrument are used for monitoring various indexes including breathing, circulation, myoelectricity and the like respectively; the sensors are independently or unitedly used for various feedback treatment and also sequential low-frequency current stimulation on phrenic nerves on the neck and abdominal muscles, and a patient is trained to master correct and effective breathing movement. Various data are displayed and processed synchronously in real time, so that man-machine interaction is more convenient and more efficient.

The invention relates to the technical field of medical devices, in particular to a clinical pulmonary rehabilitation exercise device in respiratory medicine, which includes a substrate, a backboard, an elastic air bag, a resistance blowing device, an inflatable cylinder, a hand-supported telescopic rod, a filter head, a mask, a puller Stretching spring, the middle part of the front outer wall of the base plate is fixedly connected with an inflatable cylinder, and the upper outer wall of the middle part of the inflatable cylinder is fixedly connected with a resistance blowing device, and the resistance blowing device includes a resistance air cylinder, an exhaust pipe, a thrust Piston, support rod, resistance piston. The structure design of the invention is reasonable. When inhaling, the arms can be stretched out to expand the chest. When exhaling, the inflatable cylinder can inflate the resistance air cylinder, so that the resistance piston and thrust piston can move up in the resistance air cylinder to exert resistance to exhalation, and at the same time press down The column will press down on the back panel, so that the elastic airbag can press down and massage the chest, so that the air can be exhaled. It is easy to use, can increase the strength of the respiratory muscles, increase the breathing range, and improve the effect of lung rehabilitation exercises.

The invention relates to the technical field of pulmonary function physiotherapy equipment, in particular to a pulmonary function rehabilitation physiotherapy device for pediatric internal medicine. Its technical scheme includes: a physiotherapy device and an air blower connected to the physiotherapy device through a trachea, the side of the physiotherapy device is fixedly connected with a placement pool plate for supporting the placement of the air blow cylinder, and the side of the physiotherapy device is located at the place where the pool plate is placed. A sterilizing cylinder is fixedly connected on one side, and the interior of the sterilizing cylinder is rotatably connected with a sterilizing spray bottle that can automatically rotate with the insertion of the blowing cylinder. The nozzles of the blower are horizontally butted with the nozzle holes. In the present application, through the design of the disinfection cylinder and the disinfection spray bottle, it is convenient to spray disinfectant or gaseous bactericide into the air nozzle of the air blowing cylinder for disinfection and sterilization; Automatically rotate the disinfection spray bottle at high speed when putting in the air blowing cylinder, so that the disinfectant in the disinfection spray bottle can be mixed evenly to avoid deposition.