Analysis system for ability recovery and rehabilitation

Abstract

This invention discloses an analysis system for ability recovery and rehabilitation. The rehabilitation system includes a rehabilitation device and an integrated device mounted on the rehabilitation device. The integrated device includes a database, an input module, a loading module, a judgment module, and a display module. The database contains information on multiple game levels. The weight data and standard posture data of any two game level information are at least one different from each other. The input module can be operated to output a weight command and a posture command. The loading module compares multiple standard posture data to form a motion list based on the posture command. The loading module selects game level information whose weight data matches the weight command from the motion list and loads it. The judgment module judges the degree of overlap between the real-time motion data and the standard posture data to issue a score.

Claims

1. An analysis system for ability recovery and rehabilitation, comprising: A rehabilitation device includes a main body, an operating element connected to the main body, and a plurality of sensors mounted on the operating element, the operating element being operable by a user to perform a rehabilitation action; and an integrated device mounted on the rehabilitation device, the integrated device comprising: a database having multiple game level information, each game level information including weight data and standard posture data, wherein at least one of the weight data and the standard posture data of any two game level information is different from each other; and an input module electrically coupled to the database, the input module being operable to output a weight command and a posture command corresponding to the rehabilitation action. A loading module is electrically coupled to the input module and the database. The loading module compares multiple standard posture data according to the posture command to filter at least one game level information corresponding to the posture command and form a motion list. The loading module selects game level information from the motion list whose weight data matches the weight command and loads it. A judgment module, electrically coupled to the loading module and a plurality of sensors, acquires multiple coordinate data through the multiple sensors, and generates real-time motion data corresponding to the rehabilitation movement based on a time axis and the multiple coordinate data. The real-time motion data represents the trajectory of the user's posture changes during the rehabilitation movement. Based on the comparison result between the real-time motion data corresponding to the posture change trajectory and the standard posture data corresponding to a standard posture trajectory of the rehabilitation movement, the judgment module can determine the degree of overlap between the real-time motion data and the standard posture data to issue a score data; and a display module, electrically coupled to the judgment module, displays the real-time motion data, the standard posture data, and the score data.

2. The capability recovery and rehabilitation analysis system as described in Request 1, wherein, The capability recovery and rehabilitation analysis system also includes a synchronous cloud platform, which is electrically coupled to the loading module and the judgment module. The synchronous cloud platform can send an adjustment notification to a monitoring terminal when the score data exceeds a standard error range, so that the monitoring terminal can be operated to issue an adjustment command to the loading module. When the loading module receives the adjustment command, the loading module selects another game level information with the same weight data but different standard posture data, or with the same standard posture data but different weight data, based on the currently loaded game level information, and reloads it.

3. The capability recovery and rehabilitation analysis system as described in claim 1, wherein, The rehabilitation device also includes a physiological monitoring module electrically coupled to the judgment module. The physiological monitoring module can be worn on the user to obtain physiological data. When the physiological data exceeds a predetermined threshold, the judgment module issues a warning notification to the display module.

4. An analysis system for capability recovery and rehabilitation as described in claim 3, wherein, The analysis system for ability recovery and rehabilitation also includes a synchronous cloud platform electrically coupled to the physiological monitoring module and the judgment module. The synchronous cloud platform can store the physiological data, the real-time action data, the standard posture data, and the score data as a rehabilitation information package, and the synchronous cloud platform performs an encrypted action on the rehabilitation information package that can be viewed by a monitoring terminal.

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