Rehabilitation therapeutic apparatus for intelligently activating intrinsic muscles of hand

Abstract

The invention discloses a rehabilitation therapeutic apparatus for intelligently activating intrinsic muscles of the hand. The rehabilitation therapeutic apparatus comprises a controller, two electrode slice assemblies, multiple first electrode slices and a first elastic layer for wrapping the hand. The electrode slice assemblies and the first electrode slices are all arranged on the first elasticlayer, the two electrode slice assemblies are located at the ends of the first elastic layer respectively, the first electrode slices are located between the two electrode slice assemblies and sequentially arranged in the length direction of the first elastic layer, and the electrode slice assemblies and the first electrode slices correspond to the positons, opposite to muscle bellies of the handmuscles, of the first elastic layer. The first electrode slices and the two electrode slice assemblies are electrically connected with a controller and electrically connected with a surface myoelectricity detecting device and a vibration device, and the vibration device and the surface myoelectricity device are connected with the controller. Thus, the arrangement of the electrode slices on the hand can be adjusted by stretching the first elastic layer, and the hand muscles can be targetedly treated through the electrode slices and the vibration device.

Description

technical field [0001] The invention relates to a rehabilitation treatment instrument for intelligently activating the inner muscles of the hand. Background technique [0002] Stroke and upper extremity trauma are common diseases, and related complications such as atrophy of the hand muscles and hand swelling will further aggravate the condition of the hands, and the hand muscles are essential for fine hand movements. Related diseases will seriously affect the use of the hands; in recent years, medical research has found that electrical stimulation of the inner muscles of the hand can effectively treat hand diseases. During electrical stimulation therapy, due to the many parts of the inner muscles of the hand, it is difficult to arrange The electrode pads perform all-round treatment, and the electrode pads are metal conductive sheets, which are difficult to change in shape, so they cannot be adjusted according to the size of the treatment site. Contents of the invention ...

AI Technical Summary

Problems solved by technology

[0002] Stroke and upper extremity trauma are common diseases, and related complications such as atrophy of the hand muscles and hand swelling will further aggravate the condition of the hands, and the hand muscles are essential for fine hand movements. Related diseases will seriously affect the use of the hands; in recent years, medical research has found that electrical stimulation of the inner muscles of the hand can effectively treat hand diseases. During electrical stimulation therapy, due to the many parts of the inner muscles of the hand, it is difficult to arrange The electrode pads perform all-round treatment, and the electrode pads are metal conductive sheets, which are difficult to change in shape, so they cannot be adjusted according to the size of the treatment site

Images