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CN-121987948-A - Shoulder electro-stimulation physiotherapy vest based on embroidery electrode and manufacturing method thereof

CN121987948ACN 121987948 ACN121987948 ACN 121987948ACN-121987948-A

Abstract

The invention provides an embroidery electrode-based shoulder electro-stimulation physiotherapy vest and a manufacturing method thereof, comprising a vest main body and an electro-stimulation generator, wherein the vest main body comprises a first cutting piece and a second cutting piece connected with the first cutting piece, a plurality of embroidery electrodes made of silver-plated yarns are arranged on the second cutting piece corresponding to shoulder acupoints and Tianzong acupoints of the shoulders of a user, the embroidery electrodes are circular in shape and are radially filled with embroidery stitch types, and metal bottom buckles capable of being connected with connecting ends of the electro-stimulation generator are further arranged at the central positions of the embroidery electrodes.

Inventors

  • LI MENGKE
  • WANG YANZHEN

Assignees

  • 上海工程技术大学

Dates

Publication Date
20260508
Application Date
20260114

Claims (8)

  1. 1. The shoulder electro-stimulation physiotherapy vest based on embroidery electrodes is characterized by comprising a vest main body (1) worn on a user and an electro-stimulation generator (9) for performing physiotherapy on shoulder muscles of the user through the vest main body (1); The vest body (1) comprises a first cutting piece (101) and a second cutting piece (102) connected with the first cutting piece (101), a plurality of embroidery electrodes which are made of silver-plated yarns are arranged on the second cutting piece (102) corresponding to shoulder holes and Tianzong holes of the shoulders of a user, the shape of each embroidery electrode is circular, the embroidered stitch type is radial filling of Tatami, and a metal bottom buckle (8) which can be connected with a terminal of an electric stimulation generator (9) is further arranged at the central position of each embroidery electrode.
  2. 2. The shoulder electro-stimulation physiotherapy vest based on embroidery electrodes as claimed in claim 1, wherein the first cutting piece (101) is provided with a pocket (2) for placing the electro-stimulation generator (9), and the side of the vest main body (1) far away from the pocket (2) is provided with a lacing component (3) for adjusting the fitting degree of the vest main body (1).
  3. 3. The shoulder electro-stimulation physiotherapy vest based on embroidery electrodes of claim 2, wherein the lacing component (3) comprises a third cutting piece (301) connected with the first cutting piece (101) and the second cutting piece (102), a plurality of penetrating holes (302) are formed in the connection position of the first cutting piece (101) and the third cutting piece (301) and the connection position of the second cutting piece (102) and the third cutting piece (301), and lacing (303) with a crossed structure is arranged in the penetrating holes (302).
  4. 4. The shoulder electro-stimulation physiotherapy vest based on embroidery electrodes as claimed in claim 3, wherein the materials of the first cut piece (101), the second cut piece (102), the third cut piece (301) and the pocket (2) are all common elastic fabrics, and the elastic fabrics comprise but are not limited to nylon, lycra and Modal.
  5. 5. The shoulder electro-stimulation physiotherapy vest based on embroidery electrodes as claimed in claim 3, wherein the stitching between the first cut piece (101), the second cut piece (102) and the third cut piece (301) and the stitching of the pocket (2) are all three-needle five-thread or four-needle six-thread flat seams, and the stitching in the three-needle five-thread or four-needle six-thread flat seams is all elastic stitching.
  6. 6. The shoulder electro-stimulation therapy vest based on embroidered electrodes according to claim 1 characterized in that said electro-stimulation generator (9) comprises a case (901) and a circuit assembly located within said case (901); The circuit assembly comprises a circuit board arranged in the box body (901), a control module arranged on the circuit board, a pulse output module electrically connected with the control module and other modules, and a plurality of control buttons are arranged on the surface of the box body (901) corresponding to the control module.
  7. 7. The shoulder electro-stimulation physiotherapy vest based on embroidery electrodes of claim 6, wherein the control module comprises a microcontroller integrated circuit and a pulse signal output amplification circuit, the pulse signal output amplification circuit is electrically connected with the pulse output module, and the pulse output module extends out of a double-channel output line which can be buckled with a metal bottom buckle (8) in the embroidery electrodes to form a loop.
  8. 8. A method for manufacturing a shoulder electro-stimulation physiotherapy vest based on embroidery electrodes is characterized in that the shoulder electro-stimulation physiotherapy vest based on the embroidery electrodes according to any one of claims 1 to 7 comprises the following steps: Selecting common elastic fabrics to manufacture a first cut piece (101), a second cut piece (102), a third cut piece (301) and a pocket (2), and then adopting three-needle five-thread or four-needle six-thread flat seaming of the first cut piece (101) to the third cut piece (301) and the pocket (2); Perforating at the joint of the first cut piece (101) and the third cut piece (301) and the joint of the second cut piece (102) and the third cut piece (301), and then performing serging treatment on armholes, neckline and bottom hems by using a serging machine; Two layers of water-soluble liners are arranged below the embroidery position of the second cut piece (102), the two layers of water-soluble liners are fixed on an embroidery machine by a magnetic attraction embroidery frame, and silver-plated yarns are used as bottom threads and upper threads of embroidery, so that a plurality of embroidery electrodes are obtained; The water-soluble lining cloth at the embroidery position is soaked and cleaned by clear water, then the metal bottom button (8) is embedded into the embroidery electrode, and then the lacing (303) is penetrated in the penetration holes (302) in an alternate penetration way, so that the physiotherapy vest capable of being used for electric stimulation is obtained.

Description

Shoulder electro-stimulation physiotherapy vest based on embroidery electrode and manufacturing method thereof Technical Field The invention relates to the technical field of electric stimulation equipment, in particular to a shoulder electric stimulation physiotherapy vest based on embroidery electrodes and a manufacturing method thereof. Background With the increasing popularity and the continuous rising use time of electronic devices, the time for people to keep bad postures in work and entertainment increases with the increasing time, which is easy to cause shoulder muscle pain, even can cause diseases such as scapulohumeral periarthritis, and the like, and causes great threat to the health of human bodies. TENS (transcutaneous electrical nerve stimulation) is a convenient and effective therapy and route for alleviating shoulder fatigue and pain, as it is a non-invasive and medically proven effective physiotherapy that exhibits significant effects for alleviating pain in nerves, muscles and joints. However, in the prior art, the conventional electro-stimulation physiotherapy equipment mostly adopts hydrogel electrodes, which has the problems of inconvenient cleaning, insufficient viscosity, easy skin allergy, poor reusability and the like, and the existing electro-stimulation garment has the problems of complex electrode and garment integration mode, poor bonding property between electrode plates and skin, unstable electric signal transmission and influence on physiotherapy effect, so that a new physiotherapy scheme is needed to solve the problems. Disclosure of Invention In view of the above-mentioned drawbacks of the prior art, an object of the present invention is to provide an embroidery electrode-based shoulder electro-stimulation therapy vest and a manufacturing method thereof, which are used for solving the problems of inconvenient cleaning, insufficient adhesiveness, easy skin allergy and poor reusability of the conventional electro-stimulation therapy apparatus. To achieve the above and other related objects, the present invention provides the following technical solutions: The shoulder electro-stimulation physiotherapy vest based on the embroidery electrode comprises a vest main body worn on a user and an electro-stimulation generator for carrying out physiotherapy on shoulder muscles of the user through the vest main body, wherein the vest main body comprises a first cutting piece and a second cutting piece connected with the first cutting piece, a plurality of embroidery electrodes made of silver-plated yarns are arranged on shoulder holes and Tianzong holes of the second cutting piece corresponding to the shoulder of the user, the embroidery electrodes are circular in shape, the embroidered stitch type is radial filling of Tatami, and a metal bottom buckle capable of being connected with a terminal of the electro-stimulation generator is further arranged at the center position of the embroidery electrodes. In an embodiment of the present invention, a pocket for placing the electrical stimulation generator is provided on the first cut piece, and a lacing assembly for adjusting the fitting degree of the vest body is provided on the side of the vest body away from the pocket. In an embodiment of the invention, the lacing component includes a third cut-part connected with the first cut-part and the second cut-part, a plurality of through holes are formed at the connection part of the first cut-part and the third cut-part and at the connection part of the second cut-part and the third cut-part, and lacing with a cross structure is arranged in the through holes. In an embodiment of the present invention, the materials used for the first cut-parts, the second cut-parts, the third cut-parts and the pockets are all common elastic fabrics, and the elastic fabrics include, but are not limited to, nylon, lycra and modal. In an embodiment of the present invention, the stitching between the first cut piece, the second cut piece and the third cut piece and the stitching of the pocket all adopt three-needle five-thread or four-needle six-thread flat seams, and the stitching in the three-needle five-thread or four-needle six-thread flat seams adopts elastic stitching. In one embodiment of the invention, the electric stimulation generator comprises a box body and a circuit component positioned in the box body, wherein the circuit component comprises a circuit board arranged in the box body, a control module arranged on the circuit board, a pulse output module electrically connected with the control module and other modules, and a plurality of control buttons are arranged on the surface of the box body corresponding to the control module. In an embodiment of the invention, the control module includes a microcontroller integrated circuit and a pulse signal output amplifying circuit, the pulse signal output amplifying circuit is electrically connected with the pulse output module, and the pulse output module ex