JP3158303U - Electronic low frequency pulse adhesive pad - Google Patents

Abstract

An electronic low-frequency pulse adhesive pad having a single structure that is convenient for carrying and has a long service life is provided. An upper lid body, a hollow support housing, a control circuit unit, a power supply unit, a pedestal, and a coupling output transmission soft membrane are included. The upper lid body has a storage space, and the hollow support housing is disposed in the storage space and is coupled to the inner surface of the upper lid body. The control circuit unit is disposed in the hollow support housing, adjusts the output pulse, and is electrically coupled to the power supply unit. The coupling output transmission soft membrane is integrated with the bottom of the upper lid body. [Selection] Figure 1

Description

  The present invention relates to an adhesive pad for treating and reducing pain, and in particular, it has a simple structure in which an electronic circuit and an external appearance of an airframe are integrally molded, and can be attached to a human body. The present invention relates to an electronic adhesive pad that can be applied to the treatment and reduction of various body pains with a low-frequency pulse adhesive pad.

After long hours of work or intense exercise, muscle soreness often occurs on the body. However, according to many domestic and foreign literature and many documents that have been demonstrated and disclosed by the US Food and Drug Administration (FDA), it is effective to use low frequency for both pain relief and treatment. Because it is shown, there is no repetitive description of its effects here.
As a result, most commercially available low-frequency massagers consist of a single conductive cloth that is in uniform contact with the human body and a function-selecting controller that is electrically connected to the conductive cloth through a conductor cord. However, the conductor cord is inconvenient in the operation of the user, and because it conducts through the conductor cord, there is a limitation of distance, and it is very inconvenient in use when the patient is some distance away from the device body .

  In addition, since the low frequency massager including the function selection controller and the conductive cloth has a variety of frequency control functions, its manufacturing cost is relatively high, and the function selection controller has a certain volume. It is inconvenient to carry and use, and this makes it difficult to put this type of low frequency massager into practical use.

  As described above, on the premise that the manufacturing cost does not increase, the effect of how wireless portable low-frequency medical devices are convenient to carry and extend the service life is a practical problem. It has become.

  In order to solve the above problems, an electronic low-frequency pulse adhesive pad having a single structure provided by the present invention is arranged in a soft upper lid body having a storage space therein, and in the storage space. A hollow supporting housing in which a first cantilever elastic pressing side and a second cantilever elastic pressing side are disposed, and each of the first cantilever elastic pressing side and the second cantilever elastic pressing side is coupled to the inner surface of the soft upper lid body; Arranged in the hollow support housing, on which at least one first low frequency pulse output side, at least one second low frequency pulse output side and first control side and second control side are arranged, the first The first control side and the second control side are respectively coupled to the first cantilever elastic pressing side and the second cantilever elastic pressing side, and the first cantilever elastic pressing side and the second cantilever A control circuit unit for adjusting output pulses on the output side of the at least one first low frequency pulse and the output side of the at least one second low frequency pulse according to the number of triggers on the bar elastic pressing side, and operation of the control circuit unit A power supply unit electrically coupled to the control circuit unit and connected to the bottom of the hollow support housing to supply power necessary at times, and the control circuit unit and the power supply unit are connected to the hollow support housing. At least one first conductive side fixed on the body and electrically coupled to the output side of the at least one first low frequency pulse and electrically connected to the output side of the at least one second low frequency pulse A pedestal having at least one second conductive side to be coupled to the base and the bottom of the soft upper lid body, and an opening is disposed at the center of the pedestal. At least one first conductive contact protrusion electrically connected to the at least one first conductive side and at least one second conductive contact protrusion electrically connected to the at least one second conductive side at an edge; An output area of a first low frequency pulse disposed on the back surface thereof and electrically connected to the at least one first conductive contact convex piece, and a second low frequency electrically connected to the at least one second conductive contact convex piece. And an output transmission soft film for coupling in which an output area of frequency pulses is arranged.

  The present invention has a built-in circuit that can generate power pulses and positive and negative current pulse outputs, and the main body of the device and the conductive adhesive pad for coupling are connected to the external appearance without the need to use a flat cable and add fasteners. Thus, a single-sheet electronic low-frequency pulse adhesive pad, which is a self-adhesive adhesive pad device that forms a single-sheet seamless, waterproof structure and generates a low-frequency pulse output, is provided.

1 is an exploded view of an electronic low-frequency pulse adhesive pad having a single-sheet structure according to the present invention. It is a figure which shows the external appearance of the hollow support housing | casing of this invention. It is a figure which shows the base external appearance of this invention. It is a figure which shows the surface external appearance of the control circuit unit of this invention. It is a figure which shows the back surface external appearance of the control circuit unit of this invention. It is a figure which shows the output transmission soft film | membrane for coupling | bonding of this invention. It is a figure which shows the sticking protective layer external appearance of this invention.

      Detailed contents and techniques of the present invention will be described below.

  FIG. 1 is an exploded view of an electronic low frequency pulse adhesive pad having a single-sheet structure according to the present invention. This will be described with reference to FIG. As shown in the figure, the electronic low-frequency pulse adhesive pad 30 having a single-sheet structure is mainly composed of a soft upper lid body 31, a hollow support housing 32, a control circuit unit 33, a pedestal 34, a power supply unit 35, and a coupling. Output transmission soft film 37. The soft upper lid body 31 is an outer shell and can be selected so that the material thereof is either soft waterproof silicon or TPU material. A first symbol 312 having a “+” mark and a second symbol 313 having a “−” mark are provided above the soft upper lid body 31. Of course, any symbol can be substituted. A storage space 311 is provided in the soft upper lid body 31. In addition, both the first symbol 312 and the second symbol 313 can be convex symbols so that a visually impaired person can understand the meanings indicated by the first symbol 312 and the second symbol 313. .

  The hollow support housing 32 is disposed in the storage space 311, and the first cantilever elastic pressing side (pressing portion) 321 and the second cantilever elastic pressing side (pressing portion) 322 are disposed above the hollow supporting housing 32. The first cantilever elastic pressing side 321 and the second cantilever elastic pressing side 322 are combined with the inner surface of the soft upper lid body 31, and the positions of the first cantilever elastic pressing side 321 and the second cantilever elastic pressing side 322 are respectively the first. The positions correspond to the positions of the symbol 312 and the second symbol 313. Referring to FIG. 2, some insertion grooves 323 for connecting to the periphery of the hollow support housing 32 integrally with the pedestal 34 are arranged.

  This will be described with reference to FIGS. 4a and 4b. The control circuit unit 33 is disposed in the hollow support housing 32. The control circuit unit 33 includes at least one first low frequency pulse output side (output unit) 333, at least one second low frequency pulse output side (output unit) 334, and a first control side (control unit) 331. A second control side (control unit) 332 is arranged. The first control side 331 and the second control side 332 are respectively coupled to the first cantilever elastic pressing side 321 and the second cantilever elastic pressing side 322 of the hollow support housing 32, and thus the first cantilever elastic pressing side 321. The output pulses of the output side 333 of at least one first low frequency pulse and the output side 334 of at least one second low frequency pulse are adjusted according to the number of triggers on the second cantilever elastic pressing side 322. The control circuit unit 33 is electrically coupled to the power supply unit 35 and supplies power necessary for its operation by the power supply unit 35. In addition, a power contact 335 for directly electrically connecting to the power supply unit 35 can be disposed on the control circuit unit 33.

  The pedestal 34 is connected to the bottom of the hollow support casing 32, and the control circuit unit 33 and the power supply unit 35 are fixed in the hollow support casing 32. This will be described with reference to FIG. At least one first conductive side (conductive portion) 341 electrically coupled to the pedestal 34 with at least one first low frequency pulse output side 333 of the control circuit unit 33 and the output of the at least one second low frequency pulse At least one second conductive side (conductive portion) 342 that is electrically coupled to the side 334 is disposed, which is one or more sets of positive and negative one-piece electronic low-frequency pulse adhesive pads 30 of the present invention. It shows that it has a polarity output (the output side 333 of the first low frequency pulse is regarded as a positive output and the output side 334 of the second low frequency pulse is regarded as a negative output). In addition, a small number of elastic locking pieces 343 are arranged on the periphery of the pedestal 34 and elastically engaged with the insertion groove 323 of the hollow support housing 32 so that the pedestal 34 and the hollow support housing 32 are robust. Can be integrated and connected. Next, when the penetrating portion 344 can be arranged in the center of the pedestal 34 and the single-panel electronic low-frequency pulse adhesive pad 30 becomes short of power, the convenience of replacing the power supply unit 35 is improved. Therefore, the through portion 344 can be sealed with the lower lid 36.

  The coupling output transmission soft film 37 is integrally connected to the bottom of the soft upper lid body 31, an opening 371 is disposed at the center thereof, and at least one first conductive side 341 of the pedestal 34 at the periphery of the opening 371. At least one first conductive contact convex piece 372 that is electrically connected to and at least one second conductive contact convex piece 373 that is electrically connected to at least one second conductive side 342 of the pedestal 34 is disposed. Referring to FIG. 5, the output area 374 of the first low frequency pulse and at least one of the first conductive contact protrusions 372 further electrically connected to the back surface of the coupling output transmission soft film 37. An output area 375 of a second low frequency pulse that is electrically connected to the second conductive contact convex piece 373 is disposed. In addition, the material for the coupling output transmission soft film 37 is polyethylene terephthalate (PET), and a conductive material on which a first low frequency pulse output area 374 and a second low frequency pulse output area 375 are printed. And Further, the coupling output transmission soft film 37 may be formed by combining a symmetric first conductive soft film and a second conductive soft film. The opening 371 is disposed between the two. At least one first conductive contact convex piece 372 is disposed at the periphery of the opening 371 of the first conductive soft film. At least one second conductive contact convex piece 373 is disposed at the periphery of the opening 371 of the first conductive soft film. The first low frequency pulse output area 374 and the second low frequency pulse output area 375 are disposed on the back surfaces of the first conductive soft film and the second conductive soft film, respectively.

  The single electronic low frequency pulse adhesive pad 30 of the present invention is an outer shell using a soft upper lid body 31 and the coupling output transmission soft film 37 is self-adhesive, so that the soft upper lid body 31 Since the first low-frequency pulse output area 374 and the first low-frequency pulse output area 375 are disposed on both sides of the coupling output transmission soft film 37, the first low-frequency pulse output area 374 and the first low-frequency pulse output area 375 have elasticity, It can be bent and pasted according to the arc of the part, and does not need to be fixed with screws or other materials.

  In addition, the single electronic low frequency pulse adhesive pad 30 of the present invention connects the power supply unit 35 and the hollow support housing 32 into the soft upper lid body 31, so that the conventional low frequency massager is used. One-piece design that not only greatly reduces the volume and reduces the manufacturing cost, but also has the effect of being convenient for carrying, and the output transmission soft film 37 for coupling and the soft upper lid body 31 are bonded together. Can further exert a waterproof effect, and is very convenient and practical.

  Next, according to the present invention, the single-structure electronic low-frequency pulse adhesive pad 30 is electrically connected by using at least one first conductive side 341 and at least one second conductive side 342 of the base 34. Conduction is conducted with respect to at least one first conductive contact convex piece 372 and at least one second conductive contact convex piece 373 of the transmission soft film 37. When connected, the at least one first conductive contact convex piece 372 and the at least one second conductive contact convex piece 373 have the at least one first conductive side 341 and the at least one second conductive side 342 of the pedestal 34 up. When facing and bumping, it is raised and bonded together with at least one first conductive side 341 and at least one second conductive side 342 to form a conductive crossover structure, and then the empty support housing 32 This structure is fixed by connecting to the pedestal 34 using this, and it is difficult to loosen the crossover structure. Therefore, there is no need to use a conventional flat cable, and this connection point is an electronic structure having a single-piece structure. As the low-frequency pulse adhesive pad 30 is bent, it is not bent, and it is damaged. Door can be.

  When the user uses the electronic low-frequency pulse adhesive pad 30 having a single structure according to the present invention, the power supply unit 35 is attached to a specific part, and then the power supply unit 35 is connected to the output side 333 of the first low-frequency pulse, the first conductive Electric power necessary for the output of the low frequency pulse is supplied from the first low frequency pulse output area 374 through the side 341, the first conductive contact convex piece 372, and the second low frequency pulse output area 375, the second conductive contact convex An electrical loop is formed with the piece 373, the second conductive side 342, and the second low frequency pulse output side 334, and the first low frequency pulse output area 374 and the second low frequency pulse output area 375 correspond to the human body. Then, the negative and positive electrodes of the loop are formed, and the electronic pulse (low frequency) generated by the circuit control unit 33 is transmitted to the human body to achieve the purpose of pain relief and rehabilitation treatment.

  In addition, a conductive bonding adhesive pad set 38 can be disposed below the coupling output transmission soft film 37. The conductive coupling adhesive pad set 38 can be bonded to the first conductive bonding adhesive pad 381 and the second low frequency pulse output area 375 that can be bonded to correspond to the first low frequency pulse output area 374. The second conductive bonding adhesive pad 382 is provided, and the electronic pulse (low frequency) generated by the circuit control unit 33 is prevented from directly acting on the human body, and the impact strength or burning feeling of the electronic pulse (low frequency) is reduced. .

Claims (6)

An electronic low-frequency pulse adhesive pad with a single-sheet structure,
A soft upper lid body having a storage space inside,
The first cantilever elastic pressing side and the second cantilever elastic pressing side are arranged in the storage space, and the first cantilever elastic pressing side and the second cantilever elastic pressing side are both the soft upper lid. A hollow support housing coupled to the inner surface of the body;
Arranged in the hollow support housing, on which at least one first low frequency pulse output side, at least one second low frequency pulse output side, and a first control side and a second control side are arranged, The first control side and the second control side are respectively coupled to the first cantilever elastic pressing side and the second cantilever elastic pressing side, and the first cantilever elastic pressing side and the second cantilever elastic pressing side. A control circuit unit that adjusts the output pulse of the at least one first low frequency pulse and the output pulse of the at least one second low frequency pulse according to the number of triggers,
A power supply unit that is electrically coupled to the control circuit unit to supply power necessary for operation of the control circuit unit;
The control circuit unit and the power supply unit are connected to the bottom of the hollow support housing, and are electrically fixed to the hollow support housing and electrically connected to the output side of the at least one first low frequency pulse. A pedestal having at least one first conductive side coupled thereto, and at least one second conductive side electrically coupled to the at least one second low frequency pulse output side; and
At least one first conductive contact protrusion that is integrally connected to the bottom of the soft upper lid body, has an opening disposed at the center thereof, and is electrically connected to the at least one first conductive side at the periphery of the opening. And at least one second conductive contact convex piece electrically connected to the at least one second conductive side, and electrically connected to the at least one first conductive contact convex piece on the back surface thereof. An output transmission soft film for coupling in which an output area of the first low frequency pulse to be connected and an output area of the second low frequency pulse to be electrically connected to the at least one second conductive contact convex piece are disposed; An electronic low-frequency pulse adhesive pad having a single-sheet structure, characterized by comprising:   The single-layer electronic low-frequency pulse adhesive pad according to claim 1, wherein a material of the soft upper lid body can be selected from soft waterproof silicon and TPU material.   The first symbol and the second symbol are provided above the soft upper lid body, and both the first symbol and the second symbol are convex symbols. An electronic low-frequency pulse adhesive pad having a single-sheet structure as described.   In order to connect integrally with some elastic locking pieces arranged on the periphery of the pedestal, some insertion grooves are arranged on the periphery of the hollow support housing, and are electrically connected to the at least one first conductive side. A crossover structure of the at least one first conductive contact convex piece connected to the at least one second conductive contact convex piece electrically connected to the at least one second conductive side is fixed. An electronic low-frequency pulse adhesive pad having a single-sheet structure according to claim 1.   A conductive bonding adhesive pad set is disposed under the coupling output transmission soft film, and the conductive bonding adhesive pad set can be bonded so as to correspond to the output area of the first low frequency pulse. And a second conductive bonding adhesive pad that can be bonded so as to correspond to the output area of the second low-frequency pulse. pad.   The single-structure electronic low-frequency pulse adhesive pad according to claim 1, wherein the center of the pedestal further includes a penetrating portion, and the penetrating portion can be closed by a lower lid.

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