JP3203533U - A therapeutic device with both portable sheet heating and low frequency functions - Google Patents

Abstract

A treatment device having both portable sheet heating and low frequency functions is provided. A storage device includes an accommodation space, and adhesive pad portions extending from both sides of the accommodation space, and includes a main body device formed as a single sheet, a low-frequency pulse, a heating operation control, and operating elements. A control main unit 21 is provided, and an electrical connector 212 is provided at the tip of the control main unit. The control unit 20 provides transmission of charging, data reading, and writing by the electric connector, and is attached to the main unit. At least one heating device 30 connected and forming a heating effect, provided below the adhesive pad portion, electrically connected to the control main machine, and transmitting at least one low frequency electrode layer 40 for transmitting a low frequency pulse; A battery 213 that is electrically connected to the control main unit directly and provides a power source for the adhesive pad treatment device and charges an electrical connector or an electromagnetic contactless method; Including the. [Selection] Figure 3

Description

  The present invention relates to a medical treatment device, and in particular, can provide two effects of heating and low-frequency pulse, and is convenient for portable use by consumers who use a wireless wire structure and has a power-saving effect. The present invention relates to a low frequency treatment device.

Currently there are low frequency treatment devices for treating and relieving various types of pain. The low frequency treatment device has an effect of treating and alleviating pain by flowing an electronic pulse waveform such as dense wave, sparse wave, sparse wave, sawtooth wave, and intermittent wave.
For example, dense waves are often used for pain relief, sedation, relieving muscle and vasospasm and needle-stick anesthesia, etc., and sparse waves are often used for flaccid paralysis, various muscles, joints, ligaments, muscle tendon damage, etc. It is used. Density waves are waveforms in which sparse waves and dense waves are alternately flowed automatically, such as pain relief, sprains, periarthritis, blood and blood flow disorder, sciatica, facial nerve palsy, myasthenia, local frostbite, etc. It is often used for. The sawtooth wave is an undulating wave that automatically changes the pulse wave in a sawtooth shape, stimulates the phrenic nerves, and as an electric respiration of the population, as an emergency medical treatment of respiratory failure, to increase neuromuscular excitability. Improves meridian function, improves circulation, etc. On the other hand, the intermittent wave is a kind of sparse wave that is rhythmically interrupted and automatically changes, and is used to treat flaccid paralysis and medium winds, and acts on electrostimulation therapy.

Furthermore, in terms of physical treatment, the poultice system has a pain treatment, rehabilitation promotion, raising the temperature of the affected tissue, accelerating blood circulation, accelerating the healing rate, and reducing pain.
Thermotherapy is at least (1) relief of pain, (2) reduction of muscle spasms, (3) reduction of joint stiffness, (4) promotion of collagen tissue extensibility, joint motility, and (5 ) Effective circulation promotion.

As a technique of a low-frequency treatment device, (China Patent Publication No. TW2011117850A1) (Patent Document 1) shown in FIG. 1 is a kind of sheet-type electronic low-frequency pulse bonding pad, and the electronic low-frequency pulse bonding is described above. The pad 90 includes a flexible upper lid body 91, a hollow support casing 92, a connection output conductive film 93, a control circuit unit 94, a base 95, a power supply device 96, and a lower lid body 97.
The electricity supply device 96 and the control circuit unit 94 that generates positive and negative bipolar current pulse outputs are housed inside to form an exterior and sheet-type seamless waterproof structure, and generate low-frequency pulse outputs. The adhesive pad device can be applied to various types of treatment and an electronic adhesive pad that relieves pain in the human body.

Taiwan Patent Publication No. TW2011117850A1 Chinese patent No. M480998

  Although the sheet-type electronic low-frequency pulse adhesive pad structure described above can achieve the purpose of treating and relieving pain in the human body, there are still drawbacks. As an example, the electronic low-frequency pulse bonding pad 90 has an effect of forming an electronic pulse wave, but the heating pad effect of the heating bonding pad cannot achieve the function of heating and low-frequency pulse individually or alternately, and the therapeutic effect is limited. This is not an ideal design.

  Furthermore, as for the heating sheet structure of the existing poultice effect (China Patent No. M480998) (Patent Document 2), since the power consumption is large, an AC transformer must be connected. Furthermore, since the input end of such an AC transformer is used in combination with a household power supply and a temperature control device, it is clearly disadvantageous for portable use, and the user is fixed at a fixed position and walks. I can't turn. It is necessary to improve this point as well. Therefore, solving the above-mentioned drawbacks and problems of the known electronic low-frequency treatment device and thermotherapy device is an important issue to be solved or overcome by the industry or experts.

  Therefore, the inventor combined a kind of heating and low-frequency pulse as a solution to the drawbacks of using known electronic low-frequency treatment devices and thermotherapy devices and the fact that the structure is not ideal. As a result of striving for research and development of portable therapy devices that have functions and are not subject to the limitations of wired power supply wires, and that save power, I thought of the present invention.

  The object of the present invention is to provide a sheet type treatment device which combines a kind of heating and a low frequency pulse with two effects. Acts alone or in combination to achieve better treatment and relief for various types of pain.

  Another object of the present invention is that a kind of electronic adhesive pad can provide two functions, but without restrictions of wired electric wires, it has better portability and power saving effect, and the electronic adhesive pad It is to provide a sheet type treatment device that can improve the application degree, width and competitiveness of product efficacy.

  In order to achieve the above object, the present invention includes the following technical means. A main body device, a control device, at least one heating device, at least one low-frequency electrode layer, and a battery are included. The main body device formed in one sheet includes a main body portion and an adhesive pad portion extending from both sides of the main body portion to the outside. The main body portion has a storage unit, and the storage unit has a storage space. The control device installed in the accommodation space includes a control main machine, and the control main machine is provided with heating, low-frequency pulse control, and operating elements. At least one heating device is provided in the intermediate layer of the adhesive pad portion, the heating device has a heating sheet, forms a heating electric circuit stripe on the heating sheet, and the heating electric circuit stripe is electrically connected to the control main unit. Connect to form a heating effect. At least one low-frequency electrode layer is provided below the bonding pad layer, and the low-frequency electrode layer is electrically connected to the control main machine to transmit a low-frequency pulse. Such a battery is installed in the accommodation space, and is electrically connected to the main control unit to supply power to the treatment device.

  In order to achieve the above object, the present invention includes the following technical means. A main body device, a control device, at least one heating device, at least one low-frequency electrode layer, and a battery are included. The main body device formed in one sheet includes a main body portion and an adhesive pad portion extending from both sides of the main body portion to the outside. The main body portion has a storage unit, and the storage unit has a storage space. The control device installed in the accommodation space includes a control main machine, and the control main machine is provided with heating, low-frequency pulse control, and operating elements. At least one heating device is provided in the main body (that is, the central portion of the two adhesive pad portions), the heating device has a heating sheet, forms a heating electric circuit stripe on the heating sheet, and the heating Electrical connection is made to the control main machine to form the heating effect. At least one low-frequency electrode layer is provided on the adhesive pad portion, and the low-frequency electrode layer is electrically connected to the control main unit to transmit a low-frequency pulse. Such a battery is installed in the accommodation space, and is electrically connected to the main control unit to supply power to the treatment device.

  Of the above-described configuration, a connection port space is provided at the tip of the housing space, a connector side lid is provided above the connection port space, and the connector side lid can be joined to the display lid. The electrical connector is provided in the part, and the electrical connector is located in the connection port space, and can be provided for charging, reading and writing of data by the electrical connector.

  In the above-described configuration, the adhesive pad portion is a silicon sheet body, the adhesive pad portion is provided with a strong control button or a weak control button at the far end of the main body portion, and a contact tank is provided below the main body portion. .

  Among the above-described configurations, the control device further includes an upper lid and a bottom lid for covering the control main machine.

  Among the above-described configurations, the battery is a rechargeable battery.

  Among the above-described configurations, the battery is charged by an electromagnetic contactless method.

  Of the above-described configuration, the electrical connector supports the USB standard.

  Of the above-described configuration, a display lid is formed above the accommodation space, a plurality of switches and a plurality of display windows are provided on the display lid, and the switches are electrically connected to the control device. Switch.

  Among the above-described configurations, the heating sheet is composed of a resistance paste layer, carbon fiber, or heating sheet.

  Of the above-described configuration, the resistive paste layer forms a heating electric circuit stripe by silver paste printing, and the heating electric circuit stripe is electrically connected to the control main unit.

  Of the above-described configuration, a diffusion sheet is provided above the heating electric circuit stripe layer, and the diffusion sheet is made of a graphite member.

  Of the above-described configuration, the low-frequency electrode layer includes a base layer, the base layer is a PET member, and forms a low-frequency electrical stripe below the base layer, and the low-frequency electrical stripe is a silver conductive ink or A conductive circuit is formed by printing other conductive members such as carbon ink.

  Of the above-described configuration, a distribution layer is provided below the low-frequency electrode stripe, and the distribution layer is formed by printing insulating ink, and the purpose is to separate unnecessary electrode outputs.

  Of the above-described configuration, a wireless reception / transmission unit is provided in the control device, and the wireless reception / transmission unit is combined with the wireless remote control device to display various controls and operations.

It is a figure which shows a well-known low frequency treatment device. It is a three-dimensional aspect figure of 1st Example of this invention. 1 is an exploded view of a first embodiment of the present invention. It is a three-dimensional aspect figure of the 2nd Example of this invention. It is a figure which shows the radio | wireless operation control system of this invention. It is a figure which shows the wired operation control system of this invention.

  In order for the examiner to further understand and recognize the technical features of the present proposal and the effects to be achieved, it will be described in detail in conjunction with a preferred embodiment diagram as follows.

Reference is made to the first embodiment of the treatment device of the present invention with both portable sheet heating and low frequency functions of the present invention.
These drawings are illustrations of omitted forms, and are used to explain the basic structure of the present invention in a schematic manner, and the displayed configuration is not based on the shape and dimensional proportion when implemented. Identification, shape and dimensional proportions when implemented are optional designs.
As shown in the figure, the sheet-type adhesive pad treatment device 1 of the present invention includes a main body device 10, a control device 20, two heating devices 30, and two low-frequency electrode layers 40. The main body device 10 forms a sheet mold, and includes a main body portion 11 and adhesive pad portions 12 and 13 extending from both sides of the main body portion 11 to the outside.
The main body 11 has a storage unit 111, the storage unit 111 has a storage space 112, a display lid 113 is formed almost above the center of the storage space 112, and two switches are provided on the display lid 113. 115 and a plurality of display windows 116, two such switches 115 are electrically connected to the control device 20, and include at least a start switch and a heating switch. The plurality of display windows 116 are used for displaying various specification states. The Further, the connection port space 117 is provided at the tip of the accommodation space 112 (in the direction shown in FIG. 3), the connector side lid 114 is provided above the connection port space 117, and the connector side lid 114 is joined to the display lid 113.
The adhesive pad portions 12 and 13 are, for example, silicon sheet bodies (not limited to this), and heat dissipating areas 121 and 131 are provided thereon, and the heat dissipating areas 121 and 131 are provided with a plurality of heat dissipating holes 122 and 132, respectively. The adhesive pad sections 12 and 13 are provided with strong control buttons 123 and 123 at the far end of the main body section 11, respectively, to control and adjust the supply voltage (or current).
Furthermore, the contact tank 14 is, for example, a silicon layer, and can be provided below the main body 11 and attached to the skin to fix the adhesive pad treatment device 1.

The control device 20 is installed in the housing space 112 of the main body 11, and the control device 20 includes a control main machine 21 (PCBA), an upper lid 22, and a lower lid 23. The control main machine 21 controls heating and low frequency pulses. , An operating element (no figure number), an electrical connector 212 (in this embodiment, a USB electrical connector) is provided at the tip of the control main machine 21, and the electrical connector 212 is located in the connection port space 117, and is used for charging and data Used for reading and writing.
Further, a battery 213 is provided at the rear end of the control main machine 21. In one preferred embodiment, the battery 213 is, for example, a rechargeable battery, and is installed in the accommodation space 112 and electrically connected to the control main machine 21 to treat Supply power to the instrument. The battery 213 can be charged by the electrical connector 212 or the electromagnetic contactless method, and the upper lid 22 and the lower lid 23 are covered with the control main machine 21 and are entirely installed in the accommodation space 112.

  Two heating devices 30 are provided at intermediate layer positions of the adhesive pad portions 12 and 13, respectively, and the heating device 30 is a heating sheet 31 (in this embodiment, a resistance paste layer. However, this is not limited. Fiber or a heating sheet may be used.) The heating sheet 31 has a heating electric circuit stripe 311 made of silver paste printing, and the heating electric circuit stripe 311 is electrically connected to the control main unit 21. A diffusion sheet 312 may be further pasted above the heating electric circuit stripe 311 (in the direction shown in the figure, the same applies hereinafter). The diffusion sheet 312 is made of a graphite member, diffuses the heat energy generated from the heating electric circuit stripe 311, prevents it from being concentrated locally, and is convenient for the heating operation.

The low-frequency electrode layer 40 is provided below the heating device 30, the low-frequency electrode layer 40 has a base layer 41, the base layer 41 is made of, for example, a PET member, and the low-frequency electric stripes 42 are provided below the base layer 41. The low-frequency electrical stripe 42 includes a low-frequency electrical circuit connection end 421 adjacent to the control main machine 21 and a central portion 422 of the low-frequency electrical circuit stripe located substantially at the center of the low-frequency electrical stripe 42. The circuit connection end 421 is electrically connected to the control main machine 21.
In one preferred embodiment, such low frequency electrical fringes 42 are printed under the base layer 41 with other conductive members such as silver conductive ink or carbon ink to form a conductive circuit. A distribution layer 43 is provided below the low frequency electrical fringes 42, and in one preferred embodiment, the distribution layer 43 is located below the low frequency electrical fringes 42 and the base layer 41 and is formed by printing insulating oil. The purpose of 43 is to prevent unnecessary electrode output and to distribute the current uniformly. Furthermore, for example, a carbon ink layer (not shown) may be provided below the distribution layer 43. The carbon ink layer is attached to the skin, and the low frequency of the low frequency electrode layer 40 is output.

Continuing to refer to the second embodiment of the treatment device of the present invention having both portable sheet heating and low frequency functions of the present invention.
This embodiment is designed by changing on the basis of the structure of the first embodiment. Similarly, the main body device 10 is a sheet type, and includes a main body portion 11 and adhesive pad portions 12 and 13 extending from both sides of the main body portion 11 to the outside. The differences are as follows. The heating device 30 is provided in the main body 11 (provided below the main body in this embodiment), and the heating device 30 is a heating sheet 31 (in this embodiment, a resistance paste layer. However, this is not restrictive. When applied, carbon fiber or a heating sheet may be implemented), and the heating sheet 31 is provided with a heating electric circuit stripe 311, the heating electric circuit stripe 311 having an electric connection end 32, and the electric connection end 32. Is electrically connected to the control main machine 21 to form a heating function. Further, the contact layer 14 is provided below the heating electric circuit stripe 311, and the contact layer 14 has a receiving portion 141 that receives and fixes the heating electric circuit stripe 311.
Two low-frequency electrode layers 40 are respectively provided below the adhesive pad portions 12 and 13, have a conductive rubber layer 44, a fixing portion 441 is provided on the conductive rubber layer 44, and an output control lead 45 is provided above the conductive rubber layer 44. The output control lead 45 is fixed to the fixing part 441 of the conductive rubber layer 44 by the fixing part 451 of the output control lead 45. The output control lead 45 has an inner electrode connection end 452 and an outer electrode output end 453, and is connected to the electrode. The end 452 is electrically connected to the control main unit 21 and the electrode output end 453 outputs a low-frequency pulse to form a low-frequency treatment.

  Reference is also made to the wireless control system mode diagram of the treatment device having both functions of the present invention portable sheet heating and low frequency. As shown in the figure, the adhesive pad treatment device 1 is provided with a wireless transmission / reception unit (not shown) inside the control device 20 so that the adhesive pad treatment device 1 is heated by the heating device 30 together with the wireless remote control device 50. In addition to processing and low-frequency treatment of the low-frequency electrode layer 40, the wireless remote control device 50 can display various controls and operations on the adhesive pad treatment device 1. Such an operation control method can be applied particularly to a part that is difficult to touch the body, and has the convenience of control when used.

  Reference will also be made to the wired control system embodiment diagram of the treatment device having both functions of the present invention portable sheet heating and low frequency. As shown in the figure, the adhesive pad treatment device 1 is connected to the adhesive pad treatment device 1, inserted into an electrical connector 212 (for example, USB), and the other end of the electrical lead 61 is inserted into the computer 60. 1 and the computer 60 can transmit data, or the adhesive pad treatment device 1 can be charged. With this configuration, various controls and operations can be performed on the adhesive pad treatment device 1 via the computer 60. Such an operation control method can be applied particularly to a part that is difficult to touch the body, and has the convenience of control when used.

  In addition to being able to understand the process of use from the wired and wireless control system of the adhesive pad treatment device 1 described above, the present invention provides convenience for creating customized software. Provide cloud operation of interactive APP, and can achieve optimization usage effectiveness and management.

  The portable device of the present invention equipped with both portable sheet heating and low frequency functions can simultaneously use various effects of heating and low frequency pulses by the above-described configuration. Act alone or in alternation to achieve better treatment and relieve various pains. Furthermore, according to the present invention, the electronic adhesive pad has a very good portability and power saving effect due to the multi-functional effect, and can improve the competitiveness of the depth and width of application of the electronic adhesive pad and the product effectiveness.

  As described above, since the present invention satisfies the requirements of the utility model patent, the utility model patent is filed by law. The embodiment of the present invention described above is only a preferred embodiment of the present invention and does not limit the present invention. Therefore, changes and modifications based on the shape, structure, features, and spirit listed in the claims for utility model registration of the present invention are still included in the application category of the present invention.

DESCRIPTION OF SYMBOLS 1 Adhesive pad treatment apparatus 10 Main body apparatus 11 Main body part 111 Storage unit 112 Storage space 113 Display cover 114 Connector side cover 115 Switch 116 Display port 117 Adhesive pad part 121 Heat radiation area 122 Heat radiation hole 123 Strong control button 13 Adhesive pad Part 131 Heat radiation area 132 Heat radiation hole 133 Weak control button 14 Contact layer 141 Receiving part 20 Control device 21 Control main machine 212 Connector 213 Battery 22 Top cover 23 Bottom cover 30 Heating device 31 Heating sheet 311 Heating electric circuit stripe 312 Diffusion sheet 32 Electrical connection end 40 Low-frequency electrode layer 41 Base layer 42 Low-frequency electrical fringe 421 Low-frequency electrical connection end 422 Low-frequency electrical stripe central part 43 Distribution layer 44 Conductive rubber layer 441 Fixed part 45 Output control lead 451 Fixed part 452 Electrode connection end 453 Electrode output terminal 50 Wireless remote control device 6 Computer 61 electrical leads

Claims (18)

A treatment device with both portable sheet heating and low frequency functions,
Forming a sheet mold, including a main body portion and an adhesive pad portion extending from both sides of the main body portion to the outside, the main body portion having a storage unit, and the storage unit having a storage space;
A control device installed in the accommodation space, including a control main machine, heating related to the control main machine and control of low frequency pulses, and operating elements;
At least one heating device provided at an intermediate layer position of the adhesive pad portion, including a heating sheet, electrically connecting the heating sheet to the control main machine, and having a heating function;
At least one for providing a low-frequency output, provided below the heating device, having a base layer, providing a low-frequency electrical fringe below the base layer, electrically connecting the low-frequency electrical fringe to the control main unit A low frequency electrode layer;
A battery installed in the housing space and electrically connected to the control main unit to provide a power source for the treatment device,
A therapeutic device with both portable sheet heating and low frequency functions.   Among them, a display lid is formed above the accommodation space, a plurality of switches and a plurality of display windows are provided on the display lid, and the switches are electrically connected to the control device, and the switch is a start switch or a heating switch. The treatment device having both functions of portable sheet heating and low frequency according to claim 1, wherein the treatment device is a switch.   Among them, a connection port space can be provided at the front end of the housing space, a connector side cover can be provided above the connection port space, and the connector side cover can be joined to the display cover. The treatment device having both portable sheet heating and low-frequency functions according to claim 2, wherein the electrical connector is used for charging a battery and reading and writing data.   Among them, the adhesive pad part is a silicon sheet body, the adhesive pad part is provided with a strong control button or a weak control button at the far end of the main body part, respectively, and a contact tank is provided below the main body part. The treatment device provided with both portable sheet type heating and low frequency functions according to claim 3.   The treatment device having both functions of portable sheet heating and low frequency according to claim 1, wherein the heating sheet is made of a resistance paste, carbon fiber or a heating sheet.   2. The portable sheet heating according to claim 1, wherein a heating electric circuit stripe is formed on the heating sheet by silver paste printing, and the heating electric circuit stripe is electrically connected to the control main unit. A treatment device with both low-frequency functions.   2. The treatment device according to claim 1, wherein the control device further includes an upper cover and a bottom cover for covering the control main machine.   2. A treatment device having both portable sheet heating and low-frequency functions according to claim 1, wherein a diffusion sheet is provided above the heating electric circuit stripe layer, and the diffusion sheet is made of a graphite member.   Of these, the base layer is a PET member, and the treatment device has both portable sheet heating and low frequency functions.   2. The portable sheet heating and low-frequency functions according to claim 1, wherein the low-frequency electric stripe is a conductive circuit formed by printing other conductive members such as silver conductive ink or carbon ink. Prepared treatment device.   2. The mobile phone according to claim 1, wherein a distribution layer is provided below the low-frequency electrical fringes, and the distribution layer is formed by printing an insulating ink, the purpose of which is to prevent unnecessary electrode output. A therapeutic device with both sheet heating and low frequency functions.   2. The treatment device according to claim 1, wherein the battery is charged without electromagnetic contact.   The portable seat type according to claim 1, wherein a wireless reception / transmission unit is installed in the control device, and the wireless reception / transmission unit is combined with a wireless remote control device to display various controls and operations. A therapeutic device with both heating and low frequency functions. A treatment device with both portable sheet heating and low frequency functions,
Forming a sheet mold, including a main body portion and an adhesive pad portion extending from both sides of the main body portion to the outside, the main body portion having a storage unit, and the storage unit having a storage space;
A control device provided in the housing space, the control circuit includes a control main machine, the control main machine controls heating and low-frequency pulses, and an operation element is provided;
A heating device provided below the main body, including a heating sheet, provided with a heating electric circuit stripe on the heating sheet, electrically connecting the heating electric circuit stripe to the control main unit, and having a heating function;
At least one low-frequency electrode layer provided on the adhesive pad portion, electrically connected to the control main machine, and transmitting a low-frequency output;
A battery installed in the housing space and electrically connected to the control main unit to provide a power source for the treatment device,
A therapeutic device with both portable sheet heating and low frequency functions.   Among them, a display lid is formed above the accommodation space, a plurality of switches and a plurality of display windows are provided on the display lid, and the switches are electrically connected to the control device, and the switch is a start switch or a heating switch. The therapeutic device having both functions of portable sheet heating and low frequency according to claim 14, wherein the therapeutic device is a switch.   Among them, a connection port space can be provided at the front end of the housing space, a connector side cover can be provided above the connection port space, and the connector side cover can be joined to the display cover. 16. The treatment device having both portable sheet heating and low-frequency functions according to claim 15, wherein the electrical connector is used for charging a battery and reading and writing data.   15. The treatment device having both portable sheet heating and low-frequency functions according to claim 14, wherein the battery is charged without electromagnetic contact.   15. The portable sheet heating according to claim 14, wherein a wireless reception / transmission unit is installed in the control device, and the wireless reception / transmission unit displays various controls and operations in combination with a wireless remote control device. And low frequency treatment device.

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