KR20070079760A - A poultice medicine of frequency generation - Google Patents

Abstract

A low frequency generating poultice having multiple poultice sheets including medicine and a low frequency generator is provided to allow rapid treatment of pains and improvement of therapeutic effect by increasing the infiltrating efficiency of medicine against subcutaneous tissue and to facilitate exchange of the multiple poultice sheets through a snap method. A low frequency generating poultice includes left and right poultice sheet(152a,152b); piercing holes(152c), each of which is formed on the center of end part of the left and right poultice sheet(152a,152b); a close adhesion sheet(154); a pair of piercing holes(154a) formed on the center of the close adhesion sheet(154); a pair of snap holes(158e); a pair of snap buttons(164); negative and positive conductor plates(162a,162b) established via the snap buttons(164); a release paper(156); and a low frequency generator(158).

Description

Low frequency poultices {A POULTICE MEDICINE OF FREQUENCY GENERATION}

1 is an exploded perspective view showing a conventional low-frequency generating poultice,

2 is a cross-sectional view showing a coupling state of FIG.

3A is a cross-sectional view showing a state before use of FIG. 2;

3B is a cross-sectional view showing a used state of FIG. 2;

4 is an exploded perspective view showing a low-frequency generating poultice agent according to a first embodiment of the present invention,

5 is a cross-sectional view showing a coupling state of FIG.

6A is a cross-sectional view showing a state before use of FIG. 5;

6B is a cross-sectional view showing a used state of FIG. 5;

FIG. 7 is an exploded perspective view showing a low-frequency generating poultice agent according to a second embodiment of the present invention.

<Description of the symbols for the main parts of the drawings>

152a, 152b: left and right wet paper 152c: through hole

154: contact cloth 154a: through hole

156: release paper 156a: cut line

158: low frequency oscillator 158e: snap hole

160: conductive film body 162a: negative electrode conductor plate

162b: positive electrode conductor plate 164: snap button

166: non-conductive plate

The present invention relates to a low frequency generating poultice (including patch form, cataplasm type, plastase form, pape form, etc.), and more specifically, to a low frequency action by attaching a poultice agent to the skin at the site of bruising, muscle pain, arthritis or neuralgia. By increasing the penetration efficiency of the drug into the subcutaneous tissue by the treatment of pain and at the same time low frequency generating poultice to increase the therapeutic effect.

Generally, the poultice agent (including patch type, cataplasm type, plastase type, pape type, etc.) is made of fabric and is coated with an adhesive agent on one side thereof, and protects the drug and can be separated when used. The release paper of the agent is attached to the wet paper, and the wet paper and the peeling material are flexible materials so that they can be elastically attached to the skin.

Therefore, the use of the poultice agent is to treat the pain by the continuous penetration and pharmacological action of the drug while attaching the poultice agent to the affected area in the state of removing the release paper and maintain the adhered state for a certain time.

However, these poultices do not cure the pain only by the pharmacological action of the drug applied to them without physical treatment, so as not only the treatment effect is lowered, but also the penetration of the drug decreases over time, so as a new poultice The treatment must be continued in exchange, and the poultice application time becomes longer than necessary, and when the poultice paper is removed, the pores of the skin are clogged, causing the itching of the affected area, as well as the inconvenience of use. There was a disadvantage that the drug duration of the poultice agent could not be confirmed.

In addition, as a physiotherapy treatment of the hospital to increase the pain treatment effect of the affected area, in addition to the poultice method, a separate low-frequency generating device is in contact with the drug-coated affected part while the drug is directly applied to the affected area. The use of expensive devices not only raises the cost of treatment, but also imposes an economic burden on the patient, and has the inconvenience of not being able to perform self-care on their own.

On the other hand, there is a spray gun-type drug sprayer having a liquid medicine is embedded as a poultice agent, in this case, by pressing the button of the sprayer to spray the medicine inside the container to the pain area for treatment, or use This was uncomfortable and had a disadvantage that the duration of the drug is lower than the poultice.

Therefore, the poultices (including patch, cataplasm, plata and pape) are widely used by the majority of patients with muscle joint pain, so the necessity of maximizing the treatment effect and at the same time is necessary. This is required.

Therefore, conventionally, a low frequency generating poultice of Patent No. 195492 (Registration Date: June 29, 2000) has been proposed as a solution for this problem.

That is, the low-frequency generating poultice agent 50, as shown in Figs. 1 to 3B, the wet paper 52, the through-hole 52a is formed in the center and the drug of the wet paper 52 It is attached to the surface (lower surface) to protect the drug surface and at the same time separated in use, the release paper 54 made of vinyl with a through hole (54a) and the wet paper (52) having a larger circumferential length than the wet paper (52) The adhesive cloth 56 is attached to the non-pharmaceutical surface (upper surface) of the) while the circumferential end thereof is joined to the user's affected part, and the wet paper 52 is fixed to the center of the lower surface of the adhesive cloth 56 integrally. And a low frequency oscillator 58 coupled to or separated from each of the through holes 52a and 54a formed in the release paper 54 and generating low frequencies while being converted into various vibration modes during the on-operation.

Here, the size of the through-holes 52a and 54a is enlarged on one side of the inner circumferential surface of the through-holes 52a and 54a so that the wet paper 52 and the release paper 54 are easily inserted into the low-frequency oscillator 58. And cut lines 52b and 54b that can be reduced are formed to face each other.

The contact cloth 56 may be attached to the affected part by adhesiveness of the wet paper 52 itself without being used in products of different types.

In addition, the contact cloth 56 has an ON / OFF button, an UP / DOWN button, and a signal part (alarm) of the low frequency oscillator 58, which will be described later, at a central predetermined position thereof. Button holes 56a and 56b and lamp holes 56c are formed to expose the lamps or lamps to the outside, and both sides of the lower surface are formed with adhesive layers bonded to the user's affected areas while protecting the adhesive layer. 60a and 60b are attached.

The low frequency oscillator 58 is provided with an on / off button 58b, an up / down button 58c, and a signal part 58d at predetermined intervals on the upper surface of the body 58a, respectively. A battery and electronic components (not shown) are built in the inside of the 58a.

In addition, the on / off button 58b and the up / down button 58c may be configured as one button.

A printed circuit board 58e having a circumference larger than the circumference of the body 58a and having a thin plate shape protrudes from the lower portion of the body 58a, and the poultice agent 50 is formed at an upper edge of the printed circuit board 58e. Is used, the cathode terminal 58f is in direct contact with the chemical surface of the wet paper 52, and the anode terminal 58g is in direct contact with the user's affected part (skin) at the center of the bottom surface of the printed circuit board 58e. ) Is mounted.

At this time, the circumference of the printed circuit board 58e is larger than the inner diameter of the through holes 52a and 54a, and the through holes 52a and 54a are one side when passing through the printed circuit board 58e. It is easy to insert because the size is enlarged and reduced by the notch 52b (54b) formed in the.

However, the conventional low frequency generating poultice agent 50 configured as described above is mass-produced to be reused by integrally fixing the contact cloth 56 and the low frequency oscillator 58, and the wet paper having the release paper 54 attached thereto ( Since it is mass-produced so that it can be exchanged every time the chemical ingredient is dropped by providing a plurality of sheets 52), even if a small error occurs when the customer attaches the new wet paper 52 to the contact cloth 56, it is already present in the contact cloth 56. Since the fixed low frequency oscillator 58 and the through hole 52a of the wet paper 52 do not coincide with each other, the contact cloth 56 and the wet paper 52 have to be attached and removed several times, and there is also a hassle and inconvenience. When a plurality of wet papers 52 are attached to and detached from a single contact cloth 56 or attached to the affected part several times, the adhesion force (adhesive force) of the contact cloth 56 is caused by foreign substances such as moisture. There was a problem that it was remarkably lost and could not function again. .

Accordingly, the present invention has been made to solve the above problems, an object of the present invention is to enable the use of a number of wet paper combined with a close cloth can be easily exchanged by one low-frequency oscillator and snap method for ease of use It is to provide a low frequency generating poultice that can be given.

The low-frequency generating poultice agent according to the present invention made to achieve the above object, the left and right poultice paper containing the drug, the adhesive cloth bonded to the affected area while wrapping the left and right poultice paper, and the drug surface of the left and right poultice paper A low-frequency generating poultice comprising a release paper attached to protect the adhesive surface of the adhesive cloth and a low-frequency cloth, and a low-frequency oscillator for generating a low frequency, wherein the left and right wet papers face each other at regular intervals at an end side center. Formed through holes, a pair of left and right through holes formed in the center of the contact cloth to correspond to the through holes, and a cathode low frequency and a cathode low frequency flowing through the lower frequency oscillator so as to correspond to the left and right pair of through holes, respectively. A pair of left and right snap holes, and the left side and the right side, respectively And a cathode conductor plate and a cathode conductor plate installed so that the cathode low frequency and the anode low frequency flow through the left and right pair of snap buttons detachably coupled to the left and right pair of snap holes through the through holes. do.

In addition, the negative electrode plate and the positive electrode plate is characterized in that the conductive film body which is simultaneously supported by the non-conductive plate so that the left wet paper and the right wet paper is separated by a distance apart.

In addition, the center of the release paper is characterized in that the cut line formed in a crisscross shape so that the release paper interposed between the left and right wet paper and the negative electrode and the positive electrode plate easily separated.

(First embodiment)

Hereinafter, a first embodiment of the present invention will be described in detail with reference to the accompanying drawings, FIGS. 4 to 6B.

As shown in FIGS. 4 and 5, the low frequency generating poultice agent 150 according to the present invention includes a medicament and a left and a right side in which through-holes 152c are formed at the centers of the end sides facing each other at a predetermined interval, respectively. It is cut wider than the planar areas of the wet papers 152a and 152b and the left and right wet papers 152a and 152b so as to be in close contact with the non-pharmaceutical surface (top surface) of the left and right wet papers 152a and 152b. A contact cloth having a pair of left and right through holes 154a formed so that the remaining adhesive surface on the circumferential end side thereof is joined to the user's affected area and formed to correspond to the through holes 152c formed in the left and right wet papers 152a and 152b, respectively. 154 and the adhesive surface (lower surface) of the left and right wet paper 152a, 152b and the adhesive surface on the peripheral end side of the contact cloth 154 at the same time to protect the drug surface and the adhesive surface, the vinyl is separated during use When the operation has been placed on the upper release paper 156 and the contact cloth 154 Low frequency oscillator 158 having a pair of left and right snap holes 158e so as to generate a low frequency while being converted into various vibration modes and to correspond to the pair of left and right through holes 154a on the lower surface thereof so that the cathode low frequency and the anode low frequency flow respectively. ) And the left and right wet papers 152a and the right wet papers 152b are in close contact with each other, and detachably coupled to the pair of left and right snap holes 158e through the through holes 152c and 154a. It consists of a conductive film body 160 having a cathode conductor plate 162a and a cathode conductor plate 162b which are provided so that the cathode low frequency and the anode low frequency flow through the pair of left and right snap buttons 164, respectively.

That is, the contact cloth 154 is not used in different products, and can be attached to the affected part by adhesiveness of the left and right wet papers 152a and 152b itself.

The low frequency oscillator 158 is provided with an on / off button 158b, an up / down button 158c, and a signal unit 158d at predetermined intervals on an upper surface of the body 158a. Inside the 158a, a battery and electronic components (not shown) are incorporated.

In this case, the on / off button 158b and the up / down button 158c may be configured as one button.

The pair of left and right snap holes 158e are easily detached and detached by a snap button 164 provided on the cathode conductor plate 162a and the anode conductor plate 162b of the conductive film body 160, respectively. It is electrically connected to electronic components (not shown) in the body 158a so that low frequencies flow, respectively.

On the other hand, the conductive film body 160 is the negative conductor plate 162a and the positive electrode conductor plate 162b which are in close contact with one side of the lower surface of the left wet paper 152a and the right wet paper 152b, respectively, and the negative electrode plate A pair of left and right snap buttons 164 protruding and fixed to one side of an upper surface of the upper surface of the 162a and the positive electrode plate 162b and the negative electrode plate 162a and the positive electrode plate 162b are simultaneously spaced apart by a predetermined distance. It is comprised by the non-conductive board 166 integrally fixed to the lower surface so that it may be supported.

Next, the operation and effect by the embodiment of the present invention configured as described above will be described.

To use the poultice agent 150, first remove the release paper 156 from the contact cloth 154 and the left and right wet paper 152a (152b), as shown in Figure 6a, the left and right hand paper 152a (152b) ), The lower surface of the edge side of the contact cloth 154, the lower surface of the non-conductive plate 166 side of the conductive film body 160 is exposed to the outside.

In this state, the bottom surfaces of the left and right wet papers 152a and 152b are attached to the affected part B of the user as shown in FIG. 6B, and at the same time, the bottom edges of the close cloths 154 are pressed.

At this time, the left and right wet papers 152a and 152b are closely attached to the affected part B by the adhesive component applied to the lower side of the drug surface, and the inside of the lower surface of the left and right wet papers 152a and 152b. The attached non-conductive plate 166 is fixed to be in close contact with the affected part B at the same time, and the adhesive cloth 154 is attached to the affected part B by an adhesive layer applied to the lower surface of the edge side, thereby making the non-conductive plate 166 uncovered. The whole and the left and right wet paper (152a, 152b) of the conductive film body 160, including) is maintained firmly so as not to flow from the affected part (B).

Then, in the state of Figure 6b by pressing the on / off button 158b of the low-frequency oscillator 158 installed on the upper portion of the contact cloth 154 on (ON), by pressing the up / down button 158c to vibrate Select the mode.

At this time, since the vibration mode is configured to be converted to at least five or more steps, each time the user presses the up / down button 158c, the user can select and adjust a desired vibration mode section.

Therefore, when low frequency is generated by the operation of the low frequency oscillator 158, the low frequency is the left rump paper 152a and the right side connected to the negative electrode plate 162a and the positive electrode plate 162b of the conductive film body 160, respectively. As it penetrates into the subcutaneous tissue of the skin through the wet paper 152b, it plays a role of quickly and uniformly carrying the drug components emitted from the left and right wet papers 152a and 152b deeply and uniformly in the affected area.

That is, the pair of left and right snap holes 158e formed on the lower surface of the low frequency oscillator 158 and the cathode and anode conductor plates 162a and 162b closely contacted to the lower surfaces of the left and right wet papers 152a and 152b, respectively. Since the left and right wet papers 152a and 152b are brought into contact with the affected part B because they are coupled (electrically connected) via the buttons 164, the low frequency oscillator is pressed by pressing the on / off button 158b. When the 158 is turned on, the cathode low frequency component transferred from the cathode conductor plate 162a to the affected part B through the left wet paper 152a and the affected part through the right wet paper 152b from the cathode conductor plate 162b. Pharmacological action of the low frequency is activated as the bipolar low-frequency components delivered to B) are activated, which causes the drug components of the left and right wet papers 152a and 152b to deeply penetrate into the affected part B.

In this way, the drug penetration from the left and right wet paper 152a, 152b itself and the penetration of the drug component by the direct current caused by the low frequency at the same time to not only activate the pharmacological action but also low frequency vibration (physiotherapy) action As a result, the pain of the affected part (B) can be alleviated quickly, and faster refreshment can be expected.

On the other hand, since the battery built in the low-frequency oscillator 158 has a capacity that can be used by replacing a plurality of wet rapeseed 152 every predetermined time, if the chemical ingredient of the wet rapeseed 152 is extinguished after a certain time of use In the low frequency generating foam 150, the remaining adhesive cloth 154, the left and right wet paper 152a, 152b, and the conductive film body 160 except the low frequency oscillator 158 are separated from the affected part B and discarded. .

In addition, the new firm cloth 154, the left and right wet paper 152a, 152b, the conductive film body 160, the release paper 156 is released as a set in the mass production of pharmaceutical companies in the low frequency oscillator 158 Combine again with.

That is, the low frequency generating poultice 150 contains a plurality of left and right wet papers 152a and 152b in one low frequency oscillator 158 when packaged, and a plurality of left and right foam papers 152a and 152b. ) Is combined with the adhesive cloth 154, the conductive film body 160, the release paper 156 in a set and can be stored in each environment, thereby reducing environmental pollution.

Second Embodiment

In the above description, when the release paper 156 is attached to the lower surfaces of the left and right wet papers 152a and 152b, the foaming agent 150 configured to be attached via the conductive film body 160 will be described as an example. However, the present invention is not limited thereto, and for example, as the second embodiment, as shown in FIG. 7, the release paper 156 may have left and right wet papers 152a and 152b and a cathode and an anode conductor plate ( You may comprise so that it may interpose with 162a) and 162b.

That is, the release paper 156 is first attached to the lower surface of the left and right wet paper (152a, 152b) in the state that the conductive film body 160 is located at the bottom and at the same time the negative conductor plate 162a And a pair of left and right snap buttons 164 protruding to the upper portion of the anode conductor plate 162b penetrate the release paper 156 into the through holes 152c formed in the left and right wet papers 152a and 152b, respectively. A cut line 156a is formed at the center of the plane so as to be inserted in a crisscross shape.

At this time, the cross-shaped cut line 156a is in a state where the release paper 156 is interposed between the left and right wet paper 152a and 152b and the negative electrode and the positive electrode plate 162a and 162b. When the release paper 156 is separated to guide to be easily cut.

As described above, the low-frequency generating poultice agent according to the first and second embodiments of the present invention can not only use a plurality of wet papers by using one low frequency oscillator, but also use a close cloth, a wet paper and a conductive film body. Since it can be used by being combined with or separated from the low frequency oscillator by the snub method, there is an effect of eliminating the hassle and inconvenience when exchanging wet paper and providing convenience in use.

Claims (3)

Left and right wet paper 152a and 152b containing a drug, a close cloth 154 bonded to the affected area while surrounding the left and right wet paper 152a and 152b, and the left and right wet paper ( In the low-frequency generating poultice 150 provided with the release paper 156 attached to protect the chemical | medical agent surface of 152a (152b) and the adhesive surface of the contact cloth 154, and the low frequency oscillator 158 which generate | occur | produces low frequency, Through holes 152c respectively formed at the centers of the end sides of the left wet paper 152a and the right wet paper 152b facing each other at a predetermined interval, A pair of left and right through holes 154a formed in the center of the contact cloth 154 to correspond to the through holes 152c, A pair of left and right snap holes 158e disposed on the bottom surface of the low frequency oscillator 158 so as to correspond to the pair of left and right through holes 154a and installed to flow through the cathode low frequency and the anode low frequency, respectively; The left and right pairs of left and right wet paper 152a and the right wet paper 152b are in close contact with each other and at the same time the left and right pair of detachable couplings to the left and right pair of snap holes 158e through the through holes 152c and 154a. A low-frequency generating poultice comprising a cathode conductor plate (162a) and a cathode conductor plate (162b) are installed so that the cathode low frequency and the anode low frequency flow through the snap button (164), respectively. The method of claim 1, The negative electrode plate 162a and the positive electrode plate 162b are simultaneously supported by the non-conductive plate 166 such that the left wet paper 152a and the right wet paper 152b are spaced apart from each other by a conductive film body ( Low frequency generating poultice, characterized in that consisting of (160). The method of claim 1, In the center of the release paper 156, the release paper 156 interposed between the left and right wet paper 152a and 152b and the negative electrode and the positive electrode plate 162a and 162b is arranged to be easily separated. A low frequency generating poultice, characterized in that the cut line (156a) is formed in the cross shape.

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