CN215841196U

CN215841196U - Negative ion blood sugar reducing patch

Info

Publication number: CN215841196U
Application number: CN202120930401.2U
Authority: CN
Inventors: 班俊男
Original assignee: Individual
Current assignee: Individual
Priority date: 2021-04-30
Filing date: 2021-04-30
Publication date: 2022-02-18
Anticipated expiration: 2031-04-30

Abstract

The utility model relates to the field of medical appliances, in particular to an anion hypoglycemic paste, which comprises: the plaster bottom layer, the six-ring gypsum body layer, the coating layer, the release strip, the upper heat insulation layer and the lower heat insulation layer are arranged between the plaster bottom layer and the coating layer and abut against the plaster bottom layer and the coating layer, the release strip is attached to a frame of the plaster bottom layer, the plaster bottom layer and the coating layer abut against between the upper heat insulation layer and the lower heat insulation layer, and the upper heat insulation layer and the lower heat insulation layer are in vacuum fit; when the temperature of the negative ion blood sugar reducing paste reaches 20 ℃, far infrared rays can be generated and negative ions are released, and the negative ions are accelerated to permeate into human organ tissues under the resonance action of the far infrared rays and human cells, so that the blood sugar reducing effect is more remarkable; the utility model aims at individual patients, is convenient to use, is not limited by environmental conditions and use time, has high negative ion absorption rate, and does not produce any derivatives polluting the environment, and active ingredients directly reach the patients.

Description

Negative ion blood sugar reducing patch

Technical Field

The utility model relates to the technical field of medical instruments, in particular to an anion blood sugar reducing patch.

Background

The diabetes causes have the characteristics of being intractable and difficult to cure radically and are regarded as the first killer of human health, and a plurality of chronic disease medical experts focus the key of treating diabetes more and more on the early control stage of diabetes aiming at the characteristics of diabetes, and reverse the induction trend of diabetes through early prevention and blood sugar reduction control. The people in the prediabetic stage often have blood sugar concentration exceeding the normal range but not reaching the pathogenic standard, and the time is the only best period for reversing blood sugar index, and a plurality of clinical experimental results show that the negative ion therapy is one of the most positive and effective treatment methods.

The negative oxygen ion exists naturally in small particle size in the air, and can neutralize acid toxicity in human body, regulate acid-base balance, increase insulin activity, raise glucose utilization rate and maintain stable blood sugar. The method has the advantages that a large amount of negative oxygen ions continuously supplemented to the nature undoubtedly play a good role in treating the early-stage blood sugar reversion of diabetes, but the treatment mode is difficult to popularize in reality, so that a household treatment mode for treating by utilizing artificially synthesized negative oxygen ions is generated, and the adopted means depends on a negative oxygen ion generator with medical standard to continuously release high-activity and high-concentration small-particle-size negative oxygen ions to create a negative oxygen ion bath environment, so that the treatment effect on the diabetes patient is achieved.

The utility model with the Chinese patent number of CN201754466U discloses a fullerene electrocatalyst single-electrode electron jet type air anion generator, which comprises a direct-current negative high-voltage generating circuit, an anti-high-voltage output wire and a fullerene electrocatalyst emission tip, wherein the direct-current negative high-voltage generating circuit is connected with a 220V alternating-current power supply and is connected with the anti-high-voltage output wire at the output end, and the anti-high-voltage output wire is finally connected with the fullerene electrocatalyst emission tip; the utility model discloses a can produce a large amount of hydroxide anion that have high reducibility, high quality, high purity, it is lower to solve anion generator on the market at present and produce the anion dosage, the air anion that will produce more dosage needs to adopt high danger coefficient voltage, the problem that is accompanied with a great deal of derivation products such as ozone, nitrogen oxide, electromagnetic wave and electrostatic pollution when producing more anion, adopt this anion generator to treat diabetes prophase symptom, under the condition that does not change original life condition, only need natural respiration to enter the treatment, nontoxic harmless no side effect, it is easy to persist and the effect is lasting; however, the anion generator can only be used in a designated environment, the effect-cost ratio is too low for a single patient, and the anion generator is influenced by environmental limitations and air mobility, the absorption effect of anions is difficult to ensure, the activity of the patient is limited during treatment, the emotion is easy to fluctuate, even the patient is in agitation, the treatment confidence is generated, and the side effect is generated on the treatment effect.

SUMMERY OF THE UTILITY MODEL

The utility model aims to: aiming at the problems and defects of the existing anion generator in the process of treating the early symptoms of diabetes, the anion generator which is convenient to operate, is not limited by the use environment and time and can be directly absorbed by the body of a patient is provided.

Specifically, the utility model provides an anion hypoglycemic paste, which comprises: paste the bottom, six ring gypsum layers, the coating, from the type strip, go up insulating layer and lower insulating layer, wherein the lower surface of pasting the bottom supports pastes at insulating layer middle zone down, leave the frame all around, the upper surface coating medical pressure sensitive adhesive layer of bottom of pasting, six ring gypsum layers set up on medical pressure sensitive adhesive layer symmetrically, leave the frame all around, the edge that the type strip is on a parallel with six ring gypsum layer width direction from the coating has attached on medical pressure sensitive adhesive layer, in order to play the effect of the convenient paster of holding when using, the lower surface coating of coating has the silicon oil layer, the silicon oil layer supports pastes on six ring gypsum layers, and the frame and the bottom of pasting along pasting the bottom laminate, go up the insulating layer and support the upper surface at the coating, and follow the insulating layer frame and the insulating layer laminating down.

Further, the six-ring gypsum layer is prepared by mixing six-ring stone powder and medical pressure-sensitive adhesive in a mass ratio of 1: 1 at a temperature higher than 65 ℃ until no bubbles are separated out.

Further, the six-ring gypsum layer is rectangular, circular, oval or spindle-shaped.

Furthermore, the thickness of the six-ring gypsum body layer is 0.8-1.0 mm.

Further, the fine particle size standard of the Liuhuan stone powder is not less than 2000 meshes.

Furthermore, the negative ion blood sugar reducing patch is a cataplasm type negative ion blood sugar reducing patch.

Furthermore, the thickness of the six-ring gypsum layer of the babu plaster negative ion blood sugar reducing plaster is 0.4 mm.

Furthermore, the lower heat insulation layer and the upper heat insulation layer are the same in shape and are made of galvanized polyimide films.

Furthermore, vacuum fit is adopted between the lower heat insulation layer and the upper heat insulation layer so as to play a role in sealing.

Furthermore, a free angle is reserved between the lower heat insulation layer and the upper heat insulation layer along the width direction, so that the lower heat insulation layer and the upper heat insulation layer which are attached to each other can be conveniently separated.

Furthermore, the bottom layer material is non-woven fabric, cotton cloth, PU film or elastic cloth.

Further, the bottom attaching layer and the coating layer are the same in shape.

Compared with the prior art, the negative ion blood sugar reducing patch has the following beneficial effects:

1. the negative ion blood sugar reducing patch disclosed by the utility model adopts a movable patch structure, a patient can use the negative ion blood sugar reducing patch at any time and any place without the limitation of environmental conditions and use time, the patch only aims at generating the effect of the individual user, the directivity is strong, the problem of resource waste is avoided, and the problems of derivatives and environmental pollution are avoided.

2. The negative ion blood sugar reducing paste provided by the utility model directly acts on the surface of human skin and directly reaches a patient, the utilization rate of therapeutic substances is high, and the far infrared rays with the same frequency as human cells generated by the six-ring gypsum layer can accelerate the penetration of the medicinal components in the covered area of the blood sugar reducing paste into subcutaneous tissues, so that the absorption effect is further improved.

3. According to the sensitivity of skin tissues of the application area, and the activity conditions of parts of the application area such as shoulder joints, knee joints or hip joints are considered, the negative ion blood sugar reducing patch can flexibly select a combined patch or a babu patch to adapt to actual requirements; meanwhile, according to the body conditions of the parts of the area to be covered, such as the waist, the back, the chest, the abdomen or the neck, the shoulder and the like, the plaster layer is made into a round shape, an oval shape or a spindle shape so as to realize natural fit with the physiological curve of the body.

4. The negative ion blood sugar reducing patch adopts the heat insulating material with the light returning effect to carry out vacuum pumping and pressing, ensures that the blood sugar reducing patch does not react due to the change of the environmental temperature while ensuring the good sealing performance of the paste layer, thereby well prolonging the effective period of the blood sugar reducing patch.

Drawings

FIG. 1 is a schematic view of a three-dimensional structure of the negative ion blood sugar lowering patch of the present invention.

Shown in the figure: 1-bottom layer, 2-six-ring gypsum layer, 3-coating layer, 4-parting strip, 5-upper heat-insulating layer and 6-lower heat-insulating layer.

Detailed Description

Now, the specific implementation of the negative ion blood sugar reducing patch of the utility model will be described in detail with reference to the attached drawings.

As shown in fig. 1, an anion hypoglycemic patch, characterized in that it comprises: a bottom layer 1, a six-ring gypsum layer 2, a coating layer 3, a release strip 4, an upper heat-insulating layer 5 and a lower heat-insulating layer 6, wherein the lower surface of the bottom pasting layer 1 is pasted in the middle area of the lower heat insulation layer 6, a frame is left at the periphery, the upper surface of the bottom pasting layer 1 is coated with a medical pressure-sensitive adhesive layer (not shown in the figure), the six-ring plaster body layer 2 is symmetrically arranged on the medical pressure-sensitive adhesive layer, a frame is left at the periphery, the edge of the release strip 4 coated with the silicon oil layer, which is parallel to the width direction of the six-ring plaster body layer 2, is pasted on the medical pressure-sensitive adhesive layer, so as to be convenient for holding the patch when in use, the lower surface of the coating layer 3 is coated with a silicon oil layer (not shown in the figure) which is abutted against the six-ring gypsum body layer 2, and is attached to the bottom layer 1 along the frame of the bottom layer 1, the upper heat-insulating layer 5 is attached to the upper surface of the coating layer 3 and is attached to the lower heat-insulating layer 6 along the frame of the lower heat-insulating layer 6.

Further, the six-ring gypsum layer 2 is a mixture of six-ring stone powder and medical pressure-sensitive adhesive in a mass ratio of 1: 1.

Further, the six-ring gypsum layer 2 is rectangular, circular, oval or spindle-shaped.

Further, the thickness of the six-ring gypsum body layer 2 is 0.8-1.0 mm.

Further, the six-ring gypsum layer 2 is prepared by mixing six-ring stone powder and medical pressure-sensitive adhesive at a temperature higher than 65 ℃ until no bubbles are separated out.

Further, the upper heat insulation layer 5 and the lower heat insulation layer 6 are identical in shape and made of polyimide films.

Further, the upper heat insulation layer 5 and the lower heat insulation layer 6 are in vacuum fit to play a role in sealing.

Furthermore, a free angle is left between the upper heat insulation layer 5 and the lower heat insulation layer 6 along the width direction, so that the attached upper heat insulation layer 5 and the attached lower heat insulation layer 6 can be conveniently separated.

Further, the bottom layer 1 is made of non-woven fabrics, cotton fabrics, PU films or elastic fabrics.

Further, the bottom attaching layer 1 and the coating layer 2 are the same in shape and size.

The application method of the negative ion blood sugar reducing plaster is described below, after the upper heat-insulating layer 5, the lower heat-insulating layer 6 and the coating layer 3 are removed, the six-ring gypsum layer 2 is applied to the surface of the skin of a human body, the six-ring gypsum layer 2 is heated up under the action of body temperature, when the temperature of the six-ring gypsum layer 2 reaches 20 ℃, the six-ring gypsum layer 2 generates far infrared rays with the wavelength of 8-15 μm, oxidation reaction is carried out to release natural negative ions, and simultaneously the negative ions are accelerated to permeate into the organ tissues of the human body under the resonance action of the far infrared rays and human body cells, so that the purposes of enhancing metabolism and reducing blood sugar are achieved.

Tests show that the concentration of negative ions released by the six-ring gypsum body layer is 300-500/cm³Each piece of negative ion blood sugar reducing patch is calculated according to the six-ring gypsum layer with the thickness of 0.9mm and the area of 75mm multiplied by 40mm700-1400 negative ions are released; clinical experiments show that the average absorption rate of a patient to negative ions generated by the negative ion blood sugar reducing patch is 93%, so that the effect of each negative ion blood sugar reducing patch is equal to that of continuously using a high-power negative ion generator for 10 hours in a specified environment.

The present invention is not limited to the above-described embodiments, and any variations, modifications, and alterations that may occur to one skilled in the art without departing from the spirit of the utility model are intended to be within the scope of the utility model.

Claims

1. An anion hypoglycemic paste, which is characterized by comprising: paste the bottom, six ring gypsum layers, the coating, from the type strip, go up insulating layer and lower insulating layer, wherein the lower surface of pasting the bottom supports pastes at insulating layer middle zone down, leave the frame all around, the upper surface coating medical pressure sensitive adhesive layer of bottom of pasting, six ring gypsum layers set up on medical pressure sensitive adhesive layer symmetrically, leave the frame all around, the coating has the silicon oil reservoir from the edge that the type strip is on a parallel with six ring gypsum layer width direction on attached medical pressure sensitive adhesive layer, the lower surface coating of coating has the silicon oil reservoir, the silicon oil reservoir supports and pastes on six ring gypsum layers, and along the frame of bottom of pasting with paste the bottom laminating, go up the insulating layer and support the upper surface of pasting at the coating, and follow the insulating layer frame and laminate with lower insulating layer down.

2. The negative ion blood glucose reducing patch according to claim 1, wherein the six-ring gypsum layer is a mixture of six-ring stone powder and medical pressure-sensitive adhesive in a mass ratio of 1: 1.

3. The negative ion blood sugar reducing patch according to claim 2, wherein the six-ring gypsum layer is rectangular, circular, oval or spindle-shaped.

4. The negative ion blood glucose reducing patch according to claim 3, wherein the thickness of the six-ring gypsum layer is 0.9 mm.

5. The negative ion blood sugar reducing patch according to claim 2, wherein the fine particle size of the hexacyclic ring stone powder is not less than 2000 meshes.

6. The negative ion blood sugar reducing patch according to claim 1, wherein the negative ion blood sugar reducing patch is a cataplasm patch.

7. The negative ion blood sugar reducing patch as claimed in claim 6, wherein the thickness of the six-ring plaster layer of the babu patch is 0.4 mm.

8. The negative ion hypoglycemic paste of claim 1, wherein the upper and lower heat-insulating layers have the same shape and are made of galvanized polyimide film,

9. the negative ion hypoglycemic paste of claim 8, wherein a vacuum paste is formed between the upper heat-insulating layer and the lower heat-insulating layer, and a free angle is left in the width direction.

10. The negative ion blood sugar reducing patch according to claim 1, wherein the material of the application layer is non-woven fabric, cotton fabric, PU film or elastic fabric, and the shape of the application layer is the same as that of the isolation layer.