TWM471866U - Energy patch for repeatable use - Google Patents

Description

Reusable energy patch

The present invention provides a patch that does not need to be adhered to the skin to be attached to the skin.

According to the traditional patch, a viscous ointment layer is disposed between the gas permeable layer and the release layer. When used, the release layer is peeled off, and the ointment layer is directly adhered to the portion to be attached, so as to be coated with the ointment. The layer relieves muscle soreness, while the breathable layer isolates the outer surface of the ointment layer, allowing the user to work normally.

However, if the skin is poor or the patch is often used, the attachment may be prone to allergies due to the impervious layer of the ointment, and the ointment layer must be attached for a period of time to function, and the ointment layer does not have In the case of breathable use, the skin at the attachment site must be uncomfortable or even rash. In addition, when the patch is peeled off the skin, the user may feel pain and the torn patch may not be used.

The creator of this creator has been researching and improving the skin, which is still not perfect, and has skin allergies, skin discomfort, tearing pain, and the inability to re-use. The industry's experience has led to the development of a new model that can improve the shortcomings of existing patches.

The present invention provides a reusable energy patch comprising: a gas permeable layer provided with a nano energy powder; a coating layer; and a cream layer sandwiched between the gas permeable layer and the covering layer Between the layers, nano energy powder is also arranged to provide super-energy to continuously finely refine and activate the ointment layer by the nano energy powder in the gas permeable layer and the ointment layer, so that the gas permeable layer is in contact with muscle soreness The part can effectively exert a soothing effect, so that the skin allergy, skin discomfort and tearing pain of the traditional patch can be improved, and the economic benefit of repeated use can be achieved.

10‧‧‧ breathable layer

11‧‧‧Nano Energy Powder

20‧‧‧coating

30‧‧‧Ointment layer

31‧‧‧Nano Energy Powder

Figure 1 is a schematic exploded view of the present invention.

Figure 2 is a schematic diagram of the three-dimensional combination of the present invention.

Figure 3 is a schematic cross-sectional view of the present invention.

Referring to Figures 1 to 3, the present invention includes at least: a gas permeable layer 10 provided with a nano energy powder 11; a coating layer 20; and a cream layer 30 sandwiched between the gas permeable layer 10 and the woven layer 10 Between the coatings 20, the ointment layer 30 is also provided with a nano energy powder 31 so that the nano-energy powders 11, 31 in the gas permeable layer 10 and the ointment layer 30 can continue to act on the ointment layer. 30, and the nano energy powders 11, 31 are characterized by special physicochemical properties such as increased charge conductivity, high surface reactivity, large specific surface area, increased particle edge and exposed angle, etc., after the particles enter the nanometer size. The surface of the nano-energy powders 11, 31 can be made of nano-silver, activated carbon, far-infrared particles or other materials by forming an uneven atomic step on the surface and exhibiting a unique catalytic activity and a fine molecular action.

According to the above main structural description, the nano energy powders 11, 31 in the novel gas permeable layer 10 and the cream layer 30 can emit super energy to continuously finely refine and activate the composition of the cream layer 30, so that the gas permeable layer 10 When it is close to the muscle sore area, it can effectively relieve the soothing effect, so that it can improve the skin allergy, skin discomfort and tear pain when the traditional patch is used, and can achieve the economic benefit of repeated use. .

Similarly, if the coating layer 20 is also provided with the aforementioned nano energy powder, it has better catalytic activity and fine molecular effect on the cream layer 30.

The cover layer 20 can be used as a release paper, and the adhesive layer 30 has an adhesive agent, so that the present invention can be uniformly produced by using the existing patch manufacturing equipment, but the material of the gas permeable layer 10 and the cream layer 30 must be changed. For it.

In summary, the overall structural features of the creation can be said to be unprecedented in the existing patches. Due to the careful design, it can improve the skin allergy, skin discomfort and tear of the traditional patch. From the pain, it can achieve the economic benefits of repeated use, and it is a very outstanding and excellent design. It has no similar creation or public publication in its similar products, so it is in line with the new patent. The application requirements are submitted in accordance with the law. However, the above is only a preferred embodiment of the present invention. When it is not possible to limit the scope of the creation of the creation, that is, the equal variation and modification of the patent application scope of the creation is within the scope of the creation. .

10‧‧‧ breathable layer

11‧‧‧Nano Energy Powder

20‧‧‧coating

30‧‧‧Ointment layer

31‧‧‧Nano Energy Powder

Claims (2)

A reusable energy patch comprising at least: a gas permeable layer provided with a nano energy powder; a coating layer; and a cream layer interposed between the gas permeable layer and the coating layer The ointment layer is also provided with nano energy powder. The reusable energy patch according to claim 1, wherein the coating layer is a release paper, and the adhesive layer is doped with an adhesive.