Nursing dressing and its manufacturing method

Abstract

A nursing dressing and its manufacturing method are disclosed. The dressing provides a nursing energy wave that is activated automatically after being applied to a skin wound to inhibit bacteria and promote the regeneration of skin tissue. The dressing is a sheet made of interwoven microfibers and is combined with an energy-activating material that is triggered by water or light. When applied to the wound surface, the emitted energy wave acts on the wound to provide antibacterial and cell tissue regeneration benefits.

Claims

1. A method for manufacturing a nursing dressing, comprising: a yarn preparation, wherein the yarn preparation is a twisted yarn made of a plurality of microfibers; an interlacing operation, wherein the twisted yarn is woven into a fabric having interlacing gaps on the radial surface; a yarn opening operation, wherein the woven fabric is opened by dissolving, so that the fabric has yarn-fiber doubling gaps; an energy excitation material preparation, wherein an energy excitation material having physical energy generation is selected; a pressure operation, wherein the energy excitation material is pushed to generate high-speed flowing energy; an implantation operation, wherein the energy excitation material having the high-speed flowing energy is impacted into the interlacing gaps and yarn-fiber doubling gaps, and is clamped by the space between the interlacing gaps and yarn-fiber doubling gaps; a cutting operation, wherein the fabric having completed the above steps is cut into a sheet shape into a dressing; and a fold-resistant and light-blocking encapsulation, wherein the dressing is encapsulated using an encapsulating body having fold-resistant and light-blocking properties.

2. The method of manufacturing a nursing dressing as described in claim 1, wherein a drying process is added following the implantation process.

3. The method for manufacturing a nursing dressing as described in claim 1, wherein the energy-activating material is titanium dioxide, far-infrared conversion material, or nano-silver antibacterial material, or a mixture of the three.

4. The method for manufacturing a nursing dressing as described in claim 3, wherein the energy activating material is a powdered energy activating material or a liquid energy activating material mixed with a liquid interface material.

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