Medical bandage backing sheet
OwnerDimitrije Stojanovkiinventor
Life of this patent
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OwnerDimitrije Stojanovkiinventor
Estimating the term…
Standard backing sheets on bandages are made to secure the placement of the absorption pad and to prevent blood from seeping out. With these standard bandages the blood will accumulate in a single area from the wound site. This buildup in a single area will cause more frequent bandage replacements and it can cause seepage issues. The buildup can also cause a more damp and wet feeling for the user. The improved medical bandage backing sheet can prevent this and distribute the blood from a wound site throughout that absorption pad. Utilizing the maximum surface area of that absorption pad or gauze and prevent blood build up in one certain area. In return causing less seepage, a damp feeling to the user, and bandage replacements. The improved backing sheet can also be made with oligodynamic coated threads giving it antimicrobial properties.
A bandage device comprising:
A bandage comprising a cloth layer backing sheet portion comprising two side tab portions and one central portion provided.
A bandage gauze comprising a backing sheet layer portion joined with an absorption material layer adhered at the bottom.
A bandage gauze comprising a backing sheet layer portion joined together with an absorption material layer adhered at the bottom.
Where the above claims have an absorbent layer located above and under the oligodynamic perforated or segmented backing sheet layer.
Where the above claims can have an oligodynamic backing sheet periphery or a non-oligodynamic backing sheet periphery.
Where the oligodynamic backing sheet also comprises non-coated threads with less absorption properties over the absorption pad portion next to the coated oligodynamic threads.
Where the oligodynamic backing sheet also comprises of non-coated threads with less absorption properties over the absorption pad portion next to the oligodynamic coated threads. Where 50% or more of the bandage backing sheet threads have an oligodynamic coating on it.
Where the oligodynamic backing sheet also comprises of non-coated threads with less absorption properties over the absorption pad portion next to the oligodynamic coated threads. Where 50% or less of the bandage backing sheet threads have an oligodynamic coating on it.
Where the oligodynamic backing sheet has a combination of perforated and segments.
Where the oligodynamic backing sheet is a multilayer of perforated or segments or a multilayer and combinations perforated and segments
Where the above claims backing sheet perforations are larger than the porous or mesh structure of some absorbent materials that gauze pads can be made from. That these perforations are at least 1 mm or larger on the backing sheet and the backing sheet does not have any oligodynamic coating on it.
Where the above claims backing sheet segments are spaced larger than the porous or mesh structure of some absorbent materials that gauze pads can be made from. That these segments are spaced at least 1 mm or larger on the backing sheet and the backing sheet does not have any oligodynamic coating on it.
Where the above claims where the backing sheet and bandage can be made out of various shapes and sizes
Where the above claims can be made into individual bandages or in a roll form
Where the above claims are classified as a class 1 or class 2 device under the FDA. Where the device has a product usage of 48 hours or less.
Where the oligodynamic coated threads can be a combination of various oligodynamic threads and not limited to one particular coating style.
Oligodynamic backing sheet is not limited to fabric bandages and can be made into polymers type bandages.
Where the backing sheet perforations are 2 mm and larger or the backing sheet segments are spaced 2 mm or larger.
Where the backing sheet perforations are 3 mm and larger or the backing sheet segments are spaced 3 mm or larger.
Dependencies are inferred from the claim text.