Dressing with offloading capability

1. A dressing for treating a tissue site, comprising:

a fluid transport layer comprising a first side and a second side configured to be in fluid communication with the tissue site, the first side of the fluid transport layer adapted to be positioned facing the tissue site, the first side of the fluid transport layer is a hydrophilic side, the second side of the fluid transport layer is a hydrophobic side, the hydrophobic side adapted to wick a liquid along the fluid transport layer in a lateral direction normal to a thickness of the fluid transport layer;

an offloading layer in fluid communication with the fluid transport layer, the offloading layer comprising a force offloading region and a target region;

a liquid deflector positioned between the second side of the fluid transport layer and the offloading layer, the liquid deflector configured to deflect the liquid from the tissue site into contact with the target region of the offloading layer; and

a liquid permeable enclosing layer that is continuous such that it does not include an aperture separately disposed therethrough, wherein the offloading layer is positioned in fluid communication between the fluid transport layer and the enclosing layer, and wherein a periphery of the fluid transport layer is coupled to a periphery of the enclosing layer defining an offloading enclosure surrounding the offloading layer between the fluid transport layer and the enclosing layer.

2. The dressing of claim 1 , wherein the fluid transport layer comprises a fluid permeable material.

3. The dressing of claim 1 , wherein the hydrophilic side comprises a fibrous surface adapted to acquire the liquid from the tissue site, and wherein the hydrophobic side comprises a directional grain adapted to wick the liquid along the directional grain.

4. The dressing of claim 1 , wherein the offloading layer comprises a super absorbent material.

5. The dressing of claim 1 , wherein the target region of the offloading layer is adapted to expand normal to the fluid transport layer upon contact with the liquid, and wherein the force offloading region of the offloading layer is adapted to be substantially free of expansion.

6. The dressing of claim 1 , wherein the force offloading region of the offloading layer is adapted to be substantially free of contact with the liquid.

7. The dressing of claim 1 , wherein the offloading layer comprises an absorbent material positioned at least in the target region.

8. The dressing of claim 1 , wherein the offloading layer comprises an absorbent material, the target region having more of the absorbent material than the force offloading region.

9. The dressing of claim 1 , wherein the offloading layer comprises an absorbent material, the target region being more absorbent than the force offloading region.

10. The dressing of claim 1 , wherein a portion of the offloading layer is removed in the force offloading region.

11. The dressing of claim 1 , wherein the offloading layer comprises a plurality of perforations disposed through the offloading layer in the force offloading region, the target region being substantially free of the perforations.

12. The dressing of claim 1 , wherein the offloading layer comprises a substantially continuous sheet of an absorbent material.

13. The dressing of claim 1 , wherein the target region is positioned around the force offloading region.

14. The dressing of claim 1 , wherein the target region is positioned at a periphery of the force offloading region.

15. The dressing of claim 1 , wherein the force offloading region is adapted to cover the tissue site, and wherein the target region is adapted to be positioned at a periphery of the tissue site.

16. The dressing of claim 1 , wherein the liquid deflector comprises a substantially liquid-impermeable material.

17. The dressing of claim 16 , wherein the liquid deflector comprises a substantially continuous sheet.

18. The dressing of claim 1 , wherein the liquid deflector is configured to deflect the liquid away from the force offloading region.

19. The dressing of claim 1 , wherein the liquid deflector is adapted to be positioned between the offloading layer and the tissue site.

20. The dressing of claim 1 , wherein the liquid deflector comprises a first portion adapted to cover the force offloading region of the offloading layer and a second portion adapted to cover the target region of the offloading layer, an opening being disposed through the second portion of the liquid deflector for providing fluid communication to the target region.

21. The dressing of claim 1 , wherein the target region of the offloading layer is adapted to extend beyond a periphery of the liquid deflector such that the liquid from the tissue site is directed around the periphery of the liquid deflector.

22. The dressing of claim 1 , wherein the liquid deflector is adapted to cover the offloading region of the offloading layer, and wherein the target region of the offloading layer is adapted to be positioned around a periphery of the liquid deflector.

23. The dressing of claim 1 , wherein the liquid deflector has a surface area smaller than a surface area of the offloading layer.

24. The dressing of claim 1 , wherein the liquid deflector comprises a surface area between about 50 percent to about 80 percent of a surface area of the offloading layer.

25. The dressing of claim 1 , further comprising a sealing member adapted to provide a sealed space between the sealing member and the tissue site, wherein the fluid transport layer, the offloading layer, and the liquid deflector are each adapted to be positioned within the sealed space.

26. The dressing of claim 25 , wherein the enclosing layer is disposed between the sealing member and the offloading layer.

27. The dressing of claim 1 , wherein the enclosing layer comprises a porous material.

28. The dressing of claim 1 , wherein the enclosing layer is a non-wicking layer.

29. The dressing of claim 1 , further comprising a dressing guide indicator visible on a side of the dressing adapted to face away from the tissue site, the dressing guide indicator substantially centered on the offloading region of the offloading layer.

30. The dressing of claim 1 , further comprising a color change dye adapted to change color when in contact with liquid, wherein the color change dye is positioned substantially centered on the offloading region of the offloading layer and visible on a side of the dressing adapted to face away from the tissue site.

31. A method of offloading a force at a tissue site, comprising:

positioning an offloading layer at the tissue site, the offloading layer comprising a force offloading region and a target region, the target region being positioned at a periphery of the tissue site;

positioning a fluid transport layer between the offloading layer and the tissue site, the fluid transport layer comprising a hydrophilic side and a hydrophobic side, the hydrophilic side configured to face the tissue site, the hydrophobic side configured to wick a liquid along the fluid transport layer in a lateral direction normal to a thickness of the fluid transport layer;

enclosing the offloading layer between the fluid transport layer and a liquid permeable enclosing layer that is continuous such that it does not include an aperture separately disposed therethrough, wherein a periphery of the fluid transport layer is coupled to a periphery of the enclosing layer defining an offloading enclosure surrounding the offloading layer between the fluid transport layer and the enclosing layer; and

expanding at least the target region of the offloading layer, the target region being expanded more than the force offloading region.

32. The method of claim 31 , wherein at least the target region of the offloading layer is adapted to expand upon contact with the liquid.

33. The method of claim 31 , wherein the offloading layer comprises an absorbent material positioned at least in the target region.

34. The method of claim 31 , wherein the target region of the offloading layer is positioned around the periphery of the tissue site.

35. The method of claim 31 , wherein the offloading region is substantially free of expansion after expanding the target region of the offloading layer.

36. The method of claim 31 , wherein expanding at least the target region of the offloading layer comprises increasing a thickness of at least the target region of the offloading layer in a direction normal to the tissue site.

37. The method of claim 31 , wherein expanding at least the target region of the offloading layer comprises deflecting the liquid from the tissue site into contact with the target region.

38. The method of claim 31 , wherein expanding at least the target region of the offloading layer comprises positioning a liquid deflector between the tissue site and the offloading layer, wherein the liquid deflector is configured to deflect the liquid from the tissue site toward the target region of the offloading layer.

39. The method of claim 38 , wherein the liquid deflector is further configured to deflect the liquid from the tissue site away from the force offloading region.

40. The method of claim 38 , further comprising covering the force offloading region of the offloading layer with the liquid deflector.

41. The method of claim 38 , further comprising covering the force offloading region and the target region of the offloading layer with the liquid deflector, the liquid deflector comprising an opening disposed through at least a portion of the liquid deflector covering the target region.

42. The method of claim 38 , wherein the target region of the offloading layer extends beyond a periphery of the liquid deflector such that the liquid is deflected around the periphery of the liquid deflector and into contact with the target region.

43. The method of claim 38 , further comprising positioning the target region of the offloading layer at a periphery of the liquid deflector.

44. The method of claim 38 , wherein the liquid deflector comprises a liquid impermeable material.

45. The method of claim 31 , wherein the fluid transport layer is fluid permeable.