Ostomy pouch support kit, system and method

• US 10,285,849 B2
• Filed: 08/20/2014
• Issued: 05/14/2019
• Est. Priority Date: 05/08/2014
• Status: Active Grant

• Current Assignee: Nu-Hope Laboratories Inc.
• Original Assignee: Nu-Hope Laboratories Inc.
• Inventors: Galindo, Bradley J.
• Primary Examiner(s): Su, Susan S
• Application Number:
  US15/309,441
• Publication Number:
  US 20170181885A1
• Time in Patent Office: 1,728 Days
• CPC Class Codes: A61F 5/449 Body securing means, e.g. belts, garments

Abstract

An ostomy support system, retrofit kit and deployment method may involve an ostomy pouch subsystem, a belt ring and a belt. The ostomy pouch subsystem includes a pouch, a wafer and a junction portion therebetween. The belt ring includes a junction-engagement aperture and first and second lateral securement portions disposed laterally of the aperture. The belt ring is configured to be repeatedly placed into and out of mounted engagement with the ostomy pouch subsystem. When the belt ring is in such mounted engagement, the aperture is in receipt of the junction portion and axially retained between the pouch and wafer. The belt includes two end portions configured for securement to respective belt securement portions. One or both end portions may be releasably securable to its respective belt securement portion by way of hook and loop fastener surfaces. Methods are also provided to deploy the ostomy support system on a wearer.

Claims

1. A support retrofit kit for an ostomy pouch subsystem having a pouch element, a wafer element and a junction portion, said kit comprising:

a belt ring element including a junction-engagement aperture and first and second belt securement portions opposingly disposed laterally of said aperture, said belt ring element configured to being repeatedly placed in and removed from mounted engagement with said ostomy pouch subsystem;

wherein when said belt ring element is in said mounted engagement, said aperture is in receipt of said junction portion and is axially retained between said pouch element and said wafer element; and

wherein said junction portion is a weld joint defined by the permanent sealed engagement between said pouch element and said wafer element.

2. A support retrofit kit as defined in claim 1, further comprising an elastic belt element having first and second belt end portions configured for securement to respective said belt securement portions.

3. A support retrofit kit as defined in claim 2 wherein said belt element has a belt width, said belt securement portions each include an elongated slot for receiving said belt element therethrough, and said elongated slots have a slot length which is substantially the same as the belt width.

4. A support retrofit kit as defined in claim 3 wherein said belt slots are parallel to one another and said belt width is between 85% and 100% of said slot length.

5. A support retrofit kit as defined in claim 2 wherein one of said belt end portions is permanently affixed to a respective one of said belt securement portions, and the other said belt end portion is releasably securable to its respective belt securement portion by way of hook and loop fastener surfaces.

6. A support retrofit kit for an ostomy pouch subsystem having a pouch element, a wafer element and a junction portion, said kit comprising:

a belt ring element including a junction-engagement aperture and first and second belt securement portions opposingly disposed laterally of said aperture, said belt ring element configured to being repeatedly placed in and removed from mounted engagement with said ostomy pouch subsystem;

wherein when said belt ring element is in said mounted engagement, said aperture is in receipt of said junction portion and is axially retained between said pouch element and said wafer element; and

wherein said junction portion has a cross-section which is non-circular, and said aperture has a shape which is complementary to said cross-section so as to restrict relative rotation between said belt ring element and said junction portion when said belt ring portion is in said mounted engagement.

7. A support retrofit kit as defined in claim 6 wherein said cross-section is polygonal or oval.

8. A method of deploying an ostomy support system on a wearer, said method comprising the following steps:

selecting a belt ring element including a junction-engagement aperture, first and second belt securement portions opposingly disposed laterally of said aperture, and a belt element having first and second belt end portions configured for securement to respective said belt securement portions;

providing an ostomy pouch subsystem having a pouch element, a wafer element and a junction portion, wherein said junction portion is a weld joint defined by the permanent sealed engagement between said pouch element and said wafer element;

placing said belt ring element in mounted engagement with said ostomy pouch subsystem whereby said aperture is in receipt of said junction portion and said belt ring element is axially retained between said pouch element and said wafer element;

adhering said wafer element to the skin of said wearer in alignment about a stoma; and

wrapping said belt element around the torso of said wearer.

9. A method as defined in claim 8 wherein said belt element has a belt width, said belt securement portions each include an elongated slot for receiving said belt element therethrough, and said elongated slots have a slot length which is substantially the same as the belt width.

10. A method as defined in claim 9 wherein said belt slots are parallel to one another and said belt width is between 85% and 100% of said slot length.

11. A method as defined in claim 8 wherein one of said belt end portions is permanently affixed to a respective one of said belt securement portions.

12. A method as defined in claim 8 wherein

said pouch element includes an inner face to which the junction portion is affixed, an outer face opposite thereof, a pair of lateral sides, a lower end and an upper end;

and

said step of placing is performed by way of at least;

folding said lateral sides toward one another over said outer face;

inserting said lower end into said aperture;

sliding said belt ring element toward said upper end; and

feeding said upper end through said aperture.

13. A method of deploying an ostomy support system on a wearer, said method comprising the following steps:

selecting a belt ring element including a junction-engagement aperture, first and second belt securement portions opposingly disposed laterally of said aperture, and a belt element having first and second belt end portions configured for securement to respective said belt securement portions;

providing an ostomy pouch subsystem having a pouch element, a wafer element and a junction portion;

placing said belt ring element in mounted engagement with said ostomy pouch subsystem whereby said aperture is in receipt of said junction portion and said belt ring element is axially retained between said pouch element and said wafer element;

adhering said wafer element to the skin of said wearer in alignment about a stoma; and

wrapping said belt element around the torso of said wearer;

wherein said junction portion has a cross-section which is non-circular, and said aperture has a shape which is complementary to said cross-section so as to restrict relative rotation between said belt ring element and said junction portion when said belt ring portion is in said mounted engagement.

14. A method as defined in claim 13 wherein said cross-section is polygonal or oval.