Connector assembly and methods of use

1. A connector assembly comprising

an elastomeric connector having an opening therethrough comprising a body portion and connector flange portion at a distal end thereof;

wherein the connector flange portion is approximately perpendicular to the body portion;

a rigid compression fitting having an opening aligned with the opening of the elastomeric connector;

wherein the rigid compression fitting is relatively more rigid than the elastomeric connector;

wherein the rigid compression fitting comprises a female cap, a double sided male component, and an insert having dimensions to fit therebetween;

wherein a first end of the double sided male component has an outer circumference that is larger than an outer circumference of the second end of the double sided male component; and

wherein the insert comprises a tube portion and an insert flange portion, wherein the insert flange portion is approximately perpendicular to the tube portion.

2. The connector assembly of claim 1

wherein the insert flange portion is proximate a first end of the insert and is about the same circumference as the connector flange portion; and

wherein the tube portion is proximate a second end of the insert and has a length that is shorter than a length of the elastomeric connector and has an outer circumference that is about the same as an inner circumference of the elastomeric connector.

3. The connector assembly of claim 1

wherein the female cap and the first end of the double sided male component are threaded.

4. The connector assembly of claim 1

wherein the circumference of the insert flange portion and the outer circumference of the first end of the of the double sided male component are about the same.

5. The connector assembly of claim 1

wherein the first end of the double sided male component comprises a complementary male end that is complementary to the female cap;

wherein the second end of the double sided male component comprises a male hose end;

wherein the female cap comprises a rim that forms a first opening approximately the same dimension as the outer circumference of the elastomeric connector;

wherein a second opening in the female cap has a larger circumference than the insert flange portion; and

wherein when assembled:

the tube portion is positioned inside the distal end of the elastomeric connector and the insert flange portion rests against the connector flange;

wherein most of the elastomeric connector and a portion of the tube portion extend through the first opening of the female cap;

the connector flange rests against an inner surface of the rim; and

the insert flange portion and the connector flange are compressed against the rim forming a seal.

6. A converter hose comprising

the connector assembly of claim 1 ; and

a hose that is more rigid than the elastomeric connector and less rigid than the compression fitting.

7. The converter hose of claim 6

wherein the elastomeric connector has a wall thickness of about 1/32″ to ½″.

8. The converter hose of claim 6

wherein the wall thickness is about 1/16″ to ¼″.

9. The converter hose of claim 6

wherein the elastomeric connector comprises a thermoplastic elastomer having a durometer hardness Shore Type OO value of about 30-50.

10. The converter hose of claim 6

wherein the elastomeric connector has a length of about 3-10 inches.

11. The converter hose of claim 6

wherein the hose comprises silicon or polyvinyl chloride.

12. The converter hose of claim 6 further comprising

a nozzle attached to a second end of the hose.

13. A method of using the converter hose of claim 6 comprising

attaching the proximal end of the elastomeric connector to a fixture or the end of a vacuum cleaner hose.

14. A connector assembly comprising

an elastomeric connector comprising an approximately perpendicular connector flange at a distal end thereof and an opening therethrough; and

a rigid compression fitting having an opening aligned with the opening of the elastomeric connector comprising a female cap and a double sided male component and an insert a size to fit therebetween;

wherein the insert comprises a tube and an approximately perpendicular insert flange;

wherein the insert flange is proximate a first end of the insert and is about the same circumference as the connector flange;

wherein the tube is proximate a second end of the insert and has a length that is shorter than a length of the elastomeric connector and has an outer circumference that is about the same as an inner circumference of the elastomeric connector;

wherein the double sided male component comprises a complementary male end that is complementary to the female cap and a male hose end that attaches to a hose when in use, and a transition plane between a larger opening of the complementary male end and a smaller opening in the male hose end, wherein the transition plane is proximate an opening of the male hose end;

wherein the female cap comprises a rim that forms a first opening approximately the same dimension as the outer circumference of the elastomeric connector;

wherein a second opening in the female cap has a larger circumference than the insert flange;

wherein the tube is positioned inside the distal end of the elastomeric connector and the insert flange rests against the connector flange;

wherein most of the elastomeric connector and some of the tube extend through the first opening of the female cap;

wherein the connector flange rests against an inner surface of the rim; and

wherein the insert flange and the connector flange are compressed between the rim and the transition plane to form a seal.

15. A converter hose comprising

the connector assembly of claim 14 ; and

a hose that is more rigid than the elastomeric connector and less rigid than the compression fitting.