Electronic cigarette carrier

1. An electronic cigarette carrier for enclosing, and accessing an electronic cigarette, the electronic cigarette carrier comprising:

an electronic cigarette enclosure that extends from within the electronic cigarette carrier to an exterior surface, the electronic cigarette enclosure configured and arranged to enclose the electronic cigarette therein;

an interface formed along a length of the electronic cigarette enclosure, the interface configured and arranged, in response to a first compression force applied transverse to a plane of the interface, to direct the first compression force across the interface, thereby deforming a portion of the electronic cigarette enclosure that is configured to reduce the frictional coupling between the electronic cigarette and the electronic cigarette enclosure, and allowing a user to extract the electronic cigarette from the electronic cigarette enclosure; and

a retention feature coupled to the exterior surface of the electronic cigarette carrier adjacent the electronic cigarette enclosure, the retention feature configured and arranged to deform in response to contact with the electronic cigarette, the deformation facilitating extraction of the electronic cigarette from the electronic cigarette enclosure; and wherein the retention feature is configured to actuate when the electronic cigarette is inserted into the electronic cigarette carrier and enclose a portion of the electronic cigarette enclosure when the electronic cigarette is retracted into the electronic cigarette enclosure.

2. The electronic cigarette carrier of claim 1 , wherein the retention feature includes one or more compliant portions, the one or more compliant portions configured and arranged to deform in response to the electronic cigarette being accessed.

3. The electronic cigarette carrier of claim 1 , wherein the electronic cigarette carrier further includes a top portion and a bottom portion on either side of the interface, and a hinge;

wherein the top and bottom portions form the electronic cigarette enclosure; and

wherein the hinge rotatably couples the top and bottom portions and is opposite the interface.

4. The electronic cigarette carrier of claim 3 , wherein the top and bottom portions are further configured and arranged, in response to the application of a second tensile force transverse to an axis of the interface, to rotatably release the top and bottom portions relative to the hinge, and thereby provide the alternative access means to the electronic cigarette enclosed within the electronic cigarette enclosure.

5. The electronic cigarette carrier of claim 1 , wherein the retention feature is releasably coupled to the exterior surface of the electronic cigarette carrier adjacent the electronic cigarette enclosure, the retention feature is further configured and arranged to provide access to the electronic cigarette by deforming in response to an external force placing the electronic cigarette into contact with the retention feature, and returning to its natural state to enclose the electronic cigarette enclosure after the external force has dissipated.

6. A system for enclosing and accessing an electronic cigarette comprising:

an electronic cigarette; and

an electronic cigarette carrier including a top portion comprising a compliant material, a bottom portion comprising a non-compliant material that is less compliant than the compliant material of the top portion, and an electronic cigarette enclosure formed between the top and bottom portions, and an opening extending between the electronic cigarette enclosure and a first exterior surface of the electronic cigarette carrier;

an access mechanism formed by the top and bottom portions, the access mechanism configured and arranged to frictionally couple the electronic cigarette to the electronic cigarette enclosure, and in response to a first compression force applied transverse to an interface of the top and bottom portions of the electronic cigarette enclosure, the top portion deforms relative to the bottom portion reducing the frictional coupling between the electronic cigarette and the electronic cigarette enclosure, allowing the electronic cigarette to exit the electronic cigarette enclosure via the opening, and further allowing the electronic cigarette to be retracted into the electronic cigarette carrier through the opening.

7. The system of claim 6 , wherein the access mechanism includes a control configured and arranged to activate the access mechanism.

8. The system of claim 6 , wherein the access mechanism is further configured and arranged to receive the electronic cigarette into the electronic cigarette enclosure.

9. The system of claim 6 , wherein the electronic cigarette carrier further includes a hinge rotatably coupling the top portion to the bottom portion, the hinge configured and arranged to provide an alternative access means to the electronic cigarette enclosed within the electronic cigarette enclosure.

10. An electronic cigarette carrier for enclosing, and accessing an electronic cigarette, the electronic cigarette carrier comprising:

an electronic cigarette enclosure that extends from within the electronic cigarette carrier to an exterior surface, the electronic cigarette enclosure configured and arranged to enclose the electronic cigarette therein; and

a retention feature coupled to the exterior surface of the electronic cigarette carrier adjacent the electronic cigarette enclosure, the retention feature configured and arranged to

deform in response to contact with the electronic cigarette, the deformation facilitating extraction of the electronic cigarette from the electronic cigarette enclosure;

deform in response to contact with the electronic cigarette to facilitate insertion of the electronic cigarette into the electronic cigarette enclosure; and

enclose a portion of the electronic cigarette enclosure when the electronic cigarette is retracted into the electronic cigarette enclosure;

a top portion made of a compliant material;

a bottom portion made of a non-compliant material that is less compliant than the compliant material of the top portion;

a hinge rotatably coupling the top and bottom portions; and

an interface between the top and bottom portions that extends coaxially with a length of the electronic cigarette enclosure;

wherein the top and bottom portions form the electronic cigarette enclosure, and the top and bottom portions are configured and arranged to frictionally couple the electronic cigarette to the electronic cigarette enclosure;

wherein the top and bottom portions and the interface are configured and arranged, in response to a first compression force applied transverse to a plane of the interface, to direct the first force across the interface thereby deforming the top portion relative to the bottom portion, which is configured to reduce the frictional coupling between the electronic cigarette and the electronic cigarette enclosure, releasing the electronic cigarette from the electronic cigarette enclosure via the retention feature, and further allowing the electronic cigarette to be retracted into the electronic cigarette carrier via the retention feature.

11. The electronic cigarette carrier of claim 10 , wherein the hinge is opposite the interface.

12. The electronic cigarette carrier of claim 10 , wherein the top and bottom portions are further configured and arranged, in response to the application of a tensile force transverse to an axis of the interface, to rotatably release the top and bottom portions relative to the hinge, and thereby provide the alternative access means to the electronic cigarette enclosed within the electronic cigarette enclosure.

13. The electronic cigarette carrier of claim 10 , wherein the retention feature is releasably coupled to the exterior surface of the electronic cigarette carrier adjacent the electronic cigarette enclosure, the retention feature is further configured and arranged to provide access to the electronic cigarette by deforming in response to an external force placing the electronic cigarette into contact with the retention feature, and returning to its natural state to enclose the electronic cigarette enclosure after the external force has dissipated.