Hydration pack and bite valve thereof
A hydration pack has a reservoir for holding fluid, a fluid conduit extending from the reservoir for passage of the fluid from the reservoir, and a bite valve connected to a distal end of the fluid conduit. The bite valve includes a deformable sleeve having an open end defining an inlet and a closed end. At least one outlet is formed between the inlet and the closed end. A sheath is shrouded over all of the outlets and seals the same. The closed end of the sleeve extends beyond the sheath to provide a bite engagement area for opening the valve. Deforming the sleeve at the bite engagement area moves at least one of the outlets away from the sheath to allow fluid flow through the outlet.
1. A bite valve comprising:
a sleeve having an inlet and at least one outlet for passage of fluid; and
a sheath covering and sealing at least the outlet,
wherein the sleeve has an activation portion for moving the outlet away from the sheath to permit passage of fluid through the outlet,
wherein the sleeve is deformable and has an open end that defines the inlet, and has a closed end, the outlet being positioned between the inlet and the closed end and in fluid communication with the inlet, and
wherein the sheath remains fixed in a longitudinal direction while continuously covering the sleeve before, during, and after activation of the sleeve.
2. The bite valve according to claim 1 , wherein the activation portion extends beyond the sheath to provide a bite engagement section.
3. The bite valve according to claim 1 , wherein the sleeve has a sealing section, and the activation portion forms a bite engagement section that extends longitudinally from the sealing section.
4. The bite valve according to claim 3 , wherein the sheath has a distal open end situated near the outlet so that deforming the bite engagement section moves the outlet away from the sheath for passage of fluid through the outlet and through the distal open end of the sheath.
5. The bite valve according to claim 1 , wherein one of the sleeve and the sheath is configured to connect to a fluid supply conduit.
6. The bite valve according to claim 5 , wherein the inlet of the sleeve is figured to connect to the fluid supply conduit.
7. A bite valve as claimed in claim 1 ,
wherein the sleeve has four outlets for passage of fluid.
8. The bite valve according to claim 4 , wherein the bite engagement section extends outwardly from the distal open end of the sheath.
9. The bite valve according to claim 1 , wherein the sheath is substantially rigid and the sleeve is elastic.
10. The bite valve according to claim 4 , wherein the sheath has an outer dimension that is slightly larger than an inner dimension of the sleeve so that an outer periphery of the sleeve expands and seals against an inner surface of the sheath.
11. The bite valve according to claim 1 , wherein the sheath has a distal open end and the outlet is in close proximity to the distal open end.
12. A bite valve comprising:
a sleeve having an inlet and at least one outlet for passage of fluid;
a sheath covering and sealing at least the outlet; and
a pair of biting platforms positioned diametrically opposite to each other on the bite engagement section;
wherein the sleeve has an activation portion for moving the outlet away from the sheath to permit passage of fluid through the outlet; and
wherein the sleeve is deformable and has an open end that defines the inlet, and has a closed end, the outlet being positioned between the inlet and the closed end and in fluid communication with the inlet;
wherein the sleeve has a sealing section, and the activation portion forms a bite engagement section that extends longitudinally from the sealing section; and
wherein the sheath has a distal open end situated near the outlet so that deforming the bite engagement section moves the outlet away from the sheath for passage of fluid through the outlet and through the distal open end of the sheath.
13. A hydration pack comprising:
a reservoir for holding fluid;
a fluid conduit extending from the reservoir for passage of the fluid from the reservoir; and
a bite valve connected to a distal end of the fluid conduit, the bite valve comprising:
a sleeve having an inlet and at least one outlet for passage of fluid; and
a sheath covering and sealing at least the outlet,
wherein the sleeve has an activation portion for moving the outlet away from the sheath to permit passage of fluid through the outlet,
wherein the sleeve is deformable and has an open end that defines the inlet, and has a closed end, the outlet being positioned between the inlet and the closed end and in fluid communication with the inlet; and
wherein the sheath remains fixed in a longitudinal direction while continuously covering the sleeve before, during, and after activation of the sleeve.
14. The hydration pack according to claim 13 , wherein the sleeve has a sealing section, and the activation portion forms a bite engagement section that extends longitudinally from the sealing section.
15. The hydration pack according to claim 14 , wherein the sheath has a distal open end situated near the outlet so that deforming the bite engagement section moves the outlet away from the sheath for passage of fluid through the outlet and through the distal open end of the sheath.
16. The hydration pack according to claim 13 , wherein one of the sleeve and the sheath is connected to the fluid conduit.
17. The hydration pack according to claim 16 , wherein the inlet of the sleeve is connected to the fluid conduit.
18. A hydration pack as claimed in claim 13 ,
wherein the sleeve has four outlets for passage of fluid.
19. A hydration pack comprising:
a reservoir for holding fluid;
a fluid conduit extending from the reservoir for passage of the fluid from the reservoir; and
a bite valve connected to a distal end of the fluid conduit, the bite valve including a sleeve having an inlet and at least one outlet for passage of fluid, a sheath covering and sealing at least the outlet, and a pair of biting platforms positioned diametrically opposite to each other on the bite engagement sections;
wherein the sleeve has an activation portion for moving the outlet away from the sheath to permit passage of fluid through the outlet;
wherein the sleeve is deformable and has an open end that defines the inlet, and has a closed end, the outlet being positioned between the inlet and the closed end and in fluid communication with the inlet;
wherein the sleeve has a sealing section, and the activation portion forms a bite engagement section that extends longitudinally from the sealing section; and
wherein the sheath has a distal open end situated near the outlet so that deforming the bite engagement section moves the outlet away from the sheath for passage of fluid through the outlet and through the distal open end of the sheath.