초록 ▼

A compartmentalized baby bottle includes main and secondary interior compartments for housing and selectively introducing a soluble mix to a fluid, as needed by the caregiver. A plurality of conduits are formed along a bottom-most end of the main interior compartments for allowing the soluble mix to

A compartmentalized baby bottle includes main and secondary interior compartments for housing and selectively introducing a soluble mix to a fluid, as needed by the caregiver. A plurality of conduits are formed along a bottom-most end of the main interior compartments for allowing the soluble mix to pass therethrough. A conduit-sealing mechanism is provided such that a care giver is permitted to selectively combine the mix and fluid together without prematurely exposing the mix. Advantageously, the conduit-sealing is selectively biased between open and closed positions for preventing the fluid and mix from undesirably mixing together until the care giver is ready to do same.

대표청구항 ▼

1. A compartmentalized baby bottle for storing and selectively introducing a soluble mix to a predetermined quantity of fluid, said compartmentalized baby bottle comprising: a main interior compartment adapted to receive and hold the fluid therein, said main interior compartment having a plurality o

1. A compartmentalized baby bottle for storing and selectively introducing a soluble mix to a predetermined quantity of fluid, said compartmentalized baby bottle comprising: a main interior compartment adapted to receive and hold the fluid therein, said main interior compartment having a plurality of conduits formed therein;a secondary interior compartment spaced apart from said main interior compartment and being adapted to receive and hold the soluble mix therein; anda conduit-sealing means for selectively maintaining said main interior compartment initially isolated from said secondary interior compartment during non-operating conditions;wherein said conduit-sealing means is intermediately and removably coupled to said main and secondary interior compartments respectively, said conduit-sealing means being arranged in such a manner that one of said main and secondary interior compartments remains statically affixed to said conduit-sealing means while another one of said main and secondary interior compartments is independently separated from said conduit-sealing means respectively;wherein said conduit-sealing means comprisesa body removably coupled to a bottom-most end of said main interior compartment and a top-most end of said secondary interior compartment;a divider statically conjoined to an interior perimeter of said body and being centrally positioned therein, said divider being provided with a first plurality of openings formed therein; andan activation switch slidably interfitted inside said body in such a manner that said activation switch sits on top of said divider, said activation switch being provided with a second plurality of openings selectively aligned with said first plurality of openings respectively;wherein said activation switch is suitably sized and shaped to be positioned on said divider and freely rotated along an arcuate path defined about a longitudinal axis passing through said divider. 2. The compartmentalized baby bottle of claim 1, wherein said first plurality of openings are in fluid communication with said conduits when said activation switch is rotated to an open position, wherein said open position is defined when said second plurality of openings are axially aligned with said first plurality of openings and said conduits respectively. 3. The compartmentalized baby bottle of claim 2, wherein said first plurality of openings are isolated from said conduits when said activation switch is rotated to a closed position, wherein said closed position is defined when said second plurality of openings are axially offset from said first plurality of openings and said conduits respectively. 4. The compartmentalized baby bottle of claim 3, wherein said activation switch is rotatably rotated within said body and thereby selectively adjusted between said open and closed positions respectively. 5. The compartmentalized baby bottle of claim 4, wherein each of said conduits are formed along a unique quadrant of said main interior compartment and said first plurality of openings are formed along said divider respectively such that said first plurality of openings and said conduits are selectively aligned while said activation switch is rotated between the open and closed positions respectively. 6. The compartmentalized baby bottle of claim 5, wherein said body is provided with a plurality of slots formed along an outer perimeter thereof, said activation switch being selectively displaced along said slots when rotated between said open and closed positions respectively. 7. The compartmentalized baby bottle of claim 1, wherein said divider bifurcates said body into a pair of cavities comprising: a first cavity extending from said first plurality of openings and terminating at said conduits respectively; anda second cavity extending from said first plurality of openings and terminating at a bottom-most end of said secondary interior compartment respectively;wherein said second cavity is in fluid communication with said main interior compartment when said second plurality of openings are aligned with said first plurality of openings. 8. A compartmentalized baby bottle for storing and selectively introducing a soluble mix to a predetermined quantity of fluid, said compartmentalized baby bottle comprising: a main interior compartment adapted to receive and hold the fluid therein, said main interior compartment having a plurality of conduits formed therein;a top nipple section removably connected to said main interior compartment;a secondary interior compartment spaced apart from said main interior compartment and being adapted to receive and hold the soluble mix therein; anda conduit-sealing means for selectively maintaining said main interior compartment initially isolated from said secondary interior compartment during non-operating conditions;wherein said conduit-sealing means is intermediately and removably coupled to said main and secondary interior compartments respectively, said conduit-sealing means being arranged in such a manner that one of said main and secondary interior compartments remains statically affixed to said conduit-sealing means while another one of said main and secondary interior compartments is independently separated from said conduit-sealing means respectively;wherein said conduit-sealing means comprisesa body removably coupled to a bottom-most end of said main interior compartment and a top-most end of said secondary interior compartment;a divider statically conjoined to an interior perimeter of said body and being centrally positioned therein, said divider being provided with a first plurality of openings formed therein; andan activation switch slidably interfitted inside said body in such a manner that said activation switch sits on top of said divider, said activation switch being provided with a second plurality of openings selectively aligned with said first plurality of openings respectively;wherein said activation switch is suitably sized and shaped to be positioned on said divider and freely rotated along an arcuate path defined about a longitudinal axis passing through said divider. 9. The compartmentalized baby bottle of claim 8, wherein said first plurality of openings are in fluid communication with said conduits when said activation switch is rotated to an open position, wherein said open position is defined when said second plurality of openings are axially aligned with said first plurality of openings and said conduits respectively. 10. The compartmentalized baby bottle of claim 9, wherein said first plurality of openings are isolated from said conduits when said activation switch is rotated to a closed position, wherein said closed position is defined when said second plurality of openings are axially offset from said first plurality of openings and said conduits respectively. 11. The compartmentalized baby bottle of claim 10, wherein said activation switch is rotatably rotated within said body and thereby selectively adjusted between said open and closed positions respectively. 12. The compartmentalized baby bottle of claim 11, wherein each of said conduits are formed along a unique quadrant of said main interior compartment and said first plurality of openings are formed along said divider respectively such that said first plurality of openings and said conduits are selectively aligned while said activation switch is rotated between the open and closed positions respectively. 13. The compartmentalized baby bottle of claim 12, wherein said body is provided with a plurality of slots formed along an outer perimeter thereof, said activation switch being selectively displaced along said slots when rotated between said open and closed positions respectively. 14. The compartmentalized baby bottle of claim 8, wherein said divider bifurcates said body into a pair of cavities comprising: a first cavity extending from said first plurality of openings and terminating at said conduits respectively; anda second cavity extending from said first plurality of openings and terminating at a bottom-most end of said secondary interior compartment respectively;wherein said second cavity is in fluid communication with said main interior compartment when said second plurality of openings are aligned with said first plurality of openings.