IPC분류정보
국가/구분 |
United States(US) Patent
등록
|
국제특허분류(IPC7판) |
|
출원번호 |
US-0289584
(2011-11-04)
|
등록번호 |
US-8707828
(2014-04-29)
|
발명자
/ 주소 |
|
출원인 / 주소 |
|
인용정보 |
피인용 횟수 :
0 인용 특허 :
4 |
초록
▼
An apparatus used for a corked bottle opening and fluid aeration device. It is comprised of a vertical holder with features to receive and guide the bottle and with features to permit and direct fluid flow for aeration; a cork-engaging member with a handle and corkscrew; a fluid receiving section; a
An apparatus used for a corked bottle opening and fluid aeration device. It is comprised of a vertical holder with features to receive and guide the bottle and with features to permit and direct fluid flow for aeration; a cork-engaging member with a handle and corkscrew; a fluid receiving section; and a means for connecting the apparatus to the atmosphere. Preferably the features divide the sections by a stop, by a cone shape, and by a shoulder. The apparatus engages the corkscrew to the holder when used as a bottle opener and the apparatus restricts fluid flow enabling a venturi effect when used as an aerator. The apparatus allows a full hand grip on holder and bottle to ease removal of a cork from the bottle.
대표청구항
▼
1. a combined corked bottle opener and fluid aerator apparatus, the apparatus comprising: (a) a cork-engaging member including a handle and a corkscrew;(b) a vertical holder with longitudinal axis, open to atmosphere on both ends, providing guide means for a cork-engaging member and a fluid flow pat
1. a combined corked bottle opener and fluid aerator apparatus, the apparatus comprising: (a) a cork-engaging member including a handle and a corkscrew;(b) a vertical holder with longitudinal axis, open to atmosphere on both ends, providing guide means for a cork-engaging member and a fluid flow path for fluid aeration through the holder such that a fluid can flow into and through the holder, the holder being defined by; (1) a corked bottle and fluid receiving section, vertically aligned and extending inward from said open end;(2) a stop, coupled to said corked bottle and fluid receiving section;(3) a cork and fluid receiving section, extending inward from said stop, vertically aligned to said corked bottle and fluid receiving section;(4) a cone shape, extending away from said cork and fluid receiving section and toward center axis of said holder;(5) a reduced area section, coupled to and extending from said cone shape;(6) at least one air inlet, connecting atmosphere with said reduced area section;(7) a shoulder, extending outward from the reduced area section;(8) a cork-engaging member and fluids receiving section, larger then said reduced area section, coupled to said shoulder extending to said open end, vertically aligned to reduced area section;wherein the corked bottle and fluid receiving section provides for corked bottle engagement and centering means for the corked bottle to the holder and for fluid receiving; the stop providing stop means for a corked bottle and bearing means for the holder to the top of the corked bottle; the cork and fluid receiving section is operative to hold a cork extracted from the corked bottle and a fluid; the corked bottle and fluid receiving section, the cork and fluid receiving section, and said cone shape cooperatively define a fluid reservoir and funnel; the cone shape is operative to be a cork stop and fluid funnel to funnel fluid into said reduced area section; the reduced area section is threaded to engage said cork-engaging member and constrict fluid flow from said reservoir, increasing fluid speed and lowering fluid pressure of passing fluid creating a vacuum; the shoulder and said cork-engaging member and fluids receiving section cooperatively form a cork-engaging member thread alignment section and fluid exit funnel to continue mixture of first and second fluid; the corked bottle and fluid receiving section, said stop, said cork and fluid receiving section, said cone shape, said reduced area section, said shoulder, and said cork-engaging member and fluids receiving section define a fluid flow path; the_fluid flow path extending from said open end to open end on said holder allowing fluid to flow into and through said holder operatively lowering fluid pressure of flowing fluid, creating a vacuum at said reduced area section drawing atmosphere to flow from outside of said holder through said air inlet and into said reduced area section to introduce and assimilate the flowing fluid with a second fluid; the corked bottle and fluid receiving section, said stop, said cork and fluid receiving section, said cone shape, said reduced area section, said shoulder, and said corkscrew and fluids receiving section define a cork-engaging member guide; and the air inlet coupling said fluid flow path to atmosphere. 2. The combined corked bottle opener and fluid aerator of claim 1 wherein said corked bottle and fluid receiving section operative to engage a corked bottle, align said corked bottle to said holder for cork extraction and receive a fluid during fluid aeration. 3. The combined corked bottle opener and fluid aerator of claim 1 wherein said stop provides stop means preventing said corked bottle from entering said cork and fluid receiving section and function as a bearing surface when the holder is rotated on the top of the corked bottle when removing the cork from the bottle. 4. The combined corked bottle opener and fluid aerator of claim 1 wherein said the corked bottle and fluid receiving section, the cork and fluid receiving section, and said cone shape cooperatively define a fluid reservoir and funnel. 5. The combined corked bottle opener and fluid aerator of claim 1 wherein said cone shape provides stop means for said cork when removing said cork from said cork-engaging member and funnel means to funnel fluid from said cork and fluid receiving section into said reduced area section. 6. The combined corked bottle opener and fluid aerator of claim 1 wherein said reduced area section is threaded to engage said cork-engaging member and constrict fluid flow from said reservoir, increasing fluid speed and lowering fluid pressure and creating a vacuum. 7. The combined corked bottle opener and fluid aerator of claim 6 wherein said threaded comprising a helical section with a diameter and thread pitch to compliment and engage said cork-engaging member. 8. The combined corked bottle opener and fluid aerator of claim 1 wherein said shoulder and cork-engaging member and fluids receiving section cooperatively provide a cork-engaging member receiving section and alignment to the thread and as a fluid receiving section for the fluids as they continue to mix and assimilate from said reduced area section as said fluids decrease in velocity and said fluid pressure increases. 9. The combined corked bottle opener and fluid aerator of claim 1 wherein said holder provides guide means for cork-engaging member. 10. The combined corked bottle opener and fluid aerator of claim 1 wherein said holder defines a fluid flow path for fluid aeration. 11. The combined corked bottle opener and fluid aerator of claim 1 wherein said a corked bottle and fluid receiving section, said stop, said cork and fluid receiving section, said cone shape, said reduced area section, said shoulder, and said cork-engaging member and fluids receiving section define a cork-engaging member guide. 12. The combined corked bottle opener and fluid aerator of claim 1 wherein said air inlet defines a pathway from the fluid flow path flowing through said reduced area section to the exterior of said holder allowing atmosphere to flow from the exterior of said holder to the interior of said holder mixing and assimilating the first fluid with a second fluid. 13. The combined corked bottle opener and fluid aerator of claim 1 wherein said fluid flow path extending from said open end to open end on said holder allowing a fluid to flow into and through said holder operatively lowering fluid pressure of flowing fluid, creating a vacuum at said reduced area section drawing atmosphere to flow from outside of said holder through said air inlet and into said reduced area section to introduce and assimilate the flowing fluid with a second fluid. 14. The combined corked bottle opener and fluid aerator of claim 13 wherein said a fluid is a wine. 15. The combined corked bottle opener and fluid aerator of claim 13 wherein said second fluid is atmosphere. 16. The combined corked bottle opener and fluid aerator of claim 1 wherein said holder includes a plurality of air inlets coupled to said reduced area section. 17. The combined corked bottle opener and fluid aerator of claim 1 wherein said corked bottle opener provides means to open a corked bottle with a full hand grip on said corked bottle and said holder while removing the cork from a corked bottle. 18. The combined corked bottle opener and fluid aerator of claim 1 wherein said cork-engaging member configured with a handle attached to a helical corkscrew, handle providing abutment means to top of said holder and hand grip means for rotation.
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