fig1 and 2 illustrate a drinking adapter 1 constructed in accordance with the present invention and a drinking system 2 comprising a drinking adapter 1 and commercially available beverage container 3 which may hold liquid 4 . fig1 is an axonometric view , and fig2 is a cross - sectional view taken along lines 2 — 2 of fig1 . the drinking system of fig1 comprises a closure member 10 having a mouthpiece 12 including an aperture 14 at an upper portion thereof and a member 16 at a lower end thereof . the mouthpiece 12 encloses a volume 15 exterior to the container 3 . the terms upper and lower are arbitrary . upper as used here means away from a closed end of the beverage container 3 , and lower means toward the closed end . radial and axial directions are with respect to a vertical axis 19 of the beverage container 3 . an opening 20 is normally at an upper end of the beverage container 3 surrounded by a neck 22 having outer threads 24 . the cap portion 16 has an axial dimension which may approximate that of the neck 22 . it is desirable to provide a dimension that is easy for a user to handle . if the beverage container 3 is asymmetrical , then the axis 19 may be that of the opening 20 . many well - known shapes may be used for the mouthpiece 12 . the mouthpiece 12 can include a substantially axial extension around which a child can place both teeth and lips . the mouthpiece 12 could alternatively comprise a tube or other convenient shape . affixed to the closure member 10 below the mouthpiece 12 is a cap 28 which among other things will serve as a cap to close and releasably engage the beverage container 3 . the cap 28 includes threads 30 for releasably engaging the threads 24 of the beverage container 3 . one or more forms of cap 28 maybe provided . the form depends on the sort of container 3 being utilized . among common soft drink containers , there is one generally standard thread of a selected pitch for plastic containers bearing plastic caps and a different thread for glass containers normally receiving “ twist ” off steel caps . preferred forms of the invention will include the cap 28 having threads 30 suitable for meshing with a plastic container 3 . normally plastic will be preferred to glass due to child safety issues . however , for applications in which the assembly 2 will be used only in the environment of deep pile carpeting , a glass beverage container 3 may be suitable for use . the threads 24 of the container 3 and threads 30 of the cap 28 could be replaced by other releasable engaging means , e . g ., a bayonet connection . threads 30 are preferred as a means of providing releasable engagement due to the prevalence of threads 24 on containers 3 . as seen in fig2 and also as better seen in fig3 , which is an exploded view in axonometric form of the elements of fig2 , the cap 28 contains a valve 34 which closes an aperture 31 in an upper surface 32 of the cap 16 . the valve 34 is preferably made of an elastomer and has a slit 36 formed therein . the cap 16 communicates a volume inside the containers 3 with an exterior volume , e . g ., the volume 15 in the mouthpiece 12 . when suction is applied to the mouthpiece 12 , the valve 34 deforms so that liquid 4 passes through the slit 36 . when no such suction is applied , the valve 34 remains closed . in order to provide further functionality , the drinking adapter 1 further comprises a handle 40 . with the handle 40 , the system 2 may be grasped by a user whether or not the container 3 has a handle . consequently , a juvenile user may support the system with one hand even if a user could not hold the container 3 with one hand . in the present invention , the handle 40 comprises a ring 42 . the ring 42 is a hollow , right , cylindrical solid having an inner diameter selected to mate with the cap member 16 . specific dimensions of the ring 16 may be selected to correspond to the hand size of a user . the ring 42 provides for more surface area for a user to hold than the closure member 10 and allows a user greater freedom in manipulation of the system 2 . the handle 40 need not be symmetrical , nor need it contact the closure member 10 around its entire periphery . a support member 46 supports the handle 40 to the closure member 10 . the handle 40 may be press fit over a leg member 47 extending axially from the support member 46 . alternatively the handle 40 may be secured to the support member 46 by adhesive or may be manufactured unitarily with the closure member 10 and support member 46 . fig4 is an elevation of a further form of the handle 40 . upper and lower peripheries of the handle 40 may be given ornamental shapes , either for greater ease of use by a child or simply for amusement . as illustrated in the present embodiment , axially displaced ends of the handle 40 have substantially sinusoidal borders . the handle 40 may also be shaped to display forms of animals or characters , making the drinking adapter 1 particularly suitable for use as licensed merchandise . alternatively , the handle 40 , as indicated in fig4 , may simply be imprinted with indicia 50 such as promotional material . consequently , the system could be branded with indicia of a theme park at which the drinking adapter 1 may be sold . the handle 40 may also be associated with movies , cartoons or theater productions . fig5 is an exploded cross sectional form of a further embodiment of the drinking adapter 1 . in this embodiment , the drinking adapter 1 has a substantially right cylindrical cap 60 , which may be threaded . the cap 60 has a top 62 through which a mouthpiece 68 , having an aperture 70 projects . the mouthpiece is preferably cylindrical , and tapered slightly to a smaller size as it approaches the aperture 70 . concentric with the mouthpiece 68 and radially inwardly thereof is an annular flange 72 projecting downwardly from a lower surface 74 of the top 62 of the cap 60 . an elastomeric valve 76 is received over the annular flange 72 . a retaining ring 79 , preferably of plastic fits over side walls of the valve 76 to retain the valve 76 on the annular flange 72 . also on the lower surface 74 is an annular boss 78 . the annular boss 78 cooperates with the neck 22 ( fig2 ) of the beverage container 3 for aiding in sealing . support member 80 projects radially from the cap 60 , terminating at a handle 82 . in this embodiment , components corresponding to the handle 40 and lower member of the cap member 16 ( fig2 ) are unitary . fig6 , 7 and 8 illustrate a further unitary embodiment . the same reference numerals are used to denote elements corresponding to those of fig5 . fig6 and 7 are upper and lower axonometric views of a further unitary embodiment , and fig8 is a cross - section taken along lines 8 — 8 of fig6 . fig9 is a cross - sectional illustration of an embodiment using an alternative form of valve . in this embodiment , an elastomeric valve 90 comprises an outer cylindrical member 92 . the cap 16 includes a central cylindrical portion 94 , which may be coaxial with the cap 16 . the cylindrical portion 94 includes an annular recess 96 which is axially offset from and radially surrounds an aperture 98 in the upper surface 32 of the cap 16 . the valve 90 may take any number of known forms . the valve 90 could , for example , be constructed as disclosed in u . s . pat . no . 5 , 213 , 236 . the drinking adapter 1 may be readily assembled by deforming a valve 90 to deform the outer cylindrical member to fit radially inwardly of the annual recess 96 . then the valve 90 is released , and the outer cylindrical member 92 is fit into the annular recess 96 . simplified assembly is achieved . what is thus provided is a versatile highly manufacturable system which may be used in an assembly with prior art drink containers . use of the system u . s . pat . no . 5 , 213 , 236 . the drinking adapter 1 may be readily assembled by deforming a valve 90 to deform the outer cylindrical member to fit radially inwardly of the annual recess 96 . then the valve 90 is released , and the outer cylindrical member 92 is fit into the annular recess 96 . simplified assembly is achieved . what is thus provided is a versatile highly manufacturable system which may be used in an assembly with prior art drink containers . use of the system eases the burden on a parent when taking a child out . the specification has been written with a view toward enabling those skilled in the art to provide many forms of drinking system and assembly constructed in accordance with the present invention .
a drinking adapter for juvenile use includes a closure member releasably engaged to a beverage container . the closure member comprises a cap , and a mouthpiece controls flow of fluid out of the container . a handle is supported to the closure member .