fig1 shows an exemplary shakeable container 10 according to at least one embodiment . in some embodiments , shakeable container 10 includes a straw 12 , agitator 14 , and lid 16 . in certain embodiments , the straw 12 includes a flange 18 located on a bottom portion 20 of the straw 12 and a threaded portion 22 ( not shown ) located on a top portion 24 of the straw 12 . in some embodiments , the agitator 14 is that of an hourglass shape , constructed of a metal wire coiled in a manner to create this shape . in certain embodiments , the agitator 14 creates several points of contact with straw 12 creating a connection with the straw 12 that allows the agitator 14 to move freely up and down straw 12 when the shakeable container 10 is shaken . in some embodiments , flange 18 is in contact with a base 25 of shakeable container 10 . in other embodiments , flange 18 does not contact the base 25 of shakeable container 10 . fig1 also shows a view of the shakeable container 10 , where the shakeable container 10 has a flip - up straw 50 in closed position . in addition , fig1 shows lid cover 60 in closed position . fig2 shows an exemplary shakeable container 10 from the reverse side of fig1 . in particular , fig2 shows lid 16 from the opposite view as is shown in fig1 . in this view , the flip - up straw 50 is not viewable because it is in closed position . fig3 shows an exemplary shakeable container 10 in a perspective view . from this view , the agitator 14 is shown in an hour - glass shape where the separation of wires 15 of agitator 14 can be seen before they have been compressed . in this embodiment , the agitator 14 is positioned toward the bottom of the straw 12 . fig3 also shows flip - up straw 50 in closed position and lid cover 60 in closed position . in this embodiment of lid cover 60 , lid cover 60 has a lip 61 . in some embodiments , lid 61 serves as a handle or gripping device on which a user can place his or her hand to assist in opening the lid cover 60 . fig4 shows shakeable container 10 from a side view where lip 61 of lid cover 60 is on the left side of shakeable container 10 . this embodiment also shows that flange 18 does not contact the base 25 of shakeable container 10 . similarly , fig5 shows the reverse side of shakeable container 10 where lip 61 of lid cover 60 is on the right side of shakeable container 10 . fig6 is a top view of an embodiment of the lid 60 that shows the flip - up straw 50 in closed position and lid cover 60 in a closed position . fig7 shows a bottom view of an embodiment of the shakeable container 10 that shows the bottom view of base 25 . fig8 shows an embodiment of shakeable container 10 from a bottom perspective view . from this view , one can see the bottom side of base 25 as well as the bottom side of agitator 14 where space between wires 15 can be seen . in addition , fig8 shows the underside of lid 16 where the underside of second opening 56 can also be seen including the bottom side of chug cap 58 when chug cap 58 is inserted into the second opening and where lid cover 60 is in closed position . in addition , fig8 shows the underside of flip - up straw 50 in closed position . in this embodiment , the content , whether it is liquid or otherwise , of shakeable container 10 is secure and allows a user to freely and aggressively shake the exemplary shakeable container 10 without spilling the contents . fig9 a is a top view of an embodiment of the lid 16 that shows the flip - up straw 50 in closed position and lid cover 60 . fig9 b is a side view of an embodiment of the lid 16 that shows the flip - up straw 50 in closed position and lid cover 60 . fig1 is an embodiment that shows lid cover 60 when removed from lid 16 . fig1 also shows second opening 56 and flip - up straw 50 in closed position . fig1 shows a front view of shakeable container 10 where flip - up straw 50 is in open position and where lid cover 60 is not attached . fig1 shows the reverse side as is shown in fig1 where flip - up straw 50 is also in open position . fig1 shows a side view of shakeable container 10 where lid cover 60 is in open position and where flip - up straw 50 is also in open position . from this view , chug cap 58 can be seen . fig1 shows the reverse view from fig1 and similarly shows flip - up straw 50 in open position and lid cover 60 in open position , as well as chug cap 58 . fig1 shows lid 16 in open position . fig1 also shows the top view of second opening 56 and the bottom view of chug cap 58 . in addition , fig1 shows flip - up straw 50 in open position and inner straw channel 54 . fig1 shows the underside of base 25 and it shows the topside of lid cover 60 , where lid cover 60 is in open position . fig1 shows an embodiment of the agitator 14 in the context of a cut - away view of straw 12 where agitator 14 has a first contact point 26 , a second contact point 28 and a third contact point 30 with straw 12 . in certain embodiments , the three contact points allow the agitator to be coiled closely around the circumference of the straw 12 without being tightly affixed to the straw 12 . this design shown in fig1 serves to keep the agitator 14 from binding on the straw 12 , but allows it to move freely up and down the straw 12 to aid in creating a homogeneous mixture of the contents . in addition , the coiled design of the agitator 14 , as is shown in fig1 creates a spring effect that magnifies the inertia created when shaking the shakeable container 10 and works to lessen the effort needed and lower the time required to fully mix the contents of the shakeable container 10 . fig1 a shows various embodiments of agitator 14 as it moves up and down straw 12 because shakeable container 10 has been shaken . for example , in this embodiment , fig1 a shows agitator 14 in a compressed position 32 as agitator 14 is positioned near the bottom of straw 12 and near flange 18 . in this embodiment , the flared shape of flange 18 functions to as a base for the agitator 14 to spring or bounce off of when shakeable container 10 is shaken , and also serves to keep the agitator from falling off the straw and becoming a loose and independent piece . fig1 a also shows agitator 14 in an expanded position 34 . in certain embodiments , when agitator 14 reaches the top of straw 12 near to or touching the lid 16 , agitator 14 goes into compressed position 32 . fig1 a also shows that in various embodiments straw 12 is affixed to lid 16 creating a watertight and airtight seal . in certain embodiments , this seal is created by a pressed fit connection . in other embodiments , this seal between the straw 12 and lid 16 is created by a threaded fit connection . in some embodiments , straw 12 is connected to lid 16 via the straw - connector 36 . in some embodiments , the straw 12 may be constructed of any material that is rigid enough to hold its shape under the strain of shaking the shakeable container 10 , easily cleanable and dishwasher safe , and hygienic enough to be used with ingestibles . in certain embodiments , the straw 12 is made of plastic . in some embodiments , straw 12 and lid 16 can be separated , as is shown in fig1 a . in other embodiments , straw 12 and lid 16 form a singular part of shakeable container 10 and cannot be separated . fig1 b shows a close up perspective view of the bottom of straw 12 and flange 18 . fig1 c shows a cut away view of the shakeable container 10 that shows straw 12 with a ring 19 shown near the base of straw 12 . in some embodiments , ring 19 functions to help keep the agitator 14 from falling off the end of the straw 12 . fig1 c also shows an embodiment where straw 12 and ring 19 do not touch the base 25 of the shakeable container 10 . fig1 shows an exemplary embodiment of lid 16 with the flip - up straw 50 that includes a hollow portion 52 and shows flip - up straw 50 in a closed position . the contents of the shakeable container 10 are sealed within the shakeable container 10 when the flip - up straw 50 is in closed position . when closed , the flip - up straw 50 of the lid 16 works as a common valve to block access to the contents of the shakeable container 10 and allows agitation without spilling . fig2 shows an exemplary embodiment of lid 16 that shows the flip - up straw 50 in an open position . in this embodiment , hollow portion 52 is aligned with an inner straw channel 54 , allowing fluid to flow through the inner straw channel 54 and hollow portion 52 . in some embodiments , a user may access the contents of the shakeable container 10 through sucking when the flip - up straw 50 is in an open position . fig2 shows an embodiment that includes a second opening 56 and a chug cap 58 . when secured in the second opening 56 , the chug cap 58 creates a water tight and airtight seal . when the chug cap 58 is removed from the second opening 56 , the user can drink from the shakeable container 10 by accessing the contents through the second opening 56 . in some embodiments , the chug cap 58 is physically connected to the lid 16 even when in an open position . in certain embodiments , chug cap 58 can be opened via a flip - up top . in other embodiments , the chug cap 58 is completely removable from the lid 16 . fig2 shows examples of agitators 14 used in various embodiments . for example , fig2 shows three examples of agitators shaped in an hourglass configuration as agitators 38 , 40 and 48 . other shapes include : an oval - shaped agitator 42 , where the equatorial diameter is greater than the polar diameter ; triangular - shaped agitator 44 ; the inverse - hour glass agitator 46 ; substantially rectangular - shaped agitator 62 , and continuous loop agitator 64 . fig2 also shows a cut - away view of continuous loop agitator 64 . fig2 shows selective portions of shakeable container 10 . in particular , fig2 shows lid 16 in closed position , straw 12 and agitator 14 . in this embodiment , agitator 14 as in the earlier embodiments may move along substantially the entire length of straw 12 or , alternatively , agitator 14 may remain in a fixed position relative to straw 12 . where agitator 14 remains in a fixed position , the contents of shakeable container 10 moves through the grids 17 of agitator 14 when a user shakes shakeable container 10 . fig2 shows an alternative embodiment of agitator 14 where grids 17 are slanted . fig2 shows examples of various shapes of grids 17 that are also effective in mixing the contents of shakeable container 10 . fig2 is an embodiment that shows a mesh screen 66 through which straw 12 runs . in this embodiment , mesh screen 66 is shaped as a grid . however , in other embodiments , mesh screen 66 may be shaped in any other shape or configuration . fig9 also shows lid 16 in an open position . fig2 shows a perspective view of shakeable container 10 where lid 16 is in open position . in this view , not only is flip - up straw 50 shown in open position but also lid cover 60 is shown in open position . fig2 also shows second opening 56 , where chug cap 58 is not inserted into second opening 56 . if the flip - up straw 50 were closed , one could access the content of shakeable container 10 by drinking out of the second opening 56 . if lid cover 60 were in closed position , a user could access the contents of shakeable container 10 by drinking out of flip - up straw 50 because fluid would be able to exit shakeable container 10 by traveling out inner straw channel 54 . thus , as discussed herein , the embodiments of the present invention embrace a shakeable container that includes , in some embodiments , a straw , agitator and lid . the present invention may be embodied in other specific forms without departing from its spirit or essential characteristics . the described embodiments are to be considered in all respects only as illustrative and not restrictive .
a hand - held shake - able container that includes an agitator connected to a straw that is used for the mixing of powder and liquid , or differing viscosity liquids .