as noted above , the present disclosure provides advantageous balloon anchoring structures that are visually attractive and complementary to , inter alia , theme and / or holiday - related activities . the disclosed balloon anchoring structures have wide ranging applicability and offer enhanced value and / or impact when combined with conventional balloon - based activities , e . g ., implementations that augment / complement theme - based events ( e . g ., birthdays , anniversaries , engagements , graduations , christenings , wedding showers , baby showers , births , etc . ), holiday - based events ( e . g ., new year &# 39 ; s activities / celebrations , st . patrick &# 39 ; s day activities / celebrations , easter activities / celebrations , july 4 th activities / celebrations , halloween activities / celebrations , thanksgiving activities / celebrations , christmas activities / celebrations , etc . ), and other events / activities ( e . g ., sports - related events / activities , school - related events / activities , music events / activities , drama events / activities , fund - raising events / activities , family - related events / activities , etc .). exemplary balloon anchoring structures according to the present disclosure include ( i ) a housing defining an internal region and including at least one transparent , translucent or window opening for light transmission , ( ii ) a structure / feature for facilitating interaction with one or more balloon tethers , and ( iii ) a light emitting device positioned in the internal region of the housing . at least one power source is generally provided for powering the light emitting device ( e . g ., one or more batteries ) and a switching mechanism is also generally provided for manual control of the power fed to the light emitting device . in further exemplary embodiments , a printed circuit board ( pcb ) and / or other electronic control circuitry ( e . g ., one or more application specific integrated circuits ( asics )) are provided within the internal region to control operation of the light emitting device ( and / or other electronics associated with the disclosed balloon anchoring structure , e . g ., sound emitting devices , vibratory devices , smoke emitting devices , and the like ). thus , in preferred implementations of the disclosed balloon anchoring structure , the light emitting device and associated electronic control circuitry are adapted to emit light in various colors and / or in various modes ( e . g ., flashing sequences , color / brightness sequences , etc .). the disclosed transparent , translucent or window opening ( s ) for light transmission are generally selected so as to be consistent with and foster the theme / appearance of the balloon anchoring device . thus , for example , the transparent , translucent or window opening may be advantageously selected so as to provide / convey a desire image or appearance , e . g ., a graduation cap , a stork with delivery , a four leaf clover , a valentine heart , a birthday cake with candles , a football helmet , a christmas tree , a menorah , etc . exemplary implementations of the disclosed balloon anchoring device include a transparent or translucent plate / panel mounted with respect to wall of the housing such that the plate / panel covers the light - transmitting opening ( s ) associated with such wall . appropriate internal mounting structures / features are typically defined in the inner face of such wall , e . g ., mounting bracket ( s ), detents , channels or the like . the plate / panel may also include visually distinguishing features , e . g ., a color , texture , variation in thickness , or the like . with reference to fig1 and 10 , three exemplary embodiments of the disclosed balloon anchoring structure are depicted . although the illustrated embodiments differ in geometry , theme and visual impact , they share common structural and functional attributes . thus , in each of the embodiments of fig1 and 10 , a housing is provided that defines an internal region . at least one cut - out is defined in a wall of the housing , such at least one cut - out functioning to define a theme or visual impact of the disclosed balloon anchoring structure . thus , with reference to fig1 , a graduation cap is depicted by the cut - out . in fig6 , a plurality of four - leaf clover cut - outs are defined in a conical housing wall . and with reference to fig1 , a heart - shaped cut - out is defined in side walls of the housing . in each instance , an interior region is defined by the housing and a structure / feature for facilitating interaction with one or more balloon tethers is defined at or toward the top of the housing . in fig1 , the tether - cooperating feature takes the form of a pair of arch - shaped handles , while in fig6 the tether - cooperating feature takes the form of a hook extending from the apex of the conical housing , and in fig1 the tether - cooperating feature takes the form of a substantially rigid bow - shaped structure formed or secured to the top face of the box - shaped housing . these three embodiments are merely illustrative of housing , cut - out tether - cooperating structure geometries , dimensions , themes and the like . an infinite variety of implementations may be employed without departing from the spirit or scope of the present disclosure . turning with greater particularity to the exemplary embodiment of fig1 - 5 , various views associated with a first exemplary embodiment of the present disclosure are provided . the illustrative embodiment of fig1 - 5 takes the general form of a bag with a pair of arch - shaped handles positioned at the top thereof . with particular reference to the exploded view of fig4 f , the balloon anchoring structure 10 includes a housing or cabinet 12 which is mountable to a base or bottom 14 , e . g ., using a plurality of mounting screws 16 that cooperate with mounting legs 17 . base supports 15 are formed on base 14 to space housing 12 upwardly from the support surface , e . g ., floor , upon which it is positioned . a pair of handles 18 are mounted to a top face 20 of the housing 12 , e . g ., through apertures formed in the top face as shown . a plurality of screws 22 are typically employed to secure the handles 18 relative to top face 20 , although alternative mounting mechanisms may be employed . a graduation cap cut - out 24 is formed in opposed side faces 26 , 28 of the housing 12 , and is backed by a pair of plates / panels or lenses 30 , 32 . each of the plates / panels 30 , 32 defines a plurality of mounting features 34 , 36 at top and bottom ends thereof , respectively . the mounting features 34 , 36 are adapted to cooperate with mounting notches / channels ( not pictured ) defined on the interior side of housing 12 . in exemplary embodiments of the present disclosure , each of the plates / panels or lenses 30 , 32 is translucent and functions to further diffuse the light that is emitted from the balloon anchoring structure 10 . a light emitting device 38 is positioned within the housing 12 , i . e ., within an interior region defined by the housing 12 . in the exemplary embodiment of fig1 - 5 , the light emitting device 38 includes a plurality ( 3 ) leds 40 mounting to a circular pcb module 42 . a hemispheric diffuser 44 is positioned above the leds 40 and mounts with respect to the circular pcb module 42 so as to enclose the leds 40 . the pcb module 42 is mounted to a flat surface that defines a wall of a battery - receiving compartment 46 . a battery compartment door 48 is detachably secured with respect to the housing 12 so as to obscure and protect the batteries ( e . g ., 3 aaa batteries ) ( not pictured ) for powering the leds 40 and associated electronic circuitry . a switch mechanism is provided for controlling the powering of the leds 40 . in the exemplary embodiment of fig1 - 5 , the switch mechanism includes a tact switch 50 , a switch retainer 52 and a switch knob 54 . switch retainer 52 is mounted with respect to base 14 by screws 56 . in use , activation of the switch mechanism actuates the leds 40 , based on the control logic associated with the pcb module 42 . thus , for example , a single actuation of the switch mechanism may actuate a first light emitting pattern / sequence or color , whereas a second actuation may actuate a second light emitting pattern / sequence or color , and so on . in an exemplary embodiment of the present disclosure , seven to eight patterns / sequences and / or colors may be effectuated through interaction with the noted pcb module 42 . a ballast / weight ( not pictured ) may be added to the assembly , as necessary , to address the buoyancy of the balloons to be tethered to the handles 18 . alternatively , the total weight of the components shown in the exploded view of fig5 may be sufficient to offset such buoyancy . when fully assembled , balloons ( not pictured ) are tethered to the handles 18 and the light - emitting device 38 is actuated through interaction with the switch mechanism , i . e ., tact switch 50 and / or switch knob 54 . one or more of the disclosed balloon anchoring structures 10 may be positioned , as desired , to support / complement an activity , e . g ., a graduation celebration . the light - emitting device 38 generates light that passes through the diffuser lens 44 and outward through the panels / lenses 30 , 32 and the cut - outs 24 . in this way , the disclosed balloon anchoring structure 10 advantageously emits light from the housing 12 and provides a desirable visual effect . turning to the alternative illustrative embodiment of fig6 - 9 , a balloon anchoring device 60 in the general form of a party hat is depicted . the party hat 60 includes a substantially conical cabinet or housing 62 that includes a hook structure 64 at an apex thereof . with particular reference to the exploded views of fig6 - 9 , the conical housing 62 defines an interior region and includes a hook - shaped extension 64 at its apex for cooperation with balloon tether ( s ). the conical housing 62 includes a plurality of radially spaced cut - outs 66 that define four - leaf clovers . a frusto - conical panel or lens 68 is positioned within housing 62 and includes a plurality of notches 70 along a lower edge thereof to facilitate positioning relative to a base or bottom 72 . legs 73 extend from base 72 . a plurality of screws 74 are used to mount the base 72 with respect to the housing 62 and frusto - conical panel 68 . a light - emitting device 76 similar in design / operation to light - emitting device 38 described with reference to the illustrative embodiment of fig1 - 5 is positioned within the interior region defined by the housing 62 . thus , a plurality of leds 78 are mounted with respect to a pcb 80 and are actuated by a switch mechanism . the switch mechanism includes a tact switch 86 , a switch retainer 88 and a switch knob 90 . screws 91 are provided to secure the switch mechanism with respect to housing 62 . a plurality of batteries ( not pictured ) are provided to power the leds 78 and pcb 80 , and are positioned within a battery compartment 82 that is partially defined by a detachable battery door 84 . in use , the leds 78 are actuated through interaction with the switch mechanism and light is emitted through diffuser lens 92 and frusto - conical panel 68 so as to exit the housing 62 through the clover - shaped cut - outs 66 . different light emitting patterns / sequences and / or colors may be effected through interaction with the switch mechanism , based on light - emitting logic contained on the pcb 80 . turning to a further exemplary embodiment of the present disclosure , fig1 - 14 illustrate a further illustrative embodiment that takes the form of a packaged present 100 with a bow structure 102 at the top thereof . of note , an arch - shaped member 104 may extend between respective lobe - shaped bows 106 to further facilitate interaction with balloon tether ( s ) according to the illustrative embodiment of fig1 - 14 . screws 107 are typically provided to mount bow structure 102 with respect to the top face 103 of packaged present 100 . the cut - outs 108 formed in substantially rectangular housing 110 take the form of hearts , making the exemplary balloon anchoring structure 100 of fig1 - 14 particularly applicable to romance - related activities / events , e . g ., anniversaries , dates , valentine &# 39 ; s day , and the like . with reference to the exploded view of fig1 , the disclosed balloon anchoring structure 100 includes the housing or cabinet 110 , a base 112 and a plurality ( 4 ) of panels / plates or lenses 114 that are adapted to be mounted with respect to the inner walls of the housing . base 112 includes a plurality of legs 113 . as shown in fig1 , heart - shaped cut - outs 108 are provided on each of the four faces of the housing 110 , thereby permitting light emission in all four directions . the panels / plates / lenses 114 are typically translucent or transparent , and may be textured and / or colorized to further vary the lighting effect . a light - emitting device that includes a plurality ( 3 ) of leds 116 and a circular pcb module 118 is positioned within the housing 110 . a switch mechanism is provided for actuating the leds 116 and pcb 118 . a power source , e . g ., batteries positioned within a battery compartment 120 , supply power to the leds 116 and pcb 118 to cause light emission therefrom . a door 130 is typically provided in association with base 112 to facilitate access to batteries positioned within battery compartment 120 . according to exemplary embodiments of the present disclosure , various light - emitting sequences / patterns and colors may be initiated through interaction with the switch mechanism and the control circuitry associated with the pcb module 118 a tact switch 122 , switch retainer 124 and switch knob 126 are typically associated with the switch mechanism , as with the previously disclosed embodiments . thus , a variety of exemplary embodiments of the disclosed balloon anchoring structure have been described herein . in use , one or more balloon tethers are typically secured to the structure / feature associated with the housing that is adapted to interact with such tether ( s ). for example , the structure / feature for cooperating with balloon tether ( s ) may include one or more handles , hooks , brackets or extensions that extend from an upper face or side wall of the housing . once the balloon tether ( s ) are secured to the structure / feature extending from the housing , the user may activate internal electronics associated with the disclosed balloon anchoring structure , e . g ., a light emitting device and / or a sound emitting device . an activation button / switch is typically actuable from the housing exterior , e . g ., along a wall thereof . according to exemplary embodiments of the present disclosure , electronic circuitry positioned within the housing controls the nature / sequence of the electronic activity , e . g ., causing a sequencing of light emissions that involve a plurality of colors ( e . g ., seven ) based on light - emitting diodes ( leds ) positioned within the internal region . the light emissions are typically directed toward the transparent , translucent and / or window openings defined in one or more walls of the housing . thus , the disclosed balloon anchoring structure offers an advantageous and complementary visual ( and / or aural / sensorial ) effect that adds to the impact of the balloons secured thereto . although the present disclosure has been provided with reference to exemplary embodiments and implementations thereof , the present disclosure is not to be limited by such exemplary implementations . rather , the disclosed balloon anchoring structures are susceptible to many variations , enhancements , modifications and / or alternatives without departing from the spirit or scope of the present disclosure , as will be readily apparent to persons skilled in the art . accordingly , the present disclosure extends to and encompasses such variations , enhancements , modifications and / or alternatives within its scope .
structures for use in restraining balloons , particularly balloons filled with helium , are provided that include one or more additional functionalities . in an exemplary embodiment , the structure includes an internal light source that is adapted to emit light through one or more faces of the structure , e . g ., through translucent or transparent surfaces associated with one or more walls of the structure . additional features and functionalities associated with embodiments of the structure include one or more sound emitting elements positioned within the structure , one or more power sources positioned within the structure for powering the light source and / or the sound emitting element , one or more handles / extensions / brackets for detachably receiving / securing a balloon string , and novelty appearances that may be theme - based , holiday - based and the like .