Height adjustable stand for poultry feeders and drinkers
A height-adjustable stand for holding a feeder and/or drinker apparatus is disclosed. The stand includes a platform that includes a top surface and a bottom surface. The top surface embodies channels, each extending partially towards a center of the platform from an edge of the top surface of the platform. The stand further includes clips, each slidably configured into the corresponding channel. The clips are slidably operable to secure the feeders and/or drinker apparatus mounted on the top surface of the platform. The stand further includes an elevating mechanism operationally attached to the bottom surface of the platform. The elevating mechanism is configured to selectively elevate the platform to a desired height off a surface or floor.
1 . A height-adjustable stand ( 10 ) for holding a feeder and/or drinker apparatus ( 20 , 30 ), comprising:
a platform ( 11 ) comprising a top surface ( 11 a ) and a bottom surface ( 11 f ), the top surface ( 11 a ) embodies a plurality of channels ( 11 b ), each extending partially towards a center of the platform ( 11 ) from an edge ( 11 g ) of the top surface ( 11 a ) of the platform ( 11 );
a plurality of clips ( 12 ), each of the plurality of clips ( 12 ) is slidably configured into each of the plurality of channels ( 11 b ) and is operable to secure the feeders and/or drinker apparatus mounted on the top surface ( 11 a ) of the platform ( 11 ); and
an elevating mechanism ( 13 ) comprising a plurality of legs ( 13 ), each of the plurality of legs ( 13 ) comprising of one or more leg sections ( 13 a - 13 c ) is foldably attached to the bottom surface ( 11 f ) of the platform ( 11 ), wherein the elevating mechanism ( 13 ) is configured to selectively elevate the platform ( 11 ) to a desired height off a surface or floor.
2 . The height adjustable stand ( 10 ) of claim 1 , wherein the platform ( 11 ) is at least circular-shaped, oval-shaped, and polygonal-shaped.
3 . The height adjustable stand ( 10 ) of claim 1 , wherein the platform ( 11 ) further comprises a sidewall ( 11 e ) extending downward from the top surface ( 11 a ).
4 . The height adjustable stand ( 10 ) of claim 1 , wherein each of the plurality of clips ( 12 ) comprises a first arm ( 12 a ), and a second arm ( 12 b ) oriented perpendicular to the first arm ( 12 a ).
5 . The height adjustable stand ( 10 ) of claim 4 , wherein each of the plurality of clips ( 12 ) is slidably adjustable based on the size of the feeder and/or drinker apparatus ( 20 , 30 ) mounted over the platform ( 11 ) ensuring the second arm ( 12 b ) limit sliding off of the feeder and/or drinker apparatus ( 20 , 30 ) from the platform ( 11 ).
6 . The height adjustable stand ( 10 ) of claim 1 , wherein each of the plurality of channels ( 11 b ) comprises at least one guiding rail ( 11 c ).
7 . The height adjustable stand ( 10 ) of claim 6 , wherein each of the plurality of clips ( 12 ) comprises at least one guide channel located underside the first arm ( 12 ) that slides along the at least one guiding rail ( 11 c ) to facilitate slidable engagement of the plurality of clips ( 12 ) into the plurality of channels ( 11 b ).
8 . The height adjustable stand ( 10 ) of claim 1 , wherein
a first leg section ( 13 a ) of the one or more leg sections ( 13 a - 13 c ) is foldably attached to the bottom surface ( 11 b ) of the platform ( 11 ) between a pair of brackets ( 11 d ) configured on the platform ( 11 );
a second leg section ( 13 b ) of the one or more leg sections ( 13 a - 13 c ) is foldably attached to an end of the first leg section ( 13 a ); and
a third leg section ( 13 c ) of the one or more leg sections ( 13 a - 13 c ) is foldably attached to an end of the second leg section ( 13 b ).
9 . The height adjustable stand ( 10 ) of claim 8 , wherein the third leg section ( 13 c ) is foldable within the second leg section ( 13 b ) and the second leg section ( 13 b ) is foldable within the first leg section ( 13 a ), and the first leg section ( 13 a ) foldably rests over the bottom surface ( 11 b ) of the platform ( 11 ) when not in use.
10 . The height adjustable stand ( 10 ) of claim 1 , wherein the elevating mechanism ( 13 ) comprises a plurality of telescopically nestable members ( 13 a - 13 n ).
11 . The height adjustable stand ( 10 ) of claim 10 , wherein the telescopically nestable members ( 13 a - 13 n ) are operationally interconnected in a way to enable the retracting and collapsing of the plurality of telescopically nestable members ( 13 a - 13 n ).
12 . The height adjustable stand ( 10 ) of claim 10 , wherein the elevating mechanism ( 13 ) is configured to be pulled and twisted clockwise to extend and lock the plurality of telescopically nestable members ( 13 a - 13 n ) at the desired height.
13 . The height adjustable stand ( 10 ) of claim 10 , wherein the plurality of telescopically nestable members ( 13 a - 13 n ) forming the elevating mechanism ( 13 ) are interconnected using clasps which are locked and unlocked by twisting the plurality of telescopically nestable members ( 13 a - 13 n ) clockwise, and anticlockwise respectively.
14 . The height adjustable stand ( 10 ) of claim 10 , wherein the elevating mechanism ( 13 ) is configured to be twisted anticlockwise to unlock the plurality of telescopically nestable members ( 13 a - 13 n ) and fold the adjustable stand ( 10 ).
15 . A height-adjustable stand ( 10 ) for holding a feeder and/or drinker apparatus ( 20 , 30 ), comprising:
a platform ( 11 ) comprising a top surface ( 11 a ) and a bottom surface ( 11 f ), the top surface ( 11 a ) embodies a plurality of channels ( 11 b ), each extending partially towards a center of the platform ( 11 ) from an edge ( 11 g ) of the top surface ( 11 a ) of the platform ( 11 );
a plurality of clips ( 12 ), each of the plurality of clips ( 12 ) is slidably configured into each of the plurality of channels ( 11 b ) and is operable to secure the feeders and/or drinker apparatus mounted on the top surface ( 11 a ) of the platform ( 11 );
an elevating mechanism ( 13 ) comprising a plurality of legs ( 13 ), each of the plurality of legs ( 13 ) comprising of one or more leg sections ( 13 a - 13 c ) is foldably attached to the bottom surface ( 11 f ) of the platform ( 11 ), wherein the elevating mechanism ( 13 ) is configured to selectively elevate the platform ( 11 ) to a desired height off a surface or floor; and
wherein, a first leg section ( 13 a ) of the one or more leg sections ( 13 a - 13 c ) is foldably attached to the bottom surface ( 11 b ) of the platform ( 11 ) between a pair of brackets ( 11 d ) configured on the platform ( 11 ); a second leg section ( 13 b ) of the one or more leg sections ( 13 a - 13 c ) is foldably attached to an end of the first leg section ( 13 a ); and a third leg section ( 13 c ) of the one or more leg sections ( 13 a - 13 c ) is foldably attached to an end of the second leg section ( 13 b ).
16 . The height adjustable stand ( 10 ) of claim 15 , wherein the third leg section ( 13 c ) is foldable within the second leg section ( 13 b ) and the second leg section ( 13 b ) is foldable within the first leg section ( 13 a ), and the first leg section ( 13 a ) foldably rests over the bottom surface ( 11 b ) of the platform ( 11 ) when not in use.
17 . A height-adjustable stand ( 10 ) for holding a feeder and/or drinker apparatus ( 20 , 30 ), comprising:
a platform ( 11 ) comprising a top surface ( 11 a ) and a bottom surface ( 11 f ), the top surface ( 11 a ) embodies a plurality of channels ( 11 b ), each extending partially towards a center of the platform ( 11 ) from an edge ( 11 g ) of the top surface ( 11 a ) of the platform ( 11 );
a plurality of clips ( 12 ), each of the plurality of clips ( 12 ) is slidably configured into each of the plurality of channels ( 11 b ) and is operable to secure the feeders and/or drinker apparatus mounted on the top surface ( 11 a ) of the platform ( 11 );
an elevating mechanism ( 13 ) comprising a plurality of telescopically nestable members ( 13 a - 13 n ) is operationally attached to the bottom surface ( 11 f ) of the platform ( 11 ), the elevating mechanism ( 13 ) is configured to selectively elevate the platform ( 11 ) to a desired height off a surface or floor; and
wherein the telescopically nestable members ( 13 a - 13 n ) are operationally interconnected in a way to enable the retracting and collapsing of the plurality of telescopically nestable members ( 13 a - 13 n ).
18 . The height adjustable stand ( 10 ) of claim 17 , wherein the plurality of telescopically nestable members ( 13 a - 13 n ) forming the elevating mechanism ( 13 ) are interconnected using clasps which are locked and unlocked by twisting the plurality of telescopically nestable members ( 13 a - 13 n ) clockwise, and anticlockwise respectively.