초록 ▼

A rotatable display carousel may include a stationary central rod and a bottom plate rotatably mounted about the central rod. A plurality of shelf sections may be rotatably positioned above the bottom plate respectively. A rotating mechanism may be used to simultaneously rotate each shelf section re

A rotatable display carousel may include a stationary central rod and a bottom plate rotatably mounted about the central rod. A plurality of shelf sections may be rotatably positioned above the bottom plate respectively. A rotating mechanism may be used to simultaneously rotate each shelf section respectively by rotating the bottom plate about the central rod. In this manner, each shelf section rotates in sync based upon a rotational speed of the bottom plate. The central rod remains stationary while the bottom plate and the shelf sections rotate respectively. The structural arrangement enables the plurality of shelf sections to be dynamically linked to the bottom plate in such a manner that the shelf sections synchronously rotate upon rotation of the bottom plate.

대표청구항 ▼

1. A rotatable display carousel for exhibiting a plurality of products within a confined area, said rotatable display carousel comprising: a central rod;a bottom plate mounted about said central rod;a plurality of shelf sections positioned above said bottom plate respectively; andmeans for rotating

1. A rotatable display carousel for exhibiting a plurality of products within a confined area, said rotatable display carousel comprising: a central rod;a bottom plate mounted about said central rod;a plurality of shelf sections positioned above said bottom plate respectively; andmeans for rotating each of said shelf sections by rotating said bottom plate about said central rod such that each of said shelf sections rotate in sync based upon a rotational speed of said bottom plate, said means for rotating including a plurality of auxiliary pulleys and a plurality of auxiliary shafts;wherein each of said shelf sections comprises a plurality of divider members, anda plurality of pie-shaped shelves abutted with adjacent ones of said divider members respectively;wherein each of said auxiliary shafts are statically mated to said divider members and said pie-shaped shelves so that said shelf sections rotate in sync with said auxiliary pulleys respectively. 2. The display carousel of claim 1, wherein each of said shelf sections are simultaneously rotated about a unique fulcrum axis centrally registered along a corresponding longitudinal length of said shelf sections respectively. 3. The display carousel of claim 1, while said bottom plate rotates about a central fulcrum axis defined along said central rod, wherein each of said shelf sections completes more than one revolution when said bottom plate completes one revolution. 4. The display carousel of claim 1, wherein said central rod is positioned orthogonal to said bottom plate and remains centrally aligned between said shelf sections such that said central rod is equidistantly spaced from said shelf sections respectively. 5. The display carousel of claim 1, wherein said means for rotating comprises: a primary pulley mated to said central rod and located subjacent to said bottom plate respectively;said auxiliary shafts passing through said shelf sections respectively, said auxiliary shafts being rotatable relative to said bottom plate and statically mated to said shelf sections respectively; anda belt engaged with each of said primary and auxiliary pulleys respectively. 6. The display carousel of claim 5, wherein rotation of said bottom plate causes said auxiliary pulleys to revolve about said primary pulley, wherein revolution of said auxiliary pulleys causes said belt to rotate about said primary and auxiliary pulleys respectively, wherein said auxiliary pulleys rotate clockwise while said primary pulley remains stationary and thereby causes said shelf sections to rotate clockwise while said bottom plate also rotates clockwise respectively. 7. The display carousel of claim 5, further comprising: a base member statically mated to a bottom end of said central rod; anda top plate rotatably mated to said central rod;wherein said top plate rotates in sync with said bottom plate;wherein said base member, said primary pulley and said central rod remain stationary while said bottom plate, said top plate and said shelf sections rotate in a clockwise direction respectively. 8. A rotatable display carousel for exhibiting a plurality of products within a confined area, said rotatable display carousel comprising: a stationary central rod;a bottom plate rotatably mounted about said central rod;a plurality of shelf sections positioned above said bottom plate respectively; andmeans for rotating each of said shelf sections respectively by rotating said bottom plate about said central rod such that each of said shelf sections rotate in sync based upon a rotational speed of said bottom plate;wherein said central rod remains stationary while said bottom plate and said shelf sections rotate in a same rotational direction respectively;wherein said means for rotating comprises a primary pulley mated to said central rod and located subjacent to said bottom plate respectively,a plurality of auxiliary shafts passing through said shelf sections respectively, said auxiliary shafts being rotatable relative to said bottom plate and statically mated to said shelf sections respectively,a plurality of auxiliary pulleys mated to said auxiliary shafts and rotatable relative to said bottom plate, anda belt engaged with each of said primary and auxiliary pulleys respectively;wherein each of said shelf sections comprises a plurality of divider members spaced apart and extending outward from said auxiliary shafts respectively, anda plurality of pie-shaped shelves abutted with adjacent ones of said divider members respectively;wherein each of said auxiliary shafts are statically mated to said divider members and said pie-shaped shelves so that said shelf sections rotate in sync with said auxiliary pulleys respectively. 9. The display carousel of claim 8, wherein each of said shelf sections are simultaneously rotated about a unique fulcrum axis centrally registered along a corresponding longitudinal length of said shelf sections respectively. 10. The display carousel of claim 8, while said bottom plate rotates about a central fulcrum axis defined along said central rod, each of said shelf sections completes more than one revolution when said bottom plate completes one revolution. 11. The display carousel of claim 8, wherein said central rod is positioned orthogonal to said bottom plate and remains centrally aligned between said shelf sections such that said central rod is equidistantly spaced from said shelf sections respectively. 12. The display carousel of claim 8, wherein rotation of said bottom plate causes said auxiliary pulleys to revolve about said primary pulley, wherein revolution of said auxiliary pulleys causes said belt to rotate about said primary and auxiliary pulleys respectively, wherein said auxiliary pulleys rotate clockwise while said primary pulley remains stationary and thereby causes said shelf sections to rotate clockwise while said bottom plate also rotates clockwise respectively. 13. The display carousel of claim 8, further comprising: a base member statically mated to a bottom end of said central rod; anda top plate rotatably mated to said central rod;wherein said top plate rotates in sync with said bottom plate;wherein said base member, said primary pulley and said central rod remain stationary while said bottom plate, said top plate and said shelf sections rotate clockwise respectively. 14. A method of utilizing a rotatable display carousel for exhibiting a plurality of products within a confined area, said method comprising the chronological steps of: providing a stationary central rod;providing a bottom plate rotatably mounted about said central rod;providing a plurality of shelf sections positioned above said bottom plate respectively; andproviding a mechanism for rotating each of said shelf sections respectively by rotating said bottom plate about said central rod such that each of said shelf sections rotate in sync based upon a rotational speed of said bottom plate;said central rod remains stationary while said bottom plate and said shelf sections rotate in a same rotational direction respectively;said mechanism for rotating comprises a primary pulley mated to said central rod and located subjacent to said bottom plate respectively,a plurality of auxiliary shafts passing through said shelf sections respectively, said auxiliary shafts being rotatable relative to said bottom plate and statically mated to said shelf sections respectively,a plurality of auxiliary pulleys mated to said auxiliary shafts and rotatable relative to said bottom plate, anda belt engaged with each of said primary and auxiliary pulleys respectively;wherein each of said shelf sections comprises a plurality of divider members spaced apart and extending outward from said auxiliary shafts respectively, anda plurality of pie-shaped shelves abutted with adjacent ones of said divider members respectively;statically mating each of said auxiliary shafts to said divider members and said pie-shaped shelves so that said shelf sections rotate in sync with said auxiliary pulleys respectively.