Handheld weight exercise system
A handheld weight exercise system includes a plurality of plates of varying weights. Each plate includes at least one connector assembly for detachably connecting the plate to another adjacent plate. Each plate includes a handhold aperture, which is alignable with a handhold aperture of an adjacent plate when the two are connected to one another, for grasping and moving the one or more plates.
1. A handheld weight exercise system, comprising:
a set of plates, comprising two or more plates each having a different weight in comparison with at least one of the other plates;
wherein each plate includes at least one connector assembly for detachably connecting said plate to another of said plates;
wherein each plate includes a handhold aperture being sized and configured to receive multiple fingers of a user therethrough, the handhold apertures of the two or more plates being alignable with one another when the two or more plates are connected to one another such that the user can grasp and lift and move the two or more connected plates using aligned handholds;
wherein the at least one connector assembly comprises a first looking member and a second locking member associated with each one of said plates, whereby the first locking member of one of the plates of the set of plates detachably connects to the secondi locking member of another plate of the set of plate disposed adjacent thereto to connect the plates another;
wherein each first locking member comprises a peg extending from a surface of the respective plate and wherein each second locking member comprises a slot formed in a generally opposite surface of the respective plate;
wherein each peg comprises a post extending vertically from the surface of the respective plate and an enlarged head at an end of the post opposite the surface of the respective plate, and
wherein each slot comprises a recess in the respective plate having an open-faced aperture for receiving the head of the peg of an adjacent plate of the set of plates and a locking portion for slidably receiving the peg of the adjacent plate therein as the plates are rotated with respect to one another to align the handhold apertures and connect the plates.
2. The handheld weight exercise system of claim 1 , including an elastomeric band disposed around a periphery of each plate.
3. The handheld weight exercise system of claim 2 , wherein each elastomeric band has a beveled outer face forming a fingerhold.
4. The handheld weight exercise system of claim 1 , wherein the handhold apertures each have an oblong configuration enabling four fingers of the user to be inserted therethrough.
5. The handheld weight exercise system of claim 1 , wherein the plates comprise discs having a circular configuration and generally planar upper and lower surfaces.
6. A handheld weight exercise system, comprising:
a set of plates, comprising two or more plates each having a different weight in comparison with at least one of the other plates;
wherein each plate includes at least one connector assembly for detachably connecting said plate to another of said plates;
wherein each plate includes a handhold aperture which is alignable with the handhold aperture of another plate of the set of plates when the plates are connected to one another enabling a user to grasp aligned handholds and lift and move the connected plates;
wherein the at least one connector assembly comprises a first locking member and a second locking member associated with each of the plates;
wherein each first locking member comprises a peg extending from a surface of the respective plate and each second locking member comprises a slot, wherein the slot associated with one of the plates is configured to receive at least a portion of the peg of another of the plates and connect the plates to one another;
wherein the handhold apertures each have an oblong configuration enabling four fingers of the user to be inserted therethrough;
wherein each peg comprises a post extending vertically from the surface of the respective plate and an enlarged head at an end of the post opposite the surface of the respective plate, and
wherein each slot comprise a recess having an open-faced aperture for receiving the head of the peg of an adjacent plate of the set of plates and a locking portion for slidably receiving the peg of the adjacent plate therein as the plates are rotated with respect to one another to align the handhold apertures and connect the plates.
7. The handheld weight exercise system of claim 6 , including an elastomeric band disposed around a periphery of each plate.
8. The handheld weight exercise system of claim 7 , wherein each elastomeric band has a beveled outer face forming a fingerhold.
9. The handheld weight exercise system of claim 6 , wherein the plates comprise discs having a circular configuration and generally planar upper and lower surfaces.
10. A handheld weight exercise system, comprising:
a set of plates, comprising two or more plates each having a different weight in comparison with at least one of the other plates, the plates comprising discs having a circular configuration and generally planar upper and lower surfaces;
wherein each plate includes at least one connector assembly for detachably connecting said plate to another of said plates;
wherein each plate includes a handhold aperture which is alignable with the handhold aperture of another plate of the set of plates when the plates are connected to one another, the handhold aperture of each plate having an oblong configuration enabling four fingers of a user to be inserted therethrough such that the user can grasp and lift and move the connected plates using aligned handholds;
wherein the at least one connector assembly comprises a first locking member and a second locking member associated with each one of said plates, whereby the first locking member of one of the plates of the set of plates detachably connects to the second locking member of another plate of the set of plates disposed adjacent thereto to connect the plates to one another;
wherein each first locking member comprises a peg extending from a surface of the respective plate and wherein each second locking member comprises a slot formed in a generally opposite surface of the respective plate;
wherein each peg comprises a post extending vertically from the surface of the respective plate and an enlarged head at an end of the post opposite the surface of the respective plate, and
wherein each slot comprises a recess in the respective plate having an open-faced aperture for receiving the head of the peg of an adjacent plate of the set of plates and a locking portion for slidably receiving the peg of the adjacent plate therein as the plates are rotated with respect to one another to align the handhold apertures and connect the plates.
11. The handheld weight exercise system of claim 10 , including an elastomeric band disposed around a periphery of each plate.
12. The handheld weight exercise system of claim 11 , wherein each elastomeric band has a beveled outer face forming a fingerhold.