Barbell
A barbell includes a frame with a first outer bar and a second outer bar forming an opening therebetween; a first handle assembly mounted within the opening and having a first handle supported by a first outer member; and a first inner member rotationally engaged with the first outer member such that the first outer member can spin about the first inner member to alter a position of the first handle within the opening; a second handle assembly mounted within the opening and having a second handle supported by a second outer member; and a second inner member rotationally engaged with the second outer member such that the second outer member can spin about the second inner member to alter a position of the second handle within the opening; and weight bars extending from the frame to receive weights.
1 . A barbell, comprising:
a frame with a first outer bar and a second outer bar forming an opening therebetween;
a first handle assembly mounted within the opening, the first handle assembly having:
a first handle supported by a first outer member; and
a first inner member rotationally engaged with the first outer member such that the first outer member can spin about the first inner member to alter a position of the first handle within the opening;
a second handle assembly mounted within the opening, the second handle assembly having:
a second handle supported by a second outer member; and
a second inner member rotationally engaged with the second outer member such that the second outer member can spin about the second inner member to alter a position of the second handle within the opening; and
one or more weight bars extending from the frame and configured to receive weights;
wherein the first outer member is a first circular structure and the first inner member is a second circular structure positioned within the first circular structure such that the first circular structure can spin around the second circular structure; and
wherein the first handle and the second handle are configured to manipulate the weights during use.
2 . The barbell of claim 1 , wherein the first handle extends a diameter of the first circular structure.
3 . The barbell of claim 1 , wherein the first inner member further comprises a plurality of apertures configured to selectively receive a locking pin to lock the first outer member in a position relative to the first inner member.
4 . The barbell of claim 1 , further comprising:
a first tubular guide extending from the first outer member and configured to slidingly engage with the first outer bar; and
a second tubular guide extending from the first outer member and configured to slidingly engage with the second outer bar.
5 . The barbell of claim 4 , wherein the first tubular guide and the second tubular guide allow for the first handle assembly to slide within the opening.
6 . The barbell of claim 5 , further comprising a locking pin configured to extend through the first tubular guide and into the first outer bar to lock the first handle assembly in a position.
7 . The barbell of claim 1 , further comprising:
a plurality of pegs extending from the barbell; and
a plurality of rings extending from the barbell.
8 . The barbell of claim 7 , wherein the plurality of pegs comprises at least two pegs extending outward from the first outer bar and at least two pegs extending outward from the second outer bar.
9 . The barbell of claim 1 , wherein the one or more weight bars further comprises a first weight bar and a second weight bar.
10 . The barbell of claim 9 , further comprising a first port extending from the frame and a first connector extending from the first weight bar, the first connector configured to secure within the first port to secure the first weight bar to the frame.
11 . The barbell of claim 10 , wherein the first connector has a hexagonal cross section.
12 . The barbell of claim 1 , further comprising a crossbar extending between the first outer bar and the second outer bar.
13 . The barbell of claim 1 , further comprising a first rail extending downward from the frame, the first rail configured to support the frame a distance off of a surface such that the first handle assembly and the second handle assembly do not come into contact with the surface.
14 . A barbell, comprising:
a frame with a first outer bar and a second outer bar forming an opening therebetween;
a first handle assembly mounted within the opening, the first handle assembly having:
a first handle supported within a first circular opening created by a first outer member and a first inner member, the first inner member and the first outer member are rotationally engaged such that rotation alters a position of the first handle within the first circular opening;
a second handle assembly mounted within the opening, the second handle assembly having:
a second handle supported within a second circular opening created by a second outer member and a second inner member, the second inner member and the second outer member are rotationally engaged such that rotation alters a position of the second handle within the second circular opening;
a first tubular guide extending from the first outer member and configured to slidingly engage with the first outer bar;
a second tubular guide extending from the first outer member and configured to slidingly engage with the second outer bar; and
one or more weight bars extending from the frame and configured to receive weights;
wherein the first handle and the second handle are configured to manipulate the weights during use.
15 . The barbell of claim 14 , wherein the first tubular guide and the second tubular guide allow for the first handle assembly to slide within the opening.
16 . The barbell of claim 15 , further comprising a locking pin configured to extend through the first tubular guide and into the first outer bar to lock the first handle assembly in a position.
17 . The barbell of claim 14 , further comprising:
the one or more weight bars including a first weight bar and a second weight bar; and
a first port extending from the frame and a first connector extending from the first weight bar, the first connector configured to secure within the first port to secure the first weight bar to the frame.
18 . The barbell of claim 17 , wherein the first connector has a hexagonal cross section.
19 . A barbell, comprising:
a frame with a first outer bar and a second outer bar forming an opening therebetween;
a first handle assembly mounted within the opening, the first handle assembly having:
a first handle supported within a first circular opening created by a first outer member and a first inner member, the first inner member and the first outer member are rotationally engaged such that rotation alters a position of the first handle within the first circular opening;
a second handle assembly mounted within the opening, the second handle assembly having:
a second handle supported within a second circular opening created by a second outer member and a second inner member, the second inner member and the second outer member are rotationally engaged such that rotation alters a position of the second handle within the second circular opening;
a first weight bar and a second weight bar configured to couple to the frame and configured to receive weights; and
a first port extending from the frame and a first connector extending from the first weight bar, the first connector configured to secure within the first port to secure the first weight bar to the frame, wherein the first connector has a hexagonal cross section;
wherein the first handle and the second handle are configured to manipulate the weights during use.
20 . The barbell of claim 19 , further comprising:
a first tubular guide extending from the first outer member and configured to slidingly engage with the first outer bar and a second tubular guide extending from the first outer member and configured to slidingly engage with the second outer bar, wherein the first tubular guide and the second tubular guide allow for the first handle assembly to slide within the opening; and
a locking pin configured to extend through the first tubular guide and into the first outer bar to lock the first handle assembly in a position.