Barbell grips
A set of angled grips for attachment to a weightlifting bar, such as a barbell bar or similar device, in order to provide an optimized gripping surface for a user's hands in terms of increased friction and comfort of the grips, thickness and circumference of the grips, and ergonomic angle of each grip surface relative to the bar.
1. A barbell grip comprising:
a generally cylindrical main body having a longitudinal axis, and having a generally circular first end and an opposing generally circular second end,
an internal bore extending through said main body from said first end to said second end, said bore not parallel to said longitudinal axis but diverging from said longitudinal axis at an angle of substantially five degrees or greater,
a slit sectioning said main body from an outer surface thereof to said internal bore, said slit disposed parallel to said longitudinal axis of said main body, and
a first exterior main groove extending from said first end to said second end and overlying said internal bore to indicate the location and angle of said internal bore to a user.
2. The barbell grip of claim 1 further including a second exterior main groove extending from said first end to said second end and overlying said internal bore to indicate the location and angle of said internal bore to a user.
3. The barbell grip of claim 1 further including a first end flange located proximate said first end and comprising a flared portion of increased diameter relative to the average diameter of said main body.
4. The barbell grip of claim 3 further including a second end flange located proximate said second end and comprising a flared portion of increased diameter relative to the average diameter of said main body.
5. The barbell grip of claim 3 further including a first exterior end groove located around the circumference of said main body and proximate to and inward of said first end flange.
6. The barbell grip of claim 5 further including a second exterior end groove located around the circumference of said main body and proximate to and inward of said second end flange.
7. The barbell grip of claim 1 further including a first exterior end groove located around the circumference of said main body and proximate to and inward of said first end.
8. The barbell grip of claim 1 further including a second exterior end groove located around the circumference of said main body and proximate to and inward of said second end.
9. A barbell grip comprising:
a generally cylindrical main body having a longitudinal axis, and having a generally circular first end and an opposing generally circular second end,
an internal bore extending through said main body from said first end to said second end, said bore diverging from said longitudinal axis at an angle thereto,
a slit sectioning said main body from an outer surface thereof to said internal bore, said slit disposed parallel to said longitudinal axis of said main body,
a first exterior main groove extending from said first end to said second end and overlying said internal bore to indicate the location and angle of said internal bore to a user,
a second exterior main groove extending from said first end to said second end and overlying said internal bore to indicate the location and angle of said internal bore to a user, said slit substantially disposed within said second exterior main groove,
a first end flange located proximate said first end and comprising a flared portion of increased diameter relative to the average diameter of said main body, and
a second end flange located proximate said second end and comprising a flared portion of increased diameter relative to the average diameter of said main body.
10. A barbell grip comprising:
a generally cylindrical main body having a longitudinal axis, and having a generally circular first end and an opposing generally circular second end,
an internal bore extending through said main body from said first end to said second end, said bore not parallel to said longitudinal axis but diverging from said longitudinal axis at an angle thereto,
a first exterior main groove extending from said first end to said second end and overlying said internal bore to indicate the location and angle of said internal bore to a user, said first exterior main groove comprising an area of reduced thickness of said main body, and
a slit sectioning said main body from an outer surface thereof to said internal bore, said slit disposed substantially parallel to said longitudinal axis of said main body, said slit separating sections of said main body that overlie said internal bore to form two flaps, a portion of each of said flaps covering a portion of said internal bore in excess of the radius of said internal bore.