Adaptive weight belt for retrofitting a barred weight
An adaptive weight belt retrofitting which incrementally increases a weight characteristic of a bar weight includes a fabric strap and multiple different metallic plates, each which slidably envelop a portion of the fabric strap so as to permit each of the plates to slide along the fabric strap so as to permit a reconfigurable distance on the fabric strap between each of the plates. Notably, at least one of the plates includes a patch of friction bearing material such that an interior portion of the fabric strap has a fastener adapted for coupling to the friction bearing material. In this way, the adaptive weight belt wraps a circumferential surface of one of two different weighted circumferential structures positioned oppositely along a bar of the bar weight, thereby incrementally increasing the weight characteristic of the bar weight.
1. An adaptive weight belt for incrementally increasing a weight characteristic of a bar weight, the weight belt comprising:
a fabric strap; and,
multiple different metallic plates, each slidably enveloping a portion of the fabric strap, the slidable envelopment permitting each of the plates to slide along the fabric strap so as to permit a reconfigurable distance on the fabric strap between each of the plates,
at least one of the plates comprising a patch of friction bearing material,
an interior portion of the fabric strap having a fastener adapted for coupling to the friction bearing material,
whereby the adaptive weight belt wraps a circumferential surface of one of two different weighted circumferential structures positioned oppositely along a bar of the bar weight, thereby incrementally increasing the weight characteristic of the bar weight.
2. The adaptive weight belt of claim 1 , wherein the fastener is a loop surface and the friction bearing material is a hook surface engaging the loop surface.
3. The adaptive weight belt of claim 1 , wherein the fastener is a hook surface and the friction bearing material is a loop surface engaging the hook surface.
4. The adaptive weight belt of claim 1 , wherein each said plate slidably envelops the strap in a channel defined by a top surface of said plate and a cross member fixed to the top surface.
5. The adaptive weight belt of claim 1 , wherein the patch of friction bearing material is disposed upon a cross member affixed to one surface of said at least one of the plates.
6. The adaptive weight belt of claim 1 , wherein each said plate comprises a pair of sub-plates fixed to one another about the strap and frictionally engaging each surface of the strap with a corresponding interior surface of each of the sub-plates.
7. The adaptive weight belt of claim 1 , further comprising a thumbscrew positioned through a top surface of one of the plates to a bottom surface of the plate and embedded into the strap to prevent lateral movement of the plate along the strap.
8. An adaptive weight belt for incrementally increasing a weight characteristic of a bar weight, the weight belt comprising:
a fabric strap; and,
multiple different metallic plates, each slidably enveloping a portion of the fabric strap, the slidable envelopment permitting each of the plates to slide along the fabric strap so as to permit a reconfigurable distance on the fabric strap between each of the plates,
at least one of the plates comprising a patch of friction bearing material,
at least one other of the plates additionally comprising a ring,
a surface of the fabric strap at a distal end of the strap having a fastener adapted for coupling to the friction bearing material after having been passed through the ring,
whereby the adaptive weight belt wraps a circumferential surface of one of two different weighted circumferential structures positioned oppositely along a bar of the bar weight, thereby incrementally increasing the weight characteristic of the bar weight.
9. The weight belt of claim 8 , wherein the surface is a top surface such that the fastener couples to the friction bearing material after having reversed direction around the circumferential surface of the bar weight when passed through the ring.
10. The weight belt of claim 8 , wherein the surface is a bottom surface such that the fastener couples to the friction bearing material after having continued in a same direction around the circumferential surface of the bar weight when passed through the ring.
11. An adaptive weight belt for incrementally increasing a weight characteristic of a bar weight, the weight belt comprising:
a fabric strap; and,
multiple different metallic plate assemblies, each slidably enveloping a portion of the fabric strap, the slidable envelopment permitting each of the plate assemblies to slide along the fabric strap so as to permit a reconfigurable distance on the fabric strap between each of the plate assemblies,
each of the plate assemblies comprising two or more plate segments positioned immediately adjacent to one another at respective edges and at an obtuse angle to one another when secured to an outer surface of a weighted circumferential structure of the bar weight,
at least one of the plate assemblies comprising a patch of friction bearing material,
an interior portion of the fabric strap having a fastener adapted for coupling to the friction bearing material.
12. The adaptive weight belt of claim 11 , wherein the plate segments are removably secured to another but permitted to position against one another at the obtuse angle by a flexing of the fabric strap.
13. The adaptive weight belt of claim 11 , wherein the plate segments are formed from a unitary body of material.
14. The adaptive weight belt of claim 11 , wherein each plate assembly comprises two plate segments.
15. The adaptive weight belt of claim 11 , wherein each plate assembly comprises three plate segments positioned in sequence to one another as two adjacent pairs of the segment, and a first angle formed by a first one of the adjacent pairs is equivalent to a second angle formed by a second one of the adjacent pairs.
16. The adaptive weight belt of claim 11 , wherein each plate assembly comprises a single continuously curving plate about a constant radius.