Self-positioning kickstand for a measuring wheel
A support assembly for a measuring device may include a first retention body, a second retention body, and a wire member having a foot portion, legs and engagement members. The foot portion may extend between distal ends of the legs, and the engagement members may extend from respective proximal ends of the legs. The first and second retention bodies may each include a retaining channel extending at least partially therethrough to receive respective ones of the engagement members. The wire member may be operably coupled to the first and second retention bodies to be transitioned between a retracted state and a deployed state in which the foot member is configured to engage ground upon which the measuring device is operable adjacent to a wheel of the support assembly. The legs and the foot portion may be operably coupled to each other such that tension is increased when the wire member is transitioned between the retracted state and deployed state and is lower in one or both of the retracted state and the deployed state.
1. A support assembly for a measuring device, the support assembly comprising:
a first retention body;
a second retention body; and
a wire member having a foot portion, legs and engagement members, the foot portion extending between distal ends of the legs, and the engagement members extending from respective proximal ends of the legs,
wherein the first and second retention bodies each include a retaining channel extending at least partially therethrough to receive respective ones of the engagement members,
wherein the wire member is operably coupled to the first and second retention bodies to be transitioned between a retracted state and a deployed state in which the foot portion is configured to engage ground upon which the measuring device is operable adjacent to a wheel of the support assembly,
wherein the legs and the foot portion are operably coupled to each other such that tension is increased when the wire member is transitioned between the retracted state and deployed state and is lower in one or both of the retracted state and the deployed state, and
wherein the first and second retention bodies each include a ramp structure at one end thereof.
2. The support assembly of claim 1 , wherein a gauge of the wire member is the same in each of the legs, the foot portion and the engagement members.
3. The support assembly of claim 1 , wherein the legs each form a first angle relative to respective opposing ends of the foot portion.
4. The support assembly of claim 3 , wherein the engagement members each form a second angle relative to the proximal ends of the legs and the first and second angles are supplementary.
5. The support assembly of claim 1 , wherein the engagement members extend toward each other from respective ones of the proximal ends of the legs.
6. The support assembly of claim 1 , wherein the engagement members extend away from each other from respective ones of the proximal ends of the legs.
7. The support assembly of claim 1 , wherein the ramp structures of the first and second retention bodies face toward each other.
8. The support assembly of claim 1 , wherein the ramp structures of the first and second retention bodies face away from each other.
9. The support assembly of claim 1 , wherein the ramp structures are formed between an arcuate peripheral edge and a resting channel in which the wire member is retained in each of the deployed and retracted states,
wherein the arcuate peripheral edge has a constant radius extending away from the retaining channel, and
wherein maximum tension is achieved when the wire member is transitioned between the retracted state and deployed state and engages an apex of the arcuate peripheral edge.
10. A measuring wheel comprising a handle, a wheel operably coupled to the handle via a hub assembly, and a support assembly,
wherein the support assembly comprises:
a first retention body;
a second retention body; and
a wire member having a foot portion, legs and engagement members, the foot portion extending between distal ends of the legs, and the engagement members extending from respective proximal ends of the legs,
wherein the first and second retention bodies each include a retaining channel extending at least partially therethrough to receive respective ones of the engagement members,
wherein the wire member is operably coupled to the first and second retention bodies to be transitioned between a retracted state and a deployed state in which the foot portion is configured to engage ground upon which the measuring device is operable adjacent to a wheel of the support assembly,
wherein the legs and the foot portion are operably coupled to each other such that tension is increased when the wire member is transitioned between the retracted state and deployed state and is lower in one or both of the retracted state and the deployed state, and
wherein the first and second retention bodies each include a ramp structure at one end thereof.
11. The measuring wheel of claim 10 , wherein a gauge of the wire member is the same in each of the legs, the foot portion and the engagement members.
12. The measuring wheel of claim 10 , wherein the legs each form a first angle relative to respective opposing ends of the foot portion.
13. The measuring wheel of claim 12 , wherein the engagement members each form a second angle relative to the proximal ends of the legs and the first and second angles are supplementary.
14. The measuring wheel of claim 10 , wherein the engagement members extend toward each other from respective ones of the proximal ends of the legs.
15. The measuring wheel of claim 10 , wherein the engagement members extend away from each other from respective ones of the proximal ends of the legs.
16. The measuring wheel of claim 10 , wherein the ramp structures of the first and second retention bodies face toward each other.
17. The measuring wheel of claim 10 , wherein the ramp structures of the first and second retention bodies face away from each other.
18. The measuring wheel of claim 10 , wherein the ramp structures are formed between an arcuate peripheral edge and a resting channel in which the wire member is retained in each of the deployed and retracted states,
wherein the arcuate peripheral edge has a constant radius extending away from the retaining channel, and
wherein maximum tension is achieved when the wire member is transitioned between the retracted state and deployed state and engages an apex of the arcuate peripheral edge.
19. A support assembly for a measuring device, the support assembly comprising:
a first retention body;
a second retention body; and
a wire member having a foot portion, legs and engagement members, the foot portion extending between distal ends of the legs, and the engagement members extending from respective proximal ends of the legs,
wherein the first and second retention bodies each include a retaining channel extending at least partially therethrough to receive respective ones of the engagement members,
wherein the wire member is operably coupled to the first and second retention bodies to be transitioned between a retracted state and a deployed state in which the foot portion is configured to engage ground upon which the measuring device is operable adjacent to a wheel of the support assembly,
wherein the legs and the foot portion are operably coupled to each other such that tension is increased when the wire member is transitioned between the retracted state and deployed state and is lower in one or both of the retracted state and the deployed state, and
wherein a gauge of the wire member is the same in each of the legs, the foot portion and the engagement members.