Zero-turn-radius riding mower adjustable arm support system
Provided in some embodiments is a riding mower arm rest system that includes an armrest clamp adapted to couple to a control handle of a zero-turn radius (ZTR) riding mower, a first armrest member rotatably coupled to the armrest clamp (where the first armrest member is adapted to rotate about a first rotational axis oriented transverse to a longitudinal axis of the control handle), a second armrest member rotatably coupled to the first armrest member (where the second rotatable armrest member is adapted to rotate about a second rotational axis oriented transverse to the first rotational axis), and an armrest coupled to the second armrest member.
1. A zero-turn radius (ZTR) riding mower arm rest system, comprising:
an armrest clamp configured to couple to a control handle of a zero-turn radius (ZTR) riding mower;
a first armrest member rotatably coupled to the armrest clamp by way of a first fastener, wherein the first armrest member is configured to rotate relative to the armrest clamp about a first rotational axis that is defined by a longitudinal axis of the first fastener and that is oriented transverse to a longitudinal axis of the control handle, and wherein the first fastener is configured to be tightened to secure a position of the first armrest member relative to the armrest clamp;
a second armrest member rotatably coupled to the first armrest member by way of a second fastener, wherein the second rotatable armrest member is configured to rotate relative to the first armrest member about a second rotational axis that is defined by a longitudinal axis of the second fastener and that is oriented transverse to the first rotational axis, and wherein the second fastener is configured to be tightened to secure a position of the second rotatable armrest relative to the first armrest member; and
an armrest coupled to the second armrest member.
2. The zero-turn radius (ZTR) riding mower arm rest system of claim 1 ,
wherein the armrest clamp is configured to move along a length of the control handle to provide for adjustment of positioning of the ZTR riding mower arm rest system on the control handle.
3. The zero-turn radius (ZTR) riding mower arm rest system of claim 2 ,
wherein the armrest clamp comprises:
a first clamp body member;
a second clamp body member; and
a clamp body fastener,
wherein the first clamp body member and the second clamp body member are configured to be disposed on opposite sides of the control handle and to be secured to one another about the control handle by the clamp body fastener.
4. The zero-turn radius (ZTR) riding mower arm rest system of claim 1 , wherein the first fastener comprises a first male threaded member that is configured to thread into a first female threaded hole to secure the position of the first armrest member relative to the armrest clamp.
5. The zero-turn radius (ZTR) riding mower arm rest system of claim 4 , wherein the first threaded member comprises a bolt and the first female threaded hole comprises a female threaded hole in a body of the armrest clamp.
6. The zero-turn radius (ZTR) riding mower arm rest system of claim 1 , wherein the first armrest member or the second armrest member comprises an arc-shaped guide slot, and wherein rotation of the second armrest member relative to the first armrest member is guided by way of a guide member that is configured to move along the guide slot.
7. A zero-turn radius (ZTR) riding mower arm rest system, comprising:
a ZTR armrest clamp configured to couple to a control handle of a ZTR riding mower;
a first rotatable ZTR armrest member rotatably coupled to the ZTR armrest clamp, wherein the first rotatable ZTR armrest member is configured to rotate relative to the ZTR armrest clamp about a first rotational axis oriented transverse to a longitudinal axis of the control handle, wherein the first rotatable ZTR armrest member is rotatably coupled to the ZTR armrest clamp by way of a first fastener, and wherein the first fastener is configured to be tightened to secure a position of the first rotatable ZTR armrest member relative to the ZTR armrest clamp;
a second rotatable ZTR armrest member rotatably coupled to the first rotatable ZTR armrest member, wherein the second rotatable ZTR armrest member is configured to rotate relative to the first rotatable ZTR armrest member about a second rotational axis oriented transverse to the first rotational axis, wherein the second rotatable ZTR armrest member is rotatably coupled to the first rotatable ZTR armrest member by way of a second fastener, and wherein the second fastener is configured to be tightened to secure a position of the second rotatable ZTR armrest member relative to the first rotatable ZTR armrest member; and
a ZTR armrest pad coupled to the second rotatable ZTR armrest member.
8. The zero-turn radius (ZTR) riding mower arm rest system of claim 7 , wherein the ZTR armrest clamp is configured to move along a length of the control handle to provide for adjustment of positioning of the ZTR riding mower arm rest system on the control handle.
9. The zero-turn radius (ZTR) riding mower arm rest system of claim 7 , wherein the ZTR armrest clamp comprises:
a first clamp body member;
a second clamp body member; and
a clamp body fastener,
wherein the first clamp body member and the second clamp body member are configured to be disposed on opposite sides of the control handle and to be secured to one another about the control handle by the clamp body fastener.
10. The zero-turn radius (ZTR) riding mower arm rest system of claim 7 , wherein the first rotatable ZTR armrest member is rotatably coupled to the ZTR armrest clamp by way of a first fastener, and wherein the first rotational axis is defined by a longitudinal axis of the first fastener.
11. The zero-turn radius (ZTR) riding mower arm rest system of claim 10 , wherein the first fastener comprises a first male threaded member that is configured to thread into a first female threaded hole to secure the position of the first rotatable ZTR armrest member relative to the ZTR armrest clamp.
12. The zero-turn radius (ZTR) riding mower arm rest system of claim 11 , wherein the first threaded member comprises a bolt and the first female threaded hole comprises a female threaded hole in a body of the ZTR armrest clamp.
13. The zero-turn radius (ZTR) riding mower arm rest system of claim 7 , wherein the second rotational axis is defined by a longitudinal axis of the second fastener.
14. The zero-turn radius (ZTR) riding mower arm rest system of claim 7 , wherein the first rotatable ZTR armrest member or the second rotatable ZTR armrest member comprises an arc-shaped guide slot, and wherein rotation of the second rotatable ZTR armrest member relative to the first rotatable ZTR armrest member is guided by way of a guide member that is configured to move along the guide slot.
15. A riding mower arm rest system, comprising:
an armrest clamp configured to couple to a control handle of a zero-turn radius (ZTR) riding mower;
a first armrest member rotatably coupled to the armrest clamp, wherein the first armrest member is configured to rotate about a first rotational axis oriented transverse to a longitudinal axis of the control handle, wherein the first armrest member is rotatably coupled to the armrest clamp by way of a first fastener, and wherein the first fastener is configured to be fastened to secure a position of first armrest member relative to the armrest clamp;
a second armrest member rotatably coupled to the first armrest member, wherein the second rotatable armrest member is configured to rotate about a second rotational axis oriented transverse to the first rotational axis, wherein the second armrest member is rotatably coupled to the first armrest member by way of a second fastener, and wherein the second fastener is configured to be fastened to secure a position of the second armrest member relative to the first armrest member; and
an armrest coupled to the second armrest member.
16. The riding mower arm rest system of claim 15 , wherein the armrest clamp is configured to move along a length of the control handle.
17. The riding mower arm rest system of claim 15 , wherein the armrest clamp comprises:
a first clamp body member; and
a second clamp body member,
wherein the first clamp body member and the second clamp body member are configured to be secured to one another about the control handle.
18. The riding mower arm rest system of claim 15 , wherein the first rotational axis is defined by a longitudinal axis of the first fastener.
19. The riding mower arm rest system of claim 18 , wherein the first fastener comprises a first male threaded member that is configured to thread into a first female threaded hole to secure the position of the first armrest member relative to the armrest clamp.
20. The riding mower arm rest system of claim 19 , wherein the first threaded member comprises a bolt and the first female threaded hole comprises a female threaded hole in a body of the armrest clamp.
21. The riding mower arm rest system of claim 15 , wherein the second rotational axis is defined by a longitudinal axis of the second fastener.
22. The riding mower arm rest system of claim 15 , wherein the first armrest member or the second armrest member comprises an arc-shaped guide slot, and wherein rotation of the second armrest member relative to the first armrest member is guided by way of a guide member that is configured to move along the guide slot.