PIVOT DEVICES FOR EXERCISE EQUIPMENT
A pivot device for exercise equipment. The pivot device has a first hub for a first movable member of the exercise equipment, and a second hub for a second movable member of the exercise equipment. The first hub and the second hub are pivotable relative to each other about a pivot axis through a pivot range. A dampener is configured to dampen said pivoting movement, wherein the dampener has a resilient bumper having an annular shape which is compressed at the first end of said pivot range.
1 . Exercise equipment for performing a striding exercise motion, the exercise equipment comprising:
a frame,
a rocker arm which is pivotably coupled to the frame,
a pedal member which pivots with the rocker arm relative to the frame, and
a pivot device which pivotably couples the pedal member to the rocker arm, wherein the pivot device comprises a dampener configured to dampen pivoting movement of the pedal member relative to the rocker arm.
2 . The exercise equipment according to claim 1 , wherein the pedal member is pivotable relative to the rocker arm through a pivot range, and wherein the dampener comprises a resilient bumper which dampens said pivoting movement at a first end of said pivot range.
3 . The exercise equipment according to claim 2 , wherein the resilient bumper has an annular shape which is compressed when the pedal member is pivoted towards the first end of said pivot range.
4 . The exercise equipment according to claim 2 , wherein the resilient bumper is coupled to a first one of the rocker arm and the pedal member, and wherein a second one of the rocker arm and the pedal member engages the resilient bumper when the pedal member is pivoted towards the first end of said pivot range.
5 . The exercise equipment according to claim 4 , wherein the second one of the rocker arm and the pedal member comprises an engagement surface which engages the resilient bumper as the pedal member is pivoted towards the first end of said pivot range.
6 . The exercise equipment according to claim 5 , wherein the resilient bumper is coupled to a supporting surface on the first one of the rocker arm and the pedal member, wherein the resilient bumper has an annular shape which is compressed relative to the supporting surface when the pedal member is pivoted towards the first end of said pivot range.
7 . The exercise equipment according to claim 6 , wherein the second one of the rocker arm and the pedal member comprises an engagement surface which engages the resilient bumper and compresses the annular shape when the pedal member is pivoted towards the first end of said pivot range.
8 . The exercise equipment according to claim 7 , wherein the engagement surface is brought into a position which is substantially parallel to the supporting surface when the pedal member is pivoted to the first end of said pivot range.
9 . The exercise equipment according to claim 4 , wherein the resilient bumper is a first resilient bumper, and further comprising a second resilient bumper.
10 . The exercise equipment according to claim 9 , wherein the second resilient bumper is engaged at the first end of said pivot range.
11 . The exercise equipment according to claim 9 , wherein the second resilient bumper is engaged at a second end of said pivot range.
12 . The exercise equipment according to claim 9 , wherein the pivot device defines a pivot axis about which the pedal member is pivotable relative to the rocker arm, and wherein the first resilient bumper and the second resilient bumper are diametrically opposed relative to the pivot axis.
13 . The exercise equipment according to claim 9 , further comprising a first engagement surface which engages the first resilient bumper as the pedal member is pivoted towards the first end of said pivot range and a second engagement surface which engages the second resilient bumper as the pedal member is pivoted towards the first end of said pivot range or a second end of said pivot range.
14 . The exercise equipment according to claim 13 , wherein the first resilient bumper is coupled to a first supporting surface, wherein the first resilient bumper has an annular shape which is compressed relative to the first supporting surface when the pedal member is pivoted towards the first end of said pivot range, and further wherein the second resilient bumper is coupled to a second supporting surface, and wherein the second resilient bumper has an annular shape which is compressed relative to the second supporting surface when the pedal member is pivoted towards the first end of said pivot range or the second end of said pivot range.
15 . The exercise equipment according to claim 14 , further comprising a first engagement surface which engages and compresses the annular shape of the first resilient bumper when the pedal member is pivoted towards the first end of said pivot range, and further comprising a second engagement surface which engages and compresses the annular shape of the second resilient bumper when the pedal member is pivoted towards the first end of said pivot range or the second end of said pivot range.
16 . The exercise equipment according to claim 15 , wherein the first engagement surface is brought into a position which is substantially parallel to the first supporting surface when the pedal member is pivoted to the first end of said pivot range, and further wherein the second engagement surface is brought into a position which is substantially parallel to the second supporting surface when the pedal member is pivoted to the first end of said pivot range or the second end of said pivot range.
17 . The exercise equipment according to claim 16 , wherein the pivot device defines a pivot axis about which the pedal member is pivotable relative to the rocker arm, and wherein the first resilient bumper and the second resilient bumper are diametrically opposed relative to the pivot axis.
18 . A pivot device for exercise equipment, the pivot device comprising:
a first hub for a first movable member of the exercise equipment;
a second hub for a second movable member of the exercise equipment;
wherein the first hub and the second hub are pivotable relative to each other about a pivot axis through a pivot range, thereby facilitating pivoting movement of the first movable member and second movable member relative to each other about the pivot axis through the pivot range; and
a dampener configured to dampen said pivoting movement, wherein the dampener comprises a resilient bumper which dampens said pivoting movement at a first end of said pivot range, and wherein the resilient bumper has an annular shape which is compressed when the second movable member is pivoted towards the first end of said pivot range.
19 . The pivot device according to claim 18 , wherein the resilient bumper is coupled to the first hub and the second hub engages the resilient bumper at the first end of said pivot range.
20 . The pivot device according to claim 19 , wherein second hub comprises an engagement surface which engages the resilient bumper at the first end of said pivot range.
21 . The pivot device according to claim 20 , wherein the resilient bumper is coupled to a supporting surface, wherein the resilient bumper has an annular shape which is compressed relative to the supporting surface at the first end of said pivot range.
22 . The pivot device according to claim 21 , wherein the engagement surface is brought into a position which is substantially parallel to the supporting surface at the first end of said pivot range.
23 . The pivot device according to claim 22 , wherein the resilient bumper is a first resilient bumper, and further comprising a second resilient bumper.
24 . The pivot device according to claim 23 , wherein the second resilient bumper is engaged at the first end of said pivot range.
25 . The pivot device according to claim 23 , wherein the second resilient bumper is engaged at a second end of said pivot range.
26 . The pivot device according to claim 23 , wherein the pivot device defines a pivot axis, and wherein the first resilient bumper and the second resilient bumper are diametrically opposed relative to the pivot axis.
27 . The pivot device according to claim 2423 , further comprising a first engagement surface which engages the first resilient bumper at the first end of said pivot range and a second engagement surface which engages the second resilient bumper at the first end of said pivot range or a second end of said pivot range.
28 . The pivot device according to claim 27 , wherein the first resilient bumper is coupled to a first supporting surface, wherein the first resilient bumper has an annular shape which is compressed relative to the first supporting surface at the first end of said pivot range, and further wherein the second resilient bumper is coupled to a second supporting surface, and wherein the second resilient bumper has an annular shape which is compressed relative to the second supporting surface at the first end of said pivot range or the second end of said pivot range, and further comprising
a first engagement surface which engages and compresses the annular shape of the first resilient bumper during pivoting movement towards the first end of said pivot range, and further comprising a second engagement surface which engages and compresses the annular shape of the second resilient bumper during pivoting movement towards the first end of said pivot range or the second end of said pivot range; and
wherein the first engagement surface is brought into a position which is substantially parallel to the first supporting surface at the first end of said pivot range, and further wherein the second engagement surface is brought into a position which is substantially parallel to the second supporting surface at the first end of said pivot range or the second end of said pivot range.