Adjustable resistance training apparatus

1. An adjustable resistance training apparatus comprising:

a carrier;

a series of elongated elastomeric members that are supported by the carrier to orient the elastomeric members in a spaced apart relationship to each other;

a slide member, the carrier moveable relative to the slide member to cause movement of the elastomeric members relative to the slide member along a first plane for selecting one or more of the elastomeric members, the slide member configured to be moved along a guided path in response to a force exerted by a user, the slide includes an engagement member that is configured to permit selective engagement to said one or more of the elastomeric members to cause the selected one or more elastomeric member or members to be stretched along a second plane in response to movement of the slide along the guided path; and

wherein the adjustable resistance training apparatus is coupled to isotonic weights in the form of a selectable weight stack that moves along a guided path in response to a force exerted by the user.

2. The adjustable resistance training apparatus of claim 1 , wherein the slide member is coupled to a lift rod of the weight stack to allow for stretching of a selected elastomeric member in response to movement of the lift rod and weight stack.

3. The adjustable resistance training apparatus of claim 1 , wherein the carrier includes at least one retainer for retaining a first end of at least one of the elastomeric members to the carrier.

4. An adjustable resistance training apparatus comprising:

a carrier;

a series of elongated elastomeric members that are supported by the carrier to orient the elastomeric members in a spaced apart relationship to each other, the carrier is configured to permit movement of the elastomeric members along a first plane; and

a slide member that is configured to be moved along a guided path in response to a force exerted by a user, the slide includes an engagement member that is configured to permit selective engagement to one or more of the elastomeric members to cause the selected elastomeric member or members to be stretched along a second plane in response to movement of the slide along the guided path;

wherein the carrier includes at least one retainer for retaining a first end of at least one of the elastomeric members to the carrier; and

wherein the carrier is a rotary device that is configured to allow a user to select a desired elastomeric member by rotating the carrier in a circular motion.

5. The adjustable resistance training apparatus of claim 3 , wherein the carrier moves linearly to permit movement of the elastomeric members in the first plane.

6. The adjustable resistance training apparatus of claim 4 , wherein the carrier includes a thimble support plate, a series of retainers, and an adjustment plate positioned between the thimble support plate and the retainers, wherein the thimble support plate, the retainers, and the adjustment plate are each coupled to a support shaft.

7. The adjustable resistance training apparatus of claim 6 , wherein the elastomeric members are positioned around the support shaft.

8. The adjustable resistance training apparatus of claim 7 , wherein the elastomeric members each have a first end that is coupled to the retainers and a second end that is coupled to a series of thimbles.

9. The adjustable resistance training apparatus of claim 8 , wherein the thimbles are configured to lie near the thimble support plate.

10. The adjustable resistance training apparatus of claim 9 , wherein the thimbles are configured to be engaged and lifted by a gripper of the slide member to permit the elastomeric members to be stretched as one of the thimbles is raised from the thimble support plate.

11. The adjustable resistance training apparatus of claim 6 , wherein the retainers are in the form of a series of arms that extend radially outwardly from the support shaft at different intervals along the length of the support shaft.

12. An adjustable resistance training apparatus comprising:

a carrier;

a series of elongated elastomeric members that are supported by the carrier to orient the elastomeric members in a spaced apart relationship to each other; and

a slide member, the carrier moveable relative to the slide member to cause movement of the elastomeric members relative to the slide member along a first plane for selecting one or more of the elastomeric members, the slide member configured to be moved along a guided path in response to a force exerted by a user, the slide includes an engagement member that is configured to permit selective engagement to said one or more of the elastomeric members to cause the selected one or more elastomeric member or members to be stretched along a second plane in response to movement of the slide along the guided path; and

further including a locking unit that is configured to lock the position of the carrier when the desired elastomeric member is selected when in a first position and to release the position of the carrier when in a second position.

13. An adjustable resistance training apparatus comprising:

a rotatable carrier;

a series of elongated elastomeric members that are supported by the carrier to orient the elastomeric members in a spaced apart relationship to each other; and

a slide member, the carrier rotatable relative to the slide member to cause movement of the elastomeric members relative to the slide member along a first plane for selecting one or more of the elastomeric members, the slide member configured to be moved along a guided path in response to a force exerted by a user, the slide includes an engagement member that is configured to permit selective engagement to said one or more of the elastomeric members to cause the selected one or more elastomeric member or members to be stretched along a second plane in response to movement of the slide along the guided path; and

wherein the adjustable resistance training apparatus is coupled to isotonic weights in the form of a selectable weight stack that moves along a second guided path in response to a force exerted by the user.

14. The adjustable resistance training apparatus of claim 13 , wherein the slide member is coupled to a lift rod of the weight stack to allow for stretching of a selected elastomeric member in response to movement of the lift rod and weight stack.

15. The adjustable resistance training apparatus of claim 13 , wherein the carrier includes at least one retainer for retaining a first end of one of the elastomeric members to the carrier.

16. The adjustable resistance training apparatus of claim 13 , wherein the carrier has a linear movement to permit movement of the elastomeric members in the first plane.

17. An adjustable resistance training apparatus comprising:

a rotatable carrier;

a series of elongated elastomeric members that are supported by the carrier to orient the elastomeric members in a spaced apart relationship to each other, the carrier is configured to permit movement of the elastomeric members along a first plane;

a slide member that is configured to be moved along a guided path in response to a force exerted by a user, the slide includes an engagement member that is configured to permit selective engagement to one or more of the elastomeric members to cause the selected elastomeric member or members to be stretched along a second plane in response to movement of the slide along the guided path;

wherein the adjustable resistance training apparatus is coupled to isotonic weights in the form of a selectable weight stack that moves along a second guided path in response to a force exerted by the user; and

wherein the carrier is a rotary device that is configured to allow a user to select a desired elastomeric member by rotating the carrier in a circular motion.

18. The adjustable resistance training apparatus of claim 17 , wherein the carrier includes a thimble support plate, a series of retainers, and an adjustment plate positioned between the thimble support plate and the retainers wherein the thimble support plate, the retainers, and the adjustment plate are each coupled to a support shaft.

19. The adjustable resistance training apparatus of claim 18 , wherein elastomeric members are positioned around the support shaft.

20. The adjustable resistance training apparatus of claim 19 , wherein the elastomeric members each have a first end that is coupled to the retainers and a second end that is coupled to a series of thimbles.

21. The adjustable resistance training apparatus of claim 20 , wherein the thimbles are configured to lie near the thimble support plate.

22. The adjustable resistance training apparatus of claim 21 , wherein the thimbles are configured to be engaged and lifted by a gripper of the slide member to permit the elastomeric members to be stretched as one of the thimbles is raised from the thimble support plate.

23. The adjustable resistance training apparatus of claim 18 , wherein the retainers are in the form of a series of arms that extend radially outwardly from support shaft at different intervals along the length of the support shaft.

24. An adjustable resistance training apparatus comprising:

a rotatable carrier;

a series of elongated elastomeric members that are supported by the carrier to orient the elastomeric members in a spaced apart relationship to each other, the carrier is configured to permit movement of the elastomeric members along a first plane;

a slide member that is configured to be moved along a guided path in response to a force exerted by a user, the slide includes an engagement member that is configured to permit selective engagement to one or more of the elastomeric members to cause the selected elastomeric member or members to be stretched along a second plane in response to movement of the slide along the guided path;

wherein the adjustable resistance training apparatus is coupled to isotonic weights in the form of a selectable weight stack that moves along a second guided path in response to a force exerted by the user; and

a locking unit that is configured to lock the position of the carrier when the desired elastomeric member is selected when in a first position and to release the position of the carrier when in a second position.