Upper and lower body multi-press exercise machine

1. A concurrent upper body press and lower body press exercise machine comprising:

a) a structural frame having a front end and a back end, the frame comprising at least one lower body user support member and at least one upper body user support member, the at least one lower body user support member comprising a kneeling pad and the at least one upper body user support member comprising a gripping handle;

b) a first traveling member for traveling in a fixed path along the frame for transporting the at least one lower body user support member along the frame in a back and forth manner towards and away from the back end of the frame;

c) a second traveling member for traveling in a fixed path along the frame for transporting the at least one upper body user support member along the frame in a back and forth manner towards and away from the front end of the frame;

d) a foot platform connected to the at least one lower body user support member for engagement by a user's feet while exercising;

e) the gripping handle comprises a grip handle connected to the at least one upper body user support member for engagement by the user's hands while exercising;

f) a movable multi-link linkage system operatively connected to at least one rotatable central axle that operatively connects the at least one lower body user support member and the at least one upper body user support member, wherein the at least one upper body user support member is operatively connected to the at least one rotatable central axle and the at least one lower body user support member is operatively connected to the at least one rotatable central axle, wherein the multi-link linkage system comprises links, and wherein at least one of the links is pivotably connected to the lower body user support member and at least another one of the links is pivotably connected to the upper body user support member; and

g) wherein resistance generated by weight of the user concurrently imparts force against at least one direction of the movement of the at least one upper body user support member and the at least one lower body user support,

wherein the at least one upper body user support member and the at least one lower body user support member are more proximal to each other when the machine is in an at rest position or not engaged or active than when in a fully active position or engaged and activated, and

wherein the at least one upper body user support member and the at least one lower body user support member are more distal to each other any time the machine is in the fully active position or engaged and activated than when in the at rest position or not engaged or active.

2. The exercise machine of claim 1 , wherein the rotatable central axle is located between the at least one upper body user support member and the at least one lower body user support member.

3. The exercise machine of claim 2 , wherein the rotatable central axle is connected to or generates a resistance force and transfers the resistance force concurrently to the at least one upper body user support member and the at least one lower body user support member via the multi-link linkage operative connection mechanism during operation of the machine.

4. The exercise machine of claim 3 , wherein movement of the at least one upper body user support member in a direction towards the front of the machine concurrently causes movement of the at least one lower body user support member in a direction towards the back of the machine, and movement of the at least one lower body user support member in the direction towards the front of the machine concurrently causes the at least one upper body user support member to move in the direction towards the back of the machine, and the location of the least one upper body user support member between the at rest position and the fully activated position locates the at least one lower body user support member between the at rest position and the fully activated position.

5. The exercise machine of claim 4 , wherein the at least one lower body user support member comprises two separate lower body user support members and the at least one upper body user support member comprises two separate upper body user support members.

6. The exercise machine of claim 5 , wherein:

the two separate upper body user support members are a left side upper body user support member and a right side upper body user support member, and the two separate lower body user support members are a left side lower body user support member and a right side lower body user support member; and

the left side upper body user support member is operatively connected to the left side lower body user support member such that the left side upper body user support member and the left side lower body user support member move in unison, and the right side upper body user support member is operatively connected to the right side lower body user support member such that the right side upper body user support member and right side lower body user support member move in unison, and the left side upper and lower body user support members operate independently of the right side upper and lower body user support members.

7. The exercise machine of claim 6 , wherein the two separate lower body user support members are latchable together to move in unison causing the two separate upper body user support members and the two separate lower body user support members and the operative linkage system and the resistance system to all operate concurrently and in unison.

8. The exercise machine of claim 5 , wherein the two separate upper body user support members moves in a forward converging motion from the at rest position and a rearward diverging motion from the fully activated position, and the two separate lower body user support members moves in a parallel motion.

9. The exercise machine of claim 5 , wherein the two separate upper body user support members move in a forward converging motion from the at rest position and a rearward diverging motion from the fully activated position, and the two separate lower body user support members move in a rearward diverging motion from the at rest position and a forward converging motion from the fully activated position.

10. The exercise machine of claim 5 , wherein the two separate upper body user support members slides forward towards the front of the machine and rearward towards the back of the machine in a curved pattern and the two separate lower body user support members slides forward towards the front of the machine and rearward towards the back of the machine in a curved pattern.

11. The exercise machine of claim 1 , wherein the resistance is variable throughout a range of motion of the user support members.

12. The exercise machine of claim 1 , wherein the resistance is constant throughout a range of motion of the user supports.

13. The exercise machine of claim 1 , wherein at least a portion of the movable multi-link linkage system operatively connected to the at least one rotatable central axle is located between the at least one upper body user support member and the at least one lower body user support member.

14. The exercise machine of claim 1 , wherein the at least one lower body user support member is a sliding member and the at least one upper body user support member is a sliding member.

15. The exercise machine of claim 1 , wherein the at least one lower body user support member slides forward towards the front of the machine and rearward towards the back of the machine on a curved rail.

16. The exercise machine of claim 1 , wherein the at least one upper body user support member slides forward towards the front of the machine and rearward towards the back of the machine on a curved rail.