Exercise machine for exercising upper body portions
An exercise machine has seat and back rest portions which are hinged to each other and independently pivotally supported on a support frame. The seat and the back rest portions are initially in a horizontal position to enable the user to exercise in a lying down position. The seat has an adjuster by means of which it can be angularly lowered to any one of a number of positions with the rear portion lowered more than the front portion. The front portion of the back rest which is hinged to the rear of the seat is lowered along with the seat to bring the back rest to the selected upwardly angulated position. A pair of lever arms are connected together at their inner ends and extend angularly outwardly from each other. Weights are connected to the inner ends and handles are connected to the outer ends for grasping by the user. Height adjusters are provided on the handles and arms to enable adjustment for persons of different sizes.
1. An exercise machine comprising:
a support frame having a base, side portions, and a central upper portion running normal to said base portion;
a seat portion pivotally mounted on said base by a four-bar linkage for setting the seat portion at one of a plurality of pre-selected positions at different distances from said base portion of said support frame, the pre selected positions defined by a gauge having an arcuate series of adjustment apertures;
a back rest portion hinged to said seat portion and hinged to a height adjustment member mounted on said base;
an end of said back rest portion connected to the seat portion so that it can move along with said seat portion to bring said back rest portion towards a vertical position;
a pair of opposing lever arms connected together at one end thereof, said lever arms having supports thereon for supporting weights;
means for pivotally supporting one end of each of said lever arms on said central upper portion of said support frame on opposite sides of said central upper portion with said lever arms extending outwardly from a longitudinal axis of said central upper portion at an angle of approximately 35 degrees;
said lever arms each being supported on a separate swivel bracket, said swivel brackets being horizontally angulated relative to each other and having pivot axes occupying a common plane with said central upper portion of said support frame; and
handles mounted on the other ends of said lever arms for use in grasping the lever arms.
2. The exercise machine of claim 1 and further including means for selectively adjusting the resting position of said lever arms above the base portion of the support frame.
3. The exercise machine of claim 1 and further including means for selectively adjusting the positions of said handles relative to said lever arms.
4. The exercise machine of claim 1 wherein said swivel brackets form a swivel bracket assembly, said lever arms being interconnected by said swivel bracket assembly.
5. The exercise machine of claim 1 wherein said handles are removably mounted on said lever arms with a mount permitting adjustment of the position of the handles relative to said lever arms and the axial positioning thereof in one of two positions 180 degrees apart.