Abstract: A training machine provides two independently operable resistance systems for providing resistance to the upper and lower body of a user and to enable training equivalent to circuit training in a small amount of time. A first resistance system provides training resistance to the upper body and comprises a first resistance member with handles coupled thereto. A second resistance system provides a second training resistance to the lower body, and comprises a seat support and a seat, the seat having a first position with a first potential energy and a second position having a second potential energy, the differential providing the second training resistance. Handles are each independently coupled to the first resistance member by a cable fed through a pulley to a cable reel assembly so as to enable the user to operate the handles separately from each other and in any direction.

Abstract: A training machine provides two independently operable resistance systems for providing resistance to the upper and lower body of a user and to enable training equivalent to circuit training in a small amount of time. A first resistance system provides training resistance to the upper body and comprises a first resistance member with handles coupled thereto. A second resistance system provides a second training resistance to the lower body, and comprises a seat support and a seat, the seat having a first position with a first potential energy and a second position having a second potential energy, the differential providing the second training resistance. Handles are each independently coupled to the first resistance member by a cable fed through a pulley to a cable reel assembly so as to enable the user to operate the handles separately from each other and in any direction.

Abstract: A device (10) for producing sound, such as, for example, simulated animal calls for hunting or flatulence or other bodily noises for entertainment, using a membranous valve (17) including one or more vibrating thermoplastic or thermoset plastic membranes (18,20), wherein said vibration is mechanically induced by a gas, such as air, releasing from a reservoir (12). In a preferred embodiment, the device (10) is hand-held, portable, and broadly comprises the reservoir (12); a return (14); a focuser (16); the membranous valve (17); and an emitter (22). Gas released from the reservoir (12) is directed by the focuser (16) to pass across the one or more membranes (18,20) which are held in their operating positions by the emitter (22). Vibration of an edge portion of each membrane (18,20) produces the desired sound.