Mountain climber fitness machine

Claim 2

A mountain climber fitness machine, comprising : a housing for enclosing a motor operated sprocket train, rubber coated rungs secured to said sprocket train containing a speed and logic control circuitry unit connected through an on-off switch to a power source, digital readout means secured in said panel and coupled to said unit for displaying velocity, time and distance travelled, and a safety device secured in said housing for stopping said motor operated sprocket train in the event the user missteps or suffers a sudden ailment, wherein said motor is mounted to a bottom wall of said housing and includes a pair of output shafts, one on each end of said motor, a drive sprocket of said sprocket train is secured to said motor output shafts, an endless chain is received on each said drive sprocket, driven sprockets secured on shafts are secured to side walls of said housing, the rungs are secured in spaced apart relation to and between each said endless chain for said user to climb, and said safety device includes a wire looped at one end, the looped wire is received on a hook secured in one side wall of said housing and other end of said wire is secured in a male plug jack normally received in a female jack secured in another side wall of said housing, said female jack being wired in series with an output of said speed and logic control circuitry unit and said motor so that when said male plug jack is pulled and disconnected from said female jack by said user misstep, current to said motor ceases and causing said machine to stop operate, so as to prevent said user from becoming seriously injured.

Claim 3

A mountain climber fitness machine, comprising : a housing, a motor enclosed by the housing, the housing including spaced apart vertical side walls defining opposite sides of a front user access opening, rubber coated rungs extending cross the opening and operatively connected to the motor for sequential vertical movement along a continuous closed path extending downwardly and then rearwardly of the opening for a user to step on sequentially, a panel secured to said housing containing a speed and logic control circuitry unit connected through an on-off switch to a power source, digital readout means secured in said panel and coupled to said unit for displaying velocity, time and distance travelled, and a safety device secured in said housing containing said speed and logic control circuitry unit connected through said on-off switch to said power source for stopping movement of said motor operated rungs in the event the user missteps or suffer a sudden ailment, wherein the safety device includes a wire looped at one end, the looped wire is received on a hook secured in one side wall of said housing and the other end of said wire is secured in a male plug jack normally received in a female jack secured in another side wall of said housing to extend across the user access opening in front of the rungs and adjacent a lower end and said female jack is wired in series with an output of said speed and logic control circuitry unit and said motor so that when said male plug jack is pulled and disconnected from said female jack by said user misstep, current to said motor ceases and causing said machine to stop operate, so as to prevent said user from becoming seriously injured.

Claim 4

A mountain climber fitness machine, comprising : a housing, a motor enclosed by the housing, the housing including spaced apart vertical side walls defining opposite sides of a front user access opening, rubber coated rungs extending cross the opening and operatively connected to the motor for sequential vertical movement along a continuous closed path extending downwardly and then rearwardly of the opening for a user to step on sequentially, a panel secured to said housing containing a speed and logic control circuitry unit connected through an on-off switch to a power source, digital readout means secured in said panel and coupled to said unit for displaying velocity, time and distance travelled, and a safety device secured in said housing containing said speed and logic control circuitry unit connected through said on-off switch to said power source for stopping movement of said motor operated rungs in the event the user missteps or suffer a sudden ailment, wherein the safety device includes a wire looped at one end, the looped wire is received on a hook secured in one side wall of said housing and the other end of said wire is secured in a male plug jack normally received in a female jack secured in another side wall of said housing to extend across the user access opening in front of the rungs and adjacent a lower end and said female jack is wired in series with an output of said speed and logic control circuitry unit and said motor so that when said male plug jack is pulled and disconnected from said female jack by said user misstep, current to said motor ceases and causing said machine to stop operate, so as to prevent said user from becoming seriously injured.