Abstract:
An oblong orbital exercising machine includes a main frame, an upright, two swinging handles, a cycle movement mechanism, two tread bars, two sliding bars, two pedals, two cranks, two rollers, two guiding tracks, two pivot members, and two ball bearings. The top face of each of the guiding tracks has an arcuate convex shape to correspond to the respective roller. Each of the guiding tracks has two upward extending side wings formed on two opposite sides thereof. Each of the pivot members has a threaded rod threadedly connected with a respective one of the swinging handles. Each of the ball bearings is located between a respective one of the pivot members and a respective one of the swinging handles. Each of the ball bearings is mounted on the threaded rod of the respective pivot member.
Abstract:
An exercising machine includes a main frame, an upright post mounted on the main frame, two swinging handles pivotally connected with the upright post, a cycle movement mechanism mounted on the main frame, two pivot members mounted on the cycle movement mechanism, two links each pivotally connected with the respective swinging handle and the respective pivot member, two pedals mounted on the links, and two adjusting members each pivotally mounted between the respective link and the respective pivot member and each provided with a plurality of adjusting holes. Thus, each of the links is pivotally connected with one of the adjusting holes of the respective adjusting member to change the position and angle of each of the links and each of the swinging handles so as to adjust the movement trace of each of the links.
Abstract:
An oblong orbital exercising machine includes a main frame, an upright mounted on the main frame, two swinging handles each pivotally connected with the upright, two mounting rods each mounted on the respective swinging handle, two adjusting members each adjustably mounted on the respective mounting rod, a cycle movement mechanism mounted on the main frame, two cranks mounted on the cycle movement mechanism, two links each pivotally connected with the respective adjusting member and the respective crank, two sliding members each slidably mounted on the respective link, two pedals each secured on the respective sliding member, and two driven levers each pivotally connected with the respective mounting rod and the respective sliding member. Thus, the pedals are moved relative to the links to lengthen the forward and backward pace of the user's feet, so that the user's legs are extended.
Abstract:
A medical wheelchair includes a support frame, a front bracket pivotally connected with the support frame, a rear bracket pivotally connected with the support frame, a mounting bracket pivotally connected between the front bracket and the rear bracket, a seat unit mounted on the mounting bracket, and a drive mechanism mounted between the support frame and the mounting bracket to move the mounting bracket and to adjust the height of the seat unit. Thus, the support frame, the mounting bracket, the front bracket and the rear bracket form a parallelogram linkage, so that the mounting bracket is moved smoothly to prevent the seat unit from being vibrated during adjustment of the height of the seat unit. In addition, the drive mechanism provides a buffering effect to the mounting bracket so that the mounting bracket and the seat unit are moved smoothly and stably.
Abstract:
An oblong orbital exercising machine includes a main frame, an upright mounted on the main frame, a base frame mounted on the main frame, a support plate mounted on the base frame, two swinging members pivotally connected with the base frame, two primary rollers each connected with the respective swinging member and each placed on the support plate, a cycle movement mechanism mounted on the main frame, a belt wheel mounted on the upright, a belt mounted between the belt wheel and the cycle movement mechanism, two cranks mounted on the belt wheel, two driving levers each pivotally connected with the respective crank and the respective primary roller, two pedals each pivotally connected with the respective driving lever, two handles each mounted on the upright, and two driven levers each pivotally connected with the respective handle and the respective pedal.
Abstract:
An oblong orbital exercising machine includes a main frame, an upright mounted on the main frame, a base frame mounted on the main frame, a support plate mounted on the base frame, two swinging members pivotally connected with the base frame, two primary rollers each connected with the respective swinging member and each placed on the support plate, a cycle movement mechanism mounted on the main frame, a belt wheel mounted on the upright, a belt mounted between the belt wheel and the cycle movement mechanism, two cranks mounted on the belt wheel, two driving levers each pivotally connected with the respective crank and the respective primary roller, two pedals each pivotally connected with the respective driving lever, two handles each mounted on the upright, and two driven levers each pivotally connected with the respective handle and the respective pedal.
Abstract:
An oblong orbital exercising machine includes a main frame, an upright, two swinging handles, a cycle movement mechanism, two tread bars, two sliding bars, two pedals, two cranks, two rollers, two guiding tracks, two pivot members, and two ball bearings. The top face of each of the guiding tracks has an arcuate convex shape to correspond to the respective roller. Each of the guiding tracks has two upward extending side wings formed on two opposite sides thereof. Each of the pivot members has a threaded rod threadedly connected with a respective one of the swinging handles. Each of the ball bearings is located between a respective one of the pivot members and a respective one of the swinging handles. Each of the ball bearings is mounted on the threaded rod of the respective pivot member.
Abstract:
An oblong orbital exercising machine includes a main frame, an upright post mounted on the main frame, two swinging handles connected with the upright post, a cycle movement mechanism mounted on the main frame, two shafts secured on the cycle movement mechanism, two adjusting units mounted on the shafts, two links connected with the swinging handles and the adjusting units, and two pedals mounted on the links. Each of the adjusting units includes a fixing member mounted on the respective shaft and having a plurality of adjusting holes, an adjusting member juxtaposed to the fixing member, and a positioning member mounted on the adjusting member and locked in one of the adjusting holes. Thus, the adjusting member is rotated relative to the fixing member, so that each of the links is driven to change its position and to adjust its movement trace.