Abstract: A negative tilting squat machine includes a base, a squat apparatus, and a linear angle actuator. The squat apparatus is pivotally mounted on the base. The squat apparatus includes a center post with a squatting device configured to slide thereon and allow the user to face the center post during exercise. A resistance actuator is configured to produce a force against the squatting device. Handles, shoulder pads, or a combination thereof are attached to the squatting device to provide the force produced from the resistance actuator against the squatting device to hands of the user gripping the handles, shoulders of the user pressing on the shoulder pads, or a combination thereof. A linear angle actuator is configured to adjust a squat angle between the base and the squat apparatus.

Abstract: A post-tension tendon pocket former includes a pocket section, a formwork securing mechanism and an anchor securing mechanism. The pocket section is configured to create a pocket in an edge of concrete. The pocket section includes a first end and a second end. The formwork securing mechanism connected to the second end of the pocket section. The formwork securing mechanism is configured to secure the second end of the pocket section to a formwork. The anchor securing mechanism is connected to the first end of the pocket section. The anchor securing mechanism is configured to secure the first end of the pocket section to an anchor. The pocket section, formwork securing mechanism and anchor securing mechanism are integrally formed to create a one-piece pocket former. Whereby, the post-tension tendon pocket former is configured so secure and align the anchor to the formwork.

Abstract: A negative tilting squat machine includes a base, a squat apparatus, and a linear angle actuator. The squat apparatus is pivotally mounted on the base. The squat apparatus includes a center post with a squatting device configured to slide thereon and allow the user to face the center post during exercise. A resistance actuator is configured to produce a force against the squatting device. Handles, shoulder pads, or a combination thereof are attached to the squatting device to provide the force produced from the resistance actuator against the squatting device to hands of the user gripping the handles, shoulders of the user pressing on the shoulder pads, or a combination thereof. A linear angle actuator is configured to adjust a squat angle between the base and the squat apparatus.

Abstract: A post-tension tendon pocket former includes a pocket section, a formwork securing mechanism and an anchor securing mechanism. The pocket section is configured to create a pocket in an edge of concrete. The pocket section includes a first end and a second end. The formwork securing mechanism connected to the second end of the pocket section. The formwork securing mechanism is configured to secure the second end of the pocket section to a formwork. The anchor securing mechanism is connected to the first end of the pocket section. The anchor securing mechanism is configured to secure the first end of the pocket section to an anchor. The pocket section, formwork securing mechanism and anchor securing mechanism are integrally formed to create a one-piece pocket former. Whereby, the post-tension tendon pocket former is configured so secure and align the anchor to the formwork.

Abstract: An exercise machine having band grips mounted on arms that reciprocate at a pre-set incrementally increasing rate of reciprocation and at an applied force capacity greater than a resistive force applied by the user. The band grips are universally mounted for manipulation by the user for repositioning the hands at the beginning of each stroke of reciprocation without removing the hands from the grips, thereby exercising alternate opposing it is. muscle groups during alternate strokes of reciprocation and allowing the user to apply a desired resistive force, which force is measured and displayed for viewing by the user during exercise.

Abstract: An exercise machine having band grips mounted on arms that reciprocate at a pre-set incrementally increasing rate of reciprocation and at an applied force capacity greater than a resistive force applied by the user. The band grips are universally mounted for manipulation by the user for repositioning the hands at the beginning of each stroke of reciprocation without removing the hands from the grips, thereby exercising alternate opposing it is. muscle groups during alternate strokes of reciprocation and allowing the user to apply a desired resistive force, which force is measured and displayed for viewing by the user during exercise.

Abstract: A dynamically changing track support for a tracked vehicle, includes a body with one or more track engaging wheels mounted for rotation to the body and extending above the top of the body and below the bottom of the body. At least two arms are provided. Each arm has a body engaging end and a track engaging end. The track engaging ends of the arm extends outwardly past the body. The body engaging end is pivotally secured to the body for pivotal movement about a substantially horizontal pivot axis. One or more track engaging wheels are mounted for concentric axial rotation about an axle positioned at the track engaging end of the each arm. Dynamically adjustment of the pivotal positioning of the arms relative to the body results in changes to track geometry while maintaining consistent tension.

Abstract: A dynamically changing track support for a tracked vehicle, includes a body with one or more track engaging wheels mounted for rotation to the body and extending above the top of the body and below the bottom of the body. At least two arms are provided. Each arm has a body engaging end and a track engaging end. The track engaging ends of the arm extends outwardly past the body. The body engaging end is pivotally secured to the body for pivotal movement about a substantially horizontal pivot axis. One or more track engaging wheels are mounted for concentric axial rotation about an axle positioned at the track engaging end of the each arm. Dynamically adjustment of the pivotal positioning of the arms relative to the body results in changes to track geometry while maintaining consistent tension.

Abstract: An all terrain vehicle chemical applicator includes an elongate frame having at least six independent support wheels positioned along opposed sides of the frame. Suspension is provided for each of the support wheels including a support pivotally mounted to the frame. A shock absorber is disposed between each support and the frame to absorb shocks as the supports are forced to adjust to variations in terrain. A chemical applicator mounting platform is pivotally secured to the frame on which are mounted chemical applicators. Telescopic control cylinder are provided to position the chemical applicator mounting platform in an operator selected orientation relative to the terrain. An automatic motion dampening control system is provided for controlling the telescopic control cylinders to automatically reposition the chemical applicator mounting platform to dampen disruptive motions and average surface roughness oscillations that can not be dampened by the suspension.

Abstract: A freely swinging self-levelling spray boom includes a support structure and a mounting adapted to mount the support structure to a vehicle to swing freely about a pivot axis lying in a direction of travel of the vehicle. A spray boom is supported by the support structure. A tank adapted to hold liquid spray medium is supported by the support structure. The tank is symmetrically mounted to the support structure relative to the pivot axis. The weight provided by the tank and the liquid spray medium it contains serves to maintain the support structure and the spray boom in a substantially horizontal orientation when the vehicle is traversing a slope and dampen oscillations of the spray boom.

Abstract: An all terrain vehicle chemical applicator includes an elongate frame having at least six independent support wheels positioned along opposed sides of the frame. Suspension is provided for each of the support wheels including a support pivotally mounted to the frame. A shock absorber is disposed between each support and the frame to absorb shocks as the supports are forced to adjust to variations in terrain. A chemical applicator mounting platform is pivotally secured to the frame on which are mounted chemical applicators. Telescopic control cylinder are provided to position the chemical applicator mounting platform in an operator selected orientation relative to the terrain. An automatic motion dampening control system is provided for controlling the telescopic control cylinders to automatically reposition the chemical applicator mounting platform to dampen disruptive motions and average surface roughness oscillations that can not be dampened by the suspension.