Abstract: A rear wheel suspension system for a motorcycle has a swing arm with a pivot axis at a forward end and a wheel axis at a rear end. A wheel axle is slide mounted in a direction of travel substantially parallel to the motorcycle fork. A pair of springs mounted within the swing arm biases the wheel axle in forward neutral position and pulls the wheel axle to forward neutral position when the wheel is forced backward.

Abstract: A blender has a container body, a push plate, a blade assembly that is mounted on the push plate and a guide rod mounted to the container body and affixed to the push plate limiting the push plate to substantially vertical movement. A variety of well known lifting mechanisms can be mechanically actuated by the handle and can also be actuated by a squeeze mechanism where the handle travels linearly as opposed to rotationally. To overcome the stickiness drawback in blender container bodies, the present invention uses a push plate to push the contents out of the container body.

Abstract: A rear wheel suspension system for a motorcycle has a swing arm with a pivot axis at a forward end and a wheel axis at a rear end. A wheel axle is slide mounted in a direction of travel substantially parallel to the motorcycle fork. A pair of springs mounted within the swing arm biases the wheel axle in forward neutral position and pulls the wheel axle to forward neutral position when the wheel is forced backward.

Abstract: A blender has a container body, a push plate, a blade assembly that is mounted on the push plate and a guide rod mounted to the container body and affixed to the push plate limiting the push plate to substantially vertical movement. A variety of well known lifting mechanisms can be mechanically actuated by the handle and can also be actuated by a squeeze mechanism where the handle travels linearly as opposed to rotationally. To overcome the stickiness drawback in blender container bodies, the present invention uses a push plate to push the contents out of the container body.

Abstract: A portable medical cooling device has two circuits of heat transfer liquid, a hot circuit and a cold circuit. The cold circuit begins at a patient's body conducting heat to a cooling pad cool heat exchanger. The cooling pad conforms to a specific part of a patient's body. The airflow leaves the housing via an exhaust port formed on the housing allowing exhausting of hot air into an ambient environment. The cold circuit completed by return of heat transfer liquid by cool tubing to the cooling pad via pressure created by a cold circuit pump. The hot circuit is completed by return of heat transfer liquid by cool tubing to the hot face via pressure created by a hot circuit pump and a thermostat controls voltage of the thermoelectric element to achieve and maintain a user defined temperature in the cold circuit heat transfer liquid.