large ends for relative rotary and axial movement a cam assembly is included and acts between the cone members to develop an axial separating force in response to a torque differential between the cone members although both cone members are driven at equal speeds only one is connected to an output torque load so that the torque differential caused by the load may be converted to an axial separating force on the cone members by the camming assembly application_number US 7783379 A description in fig1 of the drawings the biconical torque transmitting body of the present invention generally designated by the reference numeral 10 is shown incorporated in a continuously variable transmission unit having a frame 12 an input shaft 14 and an output shaft 16 although the operating principles as well as many alternative structural embodiments of the overall transmission are disclosed in the aforementioned u s pat no 4 112 779 no 4 112 780 and no 4 152 946 as well as in other commonly assigned patents and applications for patents the transmission embodiment illustrated in fig1 will be described summarily herein in the interest of providing a complete understanding of the biconical body 10 to which the present invention is primarily directed as may be seen in fig1 the input shaft 14 is connected as an integral shaft extension with a cranking body 18 supported in the frame 12 by bearings 20 and 22 for rotation about a first axis 24.