4 results about "Angular variation" patented technology

A system for measuring the difference between a property of a first target and a property of a second target, the system comprising a first member and a second member, wherein the first member comprises a first pattern, and the speed of rotation of the first member is configured to be based on the property of the first target; and the second member comprises a second pattern wherein, the speed of rotation of the second member is configured to be based on the property of the second target, further wherein the first and second pattern are angularly-varying and are configured to generate an interference pattern by their interaction when the first and second members have a relative difference in their rotational speeds, the interference pattern being indicative of the magnitude of this difference.

The application provides an angle-variable chamfer pad structure for a desktop cyclotron, and belongs to the technical field of small cyclotrons. The angle-variable chamfer pad structure is characterized in that: the structure is formed in a mode that the fixed cutting height H and length L and the variable chamfer cutting angle are adopted, so that the cutting volume of the chamfer pad and the pad amount are in linear relationship; the cutting volume and the pad amount are in linear relationship, that is, the side surface of the side adjacent to the high-frequency cavity is divided into two parts, the lower part is a long rectangular vertical plane penetrating the small radius to the large radius of the insert strip, and the upper part is a curved surface with an inward opening chamfer adjacent to the upper edge line of the long rectangular vertical plane; and the application solves the problem that the increasing of the main magnetic pole opening angle of the desktop cyclotron causes the high-frequency cavity installation space to be nervous or even occupied by adopting the mode that the fixed cutting height H and length L and the variable chamfer cutting angle are adopted.

A continuous-velocity joint assembly comprises an input shaft and an output shaft. A continuous-velocity mechanism enables power transfer between the input and output shafts while allowing angular variation between the shafts. A separating assembly is also provided, comprising first and second sections that are capable of rotating relative to each other in a separated state and are unable to rotate relative to each other in a connected state. An actuator causes the separating assembly to switch between the separated and connected states, thereby transferring power between the input and output shafts in the connected state and preventing power transfer between them in the separated state. At least one bearing can support the first and second sections.

A continuous velocity joint assembly includes a rotatable input end and a rotatable output end. A continuous speed mechanism is also provided that allows power to be transferred between an input and an output while allowing angular variation. The disconnect device has a first portion and a second portion that are rotatable relative to each other in a disconnected state and non-rotatable relative to each other in a connected state. The electromechanical actuator switches the disconnect device between a disconnect state and a connected state whereby power is transferred between the input and the output in the connected state and no power is transferred between the input and the output in the disconnect state.