Abstract: A mirror mount for mounting a mirror to a handlebar is provided. The mirror mount has a groove part in a middle area of the mirror mount, where the groove part is attachable by a mirror assembly. The groove part resides on the outside of the handlebar. The inner portion of the mirror mount fits inside the handlebar. The mirror mount has an outer portion that is on the outside of the handlebar. The mirror mount has a specific location thereon where a point of physical contact can be made with the handlebar.

Abstract: There is provided a foot peg for use on a motorized vehicle being drivable on a driving surface defining a driving surface hardness. The foot peg includes a frame being configured to engage a boot of a rider. The frame includes a frame body having frame top and bottom surfaces. The frame top surface is disposable in an upwardly facing position relative to the driving surface. The frame body additionally includes proximal and distal end portions. The foot peg also includes a slider that is attached to the frame bottom surface at the distal end portion. The slider defines a slider hardness that is less than the driving surface hardness. The foot peg additionally includes a mounting member connected to the proximal end portion of the frame body. The mounting member is engageable with the motorized vehicle, thereby enabling connection of the foot peg to the motorized vehicle.

Abstract: A non-blocking virtual switch architecture for a data communication network. The switch includes a plurality of input ports and output ports. Each input port may be connected to each output port by a directly connected network or by a mesh network. Thus, data packets may traverse the switch simultaneously with other packets. At each output port, buffer space is dedicated for queuing packets received from each of the input ports. An arbitration scheme is utilized to forward data from the buffers to the network. Accordingly, the use of a crossbar array, and associated traffic bottlenecks, are avoided. Rather, the system advantageously provides separate buffer space at each output port for every input port.