Abstract: A wearable item comprising a conductive transfer applied to a surface of the wearable item is described. The conductive transfer comprises first and second non-conductive ink layers and an electrically conductive layer positioned between the two non-conductive ink layers. The transfer also has an adhesive layer which adheres the conductive transfer to the surface of the wearable item. The conductive transfer is configured to withstand elongation such that the resistance of the electrically conductive layer provides a resistance within a pre-specified range.

Abstract: An integrated fishing rod holder kit incorporates a grip coupler that replaces a butt cap on a preexisting fishing rod that has a hollow rod blank having a void space that extends linearly through from the butt of the rod through a rear grip end and forward through the grip area and reel seat area of the rod towards the fishing rod tip. The grip coupler is securely fixed to the rear grip end coaxially and preferably about the rod blank butt end that is revealed after the butt cap is removed. The grip coupler has external threads on its outer surface for engaging a coupler engagement collar of a rod holder body.

Abstract: An integrated fishing rod holder kit incorporates a grip coupler that replaces a butt cap on a preexisting fishing rod that has a hollow rod blank having a void space that extends linearly through from the butt of the rod through a rear grip end and forward through the grip area and reel seat area of the rod towards the fishing rod tip. The grip coupler is securely fixed to the rear grip end coaxially and preferably about the rod blank butt end that is revealed after the butt cap is removed. The grip coupler has external threads on its outer surface for engaging a coupler engagement collar of a rod holder body.

Abstract: An interface between a host computer and a crossbar switch is provided which employs data buffering using multiple-port RAM devices. The receive and transmit data is clocked into or out of separate serial ports of the RAM, and at the same time a local processor can access the RAM by a random access port, asynchronous to the serial ports, to execute the protocol. The order of storing bursts of data in the multiple-port RAM is defined by a free buffer manager which keeps account of which locations are free. The addresses of these locations are moved to a received list after being used for incoming packets. After the protocol processor has finished with its tasks, these addresses, referred to as burst data descriptors, are moved to a transmit list to await loading of burst data back to the serial registers for clocking out, then when transmitted the descriptors are again entered into the free buffer manager.