Abstract: A self-replenishing garnish dispenser comprising a carrier base and a plurality of separate bins receivable in the carrier base, the carrier base having a horizontally elongated channel for receiving and aligning bins side-by-side, each bin having walls forming a J-shaped space open at an upper end and a mid-height open end, the bin space being adapted to temporarily store condiments or garnish pieces received at the open upper end and dispensed at the mid-height end.

Abstract: A self-replenishing garnish dispenser comprising a carrier base and a plurality of separate bins receivable in the carrier base, the carrier base having a horizontally elongated channel for receiving and aligning bins side-by-side, each bin having walls forming a J-shaped space open at an upper end and a mid-height open end, the bin space being adapted to temporarily store condiments or garnish pieces received at the open upper end and dispensed at the mid-height end.

Abstract: An integrated environmental barrier for protecting the receiver portion of a fuel cell stack health monitoring system. The stack health monitoring system includes a transmitting measurement module and an optical communication module having a receiver. Measurements indicating the health of the fuel cell stack are optically communicated between the transmitter and receiver through the environmentally protective barrier. The environmentally protective barrier is disposed between the measurement module and the optical communication module such that the environmental barrier isolates the optical communication module from the environment contained within the fuel cell stack. The environmental barrier comprises light blocking and light transmitting portions enabling system variation while ensuring signal integrity.

Abstract: An integrated environmental barrier for protecting the receiver portion of a fuel cell stack health monitoring system. The stack health monitoring system includes a transmitting measurement module and an optical communication module having a receiver. Measurements indicating the health of the fuel cell stack are optically communicated between the transmitter and receiver through the environmentally protective barrier. The environmentally protective barrier is disposed between the measurement module and the optical communication module such that the environmental barrier isolates the optical communication module from the environment contained within the fuel cell stack. The environmental barrier comprises light blocking and light transmitting portions enabling system variation while ensuring signal integrity.