Abstract: Planter apparatus for supporting live goods has an upwardly open container with a sidewall, a wire planter cage frame supported on the sidewall, and clips releasably securing the planter cage frame to the container. The planter cage frame has downwardly extending legs with distal ends that are received on an inner peripheral ledge of the container. The distal ends may engage the container without clips, or may rest on the rim of the container. The clips are deformable C-shaped clips with end hooks that engage the container rim and a transverse rib of the planter cage frame.

Abstract: Planter apparatus for supporting live goods has an upwardly open container with a sidewall, a wire planter cage frame supported on the sidewall, and clips releasably securing the planter cage frame to the container. The planter cage frame has downwardly extending legs with distal ends that are received on an inner peripheral ledge of the container. The distal ends may engage the container without clips, or may rest on the rim of the container. The clips are deformable C-shaped clips with end hooks that engage the container rim and a transverse rib of the planter cage frame.

Abstract: A fuel cell power plant assembly includes an accumulator having a housing. In one example, at least one demineralizer portion is positioned to interact with fluid within the accumulator housing. This allows for warm fluid within the accumulator housing to provide heat to the demineralizer portion. In one example, the demineralizer portion is within the housing. Another example includes a separator supported within the housing of the accumulator. A disclosed example includes a conical shaped baffle as the separator. The separator separates liquid from gas and facilitates distributing fluid flow within the accumulator housing to provide increased heat exchange with the demineralizer portion within the housing.

Abstract: The water transport plates (8) of a stack of fuel cells (9) receive water from an accumulator (11) which has a vent (17) within which demineralizers (33) are disposed. The entrance to the accumulator has a conical baffle which disrupts the flow of water entering the accumulator, thereby acting as a gas separator (16). A coolant pump (23) pumps coolant through a heat exchanger (25) where it is divided between an accumulator inlet conduit (31) and a demineralizer inlet conduit (32), the flow between which may be adjusted by means of a flow restrictor (30).