Abstract: A refrigeration display case for refrigerating and displaying perishable goods includes a plurality of evaporator coils for cooling air, a display case frame forming a display area, and a coil cover for at least substantially covering a portion of the plurality of evaporator coils and coupled to the display case frame. The coil cover includes a planar member having a living hinge formed in the planar member extending from a first side end to a second end and defining a first portion of the planar member and a second portion of the planar. The living hinge is configured to allow movement between the first portion of the planar member and the second portion of the planar member. Other embodiments and designs are included.

Abstract: A refrigeration display case for refrigerating and displaying perishable goods includes a plurality of evaporator coils for cooling air, a display case frame forming a display area, and a coil cover for at least substantially covering a portion of the plurality of evaporator coils and coupled to the display case frame. The coil cover includes a planar member having a living hinge formed in the planar member extending from a first side end to a second end and defining a first portion of the planar member and a second portion of the planar. The living hinge is configured to allow movement between the first portion of the planar member and the second portion of the planar member. Other embodiments and designs are included.

Abstract: The present application provides a shelf assembly for a display case. The shelf assembly may include a shelf, a pair of shelf brackets with a shelf bracket pocket, and a support rail with a pair of tabs. The support rail extends between the pair of shelf brackets and the tabs of the support rail fit with the shelf bracket pockets of the pair of shelf brackets.

Abstract: The present application provides a refrigerated display case. The refrigerated display case includes a number of tubs, a pair of end frames positioned about the tubs, and an integrated center end frame positioned between a pair of the tubs. The integrated center end frame may include a composite material retainer member and a composite material support base.

Abstract: The present application provides a shelf assembly for a display case. The shelf assembly may include a shelf, a pair of shelf brackets with a shelf bracket pocket, and a support rail with a pair of tabs. The support rail extends between the pair of shelf brackets and the tabs of the support rail fit with the shelf bracket pockets of the pair of shelf brackets.

Abstract: The present invention provides for a filter system having a catalyst filter configured for placement in a filter housing. The catalyst filter has a first band and a second band of material. Each band has a length of material extending in a longitudinal direction. Each band has a first wall and a second wall, each wall facing in an opposite direction from the other wall. A portion of each first wall is coated with a catalyst material, which receives light emitted by a light source to break down contaminants passing in air through the housing and over the catalyst material. Each of the first and second bands extends continuously along its longitudinal axis traversing the catalyst filter without being intersected by other structure of the catalyst filter. The first and second bands of material diverge relative to each other across the catalyst filter. The first wall of each band is optically exposed to light from the light source.

Abstract: The present invention provides for a filter system having a catalyst filter configured for placement in a filter housing. The catalyst filter has a first band and a second band of material. Each band has a length of material extending in a longitudinal direction. Each band has a first wall and a second wall, each wall facing in an opposite direction from the other wall. A portion of each first wall is coated with a catalyst material, which receives light emitted by a light source to break down contaminants passing in air through the housing and over the catalyst material. Each of the first and second bands extends continuously along its longitudinal axis traversing the catalyst filter without being intersected by other structure of the catalyst filter. The first and second bands of material diverge relative to each other across the catalyst filter. The first wall of each band is optically exposed to light from the light source.

Abstract: A refrigerated display case. The refrigerated display case may include a number of shelf standards and an inside back panel attached to the shelf standards. The inside back panel may include a number of vertically stacked inside back panel sections that are individually removable from the remaining sections.

Abstract: The present application provides a refrigerated display case. The refrigerated display case includes a number of tubs, a pair of end frames positioned about the tubs, and an integrated center end frame positioned between a pair of the tubs. The integrated center end frame may include a composite material retainer member and a composite material support base.

Abstract: The present invention provides for a filter system having a catalyst filter configured for placement in a filter housing. The catalyst filter has a first band and a second band of material. Each band has a length of material extending in a longitudinal direction. Each band has a first wall and a second wall, each wall facing in an opposite direction from the other wall. A portion of each first wall is coated with a catalyst material, which receives light emitted by a light source to break down contaminants passing in air through the housing and over the catalyst material. Each of the first and second bands extends continuously along its longitudinal axis traversing the catalyst filter without being intersected by other structure of the catalyst filter. The first and second bands of material diverge relative to each other across the catalyst filter. The first wall of each band is optically exposed to light from the light source.