A food pan cooling system includes a housing with a food item holding arrangement including a recessed well area defining at least a first food pan receiving location and a second food pan receiving location. The first food pan receiving location includes a first cooled wall structure in the recessed well area to at least in part define the first food pan receiving location, the first cooled wall structure having a first surface facing the first food pan receiving location. A first thermal shim is connected to the first cooled wall structure, the first thermal shim having a first shim surface and a second shim surface, the first shim surface at least partly in contact with the first surface of the first cooled wall structure, and the second shim surface facing the first food pan receiving location.

A movable platen cooling apparatus includes: a compressor; a cold head that includes a cooling part; a refrigerator gas supply line that supplies a refrigerant gas from the compressor to the cold head; a refrigerator gas exhaust line that exhausts the refrigerant gas from the cold head to the compressor; a first gas inflow line that is connected to a first movable platen flow path and includes a heat exchange part thermally coupled to the cooling part; a first gas outflow line connected to the first movable platen flow path and merged with the refrigerator gas exhaust line; a second gas inflow line connected to a second movable platen flow path and disposed to be thermally non-coupled with the cooling part; and a second gas outflow line connected to the second movable platen flow path and merged with the refrigerator gas exhaust line.

A pan chiller system including a refrigeration package having a condensing unit, a heat exchanger and a pump for circulating a chilled liquid coolant, a pan chiller unit in communication with the refrigeration package and having an outer housing and a food well received within the outer housing and a plurality of hollow divider bars arranged within the food well. An opening is defined between adjacent divider bars, wherein each divider bar is configured for directly receiving the liquid coolant chilled and circulated by the refrigeration package.

A refrigeration device includes a cabinet defining a compartment and is operable to control an environment within the compartment. At least one sensor is associated with the compartment. A processor receives compartment data from the at least one sensor associated with the compartment. The processor operates an environmental control system of the refrigeration device according to the compartment data. The processor is communicatively connected to and operates a graphical display of an input module to present compartment data in a graphical user interface of the input module.

A refrigerated food preparation table that includes a food item storage pan with a lid that is allowed to fully close and is held in a partially open position and in a fully open position and hinge brackets or apparatuses for holding a lid in a partially opened position and a fully opened position that include a slot, a surface, and an indentation that each engage pins on the lid. In various embodiments, the slot receives one such pin, the surface guides another pin on the lid as the lid is opened from a fully closed position to the partially opened position, the indentation receives the second pin when the lid is in the partially opened position, and the slot contains the first pin and the second pin when the lid is fully open. The food preparation table can be used to prepare pizza, for example.

Aspects of the disclosure herein relate to systems and methods for heating, cooling, and/or displaying food. A food display system may include a base; a support engaged with the base; a canopy supported by the support, the canopy having a top surface, a bottom surface, and an edge surface between the top and bottom surfaces, the edge surface having at least a first portion and a second portion; and a light source configured to provide light to the first portion of the edge surface of the canopy and illuminate the second portion of the edge surface of the canopy. The canopy may be configured to be located above a food item.

A food preparation table includes a housing at least in part defining multiple food pan receiving locations and a cooling air flow path internal of the housing below the food pan receiving locations. A first food pan is positioned within a first one of the food pan receiving locations such that side walls and a bottom wall of the first food pan are within the cooling air flow path, a first one of the side walls of the first food pan includes a plurality of openings therein to permit some cooling air to enter the first food pan and flow in contact with food items therein.

A refrigeration appliance includes an appliance housing. A liner within the appliance housing provides an upper interior storage chamber and a lower interior storage chamber. The upper interior storage chamber and the lower interior storage chamber are separated by a mullion. An upper movable closure is movable between an open position providing access to the lower interior storage chamber, and a closed position closing the upper interior storage chamber. A lower movable closure is movable between an open position providing access to the lower interior storage chamber, and a closed position closing the lower interior storage chamber. The mullion forms a storage pocket, and the refrigeration appliance further includes a deployable shelf configured to be withdrawn from the storage pocket in the mullion.

A food bar, such as a salad bar, has a cooling system with a refrigerating arrangement, and a cabinet in which pans are arranged. The cooling system is adapted for cooling the food bar such that at least two different climate zones are provided, the cooling of which is separately controllable. The cooling system has one evaporator, a cooling arrangement arranged close to, and above, pan back walls and adjacent a rear section of a covering arrangement adapted to cover pans and so that cooled air flows from a lower edge outward above the pans, and upward in toward an upper edge due to self-convection, forming a first climate zone. Pan holder elements are disposed in the cabinet so disposed that between the pan holder elements and the bottom and lateral walls of the pans, a second climate zone is formed.

A refrigerator according to this embodiment includes: a cabinet provided with a storage space and including a pair of side panels configured to define an outer appearance of a side surface; a cabinet cover disposed between the pair of side panels and configured to define an outer appearance of a top surface; a display unit disposed behind the cabinet cover and provided for user's manipulation; and a fixing unit which is fixed to the cabinet and disposed between the pair of side panels and to which the display unit is separably fixed, wherein the display unit is installed to be separated upward from the fixing unit.