An exemplary modular cooler system is provided that includes couplings that may, in one embodiment, be implemented as integrated or interfaced receptacles and corresponding inserts that allow accessory items to couple with an insulated compartment, which may be referred to as a wet box, and used as an insulated cooler that holds ice. The accessories may include, for example, a second compartment or dry box for holding items that need to be kept dry, a fishing rod holder, a shelf, a cutting board, a cup holder, a chair or seating platform, one or more dollies, or virtually any needed accessory. In one embodiment the thermal properties of the insulated compartment are enhanced with the use of one or more radiant barrier members, such as one positioned adjacent the lid of the insulated compartment.

A refrigerated merchandise display system for storing and dispensing merchandise. The merchandise display system includes an outer housing, an inner support, a transparent front door, a refrigeration unit, a front door assembly, and a plurality of windows. The merchandise display system further includes a plurality of shelves for supporting merchandise within the display system. The refrigeration unit may be positioned at the top of the merchandise display system and may be removable. The outer housing of the refrigeration unit may be manufactured in a variety of colors. Each of the colors may be indicative a type of merchandise stored within the merchandise display system.

Described herein are systems and techniques for concurrently transmitting ultra-high-definition video data from multiple ultra-high-definition cameras to a single computing device without exceeding the bandwidth of the communication protocols on board the device. The systems use a serializer and deserializer configuration to serialize the multiple ultra-high-definition video streams and concurrently stream them to a deserializer located at the computing device, where a dual or quad deserializer is used to return the video data to a parallel format, the video data useful for making one or more determinations about an environment around the system.

A modular refrigeration system comprising one or more structural components configured to store food, wherein the one or more structural components comprise: an internal compartment configured to store the food; an outer vessel configured to hold the inner compartment; and a cavity formed by the internal compartment and the outer vessel and configured to hold an absorbent material, wherein the outer vessel, the internal compartment, and the absorbent material maintain the food in the internal compartment within a first predetermined temperature range.

The present disclosure provides systems and methods for a food storage system including a freezer, a temporary storage unit removably coupled with the freezer, and a freezer management application. The freezer includes two or more independently controllable climate zones which can be automatically adjust based on data received from sensors and cameras in each of the climate zones or manually adjust using the freezer management application. The freezer is also configured to receive one or more modular inserts for increased customization and functionality. The temporary storage unit includes a climate zone that is configured to be controlled and regulated by the freezer when the temporary storage unit is coupled with the freezer. Based on the data received from the sensors and cameras, the freezer management application generates alerts regarding deviations in the conditions of the climate zones or conditions of food items stored in the system.

A modular refrigerator including a main cabinet, and a sub-cabinet selectively coupleable to a right side, an upper side, and a left side, of the main cabinet. The main cabinet includes a cooling unit, a first connection duct for cold air generated by the cooling unit to flow toward the right side, a second connection duct for the cold air to flow toward the upper side, and a third connection duct for the cold air to flow toward the left side. The sub-cabinet includes a first branch duct that, when the sub-cabinet is coupled to the right side, communicates with the first connection duct, a second branch duct that, when the sub-cabinet is coupled to the upper side, communicates with the second connection duct, and a third branch duct that, when the sub-cabinet is coupled to the left side, communicates with third connection duct.