Abstract: A display assembly with divided interior space includes a common passageway which fluidly connects passageways of first and second electronic display subassemblies where the common passageway and passageways of the electronic display subassemblies form, at least in part, a continuous airflow pathway for gas. A central septum extends within the common passageway to prevent the gas from directly traveling between a first portion and a second portion of the common passageway, defined, at least in part, by the central septum. Each of the portions of the common passageway are fluidly connected with the passageways of the first and second electronic display subassemblies.

Abstract: Methods of manufacturing a protective front cover subassembly for an electronic display assembly and related products are disclosed. A first component of the protective front cover subassembly is secured to a frame. A first and second part of a mixture which produces an index-matching optical adhesive when combined are applied to the first component. A second component of the protective front cover subassembly is placed at said frame spaced apart from said first component such that the mixture is interposed between the first and second components. The mixture is exposed to a light source while interposed between the first and second components.

Abstract: Display assemblies and related systems and methods for mounting are provided. A side assembly includes a cover positioned forward of an electronic display and a mounting device positioned, at least in part, rearward of the electronic display. The mounting device includes a laterally extending portion and hooked portions facing, at least primarily, in a downward facing direction. An additional mounting device includes a laterally extending portion and hooked portions facing, at least primarily, in an upward facing direction, where the hooked portions of the mounting device are complementary with the hooked portions of the additional mounting device.

Abstract: A method of increasing thermal conduction in an electronic display assembly includes securing a panel forming part of a thermal management substructure for the electronic display assembly, depositing a structural adhesive to at least one of an electronic component for operating the electronic display assembly and the panel, securing said electronic component directly to a first side of the panel by way of the adhesive, and securing the thermal management substructure within a housing of the electronic display assembly such that a second side of said panel defines, at least in part, at least a portion of an airflow pathway of the electronic display assembly of which the thermal management substructure forms a part.

Abstract: A field customizable airflow system, method, and communications box are provided. A communications box is located above an electronic display subassembly and includes one or more electronic components. The communications box includes one or more fans which cause a flow of ambient air to be accepted at an intake portion, forced through each of one or more apertures in a plate within the communications box, and be exhausted through said exhaust portion.

Abstract: A method for cooling a display assembly includes forcibly circulating gas about an airflow pathway extending within a housing and extending along opposing sides of an image assembly is provided. Ambient air is ingested into the housing through an intake, passed within the housing in a manner which provides thermal interaction with the circulating gas in said airflow pathway, and exhausted from the housing through an exhaust to change a temperature of the circulating gas.

Abstract: Display assemblies are provided. One or more electronic display subassemblies are mounted to a framework at an elevated position. An unobstructed zone is located below each of the electronic display subassemblies and within said framework. Wiring and electronic components may extend along some of the framework and may be covered by cladding.

Abstract: An electronic display assembly includes an electronic display located within a housing. A first airflow pathway fluidly connected to an ambient environment extends through at least a portion of the housing. A second airflow pathway, separated from the first airflow pathway, forms a closed loop within the housing. Some or all electronic components for operating the electronic display assembly are located within the second airflow pathway, such as to at least partially isolate such electronics from dust or other containments in ambient air.

Abstract: A display system for a refrigerated display case includes a door assembly which permits access to a product storage compartment. The door assembly includes an electronic display layer positioned within an enclosure defined by a front cover layer, a rear cover layer, and a spacer extending about a perimeter of interior surfaces of the front and rear cover layers. The front cover layer permits viewing of images displayed at the electronic display layer through the front cover layer. Electronic equipment for operating the electronic display layer is located outside of the enclosure.

Abstract: A display assembly includes a communications box and one or more electronic display subassemblies attached to a mounting structure. The communications box is located above the one or more electronic display subassemblies and has a front panel and a rear panel, at least one of which comprises fabric for ambient air to travel through to cool electronic equipment located within.

Abstract: Display units with automated power governing features and related systems and methods are disclosed. A control subsystem is in electronic communication with a power subsystem electrically connected to an electronic display, temperature sensors, and a thermal management subsystem for the display unit. The control subsystem includes at least one governor which monitors external power supply and internal power demand, and where either of the external power supply or internal demand exceeds respective predetermined thresholds, commands reduction to power levels of the electronic display.

Abstract: Condensation control systems and methods for display assemblies are provided. A cover forms part of a housing for an electronic display, the housing accommodating an airflow pathway. Temperature sensors located along the airflow pathway measure temperature which is reported to a controller. The controller determines a dewpoint temperature and calculates a dewpoint spread between the dewpoint temperature and the measured temperature. Where the dewpoint spread is less than a predetermined threshold, modified operations are initiated by the controller.

Abstract: A display assembly with electric vehicle charging equipment includes one or more side assemblies, each connected to a structural frame and including an electronic display subassembly. An external portion of the electric vehicle charging equipment is connected to the structural frame and located rearward of the cover of each of the one or more side assemblies, where the cover is located forward of a display layer. An internal portion of the electric vehicle charging equipment is located at a cavity provided below or rearward of the cover of each of the one or more side assemblies.

Abstract: Display units for digital out of home advertising with orientation monitoring features are disclosed. The units include an electronic display, an orientation detection device, and a controller. The controller receives orientation data from the orientation detection device, determines a baseline orientation of the display unit, and where a subsequently detected orientation is not within a predetermined margin of the baseline orientation, electronically generates an alert.

Abstract: A display assembly includes a mounting structure with one or more cavities for electronic equipment located along a dedicated central airflow pathway for a first flow of ambient air. Each of a number of side assemblies are attached to a respective side of the mounting structure and include a front cover, a display layer located rearward of the front cover, an illumination device for illuminating the display layer when operated, and one or more dedicated side assembly airflow pathways.

Abstract: A display assembly with loopback cooling includes a housing for an electronic display where a first airflow pathway extends within the housing. An equipment storage device for electronic equipment located at a storage area within the housing. A second airflow pathway fluidly connects the storage area with the first airflow pathway. One or more fans, when activated, cause a flow of air to travel through a portion of the first airflow pathway extending rearward of the electronic display in a first direction and a portion of the flow to leave the portion of the first airflow pathway and travel through the second airflow pathway, at least initially, in a second direction.