Manufacturing Resources International, Inc.

Marcos Diaz

William R Dunn

Alex Moreau

Kevin O'Connor

Andrew Lincoln

Mike Brown

Kyle Azevedo

Tim Hubbard

Matt Dosch

Display assemblies with distributed airflow are provided. Side assemblies, each having a display layer located behind a cover are connected to a frame. A cavity is located, at least in part, between the side assemblies and spaced apart side panels of a frame. Open airflow pathways are fluidly connected to an ambient environment by way of an intake and extend, at least in part, along a rear portion of the electronic display subassembly of a respective one of the side assemblies to a respective one of exhausts. A closed airflow pathway includes the cavity and is fluidly separated from the ambient environment and the open airflow pathways, and extends, in part, within each of the side assemblies. A first set of fans is provided at or along the intake, and a second set of fans is provided at or along one of the side panels.

Display assemblies incorporating electric vehicle charging equipment

Display assemblies are provided which include subassemblies attached to a structural framework, each including a passageway and at least one of which also includes an electronic display layer, an illumination device, and a forward cover. A closed loop airflow pathway for circulating gas is formed by a rear passageway behind the subassemblies and the passageway of each subassembly. Fan units associated the subassemblies and positioned to cause flow of the circulating gas within the passageways of the respective subassemblies in a respective direction.

Display assemblies inducing turbulent flow

A display assembly is provided which includes a housing for an electronic display and a thermal management substructure. The thermal management substructure is located rearward of the electronic display and includes multiple components, which are secured to one another by a plurality of deposits of structural adhesive. Methods of manufacturing the thermal management substructure are also provided where structural adhesive is deposited between components of the thermal management substructure.

Display assembly using structural adhesive

Display assemblies and related systems and methods for mounting are provided. A side assembly with electronic display and a mounting device positioned, at least in part, rearward of the electronic display having laterally extending portion and hooked portions facing, at least primarily, in a first direction is raised relative to another mounting device with hooked portions facing, at least primarily, in a second, opposing direction. The side assembly is raised so that the hooked portions of said additional mounting device clear the hooked portions of the mounting device as the side assembly is moved laterally rearward to at least partially overlap the hooked portions of the mounting device and the additional mounting device. The side assembly is lowered to engage hooked portions of the additional mounting device and the mounting device.

Self-contained electronic display assembly, mounting structure and methods for the same

A fan unit for improved airflow within a display assembly is provided. Fans are provided at a housing which includes a rear wall opposite a forward portion and an upper surface extending therebetween. The rear wall extends laterally beyond each of the fans and defines peaks, each accommodating one of said fans and a valley between adjacent ones of the fans.

Fan unit for providing improved airflow within display assemblies

Display assemblies and related systems and methods for mounting are provided. A mounting structure includes a central airflow pathway for a first dedicated flow of ambient air with electronic equipment located along the same. One or more side assemblies are attached to the mounting structure and include a cover, a display layer located rearward of the cover, an illumination device for illuminating at least the display layer when operated, and a side assembly open loop airflow pathway for a second dedicated flow of the ambient air. When operated, the electronic equipment provides functionality other than operation of the one or more side assemblies. The central airflow pathway and the side assembly open loop airflow pathway of each of the one or more side assemblies are fluidly separated from one another.

Display assemblies providing electric vehicle charging are disclosed which include side assemblies connected to a frame having an electronic display and power supplies and electric vehicle charging equipment, including internal and external components. The electric vehicle charging equipment and the one or more side assemblies are each connectable to an external power supply in a manner which electrically separates power supplied to at least a bulk energy storage device of the electric vehicle charging equipment from power supplied to at least an electronic display subassembly power supply of the one or more side assemblies.

A display assembly includes a mounting structure with a dedicated central airflow pathway for a first flow of ambient air, electronic equipment located along the dedicated central airflow pathway, and side assemblies. Each of the side assemblies are attached to a respective side of the mounting structure and include a cover, a display layer located rearward of the cover, one or more dedicated side assembly airflow pathways.

Display assemblies with divided interior space and related methods are disclosed. A common passageway for the gas fluidly connects passageways of a first and second electronic display subassembly. A barrier extends within, and partitions, the common passageway into a first portion and a second portion. A continuous airflow pathway for the gas includes the first and second portions of said common passageway and the passageways of the first and second electronic display subassemblies. The first and second portions being fluidly interconnected by the passageways of the first and second electronic display assemblies.

Display assembly with divided interior space

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.

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.

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.

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.

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Alpharetta, GA, United States of America

Marcos Diaz