Abstract: An explosion proof assembly that includes a first portion with a window; an outer touchscreen coupled with the first portion to occlude the window; and a second portion releasably coupled to the first portion. The second portion has a second portion inner surface. The assembly includes a mobile device operable via a mobile device touchscreen. Upon assembly, the outer touchscreen is transmissive to the mobile device touchscreen. The explosion proof assembly has a sound material therein having a porosity of between about 10 microns to about 30 microns.

Abstract: An explosion proof assembly that includes a first portion with a window; an outer touchscreen coupled with the first portion to occlude the window; and a second portion releasably coupled to the first portion. The second portion has a second portion inner surface. The assembly includes a mobile device operable via a mobile device touchscreen. Upon assembly, the outer touchscreen is transmissive to the mobile device touchscreen. The explosion proof assembly has a sound material therein having a porosity of between about 10 microns to about 30 microns.

Abstract: An explosion proof assembly that includes a first portion with a window; an outer touchscreen adhesively sealed around a perimeter of a first portion rear face; and a second portion releasably coupled to the first portion. The second portion has a second portion inner surface. The second portion has a second portion window sealed off by a rear element sealingly engaged around a perimeter of a second portion shoulder surface. The assembly includes a mobile device operable via a mobile device touchscreen. Upon assembly, the outer touchscreen is transmissive to the mobile device touchscreen, and the rear element is inductive to an electromagnetic signal.

Abstract: An explosion proof assembly that includes a first portion with a window; an outer touchscreen adhesively sealed around a perimeter of a first portion rear face; and a second portion releasably coupled to the first portion. The second portion has a second portion inner surface. The second portion has a second portion window sealed off by a rear element sealingly engaged around a perimeter of a second portion shoulder surface. The assembly includes a mobile device operable via a mobile device touchscreen. Upon assembly, the outer touchscreen is transmissive to the mobile device touchscreen, and the rear element is inductive to an electromagnetic signal.

Abstract: An explosion proof assembly that includes a first portion with a window; an outer touchscreen adhesively sealed around a perimeter of a first portion rear face; and a second portion releasably coupled to the first portion. The second portion has a second portion inner surface defined by a second portion inner edge that transitions into a second portion dissipation wall. The second portion has a second portion window sealed off by a rear element sealingly engaged around a perimeter of a second portion shoulder surface. The assembly includes a mobile device operable via a mobile device touchscreen. Upon assembly, the outer touchscreen is transmissive to the mobile device touchscreen, and the rear element is inductive to an electromagnetic signal.

Abstract: An explosion proof assembly that includes a first portion with a window; an outer touchscreen adhesively sealed around a perimeter of the first portion rear face; and a second portion releasably coupled to the first portion. The second portion has a second portion inner surface defined by a second portion inner edge that transitions into a first dissipation wall. The first portion has a second dissipation wall. The assembly includes a mobile device operable via a mobile device touchscreen. Upon assembly, the outer touchscreen is transmissive to the mobile device touchscreen.

Abstract: An explosion proof assembly that includes a first portion with a window; an outer touchscreen adhesively sealed around a perimeter of the first portion rear face; and a second portion releasably coupled to the first portion. The second portion has a second portion inner surface defined by a second portion inner edge that transitions into a first dissipation wall. The first portion has a second dissipation wall. The assembly includes a mobile device operable via a mobile device touchscreen. Upon assembly, the outer touchscreen is transmissive to the mobile device touchscreen.

Abstract: An explosion proof assembly that includes a first portion with a window; an outer touchscreen adhesively sealed around a perimeter of the first portion rear face; and a second portion releasably coupled to the first portion. The second portion has a second portion inner surface defined by a second portion inner edge that transitions into a first dissipation wall. The first portion has a second dissipation wall. The assembly includes a mobile device operable via a mobile device touchscreen. Upon assembly, the outer touchscreen is transmissive to the mobile device touchscreen.

Abstract: An explosion proof assembly that includes a first portion with a window; an outer touchscreen adhesively sealed around a perimeter of the first portion rear face; and a second portion releasably coupled to the first portion. The second portion further has a second portion inner surface defined by a second portion inner edge that transitions into a second portion dissipation barrier. The assembly includes a mobile device operable via a mobile device touchscreen. Upon assembly, the outer touchscreen is transmissive to the mobile device touchscreen of a touch actuation signal made thereon.

Abstract: An explosion proof assembly includes a case configured to receive a waterproof assembly having a waterproof enclosure housing a computing device, wherein the case is configured to prevent combustion within an internal cavity of the waterproof enclosure. The assembly may include a flap coupled to the case to retain the computing device in the case, wherein the flap includes a tool-operated retention member configured to retain the flap in a closed position, wherein the retention member of the case is configured to be unfastened using a tool, and wherein the case and the tool-operated retention member are configured to prevent combustion within an internal cavity of the computing device.

Abstract: An explosion proof assembly includes a case configured to receive a waterproof assembly having a waterproof enclosure housing a computing device, wherein the case is configured to prevent combustion within an internal cavity of the waterproof enclosure. The assembly may include a flap coupled to the case to retain the computing device in the case, wherein the flap includes a tool-operated retention member configured to retain the flap in a closed position, wherein the retention member of the case is configured to be unfastened using a tool, and wherein the case and the tool-operated retention member are configured to prevent combustion within an internal cavity of the computing device.