Abstract: A system for a dual wielding mobile device apparatus including a patch connector assembly is disclosed. The patch connector assembly includes a first patch connector and a second patch connector. Each of the first patch connector and second patch connector are mounted to a rear of mobile devices. First patch connector includes a male member that is received by with a female member of the second patch connector. Thereby allowing for the first patch connector and second patch connector to be secured together along the mobile devices. Each of the first patch connector and second patch connector include magnet portions that extend about an entire perimeter thereof. Received within each of the magnet portions are magnets. The magnets are unaligned and rotated to allow for rotation of the mobile devices to expose the cameras and flashlights on the rear of the mobile devices for usage without obstructions.

Abstract: A system for a dual mobile utility and transportation device including a clamping frame assembly and a plate assembly is disclosed. The system results in a dual cellphone device for the usage and transportation the cellphone simultaneously. There is at least one of clamping frame assembly and plate assembly to couple multiple phones together. There is a first horizontally adjustable clamping frame having a bottom plate with integral mounting magnets. Also, a second horizontally adjustable clamping frame having a bottom plate with integral mounting magnets as well. The mounting magnets of the first horizontally adjustable clamping frame engage the mounting magnets of the second horizontally adjustable clamping frame to couple multiple mobile devices together. Coupling of the mobile devices can be done at different angles, even perpendicularly to allow for cameras of the mobile devices to be usable without any obstructions. The system functions with mobile devices of different dimensions.