Abstract: An electronics cable retail packaging, having a base assembly, which has a first end section having a first elongated hole and a second end section having a second elongated hole. The base assembly and the first and second end sections are a single piece to secure a cable. The base assembly is rectangular in shape. The first end section bends toward the base upper face defining a predetermined angle with respect to the base assembly, and the second end section bends toward the base upper face defining a predetermined angle with respect to the base assembly. The first and second elongated holes are oval in shape. The cable is positioned longitudinally onto the base upper face. The first elongated hole receives a first section of the cable, and the second elongated hole receives a second section of the cable.

Abstract: A utility case for electronic devices that has an exterior case, a shield having a concave face and a convex face, a magnet, a housing, a plate, an insert, an interior case, and an exterior case ring. The exterior case has a lock assembly at an interior face, which has a containing wall inner side. The lock assembly comprises an interior edge, and a containing wall interior face. The housing has a lip defined at the locking face. The insert fits within the magnet, the magnet adheres to the plate, and the lip contains the plate, when the housing is placed onto the lock assembly. The shield is positioned in between the insert and the exterior case, and the housing is positioned in between the interior case and the exterior case when the housing is placed onto the lock assembly.

Abstract: A cable with magnetic mounting assembly having a cover assembly, a magnet assembly, a cable support assembly, and a friction member. The cover assembly has a base wall, a lower lateral wall with lower cutouts, a concave face, and an upper lateral wall with upper cutouts. A hinge joins the lower lateral wall and the upper lateral wall. The magnet assembly has a magnet and a magnet support. The cable support assembly has first and second support spacers. The friction member has a ring base with elongated protrusions. When assembled, the cover assembly houses the cable support assembly, the magnet assembly, and the friction member. First and second support spacers define a cavity between them that aligns with holes defined by the lower and upper cutouts to receive a cable therethrough. The concave face is mounted onto any surface attracted to the magnet.

Abstract: A cable with magnetic mounting assembly has a base assembly, an internal support, a magnet, a friction member, and a cover assembly. The base assembly has an external base face, an exterior lateral face and an internal base face. The exterior lateral face has a base edge, lateral hollow protrusions, and internal lateral protrusions. The internal base face has internal walls and a base channel between them. The internal support has an internal face, a sidewall, and a magnet base. The internal face has slots, and a support channel between them. The friction member has a ring base with elongated protrusions. The cover assembly has a cover edge, a cover lateral wall and a concave face. The base assembly and the cover assembly house the internal support, the magnet, and the friction member. The concave face mounts onto any surface attracted to the magnet.

Abstract: A universal magnetic mounting assembly having a case assembly with a hole that has a first circumference, and a rear wall, first and second lateral walls, and top and bottom walls. The rear wall has interior and exterior faces. The case assembly cradles an electronic device. A magnet has an interior wall, a perimeter edge having a second circumference, an exterior wall, an angled wall, and an interior edge. The angled wall is concavely shaped and extends from the exterior wall to the interior edge. The magnet protrudes through the hole, whereby the first circumference is larger than the second circumference. A cover plate has a third circumference larger than the first circumference and is ferromagnetic and/or metallic. The cover plate is positioned between the electronic device and the interior face of the rear wall. Further having a mounting device with a base and a spherically shaped metallic surface.

Abstract: A magnetic utility case for a cell phone has an exterior case, a magnet, a housing, a plate, an insert, and an interior case. The exterior case has a lock assembly at an interior face. The lock assembly has a containing wall inner side. The containing wall inner side has a canal. The lock assembly has an interior edge, a containing wall interior face, and at least one post. The housing has a locking face, an outer sidewall having a ridge, at least one hole extending from the locking face to an inner face, and a lip defined at the locking face. The canal receives the ridge and the at least one hole receives a respective at least post when the housing is placed onto the lock assembly. The housing is positioned in between the interior case and the exterior case when the housing is placed onto the lock assembly.

Abstract: A computer suction mounting base assembly having a suction cup assembly, a base assembly, a disk assembly, and a mount assembly with a housing assembly. The housing assembly houses a magnet. Protruding upwardly from the disk assembly is an actuating sidewall defining an actuating pin locking edge, an actuating transitioning edge, and an actuating pin release edge. The mount assembly is rotated in a first predetermined direction to create a vacuum between the suction cup assembly and a surface the suction cup assembly is biased against. The housing assembly comprises at least one aperture. The magnet is larger than the at least one aperture. The magnet partially protrudes through the at least one aperture and adheres onto a magnetic material of a computer and/or computer cover when the computer and/or computer cover is mounted onto the housing assembly.

Abstract: A computer case assembly mounting system, having a case assembly with at least one hole. An insert is fitted within the case assembly. A magnet is mounted upon the at least one hole, and a computer is fitted within the insert. The computer as an example can be a smartphone or tablet.

Abstract: A rail assembly lock having a lock assembly with a hinge assembly, a key assembly, and a rail assembly. The lock assembly mounts onto the rail assembly, and the key assembly is used to unlock the lock assembly. The rail assembly has first and second rail members kept at a spaced apart relationship with respect to each other by a transversal member. The first and second rail members have curvatures next to distal ends. Packaging containing products suspend from the first and second rail members between the curvatures and the transversal member. The lock assembly has a top wall, a bottom wall, first and second sidewalls, a front wall, and upper and lower interior walls. Defined at the lower interior wall is an aperture. Extending from the upper interior wall towards the aperture is a locking shaft assembly. The locking shaft assembly has a shaft having an end.

Abstract: A multifaceted merchandiser having a body and an internal cavity. A door is used for accessing the internal cavity. A dividing panel is formed with a first mounting surface facing towards the door. Mounting structures associated with the mounting surface are constructed and arranged as mounting magnets for affixing articles thereto. Mounting cavities are constructed and arranged for receiving a display hook. At least one bin has at least one magnetic material attached or associated therewith. The magnetic material attached is selected to provide a magnetic attraction and mate with the magnetic material mounting magnets.

Abstract: A lock assembly having a front housing with a locking member. The front housing houses a spring. A slider assembly has a locking ramp. The locking ramp is engaged by the locking member when the slider assembly is in a locked configuration. A cover plate assembly has a transversal opening. The transversal opening receives a transversal member of a rail assembly when the slider assembly is in an unlocked configuration. The slider assembly has a locking tab that blocks the transversal opening when the slider assembly is in the locked configuration. Thus, securing the transversal member to prevent removal of packaging suspended from the rail assembly. A key inserted into a keyhole, is rotated to cause the locking ramp to disengage from the locking member to place the slider assembly is in the unlocked configuration.