A holder for diverse personal articles anchored within a cup holder of a motor vehicle cabin is shown and described. The holder has a frustoconical base to be inserted into the cup holder, a multi-compartmented receptacle, and a flexible neck or connecting arm spanning the base and receptacle. The flexible neck holds its configuration once bent by hand to locate the receptacle as desired. The receptacle may have detachable pockets and a positionally and orientationally adjustable cellular phone holder.

A holder with a holding structure and a flexible structure that attaches to a sun visor hardware mounting and allows positioning of the holding structure independent of sun visor position and orientation.

A vehicle picture frame configured to be releasably secured within a passenger compartment of a vehicle and display digital images to the occupants thereof. The vehicle picture frame includes a housing that is rectangular in shape and has a display screen integrally formed therewith. Control buttons are located on the front of the housing and are operably coupled to a central processing unit. A support cradle is included and is designed so as to slidably receive the housing and releasably secure therein. The support cradle has a flexible mounting arm secured thereto. Distally located on the flexible mounting arm is a suction cup configured to mount the vehicle picture frame to the windshield of a vehicle. A camera is located on the housing and is configured to capture images.

A seatback phone mount apparatus for securing a phone to a seatback includes a main base. A pair of expandable supports is coupled to a base left side and a base right side of the main base. Each expandable support slidably moves between a compressed position and an extended position. A pair of seat clips is coupled to the pair of expandable supports. Each seat clip is coupled to a distal end of each expandable support. The pair of seat clips selectively engages a pair of seat sides of a seatback. A neck is coupled to a base front side of the main base. A phone plate is coupled to the neck. A magnet is coupled within the phone plate to secure a cellphone to the phone plate.

A system for securing a user device to a body includes a magnet and an attraction plate. One of the magnet or the attraction plate is mechanically coupled to the body, and the other of the magnet or the attraction plate is mechanically coupled to the user device. The magnet is selectively activated to hold the attraction plate and, thereby, secure the user device to the body.

An electronic device support for attachment to child seats that has a bracket that sits atop one of the arms of the child seat. The bracket has an adjustable strap attached to one side. The strap is wrapped around the arm of the child seat and secured. It can be pulled tight to secure the bracket. The bracket has a center bridge, which spans the top of the child seat arm. A goose-neck pole, approximately 24-36 inches long is attached to the center of the bridge and extends upwards therefrom. The goose-neck pole can be positioned at a comfortable angle and height for use of the device by the child. At the top of the goose-neck is a device holder designed to hold a smartphone or tablet. In this way, a child can watch videos, play learning games or do other activities all while staying safe in the child seat.

A system for securing a user device in a vehicle includes a magnet and an attraction plate. One of the magnet or the attraction plate is mechanically coupled to the vehicle, and the other of the magnet or the attraction plate is mechanically coupled to the user device. The magnet is selectively activated to hold the attraction plate and, thereby, secure the user device to the vehicle.

A holder for a handheld device, such as a cellular telephone, is a mount clip that attaches to a motor vehicle door. The first arm of the mount clip terminates with a hook or curve or bent edge. When inserted into the window slot of a motor vehicle door between the windowpane and the door panel, the hook or bent edge of the first arm engages with a portion of the window gasket. A mount fixture with a cradle or tray to hold the handheld device extends from the mount clip. When the holder is installed onto the driver's side door, the handheld device is positioned proximate or adjacent to the steering wheel and does not block the driver's access to the dashboard or the driver's view through the windshield.

Disclosed is a device to be utilized in a vehicle to prevent a computing unit from overheating. The device includes a holder having a plurality of air vents, a plastic flexible hose, a shade, a reducer, and a plurality of alligator clips. The reducer is mounted on an air conditioning (AC) vent by utilizing the plurality of alligator clips. The holder includes a front portion and rear portion to accommodate the computing unit. The reducer is mounted in a way to guide the cool air to the plurality of air vents of the holder through the plastic flexible hose. The plurality of air vents is configured at a front portion of the holder to prevent the battery of the computing unit from overheating. Further, the shade is configured on a top portion of the holder to protect the computing unit from the sun.

The present invention provides for a mounting arm for receiving an electronic component, such as a DVD player that is quickly and easily strapped to the mounting arm and in turn, the mounting arm may be quickly and easily mounted to a support surface, such as a seat back of a vehicle via the mounting means provided by the mounting arm. Apertures may be provided in the mounting arm for receiving rods of a headrest of a vehicle seat for maintaining the mounting arm in a secured position.