A vehicle storage device includes a rail part, disposed on a floor panel in a passenger seat space, configured to extend into the passenger seat space; a first storage part, comprising a lower housing coupled to the rail part and a storage box, wherein the lower housing is configured to move on the floor panel along the rail part in a first direction, the lower housing comprising an opening opened toward a driver seat, and the storage box is configured to be withdrawn toward the driver seat or received in the lower housing by passing through the opening; and a second storage part comprising an upper housing detachably coupled on the lower housing.

A camera system for a vehicle comprises a holding device that can be fastened to the vehicle and that comprises a first communication interface for wireless communication. A camera that comprises an accumulator and a second communication interface for wireless communication. The camera is removably fastened to the holding device, and the second communication interface is designed to receive position data from the first communication interface by means of wireless near-field communication in order to determine a position of the holding device relative to the vehicle when the camera is fastened to the holding device.

A seamless mount apparatus for vehicles is designed to accommodate non-computing devices and computing devices of varying sizes, which include, but not limited to, iPads, tablets, smartphones, without compromising stability or functionality. The seamless mount apparatus comprises a base, at least one arm, a docking tray, an insert member. The seamless mount apparatus is easily detached and transferred to other vehicles, allowing a user to reuse the apparatus across multiple vehicles, thus increasing its long-term value. The docking tray with magnets and sturdy design of the seamless mount apparatus ensure that the computing device remains secure, even when the vehicle encounters rough terrain, sharp turns, or potholes. This prevents accidental falls of the computing device. The arm is adjustable, allowing the user to easily raise or lower the computing device to access the vehicle's built-in controls or infotainment system without obstruction.

Implementations of tables may include a first arm configured to couple to a first table support through a first elbow, a second arm configured to couple to a second table support through a second elbow, a first clamp configured to couple directly to a roll cage, a second clamp configured to couple directly to the roll cage, and a platform configured to rest directly upon the first table support and the second table support. The first arm and the second arm may be configured to extend downwards towards the first table support and the second table support when the first arm and the second arm are coupled to the roll cage through the first clamp and the second clamp.

Implementations of tables may include a shank configured to be inserted into a hitch receiver, a first leg receiver directly coupled to the shank, a second leg receiver directly coupled to the shank, a first leg configured to be received into the first leg receiver, a second leg configured to be received into the second leg receiver, a first table support configured to couple to an end of the first leg, and a second table support configured to couple to an end of the second leg. The first leg receiver and the second leg receiver may extend below the shank when the shank is coupled within a hitch receiver. The first leg receiver and the second leg receiver may be angled towards one another.

A gearshift smartphone mount device includes a first panel that is structured to have a stem portion extending downwardly from a knob portion. A second panel is structured to have a stem portion extending downwardly from a knob portion and the second panel is attachable to the first panel such that the first panel and the second panel define a gear shift knob. A shaft channel in the first panel is aligned with a shaft channel in the second panel to defines a hole which insertably receives a gear shift shaft of a vehicle. A magnet is integrated into the first panel and the second panel and the magnet magnetically engages a personal electronic device to facilitate the personal electronic device to be visible to a driver of the vehicle.

The present disclosure relates to a magnetic and foldable mobile phone holder having a charging function in a vehicle and having a retractable charging cable. The mobile phone holder includes a lower housing, where an upper housing is mounted on the lower housing, a data cable module and a rotating block are mounted, and the rotating block is connected to a supporting arm. An end of the supporting arm is connected to an upper connecting member, a bottom cover is mounted, and a first aluminum alloy middle frame or a second aluminum alloy middle frame is mounted. A top of the first aluminum alloy middle frame or the second aluminum alloy middle frame is fixedly provided with a surface cover, a magnet is fixedly mounted inside the surface cover, and a lens or a surface sticker is fixedly mounted at a top of the surface cover.

A device mount configured to selectively secure a device thereto. The device mount includes a housing defining an attachment portion, and an electropermanent magnet supported within the attachment portion. The electropermanent magnet is configured to emit a magnetic field that secures the device to the device mount. The device mount further includes a switch coupled to the housing and in communication with the electropermanent magnet. The switch is configured to selectively adjust the magnetic field of the electropermanent magnet to release the device from the device mount.

A vehicle-mounted display includes a display device, a support, a first input mechanism, a first electrical connection mechanism, and a second electrical connection mechanism. The display device is arranged with a first connection portion on a back side of the display device. The support is configured to support the display device and arranged with a second connection portion. The second connection portion is detachably connectable to the first connection portion. The first input mechanism is arranged on the support. The first electrical connection mechanism is arranged on the first connection portion. The second electrical connection mechanism is arranged on the second connection portion and electrically connected to the first input mechanism. When the first connection portion is connected to the second connection portion, the first electrical connection mechanism is electrically connected to the second electrical connection mechanism.