The present disclosure discloses a two-suction-cup vehicle-mounted support fixing device, including a mounting seat and a suction cup main body; a cylinder channel is formed in the mounting seat; a pressure valve switch is arranged in the cylinder channel; one end of the suction cup main body is embedded to a bottom of the mounting seat, and the other end of the suction cup main body extends into the cylinder channel and is hinged with the pressure valve switch; the suction cup main body includes an outer suction cup and at least one inner suction cup located on an inner side of the outer suction cup; a pull handle is also arranged on one side of the suction cup main body; and a support connector is arranged at one end of the mounting seat.

A vacuum adsorber includes a housing having an accommodating cavity and an opening communicating with the accommodating cavity; an integrated vacuum pump arranged inside the accommodating cavity; a control panel arranged inside the accommodating cavity and controllably connected with the integrated vacuum pump; wherein the control panel is controllably connected with a photoelectric switch; a power-up assembly having a guide piece and a shading movement portion; and an activating piece covering inside the opening of the housing. By means of setting the activating piece to push the shading movement portion to move in the movement cavity, when the shading movement portion moves to block beams, it causes the state of beams to change, and then voltage inside the photoelectric switch changes; when the control panel detects a change in voltage, it controls the pump to start operating; thereby improving the stability and reliability during starting the pump.

A windshield phone mount includes a telescoping arm assembly that brings the mounted cell phone or other personal electronic device within the maximum reach envelope of the driver. A bumper substantially surrounds an arm component in cross section and rests on the dashboard near the rear edge thereof. Living hinges in the bumper allow it to be pried apart and installed on the arm component without tearing. A user may select from a kit of arms for use in assembling the complete mount.

Embodiments of active cargo carrier mounting system secure a cargo carrier to a top surface of a vehicle using at least one vacuum pump fluidly coupled to a plurality of vacuum cups configured to secure the active cargo carrier mounting system to a surface of the vehicle.

A disinfection module has at least one light source that emits UV-C radiation for disinfecting an object. The disinfection module also has a housing in which the at least one light source is arranged. The housing is formed portably and has a connecting element for connecting the at least one light source to an electrical power source for supplying the at least one light source with electrical energy.

A customizable, vehicle-specific device holder assembly for dashboards and center consoles is disclosed. The assembly comprises a bracket with one or more contact surfaces configured to engage interior vehicle structures using non-invasive mounting interfaces. These may include pressure-sensitive adhesives, removable pads, hook-and-loop fasteners, mechanical clips, or magnetic interfaces. The design allows secure installation without suction cups, vent clips, or permanent hardware. The holder may support phones, tablets, or other electronic devices, and may be removable, adjustable, or semi-permanently affixed. Variants can be customized for diverse vehicle geometries.

A suction mount for mounting to a surface an accessory for a handheld electronic including a suction mount housing having an interface securable to the accessory for the handheld electronic device. A suction cup is disposed within a bore of the housing for engaging the surface by vacuum engagement.

A portable hanging television stand device is provided. The device is comprised of a frame with two parallel frame members connected by at least one cross member. The frame members are preferably J-shaped, with a curved fastener area at the top of each member for hanging the device on various surfaces, such as a vehicle tailgate or door. The fastener may be curved or take other shapes, with optional secondary fasteners like clips, clamps, or magnets for enhanced attachment. Padding can also be included to prevent surface damage. The cross member provides structural support and may also feature additional fasteners for securing the device to a surface. Additionally, a mounting bracket, either fixed or removable, is attached to the frame, allowing for the attachment of a television through various mounting configurations, accommodating different types of TV mounts.

The present disclosure discloses an automatic holder with a suction cup, including a holder main body; a power supply, a control circuit board, and an air extraction and bleeding device are fixed in the holder main body; a rubber suction cup is arranged at a bottom of the holder main body; an inner cavity of the rubber suction cup is communicated with the air extraction and bleeding device; a rotary suction member is arranged at a top of the holder main body; the rotary suction member is rotatable relative to the holder main body; the rotary suction member includes a ring-like main body; a ring-like groove is formed in the ring-like main body; an iron ring plate and a magnet ring are fixed in the ring-like groove; and the magnet ring is arranged on an outer side of the iron ring plate.

A windshield mount for a personal electronic device has a first support plate that pivots relative to a base and a second support plate that stays in the same plane but slides to fit the width of the device. Using one hand, the user pinches opposed finger tabs to snap the mount to an open configuration. To install the device in the mount after it has been affixed to a vehicle windshield, the user need use only one hand to press the back of the device against the pivoting support plate, snapping the mount back to a closed configuration.