A mailbox with a housing, a floor and a receptacle situated on top of a sliding rail assembly affixed to the floor. A first bracket is affixed to the inside surface of the door and connected to a first U-shaped bracket with a downwardly facing open part. The two legs of the first U-shaped bracket are pivotally attached to longitudinal rods extending underneath the mailbox. The distal end of each longitudinal rod is pivotally attached to a second U-shaped bracket with a downwardly facing open part. A first end of a traveling rod extends upwardly from the lateral part of the second U-shaped bracket, and a second end of the traveling rod is attached to a shaft. A wheel bearing is situated on either end of the shaft, and a receiving bracket is attached to the rear wall of the receptacle and configured to receive the wheel bearings and shaft.

The present invention is an improved door for rural mailboxes, comprising of a frame and door rotating inward and vertically downward, or just vertically downward, allowing access to the mailbox for depositing or removal of mail in one motion. The frame and door made of wood, metal, plastic, rubber or other materials can be made as part of a new mailbox or made as a complete assembly to be added to an existing mailbox. The frame comprises channels with springs to hold door closed. The door having pins or one rod horizontally mounted on the door or held on each side of the door by collars and springs also used to hold the door closed or move the door vertically and inward as it moves toward the bottom of the mailbox. The pins extend into the channels on the frame.

Present embodiments relate to a revolving mailbox cluster and central package delivery system. More specifically, without limitation, present embodiments relate to a revolving mailbox cluster that includes: substantially circular layers stacked vertically, where a second layer sits atop a first layer, and wherein each substantially circular layers includes: vertically opposed bottom top plates, divider plates perpendicular to the bottom and top plates, and a center ring, where the bottom and top plates, dividers, and center ring define individual mailbox units, each of which has an opening disposed opposite the center ring; a first motor for moving the substantially circular layers vertically; and a second motor for rotating the substantially circular layers.

A residential pneumatic mailbox and mailing system includes a mailbox, a receiving unit, pneumatic tubing, a courier canister, a compressor, and a control unit. The mailbox is positioned along a curbside of a home. The receiving unit is positioned inside the home or on the outside of the home. The pneumatic tubing is connected between the mailbox and the receiving unit. The courier canister is sized to hold mail and is configured for moving back and forth in the pneumatic tubing between the mailbox and the receiving unit. The compressor and control unit are configured to control the movement of the courier canister within the pneumatic tubing back and forth between the mailbox and the receiving unit. Wherein, the residential pneumatic mailbox and mailing system is configured to transport the mail inside of the courier canister from the mailbox to the receiving unit, and vice versa.

The present invention relates to a smart mailbox and a system for remotely monitoring and controlling the smart mailbox. The mailbox features a microprocessor to receive instructions from the remote electronic device, and transmits information using a wireless communication channel established by a wireless transceiver to the remote electronic device. The remote electronic device is connected to the mailbox and accesses the mailbox through an installed software application. The mailbox has a door for opening and closing the mailbox, a servo motor connected to a pair of springs to control movement of the mailbox door, a high resolution camera to capture video of inside and around the mailbox, a mail sensor to detect the presence of a parcel in the mailbox and a solar panel configured to provide electrical power to the components of the mailbox.

The present invention relates to an illuminated mailbox device primarily comprised of a mailbox, at least one solar panel, at least one address plate, at least one LED light, at least one motion sensor and at least one light sensor. The at least one solar panel provides power to the LED light, which may be located on the interior surface to illuminate the interior surface and the exterior of the device to illuminate the address plate which displays the address of the house at which the device is being used. The LED light is further activated by the motion sensor that is preferably activated when the front wall is in motion and/or when the light sensor that is activated by a lack of light during dawn, dusk or night.

Present embodiments relate to a revolving mailbox cluster and central package delivery system. More specifically, without limitation, present embodiments relate to a revolving mailbox cluster that includes: substantially circular layers stacked vertically, where a second layer sits atop a first layer, and wherein each substantially circular layers includes: vertically opposed bottom top plates, divider plates perpendicular to the bottom and top plates, and a center ring, where the bottom and top plates, dividers, and center ring define individual mailbox units, each of which has an opening disposed opposite the center ring; a first motor for moving the substantially circular layers vertically; and a second motor for rotating the substantially circular layers.

A mailbox having a housing, floor, mail receptacle, front door and traveling rod. The mail receptacle is situated on top of a sliding rail assembly affixed to the floor. A first end of the traveling rod is pivotally connected to a first horizontal bar that is secured to a rear portion of the sliding rail assembly. Two first support members are pivotally connected to the right and left ends of the first horizontal bar. The first support members are also pivotally connected to two second support members that extend from the rear end of the mailbox to the front door inside of the housing. A second end of the traveling rod is attached to a shaft, and a wheel bearing is situated on either end of the shaft. A receiving bracket attached to the rear wall of the mail receptacle is configured to receive the wheel bearings and shaft.

A parcel drop box for receiving a parcel in the presence or absence of a receiver of the parcel. The parcel drop box includes a cuboidal enclosure with an open-top. A lid pivotally covers the open-top and can be lifted for gaining access into the interior of the enclosure. A pair of flaps coupled inside the enclosure to the sidewalls and just below a periphery of the open-top. The flaps can pivot between a horizontal position and a downward vertical position. The lid is coupled to the pair of flaps, such as pivoting of the lid results in pivoting of the flaps. Opening of the lid results in pivoting of the flaps to a horizontal position which restricts the access to the interior of the enclosure from the open-top i.e., the pair of flaps substantially cover the open-top when in the horizontal position.

A mailbox shield that includes first and second panels connected to one another forming an angle therebetween. The first and second panels are held in place by a plurality of wires therebetween and a post that is adjustable in height and is adapted to be inserted into a ground surface adjacent to a mailbox and is designed to deflect snow and ice being thrown or piled upon the mailbox by a passing snow plow.