A mail recovery device for insertion into a mailbox, the device structured to adjust to the internal dimensions of the mailbox. A base member of the device rests on top of mailbox bottom surface, a pair of side members are disposed along the side surfaces of the mailbox, and a rear member is disposed along the rear surface of the mailbox. The side members include a plurality of side portions coupled together by a plurality of fold lines, while the rear member includes a plurality of rear portions coupled together by a plurality of fold lines. The fold lines are structured to provide the device with dimensional flexibility so that the size of the mail recovery device may be adjusted to the mailbox internal dimensions.

The present disclosure is directed to a system including a vehicle including a collection and placement mechanism configured to collect and place a mailbox, a plurality of mailboxes that are capable of being transported, collected, and placed by the vehicle, and a controller. The controller causes the vehicle to execute being loaded with a first mailbox containing no posted matter, moving to a placement site of a second mailbox containing a posted matter in a state of being loaded with the first mailbox, and collecting the second mailbox and newly placing the first mailbox, at the placement site of the second mailbox by the collection and placement mechanism, to replace the mailboxes.

The present disclosure is directed to a system including a vehicle including a collection and placement mechanism configured to collect and place a mailbox, a plurality of mailboxes that are capable of being transported, collected, and placed by the vehicle, and a controller. The controller causes the vehicle to execute being loaded with a first mailbox containing no posted matter, moving to a placement site of a second mailbox containing a posted matter in a state of being loaded with the first mailbox, and collecting the second mailbox and newly placing the first mailbox, at the placement site of the second mailbox by the collection and placement mechanism, to replace the mailboxes.

A structure in flat-packable kit form to protect mailboxes from snowplow damage is provided. The kit includes four to six flat components that are stackable. Two of the components and foldable so as the be secured to each other, defining a deflection surface extending in generally orthogonal directions from a shared post sleeve. The post sleeve slidably receives a mounting post disposed between the road and a roadside mailbox, where the orthogonally oriented deflection surface blocks plowed or blown snow from impacting and demining the mailbox. The flat-packable kit may include gussets for reinforcing the deflection surface by way of the post sleeve in the assembled condition.

A structure in flat-packable kit form to protect mailboxes from snowplow damage is provided. The kit includes four to six flat components that are stackable. Two of the components and foldable so as the be secured to each other, defining a deflection surface extending in generally orthogonal directions from a shared post sleeve. The post sleeve slidably receives a mounting post disposed between the road and a roadside mailbox, where the orthogonally oriented deflection surface blocks plowed or blown snow from impacting and demining the mailbox. The flat-packable kit may include gussets for reinforcing the deflection surface by way of the post sleeve in the assembled condition.

The secure parcel delivery receptacle comprises a parcel receptacle, a locking cover, a scanner, and a camera. The parcel receptacle may be a container into which the parcel may be placed. Access to the parcel receptacle may be via the locking cover which may only be unlocked by the scanner. The scanner may scan the parcel using wireless technology, optical technology, or a combination thereof to determine parcel identification information from the parcel. The parcel identification information may comprise or may be associated with a one-time code that will unlock the locking cover one time only. The camera may record one or more images as proof of delivery. The scanner may transmit one or more wireless messages containing status information regarding attempts to access the secure parcel delivery receptacle to the purchaser, to the seller, or to both.

A structure in flat-packable kit form to protect mailboxes from snowplow damage is provided. The kit includes four to six flat components that are stackable. Two of the components and foldable so as the be secured to each other, defining a deflection surface extending in generally orthogonal directions from a shared post sleeve. The post sleeve slidably receives a mounting post disposed between the road and a roadside mailbox, where the orthogonally oriented deflection surface blocks plowed or blown snow from impacting and demining the mailbox. The flat-packable kit may include gussets for reinforcing the deflection surface by way of the post sleeve in the assembled condition.

A structure in flat-packable kit form to protect mailboxes from snowplow damage is provided. The kit includes four to six flat components that are stackable. Two of the components and foldable so as the be secured to each other, defining a deflection surface extending in generally orthogonal directions from a shared post sleeve. The post sleeve slidably receives a mounting post disposed between the road and a roadside mailbox, where the orthogonally oriented deflection surface blocks plowed or blown snow from impacting and demining the mailbox. The flat-packable kit may include gussets for reinforcing the deflection surface by way of the post sleeve in the assembled condition.

A system including a landing location where a drone at least one of delivers and acquires a parcel, and a homing device to interact with the drone to guide the drone to the landing location independent of interaction from another source. The homing device guides the drone during the landing phase of a flight plan. A method is also disclosed.

A system including a landing location where a drone at least one of delivers and acquires a parcel, and a homing device to interact with the drone to guide the drone to the landing location independent of interaction from another source. The homing device guides the drone during the landing phase of a flight plan. A method is also disclosed.