Automated postal logistics module, method, and network for automated postal delivery services
Disclosed is an automated postal logistic module, APLM for postal delivery services. This APLM is a generic device for building automated postal networks. The APLM can be configured either as Automated Postal Access Point, APAP for users, or Automated Postal Network Node, APNN or Automated Cargo Compartment on a postal Vehicle, ACCV for transporting postal items in parcelboxes, where functional and constructional features of APAPs, APNNs and ACCVs are similar or identical. A plurality of APAPs, APNNs, and ACCVs, together with their control system, constitutes a postal network for automatic delivery of parcelboxes, where routing and logistics are conducted in a homogeneous technological environment. Due to the automated delivery, a contactless transfer, increased quality, and cost reduction of postal delivery services can be achieved.
1 . A system for postal delivery services, comprising a plurality of automated postal logistic modules APLMs, each APLM comprising at least:
a warehouse with a shelving rack for parcelboxes,
at least one external port for loading the parcelboxes into and out of the warehouse, with a security door limiting access through the external port,
one or more robotic modules within the warehouse, for moving parcelboxes among said shelving racks, and for commuting parcelboxes through the external port,
wherein at least two APLM in the plurality are configured to operate as
an Automated Postal Access Point APAP for postal service users to send and receive postal items in the parcelboxes and/or Automated Postal Network Node APNN for intermediate storage of the parcelboxes within the postal system, and
Automated Cargo Compartment on a postal Vehicle ACCV, wherein the APLM is implemented on a postal vehicle transporting parcelboxes among and between any type APLMS,
wherein APLMs of the postal delivery are monitored and controlled by APLM's internal controller and a general controller of the postal system,
wherein the system further comprises an automated device for exchanging parcelboxes between the ACCV and other APLM through external ports, said automated exchange device comprising
1) an automated device for positioning external ports of the ACCV and other APLMs each other, for cross-docking and commuting parcelboxes between the ACCV and other APLM,
2) an automated device for cross-docking ACCV and other APLM, for commuting parcelboxes between the ACCV and other APLM,
3) an automated device for loading and commuting parcelboxes within warehouses and through the cross-docking device configured beforehand between the ACCV and other APLM,
wherein the automated parcelbox loading device onto/from a warehouse shuttle and the commuting robot are electro-mechanical arrangements comprising at least parcelbox pushing mechanism with a pusher cam, and cam-matching U-shaped stop on the bottom of the parcelbox.
2 . The system according to claim 1 , wherein the APLM comprises one or more robotic modules inside the warehouse, at least two types wherein
one or more robot is warehouse shuttle arranged to move along the warehouse shelving rows picking and placing parcelboxes;
one or more robot is commuting robot arranged to transfer parcelboxes between the warehouse shuttles and to the APLM external port.
3 . The system according to claim 2 , wherein said commuting robots commute parcelboxes or one or more warehouse shuttles between shelving rows, and with the APLM external port, by following directions:
elevating and lowering vertically, to service more than one shelving floors of the APLM warehouse;
moving horizontally, to service more than one shelving rows of the APLM warehouse;
moving both vertical and horizontally, to service more than one shelving floor and more than one shelving row of the APLM warehouse.
4 . The system according to claim 1 , wherein the APLM positioning device of the external ports comprise wheelguides, wheel drive limiters, positioning supports, arranged for positioning the ACCV nearby the other APLM, and retractable jacks installed in ACCVs, for positioning external ports to be cross-docked, wherein said positioning supports and retractable jacks have cone-shaped or sphere-shaped coupling surfaces for self-positioning.
5 . The system according to claim 1 , wherein the positioning device are proximity and 3D-positioning arrangements, proximity sensors, computer-vision device.
6 . The system according to claim 1 , wherein the automated cross-docking and transfer device for parcelbox commuting between cross-docked ACCV and other APLM are at least one connecting rolling-conveyor-bridge configurable between the positioned external ports of the ACCV and other APLM.
7 . The system according to claim 1 , wherein the automated cross-docking device of the positioned ACCV and other APLM are one or more rail-jumper bridge, configurable to connect directly shelving racks of ACCV and other APLM, for direct transferring parcelboxes through said connected shelving racks between the cross-docked ACCV and other APLM.
8 . A system for postal delivery services, comprising a plurality of automated postal logistic modules APLMs, each APLM comprising at least:
a warehouse with a shelving rack for parcelboxes,
at least one external port for loading the parcelboxes into and out of the warehouse, with a security door limiting access through the external port,
one or more robotic modules within the warehouse, for moving parcelboxes among said shelving racks, and for commuting parcelboxes through the external port,
wherein at least two APLM in the plurality are configured to operate as
an Automated Postal Access Point APAP for postal service users to send and receive postal items in the parcelboxes and/or Automated Postal Network Node APNN for intermediate storage of the parcelboxes within the postal system, and
Automated Cargo Compartment on a postal Vehicle ACCV, wherein the APLM is implemented on a postal vehicle transporting parcelboxes among and between any type APLMs,
wherein APLMs of the postal delivery are monitored and controlled by APLM'S internal controller and a general controller of the postal system,
wherein the system further comprises an automated device for exchanging parcelboxes between the ACCV and other APLM through external ports, said automated exchange device comprising
1) An automated device for positioning external ports of the ACCV and other APLMs each other, for cross-docking and commuting parcelboxes between the ACCV and other APLM,
2) An automated device for cross-docking ACCV and other APLM, for commuting parcelboxes between the ACCV and other APLM,
3) An automated device for loading and commuting parcelboxes within warehouses and through the cross-docking device configured beforehand between the ACCV and other APLM,
wherein the automated cross-docking device comprises electro-mechanical arrangements of the warehouse shelving configurable between one or more than one pair of positioned shelving rows of the ACCV and other APLM.
9 . A system for postal delivery services, comprising a plurality of automated postal logistic modules APLMs, each APLM comprising at least:
a warehouse with a shelving rack for parcelboxes,
at least one external port for loading the parcelboxes into and out of the warehouse, with a security door limiting access through the external port,
one or more robotic modules within the warehouse, for moving parcelboxes among said shelving racks, and for commuting parcelboxes through the external port,
wherein at least two APLM in the plurality are configured to operate as
an Automated Postal Access Point APAP for postal service users to send and receive postal items in the parcelboxes and/or Automated Postal Network Node APNN for intermediate storage of the parcelboxes within the postal system, and
Automated Cargo Compartment on a postal Vehicle ACCV, wherein the APLM is implemented on a postal vehicle transporting parcelboxes among and between any type APLMs,
wherein APLMs of the postal delivery are monitored and controlled by APLM'S internal controller and a general controller of the postal system,
wherein the system further comprises an automated device for exchanging parcelboxes between the ACCV and other APLM through external ports, said automated exchange device comprising
1) An automated device for positioning external ports of the ACCV and other APLMs each other, for cross-docking and commuting parcelboxes between the ACCV and other APLM,
2) An automated device for cross-docking ACCV and other APLM, for commuting parcelboxes between the ACCV and other APLM,
3) An automated device for loading and commuting parcelboxes within warehouses and through the cross-docking device configured beforehand between the ACCV and other APLM,
wherein postal items through the plurality of APLMs are delivered in closed parcelboxes, wherein the parcelbox is covered with parcelbox top-cover wherein said top-cover is uncoverable before pushing the parcelbox out of the APAP at the user's place.
10 . The system according to claim 1 , wherein the external ports of any APLM are arranged and configurable for commuting parcelboxes to other positioned APLM by either
warehouse robotic modules, distributing parcelboxes via the external port and its open security door through a single conveyor-bridge or a single rail-jumper bridge, cross-docked to other APLM;
or using more than one rack rows, each one comprising bridged by rail-jumpers rack rows of the positioned ACCV and other APLM, wherein each bridged rack row involves at least one warehouse shuttle to commute parcelboxes between the ACCV and other APLM.
11 . The system according to claim 1 , wherein the external ports of APLMs are arranged to load/unload parcelboxes
by the commuting robot of the warehouse, said robot distributing parcelboxes between the warehouse shuttles and the APLMs external ports,
or through individual shelving rows, bridged between more than one pair of shelvings of the ACCV and other APLM, by means of shelving robots.
12 . A method for delivery of postal items within parcelboxes through the plurality of APLM according to claim 1 ,
wherein the parcelboxes are commuted between a couple of an ACCV and any other APLM, the method comprising steps of:
A. positioning the ACCV to other APLM, for cross-docking them by using the positioning device of the external ports of the ACCV and other APLM;
B. cross-docking the ACCV to other APLM, by using the automated cross-docking and parcelbox transfer device between positioned shelving rows of the ACCV and other APLM;
C. loading one or more parcelboxes from warehouse shelving rack of ACCV or APLM, onto the parcelbox transfer device, for automated commuting oarcelboxes to other APLMs;
D. unloading one or more parcelbox received from other APLM through parcelbox transfer device, into shelving rack of the accepting ACCV or APLM;
E. Transferring one or more parcelboxes by a warehouse shuttle directly through cross-docked at least one pair of rack-rows between cross-docked ACCV and other APLM.
13 . The method according to claim 12 , wherein
steps C and D are implemented by the commuting-robots of the ACCV and other APLM, by commuting parcelboxes onto and from the conveyor-bridge, thereby moving parcelboxes between the ACCV and other APLM;
step E is implemented by at least one warehouse shuttle of the cross-docked ACCV and other APLM, moving parcelboxes along the connected shelving racks, afterwards, said at least one warehouse shuttle returns back to the initial positions.
14 . The method according to claim 12 , wherein it further comprises steps of
F. delivery of the postal item by a user, wherein the delivery is done by placing the postal item into an open parcelbox, being pushed out from the APAP, and subsequently the parcelbox is retracted back into the APAP, closed internally in the APAP with its cover 10 , and placed onto the APAP warehouse shelve, for further automated commuting;
G. receipt of the postal item by a user, wherein the receipt is be done by taking the postal item by the user out of the open parcelbox, being opened beforehand internally in the APAP and pushed out from the APAP, and subsequently the emptied parcelbox is retracted back into the APAP, closed internally in the APAP with its cover 10 , and transferred onto the APAP warehouse shelve.
15 . The system of claim 9 , wherein the top-cover is configured to be uncoverable by an electromagnetic latch.
16 . The method of claim 12 , wherein the APLM comprises APAP, APNN, or ACCV.
17 . The method of claim 12 , wherein the parcelbox transfer device comprises a conveyor bridge or a rail jumper bridge.
18 . The system according to claim 2 , wherein the automated cross-docking and transfer device for parcelbox commuting between cross-docked ACCV and other APLM are at least one connecting rolling-conveyor-bridge configurable between the positioned external ports of the ACCV and other APLM.
19 . The system according to claim 3 , wherein the automated cross-docking and transfer device for parcelbox commuting between cross-docked ACCV and other APLM are at least one connecting rolling-conveyor-bridge configurable between the positioned external ports of the ACCV and other APLM.