Robotic handling system for high priority items
Techniques for controlling a mobile robot to escort high priority items are disclosed herein. An example mobile robot includes an electronically securable storage compartment electronically controllable between a stored state and an accessible state. The example mobile robot further includes a user access controller configured to receive a user authorization indicating a desired user access to the electronically securable storage compartment. The user access controller may also trigger a mitigation protocol when the electronically securable storage compartment is accessed without receiving the user authorization.
1 . A mobile robot comprising:
an electronically securable storage compartment accessible to a user and electronically controllable between a stored state in which contents within the electronically securable storage compartment are inaccessible to the user and an accessible state in which the contents within the electronically securable storage compartment are accessible to the user; and
a navigation controller configured to:
receive positional data from a navigation system spanning a facility navigatable by the mobile robot;
determine, in response to the received positional data, an initial location within the facility and a destination location within the facility;
establish a recharge threshold, such that, in a default battery usage profile, the navigation controller instructs the mobile robot to travel to a charger location to recharge a battery of the mobile robot when a battery level is below the recharge threshold;
determine that the recharge threshold is reached while the electronically securable storage compartment includes the contents and is in the stored state; and
when the electronically securable storage compartment includes the contents and is in the stored state, prioritize delivery of the contents by foregoing recharging and entering an alternate battery usage profile by instructing the mobile robot to travel to the destination location in response to determining that: (i) the battery level is at or below the recharge threshold and (ii) sufficient charge is present in the battery to reach the destination location;
wherein a user access controller of the mobile robot is configured to enter the electronically securable storage compartment into the stored state in response to receiving user authorization and a confirmation that the mobile robot is at an initial location and configured to enter the electronically securable storage compartment into the accessible state in response to receiving the user authorization and a confirmation that the mobile robot is at the destination location.
2 . The mobile robot of claim 1 , wherein the user access controller is further configured to issue an alert when the electronically securable storage compartment remains in the accessible state for a predetermined time period.
3 . The mobile robot of claim 1 , further comprising:
a sensor configured for tracking inventory of the contents of the electronically securable storage compartment.
4 . The mobile robot of claim 3 , wherein the user access controller is further configured to issue an alert when the inventory of the contents of the electronically securable storage compartment violates a predetermined condition.
5 . The mobile robot of claim 1 , wherein the user access controller is further configured to:
initiate a secured operation state of the mobile robot; and
maintain the mobile robot in the secured operation state from the initial location to the destination location,
wherein the secured operation state includes one or more of: (i) securing the electronically securable storage compartment, (ii) being assigned to move with a subject throughout the facility, (iii) detecting sensor data associated with the subject, (iv) being assigned to monitor vitals of the subject during movement of the subject, (v) being assigned to greet the subject and direct the subject to a further destination, or (vi) monitoring the electronically securable storage compartment during travel from the initial location to the destination location.
6 . The mobile robot of claim 1 , wherein:
the user access controller receives a user authorization indicating a desired user access to the electronically securable storage compartment; and
the user authorization is selected from a group consisting of: (i) payment confirmation, (ii) facial recognition of the user, (iii) identification (ID) verification, (iv) biometric verification, (v) scanning an indicia, (vi) confirmation that the mobile robot is at the destination location, and (vii) password verification.
7 . The mobile robot of claim 1 , wherein the user access controller is configured to trigger a mitigation protocol when the electronically securable storage compartment is accessed without receiving a user authorization, wherein the mitigation protocol is selected from a group consisting of: (i) alerting security personnel, (ii) activating an onboard annunciator, (iii) activating a remote annunciator, (iv) capturing image data of an unauthorized user, (v) capturing video data of the unauthorized user, (vi) broadcasting a signal to deactivate the contents within the electronically securable storage compartment, (vii) following the unauthorized user to an exit door, (viii) following the unauthorized user to a car to obtain pictures of a license plate of the car, (ix) charging the unauthorized user for a value of the contents within the electronically securable storage compartment, and (x) transmitting a signal to secure the exit door.
8 . The mobile robot of claim 1 , wherein the user access controller is configured to:
determine that the electronically securable storage compartment remains in the accessible state by having a door open for a predetermined time period; and
in response to determining that the electronically securable storage compartment remains in the accessible state for the predetermined time period, enter the electronically securable storage compartment into the stored state by causing the door to close after the predetermined time period.
9 . A method for controlling a mobile robot to deliver high priority items, the method comprising:
receiving an authorization to access an electronically securable storage compartment of the mobile robot, the electronically securable storage compartment electronically controllable between a stored state in which contents within the electronically securable storage compartment are inaccessible to a user and an accessible state in which the contents within the electronically securable storage compartment are accessible to the user;
receiving positional data from a navigation system spanning a facility navigatable by the mobile robot;
determining, in response to the received positional data, an initial location within the facility and a destination location within the facility;
establishing a recharge threshold, such that, in a default battery usage profile, the mobile robot is instructed to travel to a charger location to recharge a battery of the mobile robot when a battery level is below the recharge threshold;
determining that the recharge threshold is reached while the electronically securable storage compartment includes the contents and is in the stored state; and
when the electronically securable storage compartment includes the contents and is in the stored state, prioritizing delivery of the contents, by a navigation controller of the mobile robot, by foregoing recharging and entering an alternate battery usage profile by instructing the mobile robot to travel to the destination location in response to determining that: (i) the battery level is at or below the recharge threshold and (ii) sufficient charge is present in the battery to reach the destination location;
wherein a user access controller of the mobile robot is configured to enter the electronically securable storage compartment into the stored state in response to receiving user authorization and a confirmation that the mobile robot is at an initial location and configured to enter the electronically securable storage compartment into the accessible state in response to receiving the user authorization and a confirmation that the mobile robot is at the destination location.
10 . The method of claim 9 , further comprising:
issuing an alert when the electronically securable storage compartment remains in the accessible state for a predetermined time period.
11 . The method of claim 10 , further comprising:
entering the electronically securable storage compartment into the stored state after the predetermined time period.
12 . The method of claim 9 , further comprising:
receiving sensor data from a sensor configured to track inventory of the contents of the electronically securable storage compartment; and
issuing an alert when the inventory of the contents of the electronically securable storage compartment violates a predetermined condition.
13 . The method of claim 9 , further comprising:
initiating a secured operation state of the mobile robot; and
maintaining the mobile robot in the secured operation state from the initial location to the destination location,
wherein the secured operation state includes one or more of: (i) securing the electronically securable storage compartment, (ii) being assigned to move with a subject throughout the facility, (iii) detecting sensor data associated with the subject, (iv) being assigned to monitor vitals of the subject during movement of the subject, or (v) being assigned to greet the subject and direct the subject to a further destination.