Granted Patent B2

US 12,608,660 · App. 18/500,863 · Granted Apr 21, 2026

Inventor: Justin Michael Schwartz (Orlando, FL)

Assignee: Universal City Studios LLC

G06Q10/02G07C11/00G07C2011/02G07C2011/04

Abstract

Claims (43)

1 . A virtual queue system, comprising:

a virtual queue control system;

a plurality of wearable devices comprising respective communicators, wherein a communicator of an individual wearable device of the plurality of wearable devices is configured to transmit a wireless signal comprising identification information of a guest associated with the individual wearable device;

a plurality of monitoring sensors configured to receive wireless signals from the communicators of the plurality of wearable devices and transmit data received from the wireless signals to the virtual queue control system, wherein the virtual queue control system is configured to:

receive requests from guests to join a virtual queue;

confirm that the guests associated with the requests are not already in a second virtual queue that is mutually exclusive with the virtual queue, wherein the second virtual queue and the virtual queue are designated for low-capacity attractions;

add the guests to the virtual queue based on the confirmation;

receive the wireless signals from the plurality of monitoring sensors;

access guest profiles of the guests;

determine guest locations of the guests based on the wireless signals; and

determine return times for the guests to return to the virtual queue based on the guest locations and queue status credentials of the guests in the virtual queue, wherein the guests comprise a first subset of guests having a queue status credential that permits the guests in the first subset to jump in front of a second subset of guests in the virtual queue that do not have the queue status credential, wherein the determined return times are dynamically changed based on a population of the first subset of guests in the virtual queue.

2 . The virtual queue system of claim 1 , wherein the virtual queue control system is configured to provide a report of attraction visits for the individual wearable device based on the data.

3 . The virtual queue system of claim 1 , wherein the individual wearable device is a mobile device.

4 . The virtual queue system of claim 1 , wherein the plurality of monitoring sensors comprise at least one radio-frequency identification reader.

5 . The virtual queue system of claim 1 , wherein the virtual queue control system is configured to send a notification to the individual wearable device to return to the attraction based on a position of the individual wearable device in the virtual queue and a history of return speeds for a guest associated with the individual wearable device.

6 . The virtual queue system of claim 5 , wherein the individual wearable device comprises an indicator that is activated when the notification is received.

7 . The virtual queue system of claim 1 , wherein the attraction is one attraction of a plurality of attractions.

8 . The virtual queue system of claim 1 , wherein the guests in the virtual queue are assigned to different zones based on the guest locations.

9 . The virtual queue system of claim 1 , wherein the virtual queue control system is configured to send a notification to the individual wearable device to return to the attraction based on a position of the individual wearable device in the virtual queue and queue status credentials associated with the individual wearable device.

10 . The virtual queue system of claim 1 , wherein the queue status credentials permit an associated guest to skip the queue.

11 . The virtual queue system of claim 1 , wherein the virtual queue control system is configured to send notifications to the plurality of wearable devices to return to the attraction based on a threshold target size of a loading group.

12 . A virtual queue method, comprising:

receiving requests from guests to join a virtual queue;

confirming that the guests associated with the requests are not already in a second virtual queue that is mutually exclusive with the virtual queue, wherein the second virtual queue and the virtual queue are designated for low-capacity attractions;

adding the guests to the virtual queue based on the confirmation;

receiving, at one or more monitoring sensors of a plurality of monitoring sensors associated with an entrance gate, wireless signals from a plurality of guest devices at an attraction, wherein the wireless signals comprise guest identification information and wherein each guest device comprises a respective communicator;

transmitting data based on the wireless signals to a virtual queue control system;

determining guest locations of the guests based on the wireless signals;

maintaining a virtual queue comprising the guest identification information and associated position information, wherein the virtual queue control system is configured to send notifications to the respective communicators of the plurality of guest devices based on updates to the position information and the guest locations; and

determining a return time for the virtual queue based on queue status credentials of the guests in the virtual queue, wherein the guests comprise a first subset of guests having a queue status credential that permits the guests in the first subset to jump in front of a second subset of guests in the virtual queue that do not have the queue status credential, and wherein the determined return time dynamically changes based on a population of the first subset of guests in the virtual queue.

13 . The method of claim 12 , comprising displaying the return time for the virtual queue on a display.

14 . The method of claim 12 , wherein the attraction is one attraction of a plurality of attractions.

15 . A virtual queue system, comprising:

a virtual queue control system configured to maintain a virtual queue for an attraction, wherein the virtual queue control system is configured to add guests to the virtual queue who are not already in a second virtual queue that is mutually exclusive with the virtual queue based on the virtual queue and the second virtual queue both being for low-capacity attractions;

a plurality of guest devices comprising respective communicators, wherein a communicator of an individual guest device of the plurality of guest devices is configured to transmit a wireless signal comprising identification information of a guest associated with the individual guest device;

a plurality of monitoring sensors configured to receive wireless signals from the communicators of the plurality of guest devices and send data indicative of the wireless signals to the virtual queue control system,

wherein the virtual queue control system is configured to:

receive the data from the plurality of monitoring sensors;

access guest locations of the guests in the virtual queue based on the data;

estimate time to return to the attraction based on the guest locations and queue status credentials for the guests in the virtual queue, wherein the guests comprise a first subset of guests having a queue status credential that permits the guests in the first subset to jump in front of a second subset of guests in the virtual queue that do not have the queue status credential, and wherein the estimated time to return dynamically changes based on a population of the first subset of guests in the virtual queue; and

transmit notifications to guest devices of the guests based on position in the virtual queue and the estimated time to return for each guest.

16 . The virtual queue system of claim 15 , wherein the guests in the virtual queue are assigned to different zones based on the guest locations.

17 . The virtual queue system of claim 15 , wherein the virtual queue control system is configured to predict future guest locations based on the guest locations.

Assignments (1)

Continuity (4)

References Cited (379)