United Services Automobile Association (usaa)

Gregory David Hansen

Andre Rene Buentello

Jose L Romero, Jr

Ashley Raine Philbrick

David Patrick Dixon

Nathan Lee Post

Janelle Denice Dziuk

Will Kerns Maney

Ruthie D Lyle

Yevgeniy Viatcheslavovich Khmelev

Emily Margaret Gray

Gregory B Yarbrough

William Preston Culbertson, Ii

Megan Sarah Jennings

Samip Dilip Mehra

Charles Balasingh

Oscar Guerra

Manfred Amann

Nolan Serrao

Christopher M Russell

Pooja Krishnaswamy

Noemy Diosdado

Gregory Brian Meyer

Mark Anthony Lopez

Stacy Callaway Huggar

Steven Michael Bernstein

Keegan Patrick Hayes

Jerry John Maestas

Brian Francisco Shipley

Justin R Nash

Galo M Alava

Kelly Q Baker

Carlos Jp Chavez

Ana Maldonado

Nina Cooper

Michelle Susan Croak

William Preston Culbertson

Bradly Jay Billman

Reynaldo Medina, Iii

Justin Dax Haslam

Victor Kwak

Oscar Roberto Tijerina

Courtney St Martin

Donnette L Moncrief Brown

Andrea Richardson

Edward Manuel Alonzo, Iii

Anto Chirayil Thomas

Curtis Mark Bell

Dwayne Phillip Wilson

Timothy Benjamin Czerlinsky

Will Kerns Maney, Jr

Madhusudhana Rao Abburi

Kristina Suniga-Cabrera

Valmore M Smith

Nina Schuessler

Carlos J P Chavez

Jon Daniel McEachron

Dustin Bowen Bitter

Jon D Mceachron

Darrin Keith Wylie

Lance David Brown

Evelyn Teresa Rimmer

Catherine Low

Karen Barnett Niemeyer

Yolandra Jovan Hendrix

Liana Nicole Hamel

Brittney Chiu Childers

A dehumidification system that can be used during emergencies is disclosed. The system includes an autonomous vehicle carrying a dehumidification treatment device. In response to information about a water-related disaster at a specific location, the system will instruct the vehicle to travel to the location, enter a building, and dispense one or more applications of desiccant beads in the interior space of the building. The vehicle can navigate from room to room and determine whether moisture content levels exceed a specified threshold. In response, the vehicle can direct its dehumidification operation to these specific zones.

Drone-based dehumidification treatment device

A leak detection system includes a leak detection sensor assembly configured to be positioned on or within a component of a building. The leak detection sensor assembly includes multiple electrical conductors, an output device, and a fluid-absorber in contact with the multiple electrical conductors and the output device. The multiple electrical conductors, the output device, and the fluid-absorber are configured to define a closed electrical circuit with fluid present at the fluid-absorber and are configured to define an open electrical circuit without the fluid present at the fluid-absorber.

Leak detection systems and methods

Dewatering systems and methods for use in response to emergencies and disasters. The system includes an autonomous vehicle including or transporting a dewatering device. In response to information about a water-related disaster at a specific location, the system will instruct the vehicle to travel to the location, enter a building, and initiate a series of dewatering cycles in the interior space of the building. The vehicle can navigate from room to room and determine whether fluid content levels exceed a specified threshold. In response, the vehicle can direct its dewatering operation to these specific zones.

Emergency deployment of a drone-based flood control system

A health management system includes one or more processors configured to receive sensor data from one or more sensors disposed at a residence of a user. The sensor data is indicative of one or more conditions at the residence. The one or more processors are configured to determine a health of the user based on the one or more conditions, determine one or more actions configured to improve the health of the user based on the one or more conditions, and provide, via a device of the user, a notification indicative of the one or more actions.

Health management based on conditions at a user's residence

A risk analysis system is configured to collect and monitor sensor data associated with a user to generate an insurance policy or recommend products/services that may be better suited for the user based on the user's gameplay data, fitness data, streaming data, outdoor activity data, location data, etc. The risk analysis system is configured to correlate all the sensor data and control operations of devices to discourage behavior that may increase risk of an accident or other suitable insurance liabilities.

Tracking risk behavior profile and controlling devices based on gameplay data

Systems and methods described in this disclosure provide methods and systems for automatic deployment of a vehicle covering apparatus to protect the vehicle from environmental conditions such as severe weather.

Systems and methods for automatic deployment of self-inflatable vehicle covering apparatus

A system includes one or more processors configured to receive one or more sets of LIDAR sensor data corresponding to damage of a property. The system is configured to analyze the one or more sets of LIDAR sensor data and determine a repair recommendation and recommended time period of repair for the associated damage of the property. The system may also detect changes to property condition over time and monitor condition of the property over time via LIDAR sensors and alert the user when property condition decreases and a repair is recommended.

Systems and methods for sensor-based detection of property damage

Methods, systems, and apparatus, including computer programs encoded on computer storage media, to process audio and visual data. One of the methods includes receiving, from a mobile device, image data and audio data, wherein the image data and audio data were obtained within the same time frame. The method includes processing the image data to identify a first set of facts. The method includes processing the audio data to identify a second set of facts. The method includes processing meta-data associated with the image data to identify a third set of facts. The method also includes performing at least one process using the first set of facts, the second set of facts, and the third set of facts.

Digital imagery, audio, and meta-data

Technology for determining a queue position of a call from a user can include receiving, at an enterprise, the call from a user device associated with the user. The user device includes an application associated with the enterprise. The call is placed into an on-hold queue. A weighted level of importance associated with the call is determined based on call history information associated with the user device and call frequency associated with the user. The weighted level of importance is compared to at least one weight threshold. A wait time for the call is decreased based on the weighted level of importance meeting or exceeding the at least one weight threshold.

Method and apparatus for determining an on-hold queue position of a call

A smart fastener system includes a smart fastener configured to couple two components of a structure to one another, wherein the smart fastener includes one or more sensors that are configured to monitor one or more parameters. The smart fastener system also includes one or more processors configured to receive signals indicative of the one or more parameters, assess damage to the structure based on the one or more parameters, and provide a notification that indicates the damage to the structure in response to determining a presence of the damage to the structure.

Smart fastener systems and methods

Smart gear, which includes electrically conductive fabric, is provided to monitor health parameters, conduct transactions, and generate power. For example, the smart gear may include one or more sensors coupled to the fabric and/or electrically conductive fibers woven into the fabric. The one or more sensors may monitor health parameters such as breathing patterns, sleep patterns, heart murmurs, and so forth. The smart gear may include one or more wireless regions that power electronic devices based on inductive charging.

Smart gear

An automated teller system is provided that includes a user interface configured to receive user input, a bill counter configured to assemble cash, and a sanitizer configured to receive the cash in a sanitized condition and dispense the cash in the sanitized condition via an access port. The automated teller system also includes one or more processors and memory storing machine-readable instructions that, when executed by the one or more processors, are configured to cause the one or more processors to control the bill counter to assemble the cash based on a withdrawal request, the withdrawal request received as the user input via the user input, to control sanitization of the cash by the sanitizer to provide the cash in the sanitized condition and to control the cash dispenser to dispense the cash in the sanitized condition via the access port.

Systems and methods for sanitized transactions with automatic teller machine

Magnetic stripe cards including a skimmer detection mechanism detect unauthorized access to data and information stored on a magnetic strip of a magnetic stripe card by illicit card skimming devices. In one embodiment, a method of detecting an unauthorized scan of confidential data encoded on a magnetic strip portion of a magnetic stripe card having a skimmer detection mechanism includes detecting a scan of the magnetic strip portion, measuring a parameter associated with the scan of the magnetic strip portion by the skimmer detection mechanism, and comparing the measured parameter to a baseline value associated with the parameter. Upon determining that the parameter exceeds the baseline value, an unauthorized scan of confidential data encoded on the magnetic strip portion of the magnetic stripe card is detected.

Magnetic stripe card with skimmer detection mechanism

A user identification system includes one or more processors configured to receive a first indication of a vehicle identity of a vehicle at an entrance of a location and retrieve a user profile associated with the vehicle identity from a user profile database. The user profile includes one or more user identities of one or more users authorized to enter the location. The one or more processors are configured to receive a second indication of a current user identity of a current user positioned in the vehicle, determine that the current user identity corresponds to a particular user identity of the one or more user identities, and output a control signal indicative of instructions to enable access to the location in response to the current user identity corresponding to the particular user identity.

User identification system for occupants of a vehicle

Data analysis, filter, and presentation techniques are described for an example call management system. An example method for a data management system includes receiving, from a user device, an account identifier of a first person, receiving, from the user device, a first message related to a topic of conversation to be discussed during a telephone call with the first person, determining, based on the account identifier and within a pre-determined time period, a presence of a set of data that describes conversation(s) from prior telephone call(s)/chat(s) with the first person, and sending, to a computer, at least some data from the set of data and a second message that indicates that the telephone call is mapped to a second person, where the computer is configured to display on a screen the second message and a presentation option that presents the at least some data via the computer.

Data analysis, filter and presentation techniques for call management systems

Growing community of inventors

Helotes, TX, United States of America

Gregory David Hansen