Obviousness

Obviousness Analysis of US Patent 11,516,643 under 35 U.S.C. § 103

This analysis assesses the obviousness of US Patent 11,516,643, titled "Connection specific selection of automated response messages," based on combinations of prior art references cited within the patent document itself. The analysis will focus on independent claims 1, 17, and 18. A person having ordinary skill in the art (POSITA) in 2013 (the earliest priority date for US11516643 is May 18, 2013) would have found the claimed invention as a whole obvious based on the following combinations.

The problem addressed by US11516643, as stated in its background, is the suboptimal nature of prior art automatic answering or response systems, particularly their lack of flexibility in programming diverse automatic response messages and their limited intelligence in determining when different responses should be used, especially in contexts like distracted driving. This acknowledged deficiency provides a strong motivation for a POSITA to combine existing technologies to enhance context-aware automated messaging.

Obviousness of Claim 1

Claim 1 describes a handheld computerized device configured to:

• receive a Bluetooth peripheral device identification code;
• analyze the code to determine the peripheral is vehicle-associated; and
• send a stored automatic reply to incoming cellular messages while the vehicle-associated peripheral is connected.

Combination: US20110151842A1 (Olincy) in view of US20110295458A1 (Verizon) and general knowledge of Bluetooth technology.

Reasoning:

1. Core Auto-Response: Olincy (US20110151842A1) explicitly teaches a mobile phone system that provides an automatic "I am driving/busy" response to incoming calls or text messages. This reference satisfies the elements of a handheld computerized device (mobile phone), processor, memory, cellular transceiver, reply software, storing at least one automatic reply message, and sending an automatic reply to incoming cellular network messages.
2. Vehicle Association Determination: Verizon (US20110295458A1) describes systems and methods for selectively disabling features of a mobile access device when the device is "associated with a vehicle." A POSITA would readily understand that determining "association with a vehicle" could be achieved by detecting and identifying connections to vehicle-specific peripherals. Given the widespread use of Bluetooth in vehicles for hands-free communication, it would be a straightforward and obvious implementation for a POSITA to use the identification code of a connected Bluetooth peripheral to determine if the mobile device is associated with a vehicle.
3. Motivation for Combination: The motivation for a POSITA to combine Olincy's driving-specific auto-response system with Verizon's method of detecting vehicle association is clear: to create a more automatic and robust system for activating the "driving" auto-response. By employing a vehicle's Bluetooth system (as a common form of vehicle association in 2013) as the trigger for Olincy's auto-reply, the system would require less manual intervention, thereby directly addressing the critical issue of distracted driving. Analyzing the Bluetooth peripheral identification code to confirm its vehicle association would be a routine design choice to enhance the accuracy of such an automated system.

Obviousness of Claim 17

Claim 17 builds upon the elements of Claim 1, adding the feature that the handheld computerized device is configured to request and receive user input from a touch-sensitive display screen before sending the automatic reply message.

Combination: The combination used for Claim 1 (Olincy + Verizon + General Knowledge of Bluetooth) further in view of general knowledge of user interface design and confirmation prompts.

Reasoning:

1. Core System: As established for Claim 1, the combination of Olincy (US20110151842A1) and Verizon (US20110295458A1) renders the underlying auto-response system based on vehicle-associated Bluetooth connection obvious.
2. User Confirmation: The additional feature of requesting user input via a touch-sensitive display screen before sending an automatic reply is a fundamental and well-known principle in user interface design. For automated actions, especially those involving communication, providing a confirmation step allows users to prevent unintended messages, correct misidentified contexts, or exercise greater control over the system. Thomas (US20050124324A1) discusses adaptable communication techniques for electronic devices, which broadly encompasses user control over device functionality.
3. Motivation for Combination: A POSITA, when designing or improving an automated response system for a handheld device with a touch screen, would be motivated to include such a confirmation step. This is a routine engineering choice aimed at enhancing user experience, preventing errors, and providing a safety net for automated actions. Therefore, incorporating a pre-send user input confirmation via a touch-sensitive display into the existing auto-reply system would have been an obvious design modification to the combination of Olincy and Verizon.

Obviousness of Claim 18

Claim 18 builds upon the elements of Claim 1, adding that the Bluetooth peripheral device has been previously designated by a user as a vehicle-associated Bluetooth peripheral device via user input from a graphical user interface.

Combination: The combination used for Claim 1 (Olincy + Verizon + General Knowledge of Bluetooth) further in view of US20130097269A1 (Yagi) and general knowledge of user configuration for context-aware systems.

Reasoning:

1. Core System: As established for Claim 1, the combination of Olincy (US20110151842A1) and Verizon (US20110295458A1) renders the underlying auto-response system based on vehicle-associated Bluetooth connection obvious.
2. User Designation via GUI: Claim 18 introduces the concept of a user explicitly designating a Bluetooth peripheral as "vehicle associated" using a graphical user interface (GUI). Yagi (US20130097269A1) teaches a "Context-Sensitive Auto-Responder." For any context-sensitive system to be practical and adaptable, it requires user input to define or refine the contexts and associated actions.
3. Motivation for Combination: A POSITA would be motivated to provide a user interface for configuring context-sensitive auto-responders. Allowing users to designate which specific Bluetooth peripherals correspond to a "vehicle associated" context via a GUI offers several benefits:
   • Personalization and Accuracy: It enables individual users to define their specific car's Bluetooth device(s), improving the accuracy of the "driving" context detection for their unique setup.
   • Flexibility: It accommodates various vehicle Bluetooth systems (built-in, aftermarket, headsets kept in the car) and allows the system to adapt to new devices or changes in user behavior.
   • User Control: It grants the user direct control over how the system interprets peripheral connections for automated responses.
     Integrating such a user designation feature via a GUI into the combined Olincy/Verizon system is a logical and obvious step for a POSITA aiming to develop a more flexible, accurate, and user-friendly context-sensitive auto-response system, consistent with the teachings of Yagi's context-sensitive auto-responder.