Graphical interfaced based intelligent automated assistant

• US 20180101762A1
• Filed: 12/11/2017
• Published: 04/12/2018
• Est. Priority Date: 12/10/2015
• Status: Abandoned Application

• Current Assignee: Pablo Gutierrez
• Original Assignee: Pablo Gutierrez
• Inventors: Gutierrez, Pablo
• Application Number:
  US15/837,427
• Publication Number:
  US 20180101762A1
• Time in Patent Office: Days
• CPC Class Codes: G06F 3/04847 Interaction techniques to control parameter settings, e.g. interaction with sliders or dials
• CPC Class Codes: G06F 3/0485 Scrolling or panning
• CPC Class Codes: G06F 3/04886 by partitioning the display area of the touch-screen or the surface of the digitising tablet into independently controllable areas, e.g. virtual keyboards or menus
• CPC Class Codes: G06F 9/453 Help systems
• CPC Class Codes: G06N 3/006 based on simulated virtual individual or collective life forms, e.g. social simulations or particle swarm optimisation [PSO]

Abstract

The present invention is an Intelligent Automated Assistant that can be implemented using any of a number of graphical interface operated platforms such as a smartphone to facilitate user interaction with the device by a unique adaptive graphical interface, to manage functionalities of: mathematical calculations; telephony, Smart Dial; Speed Dial of phone numbers, Apps and actions; input of text; definition, Calculation and Management of Time values and their utilization in the creation or edition of Calendar Events, Schedule Reminders/Tasks, Timers and Alarms.

Claims

1. An Automated Assistant operating in a graphical interface operated computer device which interfaces with a user by an Adaptive Graphical User Interface to perform mathematical calculations;

provide telephone operations;

input of text;

search contacts, define and manage of Time &

dates values and their utilization in the creation or edition of Calendar Events, Schedule Reminders/Tasks, Timers and Alarms and local or remote services able to process the kind of data produced by the Assistant.

2. According to claim “

1”

, wherein;

an input method consisting of an adaptive keypad interface managed by a system with software components to allow the user to enter and define numerical values, time &

date values, words, to build useful information that can result useful by itself or to be passed to local or remote services and Apps able to process that data.

3. According to claim “

2”

, wherein;

a Smart Adaptive Keypad Interface built around a numerical 4×

3 keypad. The structure of the adaptive keypad interface consisting in;

a Display which shows user inputs, system outputs and supplementary information about the outputs for a better comprehension;

an scrollable panel of dates;

three special buttons to define dates, times and period of times;

a numerical keypad with a 4×

3 layout;

a dock containing buttons for actions according to the kind of input of the user, system output according to process flow.

4. According to claim “

3”

, wherein;

the smart adaptive keypad interface, without altering its layout, adapts/conceals pertinent buttons according to user inputs and process flow as software components disambiguate user inputs and analyze process flow.

5. According to claim “

3”

, wherein;

after time, date, date/time, numbers, phone numbers and the kind of outputs the assistant is able to produce, when obtained, action buttons to related app or services are available for the user to pass those values to perform an specific task, for example to create a calendar event on the date and time defined through the assistant by its adaptive interface.

6. According to claim “

4”

, where in;

a “

Triple Time Input Method System”

which allow the user to define times, dates, date/time through three different synchronized methods.

7. According to claim “

6”

, wherein;

one method is by writing a time, date, date/time string using the numerical keypad using the “

/”

to define dates and “

;

”

to define hours and minutes according to the regional format set in the system where the assistant were installed.

8. According to claim “

6”

, wherein;

another method is by using the numerical keypad and the “

Period”

functionality that allows the user to add a period of time to a defined time, date, date/time resulting in a specific future time, date or date/time. The kind of period to be added are minutes, hours, days, nights, weeks, workweeks, weekdays months, years and any other period of time representation.

9. According to claim “

6”

, wherein;

the last method is by using the “

Panel Of Dates”

as an input method touching or clicking its cells, scrollable to the future and to the past.

10. According to claim “

6”

, wherein;

the system comprises the input methods cited in claims “

7”

, “

8” and

“

9”

;

the provision of context of time by the “

Panel of Dates”

as beyond being and input method is also an informative means of timed events fetch from the system (calendar events, schedule reminders, alarms and any other form of time representation available, local or remote). Thus, the user has context available at the same moment he or she defines time and date values through any of the three method cited in “

7”

, “

8” and

“

9”

.

11. According to claim “

6”

, wherein;

methods of claims “

7”

, “

8” and

“

9”

are enabled simultaneously without order so the user can enter a date through method of claim “

8” and

next change that date or add an hour for that date through the numerical keypad using method of claim “

7”

. The use of any of the three methods of claims “

7”

, “

8” and

“

9”

can be performed without starting over the process already started.

12. According to claim “

6”

wherein;

a method to define Calendar Event Alerts without limiting the user to fix preset values.

13. According to claim “

6”

wherein;

a method to define Calendar Event Repetition Schemes without being tight to preset values.

14. According to claim “

6”

, wherein;

A new input method and edition of time values.

15. An algebraic mathematical system to calculate time wherein:

advance features of time management can be performed to calculate and/or define strings of time of different types, needed just for information and/or for calendar event creation, schedule reminders, multiple events and multiple alarms and also to pass that strings of time to remote services like booking hotels, reserve flights, etc.

16. According to claim “

15”

, wherein;

a method comprising special time functions through operators “

TO”

, “

AND”

, “

+”

, “

−

”

allowing the user to define complex time related strings.

17. According to claim 16, wherein:

The “

to”

operator allows the user to define periods of time between two times, dates (or date/time), not mattering if those dates belong to the past or the future.

18. According to claim 16, wherein:

The “

+”

operator allows the user to add a period of time to a time, date (or date-time) previously defined not mattering if the date predefined belongs to the past or to the future.

19. According to claim “

16”

wherein;

The “

−

”

operator allows the user to subtract a period of time from a time, Date (or date and time) previously defined by the assistant not mattering if the predefined date belongs to the past, present or to the future.

20. According to claim “

16”

wherein;

The “

and”

operator allows the user to group different times, dates (or date-time) to proceed with action/s related to the grouped dates such as creation of multiple calendar events in a single process.