QUANTIFIED-SELF MACHINES AND CIRCUITS REFLEXIVELY RELATED TO FABRICATOR, BIG-DATA ANALYTICS AND USER INTERFACES, AND SUPPLY MACHINES AND CIRCUITS

• US 20150279177A1
• Filed: 09/29/2014
• Published: 10/01/2015
• Est. Priority Date: 03/31/2014
• Status: Abandoned Application

• Current Assignee: Elwha LLC (Intellectual Ventures LLC)
• Original Assignee: Elwha LLC (Intellectual Ventures LLC)
• Inventors: Hyde, Roderick A., Ishikawa, Muriel Y., Kare, Jordin T., Leuthardt, Eric C., Levien, Royce A., Lord, Richard T., Lord, Robert W., Malamud, Mark A., Myhrvold, Nathan P., Sweeney, Elizabeth A., Tegreene, Clarence T., Whitmer, Charles, Wood, Lowell L. Jr., Wood, Victoria Y. H.
• Application Number:
  US14/500,996
• Publication Number:
  US 20150279177A1
• Time in Patent Office: Days
• US Class Current: 1/1
• CPC Class Codes: G16H 20/60 relating to nutrition control, e.g. diets
• CPC Class Codes: G16H 50/20 for computer-aided diagnosis, e.g. based on medical expert systems
• CPC Class Codes: Y02A 90/10 Information and communication technologies [ICT] supporting adaptation to climate change, e.g. for weather forecasting or climate simulation

Abstract

A computationally implemented system and method that is designed to, but is not limited to: electronically effecting state-machine-based emission of first-indication data indicative of first-requested-characteristic data descriptive of one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more characteristic-data-candidate prompts. In addition to the foregoing, other method aspects are described in the claims, drawings, and text forming a part of the present disclosure.

Claims

1. A semiconductor-transistor-based system, comprising:

one or more electronically-effecting-state-machine-based-emission-of-first-indication-data-by-characteristic-data-candidate-prompts semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of first-indication data indicative of first-requested-characteristic data descriptive of one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more characteristic-data-candidate prompts;

one or more electronically-effecting-state-machine-based-emission-of-second-indication-of-food-product-data-candidate-prompts semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of second-indication data indicative of second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more food-product-data-candidate prompts; and

one or more electronically-effecting-electronic-state-machine-based-reception-of-electronic-state-machine-generated-resultant-data-descriptive-of-food-products-fabricated-for-human-subjects semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to the first-requested-characteristic data descriptive of one or more human subjects and to the second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects.

4. The semiconductor-transistor-based system of claim 1, wherein the one or more electronically-effecting-state-machine-based-emission-of-first-indication-data-by-characteristic-data-candidate-prompts semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of first-indication data indicative of first-requested-characteristic data descriptive of one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more characteristic-data-candidate prompts comprises:

one or more electronically-effecting-emission-of-first-indication-data-descriptive-of-human-subjects-physiological-status-information semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of first-indication data indicative of first-requested-characteristic data descriptive of one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more characteristic-data-candidate prompts including electronically effecting state-machine-based emission of first-indication data at least in part descriptive of human subjects physiological status information.

8. The semiconductor-transistor-based system of claim 1, wherein the one or more electronically-effecting-state-machine-based-emission-of-first-indication-data-by-characteristic-data-candidate-prompts semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of first-indication data indicative of first-requested-characteristic data descriptive of one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more characteristic-data-candidate prompts comprises:

one or more electronically-effecting-emission-of-first-indication-data-descriptive-of-human-subjects-functional-status-information semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of first-indication data indicative of first-requested-characteristic data descriptive of one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more characteristic-data-candidate prompts including electronically effecting state-machine-based emission of first-indication data at least in part descriptive of human subjects functional status information.

11. The semiconductor-transistor-based system of claim 8, wherein the one or more electronically-effecting-emission-of-first-indication-data-descriptive-of-human-subjects-functional-status-information semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of first-indication data indicative of first-requested-characteristic data descriptive of one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more characteristic-data-candidate prompts including electronically effecting state-machine-based emission of first-indication data at least in part descriptive of human subjects functional status information comprises:

one or more electronically-effecting-emission-of-first-indication-data-descriptive-of-human-subjects-performance-status-information semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of first-indication data at least in part descriptive of human subjects functional status information including electronically effecting state-machine-based emission of first-indication data at least in part descriptive of human subjects performance status information.

12. The semiconductor-transistor-based system of claim 11, wherein the one or more electronically-effecting-emission-of-first-indication-data-descriptive-of-human-subjects-performance-status-information semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of first-indication data at least in part descriptive of human subjects functional status information including electronically effecting state-machine-based emission of first-indication data at least in part descriptive of human subjects performance status information comprises:

one or more electronically-effecting-emission-of-first-indication-data-descriptive-of-vocationally-related-human-subjects-performance-status-information semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of first-indication data at least in part descriptive of human subjects performance status information including electronically effecting state-machine-based emission of first-indication data at least in part descriptive of vocationally related human subjects performance status information.

14. The semiconductor-transistor-based system of claim 11, wherein the one or more electronically-effecting-emission-of-first-indication-data-descriptive-of-human-subjects-performance-status-information semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of first-indication data at least in part descriptive of human subjects functional status information including electronically effecting state-machine-based emission of first-indication data at least in part descriptive of human subjects performance status information comprises:

one or more electronically-effecting-emission-of-first-indication-data-descriptive-of-athletically-related-human-subjects-performance-status-information semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of first-indication data at least in part descriptive of human subjects performance status information including electronically effecting state-machine-based emission of first-indication data at least in part descriptive of athletically related human subjects performance status information.

15. The semiconductor-transistor-based system of claim 1, wherein the one or more electronically-effecting-state-machine-based-emission-of-first-indication-data-by-characteristic-data-candidate-prompts semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of first-indication data indicative of first-requested-characteristic data descriptive of one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more characteristic-data-candidate prompts comprises:

one or more electronically-effecting-emission-of-first-indication-data-descriptive-of-human-subjects-behavioral-life-data semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of first-indication data indicative of first-requested-characteristic data descriptive of one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more characteristic-data-candidate prompts including electronically effecting state-machine-based emission of first-indication data at least in part descriptive of human subjects behavioral life data.

18. The semiconductor-transistor-based system of claim 15, wherein the one or more electronically-effecting-emission-of-first-indication-data-descriptive-of-human-subjects-behavioral-life-data semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of first-indication data indicative of first-requested-characteristic data descriptive of one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more characteristic-data-candidate prompts including electronically effecting state-machine-based emission of first-indication data at least in part descriptive of human subjects behavioral life data comprises:

one or more electronically-effecting-emission-of-first-indication-data-descriptive-of-domestic-related-human-subjects-behavioral-life-data semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of first-indication data at least in part descriptive of human subjects behavioral life data including electronically effecting state-machine-based emission of first-indication data at least in part descriptive of domestic related human subjects behavioral life data.

19. The semiconductor-transistor-based system of claim 1, wherein the one or more electronically-effecting-state-machine-based-emission-of-first-indication-data-by-characteristic-data-candidate-prompts semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of first-indication data indicative of first-requested-characteristic data descriptive of one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more characteristic-data-candidate prompts comprises:

one or more electronically-effecting-emission-of-first-indication-data-descriptive-of-human-subjects-quantified-self-information semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of first-indication data indicative of first-requested-characteristic data descriptive of one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more characteristic-data-candidate prompts including electronically effecting state-machine-based emission of first-indication data at least in part descriptive of human subjects quantified-self information.

25. The semiconductor-transistor-based system of claim 19, wherein the one or more electronically-effecting-emission-of-first-indication-data-descriptive-of-human-subjects-quantified-self-information semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of first-indication data indicative of first-requested-characteristic data descriptive of one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more characteristic-data-candidate prompts including electronically effecting state-machine-based emission of first-indication data at least in part descriptive of human subjects quantified-self information comprises:

one or more electronically-effecting-emission-of-first-indication-data-descriptive-of-social-network-collected-quantified-self-metric-data semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of first-indication data at least in part descriptive of human subjects quantified-self information including electronically effecting state-machine-based emission of first-indication data at least in part descriptive of social network collected quantified-self metric data.

26. The semiconductor-transistor-based system of claim 1, wherein the one or more electronically-effecting-state-machine-based-emission-of-first-indication-data-by-characteristic-data-candidate-prompts semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of first-indication data indicative of first-requested-characteristic data descriptive of one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more characteristic-data-candidate prompts comprises:

one or more electronically-effecting-emission-of-first-indication-data-descriptive-of-electronically-involved-invasive-detection semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of first-indication data indicative of first-requested-characteristic data descriptive of one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more characteristic-data-candidate prompts including electronically effecting state-machine-based emission of first-indication data descriptive of electronically involved invasive detection.

30. The semiconductor-transistor-based system of claim 1, wherein the one or more electronically-effecting-state-machine-based-emission-of-first-indication-data-by-characteristic-data-candidate-prompts semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of first-indication data indicative of first-requested-characteristic data descriptive of one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more characteristic-data-candidate prompts comprises:

one or more electronically-effecting-emission-of-first-indication-data-descriptive-of-electronically-involved-non-invasive-detection semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of first-indication data indicative of first-requested-characteristic data descriptive of one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more characteristic-data-candidate prompts including electronically effecting state-machine-based emission of first-indication data descriptive of electronically involved non-invasive detection.

34. The semiconductor-transistor-based system of claim 1, wherein the one or more electronically-effecting-state-machine-based-emission-of-first-indication-data-by-characteristic-data-candidate-prompts semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of first-indication data indicative of first-requested-characteristic data descriptive of one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more characteristic-data-candidate prompts comprises:

one or more electronically-receiving-user-biological-status-information-from-electronically-involved-detection-of-disease semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of first-indication data indicative of first-requested-characteristic data descriptive of one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more characteristic-data-candidate prompts including electronically effecting state-machine-based emission of first-indication data descriptive of at least in part disease.

40. The semiconductor-transistor-based system of claim 34, wherein the one or more electronically-receiving-user-biological-status-information-from-electronically-involved-detection-of-disease semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of first-indication data indicative of first-requested-characteristic data descriptive of one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more characteristic-data-candidate prompts including electronically effecting state-machine-based emission of first-indication data descriptive of at least in part disease comprises:

one or more electronically-effecting-emission-of-first-indication-data-descriptive-of-life-style-induced-disease semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of first-indication data descriptive of at least in part disease including electronically effecting state-machine-based emission of first-indication data descriptive of at least in part life-style induced disease.

47. The semiconductor-transistor-based system of claim 1, wherein the one or more electronically-effecting-state-machine-based-emission-of-second-indication-of-food-product-data-candidate-prompts semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of second-indication data indicative of second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more food-product-data-candidate prompts comprises:

one or more electronically-effecting-emission-of-second-indication-data-descriptive-of-human-subjects-related-outcome-goals semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of second-indication data indicative of second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more food-product-data-candidate prompts including electronically effecting state-machine-based emission of second-indication data descriptive of one or more human subjects related outcome goals.

51. The semiconductor-transistor-based system of claim 47, wherein the one or more electronically-effecting-emission-of-second-indication-data-descriptive-of-human-subjects-related-outcome-goals semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of second-indication data indicative of second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more food-product-data-candidate prompts including electronically effecting state-machine-based emission of second-indication data descriptive of one or more human subjects related outcome goals comprises:

one or more electronically-effecting-emission-of-second-indication-data-related-to-an-exemplary-person semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of second-indication data descriptive of one or more human subjects related outcome goals including electronically effecting state-machine-based emission of second-indication data related to an exemplary person.

54. The semiconductor-transistor-based system of claim 47, wherein the one or more electronically-effecting-emission-of-second-indication-data-descriptive-of-human-subjects-related-outcome-goals semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of second-indication data indicative of second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more food-product-data-candidate prompts including electronically effecting state-machine-based emission of second-indication data descriptive of one or more human subjects related outcome goals comprises:

one or more electronically-effecting-emission-of-second-indication-data-descriptive-of-social-network-related-goals semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of second-indication data descriptive of one or more human subjects related outcome goals including electronically effecting state-machine-based emission of second-indication data descriptive of at least in part one or more social network related goals.

57. The semiconductor-transistor-based system of claim 1, wherein the one or more electronically-effecting-state-machine-based-emission-of-second-indication-of-food-product-data-candidate-prompts semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of second-indication data indicative of second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more food-product-data-candidate prompts comprises:

one or more electronically-effecting-emission-of-second-indication-data-descriptive-of-machine-automated-food-allocation-aspects semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of second-indication data indicative of second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more food-product-data-candidate prompts including electronically effecting state-machine-based emission of second-indication data descriptive of at least in part one or more machine-automated food allocation aspects.

58. The semiconductor-transistor-based system of claim 57, wherein the one or more electronically-effecting-emission-of-second-indication-data-descriptive-of-machine-automated-food-allocation-aspects semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of second-indication data indicative of second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more food-product-data-candidate prompts including electronically effecting state-machine-based emission of second-indication data descriptive of at least in part one or more machine-automated food allocation aspects comprises:

one or more electronically-effecting-emission-of-second-indication-data-descriptive-of-machine-automated-food-allocation-ingredient-ratios semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of second-indication data descriptive of at least in part one or more machine-automated food allocation aspects including electronically effecting state-machine-based emission of second-indication data descriptive of one or more machine-automated food allocation ingredient ratios.

64. The semiconductor-transistor-based system of claim 1, wherein the one or more electronically-effecting-state-machine-based-emission-of-second-indication-of-food-product-data-candidate-prompts semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of second-indication data indicative of second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more food-product-data-candidate prompts comprises:

one or more electronically-effecting-emission-of-second-indication-data-descriptive-of-machine-automated-food-allocation-dispensing-procedures semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of second-indication data indicative of second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more food-product-data-candidate prompts including electronically effecting state-machine-based emission of second-indication data descriptive of one or more machine-automated food allocation dispensing procedures.

66. The semiconductor-transistor-based system of claim 64, wherein the one or more electronically-effecting-emission-of-second-indication-data-descriptive-of-machine-automated-food-allocation-dispensing-procedures semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of second-indication data indicative of second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more food-product-data-candidate prompts including electronically effecting state-machine-based emission of second-indication data descriptive of one or more machine-automated food allocation dispensing procedures comprises:

one or more electronically-effecting-emission-of-second-indication-data-descriptive-of-machine-automated-food-allocation-processing-procedures semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of second-indication data descriptive of one or more machine-automated food allocation dispensing procedures including electronically effecting state-machine-based emission of second-indication data descriptive of one or more machine-automated food allocation processing procedures.

71. The semiconductor-transistor-based system of claim 1, wherein the one or more electronically-effecting-state-machine-based-emission-of-second-indication-of-food-product-data-candidate-prompts semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of second-indication data indicative of second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more food-product-data-candidate prompts comprises:

one or more electronically-effecting-emission-of-second-indication-data-descriptive-of-machine-automated-food-allocation-categories semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of second-indication data indicative of second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more food-product-data-candidate prompts including electronically effecting state-machine-based emission of second-indication data descriptive of one or more machine-automated food allocation categories.

75. The semiconductor-transistor-based system of claim 71, wherein the one or more electronically-effecting-emission-of-second-indication-data-descriptive-of-machine-automated-food-allocation-categories semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of second-indication data indicative of second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more food-product-data-candidate prompts including electronically effecting state-machine-based emission of second-indication data descriptive of one or more machine-automated food allocation categories comprises:

one or more electronically-effecting-emission-of-second-indication-data-descriptive-of-machine-automated-food-allocation-micronutrient-levels semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting state-machine-based emission of second-indication data descriptive of one or more machine-automated food allocation categories including electronically effecting state-machine-based emission of second-indication data descriptive of one or more machine-automated food allocation micronutrient levels.

81. The semiconductor-transistor-based system of claim 1, wherein the one or more electronically-effecting-electronic-state-machine-based-reception-of-electronic-state-machine-generated-resultant-data-descriptive-of-food-products-fabricated-for-human-subjects semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to the first-requested-characteristic data descriptive of one or more human subjects and to the second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects comprises:

one or more electronically-effecting-electronic-reception-of-electronic-state-machine-generated-resultant-data-related-to-human-subjects-related-outcomes semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to the first-requested-characteristic data descriptive of one or more human subjects and to the second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects including electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data related to at least in part human subjects related outcomes.

84. The semiconductor-transistor-based system of claim 81, wherein the one or more electronically-effecting-electronic-reception-of-electronic-state-machine-generated-resultant-data-related-to-human-subjects-related-outcomes semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to the first-requested-characteristic data descriptive of one or more human subjects and to the second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects including electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data related to at least in part human subjects related outcomes comprises:

one or more electronically-effecting-electronic-reception-of-electronic-state-machine-generated-resultant-data-related-to-amounts-of-food-product semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data related to at least in part human subjects related outcomes including electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data related to at least in part one or more amounts of food-product.

91. The semiconductor-transistor-based system of claim 1, wherein the one or more electronically-effecting-electronic-state-machine-based-reception-of-electronic-state-machine-generated-resultant-data-descriptive-of-food-products-fabricated-for-human-subjects semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to the first-requested-characteristic data descriptive of one or more human subjects and to the second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects comprises:

one or more electronically-effecting-electronic-reception-of-electronic-state-machine-generated-resultant-data-related-to-food-product-production-factors semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to the first-requested-characteristic data descriptive of one or more human subjects and to the second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects including electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data related to at least in part one or more food-product production factors.

95. The semiconductor-transistor-based system of claim 91, wherein the one or more electronically-effecting-electronic-reception-of-electronic-state-machine-generated-resultant-data-related-to-food-product-production-factors semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to the first-requested-characteristic data descriptive of one or more human subjects and to the second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects including electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data related to at least in part one or more food-product production factors comprises:

one or more electronically-effecting-electronic-reception-of-electronic-state-machine-generated-resultant-data-related-to-quantity-levels-for-food-product-production-quality-levels semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data related to at least in part one or more food-product production factors including electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data related to at least in part one or more quantity levels for food-product production quality levels.

98. The semiconductor-transistor-based system of claim 1, wherein the one or more electronically-effecting-electronic-state-machine-based-reception-of-electronic-state-machine-generated-resultant-data-descriptive-of-food-products-fabricated-for-human-subjects semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to the first-requested-characteristic data descriptive of one or more human subjects and to the second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects comprises:

one or more electronically-effecting-electronic-reception-of-electronic-state-machine-generated-resultant-data-related-to-dispensing-procedures semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to the first-requested-characteristic data descriptive of one or more human subjects and to the second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects including electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data related to at least in part one or more dispensing procedures.

103. The semiconductor-transistor-based system of claim 98, wherein the one or more electronically-effecting-electronic-reception-of-electronic-state-machine-generated-resultant-data-related-to-dispensing-procedures semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to the first-requested-characteristic data descriptive of one or more human subjects and to the second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects including electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data related to at least in part one or more dispensing procedures comprises:

one or more electronically-effecting-electronic-reception-of-electronic-state-machine-generated-resultant-data-related-to-electronically-controlled-food-product-manufacturing-procedures semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data related to at least in part one or more dispensing procedures including electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data related to at least in part one or more electronically controlled food-product manufacturing procedures.

105. The semiconductor-transistor-based system of claim 1, wherein the one or more electronically-effecting-electronic-state-machine-based-reception-of-electronic-state-machine-generated-resultant-data-descriptive-of-food-products-fabricated-for-human-subjects semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to the first-requested-characteristic data descriptive of one or more human subjects and to the second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects comprises:

one or more electronically-effecting-electronic-reception-of-electronic-state-machine-generated-resultant-data-related-to-food-product-categories semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to the first-requested-characteristic data descriptive of one or more human subjects and to the second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects including electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data related to at least in part one or more food-product categories.

110. The semiconductor-transistor-based system of claim 105, wherein the one or more electronically-effecting-electronic-reception-of-electronic-state-machine-generated-resultant-data-related-to-food-product-categories semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to the first-requested-characteristic data descriptive of one or more human subjects and to the second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects including electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data related to at least in part one or more food-product categories comprises:

one or more electronically-effecting-electronic-reception-of-electronic-state-machine-generated-resultant-data-related-to-food-product-gustatory-components semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data related to at least in part one or more food-product categories including electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data related to at least in part one or more food-product gustatory components.

115. The semiconductor-transistor-based system of claim 1, wherein the one or more electronically-effecting-electronic-state-machine-based-reception-of-electronic-state-machine-generated-resultant-data-descriptive-of-food-products-fabricated-for-human-subjects semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to the first-requested-characteristic data descriptive of one or more human subjects and to the second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects comprises:

one or more electronically-effecting-electronic-reception-of-electronic-state-machine-generated-resultant-data-related-to-human-subjects-physiological-status-information semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to the first-requested-characteristic data descriptive of one or more human subjects and to the second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects including electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data related to at least in part human subjects physiological status information.

118. The semiconductor-transistor-based system of claim 115, wherein the one or more electronically-effecting-electronic-reception-of-electronic-state-machine-generated-resultant-data-related-to-human-subjects-physiological-status-information semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to the first-requested-characteristic data descriptive of one or more human subjects and to the second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects including electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data related to at least in part human subjects physiological status information comprises:

one or more electronically-effecting-electronic-reception-of-electronic-state-machine-generated-resultant-data-related-to-human-subjects-immune-system-status-information semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data related to at least in part human subjects physiological status information including electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to human subjects immune system status information.

128. The semiconductor-transistor-based system of claim 1, wherein the one or more electronically-effecting-electronic-state-machine-based-reception-of-electronic-state-machine-generated-resultant-data-descriptive-of-food-products-fabricated-for-human-subjects semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to the first-requested-characteristic data descriptive of one or more human subjects and to the second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects comprises:

one or more electronically-effecting-electronic-reception-of-electronic-state-machine-generated-resultant-data-related-to-human-subjects-functional-status-information semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to the first-requested-characteristic data descriptive of one or more human subjects and to the second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects including electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to human subjects functional status information.

131. The semiconductor-transistor-based system of claim 128, wherein the one or more electronically-effecting-electronic-reception-of-electronic-state-machine-generated-resultant-data-related-to-human-subjects-functional-status-information semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to the first-requested-characteristic data descriptive of one or more human subjects and to the second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects including electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to human subjects functional status information comprises:

one or more electronically-effecting-electronic-reception-of-electronic-state-machine-generated-resultant-data-related-to-human-subjects-performance-status-information semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to human subjects functional status information including electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to human subjects performance status information.

134. The semiconductor-transistor-based system of claim 131, wherein the one or more electronically-effecting-electronic-reception-of-electronic-state-machine-generated-resultant-data-related-to-human-subjects-performance-status-information semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to human subjects functional status information including electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to human subjects performance status information comprises:

one or more electronically-effecting-electronic-reception-of-electronic-state-machine-generated-resultant-data-related-to-athletically-related-human-subjects-performance-status-information semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to human subjects performance status information including electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to athletically related human subjects performance status information.

138. The semiconductor-transistor-based system of claim 128, wherein the one or more electronically-effecting-electronic-reception-of-electronic-state-machine-generated-resultant-data-related-to-human-subjects-functional-status-information semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to the first-requested-characteristic data descriptive of one or more human subjects and to the second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects including electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to human subjects functional status information comprises:

one or more electronically-effecting-electronic-reception-of-electronic-state-machine-generated-resultant-data-related-to-human-subjects-postural-status-information semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to human subjects functional status information including electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to human subjects postural status information.

143. The semiconductor-transistor-based system of claim 1, wherein the one or more electronically-effecting-electronic-state-machine-based-reception-of-electronic-state-machine-generated-resultant-data-descriptive-of-food-products-fabricated-for-human-subjects semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to the first-requested-characteristic data descriptive of one or more human subjects and to the second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects comprises:

one or more electronically-effecting-electronic-reception-of-electronic-state-machine-generated-resultant-data-related-to-human-subjects-behavioral-life-data semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to the first-requested-characteristic data descriptive of one or more human subjects and to the second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects including electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to human subjects behavioral life data.

145. The semiconductor-transistor-based system of claim 143, wherein the one or more electronically-effecting-electronic-reception-of-electronic-state-machine-generated-resultant-data-related-to-human-subjects-behavioral-life-data semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to the first-requested-characteristic data descriptive of one or more human subjects and to the second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects including electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to human subjects behavioral life data comprises:

one or more electronically-effecting-electronic-reception-of-electronic-state-machine-generated-resultant-data-related-to-recreation-related-human-subjects-behavioral-life-data semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to human subjects behavioral life data including electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to recreation related human subjects behavioral life data.

150. The semiconductor-transistor-based system of claim 1, wherein the one or more electronically-effecting-electronic-state-machine-based-reception-of-electronic-state-machine-generated-resultant-data-descriptive-of-food-products-fabricated-for-human-subjects semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to the first-requested-characteristic data descriptive of one or more human subjects and to the second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects comprises:

one or more electronically-effecting-electronic-reception-of-electronic-state-machine-generated-resultant-data-related-to-human-subjects-quantified-self-data semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to the first-requested-characteristic data descriptive of one or more human subjects and to the second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects including electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to human subjects quantified-self data.

162. The semiconductor-transistor-based system of claim 1, wherein the one or more electronically-effecting-electronic-state-machine-based-reception-of-electronic-state-machine-generated-resultant-data-descriptive-of-food-products-fabricated-for-human-subjects semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to the first-requested-characteristic data descriptive of one or more human subjects and to the second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects comprises:

one or more electronically-effecting-electronic-reception-of-electronic-state-machine-generated-resultant-data-descriptive-of-disease semiconductor-transistor-based electrical circuitry arrangements operable for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to the first-requested-characteristic data descriptive of one or more human subjects and to the second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects including electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data descriptive of at least in part disease.

2-3. -3. (canceled)

5-7. -7. (canceled)

9-10. -10. (canceled)

13. (canceled)

16-17. -17. (canceled)

20-24. -24. (canceled)

27-29. -29. (canceled)

31-33. -33. (canceled)

35-39. -39. (canceled)

41-46. -46. (canceled)

48-50. -50. (canceled)

52-53. -53. (canceled)

55-56. -56. (canceled)

59-63. -63. (canceled)

65. (canceled)

67-70. -70. (canceled)

72-74. -74. (canceled)

76-80. -80. (canceled)

82-83. -83. (canceled)

85-90. -90. (canceled)

92-94. -94. (canceled)

96-97. -97. (canceled)

99-102. -102. (canceled)

104. (canceled)

106-109. -109. (canceled)

111-114. -114. (canceled)

116-117. -117. (canceled)

119-127. -127. (canceled)

129-130. -130. (canceled)

132-133. -133. (canceled)

135-137. -137. (canceled)

139-142. -142. (canceled)

144. (canceled)

146-149. -149. (canceled)

151-161. -161. (canceled)

163-172. -172. (canceled)

173. A semiconductor-transistor-based system comprising:

means for electronically effecting state-machine-based emission of first-indication data indicative of first-requested-characteristic data descriptive of one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more characteristic-data-candidate prompts;

means for electronically effecting state-machine-based emission of second-indication data indicative of second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more food-product-data-candidate prompts; and

means for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to the first-requested-characteristic data descriptive of one or more human subjects and to the second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects.

174. A device defined comprising:

one or more interchained semiconductor-transistor-based physical machines ordered for electronically effecting state-machine-based emission of first-indication data indicative of first-requested-characteristic data descriptive of one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more characteristic-data-candidate prompts;

one or more interchained semiconductor-transistor-based physical machines ordered for electronically effecting state-machine-based emission of second-indication data indicative of second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects elicited at least in part by electronic state-machine-based presentation of one or more food-product-data-candidate prompts; and

one or more interchained semiconductor-transistor-based physical machines ordered for electronically effecting electronic-state-machine-based reception of electronic-state-machine-generated resultant data at least in part related to the first-requested-characteristic data descriptive of one or more human subjects and to the second-requested-food-product data descriptive of one or more food products fabricated for the one or more human subjects.