Quantified-Self Machines and Circuits Reflexively Related to Food Fabricator Machines and Circuits

• US 20150277397A1
• Filed: 07/29/2014
• 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:
  US14/445,824
• Publication Number:
  US 20150277397A1
• Time in Patent Office: Days
• US Class Current: 1/1
• CPC Class Codes: A23L 33/30 Dietetic or nutritional methods, e.g. for losing weight A23L33/10 takes precedence

Abstract

A semiconductor-transistor-based system and device that are designed to, but are not limited to: electronically performing electronic-semiconductor-transistor-based-device-assisted monitoring of user physiological aspect data of an electronic-semiconductor-transistor-based-device user involving in part orchestration of electronic-semiconductor-transistor-based voltage levels and performing electronic-semiconductor-transistor-based-device-assisted monitoring of user behavioral aspect data of the electronic-semiconductor-transistor-based-device user involving in part orchestration of electronic-semiconductor-transistor-based voltage levels. In addition to the foregoing, other method aspects are described in the claims, drawings, and text forming a part of the present disclosure.

Claims

1-174. -174. (canceled)

175. A system, comprising:

one or more electronically-operating-including-switching-transistor-voltage-levels-to-track-physiological-user-status-and-to-track-behavioral-user-status semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels to in part track physiological user status and to in part track behavioral user status;

one or more electronically-operating-including-switching-transistor-voltage-levels-to-store-food-related-guidance-information-from-information-providers semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels to in part store food related guidance information from one or more information providers; and

one or more electronically-operating-including-switching-transistor-voltage-levels-for-instructional-transference-to-food-provider-devices-associated-with-tracked-physiological-user-status-tracked-behavioral-user- status-and-stored-food-related-guidance-information-from-information-providers semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels for in part instructional transference to food provider devices associated with tracked physiological user status, tracked behavioral user status and stored food related guidance information from one or more information providers.

176. The system of claim 175, wherein the one or more electronically-operating-including-switching-transistor-voltage-levels-to-track-physiological-user-status-and-to-track-behavioral-user-status semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels to in part track physiological user status and to in part track behavioral user status comprises:

one or more electronically-tracking-of-physiological-and-behavioral-user-status-as-portable-transistor-involved-tracking semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels to in part track physiological user status and to in part track behavioral user status including electronically tracking of physiological and behavioral user status as at least in part portable-transistor-involved tracking.

183. The system of claim 176, wherein the one or more electronically-tracking-of-physiological-and-behavioral-user-status-as-portable-transistor-involved-tracking semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels to in part track physiological user status and to in part track behavioral user status including electronically tracking of physiological and behavioral user status as at least in part portable-transistor-involved tracking comprises:

one or more electronically-tracking-of-physiological-and-behavioral-user-status-as-eyewear-related-transistor-involved-tracking semiconductor-transistor-based modules configured to operate in accordance with electronically tracking of physiological and behavioral user status as at least in part portable-transistor-involved tracking including electronically tracking of physiological and behavioral user status as at least in part eyewear-related-transistor-involved tracking.

186. The system of claim 176, wherein the one or more electronically-tracking-of-physiological-and-behavioral-user-status-as-portable-transistor-involved-tracking semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels to in part track physiological user status and to in part track behavioral user status including electronically tracking of physiological and behavioral user status as at least in part portable-transistor-involved tracking comprises:

one or more electronically-tracking-of-physiological-and-behavioral-user-status-as-handheld-transistor-involved-tracking semiconductor-transistor-based modules configured to operate in accordance with electronically tracking of physiological and behavioral user status as at least in part portable-transistor-involved tracking including electronically tracking of physiological and behavioral user status as at least in part handheld-transistor-involved tracking.

207. The system of claim 175, wherein the one or more electronically-operating-including-switching-transistor-voltage-levels-to-track-physiological-user-status-and-to-track-behavioral-user-status semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels to in part track physiological user status and to in part track behavioral user status comprises:

one or more electronically-tracking-of-behavioral-user-status-as-transistor-involved-user-behavioral-life-status-tracking semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels to in part track physiological user status and to in part track behavioral user status including electronically tracking of behavioral user status as at least in part transistor-involved user behavioral life status tracking.

209. The system of claim 207, wherein the one or more electronically-tracking-of-behavioral-user-status-as-transistor-involved-user-behavioral-life-status-tracking semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels to in part track physiological user status and to in part track behavioral user status including electronically tracking of behavioral user status as at least in part transistor-involved user behavioral life status tracking comprises:

one or more electronically-tracking-of-behavioral-user-status-as-transistor-involved-user-behavioral-life-status-tracking-including-electronically-tracking-of-behavioral-user-status-as-transistor-involved-recreation- related-user-behavioral-life-status-tracking semiconductor-transistor-based modules configured to operate in accordance with electronically tracking of behavioral user status as at least in part transistor-involved user behavioral life status tracking including electronically tracking of behavioral user status as at least in part transistor-involved recreation related user behavioral life status tracking.

210. The system of claim 207, wherein the one or more electronically-tracking-of-behavioral-user-status-as-transistor-involved-user-behavioral-life-status-tracking semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels to in part track physiological user status and to in part track behavioral user status including electronically tracking of behavioral user status as at least in part transistor-involved user behavioral life status tracking comprises:

one or more electronically-tracking-of-behavioral-user-status-as-transistor-involved-user-behavioral-life-status-tracking-including-electronically-tracking-of-behavioral-user-status-as-transistor-involved-athletic- related-user-behavioral-life-status-tracking semiconductor-transistor-based modules configured to operate in accordance with electronically tracking of behavioral user status as at least in part transistor-involved user behavioral life status tracking including electronically tracking of behavioral user status as at least in part transistor-involved athletic related user behavioral life status tracking.

213. The system of claim 207, wherein the one or more electronically-tracking-of-behavioral-user-status-as-transistor-involved-user-behavioral-life-status-tracking semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels to in part track physiological user status and to in part track behavioral user status including electronically tracking of behavioral user status as at least in part transistor-involved user behavioral life status tracking comprises:

one or more electronically-tracking-of-behavioral-user-status-as-transistor-involved-domestic-related-user-behavioral-life-status-tracking semiconductor-transistor-based modules configured to operate in accordance with electronically tracking of behavioral user status as at least in part transistor-involved user behavioral life status tracking including electronically tracking of behavioral user status as at least in part transistor-involved domestic related user behavioral life status tracking.

214. The system of claim 175, wherein the one or more electronically-operating-including-switching-transistor-voltage-levels-to-track-physiological-user-status-and-to-track-behavioral-user-status semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels to in part track physiological user status and to in part track behavioral user status comprises:

one or more electronically-tracking-of-behavioral-user-status-as-transistor-involved-user-quantified-self-information-tracking semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels to in part track physiological user status and to in part track behavioral user status including electronically tracking of behavioral user status as at least in part transistor-involved user quantified-self information tracking.

215. The system of claim 214, wherein the one or more electronically-tracking-of-behavioral-user-status-as-transistor-involved-user-quantified-self-information-tracking semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels to in part track physiological user status and to in part track behavioral user status including electronically tracking of behavioral user status as at least in part transistor-involved user quantified-self information tracking comprises:

one or more electronically-tracking-of-behavioral-user-status-as-transistor-involved-user-quantified-self-status-tracking-semiconductor-transistor-based modules configured to operate in accordance with electronically tracking of behavioral user status as at least in part transistor-involved user quantified-self information tracking including electronically tracking of behavioral user status as at least in part transistor-involved user quantified-self status tracking.

216. The system of claim 215, wherein the one or more electronically-tracking-of-behavioral-user-status-as-transistor-involved-user-quantified-self-status-tracking-semiconductor-transistor-based modules configured to operate in accordance with electronically tracking of behavioral user status as at least in part transistor-involved user quantified-self information tracking including electronically tracking of behavioral user status as at least in part transistor-involved user quantified-self status tracking comprises:

one or more electronically-tracking-of-behavioral-user-status-as-transistor-involved-vocation-related-user-quantified-self-status-tracking semiconductor-transistor-based modules configured to operate in accordance with electronically tracking of behavioral user status as at least in part transistor-involved user quantified-self status tracking including electronically tracking of behavioral user status as at least in part transistor-involved vocation related user quantified-self status tracking.

218. The system of claim 215, wherein the one or more electronically-tracking-of-behavioral-user-status-as-transistor-involved-user-quantified-self-status-tracking-semiconductor-transistor-based modules configured to operate in accordance with electronically tracking of behavioral user status as at least in part transistor-involved user quantified-self information tracking including electronically tracking of behavioral user status as at least in part transistor-involved user quantified-self status tracking comprises:

one or more electronically-tracking-of-behavioral-user-status-as-transistor-involved-athletic-related-user-quantified-self-status-tracking semiconductor-transistor-based modules configured to operate in accordance with electronically tracking of behavioral user status as at least in part transistor-involved user quantified-self status tracking including electronically tracking of behavioral user status as at least in part transistor-involved athletic related user quantified-self status tracking.

219. The system of claim 215, wherein the one or more electronically-tracking-of-behavioral-user-status-as-transistor-involved-user-quantified-self-status-tracking-semiconductor-transistor-based modules configured to operate in accordance with electronically tracking of behavioral user status as at least in part transistor-involved user quantified-self information tracking including electronically tracking of behavioral user status as at least in part transistor-involved user quantified-self status tracking comprises:

one or more electronically-tracking-of-behavioral-user-status-as-transistor-involved-music-related-user-quantified-self-status-tracking semiconductor-transistor-based modules configured to operate in accordance with electronically tracking of behavioral user status as at least in part transistor-involved user quantified-self status tracking including electronically tracking of behavioral user status as at least in part transistor-involved music related user quantified-self status tracking.

220. The system of claim 215, wherein the one or more electronically-tracking-of-behavioral-user-status-as-transistor-involved-user-quantified-self-status-tracking-semiconductor-transistor-based modules configured to operate in accordance with electronically tracking of behavioral user status as at least in part transistor-involved user quantified-self information tracking including electronically tracking of behavioral user status as at least in part transistor-involved user quantified-self status tracking comprises:

one or more electronically-tracking-of-behavioral-user-status-as-transistor-involved-education-related-user-quantified-self-status-tracking semiconductor-transistor-based modules configured to operate in accordance with electronically tracking of behavioral user status as at least in part transistor-involved user quantified-self status tracking including electronically tracking of behavioral user status as at least in part transistor-involved education related user quantified-self status tracking.

223. The system of claim 214, wherein the one or more electronically-tracking-of-behavioral-user-status-as-transistor-involved-user-quantified-self-information-tracking semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels to in part track physiological user status and to in part track behavioral user status including electronically tracking of behavioral user status as at least in part transistor-involved user quantified-self information tracking comprises:

one or more electronically-tracking-of-behavioral-user-status-as-transistor-involved-social-network-collected-quantified-self-status-tracking semiconductor-transistor-based modules configured to operate in accordance with electronically tracking of behavioral user status as at least in part transistor-involved user quantified-self information tracking including electronically tracking of behavioral user status as at least in part transistor-involved social-network collected quantified-self status tracking.

224. The system of claim 175, wherein the one or more electronically-operating-including-switching-transistor-voltage-levels-to-track-physiological-user-status-and-to-track-behavioral-user-status semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels to in part track physiological user status and to in part track behavioral user status comprises:

one or more electronically-tracking-of-user-physiological-status-as-invasive-or-noninvasive-user-physiological-status semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels to in part track physiological user status and to in part track behavioral user status including electronically tracking of user physiological status as at least in part invasive or noninvasive user physiological status.

225. The system of claim 224, wherein the one or more electronically-tracking-of-user-physiological-status-as-invasive-or-noninvasive-user-physiological-status semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels to in part track physiological user status and to in part track behavioral user status including electronically tracking of user physiological status as at least in part invasive or noninvasive user physiological status comprises:

one or more electronically-tracking-of-user-physiological-status-as-user-physiological-status-involving-molecular-markers semiconductor-transistor-based modules configured to operate in accordance with electronically tracking of user physiological status as at least in part invasive or noninvasive user physiological status including electronically tracking of user physiological status as at least in part user physiological status involving molecular markers.

238. The system of claim 224, wherein the one or more electronically-tracking-of-user-physiological-status-as-invasive-or-noninvasive-user-physiological-status semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels to in part track physiological user status and to in part track behavioral user status including electronically tracking of user physiological status as at least in part invasive or noninvasive user physiological status comprises:

one or more electronically-tracking-of-user-physiological-status-as-user-physiological-status-involving-thermal-specifics-collection semiconductor-transistor-based modules configured to operate in accordance with electronically tracking of user physiological status as at least in part invasive or noninvasive user physiological status including electronically tracking of user physiological status as at least in part user physiological status involving thermal specifics collection.

265. The system of claim 175, wherein the one or more electronically-operating-including-switching-transistor-voltage-levels-to-store-food-related-guidance-information-from-information-providers semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels to in part store food related guidance information from one or more information providers comprises:

one or more electronically-storing-food-related-information-regarding-food-component-considerations-from-food-provider-devices semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels to in part store food related guidance information from one or more information providers including electronically storing food related information regarding food component considerations from one or more food provider devices.

272. The system of claim 265, wherein the one or more electronically-storing-food-related-information-regarding-food-component-considerations-from-food-provider-devices semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels to in part store food related guidance information from one or more information providers including electronically storing food related information regarding food component considerations from one or more food provider devices comprises:

one or more electronically-storing-food-related-information-including-information-involved-with-full-course-meals semiconductor-transistor-based modules configured to operate in accordance with electronically storing food related information regarding food component considerations from one or more food provider devices including electronically storing food related information including information involved with one or more full course meals.

274. The system of claim 265, wherein the one or more electronically-storing-food-related-information-regarding-food-component-considerations-from-food-provider-devices semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels to in part store food related guidance information from one or more information providers including electronically storing food related information regarding food component considerations from one or more food provider devices comprises:

one or more electronically-storing-food-related-information-including-information-regarding-beverages semiconductor-transistor-based modules configured to operate in accordance with electronically storing food related information regarding food component considerations from one or more food provider devices including electronically storing food related information including information regarding one or more beverages.

282. The system of claim 175, wherein the one or more electronically-operating-including-switching-transistor-voltage-levels-to-store-food-related-guidance-information-from-information-providers semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels to in part store food related guidance information from one or more information providers comprises:

one or more electronically-storing-food-related-recipe-information-regarding-electronically-involved-food-dispensing-considerations-from-food-recipe-information-services semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels to in part store food related guidance information from one or more information providers including electronically storing food related recipe information regarding electronically involved food dispensing considerations from one or more food recipe information services.

285. The system of claim 282, wherein the one or more electronically-storing-food-related-recipe-information-regarding-electronically-involved-food-dispensing-considerations-from-food-recipe-information-services semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels to in part store food related guidance information from one or more information providers including electronically storing food related recipe information regarding electronically involved food dispensing considerations from one or more food recipe information services comprises:

one or more electronically-storing-food-recipe-specifics-regarding-food-ingredient-packaging semiconductor-transistor-based modules configured to operate in accordance with electronically storing food related recipe information regarding electronically involved food dispensing considerations from one or more food recipe information services including electronically storing food recipe specifics regarding one or more food ingredient packaging.

286. The system of claim 282, wherein the one or more electronically-storing-food-related-recipe-information-regarding-electronically-involved-food-dispensing-considerations-from-food-recipe-information-services semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels to in part store food related guidance information from one or more information providers including electronically storing food related recipe information regarding electronically involved food dispensing considerations from one or more food recipe information services comprises:

one or more electronically-storing-food-recipe-specifics-regarding-food-ingredient-assembling-implementations semiconductor-transistor-based modules configured to operate in accordance with electronically storing food related recipe information regarding electronically involved food dispensing considerations from one or more food recipe information services including electronically storing food recipe specifics regarding one or more food ingredient assembling implementations.

299. The system of claim 175, wherein the one or more electronically-operating-including-switching-transistor-voltage-levels-to-store-food-related-guidance-information-from-information-providers semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels to in part store food related guidance information from one or more information providers comprises:

one or more electronically-storing-food-related-nutrition-information-regarding-food-nutrition-considerations-from-food-nutrition-information-services semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels to in part store food related guidance information from one or more information providers including electronically storing food related nutrition information regarding food nutrition considerations from one or more food nutrition information services.

303. The system of claim 299, wherein the one or more electronically-storing-food-related-nutrition-information-regarding-food-nutrition-considerations-from-food-nutrition-information-services semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels to in part store food related guidance information from one or more information providers including electronically storing food related nutrition information regarding food nutrition considerations from one or more food nutrition information services comprises:

one or more electronically-storing-food-nutrition-specifics-for-ingredient-quantities semiconductor-transistor-based modules configured to operate in accordance with electronically storing food related nutrition information regarding food nutrition considerations from one or more food nutrition information services including electronically storing food nutrition specifics for one or more ingredient quantities.

304. The system of claim 299, wherein the one or more electronically-storing-food-related-nutrition-information-regarding-food-nutrition-considerations-from-food-nutrition-information-services semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels to in part store food related guidance information from one or more information providers including electronically storing food related nutrition information regarding food nutrition considerations from one or more food nutrition information services comprises:

one or more electronically-storing-food-nutrition-specifics-for-ingredient-quality-considerations semiconductor-transistor-based modules configured to operate in accordance with electronically storing food related nutrition information regarding food nutrition considerations from one or more food nutrition information services including electronically storing food nutrition specifics for one or more ingredient quality considerations.

323. The system of claim 175, wherein the one or more electronically-operating-including-switching-transistor-voltage-levels-for-instructional-transference-to-food-provider-devices-associated-with-tracked-physiological-user-status-tracked-behavioral-user-status-and- stored-food-related-guidance-information-from-information-providers semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels for in part instructional transference to food provider devices associated with tracked physiological user status, tracked behavioral user status and stored food related guidance information from one or more information providers comprises:

one or more electronically-operating-for-food-provider-device-instructional-transference-to-food-provider-devices-regarding-food-providing-considerations semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels for in part instructional transference to food provider devices associated with tracked physiological user status, tracked behavioral user status and stored food related guidance information from one or more information providers including electronically operating for food provider device instructional transference to one or more food provider devices regarding at least in part one or more food providing considerations.

327. The system of claim 323, wherein the one or more electronically-operating-for-food-provider-device-instructional-transference-to-food-provider-devices-regarding-food-providing-considerations semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels for in part instructional transference to food provider devices associated with tracked physiological user status, tracked behavioral user status and stored food related guidance information from one or more information providers including electronically operating for food provider device instructional transference to one or more food provider devices regarding at least in part one or more food providing considerations comprises:

one or more electronically-operating-for-food-provider-device-instructional-transference-regarding-quantity-levels-for-food-providing-quality-levels semiconductor-transistor-based modules configured to operate in accordance with electronically operating for food provider device instructional transference to one or more food provider devices regarding at least in part one or more food providing considerations including electronically operating for food provider device instructional transference regarding one or more quantity levels for food providing quality levels.

328. The system of claim 323, wherein the one or more electronically-operating-for-food-provider-device-instructional-transference-to-food-provider-devices-regarding-food-providing-considerations semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels for in part instructional transference to food provider devices associated with tracked physiological user status, tracked behavioral user status and stored food related guidance information from one or more information providers including electronically operating for food provider device instructional transference to one or more food provider devices regarding at least in part one or more food providing considerations comprises:

one or more electronically-operating-for-food-provider-device-instructional-transference-regarding-food-providing-maintenance-thresholds semiconductor-transistor-based modules configured to operate in accordance with electronically operating for food provider device instructional transference to one or more food provider devices regarding at least in part one or more food providing considerations including electronically operating for food provider device instructional transference regarding one or more food providing maintenance thresholds.

329. The system of claim 323, wherein the one or more electronically-operating-for-food-provider-device-instructional-transference-to-food-provider-devices-regarding-food-providing-considerations semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels for in part instructional transference to food provider devices associated with tracked physiological user status, tracked behavioral user status and stored food related guidance information from one or more information providers including electronically operating for food provider device instructional transference to one or more food provider devices regarding at least in part one or more food providing considerations comprises:

one or more electronically-operating-for-food-provider-device-instructional-transference-regarding-restocking-considerations-to-be-implemented-in-conjunction-with-food-providing semiconductor-transistor-based modules configured to operate in accordance with electronically operating for food provider device instructional transference to one or more food provider devices regarding at least in part one or more food providing considerations including electronically operating for food provider device instructional transference regarding one or more restocking considerations to be implemented in conjunction with food providing.

330. The system of claim 175, wherein the one or more electronically-operating-including-switching-transistor-voltage-levels-for-instructional-transference-to-food-provider-devices-associated-with-tracked-physiological-user-status-tracked-behavioral-user-status-and- stored-food-related-guidance-information-from-information-providers semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels for in part instructional transference to food provider devices associated with tracked physiological user status, tracked behavioral user status and stored food related guidance information from one or more information providers comprises:

one or more electronically-operating-for-food-provider-device-instructional-transference-regarding-electronically-controlled-food-related-dispensing-implementations semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels for in part instructional transference to food provider devices associated with tracked physiological user status, tracked behavioral user status and stored food related guidance information from one or more information providers including electronically operating for food provider device instructional transference regarding one or more electronically controlled food related dispensing implementations.

334. The system of claim 330, wherein the one or more electronically-operating-for-food-provider-device-instructional-transference-regarding-electronically-controlled-food-related-dispensing-implementations semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels for in part instructional transference to food provider devices associated with tracked physiological user status, tracked behavioral user status and stored food related guidance information from one or more information providers including electronically operating for food provider device instructional transference regarding one or more electronically controlled food related dispensing implementations comprises:

one or more electronically-operating-for-food-provider-device-instructional-transference-regarding-electronically-controlled-food-related-assembling-implementations semiconductor-transistor-based modules configured to operate in accordance with electronically operating for food provider device instructional transference regarding one or more electronically controlled food related dispensing implementations including electronically operating for food provider device instructional transference regarding one or more electronically controlled food related assembling implementations.

335. The system of claim 330, wherein the one or more electronically-operating-for-food-provider-device-instructional-transference-regarding-electronically-controlled-food-related-dispensing-implementations semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels for in part instructional transference to food provider devices associated with tracked physiological user status, tracked behavioral user status and stored food related guidance information from one or more information providers including electronically operating for food provider device instructional transference regarding one or more electronically controlled food related dispensing implementations comprises:

one or more electronically-operating-for-food-provider-device-instructional-transference-regarding-electronically-controlled-food-related-manufacturing-implementations semiconductor-transistor-based modules configured to operate in accordance with electronically operating for food provider device instructional transference regarding one or more electronically controlled food related dispensing implementations including electronically operating for food provider device instructional transference regarding one or more electronically controlled food related manufacturing implementations.

336. The system of claim 330, wherein the one or more electronically-operating-for-food-provider-device-instructional-transference-regarding-electronically-controlled-food-related-dispensing-implementations semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels for in part instructional transference to food provider devices associated with tracked physiological user status, tracked behavioral user status and stored food related guidance information from one or more information providers including electronically operating for food provider device instructional transference regarding one or more electronically controlled food related dispensing implementations comprises:

one or more electronically-operating-for-food-provider-device-instructional-transference-regarding-electronically-controlled-item-delivery-implementations semiconductor-transistor-based modules configured to operate in accordance with electronically operating for food provider device instructional transference regarding one or more electronically controlled food related dispensing implementations including electronically operating for food provider device instructional transference regarding one or more electronically controlled item delivery implementations.

337. The system of claim 175, wherein the one or more electronically-operating-including-switching-transistor-voltage-levels-for-instructional-transference-to-food-provider-devices-associated-with-tracked-physiological-user-status-tracked-behavioral-user-status-and- stored-food-related-guidance-information-from-information-providers semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels for in part instructional transference to food provider devices associated with tracked physiological user status, tracked behavioral user status and stored food related guidance information from one or more information providers comprises:

one or more electronically-operating-for-food-provider-device-instructional-transference-regarding-food-related-categories semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels for in part instructional transference to food provider devices associated with tracked physiological user status, tracked behavioral user status and stored food related guidance information from one or more information providers including electronically operating for food provider device instructional transference regarding one or more food related categories.

339. The system of claim 337, wherein the one or more electronically-operating-for-food-provider-device-instructional-transference-regarding-food-related-categories semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels for in part instructional transference to food provider devices associated with tracked physiological user status, tracked behavioral user status and stored food related guidance information from one or more information providers including electronically operating for food provider device instructional transference regarding one or more food related categories comprises:

one or more electronically-operating-for-food-provider-device-instructional-transference-regarding-food-related-proteins semiconductor-transistor-based modules configured to operate in accordance with electronically operating for food provider device instructional transference regarding one or more food related categories including electronically operating for food provider device instructional transference regarding one or more food related proteins.

341. The system of claim 337, wherein the one or more electronically-operating-for-food-provider-device-instructional-transference-regarding-food-related-categories semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels for in part instructional transference to food provider devices associated with tracked physiological user status, tracked behavioral user status and stored food related guidance information from one or more information providers including electronically operating for food provider device instructional transference regarding one or more food related categories comprises:

one or more electronically-operating-for-food-provider-device-instructional-transference-regarding-food-related-micronutrients semiconductor-transistor-based modules configured to operate in accordance with electronically operating for food provider device instructional transference regarding one or more food related categories including electronically operating for food provider device instructional transference regarding one or more food related micronutrients.

343. The system of claim 337, wherein the one or more electronically-operating-for-food-provider-device-instructional-transference-regarding-food-related-categories semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels for in part instructional transference to food provider devices associated with tracked physiological user status, tracked behavioral user status and stored food related guidance information from one or more information providers including electronically operating for food provider device instructional transference regarding one or more food related categories comprises:

one or more electronically-operating-for-food-provider-device-instructional-transference-regarding-food-related-snack-categories semiconductor-transistor-based modules configured to operate in accordance with electronically operating for food provider device instructional transference regarding one or more food related categories including electronically operating for food provider device instructional transference regarding one or more food related snack categories.

345. The system of claim 337, wherein the one or more electronically-operating-for-food-provider-device-instructional-transference-regarding-food-related-categories semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels for in part instructional transference to food provider devices associated with tracked physiological user status, tracked behavioral user status and stored food related guidance information from one or more information providers including electronically operating for food provider device instructional transference regarding one or more food related categories comprises:

one or more electronically-operating-for-food-provider-device-instructional-transference-regarding-food-related-nutritional-supplement-components semiconductor-transistor-based modules configured to operate in accordance with electronically operating for food provider device instructional transference regarding one or more food related categories including electronically operating for food provider device instructional transference regarding one or more food related nutritional supplement components.

346. The system of claim 337, wherein the one or more electronically-operating-for-food-provider-device-instructional-transference-regarding-food-related-categories semiconductor-transistor-based modules configured to operate in accordance with electronically operating including switching transistor voltage levels for in part instructional transference to food provider devices associated with tracked physiological user status, tracked behavioral user status and stored food related guidance information from one or more information providers including electronically operating for food provider device instructional transference regarding one or more food related categories comprises:

one or more electronically-operating-for-food-provider-device-instructional-transference-regarding-food-related-beverage-components semiconductor-transistor-based modules configured to operate in accordance with electronically operating for food provider device instructional transference regarding one or more food related categories including electronically operating for food provider device instructional transference regarding one or more food related beverage components.

177-182. -182. (canceled)

184-185. -185. (canceled)

187-206. -206. (canceled)

208. (canceled)

211-212. -212. (canceled)

217. (canceled)

221-222. -222. (canceled)

226-237. -237. (canceled)

239-264. -264. (canceled)

266-271. -271. (canceled)

273. (canceled)

275-281. -281. (canceled)

283-284. -284. (canceled)

287-298. -298. (canceled)

300-302. -302. (canceled)

305-322. -322. (canceled)

324-326. -326. (canceled)

331-333. -333. (canceled)

338. (canceled)

340. (canceled)

342. (canceled)

344. (canceled)

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

one or more electronically-operating-including-switching-transistor-voltage-levels-to-track-physiological-user-status-and-to-track-behavioral-user-status semiconductor-transistor-based electrical circuitry arrangements operable for electronically operating including switching transistor voltage levels to in part track physiological user status and to in part track behavioral user status;

one or more electronically-operating-including-switching-transistor-voltage-levels-to-store-food-related-guidance-information-from-information-providers semiconductor-transistor-based electrical circuitry arrangements operable for electronically operating including switching transistor voltage levels to in part store food related guidance information from one or more information providers; and

one or more electronically-operating-including-switching-transistor-voltage-levels-for-instructional-transference-to-food-provider-devices-associated-with-tracked-physiological-user-status-tracked-behavioral-user- status-and-stored-food-related-guidance-information-from-information-providers semiconductor-transistor-based electrical circuitry arrangements operable for electronically operating including switching transistor voltage levels for in part instructional transference to food provider devices associated with tracked physiological user status, tracked behavioral user status and stored food related guidance information from one or more information providers.

348. A system comprising:

one or more semiconductor-transistor-based computing devices; and

one or more instructions when executed on the one or more semiconductor-transistor-based computing devices cause the one or more semiconductor-transistor-based computing devices to perform

electronically operating including switching transistor voltage levels to in part track physiological user status and to in part track behavioral user status;

electronically operating including switching transistor voltage levels to in part store food related guidance information from one or more information providers; and

electronically operating including switching transistor voltage levels for in part instructional transference to food provider devices associated with tracked physiological user status, tracked behavioral user status and stored food related guidance information from one or more information providers.