Devices, Systems, and Methods, including Augmented Reality (AR) Eyewear, for Estimating Food Consumption and Providing Nutritional Coaching
A device, system, or method for estimating a person’s food consumption comprises two types of wearable sensors. A first type of sensor collects data to detect when the person consumes food. A second type of sensor is activated when data from the first type of sensor indicates that the person is consuming food. Data from these sensors are analyzed to estimate the types and amounts of food consumed by the person. This device, system, or method then provides feedback and/or coaching to the person to improve their eating habits.
1 . A device or system for estimating food consumption comprising:
a first wearable sensor which is configured to be worn by a person, wherein a first set of data is recorded by the first sensor, and wherein the first set of data is analyzed to detect when the person is consuming food;
a second wearable sensor which is configured to be worn by the person, wherein a second set of data is recorded by the second sensor, wherein the first set of data and the second set of data are jointly analyzed to estimate the types and amounts of food consumed by the person, and wherein (a) the second sensor is triggered to start recording the second set of data when analysis of the first set of data indicates that the person is consuming food or (b) wherein the second sensor is triggered to increase the amount, level, or scope of data in the second set of data when analysis of the first set of data indicates that the person is consuming food;
a data processor, wherein the first set of data and the second set of data are analyzed by the data processor; and
a feedback mechanism which provides feedback to the person based on the types and amounts of food consumed by the person.
2 . The device or system in claim 1 : wherein the first wearable sensor is a microphone which is part of, or attached to, an ear-worn device; wherein the second wearable sensor is a camera which is part of, or attached to, the ear-worn device; and wherein the feedback mechanism communicates information concerning the types and amounts of food to the person via the ear-worn device.
3 . The device or system in claim 1 : wherein the first wearable sensor is a microphone which is part of, or attached to, eyewear; wherein the second wearable sensor is a camera which is part of, or attached to, the eyewear; and wherein the feedback mechanism communicates information concerning the types and amounts of food to the person via the eyewear.
4 . The device or system in claim 1 : wherein the first wearable sensor is a microphone which is part of, or attached to, eyewear; wherein the second wearable sensor is a camera which is part of, or attached to, the eyewear; and wherein the feedback mechanism changes the appearance of food in the person’s field of vision via eyewear to change the person’s food consumption behavior.
5 . The device or system in claim 1 : wherein the first wearable sensor is a motion which is part of, or attached to, a wrist-worn device; wherein the second wearable sensor is a camera which is part of, or attached to, the wrist-worn device; and wherein the feedback mechanism makes recommendations concerning food consumption to the person via the wrist-worn device.
6 . The device or system in claim 1 : wherein the first wearable sensor is a motion which is part of, or attached to, a wrist-worn device; wherein the second wearable sensor is a camera which is part of, or attached to, the wrist-worn device; and wherein the feedback mechanism communicates information concerning the types and amounts of food to the person via the wrist-worn device.
7 . The device or system in claim 1 : wherein the first wearable sensor is a reflective optical which is part of, or attached to, an ear-worn device; wherein the second wearable sensor is a camera which is part of, or attached to, the ear-worn device; and wherein the feedback mechanism makes recommendations concerning food consumption to the person via the ear-worn device.
8 . The device or system in claim 1 : wherein the first wearable sensor is a reflective optical which is part of, or attached to, an ear-worn device; wherein the second wearable sensor is a camera which is part of, or attached to, the ear-worn device; and wherein the feedback mechanism communicates information concerning the types and amounts of food to the person via the ear-worn device.
9 . The device or system in claim 1 : wherein the first wearable sensor is a reflective optical which is part of, or attached to, eyewear; wherein the second wearable sensor is a camera which is part of, or attached to, the eyewear; and wherein the feedback mechanism communicates information concerning the types and amounts of food to the person via the eyewear.
10 . The device or system in claim 1 : wherein the first wearable sensor is a reflective optical which is part of, or attached to, eyewear; wherein the second wearable sensor is a camera which is part of, or attached to, the eyewear; and wherein the feedback mechanism changes the appearance of food in the person’s field of vision via eyewear to change the person’s food consumption behavior.
11 . The device or system in claim 1 : wherein the first wearable sensor is a microphone which is part of, or attached to, an ear-worn device; wherein the second wearable sensor is a camera which is part of, or attached to, the ear-worn device; and wherein the feedback mechanism makes recommendations concerning food consumption to the person via the ear-worn device.
12 . The device or system in claim 1 : wherein the first wearable sensor is a microphone which is part of, or attached to, an ear-worn device; wherein the second wearable sensor is a camera which is part of, or attached to, the ear-worn device; and wherein the feedback mechanism makes recommendations concerning food consumption to the person via a phone.
13 . The device or system in claim 1 : wherein the first wearable sensor is a microphone which is part of, or attached to, an ear-worn device; wherein the second wearable sensor is a camera which is part of, or attached to, the ear-worn device; and wherein the feedback mechanism communicates information concerning the types and amounts of food to the person via a phone.
14 . The device or system in claim 1 : wherein the first wearable sensor is a microphone which is part of, or attached to, eyewear; wherein the second wearable sensor is a camera which is part of, or attached to, the eyewear; and wherein the feedback mechanism makes recommendations concerning food consumption to the person via the eyewear.
15 . The device or system in claim 1 : wherein the first wearable sensor is a motion which is part of, or attached to, a finger-worn device; wherein the second wearable sensor is a camera which is part of, or attached to, the finger-worn device; and wherein the feedback mechanism makes recommendations concerning food consumption to the person via a phone.
16 . The device or system in claim 1 : wherein the first wearable sensor is a motion which is part of, or attached to, a finger-worn device; wherein the second wearable sensor is a camera which is part of, or attached to, the finger-worn device; and wherein the feedback mechanism communicates information concerning the types and amounts of food to the person via a phone.
17 . The device or system in claim 1 : wherein the first wearable sensor is a motion which is part of, or attached to, a wrist-worn device; wherein the second wearable sensor is a camera which is part of, or attached to, the wrist-worn device; and wherein the feedback mechanism communicates information concerning the types and amounts of food to the person via a phone.
18 . The device or system in claim 1 : wherein the first wearable sensor is a optical which is part of, or attached to, an ear-worn device; wherein the second wearable sensor is a camera which is part of, or attached to, the ear-worn device; and wherein the feedback mechanism makes recommendations concerning food consumption to the person via the ear-worn device.
19 . The device or system in claim 1 : wherein the first wearable sensor is a reflective optical which is part of, or attached to, eyewear; wherein the second wearable sensor is a camera which is part of, or attached to, the eyewear; and wherein the feedback mechanism makes recommendations concerning food consumption to the person via the eyewear.
20 . The device or system in claim 1 : wherein the first wearable sensor is a optical which is part of, or attached to, an ear-worn device; wherein the second wearable sensor is a camera which is part of, or attached to, the ear-worn device; and wherein the feedback mechanism communicates information concerning the types and amounts of food to the person via the ear-worn device.