This invention relates to a food assessment device. The food assessment device includes a turntable plate for accommodating a food item. The food assessment device further includes a lid enclosing the turntable plate. Further, surface of the lid includes at least one Artificial Intelligence (AI) enabled camera to capture one of video data, or image data of the food item for identifying the food item, a set of Near Infrared (NIRED) sensors for determining chemical composition of the food item, at least one Light Detecting and Ranging (LIDAR) sensor for determining volume of the food item. It should be noted that each of the at least one AI enabled camera, the set of NIRED sensors, and the at least one LIDAR sensor faces towards the food item and scans the food item until the turntable plate completes a rotation.

This invention relates to a food assessment device. The food assessment device includes a turntable plate for accommodating a food item. The food assessment device further includes a lid enclosing the turntable plate. Further, surface of the lid includes at least one Artificial Intelligence (AI) enabled camera to capture one of video data, or image data of the food item for identifying the food item, a set of Near Infrared (NIRED) sensors for determining chemical composition of the food item, at least one Light Detecting and Ranging (LIDAR) sensor for determining volume of the food item. It should be noted that each of the at least one AI enabled camera, the set of NIRED sensors, and the at least one LIDAR sensor faces towards the food item and scans the food item until the turntable plate completes a rotation.

An electronic fork for measuring eating rhythms comprising a conductive fork (F) head with its shoulder and its truncated handle interacting with an electronic card (20) characterized in that on the conductive fork (F) between the neck of the fork (F) and its shoulder is overmolded an insulator (11), on the insulated fork (F) and shoulder assembly is then overmolded an oblong hollow conductive handle (12), the assembly forms an oblong tool (O) inside of which is plugged an electronic key (30) made by assembling an insulated shell (32) around an electronic card (20), the electronic card (20) comprises two contact tracks (P1, P2) between which a capacitive sensor detects the closing of the circuit between the contact tracks (P1, P2), two contact blades (31a, 31b) are housed in the shell (32) in contact at one end with the contact tracks (P1, P2) and exiting the shell (32) to be housed in the position in which the key is plugged into the tool, first against the truncated body of the fork (F) and second against the conductive handle (12).

A multi-purpose child support assembly is provided and includes a frame assembly, a support component and a weighting module. The frame assembly includes a lower frame and an upper frame movable relative to the lower frame. The support component is mounted to the upper frame. The support component defines a supporting area for supporting a child placed on the support component. The weighting module is disposed on the frame assembly between the lower frame and the upper frame. Besides, a related child support assembly is also provided.

A multi-purpose child support assembly is provided and includes a frame assembly, a support component and a weighting module. The frame assembly includes a lower frame and an upper frame movable relative to the lower frame. The support component is mounted to the upper frame. The support component defines a supporting area for supporting a child placed on the support component. The weighting module is disposed on the frame assembly between the lower frame and the upper frame. Besides, a related child support assembly is also provided.

An active foodware system senses food characteristics, such as weight, calories, and other nutrition. Dining dishes are removably mated with dish holders supported by a mechanical structure having visual stimulating, sensing, and wireless communication components. A visual stimulating component emits light from a dining dish. The mechanical structure protects the components and circuitry from liquid. The system may include a camera. Other components may provide data processing, auditory and haptic stimuli, wireless power, temperature sensing, and heating of food. Data related to the food is displayed on a visual stimulating component of a computer or mobile communication device, such as a mobile phone or tablet computer. The data may also be sent to the internet. Computer software displays nutrition information on the visual stimulating component, which may be displayed before, during, and/or after dining. Computer software may also provide visual and auditory encouragement for children to eat.

An active foodware system senses food characteristics, such as weight, calories, and other nutrition. Dining dishes are removably mated with dish holders supported by a mechanical structure having visual stimulating, sensing, and wireless communication components. A visual stimulating component emits light from a dining dish. The mechanical structure protects the components and circuitry from liquid. The system may include a camera. Other components may provide data processing, auditory and haptic stimuli, wireless power, temperature sensing, and heating of food. Data related to the food is displayed on a visual stimulating component of a computer or mobile communication device, such as a mobile phone or tablet computer. The data may also be sent to the internet. Computer software displays nutrition information on the visual stimulating component, which may be displayed before, during, and/or after dining. Computer software may also provide visual and auditory encouragement for children to eat.

The present disclosure describes various embodiments directed at a weighing device with a power supply method for components within the weigh platter. It solves the issue of traditional electrical supply methods interfering with weight measurements by embedding an energy storage assembly within the weigh platter. This assembly supplies power to embedded subsystems when needed and recharges when possible, ensuring efficient power supply without disturbing the weighing process. The power transfer can be selectively controlled based on the weight detected or the reader's operational state. The device can be used in various configurations, extending beyond scales with data capture assemblies.

The present disclosure describes various embodiments directed at a weighing device with a power supply method for components within the weigh platter. It solves the issue of traditional electrical supply methods interfering with weight measurements by embedding an energy storage assembly within the weigh platter. This assembly supplies power to embedded subsystems when needed and recharges when possible, ensuring efficient power supply without disturbing the weighing process. The power transfer can be selectively controlled based on the weight detected or the reader's operational state. The device can be used in various configurations, extending beyond scales with data capture assemblies.

A multi-purpose child support assembly is provided. The multi-purpose child support assembly includes a frame assembly, a support component and a weighting module. The frame assembly includes a recessed portion and a mounting portion. The recessed portion is configured to receive a portion of a tube of a play yard, and the mounting portion is configured to engage with the portion of the tube of the play yard received in the recessed portion. The support component is mounted to the frame assembly. The support component defines a supporting area for supporting a child placed on the support component. The weighting module is disposed on the frame assembly. Besides, a related child support assembly is also provided.