Abstract: Disclosed are methods, systems, and non-transitory computer-readable media for displaying relevant data based on facial recognition. The method may include displaying a graphic user interface (GUI) on a display of a user device for a face recognition search process, and determining whether a facial recognition user input has been received. In response to determining the facial recognition user input has been received, a request message may be generated, the request message include an image, and the request message may be transmitted to a facial recognition service. A response may be received from the facial recognition service, and the GUI may be updated to display one or more information cards based on the received response, the one or more information cards being associated with the image.

Abstract: Disclosed are methods, systems, and non-transitory computer-readable media for displaying relevant data based on facial recognition. The method may include displaying a graphic user interface (GUI) on a display of a user device for a face recognition search process, and determining whether a facial recognition user input has been received. In response to determining the facial recognition user input has been received, a request message may be generated, the request message include an image, and the request message may be transmitted to a facial recognition service. A response may be received from the facial recognition service, and the GUI may be updated to display one or more information cards based on the received response, the one or more information cards being associated with the image.

Abstract: A power distribution unit (PDU) inrush current monitor (PICM) may be used to protect an uninterruptible power supply (UPS) from an inrush current from a PDU. In general, the PICM senses a power condition of the PDU (e.g., energized or de-energized) and places the UPS in the appropriate operational state or mode (e.g., a stop mode or a run mode) to avoid an inrush current to the UPS when the PDU is powered on and energized. The PICM thus protects the UPS while allowing the UPS to operate when needed. In one embodiment, the PICM provides a stop signal to the UPS to place the UPS into a stop mode while the PDU is de-energized and provides a run signal to the UPS to place the UPS into a run mode after the PDU is energized.

Abstract: A power distribution unit (PDU) inrush current monitor (PICM) may be used to protect an uninterruptible power supply (UPS) from an inrush current from a PDU. In general, the PICM senses a power condition of the PDU (e.g., energized or de-energized) and places the UPS in the appropriate operational state or mode (e.g., a stop mode or a run mode) to avoid an inrush current to the UPS when the PDU is powered on and energized. The PICM thus protects the UPS while allowing the UPS to operate when needed. In one embodiment, the PICM provides a stop signal to the UPS to place the UPS into a stop mode while the PDU is de-energized and provides a run signal to the UPS to place the UPS into a run mode after the PDU is energized.

Abstract: A process for the production of a uniformly blended textured vegetable protein food product including a mixture of dehydrated food granules containing specifically sized granules of a flavored textured soy protein. The dehydrated food particles including the flavored textured soy granules are mixed in a blender so as to blend the particles together into a uniform mixture. Dehydrated onion flakes of a specific size are then added and finally mixed with the previously blended food particles so as to blend all the particles together whereby oils from certain flavored soy granules (i.e. bacon) are coated on and absorbed by the onion flakes and other dehydrated vegetables and additives.