COMPUTER-IMPLEMENTED TECHNIQUES FOR REMOTELY INTERACTING WITH PERFORMANCE OF FOOD QUALITY, FOOD SAFETY, AND WORKPLACE SAFETY TASKS

摘要

Techniques for remotely interacting with physical performance of a task relating to at least one of food safety, food quality, and workplace safety are provided. A first user physically performs the task at a first location utilizes a head wearable device. A computing system is utilized by an operator to remotely interact with physical performance of the task from a remote second location. Audio and first-person visual data captured by the device are transmitted to the computing system during physical performance of the task. Audio data and visual captured by the computing system during remote interaction of the task are transmitted via the network to the head wearable device.

主权项

1. A computing system for remotely interacting with physical performance of a task relating to at least one of food quality, food safety, and workplace safety, with the computing system being in communication with a head wearable device via a network and with the head wearable device being utilized by a first user at a first location and comprising a first digital display, a first camera, a first microphone, a first speaker, and a first processor and with the computing system being utilized by an operator at a second location remote from the first location and with the computing system comprising a second digital display, a second camera, a second microphone, a second speaker, and a second processor, and wherein said computing system is configured to:
transmit audio data captured by the second microphone of the computing system to a first speaker of the head wearable device via the network to allow the operator to remotely interact with physical performance of the task from the second location using the audio data; transmit visual data captured by the second camera of the computing system to the first digital display of the head wearable device via the network to allow the operator to remotely interact with physical performance of the task from the second location using the visual data; receive with the second speaker of the computing system audio data captured by a first microphone of the head wearable device and transmitted via the network during remote interaction with physical performance of the task being conducted by the first user; and receive with the second digital display of the computing system visual data captured from a first-person perspective of the first user by the first camera of the head wearable device and transmitted via the network during remote interaction of physical performance of the task being conducted by the first user.