Operating system for a machine of the food industry

Eyeglasses for a user of an operating system, wherein the operating system is for a machine in a beverage industry, wherein the machine is at least one of a beverage processing machine or a container treatment machine, wherein the eyeglasses comprise:

• a display system adapted to display a first control element and information of a human machine interface (HMI) for controlling settings or operations of the machine in the beverage industry or at least one component of the machine;
• a transceiver for exchanging data between the eyeglasses and the machine;
• at least one input module adapted to receive user input from the user with respect to the first control element, wherein the at least one input module comprises a microphone for inputting speech information;
• and
• a processing module adapted to:
• convert the received user input into one or more first input signals and one or more second input signals;
• cause the one or more first input signals to be to be transmitted via the transceiver to the machine to control the settings or the operations of the machine or the at least one component of the machine;
• and
• cause the one or more second input signals to control the HMI displayed on the display system of the eyeglasses, wherein the processing module comprises a speech recognition module adapted to convert the inputted speech information into:
• a first input signal to be transmitted via the transceiver to the machine to control the settings or the operations of the machine in the beverage industry or the at least one component of the machine;
• and
• a second input signal to navigate a menu of the HMI displayed on the display system of the eyeglasses.

A processing module of eyeglasses for a user of an operating system, wherein the operating system is for a machine in a beverage industry, wherein the machine is at least one of a beverage processing machine or a container treatment machine, and wherein the processing module comprises:

• a speech recognition module to convert speech information received via a microphone of the eyeglasses into a first input signal to be transmitted via a transceiver of the eyeglasses to the machine to control settings or operations of the machine in the beverage industry or at least one component of the machine and to convert the speech information into a second input signal to control a menu of a human machine interface (HMI) displayed on a display system of the eyeglasses, wherein the speech information is received with respect to a first control element and information of the HMI displayed via the display system of the eyeglasses, the HMI being for controlling the settings or the operations of the machine in the beverage industry or the at least one component of the machine, wherein the processing module is adapted to:
• cause one or more first input signals to be transmitted via the transceiver to the machine for controlling the settings or the operations of the machine in the beverage industry or the at least one component of the machine:
• and cause one or more second input signals to control the HMI displayed on the display system of the eyeglasses.