Abstract: Circuit assembly (1, 1a), uninterrupted power supply unit (1a) with converter part (2) and converter unit (20), central control unit (21) and input for current to be converted and output for converted current and circuit part (3, 4) connected upstream of input of converter part or connected downstream of output of converter part, external control unit (12) connectable to circuit assembly and central control unit (21) configured to receive control instructions from external control unit (12). Circuit assembly can be disconnected from the power supply network rapidly and without repercussions on the network. Every circuit part (3, 4) comprises a decentralized control unit (31, 41), connected to central control unit (21) via communication bus (13), receiving control instructions from central control unit (21). External control unit (12) is connected to communication bus (13) and decentralized control unit (31, 41) is configured to receive control instructions from external control unit (12).

Abstract: Systems and methods for producing a baked product that have the appearance, texture and/or flavor of fried foods are disclosed. In one embodiment, a method for producing a baked product that imparts fried food properties includes at least partially coating a food product with an oil product, combining a breading composition with the food product, applying water to the food product, and baking the food product. Aspects of the disclosure are particularly directed to a method of baking food products by providing a bread composition and process that imparts a deep fried texture and flavor without having to deep fat fry the food product, thereby reducing the fat content of the final food product and avoiding the need to use a fryer.

Abstract: Circuit assembly (1,1a), uninterrupted power supply unit (1a) with converter part (2) and converter unit (20), central control unit (21) and input for current to be converted and output for converted current and circuit part (3, 4) connected upstream of input of converter part or connected downstream of output of converter part, external control unit (12) connectible to circuit assembly and central control unit (21) configured to receive control instructions from external control unit (12). Circuit assembly can be disconnected from the power supply network rapidly and without repercussions on the network. Every circuit part (3, 4) comprises a decentralized control unit (31, 41), connected to central control unit (21) via communication bus (13), receiving control instructions from central control unit (21). External control unit (12) is connected to communication bus (13) and decentralized control unit (31, 41) is configured to receive control instructions from external control unit (12).