System for the wireless transmission of energy and/or signals, the conversion of energy and/or signals into other forms of energy and/or forms of signal, and the application and detection of same in peripheral regions of said system

A system for the wireless transmission of energy and/or signals between physically separate regions without electrically conductive connections, the conversion of the energy and/or signals into other energy forms and/or signal forms and the application and/or detection thereof in at least one peripheral region of the system, wherein the system comprises

• at least one first transducer element by which magnetic alternating fields and/or magnetic signal forms are generable and/or detectable, the first transducer element being arranged in a first region, and
• (a) at least one second transducer element that allows reciprocal, unidirectional or bidirectional conversion of energy of the magnetic alternating fields and/or of the magnetic signal forms into electrical energy and/or electrical signal forms, as well as at least one third transducer element that allows reciprocal, unidirectional or bidirectional conversion of the electrical energy and/or electrical signal forms into mechanical energy, the second transducer element and the third transducer element being arranged in a further region adjacent to the first region,
• or
• (b) at least one second transducer element by which the energy of the magnetic alternating fields generated by the first transducer element is convertible into thermal energy by hysteretic heating and/or eddy currents and/or by Joule heating of the second transducer element, as well as a thermal conductor element that forwards the thermal energy to a location of application, the second transducer element and the thermal conductor element being arranged in a further region adjacent to the first region,
• or
• (c) at least one second transducer element that allows reciprocal, unidirectional or bidirectional conversion of energy of the magnetic alternating fields and/or of the magnetic signal forms into electrical energy and/or electrical signal forms and/or thermal energy, as well as at least one fourth transducer element that is electrically and/or thermally conductively connected to the second transducer element and allows reciprocal, unidirectional or bidirectional conversion of the electrical energy and/or electrical signal forms and/or thermal energy into further energy forms, at least partially, and/or forwards these energy forms, the second transducer element and the fourth transducer element being arranged in a further region adjacent to the first region.