Device for detecting metallically conductive parts
By using sensor units and digital evaluation circuits in non-conductive transport flows to detect magnetic field changes, generate recognition signals and connect the individual circuit components via a bus system, the fault finding and poor flexibility of existing devices when detecting metallic conductive parts is solved. problems, achieving more efficient identification and adjustment capabilities.
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[0023] exist figure 1 and 2 The device shown schematically in includes two parts, OT and UT, one of which is designed as a U-shape and the other as a flat support. These two parts enclose a conveyor belt B which transports the objects to be inspected for unwanted metal parts therein through the device in the direction of the arrow shown. Transmitting coil S1 is arranged in component OT. Furthermore, a generator G for supplying the transmitter coil with alternating current and an electrical circuit A for deriving an identification signal for the metallic conductive parts contained in the conveyed goods are also arranged in the component OT. Two receiver coils S2 and S3 are arranged offset in the transport direction in the support UT. The embodiment and the arrangement of the coils are adapted to the application in a known manner, as is the form of the housing and the shape and form of the through-openings. Its interface leads to circuit assembly A in part OT via contacts, ...
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