.~ Having conductor of particular shape (e.g., tapered longitudinally or of noncircular cross section)
DEFINITION
Classification: 336/223
(under subclass 222) Subject matter wherein the coil is formed of a conductor having cross-sectional dimensions of different values along the length of the conductor and/or wherein the cross-sectional configuration of the conductor is other than circular.
SEE OR SEARCH THIS CLASS, SUBCLASS:
61, for coils formed of conductors having heat exchanging surfaces incorporated therein.
62, for coils formed of conductors which are hollow to permit the flow of cooling fluid therethrough.
82, for coil structure which forms the casing for the inductor device.
195, for coils formed of grooved or hollow conductors and wherein another coil conductor is supported within the grooved or hollow portion. SEE OR SEARCH CLASS
174, Electricity: Conductors and Insulators, appropriate subclasses for the structure of electric cables and conductors, per se, particularly
114, for insulated multi-conductor cables with split conductors, subclass 115 wherein the conductors are of different size, shape, insulation or other characteristic, subclass 117 for conductor assemblies of noncircular section, subclasses 126.1+ for conductor structure, per se, especially subclass 133 for conductor strands of noncircular cross section.
219, Electric Heating,
600+, for inductive heating, subclasses 678+ for microwave heating, and subclasses 764+ for capacitive dielectric heating.
315, Electric Lamp and Discharge Devices: Systems,
4+, for cathode- ray tubes having structurally combined inductive impedance or resonator means of particular shape, and subclass 40 for space discharge devices having electrodes of particular shape formed as an inductive impedance.
332, Modulators, particularly
133, for frequency modulators utilizing inductive or resonator elements of particular shape (e.g., Klystron).
333, Wave Transmission Lines and Networks, appropriate subclasses for wave transmission elements having inductive elements of particular shape, particularly
13, for resonator type breakdown discharge systems, subclass 34 for impedance matching coupling networks utilizing tapered conductors, and subclasses 219+ for resonators of the distributed parameter type.
