Holding device for toroidal cores provided with windings

Claim 2

A toroidal core system wherein a toroidal core provided with a winding is held in fixed position to a planar carrier surface member without use of a housing surrounding the core and winding, comprising: a toroidal core with a winding thereon and a central aperture; a planar carrier surface member; a holding device in the form of a circular carrier plate in abutment with and mounted with system mounting hardware to the planar carrier surface member and which is not part of a housing laterally surrounding the core or covering a top of the core opposite the carrier plate, the carrier plate having a diameter at least as large as an outside diameter of the wound toroidal core so as to protect the winding on the core and for support of the core without use of a housing, a substantially circular centering arbor of one piece construction with the carrier plate extending from the carrier plate and into an inside of the central aperture but not in contact with the core, and the holding device having a central aperture means for receiving said system mounting hardware therethrough for rigidly fastening the holding device to the planar carrier surface member; the core being centered on the centering arbor and spaced from the carrier plate such that no part of the core and winding touches any part of the holding device; and a casting compound between the core and centering arbor in the central aperture and between the core and the carrier plate attaching and supporting the core to the holding device, whereby the toroidal core is mounted without damage to its winding and is also protected from the surrounding environment.

Claim 3

A toroidal core system wherein a toroidal core provided with a winding is held in fixed position to a planar carrier surface member without use of a housing surrounding the core and winding, comprising: a toroidal core with a winding thereon and a central aperture; a planar carrier surface member a holding device in the form of a circular carrier plate in abutment with and mounted with system mounting hardware to the planar carrier surface member and which is not part of a housing laterally surrounding the core or covering a top of the core opposite the carrier plate, the carrier plate having a diameter at least as large as an outside diameter of the wound toroidal core so as to protect the winding on the core and for support of the core without use of a housing, a substantially circular centering arbor of one piece construction with the carrier plate extending from the carrier plate and into an inside of the central aperture but not in contact with the core, and the holding device having a central aperture means for receiving said system mounting hardware therethrough for rididly fastening the holding device to the planar carrier surface member; the core being centered on the centering arbor and spaced from the carrier plate such that no part of the core and winding touches any part of the holding device; and a casting compound between the core and centering arbor in the central aperture and between the core and the carrier plate attaching and supporting the core to the holding device, and an elastic material ring between the core and the carrier plate supporting the core, whereby the toroidal core is mounted without damage to its winding and is also protected from the surrounding environment.

Claim 4

A toroidal core system wherein a toroidal core provided with a winding is held in fixed position to a planar carrier surface member without use of a housing surrounding the core and winding, comprising: a toroidal core with a winding thereon and a central aperture; a planar carrier surface member a holding device in the form of a circular carrier plate in abutment with and mounted with system mounting hardware to the planar carrier surface member and which is not part of a housing laterally surrounding the core or covering a top of the core opposite the carrier plate, the carrier plate having a diameter at least as large as an outside diameter of the wound toroidal core so as to protect the winding on the core and for support of the core without use of a housing, a substantially circular centering arbor of one piece construction with the carrier plate extending from the carrier plate and into an inside of the central aperture but not in contact with the core, and the holding device having a central aperture means for receiving said system mounting hardware therethrough for rididly fastening the holding device to the planar carrier surface member; the core being centered on the centering arbor and spaced from the carrier plate such that no part of the core and winding touches any part of the holding device; and a casting compound between the core and centering arbor in the central aperture and between the core and the carrier plate attaching and supporting the core to the holding device, and an elastic material ring between the core and the carrier plate supporting the core, whereby the toroidal core is mounted without damage to its winding and is also protected from the surrounding environment.