The torus of revolution thus represents the square flat torus in tridimensional space.

The top extent has a small torus (28) and a large torus (40).

The baffle plate is provided in the torus and baffles a portion of a flow of an operation fluid flowing in the torus.

The baffle plate is provided in the torus and baffles a portion of a flow of an operation fluid flowing in the torus.

Each torus includes a plurality of nodes.

The lower toroid and the upper toroid are disposed so that a signal from the lower toroid is induced in the upper toroid.

The driven member is in the form of a toroid (14, 140) extending about a toroid axis (B) and having an external surface formed with a toroid spiral.

A variation of this arrangement is to attach an outer toroid to the existing bi-toroid arrangement, like this:

The purpose of toroid “B” is to divert the reverse magnetic flow in Toroid “A” and so, produce an efficient working system.

reference toroid of a cylindrical worm wheel

axial magnetic field in the form of a torus

hygrometer consisting of a torus-shaped glass tube

Number of segments for the main ring of the torus.

rhumb lines of the torus, including the Villarceau circles.

Number of segments for the minor ring of the torus.

The dimensions of the housing are defined by the O'Ring cross-section Ød2.

This kind of ring type CT has been designed for mounting around insulated cables.

The read heat comprises left and right core pieces (100, 200) of magnetic material, each core piece having a magnetic coil wound thereon and a flexible printed wiring board electrically connected to the coil, to form left and right core assemblies.

The standard picture is of a torus of obscuring material surrounding the accretion disc.

You'll reach the Monte Tore from Es Mercadal, by very steep and slithering road.

In a core forming process (10), a cylindrical core (200) is made of a shape-memory material.

The inductive coupler (180) includes a split magnetic core (100) having an aperture (120) formed by an upper magnetic core and a lower magnetic core.

The first portion extends further from the base than the second portion in order to maintain an effective flux linkage throughout a range of relative displacement of a receiving core from a transmitting core.

The card structure includes at least one memory core and at least one power core which are joined together in an overlapping relationship.

The invention relates to a method for producing optical data memories comprising a cylindrical core and a number of memory layers which are concentrically arranged on said core.

The invention also includes pinching a portion of wire (150) that is positioned on the internal diameter of a magnetic core (200) when the wire (150) is wound around the core (200) to provide more turns of the wire (150) around the magnetic core (200).

The invention includes forming corners (158) on the wire that align with inside corners of the magnetic core (200) such that the wire (150) is more tightly wound around the magnetic core (200).

The invention relates to winding wire (150) around a magnetic core (200).

There is disclosed a magnetic core component for receiving electrical power by induction.

Such equipment will comprise at least one magnetic core (11) of a ferrit with an electric coil (12).