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An RF heating system for bonding a first element to a second element. In one embodiment, the RF heating system includes: (a) a composition, which functions as an adhesive, interposed between the first and second elements, the composition including an ionomer and a polar carrier, wherein the ionomer

An RF heating system for bonding a first element to a second element. In one embodiment, the RF heating system includes: (a) a composition, which functions as an adhesive, interposed between the first and second elements, the composition including an ionomer and a polar carrier, wherein the ionomer and/or the carrier are present in amounts effective to allow the composition to be headed by a fringe RF field; and (b) a radio frequency (RF) heating apparatus for producing the fringe RF field.

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An RF heating system for bonding a first element to a second element. In one embodiment, the RF heating system includes: (a) a composition, which functions as an adhesive, interposed between the first and second elements, the composition including an ionomer and a polar carrier, wherein the ionomer

An RF heating system for bonding a first element to a second element. In one embodiment, the RF heating system includes: (a) a composition, which functions as an adhesive, interposed between the first and second elements, the composition including an ionomer and a polar carrier, wherein the ionomer and/or the carrier are present in amounts effective to allow the composition to be headed by a fringe RF field; and (b) a radio frequency (RF) heating apparatus for producing the fringe RF field. being crimped, comprising: a conductive deformable body comprising a pair of legs at opposite ends of the body defining a generally U-shaped configuration; the body having an open ended slot defined by a lower end and opposed side walls extending upwardly from a center portion of the body on each leg, the slot being adapted to receive a bus bar for electrical crimp connection; a plurality of inwardly teeth extending from each of the side walls into said slot to establish electrical crimp connection between the bus bar and the body; the body at the lower end of the open ended slot having a pair of spaced apart outwardly angled cut outs to allow the body to deform into a secure crimp connection to the bus bar; a central cut out between said pair of angled cut outs, wherein said central cut out being adapted to receive at least one conductor therein for crimp connection to said body; a pair of spaced apertures, each said aperture being adapted to receive at least one said conductor therein so that when the opposite ends of the body are deformed to crimp the bus bar, the conductors are crimped to the body. 2. The ground connector of claim 1, wherein one of the apertures is substantially arch shaped with an opening of sufficient size to accommodate the receipt of said conductor therein. 3. The ground connector of claim 1 wherein each aperture includes an access opening to allow said body to deform into secure crimp connection around the conductors. the one or more moving bodies and being supplied with a constant high frequency current from a power source device, and a pickup coil provided in each moving body and being fed with power from said induction line in a contactless manner, characterized in that said induction line is formed by using the high frequency current multiconductor cable as set forth in claim 1 or 2.