Apparatus for forming resin embedded antenna

Claim 2

Apparatus for producing a smooth glass fiber reinforced elongated member in a continuous operation comprising, in combination, glass fiber filament dispensing means, means for impregnating said filaments with a hardenable resin, means for forming said filaments into a plurality of bundles, a cylindrical gathering die having a bore and an axis, means for feeding said bundles into said die equidistantly located about said bore and axis of said die, an elongated glass tube curing mold receiving said glass fiber filaments from said die, said mold having a glass smooth bore of a uniform diameter substantially equal to the diameter of said gathering die, means for heating said mold to a resin curing temperature, cooling means receiving said glass fiber elements after curing by said mold, and pulling means pulling said glass fibers through said impregnating means, gathering die, mold and cooling means at a rate to permit curing of said resin while within said mold.

Claim 3

Apparatus for producing a smooth glass fiber reinforced member comprising, in combination, glass fiber filament dispensing means dispensing a plurality of glass fiber filaments, means for impregnating said filaments with a hardenable resin, a plate having an axis and a plurality of holes equidistant from each other and said axis, said impregnated glass fiber filaments being received within said holes and substantially equally divided therebetween whereby a bundle of glass fiber filaments passes through each hole, a cylindrical gathering die having a bore having an axis coicident with said plate axis receiving said bundles, said bundles being evenly distributed about the bore of said die, a glass tube having a cylindrical smooth glass bore of uniform diameter, said tube having an inlet adjacent said die coaxial with said die axis, a heated medium jacket encompassing said tube receiving a heated medium for heating said tube to a resin curing temperature, and pulling means pulling said glass fibers through said die and tube at a rate to permit curing of said resin while within said tube.

Claim 4

Apparatus for producing a smooth glass fiber reinforced member comprising, in combination, glass fiber filament dispensing means dispensing a plurality of glass fiber filaments, means for impregnating said filaments with a hardenable resin, a plate having an axis and a plurality of holes equidistant from each other and said axis, said impregnated glass fiber filaments being received within said holes and substantially equally divided therebetween whereby a bundle of glass fiber filaments passes through each hole, a cylindrical gathering die having a bore having an axis coicident with said plate axis receiving said bundles, said bundles being evenly distributed about the bore of said die, a glass tube having a cylindrical smooth glass bore of uniform diameter, said tube having an inlet adjacent said die coaxial with said die axis, a heated medium jacket encompassing said tube receiving a heated medium for heating said tube to a resin curing temperature, and pulling means pulling said glass fibers through said die and tube at a rate to permit curing of said resin while within said tube.

Claim 5

In apparatus for producing a smooth glass fiber reinforced member as in claim 2, means rigidly interconnecting said plate and gathering die, a wire positioning tube within said plate having an outlet coincident with the axis of said plate and die and disposed adjacent to the entrance of said die bore, antenna wire dispensing means feeding a wire into said positioning tube, said wire being pulled through said die and tube with said glass fibers wherein said glass fibers uniformly surround said wire.