Lamson Dyer,
Richard Donovan.
W itnesses:
M.
. grounded resonant transm itting
circuit having its outer conducting bound
aries arranged surfaces large radii
of curvature combination ith ele- 80
vated terminal great surface supported
at points low electric density, substan
tially described.
9.
NIKOLA TESLA.the charge and attendant lowering po
tential, substantially described.
8.
6.
5 The means for producing excessive
electric potentials consisting primary
exciting circuit and resonant secondary
having its outer conducting elements which
are subject high tension arranged prox-
10 ity each other and surfaces large
radii curvature prevent leakage
o .
10. circuit com prising part upon which
18 oscillations are impressed and another part
' for raising the tension resonance, the
latter part being supported places low
electric density and having its outermost
conducting boundaries arranged surfaces
20 large radii curvature, set forth.1,119,732 8
sion, having its outer conducting boundaries
on which high tension charge accumulates
arranged surfaces large radii curva
ture, substantially described.
7. apparatus for the transmission of
electrical energy without wires grounded
circuit the outer conducting elements of
which have great aggregate area and are
25 arranged surfaces large radii curva
ture perm the storing of. high
charge all electric density and pre
vent loss through leakage, substantially as
described. apparatus for the transmission of
electrical energy without wires elevated
conductor antenna having its outer high 40
potential conducting capacity elements
arranged proxim ity each other and in
surfaces large radix curvature to
overcome the effect the all radius of
curvature the individual elements and 45
leakage the charge, set forth. wireless transm itter com prising 30
combination source oscillations a
condenser, prim ary exciting circuit and a
secondary grounded and elevated conductor
the outer conducting boundaries which
are proxim ity each other and arranged 35
in surfaces large radii curvature, sub
stantially described
