Referring now Figs. this case 80
a disk,- magnetic metal, preferably cut
away opposite edges, shown dotted
lines the figure, mounted turn
freely inside two stationary coils,N' N",placed
at right angles one another.
The ring suitably mounted shaft, a',
between the poles ITS.terminals From these terminals the
currents are led the terminals the motor,
as shown the drawings. and 16, Fig. gen
erator for driving this motor, may use the
to device shown Fig. Two
segments the same are cot aWay, shown. The ends the armature-coils are con
nected two pairs contact-rings^ <
T
.
45 The field the motor produced six
magnetic poles, G'G', secured projecting
from ring frame, These magnets or
poles are wound with insulated coils, those
diametrically oppositeto each otherbeing con-
50 nected pairs,so produce opposite poles
in each pair. This mode carrying out the invention
has the advantage dispensing with the slid
ing contacts the system. also desirable that this
shell 8h0nld divided similarly the
armature,and for similar reasons. 17, 18, and 19. Thatshown con
sists revolving permanent electro-mag-. Fig. Fig.382,280 3
iron shell, which constitutesthe field-mag
net other element the motor. The mode op
eration substantially the same the pre- 100
vious cases, the curreuts traversing the coils
of the motor having the effect turn the disk
D.
net, and four independent stationary mag
nets, P', wound with coils, those diamet
rically opposite each other being connected 95
in series and having their ends secured the
. 11.
The peculiar advantage this disposition is
in obtaining more concentrated and power
ful field. Reference therefore 110
had Figs.
The generator for this motor may any
suitable kind produce currents the de- 130
sired character. This shell
is preferably formed with slot opening, r;
but may continuous, shown the
5 dotted lines, and this event preferably
made steel. The application this principle to
systems involving multiple circuits generally 75
will understood from this apparatus. end
view such motor. This leaves six free ends,which
are connected the terminals T"T". ahori
zontal cross-section themotor.
The armature which mounted rotate be
tween the poles cylinder disk, of
55 wrought-irou, mounted the shaft a. The variations the strength and di
rection the currents transmitted through
theae circuits and traversing the coils the
motor produce steadily-progressive shifting
of the resultant attractiveforce exerted the
poles upon the armature and conse- 7c
quently keep the armature rapidly rotating.
Fig. Fig. diagrammatic illustration a
motor and generator connected and con
structed accordance with invention. This represents an
annular ring armature, surrounded by
four coils, F', which those diamet
rically opposite are connected series, so
that four free ends are left, which are con-
15 nected the insulated contact-rings bbb' V.
Now, obvious from consideration of
the preceding figures that the rotation the
25 generator-ring produces currents the coils
F F', which, being transmitted the motor-
coils,impart the core the latter magnetic
poles constantly shifting whirling around
the core. the present instance ft
consists field-magnet, and arma
ture, with two coils right angles, the
ends which are connected four contact-
..
Other arrangements the coils both gen
erator and motor are possible, and greater
number circuits may used, will be
seen the two succeeding figures,
to Fig. is
a diagrammatic representation modified
disposition invention. The contact-rings of
each pair generator coils are connected to
those the motor, respectively, means of
2o contact-brushes and the two pairsof conduct
ors, and 1/, indicated diagrammat-
ically Fig. end view the generator with
its field-magnets section. 105
In the forms motor above described only
one the elements—the armature the field-
magnet—is provided with energizing-coils.
of the motor consists ring, It, preferably
of thin insulated iron sheets bands, with
eight pole-pieces, and corresponding re
cesses which four pairs coils, are
wound. Anarmature,D,with two
coils, hf, right angles each other, 125
mounted rotate inside the field-magnet
R. The
60 ends these coils are connected,respectively,
to insulated contact rings 0". The coils are 85
preferably wound frame, insulating
materiál, and their ends are connected the
fixed terminals The generator is
a representative that class alternating-
current machines which stationary in- 90
duced element employed. similar
view the generator, with'the field-magnets
in section; and Fig.- These
rings are connected those the motor in
proper order means collecting-brushes
and six wires, forming three independent cir-
65 cuits. The diametrically opposite pairs 120
coils are connected series and the freeends
connected four terminals, to, the rule be
followed connecting being the same here-
inbeforeexplained. It
remains, then, show how both elements may
be wound with coils.
The generator for this motor has this in
stance armature, wound with three
coils, KK'K", sixty degrees apart. Fig. This effect sets rotation the
30 armature,owing totheattractiveforcebetween
the shell and the poles the armature; but
inasmuch the coils this case move rela
tively the shell field-magnet the move
ment the coils the opposite direction
35 the progressive shifting the poles. diagram the cir
cuit-connections. 13. the field-magnet 115
