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Old October 2nd 06, 07:45 PM posted to sci.electronics.repair
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First recorded activity by DIYBanter: Oct 2006
Posts: 3
Default -- Magnetic motor 1, the static magnetic field 1) Motor

-- Magnetic motor 1, the static magnetic field 1) Motor, Edison
is a classic -- for the motor commutator. It gave birth to a commutator
Early glory and pride of Health also has its challenges by the AC
motor sad and helpless. (By his own mistakes, for To the trouble :
Brush Powder, for to sparks and fire the ball, did not attain a high
voltage DC not lock. ) 2) unipolar machine (single-pole, low voltage,
still using brush. ) 2, rotating magnetic field 1) : AC induction
motor stator magnetic spin (three-phase). 2) : AC synchronous motor
rotor rotary magnetic field (three-phase), its magnetic field axis in a
plane Like a (watches) targets the same rotation. 3, pulsating
magnetic field : Single-phase induction motor start and external
started. Not spin magnetic field, not transferred. Its intensity over
time cyclical changes. 4, runner field : "no single-pole motor for
devices to" exclude "other" distressed, Can achieve a high voltage
transformer also carried DC to DC in Step EHV transmission epoch of the
trouble Thrown into the eyes. DC is essentially internal, no ripple
coefficient. Waveform very straight, pure and absolute DC; Lane from
the outside of DC. Motor did not like the original internal actual
exchange; Is the direct external Flow. The electrical field into
trouble over the use of the motor performance of the structure also has
advantages : simple, easy to manufacture. Capacity can be great, but
also made it very convenient to DC transformer. -- AC transformers used
alternating (a) a magnetic field For high and low pressure between
the media; DC transformer alternating magnetic field is not without
action, with rotation (a) switch -- Sub-runner field for the high and
low voltage DC media. ) Magnetic cylinder in the aspect of its work
(a cylinder). 5, turntable motor is a magnetic field : the birth of
the motor 10 years ago. Magnetic its work Course for a round face, or
face a ball. Obiter dictum : Cancel the commutator and then invented
commutator considerable efforts, the impact, but the effect is more
Good. "No single-pole motor commutator device" Yong Yu Beauty
Motor Motor how? ! Switch can be dispensed with. BRIDGE into
stumbling justice yesterday, For contradictory to the motor. In
this gifted genius who Hongzhi, I will only change; Do the British
to the beliefs of sorrows Still no change to the DC motor.
Following clipboard. Brochures No change to the single-pole motor
device This involves the application of a new generation and
distribution equipment -- Motor. It is from Shell, Cover, Stator core
and stator winding, rotor, rotor core composed. Currently, the
widespread use of a DC motor, "with copper commutator universal motor",
"Pick Silicon device and the DC component of the electrical flow
generator, "" unipolar motor, "" permanent magnet brushless DC motor "
And so on. "Copper commutator with the universal motor," and its
commutator manufacturing process is very complicated, so Use, easy to
EDM on the commutator, even ring of fire, because of the use of the
commutator, the rated voltage of motor Not too high. "Silicon
Devices AC motor with a DC generator," the AC motor -- that silicon
Rectifier, the voltage waveform is not straight, there is a certain
element of the pulse. To reverse voltage and rated by the Silicon
Devices Current restrictions make it impossible to form very high DC
power generators. "Unipolar motor" from the stator magnetic yoke, a
circular pole, Coil and rotor, brush and other groups %. This brush
will often switch to motor liquid metal collector system, which is
generally available as a liquid metal collector system Sodium and
potassium alloy of mercury, mercury is toxic, liquid metal
sodium-potassium alloy, very lively and chemical properties when
exposed to air , With a risk of explosion. "Permanent magnet
brushless DC motor," and the electronic components, with the result
that not much electrical power, and more The joints and components,
bringing inconvenience to the maintenance costs are high. The purpose
of this is to avoid the application of a new technology of these
existing deficiencies, and provide a "non - Device for single-pole
motor, "and did not use the motor for the inconvenience to the
maintenance of installations, but also to achieve a high Pressure,
the voltage waveform directly create simple, low cost and high
efficiency. The purpose of this utility model can be achieved through
the following measures : Shell, Cover, stator core, Stator windings,
Rotors, composed of the rotor device for no single pole motor, the
rotor from the preceding (1), middle magnet (4), after paragraph (7)
of which of the magnet (4), a polar ends of the show, and To the
middle magnet (4) a leader in a magnetic Cover (12) axial hole and the
other end in Rotors (9) round Hole (2); Shell (11) is a magnetic part
(24) and non-magnetic parts (23) phase spacing was Moments Profile
crossed 20% stator core (10) in the shell (11) magnetic part of the
medial (24) ; In the stator core (10) and Shell (11) part of the
non-magnetic material (23) the medial surface of a separate groove
(22), (21). Rotor magnet in the middle (4) Magnet, Ring can be posed
by Coil Winding thread arising from the electro-magnetic field. The
above-mentioned Rotor shaft links can call it is the middle of the
magnetic pieces. Shaft in the preceding paragraph (1) side of the
magnetic Cover (12) Section magnetic materials for the other side of
the Cover (8) is made from non-magnetic materials. Stator windings (6)
is the introduction of two Winding (6), (6a), and the stator windings
(6), (6a) thread, embedded in the side of some non-magnetic material
(23), opening the groove (21), embedded in the side of the stator core
(10) opened the slot (22); Adopted a set WINDING (6), only the stator
windings (6), leads to one or more intermediate tap, the stator
windings (6) Turns for at least one turn of thread. Shaft in the
preceding paragraph (1) the open end of a cylindrical convex breaks
magnets (4) The open end of a cylindrical convex enable embedded in
the hole; In Rotors (9), the center opened a site linked to the ends
Hole (2), the middle rotor magnets (4), and not after the end of the
hole (7) hole in the side load (2). And fixed. The figure
illustrates the following : Figure 1 : The utility model matrix.
Figure 2 : Diagram magnet middle of the shaft. Figure 3 : rotor,
rotor core matrix. Figure 4 : shell matrix. Figure 5 : shell and
the stator core post-show plans. Figure 6 : Diagram the motor wiring.
Figure 7, the electrical launch plans. Figure 8 : Diagram
electrical magnetic fields. Figure 9 : Generator work state diagram.
Figure 10 : electric motor in the state diagram. Figure 11 : Name
two stator windings. Map gives a practical implementation of the new
cases. The following is attached map of the utility model for further
details : -- Without the application of a new device for the single
pole motor, as shown in figure 1, it is caused by shell (11), the
stator core (10), Rotors (9), Cover (8), magnetic Cover (12), bearing
cap (13), the stator windings (6), Blade (3), rings (5), which
includes the shaft, the shaft is characterized by : Points (1),
middle magnet (4), after paragraph (7) composition; Rotor magnet in the
middle (4) by the end of the magnetic equipment Cover the magnetic
material (12) axial hole and the other end in Rotors (9) of the hole
(2). Middle Magnets (4) Magnet, a polar ends of the show (shown in
figure 2); From the preceding paragraph (1), middle magnet (4), after
paragraph (7) of the shaft formed in the shaft portion (1) the open end
of a cylindrical convex breaks magnetic CARICOM (4) the open end of a
cylindrical convex embedded make holes in Rotors (9), the center is
open at both ends The same hole (2), the middle rotor magnets (4),
and not after the end of the hole (7) hole in the side load (2), and
fixed, as shown in figure 3. Middle magnet (4) may be winding line of
packet ring excitation Magnetization of the magnetic field generated
by the coil from the electromagnetic body, rotor shaft can call it
links only to the middle magnet. Shell (11) by the magnetic part (24)
and non-magnetic parts (23) phase partitioning, and combining
overlapping tooth was moments % (As shown in figure 4), Shell (11)
magnetic part (24) played a magnetic effect is composed of a magnetic
circuit , Shell (11) part of the non-magnetic material (23), the
magnetic field plays a role in reducing beam armature reaction. Shaft
Portion (1) side of the magnetic Cover (12) for magnetic materials, the
other side of the Cover (8) by a non-magnetic material Made, stator
core (10) is a fan-like shape silicon steel sheet from stack system,
and fixed the casing (11) of the medial magnetic materials Some
material (24); In the stator core (10) and Shell (11) part of the
non-magnetic material (23) with the side , Each opened a groove (22),
(21) (shown in Figure 5), the stator windings (6), thread embedded in
the side of non-magnetic Some material (23) opened the medial surface
of the groove (21), embedded in the other side of the stator core (10)
opened the medial surface of the groove (22), embedded groove (22)
have the potential to the starting line Hemming, embedded (21) only
serves to link the line Hemming The power supply situation, that is
only starting to groove (22), while the thread links up the potential
role. When the stator windings (6) the thread serial wiring method,
its wiring As shown in figure 6, Figure 6, S stator core (10) was Is
the polarity, arrows indicate the stator windings (6) of the thread
within the current direction of the relative movement in the direction
of winding V said. Stator windings (6) the introduction of two
windings (6), (6a) (shown in figure 7), the stator windings (6), (6a)
Thread embedded in the side of the groove (21), embedded in the other
side of groove (22); Equipped with two stator windings (6), (6a) with
the following : First, in three different provisions of the electrical
voltage value, given the same speed, in With a voltage value, given
three different speed, and the third is when two sets of stator
windings (6), (6a), which DC motor connected to one power supply for
operation, with another winding in the rotor magnetic field rotation
policy, Potential; If the two sets of stator windings (6) (6a) turns
different, the internal situation -- not the same, and this structure
Became DC transformer. Stator windings (6) is a winding, only the
stator windings (6), or leads to a Intermediate tap the same, such a
structure could pose a DC transformer. Stator windings (6) with a
winding, its Line package turns at least one turn. When the stator
windings (6) Turn one of the thread turns, it can save some embedded
groove (21), the only play the role of the Alliance line Hemming
(because of the potential side does not produce or connecting), the
moment, If the line between the packages using the parallel
connection, then stator windings (6) as Cage on the shape of embedded
groove (22), the thread became Cage on the side of the cage, the
continuous parallel lines on the package into the terminal ends of the
Central cage. The utility model of the shell structure (11) part of
the magnetic material science (24), the stator core (10), Rotors (9),
magnetic Cover (12), have played the role of magnetic and magnetic
pieces in the middle shaft (4) A polar ends of the shows, which are a
form of motor internal magnetic circuit breaks magnets (4) -- Rotor
Core (9) -- stator core gap -- (10) -- Shell (11) magnetic part (24) --
Magnetic Cover (12) -- middle magnet (4) (shown in Figure 8). Rotors
can be seen from Figure 8 (9) in the stator core (10) showed the
Unipolar cavity, which is due to magnetic Cover (12) middle magnets
used in magnetic rotor and (4) the results. Principle, Figure
8 from the electrical field within the matrix can be seen Rotors (9)
stator core (10) were endovascular Unipolar now, so when Rotors (9)
rotation, in the stator core (10) to a cavity Unipolar The rotating
magnetic field embedded in the stator core (10), opening the groove
(22) of the winding line of packet will be cutting edge magnetic lines
Sensors have potential in the stator core (10) and Rotors (9) gap
between the shape of the magnetic field lines Radiation shape its
direction from both Rotors (9) at the stator core (10), as shown in
figure 8. 1, the principles of the application of a new generation
From left to right around the motor shaft, the rotor driven by an

anti-clockwise rotation of the original motives, Embedding stator
core (10), opening the groove (22) of the stator windings (6), son of
the rotor along the lines of Hemming relatively smooth when The
direction of rotation to cut magnetic needle. To the rotor shaft stator
core is embedded in the top (10), opening the groove (22) The line
Hemming example, in Figure 9 : Hemming line perpendicular to the
direction of movement outside the paper, from the direction of magnetic
field lines Under progressive, right-hand rule : thread Side judge
the potential and current direction "from right to left" ; Can be
judged the same way, each embedded groove (22) have both the direction
of the border line packages "from right to left" -- Potential and
current. Some non-magnetic materials embedded (23), opening the groove
(21), the thread while not cutting magnetic field lines. (This is due
to constitute a magnetic field lines are located in the magnetic loop
inside the non-magnetic materials are divided (23) within a few
Between nuclear magnetic line), do not have sensors potential. Thus,
these have not put the potential embedded in the trough line Hemming
(22), while the thread linking the potential, so that each line would
have a certain numerical Hemming DC Pressure; According to the
different ways of wiring, the thread may link between the serial,
parallel or series first part, then the Parallel , The line will link
DC voltage generated within the package. The lines used to establish
the connection between the packet mode, bypassing Connection Group
plans can be found in Figure 6. From the end of the first link between
the two reached, will be given a certain value of DC voltage. It can
be seen that this motor is not used for the device. 2, the utility
model as the principle motor running When the motor's stator windings
(6) DC power supply connected, in the stator windings (6), thread each
side They have passed DC. Some non-magnetic materials embedded (23),
opening the groove (21), while the thread, because Without magnetic
field around (because gathered in the magnetic field caused the
magnetic circuit Lane), which occurred with each other for the rotor
magnetic field ; Embedding stator core (10), opening the groove (22)
at the magnetic field lines Hemming, the rotor magnetic field phase and
it -- Have a role in the interaction. Figure 20 below to above are
embedded in the shaft groove (22) of the stator windings (6) the line
Hemming example, the current direction of the line Hemming from left to
right, upward direction of the magnetic field lines, Left-hand can
determine, the line Hemming paper by the vertical direction to the
outside; Similarly, we can see the shaft is below : Embedding groove
(22) by a thread while the vertical direction of the paper geared Lane,
each embedded groove (22) of the line Hemming Make subject to the
direction and stator windings (6) to the direction of rotation. From
the left-right axis ship set WINDING (6) : Inquiries by the direction
it is rotating clockwise direction; According to the law, we can see
action and counteraction, Make the direction of the rotor by an
anti-clockwise rotation of the rotor direction, the stator windings (6)
was solid stator , Not turning it clockwise rotation will be opened
to the rotor, so that became a DC motor. Shown in figure 11 in the
stator windings : (6) were the first two terminal P, Q, stator windings
(6a) Ends at the first K, H, P and K for the two windings end of the
same name. In manufacturing, in accordance with the same two sets of
windings design speed (6), (6a) were rated voltage U1 and U2. In
the use of a separate motor stator windings (6), rated voltage used in
the motor alone will U1; WINDING (6a), will be used when U2; rated
voltage motor stator windings of the two (6), (6a) in a Series Date
(Q and P and K linked or connected H), the use of rated voltage
(U1+U2), and can be in three different With a speed of under voltage.
At the time of manufacture, stator windings (6), (6a) turns taking
the same value; When the two stator Winding (6), (6a) Series (P K and
H connected or associated with Q), it would be a turn numerical. When
the motor alone Independence use stator windings (6), used alone or
stator windings (6a), or to compare the two sets of stator windings
(6), (6a) Series Even when used together, then at the same voltage,
because of the three different winding turns, each packet was turn lane
Voltage is not the same, according to the formula : "disk e =BLV",
we can see that there will be three motor speed. This Similarly, it
enables the two sets of stator windings (6), (6a) of the motor,
available in three different voltage with a Speed. 3, the utility
model as the principle DC transformer Motors and generators from the
above principle when the stator windings can be drawn : (6) links Ruzhi
Chokes, embedded groove (22) on the inside of Hemming interaction
with the rotor magnetic field, will enable rotor rotation; In turn,
turn Son turning Unipolar also rotating magnetic field, Unipolar
embedded magnetic fields cutting groove (22), while the thread, the
thread while Have potential. For the introduction of two windings
(6), (6a) of the motor, and when the motor windings of a (6) then DC
electrical power as empty running, the stator windings (6) Current
driven rotor rotation; And the rotor Unipolar cutting the stator
windings magnetic fields (6a) in the stator windings (6a), which is
embedded in groove (22), the line Hemming Producing potential; Stator
windings (6) and the stator windings (6a), the potential size of the
circle by their respective total Series Few decisions. This change in
the stator windings at the time of manufacture (6a) turn results in the
stator windings (6a) obtained With the potential voltage, which aims
to achieve a DC transformers. Only a stator winding winding and
winding one or more intermediate tap on the leads, can be put into
practice DC current transformers. The principle and we have two sets
of windings (6) (6a), the DC motor lock the same principle. The
practical advantages : no change to a new type of device to achieve
high output, the voltage waveform Direct, simple structure, and save
materials, high efficiency, low cost and easy maintenance. The two
coaxial connecting utility model, No level of DC voltage regulation.
[19] The People's Republic of China Patent Office [12] The
application of a new patent application brochure [21] Application No.
88205221.7 [43] Notice Day April 19, 1989 [22] 88.5.6 application.
[71] days Wang Wei applicants Address agricultural mechanization
school in Xinxiang City of Henan Province Wong Tin-chi joint
applicants [72] Wang Wei Wong Tin-chi designer [54] no name for the
application of a new single-pole motor device [57] Summary This
involves the application of a new-types of power generation and
distribution equipment for device -- no single pole motor, it By
Shell, Cover, stator core, Rotors, stator winding, rotor and other
components, rotor magnet to the middle or Magnet, a polar ends of the
show, the shell is part of magnetic and non-magnetic parts from the
interval, was sawing Also combines diplomatic profile, - side of the
magnetic Cover to Cover, Cover shaft in the middle of magnets and
magnetic. Core cavity in the rotor on the stator core has to
Unipolar. The practical advantages of the new maintenance is not used :
For the device will be issued directly to the voltage waveform, the
manufacturing process is simple and low cost, high efficiency.
Book claims 1, no change to a single-pole motor installed by Shell,
Cover, stator core and stator around Group; Rotors, rotor, its
characteristic : But a shaft from the preceding (1), middle magnet
(4), after paragraph (7), of which pieces of magnetic (4), a polar
ends of the show; B, the middle rotor magnets (4) installed by the
end of the magnetic properties of magnetic materials produced Cover
(12) Axial hole and the other end in Rotors (9) of the hole (2); C,
Shell (11) from the magnetic part (24) and non-magnetic parts (23)
phase partitioning, Cross-profile moments was the formation, stator
core (10) in the shell (11) magnetic part of the medial (24) ; D,
in the stator core (10) and Shell (11) part of the non-magnetic
material (23) in the anterior surface A separate groove (22), (21).
2, as described in the request without rights to the device for
single-pole motor, the rotor is characterized Middle magnetic pieces
(4) magnet. 3, as described in the request without rights to the
device for single-pole motor, the rotor is characterized Middle
magnet (4) is the Ring Coil Winding packet from the electro-magnetic
field. 4, according to claim 1 or 2 or 3, no change to the device
described in the single-pole motor, characterized in Links to the
rotor shaft is a bat, middle magnet. 5, as described in the request
without rights to the device for single-pole motor, characterized by
lies, in turn Shaft portion (1) side of the magnetic Cover (12) for
magnetic materials, the other side of the Cover (8) by the non-magnetic
material Liu made. 6, as described in the request without rights to
the device for single-pole motor, its characteristics is that the
stator Winding (6) is the introduction of two windings (6), (6a), and
the stator windings (6), (6a), while embedded thread Core elements
stereotyping (10), opening the groove (22), embedded in the side of
some non-magnetic material (23), opening the groove (21) Inside. 7,
as described in the request without rights to the device for
single-pole motor, its characteristics is that the stator Winding (6)
is a winding and the stator windings (6), leads to one or more
intermediate tap, the stator windings (6) the thread at least turns a
circle. 8, no basis for the claim referred to the installation of two
single-pole motor, its characteristics is that the shaft Portion (1)
the open end of a cylindrical convex breaks magnets (4) the open end of
a cylindrical convex make inlay Into the hole, Rotors (9) linked to
the ends of the center opened a hole (2), the middle rotor magnet
(4), and not after the end of the hole (7) hole in the side load (2),
and fixed. Key words : cutting potential runner field magnetic
shielding single pole DC transformer without reversing device
Generalized Motor "Thermo-electrical" non-magnetic motor
"Chemical-electrical" that battery "Savings-Motor" Capacitor
"General Motors" that the mechanical energy into electrical energy,
which the daily referred to as the Motor "Burning motor" that fuel
cells, hydrogen combustion "Electrical light" Solar Cell

http://xing-yang.blogbus.com/logs/2006/01/1850750.html


  #2   Report Post  
Old October 3rd 06, 09:45 AM posted to sci.electronics.repair
external usenet poster
 
First recorded activity by DIYBanter: Oct 2006
Posts: 8
Default -- Magnetic motor 1, the static magnetic field 1) Motor


wrote in message
ps.com...
-- Magnetic motor 1, the static magnetic field 1) Motor, Edison
is a classic -- for the motor commutator. It gave birth to a commutator
Early glory and pride of Health also has its challenges by the AC
motor sad and helpless. (By his own mistakes, for To the trouble :
Brush Powder, for to sparks and fire the ball, did not attain a high
voltage DC not lock. ) 2) unipolar machine (single-pole, low voltage,
still using brush. ) 2, rotating magnetic field 1) : AC induction
motor stator magnetic spin (three-phase). 2) : AC synchronous motor
rotor rotary magnetic field (three-phase), its magnetic field axis in a
plane Like a (watches) targets the same rotation. 3, pulsating
magnetic field : Single-phase induction motor start and external
started. Not spin magnetic field, not transferred. Its intensity over
time cyclical changes. 4, runner field : "no single-pole motor for
devices to" exclude "other" distressed, Can achieve a high voltage
transformer also carried DC to DC in Step EHV transmission epoch of the
trouble Thrown into the eyes. DC is essentially internal, no ripple
coefficient. Waveform very straight, pure and absolute DC; Lane from
the outside of DC. Motor did not like the original internal actual
exchange; Is the direct external Flow. The electrical field into
trouble over the use of the motor performance of the structure also has
advantages : simple, easy to manufacture. Capacity can be great, but
also made it very convenient to DC transformer. -- AC transformers used
alternating (a) a magnetic field For high and low pressure between
the media; DC transformer alternating magnetic field is not without
action, with rotation (a) switch -- Sub-runner field for the high and
low voltage DC media. ) Magnetic cylinder in the aspect of its work
(a cylinder). 5, turntable motor is a magnetic field : the birth of
the motor 10 years ago. Magnetic its work Course for a round face, or
face a ball. Obiter dictum : Cancel the commutator and then invented
commutator considerable efforts, the impact, but the effect is more
Good. "No single-pole motor commutator device" Yong Yu Beauty
Motor Motor how? ! Switch can be dispensed with. BRIDGE into
stumbling justice yesterday, For contradictory to the motor. In
this gifted genius who Hongzhi, I will only change; Do the British
to the beliefs of sorrows Still no change to the DC motor.
Following clipboard. Brochures No change to the single-pole motor
device This involves the application of a new generation and
distribution equipment -- Motor. It is from Shell, Cover, Stator core
and stator winding, rotor, rotor core composed. Currently, the
widespread use of a DC motor, "with copper commutator universal motor",
"Pick Silicon device and the DC component of the electrical flow
generator, "" unipolar motor, "" permanent magnet brushless DC motor "
And so on. "Copper commutator with the universal motor," and its
commutator manufacturing process is very complicated, so Use, easy to
EDM on the commutator, even ring of fire, because of the use of the
commutator, the rated voltage of motor Not too high. "Silicon
Devices AC motor with a DC generator," the AC motor -- that silicon
Rectifier, the voltage waveform is not straight, there is a certain
element of the pulse. To reverse voltage and rated by the Silicon
Devices Current restrictions make it impossible to form very high DC
power generators. "Unipolar motor" from the stator magnetic yoke, a
circular pole, Coil and rotor, brush and other groups %. This brush
will often switch to motor liquid metal collector system, which is
generally available as a liquid metal collector system Sodium and
potassium alloy of mercury, mercury is toxic, liquid metal
sodium-potassium alloy, very lively and chemical properties when
exposed to air , With a risk of explosion. "Permanent magnet
brushless DC motor," and the electronic components, with the result
that not much electrical power, and more The joints and components,
bringing inconvenience to the maintenance costs are high. The purpose
of this is to avoid the application of a new technology of these
existing deficiencies, and provide a "non - Device for single-pole
motor, "and did not use the motor for the inconvenience to the
maintenance of installations, but also to achieve a high Pressure,
the voltage waveform directly create simple, low cost and high
efficiency. The purpose of this utility model can be achieved through
the following measures : Shell, Cover, stator core, Stator windings,
Rotors, composed of the rotor device for no single pole motor, the
rotor from the preceding (1), middle magnet (4), after paragraph (7)
of which of the magnet (4), a polar ends of the show, and To the
middle magnet (4) a leader in a magnetic Cover (12) axial hole and the
other end in Rotors (9) round Hole (2); Shell (11) is a magnetic part
(24) and non-magnetic parts (23) phase spacing was Moments Profile
crossed 20% stator core (10) in the shell (11) magnetic part of the
medial (24) ; In the stator core (10) and Shell (11) part of the
non-magnetic material (23) the medial surface of a separate groove
(22), (21). Rotor magnet in the middle (4) Magnet, Ring can be posed
by Coil Winding thread arising from the electro-magnetic field. The
above-mentioned Rotor shaft links can call it is the middle of the
magnetic pieces. Shaft in the preceding paragraph (1) side of the
magnetic Cover (12) Section magnetic materials for the other side of
the Cover (8) is made from non-magnetic materials. Stator windings (6)
is the introduction of two Winding (6), (6a), and the stator windings
(6), (6a) thread, embedded in the side of some non-magnetic material
(23), opening the groove (21), embedded in the side of the stator core
(10) opened the slot (22); Adopted a set WINDING (6), only the stator
windings (6), leads to one or more intermediate tap, the stator
windings (6) Turns for at least one turn of thread. Shaft in the
preceding paragraph (1) the open end of a cylindrical convex breaks
magnets (4) The open end of a cylindrical convex enable embedded in
the hole; In Rotors (9), the center opened a site linked to the ends
Hole (2), the middle rotor magnets (4), and not after the end of the
hole (7) hole in the side load (2). And fixed. The figure
illustrates the following : Figure 1 : The utility model matrix.
Figure 2 : Diagram magnet middle of the shaft. Figure 3 : rotor,
rotor core matrix. Figure 4 : shell matrix. Figure 5 : shell and
the stator core post-show plans. Figure 6 : Diagram the motor wiring.
Figure 7, the electrical launch plans. Figure 8 : Diagram
electrical magnetic fields. Figure 9 : Generator work state diagram.
Figure 10 : electric motor in the state diagram. Figure 11 : Name
two stator windings. Map gives a practical implementation of the new
cases. The following is attached map of the utility model for further
details : -- Without the application of a new device for the single
pole motor, as shown in figure 1, it is caused by shell (11), the
stator core (10), Rotors (9), Cover (8), magnetic Cover (12), bearing
cap (13), the stator windings (6), Blade (3), rings (5), which
includes the shaft, the shaft is characterized by : Points (1),
middle magnet (4), after paragraph (7) composition; Rotor magnet in the
middle (4) by the end of the magnetic equipment Cover the magnetic
material (12) axial hole and the other end in Rotors (9) of the hole
(2). Middle Magnets (4) Magnet, a polar ends of the show (shown in
figure 2); From the preceding paragraph (1), middle magnet (4), after
paragraph (7) of the shaft formed in the shaft portion (1) the open end
of a cylindrical convex breaks magnetic CARICOM (4) the open end of a
cylindrical convex embedded make holes in Rotors (9), the center is
open at both ends The same hole (2), the middle rotor magnets (4),
and not after the end of the hole (7) hole in the side load (2), and
fixed, as shown in figure 3. Middle magnet (4) may be winding line of
packet ring excitation Magnetization of the magnetic field generated
by the coil from the electromagnetic body, rotor shaft can call it
links only to the middle magnet. Shell (11) by the magnetic part (24)
and non-magnetic parts (23) phase partitioning, and combining
overlapping tooth was moments % (As shown in figure 4), Shell (11)
magnetic part (24) played a magnetic effect is composed of a magnetic
circuit , Shell (11) part of the non-magnetic material (23), the
magnetic field plays a role in reducing beam armature reaction. Shaft
Portion (1) side of the magnetic Cover (12) for magnetic materials, the
other side of the Cover (8) by a non-magnetic material Made, stator
core (10) is a fan-like shape silicon steel sheet from stack system,
and fixed the casing (11) of the medial magnetic materials Some
material (24); In the stator core (10) and Shell (11) part of the
non-magnetic material (23) with the side , Each opened a groove (22),
(21) (shown in Figure 5), the stator windings (6), thread embedded in
the side of non-magnetic Some material (23) opened the medial surface
of the groove (21), embedded in the other side of the stator core (10)
opened the medial surface of the groove (22), embedded groove (22)
have the potential to the starting line Hemming, embedded (21) only
serves to link the line Hemming The power supply situation, that is
only starting to groove (22), while the thread links up the potential
role. When the stator windings (6) the thread serial wiring method,
its wiring As shown in figure 6, Figure 6, S stator core (10) was Is
the polarity, arrows indicate the stator windings (6) of the thread
within the current direction of the relative movement in the direction
of winding V said. Stator windings (6) the introduction of two
windings (6), (6a) (shown in figure 7), the stator windings (6), (6a)
Thread embedded in the side of the groove (21), embedded in the other
side of groove (22); Equipped with two stator windings (6), (6a) with
the following : First, in three different provisions of the electrical
voltage value, given the same speed, in With a voltage value, given
three different speed, and the third is when two sets of stator
windings (6), (6a), which DC motor connected to one power supply for
operation, with another winding in the rotor magnetic field rotation
policy, Potential; If the two sets of stator windings (6) (6a) turns
different, the internal situation -- not the same, and this structure
Became DC transformer. Stator windings (6) is a winding, only the
stator windings (6), or leads to a Intermediate tap the same, such a
structure could pose a DC transformer. Stator windings (6) with a
winding, its Line package turns at least one turn. When the stator
windings (6) Turn one of the thread turns, it can save some embedded
groove (21), the only play the role of the Alliance line Hemming
(because of the potential side does not produce or connecting), the
moment, If the line between the packages using the parallel
connection, then stator windings (6) as Cage on the shape of embedded
groove (22), the thread became Cage on the side of the cage, the
continuous parallel lines on the package into the terminal ends of the
Central cage. The utility model of the shell structure (11) part of
the magnetic material science (24), the stator core (10), Rotors (9),
magnetic Cover (12), have played the role of magnetic and magnetic
pieces in the middle shaft (4) A polar ends of the shows, which are a
form of motor internal magnetic circuit breaks magnets (4) -- Rotor
Core (9) -- stator core gap -- (10) -- Shell (11) magnetic part (24) --
Magnetic Cover (12) -- middle magnet (4) (shown in Figure 8). Rotors
can be seen from Figure 8 (9) in the stator core (10) showed the
Unipolar cavity, which is due to magnetic Cover (12) middle magnets
used in magnetic rotor and (4) the results. Principle, Figure
8 from the electrical field within the matrix can be seen Rotors (9)
stator core (10) were endovascular Unipolar now, so when Rotors (9)
rotation, in the stator core (10) to a cavity Unipolar The rotating
magnetic field embedded in the stator core (10), opening the groove
(22) of the winding line of packet will be cutting edge magnetic lines
Sensors have potential in the stator core (10) and Rotors (9) gap
between the shape of the magnetic field lines Radiation shape its
direction from both Rotors (9) at the stator core (10), as shown in
figure 8. 1, the principles of the application of a new generation
From left to right around the motor shaft, the rotor driven by an

anti-clockwise rotation of the original motives, Embedding stator
core (10), opening the groove (22) of the stator windings (6), son of
the rotor along the lines of Hemming relatively smooth when The
direction of rotation to cut magnetic needle. To the rotor shaft stator
core is embedded in the top (10), opening the groove (22) The line
Hemming example, in Figure 9 : Hemming line perpendicular to the
direction of movement outside the paper, from the direction of magnetic
field lines Under progressive, right-hand rule : thread Side judge
the potential and current direction "from right to left" ; Can be
judged the same way, each embedded groove (22) have both the direction
of the border line packages "from right to left" -- Potential and
current. Some non-magnetic materials embedded (23), opening the groove
(21), the thread while not cutting magnetic field lines. (This is due
to constitute a magnetic field lines are located in the magnetic loop
inside the non-magnetic materials are divided (23) within a few
Between nuclear magnetic line), do not have sensors potential. Thus,
these have not put the potential embedded in the trough line Hemming
(22), while the thread linking the potential, so that each line would
have a certain numerical Hemming DC Pressure; According to the
different ways of wiring, the thread may link between the serial,
parallel or series first part, then the Parallel , The line will link
DC voltage generated within the package. The lines used to establish
the connection between the packet mode, bypassing Connection Group
plans can be found in Figure 6. From the end of the first link between
the two reached, will be given a certain value of DC voltage. It can
be seen that this motor is not used for the device. 2, the utility
model as the principle motor running When the motor's stator windings
(6) DC power supply connected, in the stator windings (6), thread each
side They have passed DC. Some non-magnetic materials embedded (23),
opening the groove (21), while the thread, because Without magnetic
field around (because gathered in the magnetic field caused the
magnetic circuit Lane), which occurred with each other for the rotor
magnetic field ; Embedding stator core (10), opening the groove (22)
at the magnetic field lines Hemming, the rotor magnetic field phase and
it -- Have a role in the interaction. Figure 20 below to above are
embedded in the shaft groove (22) of the stator windings (6) the line
Hemming example, the current direction of the line Hemming from left to
right, upward direction of the magnetic field lines, Left-hand can
determine, the line Hemming paper by the vertical direction to the
outside; Similarly, we can see the shaft is below : Embedding groove
(22) by a thread while the vertical direction of the paper geared Lane,
each embedded groove (22) of the line Hemming Make subject to the
direction and stator windings (6) to the direction of rotation. From
the left-right axis ship set WINDING (6) : Inquiries by the direction
it is rotating clockwise direction; According to the law, we can see
action and counteraction, Make the direction of the rotor by an
anti-clockwise rotation of the rotor direction, the stator windings (6)
was solid stator , Not turning it clockwise rotation will be opened
to the rotor, so that became a DC motor. Shown in figure 11 in the
stator windings : (6) were the first two terminal P, Q, stator windings
(6a) Ends at the first K, H, P and K for the two windings end of the
same name. In manufacturing, in accordance with the same two sets of
windings design speed (6), (6a) were rated voltage U1 and U2. In
the use of a separate motor stator windings (6), rated voltage used in
the motor alone will U1; WINDING (6a), will be used when U2; rated
voltage motor stator windings of the two (6), (6a) in a Series Date
(Q and P and K linked or connected H), the use of rated voltage
(U1+U2), and can be in three different With a speed of under voltage.
At the time of manufacture, stator windings (6), (6a) turns taking
the same value; When the two stator Winding (6), (6a) Series (P K and
H connected or associated with Q), it would be a turn numerical. When
the motor alone Independence use stator windings (6), used alone or
stator windings (6a), or to compare the two sets of stator windings
(6), (6a) Series Even when used together, then at the same voltage,
because of the three different winding turns, each packet was turn lane
Voltage is not the same, according to the formula : "disk e =BLV",
we can see that there will be three motor speed. This Similarly, it
enables the two sets of stator windings (6), (6a) of the motor,
available in three different voltage with a Speed. 3, the utility
model as the principle DC transformer Motors and generators from the
above principle when the stator windings can be drawn : (6) links Ruzhi
Chokes, embedded groove (22) on the inside of Hemming interaction
with the rotor magnetic field, will enable rotor rotation; In turn,
turn Son turning Unipolar also rotating magnetic field, Unipolar
embedded magnetic fields cutting groove (22), while the thread, the
thread while Have potential. For the introduction of two windings
(6), (6a) of the motor, and when the motor windings of a (6) then DC
electrical power as empty running, the stator windings (6) Current
driven rotor rotation; And the rotor Unipolar cutting the stator
windings magnetic fields (6a) in the stator windings (6a), which is
embedded in groove (22), the line Hemming Producing potential; Stator
windings (6) and the stator windings (6a), the potential size of the
circle by their respective total Series Few decisions. This change in
the stator windings at the time of manufacture (6a) turn results in the
stator windings (6a) obtained With the potential voltage, which aims
to achieve a DC transformers. Only a stator winding winding and
winding one or more intermediate tap on the leads, can be put into
practice DC current transformers. The principle and we have two sets
of windings (6) (6a), the DC motor lock the same principle. The
practical advantages : no change to a new type of device to achieve
high output, the voltage waveform Direct, simple structure, and save
materials, high efficiency, low cost and easy maintenance. The two
coaxial connecting utility model, No level of DC voltage regulation.
[19] The People's Republic of China Patent Office [12] The
application of a new patent application brochure [21] Application No.
88205221.7 [43] Notice Day April 19, 1989 [22] 88.5.6 application.
[71] days Wang Wei applicants Address agricultural mechanization
school in Xinxiang City of Henan Province Wong Tin-chi joint
applicants [72] Wang Wei Wong Tin-chi designer [54] no name for the
application of a new single-pole motor device [57] Summary This
involves the application of a new-types of power generation and
distribution equipment for device -- no single pole motor, it By
Shell, Cover, stator core, Rotors, stator winding, rotor and other
components, rotor magnet to the middle or Magnet, a polar ends of the
show, the shell is part of magnetic and non-magnetic parts from the
interval, was sawing Also combines diplomatic profile, - side of the
magnetic Cover to Cover, Cover shaft in the middle of magnets and
magnetic. Core cavity in the rotor on the stator core has to
Unipolar. The practical advantages of the new maintenance is not used :
For the device will be issued directly to the voltage waveform, the
manufacturing process is simple and low cost, high efficiency.
Book claims 1, no change to a single-pole motor installed by Shell,
Cover, stator core and stator around Group; Rotors, rotor, its
characteristic : But a shaft from the preceding (1), middle magnet
(4), after paragraph (7), of which pieces of magnetic (4), a polar
ends of the show; B, the middle rotor magnets (4) installed by the
end of the magnetic properties of magnetic materials produced Cover
(12) Axial hole and the other end in Rotors (9) of the hole (2); C,
Shell (11) from the magnetic part (24) and non-magnetic parts (23)
phase partitioning, Cross-profile moments was the formation, stator
core (10) in the shell (11) magnetic part of the medial (24) ; D,
in the stator core (10) and Shell (11) part of the non-magnetic
material (23) in the anterior surface A separate groove (22), (21).
2, as described in the request without rights to the device for
single-pole motor, the rotor is characterized Middle magnetic pieces
(4) magnet. 3, as described in the request without rights to the
device for single-pole motor, the rotor is characterized Middle
magnet (4) is the Ring Coil Winding packet from the electro-magnetic
field. 4, according to claim 1 or 2 or 3, no change to the device
described in the single-pole motor, characterized in Links to the
rotor shaft is a bat, middle magnet. 5, as described in the request
without rights to the device for single-pole motor, characterized by
lies, in turn Shaft portion (1) side of the magnetic Cover (12) for
magnetic materials, the other side of the Cover (8) by the non-magnetic
material Liu made. 6, as described in the request without rights to
the device for single-pole motor, its characteristics is that the
stator Winding (6) is the introduction of two windings (6), (6a), and
the stator windings (6), (6a), while embedded thread Core elements
stereotyping (10), opening the groove (22), embedded in the side of
some non-magnetic material (23), opening the groove (21) Inside. 7,
as described in the request without rights to the device for
single-pole motor, its characteristics is that the stator Winding (6)
is a winding and the stator windings (6), leads to one or more
intermediate tap, the stator windings (6) the thread at least turns a
circle. 8, no basis for the claim referred to the installation of two
single-pole motor, its characteristics is that the shaft Portion (1)
the open end of a cylindrical convex breaks magnets (4) the open end of
a cylindrical convex make inlay Into the hole, Rotors (9) linked to
the ends of the center opened a hole (2), the middle rotor magnet
(4), and not after the end of the hole (7) hole in the side load (2),
and fixed. Key words : cutting potential runner field magnetic
shielding single pole DC transformer without reversing device
Generalized Motor "Thermo-electrical" non-magnetic motor
"Chemical-electrical" that battery "Savings-Motor" Capacitor
"General Motors" that the mechanical energy into electrical energy,
which the daily referred to as the Motor "Burning motor" that fuel
cells, hydrogen combustion "Electrical light" Solar Cell

http://xing-yang.blogbus.com/logs/2006/01/1850750.html


Everywhere, I look, this message appears.

.... J


  #3   Report Post  
Old October 3rd 06, 01:21 PM posted to sci.electronics.repair
external usenet poster
 
First recorded activity by DIYBanter: Jul 2006
Posts: 21
Default -- Magnetic motor 1, the static magnetic field 1) Motor

Johnny Boy wrote:

-- Magnetic motor 1, the static magnetic field 1) Motor, Edison
is a classic


snip several pages of crap

cells, hydrogen combustion "Electrical light" Solar Cell


-----------------

Everywhere, I look, this message appears.

... J


Good of you to publish it again - in its entirety - by giving it a full
blown quote.

Bill


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