CN208190533U - A kind of rotating mechanism of electromagnetism power drive - Google Patents
A kind of rotating mechanism of electromagnetism power drive Download PDFInfo
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- CN208190533U CN208190533U CN201820215006.4U CN201820215006U CN208190533U CN 208190533 U CN208190533 U CN 208190533U CN 201820215006 U CN201820215006 U CN 201820215006U CN 208190533 U CN208190533 U CN 208190533U
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- electromagnet assembly
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- conducting magnet
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Abstract
A kind of rotating mechanism of electromagnetism power drive installs wiping component in the big inner cylinder of outer ring, electromagnet assembly is installed on axle sleeve.Two terminals of electromagnet assembly are connected on ring busbars component, and power supply is connected to ring busbars.When the wiping piece on wiping component is shorted the insulating contact on electromagnet assembly, electromagnet assembly generates magnetic force and the wiping component is attracted to be allowed to rotate.When the end face of the H-shaped conducting magnet core on the end face and electromagnet assembly of the U-shaped conducting magnet core of the wiping component tends to nearest state, wiping piece cuts off the short circuit to insulating contact, and attraction disappears.At this moment the insulating contact on other electromagnet assemblies is shorted by the wiping piece of the closer wiping component of gathering, repeats above-mentioned movement.Outer ring is set to obtain the torque of continuous rotation.Wiping component and electromagnet assembly have the characteristics that the changeability for the number of recesses that can be opened up on modularized design and outer ring and axle sleeve, so that the characteristics of the utility model is more suitable for individual demand.
Description
Technical field
The utility model belongs to electromagnetic power technical field, more particularly to a kind of rotating mechanism of electromagnetism power drive.
Background technique
The mechanism for generating power by electromagnetic force has very much, such as AC-DC motor, breaker, contactor switching electromagnetism
It is that magnetic force makes mechanism action that the movement of iron and some mechanisms, which is all by electrical power conversion, to complete a few thing movement.It utilizes
Electromagnetic force is very widely used to solve the movement in life and production process, and cooperation intelligent program can complete many complexity
Work and automated production in a certain link movement.
Summary of the invention
The purpose of the utility model is to provide a kind of rotating mechanisms of electromagnetism power drive, as shown in Figure 1, in outer ring is big
Multiple U-shaped conducting magnet cores are embedded in multiple grooves that cylinder is opened up, the recess of U-shaped conducting magnet core is towards big outer ring inner prop
The central axis in face.Between the adjacent surface for multiple grooves that the U-shaped conducting magnet core and big outer ring inner cylinder are opened up, dress
Isolated material equipped with magnetic.The wiping piece is connect by connector with the bottom of U-shaped conducting magnet core recess.
The electromagnet assembly is made of H-shaped conducting magnet core, coil and insulating contact.Coil is socketed H-shaped magnetic conduction iron
Crossbeam in the middle part of core.Multiple grooves are offered on the outer cylinder of axle sleeve, two feet of H-shaped conducting magnet core bottom are embedded into axle sleeve
In the multiple grooves opened up on outer cylinder, magnetic is installed between the H-shaped conducting magnet core and the interlocking face of axle sleeve is isolated material
Material.
Ring busbars component, structure between insulating contact, coil, ring busbars and power supply are socketed on the outer cylinder of axle sleeve
The current supply circuit disconnected at a concatenation.When insulating contact is shorted, corresponding coil obtain it is electric so that corresponding H-shaped is led
Magnetic core generates magnetic force.
As shown in Fig. 2, the centre bore of axle sleeve is fixedly attached the outer cylinder of support shaft, the small centre bore in outer ring inside passes through axis
It holds and is connect with the right end of support shaft.The left end of support shaft and the left end of axle sleeve are fixedly connected with the hole on pedestal top.Constitute one
A kind of rotating mechanism of the static electromagnetism power drive of outer ring rotating inner ring.
As shown in Figure 1, being uniformly distributed the setting on axle sleeve with electromagnet assembly on outer ring by multiple wiping components
Fixed arrangement, multiple wiping components have the insulating contact for sequentially switching and connecting on electromagnet assembly.Reach the wiping on outer ring
Component is continuously driven clockwise, to drive outer ring rotating.
As shown in Fig. 2, the left part in outer ring is equipped with axis, it is conducive to connection and power output.
The technical solutions adopted are as follows
A kind of rotating mechanism of electromagnetism power drive, comprising: pedestal 1, outer ring 2, axle sleeve 3, support shaft 4, multiple electromagnet groups
Part, multiple wiping components, ring busbars component 17, cover board 18 and bearing 19；It is characterized by: the inner cylinder institute big in outer ring 2
Embedded with multiple U-shaped conducting magnet cores in the multiple equidistant grooves opened up, the recess of U-shaped conducting magnet core is towards big outer ring inner prop
The central axis in face.Magnetic isolation plate between the adjacent surface for multiple grooves that the big inner cylinder of U-shaped conducting magnet core and outer ring 2 is opened up,
Wiping piece is connect by connector with the bottom of U-shaped conducting magnet core recess, the first wiping of multiple groups component 9, the second wiping component 11
The adjacent groove opened up on the big inner cylinder face in outer ring 2 is respectively placed in the 12 neighbouring clockwise sequence arrangement of third wiping component
It is interior.Wiping piece is located at the same clockwise of U-shaped conducting magnet core.
Second electromagnet assembly 14 by: coil 6, H-shaped conducting magnet core 7 and insulating contact 15 are constituted, and H-shaped conducting magnet core 7 is
Middle part between two columns is fixedly connected with a crossbeam, and the H-shaped shape of H-shaped conducting magnet core 7, it is horizontal that coil 6 is socketed this
Beam；One terminals of the terminals connection insulating contact 15 of coil 6.First electromagnet assembly 5 and the second electromagnet group
Part 14 is identical.First electromagnet assembly 5 and the second electromagnet assembly 14 etc. are referred to as electromagnet assembly.
First wiping component 9 by: the first U-shaped conducting magnet core 8 and the first wiping piece 10 are constituted；First wiping component 9 is the
The left end of one wiping piece 10 is fixedly connected by connector with the setting position of the first U-shaped conducting magnet core 8.
Third wiping component 12 is made of the second U-shaped conducting magnet core 13 and the second wiping piece 16；First U-shaped conducting magnet core 8
Identical with the second U-shaped conducting magnet core 13, third wiping component 12 is that the setting position of 16 upper surface of the second wiping piece passes through connection
Part is fixedly connected with the setting position of the second U-shaped conducting magnet core 13.
The small inner cylinder face at 2 middle part of outer ring is coaxially connected by bearing 19 and the right end of support shaft 4；The centre bore of axle sleeve 3
It is socketed the outer cylinder of support shaft 4, axle sleeve 3 is in the left side of support shaft 4；Ring busbars component 17 is socketed setting for the outer cylinder of axle sleeve 3
Positioning is set.
The first electromagnet assembly 5 in the multiple electromagnet assembly and the coil 6 on the second electromagnet assembly 14 it is another
One end connects a bus in annular busbar assembly 17, on multiple first electromagnet assemblies 5 and the second electromagnet assembly 14
The other end of insulating contact 15 connects another bus in annular busbar assembly 17；First electricity in the multiple electromagnet assembly
Magnet assemblies 5 and the second electromagnet assembly 14 are used as an assembled unit, and angle between the two is greater than multiple electromagnet assemblies
The respectively angle of 3 outer cylinder of axle sleeve；And the first electromagnet assembly 5 and the second electromagnet assembly 14 are used as an assembled unit, it is more
Group is equally distributed when being distributed in 3 outer cylinder of axle sleeve.
Port is done in the outer cylinder of centre bore set 3 left part of axle sleeve of cover board 18, clearance fit, the right end of cover board 3 and outer ring 2
It is tightly connected.
The hole on 1 top of pedestal is fixedly connected with the outer cylinder of the left end of axle sleeve 3 and support shaft 4.
The first wiping component 9, the first wiping piece 10 on the second wiping component 11 and third wiping component 12
For second wiping piece 16 when turning to setting position around support shaft with outer ring, the first wiping piece 10 and the second wiping piece 16 are shorted phase
The spacing contact of corresponding insulating contact.
First U-iron core is identical as the second U-iron core.
Described the first wiping component 9, the first wiping piece 10 on the second wiping component 11 and third wiping component 12 etc.
It is referred to as wiping component.
Advantages of the present invention
The utility model has the advantages that can be with modularized design for wiping component and electromagnet assembly, it can also be with
A certain number of grooves are opened up on outer ring and axle sleeve as needed to install a certain number of wiping components and electromagnet assembly,
It obtains the driving equipment of different rotating speeds and different torques, meets the needs of users.
Detailed description of the invention
Fig. 1 is a kind of assembling schematic diagram of the rotating mechanism of electromagnetism power drive.
Fig. 2 is the cross-sectional view A-A of Fig. 1.
Fig. 3 is the connection of wiping piece and insulating contact when wiping component and electromagnet assembly mutually rotate relative position variation
With the schematic diagram 1 of disconnection.
Fig. 4 is the connection of wiping piece and insulating contact when wiping component and electromagnet assembly mutually rotate relative position variation
With the schematic diagram 2 of disconnection.
Fig. 5 is the connection of wiping piece and insulating contact when wiping component and electromagnet assembly mutually rotate relative position variation
With the schematic diagram 3 of disconnection.
Fig. 6 is the connection of wiping piece and insulating contact when wiping component and electromagnet assembly mutually rotate relative position variation
With the schematic diagram 4 of disconnection.
Specific embodiment
A kind of rotating mechanism of electromagnetism power drive, comprising: pedestal 1, outer ring 2, axle sleeve 3, support shaft 4, the first electromagnet group
Part 5, the first wiping component 9, the second wiping component 11, third wiping component 12, the second electromagnet assembly 14, ring busbars component
17, cover board 18 and bearing 19.
Second electromagnet assembly 14 mainly by: coil 6, H-shaped conducting magnet core 7 and insulating contact 15 are constituted；First electromagnet
Component 5 and the second electromagnet assembly 14 are identical.
First wiping component 9 mainly by: the first U-shaped conducting magnet core 8 and the first wiping piece 10 are constituted；Second wiping component 11
It is identical as the first wiping component 9.
Third wiping component 12 mainly by: the second U-shaped conducting magnet core 13 and the second wiping piece 16 are constituted；It is characterized by:
The H-shaped conducting magnet core 7 is that the middle part between two columns is connected with the H-shaped shape of crossbeam, and coil 6 is socketed this
Crossbeam；One terminals of the terminals connection insulating contact 15 of coil 6；The first wiping component 9 is first sliding
The left end of contact 10 is fixedly connected by connector with the bottom setting position of the recess of the first U-shaped conducting magnet core 8.
Third wiping component 12 is that the setting position of 16 upper surface of the second wiping piece passes through connector and the second U-shaped magnetic conduction iron
The bottom setting position of the recess of core 13 is fixedly connected.
Uniform circular is to 12 identical grooves are offered in the big inner cylinder of outer ring 2, with two the first wiping groups
Part 9 and a third wiping component 11 are one group and arrange in the direction of the clock, fix group with four groups of arranged clockwises and are installed in institute
In the 12 identical grooves opened up；Wiping piece therein is located at the clockwise direction side of wiping component.
The first wiping component 9, the second wiping component 11 and the third wiping component 11 installed connect with embedded slot
Magnetic isolation plate is installed between contacting surface.
Eight grooves are uniformly provided on the circumferencial direction of the outer cylinder of axle sleeve 3.Eight the first electromagnet assemblies 5 are adjacent suitable
Sequence arrangement, be fixedly connected on the outer cylinder for being placed in axle sleeve 3 and open up in eight grooves, the first electromagnet assembly 5 be mutually embedded in it is recessed
Magnetic partition is equipped between the corresponding surface of slot.The insulating contact 15 of eight the first electromagnet assemblies 5 side in the clockwise direction.
The small inner cylinder face at 2 middle part of outer ring is coaxially connected by bearing 19 and the right end of support shaft 4；The centre bore of axle sleeve 3
It is socketed the outer cylinder of support shaft 4, axle sleeve 3 is in the left side of support shaft 4；Ring busbars component 17 is socketed the outer cylinder setting of axle sleeve 3
Position.
Multiple first electromagnet assemblies 5 connect annular with the other end of the coil 6 on the second electromagnet assembly 14
A bus in busbar assembly 17, the first electromagnet assembly 5 and the insulating contact 15 on the second electromagnet assembly 14 it is another
End connects another bus in annular busbar assembly 17.
The outer cylinder of centre bore set 3 left part of axle sleeve of cover board 18, clearance fit, the right end of cover board 18 and the left end of outer ring 2
Mouth is tightly connected.
The hole on 1 top of pedestal is fixedly connected with the outer cylinder of the left end of axle sleeve 3 and the left end of support shaft 4.
First wiping component 9, the first wiping piece 10 on the second wiping component 11 and the third wiping component 12
For two wiping pieces 16 when turning to setting position around support shaft 4 with outer ring 2, the first wiping piece 10 and the second wiping piece 16 are shorted phase
The spacing contact of corresponding insulating contact 15.
First U-iron core 8 is identical as the second U-iron core 13.
First wiping component 9, third wiping component 12 and first electromagnet assembly 5 is used as a kind of electromagnetism power drive
Rotating mechanism have the advantages that can modularized design, and on 3 outer cylinder of inner cylinder and axle sleeve of outer ring 2, as needed
Uniformly open up the installing that a certain number of grooves supply the first wiping component 9, third wiping component 12 and the first electromagnet assembly 5；
Structure is simple, can easily configure as needed.For the present invention it is however emphasized that part.
Working principle
15 and ring busbars component as shown in Figure 1, the coil 6 and isolation on second electromagnet assembly 14 are lifted one's head
17 and electric power generating composition one open circuit current supply circuit, when insulating contact 15 is shorted by wiping piece, corresponding coil 6
Electricity attracts nearest slide assemblies close to each other so that corresponding H-shaped conducting magnet core 7 generates magnetic force.Until electromagnet group
After the center line of the U-shaped conducting magnet core of the center line and slide assemblies of the H-shaped conducting magnet core of part is overlapped, the wiping on slide assemblies
Piece cuts off the short circuit of the insulating contact 15 on corresponding electromagnet assembly, so that electromagnet assembly loses magnetic force.That is,
When the center line weight of the U-shaped conducting magnet core of the center line and slide assemblies of the H-shaped conducting magnet core of the electromagnet assembly to attract each other
After conjunction, mutual attraction just disappears.
The slide assemblies are the first wiping component 9, the second wiping component 11 and third wiping component 12；Electromagnet group
Part is the first electromagnet assembly 5 and the second electromagnet assembly 14；Wiping piece is the first wiping piece 10 and the second wiping piece 16.
As shown in Figure 1, when the distance between the upper end of the first electromagnet assembly 5 and the lower end of the first wiping component 9 are gone back greatly
When the upper end and the distance between the lower end of the second wiping component 11 of the first electromagnet assembly 5, the first wiping piece 10 is not shorted
Insulating contact on first electromagnet assembly 5.At this moment, the second wiping piece 16 on third wiping component 12 is still shorted the second electricity
Insulating contact 15 in magnetic assembly 14 pulls outer ring 2 to rotate clockwise.At this moment, precondition is H on the second electromagnetic assembly 14
The symmetrical center line of shape conducting magnet core 7 is also on the right side of third wiping component 12U shape conducting magnet core symmetrical center line.So wanting
It asks the angle between an electromagnet assembly 5 and the second electromagnet assembly 14 to be greater than the multiple electromagnet assemblies installed and divides equally axle sleeve
The angle of 3 circumferencial directions, but the first electromagnet assembly 5 as component units and the second electromagnet assembly 14 are to be distributed in
The outer cylinder of 3 circumferencial direction of axle sleeve.
Until the distance between lower end of the first electromagnet assembly 5 and the first wiping component 9 is less than the first electromagnet assembly 9
Upper end and the second wiping component 11 the distance between lower end when, the first wiping piece 10 be shorted the first electromagnet assembly 5 on
Insulating contact 15.At this moment the second wiping piece 16 is detached from the short circuit to the insulating contact 15 of the second electromagnet assembly 14, third wiping
Attraction between component 12 and the second electromagnet assembly 14 disappears.The upper end of first electromagnet assembly 5 attracts the first wiping group
The upper end that power on part 9 is greater than the first electromagnet assembly 5 attracts the power on the second wiping component 11, and the first slide assemblies 9 are by the
One electromagnet assembly 5 pulls so that outer ring rotates clockwise.
When outer ring 2 rotates an angle, the first wiping piece 10 is detached to the insulating contact on the first electromagnet assembly 5
It is shorted, the attraction between the first slide assemblies 9 and the first electromagnet assembly 5 disappears.At this moment, the cunning on the second wiping component 11
Contact is shorted the insulating contact 15 on the second electromagnet assembly 14, and at this moment second the 11 to the second electromagnet assembly of wiping component 14
Distance less than the second electromagnet assembly 14 arrive third wiping component 12 distance.Second electromagnet assembly 14 attracts the second wiping
Component 11 drives outer ring 2 to continue to rotate clockwise.When the wiping piece on the second wiping component 11 is detached to two electromagnet assemblies 14
When the short circuit of upper insulating contact 15, the attraction between the second wiping component 11 and two electromagnet assemblies 14 disappears.Second wiping
Piece 16 will also be shorted the insulating contact on corresponding electromagnet assembly, after pulling outer ring 2 to rotate an angle, allow the first wiping piece
10 repeat aforementioned activities, and the insulating contact 15 being shorted on the second electromagnet assembly 14 pulls outer ring 2 to rotate clockwise.Complete one
A circulation action.
When Fig. 3,4,5 and 6 are that the relative position that wiping component and electromagnet assembly mutually rotate changes, on wiping component
Wiping piece is shorted or is detached from the status diagram of insulating contact on electromagnet assembly.Third wiping component 12 is from being shorted the second electromagnetism
The starting of insulating contact on iron component 14, to electromagnet group of the third wiping component 12 on the right side of the second electromagnet assembly of short circuit 14
The action cycle that an outer ring is continuously driven is completed in the starting of insulating contact on part.This period is continuous.
The first wiping of multiple groups component 9,11 and of the second wiping component is arranged in clock-wise order on the big inner cylinder face in outer ring 2
Third wiping component 12, and install multiple groups the first electromagnet assembly 5 and the second electromagnet assembly 14 clockwise on axle sleeve 3, it can
To repeat above-mentioned work.The stationarity that the driven power and outer ring 2 for increasing outer ring 2 rotate.
Claims (7)
1. a kind of rotating mechanism of electromagnetism power drive, comprising: pedestal (1), outer ring (2), axle sleeve (3), support shaft (4), Duo Ge electricity
Magnet assemblies, multiple wiping components, ring busbars component (17), cover board (18) and bearing (19)；It is characterized by: in outer ring
(2) multiple conducting magnet cores are embedded in multiple equidistant grooves that big inner cylinder circumferencial direction is opened up, conducting magnet core and outer
It encloses between the adjacent surface of the multiple grooves opened up in (2) big inner cylinder and is equipped with magnetic isolation plate, multiple groups the first wiping component (9),
Magnetic isolation plate, wiping piece are equipped between second wiping component (11) and third wiping component (12) and the corresponding surface for the groove being mutually embedded in
It is connected by the setting position of connector and conducting magnet core, multiple groups the first wiping component (9), the second wiping component (11) and third
The sequence arrangement of wiping component (12) neighbouring clockwise is respectively placed in the adjacent groove opened up on the big inner cylinder face in outer ring (2)
It is interior；Multiple electromagnet assemblies are placed in the multiple grooves opened up on the outer quasi- face of axle sleeve (3), electromagnet assembly and axle sleeve (3)
Groove interlocking face between be equipped with magnetic isolation plate.
2. a kind of rotating mechanism of electromagnetism power drive according to claim 1, it is characterised in that: multiple electromagnet assemblies point
For the first electromagnet assembly and the second electromagnet assembly, the second electromagnet assembly (14) is by coil (6), H-shaped conducting magnet core (7)
It is constituted with insulating contact (15), H-shaped conducting magnet core (7) is that the middle part between two columns is fixedly connected with a crossbeam, and H-shaped is led
The H-shaped shape of magnetic core (7), coil (6) are socketed this crossbeam；One terminals of coil (6) connect insulating contact (15)
A terminals；First electromagnet assembly (5) is identical as the second electromagnet assembly.
3. a kind of rotating mechanism of electromagnetism power drive according to claim 1, it is characterised in that: the conducting magnet core is
U-shaped conducting magnet core, the first wiping component (9) by: the first U-shaped conducting magnet core (8) and the first wiping piece (10) are constituted；First wiping
Component (9) is that the left end of the first wiping piece (10) connects by the way that the setting position of connector and the first U-shaped conducting magnet core (8) is fixed
It connects；First wiping component (9) is identical as second wiping component (11).
4. a kind of rotating mechanism of electromagnetism power drive according to claim 1, it is characterised in that: third wiping component (12)
It is made of the second U-shaped conducting magnet core (13) and the second wiping piece (16)；First U-shaped conducting magnet core (8) and the second U-shaped conducting magnet core
(13) identical, third wiping component (12) is that the setting position of second wiping piece (16) upper surface passes through connector and the second U-shaped
The setting position of conducting magnet core (13) is fixedly connected.
5. a kind of rotating mechanism of electromagnetism power drive according to claim 1, it is characterised in that: small in the middle part of outer ring (2)
Inner cylinder face is coaxially connected by bearing (19) and the right end of support shaft (4)；Centre bore socket support shaft (4) of axle sleeve (3)
Outer cylinder, left side of the axle sleeve (3) in support shaft (4)；Ring busbars component (17) is socketed the setting position of the outer cylinder of axle sleeve (3)
It sets.
6. a kind of rotating mechanism of electromagnetism power drive according to claim 1, it is characterised in that: the multiple electromagnet group
The first electromagnet assembly (5) connects annular busbar assembly with the other end of the coil (6) on the second electromagnet assembly (14) in part
(17) bus in, insulating contact (15) on multiple first electromagnet assemblies (5) and the second electromagnet assembly (14)
The other end connects another bus in annular busbar assembly (17).
7. a kind of rotating mechanism of electromagnetism power drive according to claim 2, it is characterised in that: the multiple electromagnet group
The first electromagnet assembly (5) and the second electromagnet assembly (14) are used as an assembled unit in part, and angle between the two is greater than
Multiple electromagnet assemblies divide equally the angle of axle sleeve (3) outer cylinder；And the first electromagnet assembly (5) and the second electromagnet assembly (14)
It is equally distributed when being distributed in axle sleeve (3) outer cylinder as an assembled unit multiple groups.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820215006.4U CN208190533U (en) | 2018-02-07 | 2018-02-07 | A kind of rotating mechanism of electromagnetism power drive |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820215006.4U CN208190533U (en) | 2018-02-07 | 2018-02-07 | A kind of rotating mechanism of electromagnetism power drive |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208190533U true CN208190533U (en) | 2018-12-04 |
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ID=64440210
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820215006.4U Active CN208190533U (en) | 2018-02-07 | 2018-02-07 | A kind of rotating mechanism of electromagnetism power drive |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208190533U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108054959A (en) * | 2018-02-07 | 2018-05-18 | 刘斌 | A kind of rotating mechanism of electromagnetic force driving |
-
2018
- 2018-02-07 CN CN201820215006.4U patent/CN208190533U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108054959A (en) * | 2018-02-07 | 2018-05-18 | 刘斌 | A kind of rotating mechanism of electromagnetic force driving |
| CN108054959B (en) * | 2018-02-07 | 2024-02-06 | 刘斌 | Electromagnetic force driven rotating mechanism |
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