CN205051463U - Complete energy -conserving engine - Google Patents
Complete energy -conserving engine Download PDFInfo
- Publication number
- CN205051463U CN205051463U CN201520831600.2U CN201520831600U CN205051463U CN 205051463 U CN205051463 U CN 205051463U CN 201520831600 U CN201520831600 U CN 201520831600U CN 205051463 U CN205051463 U CN 205051463U
- Authority
- CN
- China
- Prior art keywords
- electromagnet
- permanent magnet
- group
- coil groups
- rotor
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Abstract
Complete energy -conserving engine, including the casing, installation stator and rotor in the casing, rotor structure as follows: including the pivot, the periphery of pivot installation rotor skeleton, the several electro -magnet is evenly installed to the periphery of rotor skeleton, and the quantity of electro -magnet is 4n, and n is the positive integer, all electro -magnet divide into two sets ofly altogether, two adjacent electro -magnet are different group, two electro -magnet of spaced are for on the same group, set up a permanent magnet support between every two adjacent electro -magnet, a permanent magnet is respectively installed in the outside of every permanent magnet support, the inboard of every permanent magnet support respectively is equipped with a support piece and rotor frame connection, the stator of permanent magnet and the rotor cooperation that has two sets of reverse electro -magnet are in turn utilized to it, and provide the deflecting force with permanent magnet on the rotor and stator cooperation, the drive rotor is rotatory, can realize electromagnetic conversion more high -efficiently and change the electric energy into mechanical energy, and efficiency is higher. It can effectively ensure the normal operating of engine. The utility model discloses the advantage that still has simple structure, low in manufacturing cost is honest and clean and carries simple to operate.
Description
Technical field
The utility model relates to a kind of motor, is exactly a kind of full energy-saving power machine.
Background technology
Present motor has following deficiency: 1, the large efficiency of energy consumption is low, and powerful motor is all bulky, and heavy being difficult to carries; 2, radiating effect is poor, and the situation that motor overheating damages easily occurs.
Utility model content
The purpose of this utility model is to provide a kind of full energy-saving power machine, and the little efficiency of its energy consumption is high, and has unique water circulation cooling system, can stop the situation appearance that motor is burned, thus, prior art Problems existing can be solved.
The utility model for achieving the above object, be achieved through the following technical solutions: full energy-saving power machine, comprise housing, in housing, stators and rotators is installed, it is characterized in that: rotor structure is as follows: comprise rotating shaft, rotor framework is installed in the periphery of rotating shaft, and several electromagnet is evenly installed in the periphery of rotor framework, the quantity of electromagnet is 4n, n is positive integer; All electromagnet are divided into two groups, two adjacent electromagnet are different group, two electromagnet at interval are same group, between two often adjacent electromagnet, a permanent magnet support is set, one piece of permanent magnet is respectively installed in the outside of each permanent magnet support, the inner side of each permanent magnet support is respectively provided with a strutting piece and is connected with rotor framework, and permanent magnet support and strutting piece are NULL; The first annular conduit and the second annular conduit are installed in the periphery of rotating shaft, each heat dissipation box is respectively provided with second water pipe and the first water pipe, the second all water pipes communicates with the second annular conduit, the first all water pipes communicates with the first annular conduit, rotating shaft is provided with the second water channel and the first water channel, one end of second water channel and the second annular conduit UNICOM, one end of the first water channel and the first annular conduit UNICOM; Each electromagnet is connected and composed by one group of magnetic conduction sheet, heat dissipation box, first coil groups and second coil groups, often group magnetic conduction sheet is arranged in order by several pieces magnetic conduction sheets and forms, one group of magnetic conduction sheet is installed in the periphery of heat dissipation box, heat dissipation box coordinates with the hole with all magnetic conduction sheets organized, magnetic conduction sheet periphery with group curls the first coil groups and the second coil groups, and the winding direction of the first coil groups and the second coil groups is contrary; Rotating shaft is installed multipath conducting slip ring, a path of multipath conducting slip ring is connected with the first coil groups of first group of electromagnet and the second coil groups of second group of electromagnet by wire, and another path of multipath conducting slip ring is connected with the second coil groups of first group of electromagnet and the first coil groups of second group of electromagnet by wire; Rotating disk is installed in rotating shaft, and the periphery of rotating disk is evenly provided with several projection, and the quantity of projection is 2n, each formation groove between any two adjacent projections; Stator is permanent magnet, permanent magnet goes to relative to homopolarity time corresponding with permanent magnet, sensor installation and controller in housing, transducer signals when projection being detected and passes to controller, controller controls the first coil groups of first group of electromagnet and second coil groups of second group obtains electric, first coil groups power-off of the second coil groups of first group of electromagnet and second group of electromagnet, now, first group of electromagnet is corresponding with permanent magnet; Transducer signals when groove being detected and passes to controller, controller controls the first coil groups of second group of electromagnet and second coil groups of first group obtains electric, first coil groups power-off of the second coil groups of second group of electromagnet and first group of electromagnet, now, second group of electromagnet is corresponding with permanent magnet; During the first coil groups energising, the polarity of electromagnet is identical with the polarity of permanent magnet, in housing, cooling water tank, the second annular water tank and the first annular water tank are installed, second annular water tank communicates with the other end of the second water channel, first annular water tank communicates with the other end of the first water channel, cooling water tank respectively with the second annular water tank with the first annular water tank is corresponding communicates by the 4th water pipe and the 3rd water pipe, cooling water tank is installed the first coil groups and is realized water circulation.
For realizing the purpose of this utility model further, can also by the following technical solutions: in described heat dissipation box, be provided with dividing plate.Radiator fan is installed in described rotating shaft.Described rotating shaft is installed water pump driving wheel, water pump driving wheel is connected by the power input wheel of driving-belt with the first coil groups.The upper end of described magnetic conduction sheet arranges rectangular portion, and lower end arranges trapezoidal portion.The mid point of described permanent magnet is more than or equal to rotor radius 2/3rds to the distance H of rotor center.Described rotating shaft is positioned at the second annular water tank both sides and second sealing ring is respectively set; Described rotating shaft is positioned at first ring shape tank both sides and first sealing ring is respectively set.Described NULL is iron or stainless steel.The face that described permanent magnet is corresponding with rotor is cambered surface.The quantity of described permanent magnet is 2n, permanent magnet can with one group of electromagnet one_to_one corresponding.
The utility model has the advantage of: it utilizes the stator of permanent magnet and has the rotor engagement of two groups of alternating polarities electromagnet, and to coordinate with stator with epitrochanterian permanent magnet deflecting force is provided, driving rotor rotates, can realize electromagnetic conversion more efficiently and electric energy conversion be become mechanical energy, efficiency be higher.Be provided with the simple and cooling system that radiating effect is high of structure in its rotor, effectively can solve in motor operation course difficult problem of dispelling the heat, effectively can guarantee the normal operation of engine.The utility model also has simple, the cheap for manufacturing cost and carrying and installation advantage easily of structure.
Accompanying drawing explanation
Fig. 1 is the main TV structure schematic diagram of full energy-saving power machine described in the utility model, eliminates transducer 22 in figure; Fig. 2 is that the A-A of Fig. 1 analyses and observe structure for amplifying schematic diagram; Fig. 3 is the perspective view that magnetic conduction sheet 3 coordinates with heat dissipation box 4; Fig. 4 is the structure for amplifying schematic diagram of described rotating disk 27.
Reference numeral: 1 housing 2 electromagnet 3 magnetic conduction sheet 4 heat dissipation box 5 permanent magnet support 6 permanent magnet 7 permanent magnet 8 rotor framework 9 rotating shaft 10 key 11 strutting piece 12 first annular conduit 13 cooling water tank 14 controller 15 first water pipe 16 radiator fan 17 first coil groups 18 second coil groups 19 second water pipe 20 dividing plate 21 groove 22 transducer 23 first sealing ring 24 first annular water tank 25 first water channel 26 the 3rd water pipe 27 rotating disk 28 projection 29 second annular conduit 30 water pump driving wheel 31 second water channel 32 the 4th water pipe 33 second annular water tank 34 second sealing ring 35 multipath conducting slip ring 36 trapezoidal portion 37 rectangular portion 38 keyway 39 axis hole 40 hole o mid point.
Embodiment
As shown in Figure 1, full energy-saving power machine described in the utility model, comprises housing 1, installs stators and rotators in housing 1.Rotor structure is as follows: comprise rotating shaft 9, and rotor framework 8 is installed in the periphery of rotating shaft 9, and several electromagnet 2 is evenly installed in the periphery of rotor framework 8.The quantity of electromagnet 2 is 4n, n is positive integer, and namely the quantity of electromagnet 2 is at least 4, can also be 8,12,16,20,24,28,32.。。。。。Learn according to practice for many years, when the quantity of electromagnet 2 is 8, its engine is most effective when manufacturing cost is identical.All electromagnet 2 are divided into two groups, and adjacent two electromagnet 2 are different group, and two electromagnet 2 at interval are same group.Arrange a permanent magnet support 5 between two often adjacent electromagnet 2, one piece of permanent magnet 6 is respectively installed in the outside of each permanent magnet support 5, and the inner side of each permanent magnet support 5 is respectively provided with a strutting piece 11 and is connected with rotor framework 8.The position setting of permanent magnet support 5 and strutting piece 11, is not only necessity design realizing rotor and rotate, also can reinforces further by secondary rotor skeleton 8 pairs of electromagnet 2 meanwhile, guarantee that electromagnet 2 and rotor framework 8 become organic whole further.Permanent magnet support 5, rotor framework 8 and strutting piece 11 are NULL.Described NULL is iron or stainless steel.As shown in Figure 2, the first annular conduit 12 and the second annular conduit 29 is installed in the periphery of rotating shaft 9.Each heat dissipation box 4 is respectively provided with one second water pipe 19 and the first water pipe 15, the second all water pipes 19 communicates with the second annular conduit 29, and the first all water pipes 15 communicates with the first annular conduit 12.Rotating shaft 9 is provided with one end and second annular conduit 29 UNICOM of the second water channel 31 and the first water channel 25, second water channel 31, one end of the first water channel 25 and the first annular conduit 12 UNICOM.Each electromagnet 2 is connected and composed by one group of magnetic conduction sheet, 3, heat dissipation box, 4, first coil groups 17 and second coil groups 18, and often group magnetic conduction sheet 3 is arranged in order by several pieces magnetic conduction sheets 3 and forms.One group of magnetic conduction sheet 3 is installed in the periphery of heat dissipation box 4.As shown in Figure 3, heat dissipation box 4 coordinates with the hole 40 with all magnetic conduction sheets 3 organized.As depicted in figs. 1 and 2, magnetic conduction sheet 3 periphery with group curls the first coil groups 17 and the second coil groups 18, the winding direction of the first coil groups 17 and the second coil groups 18 is contrary, thus when can guarantee that the first coil groups 17 and the second coil groups 18 are energized respectively, the polarity of electromagnet 2 is contrary.Rotating shaft 9 is installed multipath conducting slip ring 35.A path of multipath conducting slip ring 35 is connected with the first coil groups 17 of first group of electromagnet 2 and the second coil groups 18 of second group of electromagnet 2 by wire.Another path of multipath conducting slip ring 35 is connected with the second coil groups 18 of first group of electromagnet 2 and the first coil groups 17 of second group of electromagnet 2 by wire.With being series connection between the first coil groups 17 organized on all electromagnet 2, be series connection between the second coil groups 18 on all electromagnet 2 of same group, and the first coil groups 17 on same group electromagnet 2 is connected with the second coil groups 18 on different group of electromagnet 2.As shown in Figure 2, rotating shaft 9 is installed rotating disk 27, as shown in Figure 4, the periphery of rotating disk 27 is evenly provided with several projection 28, and the quantity of projection 28 is 2n.A groove 21 is formed between any two adjacent projections 28.Projection 28 and first group of electromagnet 2 one_to_one corresponding, groove 21 and second group of electromagnet 2 one_to_one corresponding.Described magnetic conduction sheet can be made up of non-crystaline amorphous metal, also can be silicon steel sheet, but silicon steel sheet heat production is excessive, and its electric utilance is less than 1/4th of non-crystaline amorphous metal.For reducing the resistance that rotating shaft 9 is rotated, rotating shaft 9 can install bearing.
Stator is permanent magnet 7, and permanent magnet 6 goes to relative to homopolarity time corresponding with permanent magnet 7.As shown in Figure 1, for eight electromagnet 2, coordinate installation four permanent magnets 7, more effectively can strengthen power and mechanical energy conversion ratio has power output.
Sensor installation 22 and controller 14 in housing 1, transducer 22 signals when projection 28 being detected and passes to controller 14, controller 14 controls the first coil groups 17 of first group of electromagnet 2 and second coil groups 18 of second group obtains electric, second coil groups 18 of first group of electromagnet 2 and the first coil groups 17 power-off of second group of electromagnet 2, now, first group of electromagnet 2 is corresponding with permanent magnet 7; Transducer 22 signals when groove 21 being detected and passes to controller 14, controller 14 controls the first coil groups 17 of second group of electromagnet 2 and second coil groups 18 of first group obtains electric, second coil groups 18 of second group of electromagnet 2 and the first coil groups 17 power-off of first group of electromagnet 2, now, second group of electromagnet 2 is corresponding with permanent magnet 7; When first coil groups 17 is energized, the polarity of electromagnet 2 is identical with the polarity of permanent magnet 7.Described controller 14 can be PLC or direct current machine control device.After the machine leads to direct current, controller 14 coordinates with transducer 22, can guarantee when certain electromagnet 2 goes to permanent magnet 7 correspondence position, as shown in Figure 1, the polarity of this electromagnet 2 is inevitable identical with the polarity of permanent magnet 7, thus produce powerful repulsion, simultaneously, on the one hand, permanent magnet 6 adjacent on the left of this electromagnet 2 produces tangential component with the repulsion of permanent magnet 7, on the other hand, the polarity of another group electromagnet 2 is contrary with permanent magnet 7, produce attraction, tangential component superposes with attraction and makes rotor produce initial starting power, once rotor deflection, the powerful repulsion that the electromagnet 2 positive corresponding with permanent magnet 7 produces just can produce rotary power further, rotor high-speed is rotated.Described transducer 22 can be proximity switch.
In housing 1, cooling water tank 13, second annular water tank 33 and the first annular water tank 24 are installed, second annular water tank 33 communicates with the other end of the second water channel 31, first annular water tank 24 communicates with the other end of the first water channel 25, cooling water tank 13 by the 4th water pipe 32 and the 3rd water pipe 26 respectively with the second annular water tank 33 with the first annular water tank 24 is corresponding communicates.As depicted in figs. 1 and 2, the heat dissipation circulating system that cooling water tank 13, the 4th water pipe 32, second annular water tank 33, second water channel 31, second annular conduit 29, second water pipe 19, heat dissipation box 4, first water pipe 15, first annular conduit 12, first water channel 25, first annular water tank 24 become to close with the 3rd water pipe 26 successively UNICOM, cooling water tank 13 is installed the first coil groups 17, for above-mentioned heat dissipation circulating system provides power to realize cool cycles.Heat dissipation box 4 can be made up of copper or aluminium.
As shown in Figure 2, be provided with dividing plate 20 in described heat dissipation box 4, dividing plate 20 can extend the path that water flows in heat dissipation box 4, to increase endothermic effect.For strengthening radiating effect further, radiator fan 16 is installed in described rotating shaft 9.
For reducing the number of the mechanism of described engine, reducing its volume and weight, as shown in Figure 2, water pump driving wheel 30 is installed in described rotating shaft 9, water pump driving wheel 30 is connected by the power input wheel of driving-belt with the first coil groups 17.
The upper end of described magnetic conduction sheet 3 arranges rectangular portion 37, and lower end arranges trapezoidal portion 36.Magnetic conduction sheet 3 arrangement of this given shape can form coil groove, can stably fixed coil group.
The mid point o of described permanent magnet 7 is more than or equal to rotor radius 2/3rds to the distance H of rotor center.
For strengthening close effect, guaranteeing that the water of radiation circulatory system can never be leaked, as shown in Figure 2, described rotating shaft 9 being positioned at the second annular water tank 33 both sides and second sealing ring 34 is respectively set; Described rotating shaft 9 is positioned at first ring shape tank 24 both sides and first sealing ring 23 is respectively set.
The face that described permanent magnet 7 is corresponding with rotor is cambered surface.
For increasing the stability rotated, strengthen the efficiency of electromagnetism work done, improve the power output of described engine, the quantity of described permanent magnet 7 is 2n simultaneously, permanent magnet 7 can with one group of electromagnet 2 one_to_one corresponding.Such as: when electromagnet 2 is 4, permanent magnet 7 is 2, or as shown in Figure 1, when electromagnet 2 is 8, permanent magnet 7 is four.
The technical solution of the utility model is not restricted in the scope of embodiment described in the utility model.
Claims (10)
1. full energy-saving power machine, comprise housing (1), in housing (1), stators and rotators is installed, it is characterized in that: rotor structure is as follows: comprise rotating shaft (9), rotor framework (8) is installed in the periphery of rotating shaft (9), several electromagnet (2) is evenly installed in the periphery of rotor framework (8), and the quantity of electromagnet (2) is 4n, n is positive integer, all electromagnet (2) are divided into two groups, two adjacent electromagnet (2) are different group, two electromagnet (2) at interval are same group, between two often adjacent electromagnet (2), a permanent magnet support (5) is set, one piece of permanent magnet (6) is respectively installed in the outside of each permanent magnet support (5), the inner side of each permanent magnet support (5) is respectively provided with a strutting piece (11) and is connected with rotor framework (8), and permanent magnet support (5) and strutting piece (11) are NULL, the first annular conduit (12) and the second annular conduit (29) are installed in the periphery of rotating shaft (9), each heat dissipation box (4) is respectively provided with second water pipe (19) and the first water pipe (15), all the second water pipes (19) communicate with the second annular conduit (29), all the first water pipes (15) communicate with the first annular conduit (12), rotating shaft (9) is provided with the second water channel (31) and the first water channel (25), one end of second water channel (31) and the second annular conduit (29) UNICOM, one end of first water channel (25) and the first annular conduit (12) UNICOM, each electromagnet (2) is by one group of magnetic conduction sheet (3), a heat dissipation box (4), first coil groups (17) and second coil groups (18) connect and compose, often organize magnetic conduction sheet (3) to be arranged in order by several pieces magnetic conduction sheets (3) and to form, one group of magnetic conduction sheet (3) is installed in the periphery of heat dissipation box (4), heat dissipation box (4) coordinates with the hole (40) with all magnetic conduction sheets (3) organized, magnetic conduction sheet (3) periphery with group curls the first coil groups (17) and the second coil groups (18), the winding direction of the first coil groups (17) and the second coil groups (18) is contrary, rotating shaft (9) is upper installs multipath conducting slip ring (35), a path of multipath conducting slip ring (35) is connected with first coil groups (17) of first group of electromagnet (2) and second coil groups (18) of second group of electromagnet (2) by wire, and another path of multipath conducting slip ring (35) is connected with second coil groups (18) of first group of electromagnet (2) and first coil groups (17) of second group of electromagnet (2) by wire, rotating shaft (9) is installed rotating disk (27), the periphery of rotating disk (27) is evenly provided with several projection (28), the quantity of projection (28) is 2n, each formation groove (21) between any two adjacent projections (28),
Stator is permanent magnet (7), and permanent magnet (6) goes to relative to homopolarity time corresponding with permanent magnet (7),
Housing (1) interior sensor installation (22) and controller (14), transducer (22) signals when projection (28) being detected and passes to controller (14), controller (14) controls first coil groups (17) of first group of electromagnet (2) and second coil groups (18) of second group obtains electric, second coil groups (18) of first group of electromagnet (2) and the first coil groups (17) power-off of second group of electromagnet (2), now, first group of electromagnet (2) is corresponding with permanent magnet (7), transducer (22) signals when groove (21) being detected and passes to controller (14), controller (14) controls first coil groups (17) of second group of electromagnet (2) and second coil groups (18) of first group obtains electric, second coil groups (18) of second group of electromagnet (2) and the first coil groups (17) power-off of first group of electromagnet (2), now, second group of electromagnet (2) is corresponding with permanent magnet (7), during the first coil groups (17) energising, the polarity of electromagnet (2) is identical with the polarity of permanent magnet (7), in housing (1), cooling water tank (13) is installed, second annular water tank (33) and the first annular water tank (24), second annular water tank (33) communicates with the other end of the second water channel (31), first annular water tank (24) communicates with the other end of the first water channel (25), cooling water tank (13) by the 4th water pipe (32) and the 3rd water pipe (26) respectively with the second annular water tank (33) with the first annular water tank (24) is corresponding communicates, upper installation first coil groups (17) of cooling water tank (13) realizes water circulation.
2. full energy-saving power machine according to claim 1, is characterized in that: be provided with dividing plate (20) in described heat dissipation box (4).
3. full energy-saving power machine according to claim 1, is characterized in that: described rotating shaft (9) is installed radiator fan (16).
4. full energy-saving power machine according to claim 1, it is characterized in that: described rotating shaft (9) is upper installs water pump driving wheel (30), and water pump driving wheel (30) is connected by the power input wheel of driving-belt with the first coil groups (17).
5. full energy-saving power machine according to claim 1, is characterized in that: the upper end of described magnetic conduction sheet (3) arranges rectangular portion (37), and lower end arranges trapezoidal portion (36).
6. full energy-saving power machine according to claim 1, is characterized in that: the mid point (o) of described permanent magnet (7) is more than or equal to rotor radius 2/3rds to the distance H of rotor center.
7. full energy-saving power machine according to claim 1, is characterized in that: described rotating shaft (9) is positioned at the second annular water tank (33) both sides and respectively arranges second sealing ring (34); Described rotating shaft (9) is positioned at first ring shape tank (24) both sides and first sealing ring (23) is respectively set.
8. full energy-saving power machine according to claim 7, is characterized in that: described NULL is iron or stainless steel.
9. full energy-saving power machine according to claim 1, is characterized in that: the face that described permanent magnet (7) is corresponding with rotor is cambered surface.
10. full energy-saving power machine according to claim 1, is characterized in that: the quantity of described permanent magnet (7) is 2n, permanent magnet (7) can with one group of electromagnet (2) one_to_one corresponding.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520831600.2U CN205051463U (en) | 2015-10-26 | 2015-10-26 | Complete energy -conserving engine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520831600.2U CN205051463U (en) | 2015-10-26 | 2015-10-26 | Complete energy -conserving engine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205051463U true CN205051463U (en) | 2016-02-24 |
Family
ID=55345005
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520831600.2U Expired - Fee Related CN205051463U (en) | 2015-10-26 | 2015-10-26 | Complete energy -conserving engine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205051463U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105226856A (en) * | 2015-10-26 | 2016-01-06 | 刘庆华 | Full energy-saving power machine |
-
2015
- 2015-10-26 CN CN201520831600.2U patent/CN205051463U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105226856A (en) * | 2015-10-26 | 2016-01-06 | 刘庆华 | Full energy-saving power machine |
| WO2017070976A1 (en) * | 2015-10-26 | 2017-05-04 | 刘庆华 | Power saving power machine |
| CN105226856B (en) * | 2015-10-26 | 2017-12-19 | 刘庆华 | Full energy-saving power machine |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| EP3176931B1 (en) | Winding type permanent magnet coupling transmission device | |
| US9071095B2 (en) | High performance power generation apparatus | |
| CN103762765A (en) | Tangential and radial resultant magnetic field embedded permanent magnet rotor driving motor | |
| KR101792411B1 (en) | Electric power generator of nonrevolution type used alternate magnetic field | |
| CN205051463U (en) | Complete energy -conserving engine | |
| CN104836398A (en) | Rotor magnetic concentrating double-stator transverse magnetic field permanent magnet synchronous motor | |
| CN102843012B (en) | Dial type energy-saving motor | |
| CN105226856A (en) | Full energy-saving power machine | |
| CN204597741U (en) | A kind of two-freedom motor | |
| CN101282067B (en) | Brushless double-mechanical-port motor | |
| CN103259350A (en) | Double-speed winding magnetic flow switching type motor | |
| CN105978275A (en) | Loop superposition magnetic circuit switch reluctance direct current motor | |
| CN206023555U (en) | A kind of permanent magnet clutch of low eddy-current loss | |
| CN101277080A (en) | Non-contact type large clearance magnetically-actuated method | |
| CN204103723U (en) | Electric automobile permanent magnet hybrid magnetic path motor | |
| CN203951347U (en) | Orthoscopic electric rotating machine | |
| KR20220107356A (en) | Generator armature Left and right Rotating field magnet instrument Generators rotating in reverse direction to each other | |
| CN105048755A (en) | Bipolar acting type permanent magnet brushless direct-current motor | |
| CN202818059U (en) | Toggle type energy-saving motor | |
| CN204145787U (en) | Drum-type permanent magnetism heating system | |
| CN202043015U (en) | Novel ultrahigh torque SRM | |
| CN102185452B (en) | A kind of huge torque switched reluctance motor | |
| CN215835302U (en) | Parallel equal-magnetic motor | |
| CN214591079U (en) | Axial direct current permanent magnet motor | |
| CN202353415U (en) | Permanent magnet coreless brushless electric machine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160224 Termination date: 20161026 |