CN203230555U - Magnetoelectric kinetic energy compressor - Google Patents
Magnetoelectric kinetic energy compressor Download PDFInfo
- Publication number
- CN203230555U CN203230555U CN 201320211293 CN201320211293U CN203230555U CN 203230555 U CN203230555 U CN 203230555U CN 201320211293 CN201320211293 CN 201320211293 CN 201320211293 U CN201320211293 U CN 201320211293U CN 203230555 U CN203230555 U CN 203230555U
- Authority
- CN
- China
- Prior art keywords
- guide card
- pin
- magnet
- kinetic energy
- decides
- 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 - Lifetime
Links
Images
Abstract
The utility model relates to a magnetoelectric kinetic energy compressor comprising symmetric cylinders. Each cylinder is provided with a piston inside. Every cylinder is fixed on a cylinder support. The pistons are connected and fitted together through a first magnet. The pistons and the first magnet are disposed on a sliding rack which can move left and right. A first core with a peripherally and axially wound first electromagnet coil covers the first magnet. The cylinder support is provided with a first pin, a second pin, a third pin and a fourth pin. The first pin and the third pin are electrically connected with a positive wire through contact and push switches. The second pin and the fourth pin are electrically connected with a negative wire through other contact and push switches. A changeover switch for changing the direction of current is connected to the first electromagnet coil. The pistons are driven by action force between an electromagnet and the magnets, the direction of current is changed through the changeover switch, and accordingly poles of the electromagnet are changed and the pistons can reciprocate. The magnetoelectric kinetic energy compressor has the advantages of simple structure, energy saving, environmental friendliness and low friction.
Description
Technical field
The present invention relates to a kind of calutron, refer to a kind of magnetoelectricity kinetic energy compressor specifically.
Background technique
Compressor is as a kind of common fluid machinery, and its to-and-fro motion by piston realizes acting.The structure of general compressor includes motor, crank, connecting rod, piston and cylinder, and the motor driving crank rotates, and crank drives piston reciprocates by connecting rod, thereby makes the piston acting of moving in cylinder.But connect owing to be contact between its each parts, will inevitably produce frictional force in movement process, will cause energy dissipation and overcome these friction workings, the phase mutual friction between the parts also can cause the damage of parts.
Summary of the invention
Technical problem to be solved by this invention is at above-mentioned prior art present situation, and reasonable in design, simple in structure, energy-conserving and environment-protective, magnetoelectricity kinetic energy compressor that frictional force is little are provided.
The present invention solves the problems of the technologies described above the technological scheme that adopts:
Magnetoelectricity kinetic energy compressor, include symmetrically arranged cylinder, be respectively arranged with piston in the cylinder, cylinder is fixed on the cylinder support, wherein, be combined together by the connection of first magnet between the piston, piston places on the sliding mount of energy move left and right together with first magnet, first magnet is arranged with first iron core that peripheral, axial is wound with first electromagnetic coil outward, the cylinder support is provided with first pin, second pin, the 3rd pin and the 4th pin, first pin and the 3rd pin are electrically connected with electrode line through bumping buck switch, second pin and the 4th pin are electrically connected with negative line through bumping buck switch, are connected with on first electromagnetic coil for the throw over switch that changes current direction.
For optimizing technique scheme, the measure of taking also comprises:
Above-mentioned throw over switch includes fixing frame and swing frame, fixing frame is provided with second iron core that peripheral, axial is wound with second electromagnetic coil, swing frame is provided with second magnet, and swing frame can make second magnet contact with second iron core with fixing frame by rotating shaft or movable cooperation dividually; Throw over switch also comprises the movable plate that the fixed plate of deciding guide card is installed and moving guide card is installed, and movable plate and fixed plate can make guide card and decide that guide card contacts or activity cooperation dividually by rotating shaft.
One end of the second above-mentioned electromagnetic coil is electrically connected with first pin and second pin respectively, its the other end is electrically connected with the 3rd pin and the 4th pin, moving guide card is two, be respectively the first moving guide card and the second moving guide card, the first moving guide card and the second moving guide card are electrically connected with first electromagnetic coil, deciding guide card is four, being respectively first decides guide card, second and decides guide card, the 3rd and decide guide card and the 4th and decide guide card, first decides guide card and the 4th decides guide card and is electrically connected with negative line, and second decides guide card and the 3rd and decide guide card and be electrically connected with electrode line.
Above-mentioned swing frame includes two and is positioned at the swing arm of the second iron core both sides and the driving lever that cooperates with movable plate, and swing arm and driving lever constitute the Y-shaped structure, and the end of swing arm is separately installed with second magnet, and the second magnet homopolarity is oppositely arranged.
Be provided with the sector structure of fan-shaped cavity in the middle of above-mentioned movable plate is, driving lever places in the fan-shaped cavity, and swing frame cooperates with movable plate is movable with the cooperating of inner edge of fan-shaped cavity by driving lever.
Above-mentioned fixed plate is semi-circular structure, and first decides guide card, second decides guide card, the 3rd and decide guide card and the 4th and decide guide card and be fixed on the fixed plate equally spacedly successively.
The semi-circular end face both sides of above-mentioned fixed plate are respectively arranged with first and protect position magnet, and the fan-shaped two ends of movable plate are respectively arranged with second and protect position magnet, first protect that position magnet and second protects that position magnet can be inhaled mutually or discretely activity cooperate.
The above-mentioned buck switch that bumps includes the movable block that is the T font, movable block is provided with conductive copper sheet, the both sides of movable block are respectively arranged with carbon brush, and carbon brush is connected cooperation with the pushing spring respectively, and conductive copper sheet cooperates by being connected of movable block and Returnning spring and can be switched on or switched off with carbon brush and to cooperate.
The first above-mentioned magnet constitutes by the relative magnet of two homopolarities is fixedly connected.
Magnetoelectricity kinetic energy compressor of the present invention, be combined together by the connection of first magnet between the piston, piston places on the sliding mount of energy move left and right together with first magnet, first magnet is arranged with first iron core that peripheral, axial is wound with first electromagnetic coil outward, the cylinder support is provided with first pin, second pin, the 3rd pin and the 4th pin, first pin and the 3rd pin are electrically connected with electrode line through bumping buck switch, second pin and the 4th pin are electrically connected with negative line through bumping buck switch, are connected with on first electromagnetic coil for the throw over switch that changes current direction.Magnetoelectricity kinetic energy compressor of the present invention, constitute first electromagnet by first electromagnetic coil and first iron core, utilize the magnetic force driven plunger between first electromagnet and first magnet to move toward a direction, when piston moves to limit position together with sliding mount toward a direction, bump buck switch, bumping buck switch connects the back throw over switch and starts to make on first electromagnetic coil and pass through back current, thereby change the magnetic pole at the first electromagnet two ends, make first electromagnet and movable frame toward motion in the other direction, the buck switch that bumps up to movable frame touching opposite side, current direction changes again, and so circulation realizes the to-and-fro motion of piston; This compressor just can drive with DC electrical source, and does not directly contact between first electromagnet and first magnet, has avoided the generation of unnecessary frictional force, has improved the conversion ratio of the energy, has saved the energy.
Description of drawings
Fig. 1 is the structural representation of the embodiment of the invention one;
Fig. 2 is I portion enlarged view among Fig. 1;
Fig. 3 is the structural representation that bumps buck switch among Fig. 1;
Fig. 4 is the structural representation of the embodiment of the invention two;
Fig. 5 is the structural representation of the embodiment of the invention three;
Fig. 6 is the structural representation of the embodiment of the invention four.
Embodiment
Below in conjunction with accompanying drawing embodiments of the invention are described in further detail.
Fig. 1 is to Figure 6 shows that structural representation of the present invention.
Reference character wherein is: cylinder 1, cylinder support 11, piston 2, first magnet 3, sliding mount 4, first electromagnetic coil 51, first iron core 52, the first pin 53a, the second pin 53b, the 3rd pin 53c, the 4th pin 53d, bump buck switch 6, movable block 61, conductive copper sheet 62, carbon brush 63, pushing spring 64, Returnning spring 65, electrode line 7a, negative line 7b, throw over switch 8, first protects position magnet 801, second protects position magnet 802, fixing frame 81, swing frame 82, swing arm 821, driving lever 822, second electromagnetic coil 831, second iron core 832, second magnet 84, rotating shaft 85, decide guide card 86, first decides guide card 86a, second decides guide card 86b, the 3rd decides guide card 86c, the 4th decides guide card 86d, fixed plate 87, moving guide card 88, the first moving guide card 88a, the second moving guide card 88b, movable plate 89, fan-shaped cavity 89a, power switch 9.
Embodiment one:
As shown in Figure 1 to Figure 3, magnetoelectricity kinetic energy compressor, include symmetrically arranged cylinder 1, be respectively arranged with piston 2 in the cylinder 1, cylinder 1 is fixed on the cylinder support 11, wherein, be combined together by 3 connections of first magnet between the piston 2, piston 2 places on the sliding mount 4 of energy move left and right together with first magnet 3, be arranged with first iron core 52 that peripheral, axial is wound with first electromagnetic coil 51 outside first magnet 3, cylinder support 11 is provided with the first pin 53a, the second pin 53b, the 3rd pin 53c and the 4th pin 53d, the first pin 53a and the 3rd pin 53c are electrically connected with electrode line 7a through bumping buck switch 6, the second pin 53b and the 4th pin 53d are electrically connected with negative line 7b through bumping buck switch 6, are connected with on first electromagnetic coil 51 for the throw over switch 8 that changes current direction.
Among the embodiment, throw over switch 8 includes fixing frame 81 and swing frame 82, fixing frame 81 is provided with second iron core 832 that peripheral, axial is wound with second electromagnetic coil 831, swing frame 82 is provided with second magnet 84, and swing frame 82 can make second magnet 84 contact with second iron core 832 with fixing frame 81 by rotating shaft 85 or movable cooperation dividually; Throw over switch 8 also comprises the movable plate 89 that the fixed plate 87 of deciding guide card 86 is installed and moving guide card 88 is installed, and movable plate 89 and fixed plate 87 can make guide card 88 and decide that guide card 86 contacts or activity cooperation dividually by rotating shaft 85.
Among the embodiment, one end of second electromagnetic coil 831 is electrically connected with the first pin 53a and the second pin 53b respectively, its the other end is electrically connected with the 3rd pin 53c and the 4th pin 53d, moving guide card 88 is two, be respectively the first moving guide card 88a and the second moving guide card 88b, the first moving guide card 88a and the second moving guide card 88b are electrically connected with first electromagnetic coil 51, deciding guide card 86 is four, be respectively first and decide guide card 86a, second decides guide card 86b, the 3rd decides guide card 86c and the 4th decides guide card 86d, first decides guide card 86a and the 4th decides guide card 86d and is electrically connected with negative line 7b, and second decides guide card 86b and the 3rd and decide guide card 86c and be electrically connected with electrode line 7a.
Among the embodiment, swing frame 82 includes two and is positioned at the swing arm 821 of second iron core, 832 both sides and the driving lever 822 that cooperates with movable plate 89, swing arm 821 constitutes the Y-shaped structure with driving lever 822, and the end of swing arm 821 is separately installed with second magnet, 84, the second magnet, 84 homopolarities and is oppositely arranged.
Among the embodiment, be provided with the sector structure of fan-shaped cavity 89a in the middle of movable plate 89 is, driving lever 822 places in the fan-shaped cavity 89a, and swing frame 82 cooperates with movable plate 89 activities with the cooperating of inner edge of fan-shaped cavity 89a by driving lever 822.
Among the embodiment, fixed plate 87 is semi-circular structure, and first decides guide card 86a, second decides guide card 86b, the 3rd and decide guide card 86c and the 4th and decide guide card 86d and be fixed in equally spacedly on the fixed plate 87 successively.
Among the embodiment, the semi-circular end face both sides of fixed plate 87 are respectively arranged with first and protect position magnet 801, the fan-shaped two ends of movable plate 89 be respectively arranged with second protect that position magnet 802, the first protects that position magnet 801 and second protect that position magnet 802 can be inhaled mutually or discretely activity cooperate; Protect position magnet 801 and second by first and protect position magnet 802 and inhale mutually to play and protect the position effect, thus the smooth and easy operation of assurance compressor.
Among the embodiment, bump buck switch 6 and include the movable block 61 that is the T font, movable block 61 is provided with conductive copper sheet 62, the both sides of movable block 61 are respectively arranged with carbon brush 63, carbon brush 63 is connected cooperation with pushing spring 64 respectively, and conductive copper sheet 62 cooperates by being connected of movable block 61 and Returnning spring 65 and can be switched on or switched off with carbon brush 63 and to cooperate.
Among the embodiment, first magnet 3 constitutes by the relative magnet of two homopolarities is fixedly connected, adopts two structures that the magnet homopolarity is relative, makes the joint produce mixed magnetic field, thereby improves magnetic intensity, thus strengthen and electromagnet between interaction force.
Embodiment two:
As shown in Figure 4, first electromagnetic coil 51 and first iron core 52 constitute electromagnet, in order to strengthen magnetic force, adopt the Driving force of mechanism's increase piston 2 of two electromagnet series connection, and the more electromagnet of can connecting certainly makes Driving force become stronger.
Embodiment three:
As shown in Figure 5, first electromagnetic coil 51 and first iron core 52 constitute electromagnet, in order to strengthen magnetic force, adopt the Driving force of mechanism's increase piston 2 of two electromagnet parallel connections, can make Driving force become stronger by more electromagnet in parallel certainly.
Embodiment four:
As shown in Figure 6, embodiment two and embodiment three with combination, are connected in parallel after four electromagnet are connected in twos again, form series parallel structure, thereby strengthen the Driving force of piston 2, can be applicable to more occasions.
Working principle: compressor section: peripheral, axial is wound with first iron core 52 of first electromagnetic coil 51, after energising, form first electromagnet, produce mutual magnetic force between first electromagnet and first magnet 3, thereby driving first magnet 3 moves to the left or to the right, piston 2 and sliding mount 4 that the motion of first magnet 3 will drive two ends move together, piston 2 moves in cylinder 1 and finishes the acting process, and when sliding mount 4 moves to limit position to the left or to the right, push and shove and bump buck switch 6, make throw over switch 8 start the current direction that changes on first electromagnetic coil 51, thereby change the magnetic pole at the first electromagnet two ends, make first magnet 3 be subjected to rightabout power and to motion in the other direction, thereby realize the to-and-fro motion of piston 2.
Bump buck switch 6 parts: the movement by movable block 61 of the conductive copper sheet 62 that bumps buck switch 6 and the carbon brush 63 of both sides can be switched on or switched off and be combined together, during off state, movable block 61 is subjected to the active force of Returnning spring 65, its head stretches out section, conductive copper sheet 62 and carbon brush 63 access failures, push and shove when sliding mount 4 and to bump buck switch 6, sliding mount 4 compression reseting springs 65 inwardly move sliding mount 4, conductive copper sheet 62 on the sliding mount 4 inwardly moves along with sliding mount 4 and connects with the carbon brush 63 of both sides, bump buck switch 6 and just be in on-state this moment, after bumping buck switch 6 connections, throw over switch 8 starts.
Throw over switch 8 parts: second electromagnetic coil 831 and second iron core 832 constitute second electromagnet, the left end of second electromagnetic coil 831 is electrically connected with the first pin 53a and the second pin 53b respectively, its right-hand member is electrically connected with the 3rd pin 53c and the 4th pin 53d, when sliding mount 4 push and shove cylinder support 11 right sides bump buck switch 6 time, the left end of second electromagnetic coil 831 is communicated with electrode line 7a, and right-hand member is communicated with negative line 7b, on the contrary, when sliding mount 4 push and shove cylinder support 11 left sides bump buck switch 6 time, the left end of second electromagnetic coil 831 is communicated with negative line 7b, and right-hand member is communicated with electrode line 7a; Because the current opposite in direction of two kinds of situations, cause the magnetic pole of second electromagnet also opposite, the difference of magnetic pole makes swing frame 82 clockwise or rotates counterclockwise, thereby drive movable plate 89 clockwise or rotate counterclockwise, when swing frame 82 clockwise rotates, the first moving guide card 88a and first decides guide card 86a and is communicated with, and the second moving guide card 88b and the 3rd decides guide card 86c and is communicated with, at this moment, the left side of first electromagnetic coil 51 is communicated with negative line 7b, the right side is communicated with electrode line 7a, and when swing frame 82 rotated counterclockwise, the first moving guide card 88a and second decided guide card 86b and is communicated with, and the second moving guide card 88b and the 4th decides guide card 86d and is communicated with, at this moment, the left side of first electromagnetic coil 51 is communicated with electrode line 7a, and the right side is communicated with negative line 7b; Thereby realize changing the purpose of first electromagnetic coil, 51 current direction.
When sliding mount 4 push and shove the left side or the right side bump buck switch 6 after, second electromagnetic coil, 831 current direction change, drive swing frame 82 clockwise or rotate counterclockwise, drive movable plate 89 clockwise or rotate counterclockwise, thereby the current direction that changes an electromagnetic coil 51 makes sliding mount 4 to motion in the other direction, so circulation, thereby the to-and-fro motion of realization piston 2.
Working procedure: closed power switch 9, if this moment, second magnet 84 in swing frame 82 left sides was inhaled mutually with second iron core 832, be that swing frame 82 drive movable plates 89 clockwise rotate, the first moving guide card 88a and first decides guide card 86a and is communicated with, and the second moving guide card 88b and the 3rd decides guide card 86c and is communicated with, at this moment, electrode line 7a-the 3rd decides the moving guide card 88b-first electromagnetic coil 51-of the guide card 86c-second first moving guide card 88a-first and decides guide card 86a-negative line 7b and form electric loop, sliding mount 4 under the active force of electromagnet and first magnet 3 to left movement, push and shove and bump buck switch 6 when sliding mount 4 moves to left end, after the bumping buck switch 6 and connect of left end, the left end of second electromagnetic coil 831 is communicated with negative line 7b, and right-hand member is communicated with electrode line 7a, the magnetic pole at the second electromagnet two ends changes, at this moment, second magnet 84 on the swing frame 82 left side swing arms 821 is subjected to repulsion, and second magnet 84 on the right side swing arm 821 is subjected to gravitation, swing frame 82 rotates counterclockwise, after swing frame 82 turns an angle, thereby touching the inner edge promotion movable plate 89 of the fan-shaped cavity 89a of movable plate 89, driving lever 822 rotates counterclockwise; Swing frame 82 rotates counterclockwise, second magnet 84 on swing frame 82 right sides is inhaled mutually with second iron core 832, the first moving guide card 88a and second decides guide card 86b and is communicated with, and the second moving guide card 88b and the 4th decides guide card 86d and is communicated with, at this moment, electrode line 7a-second decides the moving guide card 88a-first electromagnetic coil 51-of the guide card 86b-first second moving guide card 88b-the 4th and decides guide card 86d-negative line 7b and form electric loop, the current direction of first electromagnetic coil 51 changes, the magnetic pole at the first magnet two ends is changed, first magnet 3 is subjected to opposition and moves right, bump buck switch 6 up to what sliding mount 4 was pushed and shoved right-hand member, after the bumping buck switch 6 and connect of right-hand member, the left end of second electromagnetic coil 831 is communicated with electrode line 7a, and right-hand member is communicated with negative line 7b, current direction changes on second electromagnetic coil 831, thereby the magnetic pole at the second electromagnet two ends is changed, make second magnet 84 on the swing frame 82 left side swing arms 821 be subjected to gravitation, and second magnet 84 on the right side swing arm 821 is subjected to repulsion, swing frame 82 is clockwise rotated, so circulation, thereby the to-and-fro motion of realization piston 2.
After swing frame 82 drives clockwise or rotates counterclockwise, drive movable plate 89 clockwise or rotate counterclockwise, after movable plate 89 rotates, on the movable plate 89 second protected position magnet 802 and will be protected position magnet 801 in first of the semi-circular end face of fixed plate 87 and inhale mutually and play the position effect of protecting, make current loop keep on-state, the magnetic pole up to the second electromagnet two ends changes.
Most preferred embodiment of the present invention is illustrated, and various variations or the remodeling made by those of ordinary skills can not depart from the scope of the present invention.
Claims (9)
1. magnetoelectricity kinetic energy compressor, include symmetrically arranged cylinder (1), be respectively arranged with piston (2) in the described cylinder (1), described cylinder (1) is fixed on the cylinder support (11), it is characterized in that: be combined together by first magnet (3) connection between the described piston (2), described piston (2) places on the sliding mount (4) of energy move left and right together with first magnet (3), be arranged with first iron core (52) that peripheral, axial is wound with first electromagnetic coil (51) outside described first magnet (3), described cylinder support (11) is provided with first pin (53a), second pin (53b), the 3rd pin (53c) and the 4th pin (53d), described first pin (53a) and the 3rd pin (53c) are electrically connected with electrode line (7a) through bumping buck switch (6), described second pin (53b) and the 4th pin (53d) are electrically connected with negative line (7b) through bumping buck switch (6), are connected with on described first electromagnetic coil (51) for the throw over switch (8) that changes current direction.
2. magnetoelectricity kinetic energy compressor according to claim 1, it is characterized in that: described throw over switch (8) includes fixing frame (81) and swing frame (82), described fixing frame (81) is provided with second iron core (832) that peripheral, axial is wound with second electromagnetic coil (831), described swing frame (82) is provided with second magnet (84), and described swing frame (82) can make second magnet (84) contact with second iron core (832) with fixing frame (81) by rotating shaft (85) or movable cooperation dividually; Described throw over switch (8) also comprises the fixed plate (87) of deciding guide card (86) and the movable plate (89) that moving guide card (88) are installed is installed, and described movable plate (89) and fixed plate (87) can make guide card (88) and decide that guide card (86) contacts or movable cooperation dividually by rotating shaft (85).
3. magnetoelectricity kinetic energy compressor according to claim 2, it is characterized in that: an end of described second electromagnetic coil (831) is electrically connected with first pin (53a) and second pin (53b) respectively, its the other end is electrically connected with the 3rd pin (53c) and the 4th pin (53d), described moving guide card (88) is two, be respectively the first moving guide card (88a) and the second moving guide card (88b), the described first moving guide card (88a) and the second moving guide card (88b) are electrically connected with first electromagnetic coil (51), it is described that to decide guide card (86) be four, be respectively first and decide guide card (86a), second decides guide card (86b), the 3rd decides guide card (86c) and the 4th decides guide card (86d), described first decides guide card (86a) and the 4th decides guide card (86d) and is electrically connected with negative line (7b), and second decides guide card (86b) and the 3rd and decide guide card (86c) and be electrically connected with electrode line (7a).
4. magnetoelectricity kinetic energy compressor according to claim 3, it is characterized in that: described swing frame (82) includes two and is positioned at the swing arm (821) of second iron core (832) both sides and the driving lever (822) that cooperates with movable plate (89), described swing arm (821) constitutes the Y-shaped structure with driving lever (822), the end of described swing arm (821) is separately installed with second magnet (84), and described second magnet (84) homopolarity is oppositely arranged.
5. magnetoelectricity kinetic energy compressor according to claim 4, it is characterized in that: the sector structure that is provided with fan-shaped cavity (89a) in the middle of described movable plate (89) is, described driving lever (822) places in the fan-shaped cavity (89a), and described swing frame (82) cooperates with movable plate (89) is movable with the cooperating of inner edge of fan-shaped cavity (89a) by driving lever (822).
6. magnetoelectricity kinetic energy compressor according to claim 5, it is characterized in that: described fixed plate (87) is semi-circular structure, and described first decides guide card (86a), second decides guide card (86b), the 3rd and decide guide card (86c) and the 4th and decide guide card (86d) and be fixed in equally spacedly successively on the fixed plate (87).
7. magnetoelectricity kinetic energy compressor according to claim 6, it is characterized in that: the semi-circular end face both sides of described fixed plate (87) are respectively arranged with first and protect position magnet (801), the fan-shaped two ends of described movable plate (89) are respectively arranged with second and protect position magnet (802), described first protect that position magnet (801) and second protects that position magnet (802) can be inhaled mutually or discretely activity cooperate.
8. magnetoelectricity kinetic energy compressor according to claim 7, it is characterized in that: the described buck switch (6) that bumps includes the movable block (61) that is the T font, described movable block (61) is provided with conductive copper sheet (62), the both sides of described movable block (61) are respectively arranged with carbon brush (63), described carbon brush (63) is connected cooperation with pushing spring (64) respectively, and described conductive copper sheet (62) cooperates by being connected of movable block (61) and Returnning spring (65) and can be switched on or switched off with carbon brush (63) and to cooperate.
9. magnetoelectricity kinetic energy compressor according to claim 8 is characterized in that: described first magnet (3) constitutes by the relative magnet of two homopolarities is fixedly connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320211293 CN203230555U (en) | 2013-04-24 | 2013-04-24 | Magnetoelectric kinetic energy compressor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320211293 CN203230555U (en) | 2013-04-24 | 2013-04-24 | Magnetoelectric kinetic energy compressor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203230555U true CN203230555U (en) | 2013-10-09 |
Family
ID=49286684
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320211293 Expired - Lifetime CN203230555U (en) | 2013-04-24 | 2013-04-24 | Magnetoelectric kinetic energy compressor |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203230555U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103184995A (en) * | 2013-04-24 | 2013-07-03 | 赵德连 | Magnetoelectric kinetic energy compressor |
-
2013
- 2013-04-24 CN CN 201320211293 patent/CN203230555U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103184995A (en) * | 2013-04-24 | 2013-07-03 | 赵德连 | Magnetoelectric kinetic energy compressor |
| CN103184995B (en) * | 2013-04-24 | 2015-08-19 | 赵德连 | Magnetoelectric kinetic energy compressor |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN106206167A (en) | Electric vehicle relay | |
| US10511214B2 (en) | Oscillating motor and electric clippers | |
| CN202839195U (en) | Novel electromagnetic driving mechanism | |
| CN101944819A (en) | Permanent magnet linear reciprocating mechanism | |
| CN103184995B (en) | Magnetoelectric kinetic energy compressor | |
| CN209729832U (en) | A kind of high voltage direct current relay with auxiliary contact | |
| CN203230555U (en) | Magnetoelectric kinetic energy compressor | |
| CN204905075U (en) | Two power automatic transfer switch's action mechanism | |
| CN201294199Y (en) | Manual brake-dividing device for high voltage AC vacuum circuit breaker | |
| CN204991591U (en) | Take single permanent magnetism circuit breaker of manual combined floodgate function | |
| CN103311004A (en) | Excitation type electric mechanism of three-position automatic transfer switch | |
| CN113035652A (en) | Permanent magnetic mechanism | |
| CN102737905B (en) | Vacuum circuit breaker self-adaption operating mechanism with properties of permanent magnet and spring mechanism | |
| CN202273820U (en) | Forced vibration electromagnetic type plunger pump | |
| RU2393574C1 (en) | Electromagnet | |
| CN106849591B (en) | A kind of direct current reciprocating thrust force device | |
| CN106486325B (en) | A kind of Self-recover overvoltage-undervoltage protects structure | |
| CN101984503B (en) | Vertical AC (alternating current) contactor | |
| CN203134682U (en) | Three-phase common-case vacuum circuit breaker and breaker dial mechanism | |
| TWM587853U (en) | Linear kinetic energy generating device using cogging energy | |
| CN105715435B (en) | Equipped with low-resistance combined plunger and automatically controlled rotation, flexible jerk fuel injection pump | |
| CN110349778A (en) | Magnetic switch | |
| CN103123881B (en) | Three phase total box vacuum circuit breaker and circuit breaker toggle mechanism thereof | |
| CN214273889U (en) | Electromagnetic piston compressor | |
| CN203674117U (en) | High voltage breaker permanent magnetic variable air gap limited angle motor operation mechanism |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20131009 Effective date of abandoning: 20150819 |
|
| RGAV | Abandon patent right to avoid regrant |