CN102281023A - P-type magnetized refrigeration generator - Google Patents
P-type magnetized refrigeration generator Download PDFInfo
- Publication number
- CN102281023A CN102281023A CN2010102170545A CN201010217054A CN102281023A CN 102281023 A CN102281023 A CN 102281023A CN 2010102170545 A CN2010102170545 A CN 2010102170545A CN 201010217054 A CN201010217054 A CN 201010217054A CN 102281023 A CN102281023 A CN 102281023A
- Authority
- CN
- China
- Prior art keywords
- coil
- electromotive force
- magnetite
- heat energy
- electrode
- 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.)
- Pending
Links
Landscapes
- Devices For Blowing Cold Air, Devices For Blowing Warm Air, And Means For Preventing Water Condensation In Air Conditioning Units (AREA)
Abstract
The invention discloses a p-type magnetized refrigeration generator and belongs to the field of environment-friendly generators. The p-type magnetized refrigeration generator overcomes the defect of pollution of carbon dioxide caused by a thermal power generator. The p-type magnetized refrigeration generator is mainly characterized that the negative pole of a direct-current power source (6), a load cluster (5), an electrode (7), a p-type semiconductor (8), an electrode (9), a coil (3) from the Zhan Cheng-zhen Computer Company and the positive pole of the direct-current power source (6) are sequentially connected in series to form a loop; and a magnet (1), a wrought iron core (2) and a magnet (4) are sequentially and closely arranged. The p-type magnetized refrigeration generator has the capabilities of converting heat energy of the air into electric energy and achieving the national ambitious goal of low-carbon development.
Description
Technical field
The invention belongs to the environment friendly electricity generator field, energy-saving field.
Background technology
Thermoelectric generator produces carbon dioxide pollution.Peltier effect (1770～1831).The thermocouple common metal.Peltier effect (1834).Not energy-producing different conductor structure generating of ★ solar cell utilization! The ★ peltier effect: with the identical electric current of positive charge diffusion electromotive force direction of pn pn junction p n, ★ causes the pn pn junction p n to absorb air heat energy, luminous energy; Thereby increase positive charge diffusion electromotive force, subtract and cut resistance diffusion electromotive force.The right-handed helix rule.Photoelectromagnetic effect (1931).Hall effect.
Summary of the invention
Goal of the invention: heat energy in air is become electric energy, realize the low carbon development ambitious goal of country.
Invention thinking: the calm rule of ★ ★ ★ Zhan Cheng: " (for example: hydroelectric generator, battery) principal character is generator (body): have ★ points to high pressure from low pressure internal e.m.f..The essence of ★ ★ ★ peltier effect is and the identical electric current of the positive charge of different conductor structure diffusion electromotive force direction, with the heat energy of different conductor structure, " compressing " become different conductor structure from the positive diffusion electromotive force of negative sensing; In order to keep the balance in quiet temperature field, air is just to the different conductor structure of low temperature, input air heat energy.Therefore final result is the diffusion electromotive force that air heat energy changes into different conductor structure.Solar cell is the peltier effect that does not have electric current " compressing ".Electric current can produce endothermic effect by the different conductor structure in the peltier effect.In like manner, electric current also can produce endothermic effect by a Zhan Cheng town coil.This is called, and it all depends on human effort!
Add magnetic p refrigeration and generation machine according to peltier effect, solar cell, the invention of above-mentioned thinking now.
Technical scheme: add magnetic p refrigeration and generation machine, see Fig. 1.Magnetite 1, wrought iron core 2, Zhan Cheng town coil 3, magnetite 4, load group 5, DC power supply 6, electrode 7, p N-type semiconductor N 8, electrode 9; Coil 3 usefulness enamelled wires in Zhan Cheng town are wound on above the wrought iron core 2; DC power supply 6 negative poles, load group 5, electrode 7, p N-type semiconductor N 8, electrode 9, Zhan Cheng town coil 3, DC power supply 6 positive poles are connected into the loop successively; Magnetite 1, wrought iron core 2, magnetite 4 are closely arranged successively; The pole orientation of magnetite 1, magnetite 4 is identical; According to the right-handed helix rule, the self-magnetic field H1 that energising Zhan Cheng town coil 3 produces left, the external magnetic field H2 of magnetite 1, magnetite 4 generations is to the right;
Result: self-magnetic field H1 and external magnetic field H2 weaken mutually → wrought iron core 1 heat energy of demagnetization → Zhan Cheng town coil 3 fully or partly, additional electromotive force E2 → the air that changes into Zhan Cheng town coil 3 is in order to keep the balance in quiet temperature field, just to the Zhan Cheng town of low temperature coil 3 input heat energy 1 (Hall effect); ★ therefore final result is the additional electromotive force E2 that air heat energy 1 changes into the Zhan Cheng town negative resistance of being made up of Zhan Cheng town coil 3; The air heat energy 2 that p N-type semiconductor N 8 absorbs changes into the additional electromotive force E3 (peltier effect) of p N-type semiconductor N 8; Can set up the ★ formula thus: air heat energy 1+ air heat energy 2+ input electromotive force E1=additional electromotive force E2+ additional electromotive force E3+ input electromotive force E1=output electromotive force E4; Promptly export electromotive force E4＞input electromotive force E1; Therefore adding magnetic p refrigeration and generation facility has electricity generate function; Increase input electromotive force E1, p N-type semiconductor N 8, Zhan Cheng town negative resistance, magnetostatic field, wrought iron core 1, can increase the power that adds magnetic p refrigeration and generation machine; Load group 5 function is: 1, stop additional electromotive force E2, additional electromotive force E3, input electromotive force E1 to change into loop heat energy, and 2, use (consumptions) loop to export electric energy;
Magnetite 1, wrought iron core 2, Zhan Cheng town coil 3, magnetite 4 are formed negative resistance 1, and electrode 7, p N-type semiconductor N 8, electrode 9 are formed negative resistance 2; Create large quantities of electrical storage devices of similar reservoir; Large quantities of negative resistances and large quantities of electrical storage device can reduce temperature, large quantities of positive resistances and the large quantities of electrical storage device temperature that can raise; The relevant traditional details that adds magnetic p refrigeration and generation machine is by outstanding technical staff's decision of implementing to add magnetic p refrigeration and generation machine engineering.
The shortcut of ★ invention is to produce inspiration---intuition earlier! Produce reasoning---theory again; ★ is when the direction of the outer magnetostatic field that is produced by permanent magnet or direct current, when the direction of the self-magnetic field that produces with hot-wire coil, conductor is opposite; Outer magnetostatic field is for the direction of the motive force of electronics, and is identical with the electronics moving direction; Thereby cause coil, conductor to produce additional electromotive force; Because outer magnetostatic field can not provide energy to coil, conductor, therefore unique explanation is: outer magnetostatic field is with the heat energy of coil, conductor, " compressing " becomes the additional internal e.m.f. E2 from low pressure sensing high pressure of coil, conductor, and ★ is that coil, conductor have been created into the said low-temperature heat source of thermodynamics theorem; In order to keep the balance in quiet temperature field, light and air just to coil, the conductor of low temperature, are imported luminous energy, air heat energy; Therefore final result is the electric energy (photoelectromagnetic effect) (Hall effect) that luminous energy, air heat energy change into coil, conductor;
The advantage that adds magnetic p refrigeration and generation machine is: 1, Zhan Cheng town negative resistance, p N-type semiconductor N 8 do not have exothermic phenomenon, have improved generating efficiency greatly; 2, do not have carbon dioxide pollution, air heat energy is become electric energy, realize the low carbon development ambitious goal of country; 21
3, copper coil is more cheap than semiconductor; 4, increase input electromotive force E1, p N-type semiconductor N 8, Zhan Cheng town negative resistance can increase the clean generated output that adds magnetic p refrigeration and generation machine; 5, electromotive field, quiet temperature field, Zhan Cheng town negative resistance participate in constituting many reasons of ★ generator.Therefore add 21 century world's invention of great significance that magnetic p refrigeration and generation machine is environment friendly electricity generator field, energy-saving field!
Description of drawings
Fig. 1 adds magnetic p refrigeration and generation machine operation principle schematic diagram.Fig. 1 economizes structure, shape, the installation diagram of each legacy device in the sketch map.
Embodiment
See Fig. 1.Add magnetic p refrigeration and generation machine, see Fig. 2.Magnetite 1, wrought iron core 2, Zhan Cheng town coil 3, magnetite 4, load group 5, DC power supply 6, electrode 7, p N-type semiconductor N 8, electrode 9; Coil 3 usefulness enamelled wires in Zhan Cheng town are wound on above the wrought iron core 2; DC power supply 6 negative poles, load group 5, electrode 7, p N-type semiconductor N 8, electrode 9, Zhan Cheng town coil 3, DC power supply 6 positive poles are connected into the loop successively; Magnetite 1, wrought iron core 2, magnetite 4 are closely arranged successively; The pole orientation of magnetite 1, magnetite 4 is identical; According to the right-handed helix rule, the self-magnetic field H1 that energising Zhan Cheng town coil 3 produces left, the external magnetic field H2 of magnetite 1, magnetite 4 generations is to the right;
5 meters of wrought iron core 2 diameters.5 meters of Zhan Cheng town coil 3 diameters, 10,000 circles.DC power supply 6,3000 watts of power.Magnetite 1, magnetite 4 respectively comprise 10 volts * 10 ampere-hour energy.The parameter of p N-type semiconductor N 8 is: 3 meters * 3 meters * 10 meters.Electrode 7, electrode 9 all are thick 2 centimetres square copper coins.All the other method of works of embodiment, principle, the same technical scheme of step.
Claims (1)
1. add magnetic P refrigeration and generation machine and be made up of magnetite (1), wrought iron core (2), Zhan Cheng town coil (3), magnetite (4), DC power supply (6), electrode (7), p N-type semiconductor N (8), electrode (9), Zhan Cheng town coil (3) is wound on above the wrought iron core (2) with enamelled wire; DC power supply (6) negative pole, load group (5), electrode (7), p N-type semiconductor N (8), electrode (9), Zhan Cheng town coil (3), DC power supply (6) positive pole are connected into the loop successively; Magnetite (1), wrought iron core (2), magnetite (4) are closely arranged successively; The pole orientation of magnetite (1), magnetite (4) is identical; According to the right-handed helix rule, the self-magnetic field H1 that energising Zhan Cheng town coil (3) produces left, the external magnetic field H2 of magnetite (1), magnetite (4) generation is to the right; Result: self-magnetic field H1 and external magnetic field H2 weaken mutually → wrought iron core (1) heat energy of demagnetization → Zhan Cheng town coil (3) fully or partly, additional electromotive force E2 → the air that changes into Zhan Cheng town coil (3) is in order to keep the balance in quiet temperature field, just to the Zhan Cheng town of low temperature coil (3) input heat energy 1 (Hall effect); Therefore final result is the additional electromotive force E2 that air heat energy 1 changes into the Zhan Cheng town negative resistance of being made up of Zhan Cheng town coil (3); The air heat energy 2 that p N-type semiconductor N (8) absorbs changes into the additional electromotive force E3 (peltier effect) of p N-type semiconductor N (8); Can set up formula thus: air heat energy 1+ air heat energy 2+ input electromotive force E1=additional electromotive force E2+ additional electromotive force E3+ input electromotive force E1=output electromotive force E4 promptly exports electromotive force E4＞input electromotive force E1; Therefore adding magnetic p refrigeration and generation facility has electricity generate function; Increase input electromotive force E1, p N-type semiconductor N (8), Zhan Cheng town negative resistance, magnetostatic field, wrought iron core (1), can increase the clean generated output that adds magnetic p refrigeration and generation machine; Load group's (5) function is: 1, stop additional electromotive force E2, additional electromotive force E3, input electromotive force E1 to change into loop heat energy, and 2, use (consumptions) loop to export electric energy; Magnetite (1), wrought iron core (2), Zhan Cheng town coil (3), magnetite (4) are formed negative resistance (1), and electrode (7), p N-type semiconductor N (8), electrode (9) are formed negative resistance (2); Create large quantities of electrical storage devices of similar reservoir; Large quantities of negative resistances and large quantities of electrical storage device can reduce temperature, large quantities of positive resistances and the large quantities of electrical storage device temperature that can raise;
When the direction of the outer magnetostatic field that produces by permanent magnet or direct current, when the direction of the self-magnetic field that produces with hot-wire coil, conductor is opposite; Outer magnetostatic field is for the direction of the motive force of electronics, and is identical with the electronics moving direction; Thereby cause coil, conductor to produce additional electromotive force; Because outer magnetostatic field can not provide energy to coil, conductor, therefore unique explanation is: outer magnetostatic field is with the heat energy of coil, conductor, " compressing " becomes the additional internal e.m.f. E2 from low pressure sensing high pressure of coil, conductor, and promptly coil, conductor have been created into the said low-temperature heat source of thermodynamics theorem; In order to keep the balance in quiet temperature field, light and air just to coil, the conductor of low temperature, are imported luminous energy, air heat energy; Therefore final result is the electric energy (photoelectromagnetic effect) (Hall effect) that luminous energy, air heat energy change into coil, conductor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010102170545A CN102281023A (en) | 2010-06-14 | 2010-06-14 | P-type magnetized refrigeration generator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010102170545A CN102281023A (en) | 2010-06-14 | 2010-06-14 | P-type magnetized refrigeration generator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN102281023A true CN102281023A (en) | 2011-12-14 |
Family
ID=45106250
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010102170545A Pending CN102281023A (en) | 2010-06-14 | 2010-06-14 | P-type magnetized refrigeration generator |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN102281023A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106969534A (en) * | 2017-03-24 | 2017-07-21 | 张模辉 | A kind of optomagnetic converting system and method |
-
2010
- 2010-06-14 CN CN2010102170545A patent/CN102281023A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106969534A (en) * | 2017-03-24 | 2017-07-21 | 张模辉 | A kind of optomagnetic converting system and method |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN102355170A (en) | Ground thermoelectric power generation device | |
| Bashir et al. | Harvesting oceanic wave energy by a linear generator using high graded N28EH permanent magnets | |
| CN102281023A (en) | P-type magnetized refrigeration generator | |
| CN203377816U (en) | Semiconductor thermoelectric generation apparatus for hot spring | |
| CN102739119A (en) | Magnetic suspension direct current generator set | |
| CN102281024A (en) | N-magnetized refrigerating generator | |
| CN202085096U (en) | Refrigerating power generator with copper-P dual plates | |
| CN201813335U (en) | Power-up PN refrigerating generator | |
| CN102957355A (en) | Double-coil refrigerating generator | |
| CN203326749U (en) | Double-pole working weak-magnetic resistance power generator | |
| CN102957353A (en) | Double-plate refrigerating generator | |
| CN102957358A (en) | PN double-plate refrigerating generator | |
| CN102957350A (en) | N copper double-plate refrigerating energy collector | |
| CN102983790A (en) | Copper P double-plate refrigeration energy collecting machine | |
| CN205160334U (en) | Impact turns into electricity generation floor of electric energy | |
| CN203289158U (en) | Multifunctional motion power generation device | |
| CN204810195U (en) | Big sun can three complementary circulation power generation facility of power generation system intelligence of wind energy and high -efficient permanent magnet generator | |
| CN211046500U (en) | Clean energy comprehensive utilization power generation system | |
| Liu et al. | Research on Permanent Magnet-Induction Magnetic Screw for Wave Energy Conversion | |
| CN102270951A (en) | Thermomagnetic generator | |
| Desalisa et al. | Development and Evaluation of Small-Scale Wind Powered Electricity Generator | |
| CN102270952A (en) | Electricity-increasing pn refrigerating and generating machine | |
| Murugan et al. | Source Production for Free Energy Generation | |
| Kumar et al. | Energy generation using paddling system with solar system | |
| CN202309574U (en) | Ground temperature difference power generator |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C02 | Deemed withdrawal of patent application after publication (patent law 2001) | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20111214 |