Generic electromagnetically-countered methods

• US 8,588,436 B2
• Filed: 01/05/2011
• Issued: 11/19/2013
• Est. Priority Date: 08/28/2006
• Status: Active Grant

• Current Assignee: Youngtack Shim
• Original Assignee: Youngtack Shim
• Inventors: Shim, Youngtack
• Primary Examiner(s): NGUYEN, TUAN DUC
• Application Number:
  US12/985,026
• Publication Number:
  US 20110103623A1
• Time in Patent Office: 1,049 Days
• Field of Search: 381/71.8, 381/71.2, 381/96, 381/189, 381/386, 381/394, 381/400, 381/401, 381/413, 381/414, 381/433, 381/191, 361/679.24, 361/800, 361/816, 361/818
• US Class Current: 381/189
• CPC Class Codes: A61N 1/16 Screening or neutralising undesirable influences from or using, atmospheric or terrestrial radiation or fields using atmospheric electricity or earth currents H05F3/00
• CPC Class Codes: G21K 1/00 Arrangements for handling particles or ionising radiation, e.g. focusing or moderating production or acceleration of neutrons, electrically-charged particles, neutral molecular beams or neutral atomic beams H05H3/00 - H05H15/00
• CPC Class Codes: H04B 1/3838 Arrangements for reducing RF exposure to the user, e.g. by changing the shape of the transceiver while in use
• CPC Class Codes: H05K 9/0071 Active shielding

Abstract

Various electromagnetically-countered systems are provided and include at least one wave source irradiating harmful electromagnetic waves and at least one counter unit emitting counter electromagnetic waves for countering the harmful waves. Various generic counter units of such systems and various mechanisms are provided to counter the harmful waves by the counter units by matching configurations of the counter units with those of the wave sources, matching shapes of such counter waves with shapes of the harmful waves, etc. Various methods are provided for countering the harmful waves with the counter waves by such source or wave matching. Various methods are also provided for the counter units as well as counter waves. Various processes are provided for providing such systems and counter units. Various electric and/or magnetic shields may be used alone or in conjunction with such counter units to minimize irradiation of the harmful waves from the system.

Claims

1. A method of suppressing harmful electromagnetic waves irradiated from at least one base unit for a preset purpose and propagating toward a target space comprising the steps of:

identifying characteristics of at least a portion of said harmful waves;

forming at least one counter unit based on said characteristics of said harmful waves disposing said counter unit based on said characteristics of said harmful waves;

supplying electric energy to said counter unit based on said characteristics; and

emitting from said counter unit counter electromagnetic waves while manipulating at least one of said forming, disposing, and supplying for matching phase angles of said counter waves at least partially identical to those of said harmful waves, thereby opposing and suppressing said portion of said harmful waves from propagating toward said target space and decreasing an intensity of said harmful waves in said target space.

2. The method of claim 1, wherein said identifying comprises at least one of the steps of:

assessing an amplitude of said portion of said harmful waves;

assessing a frequency of said portion of said harmful waves;

assessing a phase angle of said portion of said harmful waves;

assessing a shape of wavefronts of said portion of said harmful waves;

assessing a size of wavefronts of said portion of said harmful waves;

assessing a pattern of wavefronts of said portion of said harmful waves;

assessing propagation paths of said portion of said harmful waves; and

assessing at least one harmonic of said portion of said harmful waves.

3. The method of claim 1, wherein said identifying comprises at least one of the steps of:

assessing said characteristics in a first region defined at a center of said base unit;

assessing said characteristics in a second region defined near said base unit;

assessing said characteristics in a third region defined around said base unit;

assessing said characteristics in a fourth region between said base unit and target space;

assessing said characteristics in a fifth region defined at a center of said target space;

assessing said characteristics in a sixth region defined near said target space;

assessing said characteristics in a seventh region defined around said target space;

assessing said characteristics in an eighth region which is a portion of said target space;

assessing said characteristics in a ninth region which is said target space as a whole; and

assessing at least one of a plurality of averages of said characteristics in at least one of said regions, wherein said averages include a two-dimensional spatial average, a three-dimensional spatial average, a temporal average, an arithmetic average, a geometric average, a weighted average, and an ensemble average.

4. The method of claim 1, wherein said forming comprises at least one of the steps of:

at least partially matching a shape of at least a portion of said counter unit with that of at least a portion of said base unit;

at least partially matching a size of at least a portion of said counter unit with that of at least a portion of said base unit;

at least partially matching a configuration of at least a portion of said counter unit with that of at least a portion of said base unit;

providing a plurality of said counter units and at least partially matching at least one of shapes, sizes, and configurations of at least two of said counter units with at least one of a shape, a size, and a configuration of at least a portion of said base unit;

providing a plurality of said base units and at least partially matching at least one of shapes, sizes, and configurations of at least two of said base units with at least one of a shape, a size, and a configuration of at least a portion of said counter unit;

providing a plurality of said counter units and said base units and at least partially matching at least one of shapes, sizes, and configurations of at least two of said counter units with at least one of shapes, sizes, and configurations of at least two of said base units;

at least partially matching at least a portion of wavefronts of said counter waves with at least a portion of wavefronts of said harmful waves while not identically matching at least one of a shape, a size, and a configuration of said counter unit with at least one of those of said base unit;

forming said counter unit in a simpler configuration than said base unit; and

forming said counter unit in a more complex configuration than said base unit.

5. The method of claim 1, wherein said opposing comprises at least one of the steps of:

manipulating said forming so that electromagnetic fields of said counter waves at least partially oppose electromagnetic fields of said portion of said harmful waves;

manipulating said disposing so that electromagnetic fields of said counter waves at least partially oppose electromagnetic fields of said portion of said harmful waves; and

manipulating said supplying so that electromagnetic fields of said counter waves at least partially oppose electromagnetic fields of said portion of said harmful waves.

6. The method of claim 1, wherein said disposing comprises at least one of the steps of:

at least partially matching an alignment of at least a portion of said counter unit with that of at least a portion of said base unit;

at least partially matching an arrangement of at least a portion of said counter unit with that of at least a portion of said base unit;

at least partially matching an orientation of at least a portion of said counter unit with that of at least a portion of said base unit;

at least partially matching a disposition of at least a portion of said counter unit with that of at least a portion of said base unit;

at least partially matching a symmetry of at least a portion of said counter unit with that of at least a portion of said base unit;

at least partially matching at least a portion of wavefronts of said counter waves with at least a portion of wavefronts of said harmful waves while not identically matching at least one of said alignments, an arrangements, orientations, dispositions, and symmetries thereof; and

at least partially matching a number of said counter units with that of said base units when said harmful waves are irradiated by a plurality of said base units and when said counter waves are emitted by a plurality of said counter units.

7. The method of claim 1, wherein said disposing comprises at least one of the steps of:

extending said counter unit to be at least one of taller, longer, and wider than said base unit;

squeezing said counter unit to be at least one of shorter and narrower than said base unit;

adaptively changing at least one of a height, a length, and a width of said counter unit based on said characteristics of said portion of said harmful waves; and

adaptively changing at least one of a height, a length, and a width of said counter unit based on at least one of a height, a length, and a width of said target space, respectively.

8. The method of claim 1, wherein said disposing comprises at least one of the steps of:

disposing at least a portion of said counter unit closer to said target space than said base unit;

disposing at least a portion of said counter unit farther from said target space than said base unit;

disposing at least a portion of said counter unit at a similar distance from said target space as said base unit;

disposing at least a portion of said counter unit above said base unit;

disposing at least a portion of said counter unit below said base unit;

disposing at least a portion of said counter unit in a similar elevation as said base unit above said target space;

disposing at least a portion of said counter unit in a similar elevation as said base unit below said target space;

disposing at least a portion of said counter unit concentrically with respect to said base unit;

enclosing at least a portion of said counter unit by at least a portion of said base unit;

disposing at least a portion of said counter unit in said base unit; and

pairing at least a portion of said counter unit with said base unit.

9. The method of claim 1, wherein said disposing comprises at least one of the steps of:

disposing said counter unit in a fixed position with respect to at least one of said base unit and target space; and

configuring said counter unit to be mobile and disposing said counter unit in one of a plurality of positions defined with respect to at least one of said base unit and target space.

10. The method of claim 1, wherein said disposing comprises one of the steps of:

disposing said counter unit between said target space and base unit;

disposing said counter unit on an opposite side of said space with respect to said base unit;

disposing said counter unit at a first distance from a center of said target space, wherein said first distance is neither substantially greater nor substantially less than a second distance between said base unit and said center of said target space; and

disposing said counter unit at a third distance from said center of said target place, wherein said third distance is one of substantially greater and substantially less than said second distance.

11. The method of claim 1, wherein said supplying comprises at least one of the steps of:

controlling a direction of electric current flowing in at least one of said base and counter units;

controlling a amplitude of electric current flowing in at least one of said units;

controlling a frequency of electric current flowing in at least one of said units;

controlling a phase angle of electric current flowing in at least one of said units;

controlling a direction of electric voltage applied across at least one of said units;

controlling a amplitude of electric voltage applied across at least one of said units;

controlling a frequency of electric voltage applied across at least one of said units;

controlling a phase angle of electric voltage applied across at least one of said units; and

controlling a sequence of said electric current through said units.

12. The method of claim 1, wherein said supplying comprises at least one of the steps of:

providing a source of said electric energy and supplying said energy to said counter unit for said emitting as well as to said base unit for irradiating said harmful waves;

providing said source and supplying said energy to said counter unit for said emitting but not to said base unit for said irradiating;

providing said counter unit with electric energy for said emitting from said base unit; and

generating electric energy for said emitting by said counter unit itself,

wherein said providing is performed through at least one of a wired electrical connection and a wireless connection.

13. The method of claim 1, wherein said emitting comprises at least one of the steps of:

emitting said counter waves defining preset characteristics capable of performing said opposing;

emitting said counter waves forming wavefronts defining preset characteristics capable of performing said opposing;

changing at least one of said characteristics of said counter waves in response to changes in at least one of said characteristics of said harmful waves for performing said opposing;

changing said portion of said wavefronts of said counter waves in response to changes in said portion of said wavefronts of said harmful waves for performing said opposing; and

changing at least another portion of said wavefronts of said counter waves in response to changes in at least yet another portion of said wavefronts of said harmful waves for performing said opposing.

14. The method of claim 1, wherein said emitting comprises at least one of the steps of:

constantly performing said emitting;

emitting said counter waves based on an user command;

emitting said counter waves when said harmful waves propagate into said target space;

emitting said counter waves when said intensity of said harmful waves exceeds a preset limit in at least a portion of said target space; and

emitting said counter waves when said intensity of said harmful waves exceeds a preset limit in said target space.

15. The method of claim 1, wherein said emitting comprises one of the steps of:

performing said emitting for not said purpose at all but only for said suppressing;

performing said emitting for coincidentally serving said purpose at least by a minimal amount;

performing said emitting for not only said purpose but also for said suppressing;

performing said emitting for at least partially against said purpose; and

performing said emitting for completely against said purpose.

16. The method of claim 1, wherein said opposing comprises the step of:

aligning magnetic fields of said counter waves to at least partially repel magnetic fields of said portion of said harmful waves for said suppressing.

17. The method of claim 16, wherein said repelling comprises one of the steps of:

manipulating said forming for said aligning;

manipulating said disposing for said aligning;

manipulating said supplying for said aligning;

manipulating said forming and disposing for said aligning;

manipulating said forming and supplying for said aligning; and

manipulating said disposing and supplying for said aligning.

18. The method of claim 1, wherein said opposing comprises at least one of the steps of:

controlling a shape of at least one of said base and counter units for said opposing;

controlling a configuration of at least one of said units for said opposing;

controlling an alignment of at least one of said units for said opposing;

controlling an arrangement of at least one of said units for said opposing;

controlling an orientation of at least one of said units for said opposing;

controlling a disposition of at least one of said units for said opposing;

controlling a distance between said units for said opposing;

controlling an angle between said units for said opposing;

controlling a symmetry between said units for said opposing;

disposing around at least one of said units a substance capable of affecting said wave characteristic of said wavefronts of said waves for said opposing; and

disposing said substance between said units for said opposing.

19. The method of claim 1, wherein said opposing comprises the step of:

aligning at least one magnetic pole of said counter waves for at least partially repelling at least one same magnetic pole of said portion of said harmful waves for said suppressing.

20. The method of claim 1, wherein said opposing comprises the step of:

manipulating a phase angle of said counter waves to be at least partially similar to that of said portion of said harmful waves, whereby said counter waves suppress said portion of said harmful waves from propagating toward said target space.

21. The method of claim 1, wherein said decreasing comprises at least one of the steps of:

maintaining said intensity of said harmful waves in at least a portion of said target space below a preset limit;

maintaining said intensity of said harmful waves across an entire portion of said target space below a preset limit;

maintaining at least one of a spatial average and a temporal average of said intensity of said harmful waves inside said target space below said limit;

maintaining said intensity of said harmful waves across an entire portion of said target space below a first preset limit but above a second preset limit;

maintaining at least one of a spatial average and a temporal average of said intensity of said harmful waves in at least a portion of said target space below a third preset limit but above a fourth preset limit;

maintaining said intensity of said harmful waves in at least a portion of said target space below a preset percent of another intensity of said harmful waves which would have been obtained without said suppressing; and

maintaining at least one of a spatial average and a temporal average of said intensity of said harmful waves inside at least a portion of said target space below a preset percent of said another intensity.

22. The method of claim 1 incorporating at least two base units, wherein said suppressing comprises the steps of:

irradiating said harmful waves by a first of said base units; and

emitting said counter waves by a second of said base units, thereby utilizing said second base unit as said counter unit and performing said opposing by said second base unit.

23. The method of claim 22 further comprising one of the steps of:

arranging said first and second base units on at least partially opposite sides of said target space, thereby decreasing said intensity of said harmful waves in said target space lying between said first and second base units; and

arranging said first and second base units on the same side of said target space, thereby decreasing said intensity of said harmful waves in said target space lying away from both of said first and second base units.

24. The method of claim 1, wherein said suppressing comprises the steps of:

incorporating said counter unit into at least one of a plurality of sound generating devices which include a cone-drive speaker, a planar speaker, a flat panel speaker, a horn speaker, a bending wave speaker, an electrostatic speaker, a piezoelectric speaker, a magnetostrictive speaker, a plasma arc speaker, a digital speaker, an earphone, a headphone, a handset of a phone, a mobile phone, a smart phone, a head-mounted device, and an audio device, each including said base unit for generating said sound; and

suppressing said portion of said harmful waves irradiated by said base unit from propagating toward said target space.

25. The method of claim 1, wherein said suppressing comprises the steps of:

incorporating counter unit into at least one of a plurality of communication devices each of which includes at least one transmitting module for transmitting signals for communication and which include a wired phone, a wireless phone, a mobile phone, a smart phone, a walkie talkie, and a head-mounted device, each of which includes said base unit for said communication, and which are capable of transmitting signals for said communication; and

opposing said portion of said harmful waves by said counter waves for said suppressing.

26. The method of claim 25, wherein said suppressing also comprises one of the steps of:

suppressing said portion of said harmful waves while completely obstructing said transmitting signals;

suppressing said portion of said harmful waves while only partially obstructing said transmitting signals;

suppressing said portion of said harmful waves while coincidentally facilitating said transmitting signals; and

suppressing said portion of said harmful waves while also transmitting said signals.

27. The method of claim 25, wherein said suppressing also comprises one of the steps of:

defining said target space as a 2-dimensional zone with respect to said counter unit;

defining said target space as a 3-dimensional zone defined with respect to said counter unit;

defining said target space around at least a portion of said counter unit;

defining said target space along at least a portion of said counter unit;

defining said target space around at least one side of said counter unit;

defining said target space lateral to said counter unit;

defining said target space angularly around said counter unit;

defining said target space above said counter unit;

defining said target space below said counter unit; and

defining said target space in a similar elevation as said counter unit.

28. The method of claim 1, wherein said suppressing comprises the steps of:

incorporating said counter unit into at least one of a plurality of current transmission devices each of which includes at least one module for delivering electric current for power transmission, each of which include said base unit for transmitting said current, and which include a power transmission line and a wireless power transmission device; and

opposing said portion of said harmful waves by said counter waves for said suppressing.

29. The method of claim 28, wherein said suppressing also comprises one of the steps of:

suppressing said portion of said harmful waves while completely obstructing said delivering current;

suppressing said portion of said harmful waves while only partially obstructing said delivering current;

suppressing said portion of said harmful waves while coincidentally facilitating said delivering current; and

suppressing said portion of said harmful waves while also delivering said current.

30. The method of claim 28, wherein said suppressing also comprises one of the steps of:

defining said target space as a 2-dimensional zone with respect to said counter unit;

defining said target space as a 3-dimensional zone defined with respect to said counter unit;

defining said target space around at least a portion of said counter unit;

defining said target space along at least a portion of said counter unit;

defining said target space around at least one side of said counter unit;

defining said target space lateral to said counter unit;

defining said target space angularly around said counter unit;

defining said target space above said counter unit;

defining said target space below said counter unit; and

defining said target space in a similar elevation as said counter unit.

31. The method of claim 1, wherein said suppressing comprises the steps of:

incorporating said counter unit into at least one of a plurality of force generating devices including a direct current motor, an alternating current motor, an universal motor, a synchronous motor, an induction motor, a linear motor, an actuator capable of generating a physical movement, an electric kitchen appliance including at least one of said motors and actuator, an electric cooking appliance including at least one of said motors and actuator, an electric household appliance including at least one of said motors and actuator, an electric tool including at least one of said motors and actuator, an electric hygiene device including at least one of said motors and actuator, and an electric medical device including at least one of said motors and actuator, wherein each of said devices include said base unit for generating said force; and

opposing said portion of said harmful waves by said counter waves for said suppressing.

32. The method of claim 1, wherein said suppressing comprises the steps of:

incorporating said counter unit into at least one of a plurality of electric heating devices each of which is capable of generating heat and includes at least one of a resistive heating wire, a resistive heating strip, a resistive heating sheet, a resistive heating coil, and an induction heating element, each of which includes said base unit for generating heat, and which include a personal heating appliance, a cooking appliance, and a beauty-related appliance; and

opposing said portion of said harmful waves by said counter waves for said suppressing.

33. The method of claim 1, wherein said suppressing comprises the steps of:

incorporating said counter unit into at least one of a plurality of electric light emitting units each of which includes said base unit for emitting said light, which are capable of emitting at least one of infrared rays, visual light rays, and ultraviolet rays and which include an incandescent bulbs, a fluorescent bulb, a cold cathode fluorescent lamp, an external electrode fluorescent lamp, a cathode ray tube, a light emitting device, a liquid crystal display, a light emitting diode, an organic light emitting diode, an inorganic light emitting diode, a plasma display panel, a display unit capable of one of directly and indirectly emitting at least one of said rays, a visual device including at least one of said light emitting units, a display device including at least one of said light emitting units, a communication device including at least one of said light emitting units, an infrared ray emitting unit, and an ultraviolet ray emitting unit; and

opposing said portion of said harmful waves by said counter waves for said suppressing.

34. The method of claim 1, wherein said suppressing comprises the steps of:

incorporating base counter unit into at least one of a plurality of current generators each of which includes said base unit for generating said current, which are capable of generating one of alternating electric current and direct electric current and which include an alternating-current generator, a direct-current generator, a linear generator, a tachogenerator, an alternator, an adaptor, a transformer, and a fuel cell; and

opposing said portion of said harmful waves by said counter waves for said suppressing.

35. The method of claim 1 incorporating at least two base units further comprising the steps of:

incorporating a first of said base units into one of a plurality of devices including a sound generating device, a communication device, a current transmission device, an electric heating device, an electric light emitting unit, a force generating device, and a current generator;

incorporating a second of said base units into another of said plurality of said devices;

providing at least two counter units;

incorporating a first of said counter unit for suppressing said portion of said harmful waves irradiated by said first base unit; and

incorporating a second of said counter unit for suppressing said portion of said harmful waves irradiated by said second base unit, thereby suppressing said portions of said harmful waves from propagating toward said target space and decreasing said intensity of said harmful waves in said target space.

36. The method of claim 1, wherein said forming comprises at least one of the steps of:

incorporating into said counter unit at least one substance of which magnetic permeability is different from that of at least one of said base unit and target space;

incorporating around said counter unit at least one substance of which magnetic permeability is different from that of at least one of said base unit and target space;

incorporating between said counter unit and said base unit at least one substance of which magnetic permeability is different from that of at least one of said base unit and target space; and

incorporating between said counter unit and target space at least one substance of which magnetic permeability is different from that of at least one of said base unit and target space.

37. A method of decreasing inside a target space an intensity of harmful electromagnetic waves irradiated by at least one base unit which is positioned away from said target space, and provided for a preset purpose, said method comprising the steps of:

identifying electromagnetic characteristics of at least a portion of said harmful waves, wherein said characteristics include at least one of a shape, a size, an orientation, a direction, a propagation path, an amplitude, a frequency, and a phase angle of said harmful waves;

emitting counter electromagnetic waves toward at least one of said target space and base unit by at least one counter unit; and

manipulating at least one of said shape, size, orientation, direction, propagation path, amplitude, and frequency of said counter waves for matching phase angle of said counter waves at least partially identical to that of said harmful waves and for opposing said portion of said harmful waves by said counter waves, thereby suppressing said harmful waves from propagating into said target space and performing said decreasing.

38. The method of claim 37, wherein said identifying comprises at least one of the steps of:

assessing said characteristics of said portion of said harmful waves in said target space;

assessing said characteristics of said portion of said harmful waves away from said target space;

assessing said characteristics of said portion of said harmful waves between said base unit and target space; and

assessing said characteristics of said portion of said harmful waves adjacent to said base unit.

39. The method of claim 37, wherein said identifying comprises at least one of the steps of:

assessing said characteristics in a first region defined at a center of said base unit;

assessing said characteristics in a second region defined near said base unit;

assessing said characteristics in a third region defined around said base unit;

assessing said characteristics in a fourth region between said base unit and target space;

assessing said characteristics in a fifth region defined at a center of said target space;

assessing said characteristics in a sixth region defined near said target space;

assessing said characteristics in a seventh region defined around said target space;

assessing said characteristics in an eighth region which is a portion of said target space;

assessing said characteristics in a ninth region defined across an entire portion of said target space; and

assessing at least one of a plurality of averages of said characteristics in at least one of said regions, wherein said averages include a two-dimensional spatial average, a three-dimensional spatial average, a temporal average, an arithmetic average, a geometric average, a weighted average, and an ensemble average.

40. The method of claim 37, wherein said emitting comprises at least one of the steps of:

emitting said counter waves defining preset characteristics for said manipulating;

emitting said counter waves forming preset wavefronts for said manipulating;

changing at least one of said characteristics of said counter waves in response to changes in at least one of said characteristics of said harmful waves for said manipulating;

changing said portion of said wavefronts of said counter waves in response to changes in said portion of said wavefronts of said harmful waves for said manipulating; and

changing at least another portion of said wavefronts of said counter waves in response to changes in at least yet another portion of said wavefronts of said harmful waves for said manipulating.

41. The method of claim 37, wherein said emitting comprises at least one of the steps of:

constantly performing said emitting;

emitting said counter waves based on an user command;

emitting said counter waves when said harmful waves propagate into said target space;

emitting said counter waves when said intensity of said harmful waves exceeds a preset limit in at least a portion of said target space; and

emitting said counter waves when said intensity of said harmful waves exceeds a preset limit in an entire portion of said target space.

42. The method of claim 37, wherein said emitting comprises at least one of the steps of:

providing a source of electric energy and supplying said energy to said counter unit for said emitting as well as to said base unit for irradiating said harmful waves;

providing said source and supplying said energy to said counter unit for said emitting but not to said base unit for said irradiating;

providing said counter unit with said energy for said emitting by said base unit; and

generating said energy for said emitting by said counter unit itself,

wherein said providing is performed through at least one of a wired electrical connection and a wireless connection.

43. The method of claim 37, wherein said emitting comprises at least one of the steps of:

emitting said counter waves from said counter unit at least a portion of which is closer to said target space than said base unit;

emitting said counter waves from said counter unit at least a portion of which is farther away from said target space than said base unit;

emitting said counter waves from said counter unit at least a portion of which is at a similar distance from said target space as said base unit;

emitting said counter waves from said counter unit at least a portion of which is disposed above said base unit;

emitting said counter waves from said counter unit at least a portion of which is disposed below said base unit;

emitting said counter waves from said counter unit at least a portion of which is disposed in a similar elevation as said base unit above said target space;

emitting said counter waves from said counter unit at least a portion of which is disposed in a similar elevation as said base unit below said target space;

emitting said counter waves from said counter unit at least a portion of which is disposed concentrically with respect to said base unit;

emitting said counter waves from said counter unit at least a portion of which is enclosed by at least a portion of said base unit;

emitting said counter waves from said counter unit at least a portion of which is disposed in said base unit; and

emitting said counter waves from said counter unit at least a portion of which is paired with said base unit.

44. The method of claim 37, wherein said manipulating comprises at least one of the steps of:

at least partially matching a shape of at least a portion of said counter unit with that of at least a portion of said base unit for said opposing;

at least partially matching a size of at least a portion of said counter unit with that of at least a portion of said base unit for said opposing;

at least partially matching a configuration of at least a portion of said counter unit with that of at least a portion of said base unit for said opposing;

at least partially matching an alignment of at least a portion of said counter unit with that of at least a portion of said base unit for said opposing;

at least partially matching an arrangement of at least a portion of said counter unit with that of at least a portion of said base unit for said opposing;

at least partially matching an orientation of at least a portion of said counter unit with that of at least a portion of said base unit for said opposing;

at least partially matching a disposition of at least a portion of said counter unit with that of at least a portion of said base unit for said opposing;

at least partially matching a symmetry of at least a portion of said counter unit with that of at least a portion of said base unit for said opposing;

at least partially matching at least a portion of wavefronts of said counter waves with at least a portion of wavefronts of said harmful waves for said opposing while not identically matching at least one of said shapes, sizes, configurations, alignments, arrangements, orientations, dispositions, and symmetries of said counter unit and base unit; and

at least partially matching a number of said counter units with that of said base units when a plurality of base units irradiate said harmful waves and a plurality of counter units emit said counter waves.

45. The method of claim 44, wherein said at least partially matching comprises one of the steps of:

forming at least a portion of said counter unit as an analog of at least a portion of said base unit for said opposing;

forming at least a portion of said counter unit as an inverse analog of at least a portion of said base unit for said opposing;

forming at least a portion of said counter unit as a mirror image of an analog of at least a portion of said base unit for said opposing; and

forming at least a portion of said counter unit as a mirror image of an inverse analog of at least a portion of said base unit for said opposing.

46. The method of claim 37, wherein said manipulating comprises one of the steps of:

at least partially matching a frequency of said counter waves with that of said harmful waves, wherein said frequencies fall in a first range which is less than about 1 kHz for said opposing;

at least partially matching a frequency of said counter waves with that of said harmful waves, wherein said frequencies fall in a second range which is between about 1 kHz and about 1 MHz for said opposing;

at least partially matching a frequency of said counter waves with that of said harmful waves, wherein said frequencies fall in a third range which is greater than about 1 MHz for said opposing;

at least partially matching a frequency of said counter waves with a frequency of at least one harmonic of said harmful waves, wherein said frequencies fall in one of said ranges for said opposing;

at least partially matching a frequency of at least one harmonic of said counter waves with a frequency of said harmful waves of a frequency, wherein said frequencies fall in one of said ranges for said opposing; and

at least partially matching a frequency of at least one harmonic of said counter waves with a frequency of at least one harmonic of said harmful waves, wherein said frequencies fall in one of said ranges for said opposing.

47. The method of claim 37, wherein said manipulating comprises one of the steps of:

performing said opposing across an entire frequency range of said harmful waves; and

performing said opposing over at least one preset frequency range of said harmful waves but not over the rest of frequency ranges thereof.

48. The method of claim 37 using at least two base units, wherein said manipulating matching comprises one of the steps of:

irradiating said harmful waves by a first of said base units; and

emitting said counter waves by a second of said base unit, thereby utilizing said second base unit as said counter unit and performing said opposing by said second base unit.

49. The method of claim 37, wherein said manipulating comprises at least one of the steps of:

controlling a direction of electric current flowing in at least one of said base and counter units;

controlling an amplitude of electric current flowing in at least one of said units;

controlling a frequency of electric current flowing in at least one of said units;

controlling a phase angle of electric current flowing in at least one of said units;

controlling a direction of electric voltage applied across at least one of said units;

controlling an amplitude of electric voltage applied across at least one of said units;

controlling a frequency of electric voltage applied across at least one of said units;

controlling a phase angle of electric voltage applied across at least one of said units; and

controlling a sequence of said electric current through said units.

50. The method of claim 37, wherein said manipulating comprises at least one of the steps of:

controlling a shape of at least one of said base and counter units for said opposing;

controlling a configuration of at least one of said units for said opposing;

controlling an alignment of at least one of said units for said opposing;

controlling an arrangement of at least one of said units for said opposing;

controlling an orientation of at least one of said units for said opposing;

controlling a disposition of at least one of said units for said opposing;

controlling a distance between said units for said opposing;

controlling an angle between said units for said opposing;

controlling a symmetry between said units for said opposing;

disposing around at least one of said units a substance capable of affecting said wave characteristic of said wavefronts of said waves for said opposing; and

disposing said substance between said units for said opposing.

51. The method of claim 37, wherein said opposing comprises the step of:

aligning at least one magnetic pole of said counter waves for at least partially repelling at least one same magnetic pole of said portion of said harmful waves for said suppressing.

52. The method of claim 37, wherein said opposing comprises the step of:

manipulating said phase angle of said counter waves to be at least partially similar to that of said portion of said harmful waves.

53. The method of claim 37, wherein said decreasing comprises at least one of the steps of:

maintaining said intensity of said harmful waves in at least a portion of said target space below a preset limit;

maintaining said intensity of said harmful waves across an entire portion of said target space below a preset limit;

maintaining at least one of a spatial average and a temporal average of said intensity of said harmful waves inside said target space below said limit;

maintaining said intensity of said harmful waves across an entire portion of said target space below a first preset limit but above a second preset limit;

maintaining at least one of a spatial average and a temporal average of said intensity of said harmful waves in at least a portion of said target space below a third preset limit but above a fourth preset limit;

maintaining said intensity of said harmful waves in at least a portion of said target space below a preset percent of another intensity of said harmful waves which would have been obtained without said suppressing; and

maintaining at least one of a spatial average and a temporal average of said intensity of said harmful waves inside at least a portion of said target space below a preset percent of said another intensity.

54. The method of claim 37 further comprising at least one of the steps of:

terminating said emitting when said base unit stops irradiating said harmful waves;

terminating said emitting when said intensity of said harmful waves drops below a preset limit;

terminating said emitting based on said user command; and

terminating said emitting as energy supply to said counter unit ceases.

55. The method of claim 37, wherein said manipulating comprises one of the steps of:

manipulating said emitting for not said purpose at all but only for said opposing;

manipulating said emitting for coincidentally serving said purpose at least by a minimal amount;

manipulating said emitting for not only said purpose but also for said opposing; and

manipulating said emitting for at least partially against said purpose; and

manipulating said emitting for completely against said purpose.

56. The method of claim 37, wherein said suppressing comprises the steps of:

forming said base unit in a shape of at least one of a wire, a coil, a ring, a mesh, a sheet, a strip, a cylinder, a sphere, a particle, a solenoid, and a toroid;

including in said base unit at least one of an electrically conductive substance, an electrically semiconductive substance, and an electrically insulative substance; and

suppressing said portion of said harmful waves irradiated by said base unit by.

57. The method of claim 37, wherein said decreasing comprises the steps of:

incorporating said counter unit into at least one of a plurality of sound generating devices which include a cone-drive speaker, a planar speaker, a flat panel speaker, a horn speaker, a bending wave speaker, an electrostatic speaker, a piezoelectric speaker, a magnetostrictive speaker, a plasma arc speaker, a digital speaker, an earphone, a headphone, a handset of a phone, a mobile phone, a smart phone, a head-mounted device, and an audio device, wherein each of said devices includes said base unit for generating said sound; and

opposing said portion of said harmful waves irradiated by said base unit with said counter waves for said decreasing.

58. The method of claim 37, wherein said decreasing comprises the steps of:

incorporating said counter unit into at least one of a plurality of communication devices each of which includes at least one transmitting module for transmitting signals for communication and which include a wired phone, a wireless phone, a mobile phone, a smart phone, a walkie talkie, and a head-mounted device, wherein each of said devices includes said base unit for transmitting signals for said communication; and

opposing said portion of said harmful waves irradiated by said base unit with said counter waves for said decreasing.

59. The method of claim 58, wherein said decreasing also comprises one of the steps of:

opposing said portion of said harmful waves while completely obstructing said transmitting signals;

opposing said portion of said harmful waves while only partially obstructing said transmitting signals;

opposing said portion of said harmful waves while coincidentally facilitating said transmitting signals; and

opposing said portion of said harmful waves while also transmitting said signals.

60. The method of claim 58, wherein said decreasing also comprises one of the steps of:

defining said target space as a 2-dimensional zone with respect to said counter unit;

defining said target space as a 3-dimensional zone defined with respect to said counter unit;

defining said target space around at least a portion of said counter unit;

defining said target space along at least a portion of said counter unit;

defining said target space around at least one side of said counter unit;

defining said target space lateral to said counter unit;

defining said target space angularly around said counter unit;

defining said target space above said counter unit;

defining said target space below said counter unit; and

defining said target space in a similar elevation as said counter unit.

61. The method of claim 37, wherein said decreasing comprises the steps of:

incorporating said counter unit into at least one of a plurality of transmission devices each of which includes at least one delivering module for electric current for power transmission, each of which includes said base unit, and which include a power transmission line and a wireless power transmission device; and

opposing said portion of said harmful waves irradiated by said base unit with said counter waves for said decreasing.

62. The method of claim 61, wherein said decreasing also comprises one of the steps of:

opposing said harmful waves while completely obstructing said delivering current;

opposing said harmful waves while only partially obstructing said delivering current;

opposing said harmful waves while coincidentally facilitating said delivering current; and

opposing said harmful waves while also delivering said current.

63. The method of claim 61, wherein said decreasing also comprises one of the steps of:

defining said target space as a 2-dimensional zone with respect to said counter unit;

defining said target space as a 3-dimensional zone defined with respect to said counter unit;

defining said target space around at least a portion of said counter unit;

defining said target space along at least a portion of said counter unit;

defining said target space around at least one side of said counter unit;

defining said target space lateral to said counter unit;

defining said target space angularly around said counter unit;

defining said target space above said counter unit;

defining said target space below said counter unit; and

defining said target space in a similar elevation as said counter unit.

64. The method of claim 37, wherein said decreasing comprises the steps of:

incorporating said counter unit into at least one of a plurality of force generating devices including a direct-current motor, an alternating-current motor, an universal motor, a synchronous motor, an induction motor, a linear motor, an actuator capable of generating a physical movement, an electric kitchen appliance including at least one of said motors and actuator, an electric cooking appliance including at least one of said motors and actuator, an electric household appliance including at least one of said motors and actuator, an electric tool including at least one of said motors and actuator, an electric hygiene device including at least one of said motors and actuator, and an electric medical device including at least one of said motors and actuator, wherein each of said devices includes said base unit for generating said force; and

opposing said portion of said harmful waves irradiated by said base unit with said counter waves for said decreasing.

65. The method of claim 37, wherein said decreasing comprises the steps of:

incorporating said counter unit into at least one of a plurality of electric heating devices each of which is capable of generating heat and includes at least one of a resistive heating wire, a resistive heating strip, a resistive heating sheet, a resistive heating coil, and an induction heating element, which include a personal heating appliance, a cooking appliance, and a beauty-related appliance, and each of which includes said base unit for said heating; and

opposing said portion of said harmful waves irradiated by said base unit with said counter waves for said decreasing.

66. The method of claim 37, wherein said decreasing comprises the steps of:

incorporating said counter unit into at least one of a plurality of electric light emitting units which are capable of emitting at last one of infrared rays, visual light rays, and ultraviolet rays and include an incandescent bulbs, a fluorescent bulb, a cold cathode fluorescent lamp, an external electrode fluorescent lamp, a cathode ray tube, a light emitting device, a liquid crystal display, a light emitting diode, an organic light emitting diode, an inorganic light emitting diode, a plasma display panel, a display unit capable of one of directly and indirectly emitting at least one of said rays, a visual device including at least one of said light emitting units, a display device including at least one of said light emitting units, a communication device including at least one of said light emitting units, an infrared ray emitting unit, and an ultraviolet ray emitting unit, wherein each of said devices includes said base unit for said emitting; and

opposing said portion of said harmful waves irradiated by said base unit with said counter waves for said decreasing.

67. The method of claim 37, wherein said decreasing comprises the steps of:

incorporating said counter unit into at least one of a plurality of generators which are capable of generating one of alternating and direct electric current and which include an alternating-current generator, a direct-current generator, a linear generator, a tachogenerator, an alternator, an adaptor, a transformer, and a fuel cell, wherein each of said generators includes said base unit for said generating; and

opposing said portion of said harmful waves irradiated by said base unit with said counter waves for said decreasing.

68. The method of claim 37 further comprising at least one of the steps of:

providing said counter unit functioning not for said purpose at all but only for said decreasing;

providing said counter unit coincidentally serving said purpose at least by a minimal amount;

providing said counter unit functioning not only for said purpose but also for said decreasing;

providing said counter unit functioning at least partially against said purpose; and

providing said counter unit functioning completely against said purpose.

69. The method of claim 37 further comprising at least one of the steps of:

incorporating into said counter unit at least one substance of which magnetic permeability is different from that of at least one of said base unit and target space;

incorporating around said counter unit at least one substance of which magnetic permeability is different from that of at least one of said base unit and target space;

incorporating between said counter unit and said base unit at least one substance of which magnetic permeability is different from that of at least one of said base unit and target space; and

incorporating between said counter unit and target space at least one substance of which magnetic permeability is different from that of at least one of said base unit and target space.

70. A method of suppressing harmful electromagnetic waves irradiated by at least one base unit as well as counter electromagnetic waves emitted by at least one counter unit from propagating into a target space comprising the steps of:

forming said base unit as an assembly of at least one of a sphere, a wire, a coil, a spiral, a ring, a mesh, a sheet, a strip, a cylinder, a tube, a sphere, a particle, a solenoid, a toroid, and a combination thereof;

configuring said counter unit as another assembly of at least one of a sphere, a wire, a coil, a spiral, a ring, a mesh, a sheet, a strip, a cylinder, a tube, a sphere, a particle, a solenoid, a toroid, and a combination thereof;

providing first electric energy to said base unit for irradiating said harmful waves;

supplying second electric energy to said counter unit for emitting said counter waves; and

manipulating at least one of said forming and said configuring as well as controlling at least one of said providing and said supplying in such a way that said counter waves define phase angles at least partially identical to those of said harmful waves and said counter waves at least partially oppose at least a portion of said harmful waves at least inside said target space at least magnetically for said suppressing.

71. The method of claim 70, wherein at least one of said forming and configuring comprises at least one of the steps of:

at least partially matching shapes of at least a portion of said counter unit and at least a portion of said base unit;

at least partially matching sizes of at least a portion of said counter unit and at least a portion of said base unit;

at least partially matching configurations of at least a portion of said counter unit and at least a portion of base unit;

providing said counter unit and at least one additional counter unit and at least partially matching at least one of shapes, sizes, and configurations of at least two of said counter unit and additional counter unit with at least one of a shape, a size, and a configuration of at least a portion of said base unit;

providing a plurality of said base units and at least partially matching at least one of shapes, sizes, and configurations of at least two of said base units with at least one of a shape, a size, and a configuration of at least a portion of said counter unit;

providing and said base units and at least partially matching at least one of shapes, sizes, and configurations of at least two of said counter with at least one of shapes, sizes, and configurations of at least two of said base units;

providing said counter unit and said additional counter unit and said base units and at least partially matching at least one of shapes, sizes, and configurations of at least two of said counter unit and additional counter unit with at least one of shapes, sizes, and configurations of at least two of said base units;

at least partially matching at least a portion of wavefronts of said counter waves with at least a portion of wavefronts of said harmful waves while not identically matching at least one of a shape, a size, and a configuration of said counter unit with at least one of those of said base unit;

forming said counter unit in a simpler configuration than said base unit; and

forming said counter unit in a more complex configuration than said base unit.

72. The method of claim 70, wherein at least one of said forming and configuring comprises one of the steps of:

forming at least a portion of said counter unit as an analog of at least a portion of said base unit;

forming at least a portion of said counter unit as an inverse analog at least a portion of said base unit;

forming at least a portion of said counter unit as a mirror image of an analog of at least a portion of said base unit; and

forming at least a portion of said counter unit as a mirror image of an inverse analog of at least a portion of said base unit for said countering.

73. The method of claim 70, wherein at least one of said forming and configuring comprises at least one of the steps of:

at least partially matching alignments of at least a portion of said counter unit and at least a portion of said base unit;

at least partially matching arrangements of at least a portion of said counter unit and at least a portion of said base unit;

at least partially matching orientations of at least a portion of said counter unit and at least a portion of said base unit;

at least partially matching dispositions of at least a portion of said counter unit and at least a portion of said base unit;

at least partially matching symmetries of at least a portion of said counter unit and at least a portion of said base unit;

at least partially matching at least a portion of wavefronts of said counter waves with at least a portion of wavefronts of said harmful waves while not identically matching at least one of said alignments, an arrangements, orientations, dispositions, and symmetries thereof; and

providing said counter unit and at least one additional counter unit and at least partially matching at least a portion of wavefronts of at least two of said counter units with that of said base units when said harmful waves are irradiated by a plurality of said base units and when said counter waves are emitted by said counter unit and said additional counter unit.

74. The method of claim 70, wherein at least one of said forming and configuring comprises at least one of the steps of:

extending said counter unit to be at least one of taller, longer, and wider than said base unit;

squeezing said counter unit to be at least one of shorter and narrower than said base unit;

adaptively changing at least one of a height, a length, and a width of at least one of said base unit and counter unit based on wave characteristics of said harmful waves; and

adaptively changing at least one of a height, a length, and a width of at least one of said base unit and counter unit based on said target space.

75. The method of claim 70 further comprising one of the steps of:

disposing said counter unit in a fixed position with respect to at least one of said base unit and target space; and

arranging said counter unit to be mobile and disposing said counter unit in each of a plurality of positions defined with respect to at least one of said base unit and target space.

76. The method of claim 70 further comprising, one of the steps of:

disposing said counter unit between said target space and base unit;

disposing said counter unit on an opposite side of said space with respect to said base unit;

disposing said counter unit at a first distance from a center of said target space, wherein said first distance is neither substantially greater nor substantially less than a second distance between said base unit and said center of said target space; and

disposing said counter unit at a third distance from said center of said target place, wherein said third distance is one of substantially greater and substantially less than said second distance.

77. The method of claim 70 further comprising at least one of the steps of:

disposing at least a portion of said counter unit closer to said target space than said base unit;

disposing at least a portion of said counter unit farther from said target space than said base unit;

disposing at least a portion of said counter unit at a similar distance from said target space as said base unit;

disposing at least a portion of said counter unit above said base unit;

disposing at least a portion of said counter unit below said base unit;

disposing at least a portion of said counter unit in a similar elevation as said base unit above said target space;

disposing at least a portion of said counter unit in a similar elevation as said base unit below said target space;

disposing at least a portion of said counter unit concentrically with respect to said base unit;

enclosing at least a portion of said counter unit by at least a portion of said base unit;

disposing at least a portion of said counter unit in said base unit; and

pairing at least a portion of said counter unit with said base unit.

78. The method of claim 70, wherein at least one of said providing and supplying comprises at least one of the steps of:

adjusting a direction of at least one of said first and second electric energies;

adjusting an amplitude of at least one of said first and second electric energies;

adjusting a frequency of at least one of said first and second electric energies;

adjusting a phase angle of at least one of said first and second electric energies;

adjusting a direction of at least one of said first and second electric energies;

adjusting an amplitude of controlling a magnitude of electric voltage applied across at least one of said first and second electric energies;

adjusting a frequency of at least one of said first and second electric energies;

adjusting a phase angle of at least one of said first and second electric energies; and

adjusting a direction of flow of said first and second electric energies.

79. The method of claim 70, wherein at least one of said providing and supplying comprises at least one of the steps of:

including a source of said electric energy and supplying said energy to said counter unit for said emitting followed by providing said energy to said base unit for said irradiating;

including a source of said electric energy and providing said energy to said base unit for said irradiating followed by supplying said energy to said counter unit for said emitting; and

including a source of said electric energy and providing said energy to said base unit for said irradiating simultaneously with supplying said energy to said counter unit for said emitting.

80. The method of claim 70, wherein said providing and supplying comprise the steps of:

coupling said base unit with said counter unit in a series arrangement;

including a source of said electric energy; and

providing said energy to one of said base and counter units and then to another of said units.

81. The method of claim 70, wherein said providing and supplying comprise the steps of:

coupling said base unit with said counter unit in a parallel arrangement;

including a source of said electric energy; and

simultaneously providing said energy to said base and counter units.

82. The method of claim 70, wherein at least one of said providing and supplying comprises one of the steps of:

arranging said first and second electric energies to flow in opposite directions if said harmful and counter waves would cancel each other when said energies flow in the same direction;

arranging said first and second electric energies to flow in the same direction if said harmful and counter waves would cancel each other when said energies flow in opposite directions; and

arranging said first and second electric energies to flow in a hybrid direction if said harmful and counter waves would cancel each other when said energies flow either in the same direction or in opposite directions.

83. The method of claim 70, wherein at least one of said manipulating and controlling comprises one of the steps of:

at least partially matching a frequency of said counter waves with that of said harmful waves which falls in a first range which is less than about 1 kHz for said countering;

at least partially matching a frequency of said counter waves with that of said harmful waves which falls in a second range which is between about 1 kHz and about 1 MHz for said countering;

at least partially matching a frequency of said counter waves with that of said harmful waves which falls in a third range which is greater than about 1 MHz for said countering;

at least partially matching a frequency of said counter waves with a frequency of at least one harmonic of said harmful waves of a frequency falling in one of said ranges for said countering;

at least partially matching a frequency of at least one harmonic of said counter waves with a frequency of said harmful waves of a frequency falling in one of said ranges for said countering; and

at least partially matching a frequency of at least one harmonic of said counter waves with a frequency of at least one harmonic of said harmful waves of a frequency falling in one of said ranges for said countering.

84. The method of claim 70, wherein at least one of said manipulating and controlling comprises one of the steps of:

performing said suppressing across an entire frequency range of said harmful and counter waves; and

performing said suppressing over at least one preset frequency range of said harmful and counter waves but not over the rest of frequency ranges thereof.

85. The method of claim 70, wherein said suppressing comprises the steps of:

selecting at least two parts of one of a plurality of sound generating devices which include a cone-drive speaker, a planar speaker, a flat panel speaker, a horn speaker, a bending wave speaker, an electrostatic speaker, a piezoelectric speaker, a magnetostrictive speaker, a plasma arc speaker, a digital speaker, an earphone, a headphone, a handset of a phone, a mobile phone, a smart phone, a head-mounted device, and an audio device;

assigning first of said parts as said base unit while assigning second of said parts as said counter unit; and

performing said manipulating so that said harmful waves irradiated by said first part and said counter waves emitted by said second part at least partially oppose each other for said suppressing.

86. The method of claim 70, wherein said suppressing comprises the step of:

selecting at least two parts of one of a plurality of communication devices which include a wired phone, a wireless phone, a mobile phone, a smart phone, a walkie talkie, and a head-mounted device;

assigning first of said parts as said base unit while assigning second of said parts as said counter unit; and

performing said manipulating so that said harmful waves irradiated by said first part and said counter waves emitted by said second part at least partially oppose each other for said suppressing.

87. The method of claim 70, wherein said suppressing comprises the steps of:

selecting at least two parts of one of a plurality of transmission devices which include a power transmission line and a wireless power transmission device;

assigning first of said parts as said base unit while assigning second of said parts as said counter unit; and

performing said manipulating so that said harmful waves irradiated by said first part and said counter waves emitted by said second part at least partially oppose each other for said suppressing.

88. The method of claim 70, wherein said suppressing comprises the steps of:

selecting at least two parts of one of a plurality of force generating devices which include a direct current motor, an alternating current motor, an universal motor, a synchronous motor, an induction motor, a linear motor, an actuator capable of generating a physical movement, an electric kitchen appliance including at least one of said motors and actuator, an electric cooking appliance including at least one of said motors and actuator, an electric household appliance including at least one of said motors and actuator, an electric tool including at least one of said motors and actuator, an electric hygiene device including at least one of said motors and actuator, and an electric medical device including at least one of said motors and actuator, wherein each of said devices includes said base unit for generating said force;

assigning first of said parts as said base unit while assigning second of said parts as said counter unit; and

performing said manipulating so that said harmful waves irradiated by said first part and said counter waves emitted by said second part at least partially oppose each other for said suppressing.

89. The method of claim 70, wherein said suppressing comprises the steps of:

selecting at least two parts of one of a plurality of electric heating devices which include a personal heating appliance, a cooking appliance, and a beauty-related appliance;

assigning first of said parts as said base unit while assigning second of said parts as said counter unit; and

performing said manipulating so that said harmful waves irradiated by said first part and said counter waves emitted by said second part at least partially oppose each other for said suppressing.

90. The method of claim 70, wherein said suppressing comprises the steps of:

selecting at least two parts of one of a plurality of electric light emitting units each of which includes said base unit for emitting said light, which are capable of emitting at last one of infrared rays, visual light rays, and ultraviolet rays, and which include an incandescent bulbs, a fluorescent bulb, a cold cathode fluorescent lamp, an external electrode fluorescent lamp, a cathode ray tube, a light emitting device, a liquid crystal display, a light emitting diode, an organic light emitting diode, an inorganic light emitting diode, an inorganic light emitting device, a plasma display panel, a display unit capable of one of directly and indirectly emitting at least one of said rays, a visual device including at least one of said light emitting units, a display device including at least one of said light emitting units, a communication device including at least one of said light emitting units, an infrared ray emitting unit, and an ultraviolet ray emitting unit;

assigning first of said parts as said base unit while assigning second of said parts as said counter unit; and

performing said manipulating so that said harmful waves irradiated by said first part and said counter waves emitted by said second part at least partially oppose each other for said suppressing.

91. The method of claim 70, wherein said suppressing comprises the steps of:

selecting at least two parts of one of a plurality of generators which are capable of generating one of alternating and direct electric current and which include an alternating current generator, a direct current generator, a linear generator, a tachogenerator, an alternator, an adaptor, a transformer, and a fuel cell;

assigning first of said parts as said base unit while assigning second of said parts as said counter unit; and

performing said manipulating so that said harmful waves irradiated by said first part and said counter waves emitted by said second part at least partially oppose each other for said suppressing.

92. A method of suppressing harmful electromagnetic waves irradiated by at least one wave source of an electric device from propagating toward a target space comprising the steps of:

providing at least one counter unit;

configuring said counter unit at least one of to match at least one of a plurality of features of said wave source wherein said features include a shape, a size, and an arrangement, to define a configuration simpler than that of said wave source while at least minimally maintaining said at least one of said features to define a configuration more complex than that of said wave source while at least minimally maintaining said at least one of said features to define a dimension defined by a less number of unit axes than said wave source while at least minimally maintaining said at least one of said features and to have a dimension which is defined by a greater number of unit axes than that of said wave source while at least minimally maintaining said at least one of said features;

emitting by said counter unit counter electromagnetic waves similar to said harmful waves due to said configuring; and

manipulating at least one of said configuring and emitting such that said counter waves have phase angles at least partially identical to those of said harmful waves and said counter waves at least partially oppose said harmful waves for said suppressing.

93. A method of suppressing harmful electromagnetic waves irradiated from at least one base unit by suppressing said harmful waves from propagating to a target space, wherein said target space is defined between said source and an user, said method comprising the steps of:

identifying a first set of a plurality of wavefronts of said harmful waves;

disposing at least one counter unit along at least one of said wavefronts; and

emitting by said counter unit counter electromagnetic waves forming a second set of a plurality of wavefronts defining a phase angle at least partially identical to that of said first set of said wavefronts in said target space due to said disposing, thereby performing said suppressing.

94. A method of suppressing harmful electromagnetic waves which are irradiated from at least one wave source which is shaped as at least one of a curvilinear wire, a curvilinear strip, a curvilinear sheet, a coil, a spiral, a ring, a mesh, and a combination thereof from propagating to a target space comprising the steps of:

providing at least one counter unit shaped as one of a curvilinear wire, a curvilinear strip, a curvilinear sheet, a coil, a spiral, a ring, a mesh, and a combination thereof;

disposing said counter unit in a preset relation to said wave source; and

supplying electric current in said counter unit;

emitting said counter waves from said counter unit; and

manipulating at least one of said providing, disposing, supplying, irradiating, and emitting such that said counter waves define phase angles at least partially identical to those of said harmful waves and at least a portion of said harmful waves by said counter waves, thereby accomplishing said suppressing.

95. The method of claim 94, wherein said supplying comprises one of the steps of:

flowing said current to in a direction opposite to another direction of another current flowing in said wave source if said harmful and counter waves would cancel each other when said currents flow in the same direction;

flowing said current to in a direction same as another direction of another current flowing in said wave source if said harmful and counter waves would cancel each other when said currents flow in opposite direction; and

flowing said current to in a hybrid direction if said harmful and counter waves would cancel each other when said currents flow either in the same direction or in opposite directions.

96. A method of suppressing harmful electromagnetic waves which are irradiated from at least one wave source which is shaped as at least one of a curvilinear wire, a curvilinear strip, a curvilinear sheet, a coil, a spiral, a ring, a mesh, and a combination thereof by emitting counter electromagnetic waves and by suppressing said harmful waves from propagating to a target space, said method comprising the steps of:

identifying a plurality of wavefronts of said harmful waves formed by said wave source;

providing at least one counter unit shaped as one of a curvilinear wire, a curvilinear strip, a curvilinear sheet, a coil, a spiral, a ring, a mesh, and a combination thereof;

disposing said counter unit in a preset relation to said wave source; and

supplying electric current in said counter unit; and

emitting said counter waves from said counter unit while also manipulating at least one of said providing, disposing, and supplying for the purpose of matching phase angles of said counter waves at least partially identical to those of said harmful waves and opposing at least one of wavefronts of said harmful waves with at least one of said wavefronts of said counter waves, thereby performing said suppressing.