ELECTRIC DUST COLLECTION DEVICE AND MANUFACTURING METHOD THEREOF
The present invention refers to, for generating an electric field to reduce the dust charged dust collecting device and method are disclosed to a number tank. Air conditioner air temperature number plower stove or heater, the number of debris stand-alone air cleanliness for the retention of the air cleaner, air humidifier under public affairs number moisture, moisture etc. number number moisture among the air industry. Air cleaner device mounted independently or air conditioner, air from the dust collection device is provided to convert the contained are disclosed. Air cleaner device is greatly for creating electrical fields the electrifying unit and, the electrifying unit from being electrified by a dust particles collecting in a dust collector having a predetermined wavelength. Electrifying unit is suitable nano air during its passage, the dust collecting portion air collected. The electrifying unit has discharge electrodes and, discharge electrodes disposed in parallel with and opposite electrodes, are electrified by corona discharge between a discharge electrode and a counter electrode opposing each other in the dust. Is prior art (Korean patent gazette publication number 10 - 2011 - 0088742), film-like high potential electrode including a film-type device and up electrode dust collection unit is combined with each other. Said high potential electrode is in electrical conductive eccentricities are organized insulating layer is back and forth, said metal film consists of the main low up electrode number. Said in the prior art, said high potential electrode and said low up electrode both direction is arranged a plurality of electrode support, said electrode support is formed a plurality of the projection structure. Said structure includes a plurality of projections, a plurality of said high potential electrode and a plurality of said distance between low up electrode inserted and disposed thereon. Said in the prior art, said one end of said high potential electrode at a high level across the electrode connecting structure exposed to high potential electrode contacted with a conductive layer, said grounding the other end of said electrode connecting structure low up electrode low up electrode contact with each other. The first connector, a plurality of said electrode connection structure is brought into contact with high level electrode and low in up electrode for each attention is necessary and the process stands by at a crossing, said electrode connection structures according to the contact resistance increased or a predetermined voltage or more door a spark application number flow tides. Number 1 and number is solve this door number are disclosed. The first connector, air cleaner after cleaning by water level electrode conductive layers of an exposed portion of a structure or device is connected to leave a high moisture, while electrostatic dust collecting device capable of applying a power to the outsole or ignore short number door for use in heat-flow tides. Number 2 and number is solve this door number are disclosed. The first connector film (high and low electrode up electrode) in order to retain the components to be assembled together describe a case of a distance-maintaining and various door number each lasting sound attention flow tides. Number 3 and number is solve this door number are disclosed. In order to achieve a number and said, the present invention according to the cleaner device, charged dust particles collection film, and said film includes a case having a predetermined wavelength. Inside said case, a portion of said film is in a portion of a conductor that space combined with each other. Said air cleaner device is, inserted into said film filled in said contact state not equal to or greater than the width. Said connection electrode, electrically connected to said voltage source applying a voltage to the film base material. And then hardened paste can be larger than the conductor, said electrode connection conductor powder are bound together each other can be formed. Said conductor powder is, relatively low electrically conductive material electrically conductive powder coating powder metal-coated conductors can be relatively high. Said film comprises a facing surface arranged to form a plurality of gaps, said air cleaner device is inserted into the gap to maintain said vertical bar including said gap can be an interval maintaining further comprises an interlocking feature. Said film is an insulating layer surrounding said conductive layer comprising conductive voltage is applied can be. Said exposed portion of said conductive film is exposed can be part. Said at least a portion of said width of said exposed contact inserted into the insertion space can be drawn. Said air cleaner includes a device, which can be larger than an electrically isolating cover covers said portion. Said air cleaner device is, said case cover part is disposed in the interior of said molding space is filled with a molding can be which is removable. Said conductor receiving portion and the exposed part said molding space can be said. A second bottom face and said film, said film comprising a fitting said said molding and the receiving part can be inserted and settled deferment rib. A second bottom face and said film, said film comprising the conductor-receiving said fitting and settled deferment rib can be inserted. Said air cleaner device is, the width of said voltage source and said electrode connection in contact with the covered by said electrically connected resistance further comprises a metal member which can be fixed. Said plurality of film both lengthwise ends can be posts respectively. Said air cleaner device is, said end of the both ends formed forwardly deferment rib and number 1, number 2 can be formed comprising the deferment rib end forwardly. Said electrode connection electrically connecting said plurality of film each other can be. Said film is, relatively high potential is applied to the film and a plurality of number 1, number 2 can be relatively low the same potential as a plurality of applied film. Said electrode connection, each other than the width of said plurality of number 1 film EEPROM number 1, number 2 electrode connection connecting said plurality of number 2 film can be electrical. Said conductor receiving portions, said number 1 electrode connection defining a space filled with a conductor-receiving part number 1, number 2 said number 2 electrode connection defining a space can be filled with a conductor-receiving unit. The present invention according to a method for the device number bath cleaner, said film is arranged at the prescribed positions (a) step, said step (b) said conductor paste for injecting at least a portion of exposed locks, and implanted regions (c) curing said conductor paste comprising the following steps. The width of said plurality of film conductive layers strongly bonding, by joint parts are not exposed to an external air, minimizing sparking probability equal to or less than. Specifically, the data voltage is applied to neither spark if the compressor 24 kv Proteolysis are identified. External air returning said plurality of film of conductive layer insulation shielded from external moisture. In addition, the width of the exposed part of the film or insulating said cover material by said external moisture returning shielded from external air. In addition, the width of said outer conductor of the coaxial shielded from external air by moisture returning said cover material. The, cleaner then cleaned by water user device applying power to air cleaner device B1, electric shock or short intervals of dust collection unit for generating an electric field to wastewater can be equal to or less than. The width of such emitter junction in said plurality of film of a conducting layer, film one one bonding process does not require a plurality of film at a time both to improve, process for preparing the number to fit more flow tides. In addition, a plurality of film to cure the conductor paste before free deferment ribpublic box rotates and the number of structure, more stronger than a browser process as to a plurality of film fixed flow tides. The effect of the invention mentioned above are not one number to effects, they can be referred to another effects not unambiguously to one skilled in the range of from the substrate may be understanding are disclosed. Figure 1 shows a cleaner device also the present invention according to (1) general outline is shown in the embodiment of cross-section are disclosed. Figure 2 shows a 1 are also shown in the electrifying unit (510) indicating the general outline of discharge structure are disclosed. (A) 2 is also in the embodiment according to the electrifying unit (510) of drawing and, (b) also 2 other in the embodiment according to the electrifying unit (510') drawing of are disclosed. Figure 3 shows a 1 are also shown in the electrifying unit (510) of the circuit diagram shown in general outline a sensors mounted thereon are disclosed. Also shown in Figure 4 shows a dust collection unit also 1 (540) during film (540a) structure for arranging general outline indicating cross-section are disclosed. Also shown in Figure 5 shows a dust collection unit also 1 (540) a general outline of the circuit diagram shown if mouth are disclosed. 6 and 7 also film (540a) structure is shown in perspective view. Figure 6 shows a film also number 1 (541) and shown in the drawing, Figure 7 number 2 film (542) surface shown are disclosed. Figure 8 shows a fan device 1 also also are shown in (1) of body (130) a number external grudge case (501,502) is shown the appearance of sensors mounted thereon. Figure 9 shows a device air cleaner (1) a perspective view of Figure 8 in another aspect a watching are disclosed. Figure 10 shows a device air cleaner (1) applied the electrifying unit (510) and a charged case (501) is shown in the perspective view of Figure 8 has been assembled state. Figure 11 shows a the electrifying unit (510) and a charged case elevational view of Figure 10 are disclosed. Figure 12 shows a device air cleaner (1) applied front window (540) and collecting case (502) has been assembled state is shown in the perspective view of Figure 8. Figure 13 shows a front window (540) and collecting case (502) in molding unit (578, 579) external grudge state a number shown in the perspective view of Figure 12 are disclosed. Also in Figure 12 Figure 14 shows a conductor-receiving portion (571) film insertion space (540a) than the width of a portion of the is formed into a (578) shown cross-sectional general outline filled are disclosed. (A) comprises a basic body 14 also in the embodiment according to drawing and, (b) in the embodiment according to drawing other 14 also are disclosed. Also in Figure 12 Figure 15 shows a dust collection unit (540) a number external grudge collecting case (502) is shown a sensors mounted thereon. Figure 16 shows a collecting case (502) in a conductor-receiving portion (571) shown in elevational view of Figure 15 a number external grudge state are disclosed. Figure 17 shows a conductor-receiving portion (571) shown is a perspective view of Figure 15. Figure 18 shows a conductor-receiving portion (571) 16 a C1 - C1 ' cross-sectional drawing of Figure 17 are disclosed. Figure 19 shows a also, in the embodiment of Figure 17 according to other conductor-receiving portion (571) metal member (5781) added a sensors mounted thereon are disclosed. Figure 20 shows a conductor-receiving portion (571) and metal members (5781) 16 a C2 - C2 ' cross-sectional drawing of Figure 19 are disclosed. Figure 21 shows a air cleaner device (1) is in a look on the pillow with the elevational view of Figure 8. Figure 22 shows a device air cleaner (1) 16 a A1 - A1 ' cross-sectional drawing of Figure 21 are disclosed. Figure 23 shows a device air cleaner (1) 16 a A2 - A2 ' cross-sectional drawing of Figure 21 are disclosed. Figure 24 shows a device air cleaner (1) 16 a B provided B ' cross-sectional drawing of Figure 21 are disclosed. Figure 25 shows a dashed lines portion of the field of view of Figure 24 (E1) also are disclosed. Figure 26 shows a dashed lines portion of the field of view of Figure 13 (E2) also are disclosed. Figure 27 shows a distance maintaining unit (561, 566) perspective view of Figure 13 of are disclosed. Figure 28 shows a dashed lines portion of the field of view of Figure 27 (E3) also are disclosed. Figure 29 shows a distance maintaining unit (561, 566) elevational view of Figure 27 of are disclosed. Figure 30 shows a dashed lines portion of the field of view of Figure 29 (E4) also are disclosed. Expressed throughout the drawing reference direction are described as follows. The dust collection unit by a plurality of film of X axis direction the after alcoholic beverage it will do (540a) components that are arranged in alternating direction, Y axis direction is a plurality of film (540a) longitudinal dispersing medium, Z axis direction is a plurality of film (540a) the width direction of the big. In the embodiment in the X axis direction, Z-axis direction and the Y-axis direction mutually perpendicular reference least one described as follows. The Z-axis direction in the embodiment in a vertical direction (Z axis direction of arrow Z and then the opposite direction arrow specifically allocated to axis) of 0.1 reference described but, one composite number doesn't have a need to be improved. The present invention in air cleaner device (1) is, air cleaner/air conditioner or vacuum cleaner capable of heating/humidifying device can be used as partial or the like, may be utilized as a separate independent device disapproval. In addition, the present invention device in air cleaner (1) is, one may be implemented as a unitary structure, for cleaning attachable structure can also be implemented disapproval. In the in the embodiment, front window (540) module is case (501, 502) a body (130) include an air cleaner device from the cartridge case (1) is described but, need not be limited free composite. Hereinafter expressed in 'potential' electrical potential energy is big. Hereinafter represented in the 2 point difference potential 'voltage' big. Hereinafter expressed 'electrically connected' is, in direct flow contact between each other as well as the comprehensive regarding connected to each other through to a semantic are disclosed. The present invention throughout the 'number 1, number 2, ..' to distinguish base stations in a representation of the component is provided, the position of priority or importance components independent disclosed. With reference to fig. 1, one in the embodiment according to detachable air cleaner device of the present invention (1) is described as follows. Air cleaner device (1) is, the dust air charging unit (510) on, the electrifying unit (510) charged dust particles in dust collection unit by a collection (540) on, the electrifying unit (510) nano (540) case therein (501, 502) having a predetermined wavelength. Case (501, 502) an electric dust collecting device (1) can be formed between one. The electrifying unit (510) and is located under the dust collection unit (540) is can be disposed at an upper portion. In the embodiment according to the detachable air cleaner device (1) is, case (501, 502) supporting body (130) can be a. Body (130) case (not shown) can be inserted through the insertion opening hole is formed. Body (130) in a casing (501, 502) defining an inner space for receiving the can. Case (501, 502) is inserted into said case through an opening in said body (130) can be inserted into the inner space of the body. Case (501, 502) is said body (130) supported by the substrate. Case (501, 502) includes a body (130) can be detachably seated. Case (501, 502) is, body (130) and into the body (130) can be drawn from. Body (130) in a casing (501, 502) body (130) to guide seating condition of case guide (147) can be a. Body (130) in a casing (501, 502) body (130) for take-off and pull guide contraction case guide (147) can be a. Case guide (147) in a casing (501, 502) on both sides of the pair can be arranged. Case guide (147) has a body (130) of said internal space can be formed. Case (501, 502) comprises, inside the electrifying unit (510) defining a space for receiving the charged case (501), within and front window (540) defining a space for receiving the dust case (502) can be a. Charged case (501) is located under the guide and, collecting case (502) is can be disposed at an upper portion. Case (501, 502) is, the electrifying unit (510) for receiving said dust collection unit by a space (540) for receiving said interconnected space are formed on the base. In the in the embodiment, charged case (501) disposed at the bottom collecting case (502) includes a top disposed, the electrifying unit (510) disposed at the bottom and dust collection unit (540) is the electrifying unit (510) disposed on the upper side of or, not limited to a composite. Case (501, 502) is, including air from the dust inlet (506) is formed, case (501, 502) being interposed between the upper end of the outlet (507) and form. Case (501, 502) has an inlet (506) a plurality a can be formed. Case (501, 502) has an outlet (507) can be formed a plurality. In the in the embodiment, inlet (506) is charged case (501) formed of if underneath, outlet (507) is a dust collecting case (502) provided at upper side in a transfer liquid. In the in the embodiment, case (501, 502) includes a body (130) can be held in spaced from the bottom mounting portion by. In other in the embodiment, case (501, 502) to support (not shown) is held in spaced from the bottom can be with a case, said case the support case (501, 502) of the bottom of the protruding directions can be placed against the ground to provide a. In the embodiment according to the overall direction of air flow (A) supported on the upper direction are disclosed. Air inlet (506) through case (501, 502) introduced into the substrate. Inlet (506) through case (501, 502) enters interior space air, the electrifying unit (510) nano (540) sequentially after the passage of an outlet (507) out through the outlet with each other. In other in the embodiment, the upper side or diagonal direction wherein the direction of air flow (A) perform in reflector may be filled. In the embodiment other in the electrifying unit (510) on the dust collection unit (540) may be varied arrangements of the vice versa, the electrifying unit (510) on the dust collection unit (540) may be rests is, in this case air the electrifying unit (510) in front window (540) directed against the cross lines are deleted. 2 (a) and 3 also products on the also, in the embodiment according to the electrifying unit (510) is described as follows. The electrifying unit (510) is, wire-electrode discharge (521), and wire discharge (521) spaced apart and opposite electrode plate (523) comprises. Said second voltage is, wire discharge (521) and an opposite electrode plate (523) a voltage difference between the extremely great wire discharge (521) sustain period in such numerical are disclosed. A counter electrode plate (523) can be arranged in a plurality. A counter electrode plate (523) comprises discharge (521) and an outer sides facing each other can be located apart. Wire discharge (521) can be arranged in a plurality. Wire discharge (521) is a plurality of can be arranged apart from one another. Of a plurality of wires with discharge (521) between opposite electrode plate (523) discharge connected to a wire conductor (521) can be arranged perpendicular to the direction in which the arranged. (A) 2 is illustratively in Figure 3 and also several wire discharge (521) and several counter electrode plate (523) (A) and vertical air flow direction (X) or alternately spaced apart, more number of wire discharge (521) and the facing electrodes plate (523) can be alternately arranged. Wire discharge (521) and the facing electrodes plate (523) a charge case (501) can be fixed. The plurality of discharge (521) and a plurality of opposing electrode plate (523) (not shown) maintains the interval with an interval maintaining structure can be. Wire discharge (521) adjacent voltage, wire discharge (521) and an opposite electrode plate (523) between the corona discharge is generated. Air dust particles the electrifying unit (510) as it passes through a charged substrate. (B) 2 also refer to, other in the embodiment according to the electrifying unit (510) is described as follows. The electrifying unit (510 ') is provided with at least one ion generator generating (521') having a predetermined wavelength. Ion generator (521') has a direction of air flow (A) (X) include light emitting diodes can be arranged apart from is a plurality. Ion generator (521') is charged dust particles can be air. Ion generator (521 ') is carbon fiber electrode corona discharge (523') comprises. Carbon fiber electrode (523') can be formed in a shape the invention relates. Carbon fiber electrode (523') includes a plurality of superfine brush can be formed bundled carbon fiber bundles. Carbon fiber electrode (523') has a direction of air flow (A) can be formed as (X) include light emitting diodes. (B) also in 2, 2 of ion generator (521a ', 521b') (A) air flow direction (X) include light emitting diodes that are arranged spaced from each other, each ion generator (521a ', 521b') looking at each other in direction a plurality of carbon fiber electrode (523') protrude from the formed. Carbon fiber electrode (523') large voltage is applied to the, discharge air molecules and the ionizable, OH -, O such as anionic or H + cation such as can be generated. Carbon fiber electrode (523') charged ions such as returning the dust in air. Anion is dust particles capable of electric field into the cathode emits electrons under public affairs number according to the particles. The cations can dust particles capable of arranging electrons from anodic-charged dust particles. Ion generator (521 ') is carbon fiber electrode (523') to protect the electrode housing (525') comprises. Electrode housing (525') charge case (501) mounted can be arranged. Electrode housing (525 ') is carbon fiber electrode (523') PCB (not shown) to which a can be provided. Carbon fiber electrode (523') connected via a wire may be separate, connected directly to the PCB said disapproval. 4 to 7 also products on the, front window (540) is charged dust particles collection film (540a) comprises. Front window (540) for generating an electric field comprises a plurality of film collection is charged dust particles (540a) comprises. The film in the embodiment (540a) conductive layer (551a, 551b) insulating layer (552a, 552b) formed to surround. In the embodiment other film (540a) surface conductive layer (551a) may be formed in disapproval. In particular, the same potential as a low applied number 2 film (542) surface conductive layer (551a) may be formed in disapproval. Film (540a) is, relatively high potential is applied to the number 1 film (541) and, number 1 film (541) applied a lower relative to the same potential as a number 2 film (542) comprises. Number 1 film (541) can be provided as a plurality. Number 2 film (542) can be provided as a plurality. A plurality of film (541, 542) is, each conductive layer (551a, 551b) disposed between state 2 on both sides of insulating layer (552a, 552b) conductive layer (51) can be made by applying. Number 1 film (541) is, relatively high potential is applied to the conductive layer (551a) insulating layer (552a) can be formed to surround. Number 2 film (542) is, number 1 film (541) of the insulating layer (551a) applied a lower relative to the same potential as a conductive layer (551b) insulating layer (552b) can be formed to surround. Front window (540) includes, a plurality of number 1 film (541) and a plurality of number 2 film (542) case (501, 502) to the after alcoholic beverage it will do fixing part fixed to the inside (540b) without using a tool. Fixing part (540b) comprises a plurality of film (540a) air case (502) capable of fixed to the inside. Number 1 film (541) and number 2 film (542) disposed thereon each other. A plurality of number 1 film (541) and a plurality of number 2 film (542) is, but is arranged in the width direction to a vertical direction (Z), not composite. A plurality of number 1 film (541) and a plurality of number 2 film (542) are oriented to correspond to parallel to the longitudinal (Y) can be. Film (540a) surface facing each other to form a plurality of gaps (S) are prevented. (X) (Y) (Z) direction perpendicular to a longitudinal direction and a plurality of number 1 film (541) and a plurality of number 2 film (542) to form gaps (S) alternately disposed thereon. Said plurality of film (540a) is, in the widthwise direction (Y) (Z) belt form and longer than each film longitudinal film, surface (S) facing each other forming a gap arrangement group arranged in a row direction domains. Also refer to 1, 3 and 5, air cleaner device (1) set up at the signal processing circuit as follows. Body (130) is, the electrifying unit (510) nano (540) for supplying power to a control board (148a, 148b) without using a tool. Body (130) is, the electrifying unit (510) nano (540) a ground supply ground terminal (149a, 149b) without using a tool. The electrifying unit (510) and the power supply terminal for supplying power to high voltage is impressed (148a) on front window (540) and the power supply terminal for supplying power to the dust collection unit (148b) can be having a normal. The electrifying unit (510) number under public affairs ground to high voltage is ground terminal (149a) on front window (540) number under public affairs ground to the dust collection unit by a ground terminal (149b) can be having a normal. Body (130) and then supplies the voltage generating high voltage generator (581) without using a tool. Body (130) is the electrifying unit (510) applied to the high voltage to the high voltage generator (581a) without using a tool. Body (130) includes a dust collection unit (540) applied to the high voltage to the high voltage generator (581b) without using a tool. High voltage generator (581b) number 1 has a conductive layer (551a) and conductive layer number 2 (551b) CLK3 from the data lines. In the embodiment the in, said high voltage generator (581a) on high voltage generator (581b) is, one high voltage generator (581) and lapse of, high voltage generator (581) in the electrifying unit (510) nano (540) respectively in parallel signal receiver receives line JPO. Body (130) and then supplies the voltage generator (581) signal receiver receives power supply line (585) without using a tool. Air cleaner device (1) includes, a power terminal (148a, 148b) ground plane (149a, 149b) contact in response to a power receiving terminal (518,548) and ground receiving terminal (519,549) without using a tool. Body (130) is high voltage generator (581) are connected to the electrifying unit (510) nano (540) for supplying power to a control board (148a, 148b) is disposed thereon. Body (130) ground (582) are connected to the electrifying unit (510) nano (540) ground to number under public affairs has a ground terminal (149a, 149b) is disposed thereon. Power supply terminal (148a, 148b) is the electrifying unit power supply terminal (148a) power supply terminal nano (148b) without using a tool. Ground terminal (149a, 149b) is the electrifying unit ground terminal (149a) nano ground terminal (149b) without using a tool. Body (130) is high voltage generator (581a) are connected to the electrifying unit (510) and the power supply terminal for supplying power to high voltage is impressed (148a) is disposed thereon. Body (130) is high voltage generator (581b) are connected to a dust collection unit (540) and the power supply terminal for supplying power to the dust collection unit (148b) is disposed thereon. Body (130) ground (582a) are connected to the electrifying unit (510) number under public affairs ground to high voltage is ground terminal (149a) is disposed thereon. Body (130) ground (582b) are connected to a dust collection unit (540) number under public affairs ground to the dust collection unit by a ground terminal (149b) is disposed thereon. Case (501, 502) an outer surface, and the power supply terminal (148a, 148b) in contact with the electrifying unit (510) nano (540) off a power line receiving terminal (518, 548) is disposed thereon. Case (501, 502) outer surface, ground terminal (149a, 149b) in contact with the electrifying unit (510) nano (540) electrically connects ground ground receiving terminal (519, 549) is disposed thereon. Power receiving terminal (518, 548) is the electrifying unit power receiving terminal (518) nano power receiving terminal (548) having a predetermined wavelength. Ground receiving terminal (519, 549) is the electrifying unit ground receiving terminal (519) nano ground receiving terminal (549) without using a tool. Case (501, 502) an outer surface, the electrifying unit power supply terminal (148a) to contact electrifying unit (510) connecting the electrifying unit power power receiving terminal (518) is disposed thereon. Case (501, 502) outer surface, dust collection unit by a power supply terminal (148b) in contact with the collecting portion (540) connecting power dust collection unit by a power receiving terminal (548) is disposed thereon. Case (501, 502) an outer surface, the electrifying unit ground terminal (149a) in contact with the electrifying unit (510) electrically connecting the electrifying unit ground receiving ground terminal (519) has a flat portion. Case (501, 502) outer surface, dust collection unit by a ground terminal (149b) in contact with the collecting portion (540) electrically connecting an earth ground dust collection unit by a receiving terminal (549) is disposed thereon. The electrifying unit power receiving terminal (518) nano power receiving terminal (548) have the same horizontal plane can be arranged apart from one another on a diagonal. The electrifying unit ground receiving terminal (519) nano ground receiving terminal (549) have the same horizontal plane can be arranged apart from one another on a diagonal. Case (501, 502) through the body (130) into the potential of the case (501, 502) through the body (130) can be drawn from. Case (501, 502) through the body (130) when once to, power supply terminal (148a, 148b) on receiving a power source terminal (518, 548) one of the grounding terminal (149a, 149b) and the ground receiving terminal (519, 549) least one substrate. Case (501, 502) through the body (130) to 'stay (settlement) state' only, power supply terminal (148a, 148b) on receiving a power source terminal (518, 548) one of the grounding terminal (149a, 149b) and the ground receiving terminal (519, 549) least one substrate. Said 'stay state' is, case (501, 502) through the body (130) that it cannot be completely (fully) longer incoming is carried to a big. Case (501, 502) through the body (130) into the potential of the case (501, 502) through the body (130) in state is drawn from, said 'stay state' is endured. Case (501, 502) of the packing the electrifying unit ground terminal (149a) nano ground terminal (149b) on each of the points, each the electrifying unit ground receiving terminal (519) nano ground receiving terminal (549) is combined with each other. Case (501, 502) in the outer surface of the electrifying unit power receiving terminal (518) nano power receiving terminal (548) is arranged aspect relates to the electrifying unit ground receiving terminal (519) nano ground receiving terminal (549) is arranged for the operation of a implementation being opposite each other. Case (501, 502) said left side power receiving terminal (518,548) and said ground receiving terminal (529,549) is can be arranged. The electrifying unit power receiving terminal (518) nano power receiving terminal (548) in a casing (501, 502) can be disposed on the same side of. The electrifying unit ground receiving terminal (519) nano ground receiving terminal (549) in a casing (501, 502) can be disposed on the same side of. Specifically, case (501, 502) through the body (130) place in the only state said power supply terminal (148a, 148b) and said ground terminal (149a, 149b) is connected to the power receiving terminal (518,548) and ground receiving terminal (519,549) to contact, power receiving terminal (518,548) and ground receiving terminal (519,549) is disposed thereon. The electrifying unit power supply terminal (148a) power supply terminal nano (148b) includes a body (130) one of an inside surface of the can be placed on one side. The electrifying unit ground terminal (149a) nano ground terminal (149b) includes a body (130) one of an inside surface of the can be placed on one side. Case (501, 502) through the body (130) when the order to a stay, the electrifying unit power supply terminal (148a) on the electrifying unit power receiving terminal (518) is in contact with the electrifying unit ground terminal (149a) on the electrifying unit ground receiving terminal (519) contacting, the electrifying unit (510) a high voltage is applied. Case (501, 502) through the body (130) that is the place in the, dust collection unit by a power supply terminal (148b) on dust collection unit by a power receiving terminal (548) and dust collection unit by a ground terminal contact (149b) ground dust collection unit by a receiving terminal (549) contacting, dust collection unit (540) a high voltage is applied. Case (501, 502) through the body (130) that is drawn from, the electrifying unit power supply terminal (148a) on the electrifying unit power receiving terminal (518) is separated the electrifying unit ground terminal (149a) on the electrifying unit ground receiving terminal (519) is separated, the electrifying unit (510) are something blocking voltage. Case (501, 502) through the body (130) that is drawn from, dust collection unit by a power supply terminal (148b) on dust collection unit by a power receiving terminal (548) is separated dust collection unit by a ground terminal (149b) ground dust collection unit by a receiving terminal (549) is separated, dust collection unit (540) are something blocking voltage. Air cleaner device (1) and the second electrode plate is (523) and ground (582a) electrically connecting the ground line (583a) comprises. Air cleaner device (1) includes a wire discharge (521) and high voltage generator (581a) electrically connecting a supply voltage (584a) without using a tool. Conductive layer number 1 (551a) and conductive layer number 2 (551b) about 7 to 9 kv voltage differential between more than one high voltage generator (581b) can be with. The electrifying unit power supply terminal (148a) and the electrifying unit power receiving terminal (518) and then supplies the voltage line (584a) is arranged on the. The electrifying unit power supply terminal (148a) and the electrifying unit power receiving terminal (518) and then supplies the voltage line (584a) used for the electrically open switch function. The electrifying unit ground terminal (149a) and the electrifying unit ground receiving terminal (519) includes a ground line (583a) is arranged on the. The electrifying unit ground terminal (149a) and the electrifying unit ground receiving terminal (519) includes a ground line (583a) used for the electrically open switch function. Air cleaner device (1) includes a conductive layer number 2 (551b) and ground (582b) electrically connects a ground line (583b) comprises. Air cleaner device (1) includes a conductive layer number 1 (551a) and high voltage generator (581b) electrically connecting a supply voltage (584b) comprises. Dust collection unit by a power supply terminal (148b) nano power receiving terminal (548) and then supplies the voltage line (584b) is arranged on the. Dust collection unit by a power supply terminal (148b) nano power receiving terminal (548) and then supplies the voltage line (584b) used for the electrically open switch function. Dust collection unit by a ground terminal (149b) nano ground receiving terminal (549) includes a ground line (583b) is arranged on the. Dust collection unit by a ground terminal (149b) nano ground receiving terminal (549) includes a ground line (583b) used for the electrically open switch function. Air cleaner device (1) is, air cleaner device (1) operable of determining whether cut off switch (145) having a predetermined wavelength. Cut off switch (145) includes a body (130) can be disposed. Cut off switch (145) and then supplies the voltage generator (581) to which power is supplied to detects switching substrate. Cut off switch (145) in an electric dust collecting device (1) other power supply components (e.g. sensor, like) detects switching power supply can be. Cut off switch (145) is, case (501, 502) through the body (130) place in the only air cleaner device state (1) nephrophathy operation. Cut off switch (145) is, case (501, 502) through the body (130) to perform a collecting device separated from (1) disabling operation of causes. Cut off switch (145) is, case (501, 502) through the body (130) in a state not perfectly integrated in (state place), electrostatic dust collecting device (1) disabling operation of causes. Cut off switch (145) includes a power source supply line (585) is arranged on the. Cut off switch (145) and then supplies the voltage generator (581a, 581b) detects application of power switching substrate. Cut off switch (145) is, when pressed against the power supply line (585) connected to power supply line when not pressed (585) can be drawn off. Cut off switch (145) includes a body (130) can be located on the inside. Cut off switch (145) includes a body (130) of an inside surface of the case (501, 502) through the body (130) can be arranged in front of the insertion groove. Cut off switch (145) in a casing (501, 502) through the body (130) can be configured to be inserted direction pressed. Case (501, 502) is, cut off switch (145) to push layer is interposed protrusion (144) having a predetermined wavelength. (8 and 9 also reference) blocking protrusion (144) is, case (501, 502) through the body (130) on the side of the insertion groove to disposed thereon. Blocking protrusion (144) is, case (501, 502) through the body (130) is formed projecting inserted. Case (501, 502) through the body (130) that is the place in the blocking protrusion (144) comprises blocking switch (145) to push-combined with each other. Blocking protrusion (144) is cut off switch (145) is pressed cut off switch is opened is not received power supply line (585) to the short, high voltage generator (581) narrower than application of the power. Through, case (501, 502) through the body (130) in the state disconnected from, user sends out a power terminal (148a, 148b) ground plane (149a, 149b) can prevent electric shock when contact. Air cleaner device (1) is, conductive layer number 1 (551a) and conductive layer number 2 (551b) (ON) or off (OFF) on each other short to a non-short the shorting bar switch (600) having a predetermined wavelength. Specifically a plurality of number 1 conductive layer (551a) and are connected in parallel, conductive layer number 1 (551a) parallel connection points short switch (600) and electrically connected to the one terminal of the short line (600a) is combined with each other. In addition, a plurality of number 2 conductive layer (551b) are connected in parallel and, conductive layer number 2 (551b) parallel connection points short switch (600) and electrically connected to the other terminal short line (600b) is combined with each other. The short switch (600) is short-line (600a, 600b) is arranged on the. The short switch (600) is, case (501, 502) through the body (130) place in the off state and, case (501, 502) through the body (130) in the state disconnected from long combined with each other. Case (501, 502) through the body (130) separated from the other state, conductive layer number 1 (551a) and conductive layer number 2 (551b) dust collection unit are electrically connected each other (540) is charged particles which volatile state number is under or over. While, case (501, 502) through the body (130) place in the original state, conductive layer number 1 (551a) and conductive layer number 2 (551b) to the dust collection unit by a number of short (540) charged state that may result in the charge therefore is under or over. Body (130) is short-switch (600) (not shown) to push a short protrusion formed without using a tool. Said short protrusion body (130) of an inside surface of the case (501, 502) through the body (130) to the opposite sides of the insertion groove and disposed thereon. Said short projections, case (501, 502) through the body (130) is formed projecting drawn from. The short switch (600) is, that the short protrusion exposed case (501, 502) through the body (130) in the state disconnected from urging portion pressed (626) without using a tool. Said short switch (600) is, said pressing part (626) comprising an elastic body (not shown) can be disposed opposite the pressing surface. Said elastic body, said pressing part (626) at the time of being pushed of elastic compressible and, said pressing part (626) is pressed down to in number recovered substrate. The short switch (600) has a plurality can be made. Air cleaner device (1) has a plurality of short switch can be. A plurality of short switch (600) is short-line (600a, 600b) connected thereto in parallel in on. Thus, a plurality of the short switch (600 - 1, 600 - 2) only at least one of the certain short, conductive layer number 1 (551a) number 2 on conductive layer (552b) applied to each short. Through, a plurality of the short switch (600) foreign jamming or either of the normal short-operation without failure or the like, at least another one short operation number 1 judges that the conductive layer (551a) number 2 on to short the conductive layer, than can be enhance safety of user. In the in the embodiment, air cleaner device (1) is of the short switch 2 (600 - 1, 600 - 2) having a predetermined wavelength. 2 of the short switch (600 - 1, 600 - 2) is arranged spaced transversely can be. Air cleaner device (1) is short switch number 1 (600 - 1) and the short switch number 2 (600 - 2) can be a. The short switch number 1 (600 - 1) in a casing (501, 502) urging portion disposed at an outer side of number 1 (652 - 1) comprises. The short switch number 2 (600 - 2) in a casing (501, 502) urging portion disposed at an outer side of number 2 (652 - 2) comprises. Number 1 pressing part (652 - 1) urging portion on number 2 (652 - 2) is apart from each other and disposed thereon. Body (130) includes a plurality of said urging portion (652 - 1, 652 - 2) respectively corresponding to a plurality of short protrusions (not shown) at a position having a predetermined wavelength. Said plurality of short projections, the short switch number 1 (600 - 1) (not shown) drawn on short protrusion presses the number 1, number 2 the short switch (600 - 2) (not shown) can be drawn a short protrusion presses the number 2. Case (501, 502) through the body (130) in the state disconnected from, said plurality of short each tooth is a plurality of said urging portion (652 - 1, 652 - 2) pressed to be coated. Also 8 and 9 refer to, case (501,502) appearance is formed on the substrate. Case (501,502) in a casing (501,502) user in that lift (503) without using a tool. Handle (503) in a casing (501,502) on both sides of the hole can be. Handle (503) in a casing (501,502) has a plurality of surface can be. Case (501,502) is the electrifying unit (510) to introduce air side inlet (506) formed on the substrate. Case (501,502) has a dust collection unit (540) air from an outlet port (507) formed on the substrate. Outlet (507) is the after alcoholic beverage it will do base interval holding unit (561) can be arranged to be exposed. Case (501,502) is, inlet (506) and an outlet (507) at the time of washing case in addition (501,502) water to enter the interior of case (501,502) may escape groove to drain hole (508) formed on the substrate. Drain hole (508) a plurality can be formed. A plurality of drainage holes (508) is can be arranged apart from each other. Drain hole (508) is, case (501,502) of the packing inlet (506) is formed in one aspect inlet (506) can be separated from a. Drain hole (508) is, case (501,502) the packing of counter electrode plate (523) can be formed on the opposite sides of a longitudinal direction (Y). Drain hole (508) is, case (501,502) of the packing film (540a) can be formed on the opposite sides of a longitudinal direction (Y). Also products on the 10 and 11, the electrifying unit (510) and then supplies the voltage applied wire discharge (521) and, wire discharge (521) spaced apart and opposite electrode plate (523) comprises. Wire discharge (521) adjacent voltage, wire discharge (521) and an opposite electrode plate (523) between the corona discharge is generated. The ionizable discharge air molecules and, OH -, O such as anionic or H + cation such as can be generated. The air returning from the dust generating charged ions. Anion is dust particles capable of electric field into the cathode emits electrons under public affairs number according to the particles. The cations can dust particles capable of arranging electrons from anodic-charged dust particles. A counter electrode plate (523) can be arranged in a plurality. A counter electrode plate (523) comprises discharge (521) and an outer sides facing each other can be located apart. A plurality of opposing electrode plate (523) both ends of connection to an electrode plate (524) to the other by a connected thereto. Electrode plate connection (524) is disposed on a horizontal surface, a plurality of opposing electrode plate (523) connection to an electrode plate (524) are disposed on a vertical one. Electrode plate connection (524) and a plurality of opposing electrode plate (523) 90 by cutting the heat the center of the can be made integrally by bending road. The manufacturing method as follows. Heat both ends of the electrode plate connection (524) is leaving the state, said heat the appearance of the opposite electrode plate (523) long one side of blade from coming into each other. A counter electrode plate (523) formed by a shorter side corresponding to both ends of said length portion at both ends of each long side cut tip of the 90 also by cutting out each other. The user some cut (long side portion 90 at both ends and each tip of the road length cut by cutting out a part) is mounted on said metal portion 90 road plate lower surface, the upper portion is oriented toward the electrode plate (523) is disclosed. Wire discharge (521) can be arranged in a plurality. Wire discharge (521) is a plurality of can be arranged apart from one another. Of a plurality of wires with discharge (521) between opposite electrode plate (523) discharge connected to a wire conductor (521) can be disposed in parallel with the. The plurality of discharge (521) can be connected to each other in series. I.e., one wire member the plurality of discharge (521) continuously can be disclosed. In the in the embodiment, wire discharge (521) is, one wire member on one side of the wire support (522a) from the other wire support (522b) extends to discharge one wire (521) constituting the substrate. Said another wire support (522b) patients in said wire member and another said wire support (522b) such exposed on wire support (522b) (not shown) are connected to a series connection extends constituting other. Said wire support adjacent such side (522b) at a side of said pole in said wire member is a wire support (522a) such as side adjacent wire support (522a) other one wire extending discharge (521) constituting the substrate. In this manner the, sides and spaced apart from a wire arranged support (522a) hammers a, connecting alternately each other the wire pole (521) and said wire to a series connection is combined with each other. Wire support (522) has a direction of air flow elongated vertical member, said vertical member at the side of said wire member is supported on the can be patients. The plurality of wires in the embodiment in discharge (551) and a plurality of opposing electrode plate (523) (A) and vertical air flow direction (X) spaced alternately disposed thereon. The plurality of discharge (551) and a plurality of opposing electrode plate (523) is said inlet (506) on the downstream side of disposed thereon. Said electrode plate connection (524) includes a plurality of opposing electrode plate (523) 1 to both ends of the process chamber through a plurality of opposing electrode plate (523) extends in a direction perpendicular to a (X) disposed thereon. Said plurality of wires to a series connection wire discharge (521) to both ends of the plurality of discharge (521) extends in a direction perpendicular to a (X) disposed thereon. The plurality of discharge (521) includes a plurality of opposing electrode plate (523) placed on the upstream side of space between nearly preferably. Said plurality of wires to a series connection wire discharge (521) are coplanar with the can be disposed. Said wire to a series connection and electrode plate connection (524) in order to circle on each other, electrode plate connection (524) includes a plurality of opposing electrode plate (523) plane of which is arranged on the downstream side preferably. However, even high voltage is applied to a series connection said wire electrode plate connection (524) also a plurality of opposing electrode plate (523) because electrically connected with the metal material, said wire to a series connection and electrode plate connection (524) to reduce generation probability fixed sins. Wire discharge (521) and the facing electrodes plate (523) a charge case (501) secured to. Wire discharge (521) is one wire member near the discharge each wire (521) at both ends of charged case (501) connected fixed to, said fixedly connected through high voltage wire members applied to said point. The electrifying unit (510) includes, a plurality of opposing electrode plate (523) charged case supporting (501) spark prevention part fixed (525) without using a tool. Spark prevention part (525) connection plate electrodes (524) a heat from the external. Spark prevention part (525) includes a plurality of opposing electrode plate (523) on both ends of the mounting disposed thereon. Spark prevention part (525) is vertically arranged spaced face connection (524) (not shown) to a series connection between said wire and a shield member arranged on backing up without using a tool. Said plate member of a plate-like shielding member be a. Preferably said shielding member is an insulating material. Said shielding member and said wire to a series connection electrode plate connection (524) reducing sparking between probability could be bonded each other. Spark prevention part (525) electrode plate connection (524) cut-off filter formed therein. Said electrode plate connection (524) vicinity of the cut-off filter direction includes a plurality of opposing electrode plate (523) longitudinal are disclosed. Said electrode plate connection (524) is inserted member to electrode plate connection defining a groove (524) of TWP 35a.. Electrode plate connection (524) can be implemented by two longitudinal of said shielding member surrounding member. Also products on the 12 and 13, front window (540) is charged dust particles collection film (540a) comprises. Film (540a) is plurality are prevented. Front window (540) is charged dust particles collection a plurality of film (540a) comprises. Front window (540) is, film (540a) case (501, 502) fixed to the inside of a fixing unit (540b) without using a tool. Case (501, 502) includes a film (540a) receiving substrate. Case (501, 502) comprises a plurality of film receiving substrate. Fixing part (540b) includes said plurality of film (540a) air case (502) fixed to the inside of capable of. Film (540a) surface facing each other to form a gap (S) can be placed under. Said plurality of film (540a) is, in the widthwise direction (Y) (Z) belt form and longer than each film longitudinal film, surface (S) facing each other forming a gap arrangement group arranged in a row direction domains. A plurality of film (540a) film width direction (Z) of said one of said outlet (507) to looking at disposed thereon. Film (540a) is, relatively high potential is applied to the plurality of number 1 film (541) and, relatively low applied the same potential as a plurality of number 2 film (542) without using a tool. A plurality of number 1 film (541) and a plurality of number 2 film (542) disposed thereon each other. A plurality of number 1 film (541) and a plurality of number 2 film (542) surface facing each other alternately to form gaps (S) are prevented. Fixing part (540b) is arranged on at least one of said gap (S) disposed on the widthwise opposite said group said maintaining a gap holding unit (560) having a predetermined wavelength. A distance-maintaining portion (560) in a casing (501,502) secured therein. In the in the embodiment, a distance-maintaining portion (561,566) is a dust collecting case (502) secured only. A distance-maintaining portion (560) comprises a plurality of film (540a) supporting roles as can be. A distance-maintaining portion (560) is, arranged in the width direction (Z) said group said sides collecting case (502) disposed on the distal inner loop interval holding unit (566) can be a. Said interval holding unit (561,566) is, in the width direction (Z) is arranged at one side of base interval holding unit (561) on, in the width direction (Z) disposed on the other side of said film loop interval holding unit (566) can be a. Said fixing part (540b) is, space (576) to a plurality of film (540a) is formed into a predetermined part of said (576) filled in a molding unit (578, 579) without using a tool. Molding unit (578, 579) is, then be cured to produce a paste of a predetermined plurality of film (540a) a heat from the external. Molding unit (578, 579) is, predetermined paste a plurality of film (540a) submerged state predetermined paste formed part of said curing. A plurality of film (540a) is, in the width direction (Z) marking is arranged but, not composite. A plurality of film (540a) are oriented to correspond to parallel to the longitudinal (Y) can be. Film width (X) (Y) (Z) and film longitudinal direction perpendicular to a plurality of film (540a) form the base isolation (S) disposed thereon. Also products on the 6 and 7, number 1 film (541) and number 2 film (542) longer and stably formed. Number 1 film (541) and number 2 film (542) about 200 to 250 mm length of strip-shaped implementation being. Number 1 film (541) and number 2 film (542) is entirely can be formed plate-shaped. Number 1 film (541) and number 2 film (542) can be formed at least partly mounted in the double-sided direction (X). A plurality of film (540a) of the insulating layer (551a, 551b) can be composed of the dipping. Conductive layer (551a, 551b) 10 provided 100um thickness can be made. Number 1 film (541) of the insulating layer (551a) and the high potential electrode, number 2 film (542) of the insulating layer (551b) is low potential electrode substrate. Insulating layer (552a, 552b) conductive layer (551a, 551b) and an outer exposed portions (557, 558) number the remainder external grudge a bulbous body. Insulating layer (552a, 552b) is, PP, PET, PEN, PU material such as TiO2, Al2O 3, including nano-filler material such as SiO2 may be, and a thickness of 100 a-1500um implementation being. Conductive layer (551a, 551b) includes a pair of insulating layer (552a, 552b) either with a screen on one surface of the printed pattern, said pair of insulating layer (552a, 552b) while another one of the one of said insulating layer covering a part of the remainder of the number external grudge (552a, 552b) can be are bonded. Film (540a) is, conductive layer (551a, 551b) exposed a portion of the exposed portion (557,558) without using a tool. Film (540a) of the insulating layer (551a, 551b) and a portion of the exposed outside, the remaining insulating layer (552a, 552b) surrounded by a substrate. Conductive layer number 1 (551a) number 2 is applied relatively high conductive layer (551b) is applied to the same potential as a relatively low, two conductive layer (551a, 551b) generated electrical field is generated between. The electrifying unit (510) charged dust particles charged in the polarity electric field receives in nozzle shape, number 1 film (541) insulating layer (552a) or number 2 film (542) insulating layer (552b) sticky to to be coated. Film (540a) is, longitudinal (Y) film portion is positioned at least one end across said space (576) arranged an insertion part which is inserted into the (555) without using a tool. Insert (555) comprises a plurality of number 1 film (541) and said plurality of number 2 film (542) longitudinal (Y) can be both formed across. (A) 13 and 14 also refer to, in the embodiment according to the insert (555) is, longitudinal (Y) (Z) in the width direction is positioned across at least one end portion is bent to the formed film. A plurality of film (540a) is, longitudinal (Y) (Z) direction across film portion is positioned film curved insert (555) without using a tool. A conductor-receiving part the after alcoholic beverage it will do (571) insertion space (576a) has an inset portion holding (555) is curved sides facing direction are formed on the base. A plurality of film (540a) rotates the the after alcoholic beverage it will do (556) formed on the substrate. Thus (556) to the after alcoholic beverage it will dodeferment rib (572) is are associated with them. (B) refer to 14 also, in the embodiment according to other insert (555') is, longitudinal (Y) (Y) formed across at least one end film portion extends in longitudinal direction. A plurality of film (540a ') is, longitudinal (Y) (Y) longitudinal portion extending across film formed two shovels (555') having a predetermined wavelength. In other in the embodiment, a conductor-receiving portion (571 ') insertion space (576a') has an inset portion holding (555) formed extended sides facing direction. A plurality of film (540a ') rotates the (556) do not form thereof can. Exposed portions (557,558) between an insertion part (555) in a transfer liquid. Film (540a) is exposed portions (557,558) forming insert (555a) without using a tool. Film (540a) is exposed portions (557,558) not form has an inset portion (555b) can be further comprises. A plurality of film (540a) one of either the, longitudinal (Y) formed in the end said insert (555a) longitudinal (Y) on said insert end formed (555b) can be a. A plurality of number 1 film (541) each formed by exposed portions (557) is number 1 film (541) longitudinal (Y) disposed at one end, a plurality of number 2 film (542) each formed by exposed portions (558) is number 2 film (542) longitudinal (Y) other end disposed thereon. In this case, a plurality of number 1 film (541) is, longitudinal (Y) at one end said insert (555a) longitudinal (Y) is formed at one end said insert (555b) can be formed. In addition, a plurality of number 2 film (542) is, longitudinal (Y) at one end said insert (555b) is formed, longitudinal (Y) said insert end (555a) can be formed. A plurality of number 1 film (541) is one of the both end parts is said end part of the insertion portion (555a) conductive layer only (551a) is arranged to expose, a plurality of number 2 film (542) opposite said one end of the insertion part of the other end it is a side (555a) conductive layer only (551b) combined with each other to expose. A plurality of number 1 film (541) with high potential connection (557) is one of the both end parts is formed said insertion section (555a) formed only, a plurality of number 2 film (542) with low potential connection (558) is installed on said amount at its one end into the insertion portion (555a) formed only. Film (540a) is, longitudinal (Y) (Z) added in both ends at least one end portion in the widthwise direction rotates (556) formed on the substrate. Thus (556) includes a plurality of film (540a) longitudinal (Y) can be formed on both ends. Insert (555) rotates dishes (556) can be formed in one side of. Thus (556) opened side can be the slit shape. Case (501, 502) is, rotates (556) to be inserted deferment rib (572) having a predetermined wavelength. deferment rib (572) is a dust collecting case (502) coupled to can be arranged. Thus (556) and deferment rib (572) engaging each other are formed on the base. deferment rib (572) is rotates (556) formed direction collecting case (502) from rib projected shape are disclosed. deferment rib (572) includes a film arrangement direction (X) can be extended. Content for the details will be described later. A plurality of film (540a) (Y) in the longitudinal direction of the at least one end portion at both ends, the length of each width direction (Z) can be relatively less. A plurality of film (540a) longitudinal (Y) in at least one end portion at both ends, one end of the width direction (Z) are down the longitudinal (Y) are formed on the base. A plurality of film (540a) checked array of collecting case (502) in to the piston, one end of said arrangement direction (X) (Y) arranged longitudinal group extending space (545) formed therein. In the in the embodiment, film (540a) one end in the width direction (Z) both ends of each of the open space (545) formed therein. Film (540a) both ends of said space (545) according can be formation of stepped shape. A plurality of film (540a) carrying an array of said space (545) is case (501, 502) can be of other component. Cut off switch (600) includes said space (545) and can be arranged occupying. Said predetermined paste (paste) is be a conductor paste having electrically conductive. Said predetermined paste (paste) be a insulator paste with electrical isolation. Said predetermined paste (paste) is, positioned in said conductor from one face and said insulator paste can be both. Molding unit (578, 579) electrical conductivity larger than (578) implementation being. Molding unit (578, 579) notifies the electrically insulating cover piece (579) implementation being. Molding unit (578, 579) is, positioned in the width of each other (578) and the cover unit (579) can be both. The width (578) and the cover unit (579) are each layer can be disposed. An electrically isolating said cover part (579) is larger than (578) main covers can be. Molding unit (578, 579) is predetermined and then hardened paste can be said. The width (578) said conductor paste is then hardened can be. Cover part (579) includes curing said insulator paste can be formed. Molding unit (578, 579) includes a film (540a) of 22a.. The width (578) includes a film (540a) of function as well as film (540a) signal receiver receives a coring the conductive layers of the electrical line 22a.. The width (578) a voltage source electrically connected to the film (540a) applying a voltage to the lamp housing. Cover part (579) includes a film (540a) cable as well as water used for the act of covering the main conductor. 15 to 18 also refer to, case (501, 502) is a conductor-receiving portion (571) without using a tool. Specifically, collecting case (502) is a conductor-receiving portion (571) without using a tool. A conductor-receiving portion (571) in a casing (501, 502) combined with each other inside. A conductor-receiving portion (571) in a casing (501, 502) being extended integral injection also be disclosed. In the in the embodiment, a conductor-receiving portion (571) included is part of a case (501, 502) with a remaining portion of coupling with each other. A conductor-receiving portion (571) includes a film (540a) a portion of the insertion space (576a) formed on the substrate. A conductor-receiving portion (571) comprises a plurality of film (540a) portion of each insertion space (576a) formed on the substrate. A conductor-receiving portion (571) is larger than (578) insertion space filled (576a) formed on the substrate. A conductor-receiving portion (571) is inserted into said conductor paste is filled (576a) formed on the substrate. Insertion space (576a) into, a plurality of film (540a) part of the insertion portion (555) of end are associated with them. A plurality of film (540a) each formed by insert (555) is, film (540a) group (Y) array of longitudinal arrangement direction (X) focused heat at both ends film disposed thereon. Insertion space (576a) extends angularly relative long formed film arrangement direction (X). A conductor-receiving portion (571) extends angularly relative long arrangement direction (X) film is formed. A conductor-receiving portion (571) includes a film longitudinal (Y) (X) 2 formed extending both ends of a film arrangement direction of insertion space (576a) formed on the substrate. A conductor-receiving portion (571) is, larger than the the after alcoholic beverage it will do number 1 (578a) insertion space filled (576a) number 1 forming a conductor-receiving part (571a) on, larger than the number 2 the after alcoholic beverage it will do (578a) insertion space filled (576a) number 2 forming a conductor-receiving part (571b) without using a tool. The exposed part of the film number 1 (557) is a conductor-receiving part number 1 (571a) insertion space (576a) inserted, the exposed part of the film number 2 (558) is a conductor-receiving part number 2 (571b) insertion space (576a) are associated with them. Insert (555) is, inserted into (576a) toward the electrode joint (578) secured by. deferment rib (572) is rotates (556) inserted into a plurality of film (540a) case (501, 502) internal coil substrate. The width (578) through, said interval holding unit (560) is a plurality of film (540a) weight of supports not only a distance-maintaining function can be to perform only, a distance-maintaining portion (60) can be lightweight or minimizing structure of. The width (578) includes a film (540a) and an inserted into space (576a) filled in the other. The width (578) between an insertion part (555) and an inserted into space (576a) filled in the other. The width (578) is, the exposed part of the film number 1 (557) and an inserted into space (576a) than the width of the filled number 1 (578a) on, the exposed part of the film number 2 (558) and an inserted into space (576a) larger than the filled in a number 2 (578b) without using a tool. The width of number 1 (578a) is a conductor-receiving part number 1 (571a) insertion space (576a) filled in the other. The width number 2 (578b) is a conductor-receiving part number 2 (571b) insertion space (576a) filled in the other. A conductor-receiving portion (571) an insertion space (576a) opening formed on the substrate. Insertion space (576a) of said openings, said conductor paste is introduced and insert (555) can be inserted. A conductor-receiving portion (571) said opening formed conductor-receiving portion (571) film width direction (Z) one of can be formed. In the in the embodiment, a conductor-receiving portion (571) said opening formed electrifying unit (510) that is formed which look direction. A conductor-receiving portion (571) inserted into the recessed hole is opened while (576a) formed therein. A conductor-receiving portion (571) is, the length of film direction (Y) on at least one of disposed thereon to on both sides. A conductor-receiving portion (571) film arrangement direction (X) is formed relatively longer. A conductor-receiving part number 1 (571a) direction (Y) is the length of film on both sides disposed either side, a conductor-receiving part number 2 (571b) direction (Y) is the length of film on both sides of the other side disposed thereon. A conductor-receiving portion (571) an insertion space (576a) bottom surface (573) comprises. A conductor-receiving portion (571) an insertion space (576a) film arrangement direction (X) respectively both sides by a partition forming part (575) without using a tool. A conductor-receiving portion (571) an insertion space (576a) film longitudinal (Y) each partition forming part of both sides (572, 574) comprises. A conductor-receiving portion (571) is rotates (556) inserted into the film (540a) deferment rib supporting unit (572a) can be a. A conductor-receiving part number 1 (571a) includes a film (540a) longitudinal (Y) rotates in the end of the both ends (556) deferment rib inserted number 1 (572a) and, a conductor-receiving part number 2 (571b) includes a film (540a) longitudinal (Y) rotates during both ends end (556) deferment rib inserted number 2 (572a) without using a tool. deferment rib (572a) an insertion space (576a) constituting the partitioning can be one. deferment rib (572a) is a conductor-receiving portion (571) can be part of. In the in the embodiment, partition of said 2 (572, 574) rotates during (556) is fitted partition (572) is said deferment rib (572a) are disclosed. Partition of said 2 (572, 574) during deferment rib (572) opposite side of partition (574) is, film width direction (Z) also be connected pivotably with. Insertion space (576a) film width direction (Z) of the other of said fast with allowing a predetermined time interval lapses disclosed. deferment rib (572a) is partition of said 2 (575) at each one end of connecting can be extended. Said partition (574) is partition of said 2 (575) and at the other end of each connecting can be extended. Said partition (574) longitudinal (Y) film relatively protruding insertion space (576a) display electrodes form (574a) can be a. Display electrodes (574a) electrode connection (578) inserted wire electrically connected can be less than 1. A conductor-receiving portion (571) in a casing (501, 502) unit connects to (574b) can be a. A fastener (574b) includes said partition (574) can be disposed. Also products on the 12 and 21, in the embodiment according to other conductor-receiving portion (571') is inserted into said (576a) inserted in the through-metal member disposed (5781) without using a tool. Metal member (5781) is larger than (578) larger than the contact state (578) covered by a vehicle from the outside. Metal member (5781) secured resistance electrically connected to a voltage source. Metal member (5781) said voltage source is electrically connected thereto. Metal member (5781) the metal member (5781) covered with the electrode joint (578) electrically connected thereto. Metal member (5781) is exposed portions (557, 558) can be contact. A conductor-receiving part number 1 (571a) metal member disposed (5781) number 1 is the exposed part of the film (557) contact, a conductor-receiving part number 2 (571b) metal member disposed (5781) number 2 is the exposed part of the film (558) can be contact. Metal member (5781) is larger than (578) liquid crystal layer along a longitudinal direction (X) can be. Metal member (5781) is a conductor-receiving portion (571') bottom surface (573) can be placed in contact to. Metal member (5781) an insertion space (576a) can be disposed at the bottom of the. Metal member (5781) is a conductive connection (579a) without using a tool. Wire connection (579a) the metal member (5781) of integral can be made. Wire connection (579a) is bent can be formed. Wire connection (579a) is, metal member (5781) raised by cutting a portion of the structure can be formed. Wire connection (579a) is electrically connected to the leads and the wire is inserted into the socket end of can be. Metal member (5781) is larger than (578) is reduced on the circuit connecting the electrical resistance flow tides. 19 and 20 also products on the, case (501, 502) is molding receiving portion (577) without using a tool. Specifically, specifically, collecting case (502) is molding receiving portion (577) without using a tool. Molding receiving portion (577) in a casing (501, 502) combined with each other inside. Molding receiving portion (577) in a casing (501, 502) on part of a separate case (501, 502) fastened with a remaining portion of a predetermined time interval lapses disclosed. In the in the embodiment, molding receiving portion (577) is a dust collecting case (502) integrally formed organic EL element. Molding receiving portion (577) includes a film (540a) cover part contact state (579) molding space filled (576b) formed on the substrate. Molding receiving portion (577) comprises a plurality of film (540a) is inserted into each molding space (576b) formed on the substrate. Molding receiving portion (577) includes a cover part (579) molding space filled (576b) formed on the substrate. Molding receiving portion (577) said insulator paste molding space is filled (576b) formed on the substrate. A conductor-receiving portion (571) is molding space (576b) placed inside a. Molding space (576b) insertion space (576a) be larger than disclosed. Insertion space (576a) molding space (576b) steam of space occupying space are disclosed. Molding space (576b) insertion space (576a) comprises. Molding space (576b) into, a plurality of film (540a) part of the insertion portion (555) of end are associated with them. A plurality of film (540a) each formed by insert (555) is, film (540a) group (Y) array of longitudinal arrangement direction (X) focused heat at both ends film disposed thereon. Molding space (576b) extends angularly relative long formed film arrangement direction (X). Molding receiving portion (577) includes a film arrangement direction (X) relatively long extends angularly formed. Molding receiving portion (577) includes a film longitudinal (Y) to both ends of a film arrangement direction (X) extending 2 formed of molding space (576b) formed on the substrate. Molding receiving portion (577) is, larger than the number 1 (578a) molding space filled (576b) molding forming part number 1 (557a) on, larger than the number 2 (578a) molding space filled (576b) molding forming part number 2 (577b) without using a tool. Exposed portions (557, 558) is molding space (576b) placed inside a. The exposed part of the film number 1 (557) is number 1 molding receiving portion (557a) molding space (576b) placed inside a. The exposed part of the film number 2 (558) is number 2 molding receiving portion (577b) molding space (576b) placed inside a. The exposed part of the film number 1 (557) is number 1 molding receiving portion (557a) are located inside of a conductor-receiving part number 1 (571a) insertion space (576a) inserted, the exposed part of the film number 2 (558) is number 2 molding receiving portion (577b) are located inside of a conductor-receiving part number 2 (571b) insertion space (576a) are associated with them. Insert (555) is, inserted into (576a) toward the cover part (579) secured by. Cover part (579) includes a film (540a) and an molded into space (576b) filled in the other. The width (578) between an insertion part (555) and an molded into space (576b) filled in the other. A pair of cover part (579) is, each a plurality of film (540a) longitudinal (Y) on both ends with each other. A pair of cover part (579) is, each a plurality of film (540a) longitudinal (Y) ends fixed to each other. Molding space (576b) pair of conductor-receiving portion (571) is disposed thereon. Molding space (576b) are located inside the housing (576a) electrode connection (578) filled with free surfaces. Molding space (576b) substrate is larger than the (578) covering a cover part (579) that is filled with a substrate. Molding space (576b) substrate is larger than the (578) and conductor receiving portion (571) covering a cover part (579) that is filled with a substrate. (22 to 24 also reference) Molding receiving portion (577) is molding space (576b) opening formed on the substrate. Molding space (576b) of said openings, said insulator paste is introduced and insert (555) can be inserted. Molding space (576b) of said openings, a conductor-receiving portion (571) can be inserted into said insulator paste is injected. Molding space (576b) inserted into said opening of (576b) can be configured to have the distance of said opening. A conductor-receiving portion (571) said opening formed conductor-receiving portion (571) film width direction (Z) one of can be formed. In the in the embodiment, a conductor-receiving portion (571) said opening formed electrifying unit (510) that is formed which look direction. A conductor-receiving portion (571) inserted into the recessed hole is opened while (576a) formed therein. Molding receiving portion (577) is, the length of film direction (Y) on at least one of disposed thereon to on both sides. Molding receiving portion (577) film arrangement direction (X) is formed relatively longer. Number 1 molding receiving portion (557a) direction (Y) is the length of film on both sides disposed either side, number 2 molding receiving portion (577b) direction (Y) is the length of film on both sides of the other side disposed thereon. Molding receiving portion (577) is molding space (576b) bottom surface (577 - 3) comprises. Molding receiving portion (577) is molding space (576b) film arrangement direction (X) respectively both sides by a partition forming part (577 - 2) having a predetermined wavelength. Molding receiving portion (577) is molding space (576b) film longitudinal (Y) each partition forming part of both sides (577 - 1, 577 - 4) comprises. A conductor-receiving portion (571) bottom surface (573) rear view of a molding receiving portion (577) bottom surface (577 - 3) can be placed in contact to. Said bottom surface (577 - 3) case (501, 502) and outer side be a board. Molding receiving portion (577) is rotates (556) inserted into the film (540a) deferment rib supporting unit (572b) can be a. Number 1 molding receiving portion (557a) includes a film (540a) longitudinal (Y) rotates in the end of the both ends (556) deferment rib inserted number 1 (572b) and, number 1 molding receiving portion (557a) includes a film (540a) longitudinal (Y) rotates during both ends end (556) deferment rib inserted number 2 (572b) without using a tool. deferment rib (572b) is molding space (576b) constituting the partitioning can be one. deferment rib (572b) is molding receiving portion (577) can be part of. In the in the embodiment, partition of said 2 (577 - 1, 577 - 4) rotates during (556) is fitted partition (577 - 1) is said deferment rib (572b) are disclosed. Partition of said 2 (577 - 1, 577 - 4) during deferment rib (572b) opposite side of partition (577 - 4) is, case (501, 502) and outer side be a board. deferment rib (572b) is partition of said 2 (577 - 2) at each one end of connecting can be extended. Said partition (577 - 4) is partition of said 2 (577 - 2) and at the other end of each connecting can be extended. A conductor-receiving portion (571) of deferment rib (572a) is molding receiving portion (577) of deferment rib (572b) can be disposed in contact with. deferment rib (572b) and deferment rib (572b) can be placed one on top of the are nested with each other. deferment rib (572a) and deferment rib (572b) is thus folded in normal (556) can be the feature values. Molding receiving portion (577) larger than the inner sides (578) of the tray (574b) can be combined to an comprising a structure. Said coupling part (574b) combined to an include a molding receiving portion (577) bottom surface (577 - 3) can be disposed. Said partition (577 - 2) electrode connection (578) is electrically connected to the wire can be inserted less than 1. Said partition (577 - 2) of case (501, 502) can be groove on said meeting point. Said conductor may dust collection unit by a power receiving terminal (548) can be connected. Said conductor may dust collection unit by a ground receiving terminal (549) can be connected. Case (501, 502) is inserted into an end portion of the wire can be fixed said wire (505) can be further comprises. An end portion of the wire (505) in a casing (501, 502) inner plane of can be formed. An end portion of the wire (505) in a casing (501, 502) can be inserted between an inside surface of said wire defining a groove. Also products on the 21 to 23, molding unit (578, 579) is, inserted into (576a) and molding space (576b) contained in paste form to said messenger wire of a plurality of insert (555) a heat from the external. Insert (555) includes a film (540a) the whole area or width which is smaller than the area or width shape, molding unit (578, 579) is efficiently film (540a) can be fixed to equal to or less than. The width (578) said conductor paste is exposed portion said (557,558) is locked state said conductor paste curing said film (540a) a heat from the external. The width of said (578) a voltage source electrically connected to the film (540a) conductive of said left sleeve. The width (578) comprises a plurality of film (540a) reaction chamber electrically connected each other. The width (578) is, said number 1 wire (584) for plural ones of the film (540a) constituting the width of contact with number 1 (578a) on, said number 2 wire (583) for plural ones of the film (540a) constituting the width of contact with number 2 (578b) without using a tool. The width of number 1 (578a) comprises a plurality of number 1 film (541) reaction chamber electrically connected each other. The width number 2 (578b) comprises a plurality of number 2 film (542) reaction chamber electrically connected each other. Number 1 film (541) and number 2 film (542) than the width of both ends of each number 1 (578a) and larger than the number 2 (578b) secured to. Exposed portions (557,558) includes, a plurality of number 1 film (541) longitudinal (Y) once developed to form, said plurality of number 2 film (542) longitudinal (Y) each formed of a support member. The width of number 1 (578a) includes said plurality of number 1 film (541) longitudinal (Y) (X) extending and formed directions of orientation film at one end, larger than the number 2 (578b) includes said plurality of number 2 film (542) longitudinal (Y) extends in an arrangement direction (X) at the other end film formed. The width of number 1 (578a) includes said plurality of number 1 film (541) and the exposed parts of (557) to connect electrically to each other is arranged to, larger than the number 2 (578b) includes said plurality of number 2 film (542) and the exposed parts of (558) electrically connected to each other combined with each other. I.e., the width of said number 1 (578a) comprises a plurality of said high connection (557) electrically connected and both, the width of said number 2 (578b) comprises a plurality of said low potential connection (558) electrically are connected to both. Number 1 film (541) of the insulating layer (551a) during insulating layer (552a) without surrounded by exposed exposed portions (557) is high potential connection (557) constituting other. High connection (557) is number 1 wire (584) in contact with the substrate. I.e., high connection (557) is number 1 wire (584) which is part of larger than said number 1 (578a) in contact with the substrate. High connection (557) number 1 through film (541) of the insulating layer (551a) at a high level is applied. Number 2 film (542) of the insulating layer (551b) during insulating layer (552b) without surrounded by exposed exposed portions (558) is low dislocation connection (558) constituting other. Low potential connection (558) is number 2 wire (583) in contact with the substrate. I.e., low potential connection (558) is number 2 wire (583) than the width of the part of said number 2 (578b) in contact with the substrate. Low potential connection (558) number 2 through film (542) of the insulating layer (551b) applied low the same potential. Exposed portions (557, 558) inserted into at least a portion of (576a) inserted into the electrode joint (578) in contact with the substrate. Exposed portions (557, 558) inserted into only part (576a) inserted into the exposed portions (557, 558) larger than only part (578) and are covered with, exposed portions (557, 558) and the remaining portion of the cover part (579) can be covered by. In other in the embodiment, the exposed part (557, 558) an insertion space (576a) inserted both the width (578) covered by only by disapproval. I.e., the width (578) and the cover unit (579) exposed by the exposing unit (557, 558) may be covered, the width (578) only by the exposed portions (557, 558) is covered by disapproval. The width (578) is exposed portions (557, 558) a heat from the external. Cover part (579) is larger than (578) with exposed portions (557, 558) capable of fixing. The width (578) is said insert (555) a heat from the external. The width of number 1 (578a) is, said plurality of number 1 film (541) and said plurality of number 2 film (542) longitudinal (Y) formed in the end said insert (555) to fix the surface of the substrate. The width number 2 (578b) is, said plurality of number 1 film (541) and said plurality of number 2 film (542) longitudinal (Y) formed said insert end (555) to fix the surface of the substrate. The width of number 1 (578a) is, a plurality of number 1 film (541) high potential connection (557) with insert (555a) and a plurality of number 2 film (542) of low potential connection (558) not having said insert (555b) fixing substrate. The width number 2 (578b) comprises a plurality of number 1 film (541) high potential connection (557) not having said insert (555b) and a plurality of number 2 film (542) of low potential connection (558) with insert (555a) fixing substrate. Through, larger than the number 1 (578a) is number 1 film conductive layer (551a) applying high potential relative only, larger than the number 2 (578b) is number 2 film conductive layer (551b) be applied only relative low outer part. The width (578) is, consists of said conductor paste to improve. Through, insert (555) also fixing a signal to the controller, the width (578) is high connection (557) and low potential connection (558) can be drawn tight over the bonding face between the contact and to minimize drag, high connection (557) and low potential connection (558) to block the air contact, spark at the points of contact can be prevented from occurring. Said conductor paste, an organic conductor powder (organic solvent) is mixed with a polymer resin for number on (macromolecule) can be. Said conductor paste having fluidity prior to curing is a solid-state state after curing and semi-solid state is under or over. Said conductor powder is, conductive solid particles by breaking a small PCB big. Said conductive solid carbon, copper, preferably the thin metal component. In the in the embodiment, said conductor powder is carbon black powder are disclosed. The number machie of said liquid at ordinary temperature a state of exhaustion. Said conductor paste mixed dry condition while said conductor paste solid number machie of said evaporated to pH. In the form of said polymer resin powder. Said conductor powder and said conductor paste is cured even after said polymer resin to an encoded component. Said polymer resin and said conductor powder and mixed, chemically bonded are not correct. Said conductor paste is cured is which state after said conductor powder particles are connected to each other, electrically conductive cured said conductor paste may have. The width (578) are bound together each other conductor powder is formed. The width (578) is polymer resin of powder conductor powder with are bound together each other can be formed. Said conductor paste of composition ratio, degree said conductor powder about 30%, about 50% said machie of number, but may be made from an about 20% said polymer resin, one composite number doesn't have a need to be improved. Said conductor powder is, relatively low electrically conductive material electrically conductive powder coating powder metal-coated conductors can be relatively high. In the in the embodiment, said conductor coating powder is, during relatively low copper powder and copper (Gu) (Ag) the electrically conductive electrically conductive relatively high silver by coating the formed on the substrate. In the in the embodiment, said general conductor powder is carbon powder are disclosed. Said said conductor powder is, not metal-coated general conductor powder and said conductor coating powder can be mixed. Said general conductor powder and said conductor coating powder composition ratio larger than a preset customers (578) resistance value can be adjustable. The width of said conductor coating powder efficiently mixing (578) resistance value is used as the flange. The width (578) includes a cover part (579) surrounded by an sealing performance disposed thereon. Cover part (579) is waterproof material are disclosed. Cover part (579) is larger than (578) moulded on the side exposed to external air. Cover part (579) such as epoxy resin or urethane resin material including but, one composite number need not be applied and can be cured then a with each other. Cover part (579) is making mixing sclerosing number can be configured. Said making a number on the Bisphenol A type EPOXY resin flame-retardant filling and other number can be ingredient added. Said number is cured aliphatic modified amine curing number implementation being. Cover part (579) is larger than (578) during a conductor-receiving portion (571) can be the surface of said pair of lead frames. Cover part (579) is larger than (578) is inserted into (576a) larger than the filled in (578) disposed thereon to cover a surface exposed to the external air. The width (578) is a conductor-receiving portion (571) and the cover unit (579) surrounded by disposed thereon. Also products on 21 to 30, fixing part (540b) is, film (540a) arranged in the width direction (Z) of said group are arranged in a pair on both sides said gap maintaining a gap portion (560) having a predetermined wavelength. A distance-maintaining portion (560) is, said film (540a) in the width direction (Z) of said base a distance-maintaining portion is arranged at one side (561) on, said film (540a) in the width direction (Z) of said interval maintaining part disposed on the other side of loop (566) without using a tool. A distance-maintaining portion (560) is, film (540a) arranged in the width direction (Z) of said group from said plurality of vertical bars are inserted into the gaps (S) on one side of which (568) without using a tool. Base interval holding unit (561) is, arranged from one said gap (S) said group said plurality of number 1 are inserted into the vertical bars (568 - 1) having a predetermined wavelength. Loop a distance-maintaining portion (566) has, arranged from the other side through said gap (S) said group said plurality of number 2 are inserted into the vertical bars (568 - 2) having a predetermined wavelength. The vertical bars (568) includes a film (540a) in the width direction (Z) can be inserted into the central portion. A plurality of vertical bars number 1 (568 - 1) includes a film (540a) in the width direction (Z) can be inserted into the central portion, a plurality of number 2 vertical bars (568 - 2) includes a film (540a) in the width direction (Z) can be inserted into the central portion. Base interval holding unit (561) and loop a distance-maintaining portion (566) is, film (540a) symmetric to one another with reference to the width of said central portion can be disposed. 25 also refer to, number 1 film (541) and number 2 film (542) is in the width direction (Z) such as in cross section across an interval maintaining part each base (561) and loop a distance-maintaining portion (566) can be contact. Base interval holding unit (561) and loop a distance-maintaining portion (566) is, can be of the same shape. Hereinafter, said base a distance-maintaining portion (561) and loop a distance-maintaining portion (566) are each the same shape is described assuming a, 27 to 30 also base interval holding unit (561) and loop a distance-maintaining portion (566) shown and described but which the architecture, need not be limited free composite. The vertical bars (568) is, film (540a) fixing the going film (540a) in a face direction of raised ridges (569) can be formed. Number 1 vertical bars (568 - 1) number 2 and vertical bars (568 - 2) is, film (540a) fixing the going film (540a) in a face direction of raised ridges (569) can be formed. Number 1 vertical bars (568 - 1) protrusion is number 1 (569 - 1) is formed, vertical bars number 2 (568 - 2) protrusion is number 2 (569 - 2) is formed. One vertical bars (568) in, one that engages protrusion (569a, 569b) can be first and second surfaces to the apart from one another, that engages the other protrusion (569c, 569d) includes plural spaced from each other can be formed. One vertical bars (568) in, a protrusion protruded in the opposite direction of each other 2 (569a, 569d) (Z) (569b, 569c) can be arranged at positions displaced each other in the vertical direction. A distance-maintaining portion (560) includes a film (540a) plural along a longitudinal direction (Y) can be located apart. A distance-maintaining portion (560) is, arranged group (X) said arrangement direction across one side in the width direction (Z) and enclosing an interval maintaining body (567) without using a tool. Distance maintaining body (567) the vertical bar (568) are retained with the predetermined point to. Base interval holding unit (561) is, arranged group (X) said arrangement direction on one side in the width direction (Z) number 1 to wrap around both ends and vertical bars (568 - 1) supporting predetermined point to a number 1 distance maintaining body (567) can be a. Loop a distance-maintaining portion (566) is, arranged group (X) said arrangement direction across the other side number 2 to wrap around the vertical bars (568 - 2) supporting predetermined point to number 2 distance maintaining body (567) can be a. Distance maintaining body (567) is, said arrangement direction (X) combined with said collecting case disposed across the other end support (567b) on, said arrangement direction (X) arranged adjoining said exhaust gas arranged group extending horizontal bar (567a) on, interval holding unit (560) a head case (502) main unit connects fixed (567c) can be a. Also products on the 25, number 1 distance maintaining body (567) is, film arrangement direction (X) disposed across the dust case (502) across support comes into engagement with a number 1 (567b provided 1) on, said arrangement direction (X) arranged adjoining said exhaust gas arranged group number 1 horizontal bar extending (567a-a 1) on, said base a distance-maintaining portion (561) a head case (502) which portion fixed number 1 (567c provided 1) can be a. 25 also refer to, number 2 distance maintaining body (567) is, film arrangement direction (X) disposed across the dust case (502) across support comes into engagement with a number 2 (567b provided 2) on, said arrangement direction (X) arranged adjoining said exhaust gas arranged group number 2 horizontal bar extending (567a-a 2) on, said loop a distance-maintaining portion (566) a head case (502) which portion fixed number 2 (567c provided 2) can be a. Collecting case (502) the hook member (504) having a predetermined wavelength. Hook members (504) the hook (504 - 1) on the hook fixing (504 - 2) having a predetermined wavelength. Hook members (504) is a dust collecting case (502) the inner side 2b projects. Collecting case (502) is, number 1 coupling part (567c provided 1) number 2 and a fastener (567c provided 2) state jam one of which hook (504 - 1) having a predetermined wavelength. One hook (504 - 1) number 1 to a fastener (567c provided 1) number 2 and a fastener (567c provided 2) contact together as to substrate. Said coupling part (567c) of other degrees (567c) contact by forming clamping plate (567c 1) and, said clamping plate (567c 1) is said hook (504 - 1) is inserted in a hook groove across (567c 2) formed therein. A fastener said number 1 (567c provided 1) number 2 is a fastener (567c provided 2) forming contact number 1 clamping plate (567c 1 provided 1) and, said number 1 clamping plate (567c 1 provided 1) is said hook (504 - 1) is inserted in a hook groove across (567c 2 provided 1) formed therein. A fastener said number 2 (567c provided 2) number 1 is a fastener (567c provided 1) forming contact number 2 clamping plate (567c 1 provided 2) and, said number 2 clamping plate (567c 1 provided 2) is said hook (504 - 1) is inserted in a hook groove across (567c 2 provided 2) formed therein. Said collecting case (502) is, said hook (504 - 1) can support a fixed hook fixing (504 - 2) having a predetermined wavelength. Hook fixing (504 - 2) an end of the case the sand (502) is fixed to, said film other side grade hook of a fixture (540a) projects in the width direction (Z) to the central part of said hook (504 - 1) on connected thereto. Said collecting case (502) is, said hook (504 - 1) and said fixing hook (504 - 2) between said portions (567c) supporting contact and has a stepped fixing plate (504 - 1) comprises. In the in the embodiment, 25 also products on the fixing plate (504 - 1) number 1 is a fastener (567c provided 1) in contact with the step formed on the substrate. Also refer to 12, 13 and 15, said conductor paste using a device number using exhaust gas of said air cleaner bath method as follows. Said air cleaner is a device number bath method, said film (540a) step (a) is arranged at the prescribed positions, said exposed portions (557,558) (b) locks said conductor paste injecting step, said curing step (c) into a predetermined conductor paste according to drying conditions, said conductor paste on the side exposed to said air cured insulator paste coated with step (d), and (e) curing said insulator paste applied according to predetermined drying conditions comprising the following steps. (A) said in, first, collecting case (502) of the outlet of the (507) and a lower face of ability of the sides is formed, collecting case (502) disposed at the inner space of the case preferably deferment phase advancing to the distance. Then, collecting case (502) to the interior of said base a distance-maintaining portion (561) base vertical bars (564) is disposed protruding above base interval holding unit disposed in predetermined locations to step s7. Base interval holding unit (561) for collecting case (502) is fastened to the substrate. Then, a plurality of film (540a) rotates said of (556) to said deferment rib (572) is inserted into, a plurality of film (540a) each base interval holding unit (561) of a plurality of base vertical bars (564) by inserted between, said plurality of film (540a) is disposed at a predetermined position said film is inserted into the processing advances. Said predetermined position said plurality of film (540a) is in place, said plurality of insert (555) inserted into the ends of said both (576a) inserted into the substrate. Preferably, then, loop interval holding unit (566) roof vertical bars (568) between a plurality of film (540a) are respectively inserted to loop a distance-maintaining portion (566) a head case (502) disposed inside the loop interval holding unit disposed in predetermined locations step s7. Loop a distance-maintaining portion (566) is a dust collecting case (502) is fastened to the substrate. Base interval holding unit (561) and loop a distance-maintaining portion (566) is a dust collecting case (502) to tightened together with each other. (B) said step (c) said loop a distance-maintaining portion arranged but progress during or subsequent to a step or, (b) prior to the vehicle body said conductor paste injection before a plurality of film (540a) be positioned more accurately than prior advantageous in disclosed. Then, said step (b) the processing advances. (B) said step, said insertion space (576a) inside said conductor paste injection, said plurality of insert (555) both ends of said conductor paste bath and other. I.e., said exposed portions (557,558) immersed in said conductor paste into each other to both conductor paste. Then, said step (c) the processing advances. Said (c) step, said conductor paste is injected predetermined drying conditions such as returning a drying temperature conductor paste hardens over drying time conductor paste and. Said conductor paste drying temperature and conductor paste drying time ratio depending on said conductor paste specific composition and the like but, said conductor paste drying temperature and drying time is 180 minutes hereinafter also hereinafter Celsius 75 said conductor paste an article, a plurality of film (540a) for preventing deformation to preferably. Then, said step (d) the processing advances. Said conductor paste external air cured molding space exposed to cover a surface (576b) injecting insulator paste to said reaction chamber. Then, said step (e) the processing advances. (E) said step, said insulator paste drying condition insulator paste injected predetermined drying temperature and drying time insulator paste hardens over the base. Said insulator paste drying temperature and insulator paste drying time is specific composition and ratio depending on said waterproof material such as but, in the embodiment the drying temperature and drying time is also hereinafter said insulator paste in said 180 minutes less than 1000 Celsius former delay paste 60 hereinafter. 1: air cleaner device 501: charged case 502: collecting case 510: the electrifying unit 540: front window 540a: film 540b: fixture 541: number 1 film 542: number 2 film 555: insert 556: rotates 557: exposed portions, high connection 558: exposed portions, low potential connection 560: interval holding unit 561: base interval holding unit 566: loop interval holding unit 571: conductor-receiving portion 577: molding receiving portion 578: electrode joint 579: cover part 576a: insertion space 576b: molding space 141: short projection 144: blocking protrusion 145: cut off switch 148a: the electrifying unit power supply terminal 149a: the electrifying unit ground terminal 148b: dust collection unit by a power supply terminal 149b: dust collection unit by a ground terminal 581, 581a, 581b: high voltage generator 582, 582a, 582b: ground 583, 583a, 583b: ground line 584, 584a, 584b: supply voltage 518: the electrifying unit power receiving terminal 519: the electrifying unit ground receiving terminal 548: dust collection unit by a power receiving terminal 549: ground dust collection unit by a receiving terminal 600: short switch X: film arrangement direction Y: longitudinal film Z: film width direction S: gap According to the present invention, an electric dust collection device comprises a film for collecting electrified dust particles and a case for receiving the film. A conductor-receiving part defining an insertion space, into which a portion of the film is inserted, is provided in the case. The electric dust collection device further comprises an electrode connection part filling the insertion space in the state of being in contact with the film. The electrode connection part is electrically connected to a voltage source to apply voltage to the film. COPYRIGHT KIPO 2017 Charged dust particles collection film; and receiving said film case, inside said case, said film with a conductor-receiving portion formed on the insertion part, said insertion space to contact said film filled with, electrically connected to said voltage source applying a voltage to the electrode film of hollow device including air cleaner. According to Claim 1, the width of said conductor paste and then hardened dust collecting device. According to Claim 2, said conductor paste, a mixture of polymer device including air cleaner on an organic conductor powder for number. According to Claim 1, said electrode connection conductor powder are bound together each other formed electrostatic dust collecting device. According to Claim 4, said conductor powder is, relatively low electrically conductive material electrically conductive powder coating powder including air cleaner device relatively high metal-coated conductors. According to Claim 1, opposite said film comprises a surface arranged to form a plurality of gaps, said gaps which is inserted into the gap to maintain said vertical bar further including air cleaner including a distance-maintaining device. According to Claim 1, said film, and an insulating layer surrounding said conductive and voltage is applied conductive layer, said conductive layer having an exposed portion exposed part, said at least a portion of said width of said exposed contact electrostatic dust collecting device inserted into the insertion space. According to Claim 7, said device including an electrically isolating cover piece which covers the width of cleaner. According to Claim 8, inside said case, said cover part molding space is filled with a molding receiving part including air cleaner device. According to Claim 9, said conductor receiving portion and said molding space exposed part said dust collecting device. According to Claim 9, and said film is coated on a bottom plate, said molding and the receiving part, said device including a fitting inserted and settled deferment rib said film cleaner. According to Claim 7, said electrode connection device inserted into the air cleaner said exposed portions. According to Claim 1, and said film is coated on a bottom plate, said conductor receiving portions, said device including a fitting inserted and settled deferment rib said film cleaner. According to Claim 1, the width of said electrode and in contact with the covered by said connection, said fixed voltage source electrically connected to a metal member which resistance device further including air cleaner. According to Claim 1, opposite said film comprises a surface arranged to form a plurality of gaps, said plurality of film both lengthwise ends respectively and a bottom plate, said end of the both ends formed forwardly deferment rib and number 1, number 2 deferment rib device including air cleaner is formed end forwardly. According to Claim 1, are arranged at a plurality of said film, said electrode connection electrically connecting said plurality of film each other dust collecting device. According to Claim 1, said film is, relatively high potential is applied to the film and a plurality of number 1, number 2 the same potential as a relatively low and a plurality of applied film, said electrode connection, each other than the width of said plurality of number 1 film EEPROM number 1, number 2 number 2 for connecting a plurality of said electrical connecting electrode film, said conductor receiving portions, said number 1 electrode connection defining a space filled with a conductor-receiving part number 1, number 2 said number 2 electrode connection device including a conductor-receiving portion defining a space filled with a cleaner. According to Claim 17, number 1 film and said plurality of said plurality of number 2 each film, and an insulating layer surrounding said conductive and voltage is applied conductive layer, said conductive layer exposed at a portion exposed, said exposed part said plurality of number 1 film formed longitudinal one end, said longitudinal end of said plurality of number 2 film formed the exposed part, both ends of each said number 1 and number 2 larger than the width of said number 1 film and said number 2 film device fixed to the air cleaner. Charged dust particles collection a plurality of film; said plurality of film includes a case; and said plurality of film each other electrode connecting section electrically connecting, inside said case, said each of said plurality of film is inserted into the housing electrode connection device is provided with an air cleaner and filled with a conductor that receiving portion. A device according to Claim 2 air cleaner in a number bath method, step (a) said film is disposed at a predetermined position; (b) injecting a portion of said film locks said conductor paste step; and implanted device including a step (c) said conductor paste curing method a number bath cleaner.
