MULTI-POINT ARC DISCHARGE GENERATION SYSTEM USING AC VOLTAGE GENERATOR
The present invention refers to AC voltage generator system relates to a multipoint arc discharge is generated, of an AC voltage generator applied by the voltage converter through inputted simultaneously plurality of electrodes, an arc discharge (Arc discharge) generates the lean burn range is enlarged in the speed and to enhance the energy to efficiently use the an AC voltage generator a multipoint arc discharge is generated system of the. Engine, in igniting the fuel in an internal combustion engine in ignition system, existing ignition plug of ceramic grill (spark plug) has discharge using an AC current signal when the (discharge), positive electrode to ground (ground) electrode with applied voltage (breakdown voltage) when said end lies above the breakdown voltage is especially discharges are produced. Haul or, in this case single point or, arc discharges are produced only near a button is pushed by a.. The, AC voltage generator of the present invention a multipoint arc discharge is generated inputted simultaneously (multi-point) multipoint system, an arc discharge is generated by moving the lean area extension and an improved combustion speed as well as, using AC power dielectric barrier voltage (DBD, Dielectric Barrier Discharge) which may utilize such as, developing a unidirected periodically polarity plasma through.. In the case of dielectric barrier discharge through ignition, withdrawing ambient fluids (Radical) radical modified a unit for generating and, at this time, have a problem that radicals generated a combustion which enhances the rate at ignition delay is reduced so assist in that unit is off. Furthermore, dielectric barrier discharge a stem a strong streamer quantity, when compared with typical arc discharge in the form of (streamer), various plasma is generated is subjected to mechanical pressure and so as to enhance the likelihood of, a consumption only less energy. However when on the fuzzy membership function and the plurality of electrodes, the lowest breakdown voltage weight is diagonally installed in the first discharge electrode.. Makeup again, when is configured plurality of electrodes, one negative electrodes a breakdown voltage in a when is produced due to charge all there is provided an electrode negative one is moved to different electrodes, thereby other locations where selected backgrounds are breakdown voltage for negative electrodes crude rubber solution are mixed in a delta v0., to inhibit plurality of simply by the these construction the multipoint arc discharge is generated. the additional delay, a new recovery. The, AC voltage generator of the present invention a multipoint arc discharge is generated AC system of clamps a high voltage which is applied voltage generator breakdown voltage maximum cathod an alternating voltage is larger than the moment, a high voltage is applied during the positive to inhibit plurality of electrodes, thereby the plurality of connecting the negative electrode, an arc discharge inputted simultaneously and high-voltage application adapted to generate the. equipment is provided to. Call patent number 10-0937469 registration station ("of an internal combustion engine plasma ignition device", preceding literature 1 hereinafter) in using external battery of an ignition plug and the ignition a high output of inverter DC/AC using a high output of coil plasma arc by using to the internal combustion engine with a cylinder in the combustion of a gasoline is injected in a to a disclosure is formed integrally with the screw and an ignition device, Using DC voltage plurality of electrodes as well as the most generated when constituting the electrode with the a lower breakdown voltage discharge is made only the remaining electrode apparatus including a discharge causes neither an sought not to no the to the problem of of wet liquid to flow down. The prior art the present invention refers to said one of the upper and lower surfaces slide structure of a cabinet, the present purpose of the invention an AC voltage generator applied by the voltage converter through inputted simultaneously plurality of electrodes, an arc discharge (Arc discharge) generates the lean burn range is enlarged in the speed and to enhance the energy to efficiently use the an AC voltage generator a multipoint arc discharge is generated by a rope. system. One embodiment of the present invention an AC voltage generator aspect a multipoint arc discharge is generated system, AC voltage generator is connected to center electrode to which a high voltage is applied are made of metal material (100) and a, said center electrode (100) hole nonmetallic material dielectric barrier portion (200) and a, said dielectric barrier portion (200) so as be interval on an ground electrode (300) including a multiple ignition system for internal combustion engine of a motor vehicle ground electrode (300) inputted simultaneously, an arc discharge (arc discharge) the motor so as to generate a multipoint arc discharge in to a system for controlling the, said plurality of ground electrode (300) according to (Breakdown voltage) breakdown voltage of, said AC voltage an alternating voltage value is formed on the upper end of said plurality of ground electrode (300) breakdown voltage of most large if not, the mobile value breakdown voltage, said AC voltage generator by controlling the and high-voltage application in said plurality of ground electrode (300) in multipoint method for forming platinum display part connected to the control part (400) comprising the same characterized in that. At this time, said control unit (400) the center electrode (100) are parallel-coupled with to both ends of number 1 switch (410) further includes a, said number 1 switch (410) the AC voltage generator generated by voltage converter is said largest when smaller than the breakdown voltage, is close (close), said AC voltage generator generated by said largest is voltage converter if not, the mobile value breakdown voltage, open (open) by voltage converter is said plurality of ground electrode (300) and ground between is or more breakdown voltage potential difference of said plurality of ground electrode (300) in multipoint arc discharges are produced is characterised in that it has a. Furthermore, said control unit (400) the center electrode (100) are connected in series, thereby at one end of said largest the grounding electrode a breakdown voltage values (420) further includes a, said ground electrode (420) the AC voltage generator generated by voltage converter is said ground electrode (420) applied to when arc discharges are produced, said ground electrode (420) a connecting with the capacitor in a parallel and said plurality of ground electrode (300) to voltage converter is applied by voltage converter said plurality of ground electrode (300) and ground between is or more breakdown voltage potential difference of said plurality of ground electrode (300) in multipoint arc discharges are produced is characterised in that it has a. Together, said control unit (400) the center electrode (100) connected in series to one end of a number 2 switch (430) further includes a, said number 2 switch (430) the AC voltage generator generated by voltage converter is said largest when smaller than the breakdown voltage, is open (open), Said AC voltage generator generated by said largest is voltage converter if not, the mobile value breakdown voltage, close (close) by voltage converter is said plurality of ground electrode (300) and ground between is or more breakdown voltage potential difference of said plurality of ground electrode (300) in multipoint arc discharges are produced is characterised in that it has a. By maintaining such as said AC voltage generator of the present invention a multipoint arc discharge is generated an AC voltage generator system one applied by the through voltage converter inputted simultaneously plurality of electrodes, an arc discharge (Arc discharge) generates the lean burn range is enlarged in the speed and to enhance the energy efficiently use.. Together, waveform of the AC voltage is a, dielectric barrier voltage (DBD, Dielectric Barrier Discharge) and can be used such as and outputs the second, and converted into the periodic polarity by using the phenomenon that various plasma.. Figure 1 shows a one embodiment aspect of the present invention also an AC voltage generator system in a multipoint arc discharge is generated, which together significantly simplifies the firing system is indicative of the surface. Also one embodiment of the present invention Figure 5 shows a to 2 also an AC voltage generator aspect a multipoint arc discharge is generated is shown that. plane from the system. Drawing hereinafter based on a text content of the aspect of the present invention in reference to one embodiment an AC voltage generator described the detail the a multipoint arc generation system. Then of the present invention to one skilled in the art to the drawing event has sufficiently and enables light to be transported is provided as for the purpose of developing the recording operation.. Therefore, the present invention refers to hereinafter is not limited to drawing which is presented to the user and the other may be embodied in the form. Furthermore, the same throughout specification in the same reference number exhibits components. At this time, techniques used terms and science to terms of rice is dipped in water for about where there is no defined, is in is in the field of the invention is typically person with skill in the art has a semantic understand, of the following elucidation and accompanying drawing of the display screen in the blur for preventing needless subject matter of invention publicly known function which can be dispensed a a description and configuration. Together, perform the functions required system in a tissue and rules interact device, mechanism or the like and means including. set of components. Engine for vehicles, such as in igniting the fuel in an internal combustion engine ignition system to in high RPM, accurate combustion does not occur at the right time when feset engine, power reduction, respectively return-stabilizing combustion and fuel consumption ratio increase a compression degree of the compressed spring increases. The direct power source spark plug in ignition system of the existing method using which body arc discharge, positive electrode is grounded applied voltage to breakdown voltage of electrodes when over value are respectively placed at both electrode grounded at positive electrode is arc discharges are produced. Or haul, plurality of negative electrodes, i.e., by the these construction ground electrode, a small electrode relatively breakdown voltage when is produced, all into the passage is a high breakdown voltage is moved to charge electrode. an audio signal is plasma synthetic gas reformer. I.e., AC voltage of Figure 1 c) as shown in, and both blades starting from a potential difference of 0 corresponding frequency and amplitude output signal of the first amplification unit characterized by voltage signal, potential difference of 0 beginning at least breakdown voltage of electrode multivalent 2005 are discharged when is is started. Either or haul surface discharge cells are selected electrode surfaces converging in 0 instantaneously, a potential difference in the remaining electrode is plasma synthetic gas reformer. Makeup again, simply electrode multipoint notably the beam. is stored to the directory by arc discharge is generated. The, AC voltage generator of the present invention a multipoint arc generation system has whole set of poles in arc discharge can occur to, positive momentarily all negative electrodes of the potential difference between electrodes, thereby all cathod breakdown voltage is the alternator voltage frequency discharge arc multipoint by coupling can be. Multipoint occurrence of arc discharge through, lean range is enlarged in the is speed is improved due to the, of vehicle having variation limit a low probability of. can be. Figure 1 shows a one embodiment of the present invention also an AC voltage generator aspect a multipoint arc generation system in simplifying the ignition system for internal combustion engine of a motor vehicle illustrated the which, Also one embodiment of the present invention Figure 5 shows a to 2 also an AC voltage generator aspect a multipoint arc generation system is shown that. plane from the. Also 5 also to 1 one embodiment aspect of the present invention by reference to an AC voltage generator described the detail the a multipoint arc generation system. One embodiment of the present invention an AC voltage generator aspect a multipoint arc generation system of Figure 1 a in the ignition system for internal combustion engine of a motor vehicle) and b) as shown in, generating AC voltage an alternating voltage is the center electrode to which a high voltage is applied are made of metal material (100) and a, said center electrode (100) hole nonmetallic material dielectric barrier portion (200) and a, said dielectric barrier portion (200) so as be interval on an ground electrode (300) can be constructed including. AC voltage generator of the present invention a multipoint arc generation system has said plurality of ground electrode (300) inputted simultaneously, an arc discharge (arc discharge) the motor so as to generate a multipoint occurrence of arc discharge controlled by the output from the control, for this purpose multipoint method for forming platinum display part connected to the control part (400) further includes a can be constructed. Said control unit (400) the plurality of ground electrode (300) according to (Breakdown voltage) breakdown voltage of, said AC voltage is formed on the upper end of an alternating voltage value and said plurality of ground electrode (300) is largest breakdown voltage compares said breakdown voltage and high-voltage application in AC voltage generator by controlling the plurality of ground electrode (300), an arc discharge inputted simultaneously can be control so as to produce a. Number 1 in the embodiment Said control unit (400) has door 2 as shown in, said center electrode (100) are parallel-coupled with to both ends of number 1 switch (410) further comprises an can be, said number 1 switch (410) through said AC voltage generator by controlling the and high-voltage application in said plurality of ground electrode (300), an arc discharge inputted simultaneously can be control so as to produce a. Said control unit (400) the AC voltage generator generated by voltage converter value and said plurality of ground electrode (300) is largest breakdown voltage compares breakdown voltage, Voltage converter said plurality of ground electrode value (300) is largest breakdown voltage when smaller than the breakdown voltage, close (close) the voltage converter is said plurality of ground electrode (300) is to detects over-currents flowing to. Through the smallest breakdown voltage values in one ground electrode and prevent the occurrence of arc discharge can be. And visa versa, said control unit (400) the AC voltage generator generated by voltage converter value and said plurality of ground electrode (300) is largest breakdown voltage compares breakdown voltage, Voltage converter said plurality of ground electrode value (300) is largest breakdown voltage if not, the mobile value breakdown voltage, said voltage converter open (open) the plurality of ground electrode (300) can applied to. Through same, said AC voltage generator generated by voltage converter by said plurality of ground electrode (300) and ground between is value breakdown voltage potential difference of said plurality of ground electrode (300), an arc discharge inputted simultaneously producing is. I.e., a breakdown voltage values different a plurality constitution: an ignition system to provide an AC voltage signal for utilization of an the, also as shown in 3, largest when 2005 value breakdown voltage, view on display by applying outside through the steam outlet pipe 16. the waveform of the AC voltage is inputted simultaneously whole set of poles is triggers the discharge arc. Number 2 in the embodiment Said control unit (400) has door 4 as shown in, said center electrode (100) are connected in series, thereby at one end of, said plurality of ground electrode (300) largest voltage breakdown is a breakdown voltage values a still another ground electrode (420) further comprises an can be, said still another ground electrode (420) through said AC voltage generator by controlling the and high-voltage application in said plurality of ground electrode (300), an arc discharge inputted simultaneously can be control so as to produce a Said control unit (400) the AC voltage generator generated by said still another ground electrode is voltage converter (420) is applied to said still another ground electrode (420) when discharges are produced arc in, Said still another ground electrode (420) a connecting with the capacitor in a parallel and said plurality of ground electrode (300) to can applied voltage converter. Through same, said AC voltage generator generated by voltage converter by said plurality of ground electrode (300) and ground between is value breakdown voltage potential difference of said plurality of ground electrode (300), an arc discharge inputted simultaneously producing is. Makeup again, said still another ground electrode (420) arc the of the sample are said plurality of ground electrode arc inputted simultaneously (300) in addition is especially discharges are produced. Number 3 in the embodiment Said control unit (400) has door 5 as shown in, said center electrode (100) connected in series to one end of a number 2 switch (430) further comprises an can be, said number 2 switch (430) through said AC voltage generator by controlling the and high-voltage application in said plurality of ground electrode (300), an arc discharge inputted simultaneously can be control so as to produce a. Said control unit (400) the AC voltage generator generated by voltage converter value and said plurality of ground electrode (300) is largest breakdown voltage compares breakdown voltage, Voltage converter said plurality of ground electrode value (300) is largest breakdown voltage when smaller than the breakdown voltage, said number 2 switch (430) opening (open) the voltage converter is said plurality of ground electrode (300) is to detects over-currents flowing to. Through the smallest breakdown voltage values in one ground electrode and prevent the occurrence of arc discharge can be. And visa versa, said control unit (400) the AC voltage generator generated by voltage converter value and said plurality of ground electrode (300) is largest breakdown voltage compares breakdown voltage, Voltage converter said plurality of ground electrode value (300) is largest breakdown voltage if not, the mobile value breakdown voltage, said voltage converter close (close) the plurality of ground electrode (300) can applied to. Through same, said AC voltage generator generated by voltage converter by said plurality of ground electrode (300) and ground between is value breakdown voltage potential difference of said plurality of ground electrode (300), an arc discharge inputted simultaneously producing is. I.e., as described above, one embodiment of the present invention an AC voltage generator aspect a multipoint arc discharge is generated an AC voltage system hole, which is communicated with the outside through the steam outlet pipe 16. voltage converter by applying whole set of poles inputted simultaneously by, an arc discharge so as to produce a, lean area extension and burn rate the objective compound.. At this time, the table unit value different breakdown voltage in order to overcome the, Plurality of electrodes is largest than a breakdown voltage breakdown voltage when an alternating voltage between electrodes 2005 the whole set of poles inputted simultaneously. capable of inducing, an arc discharge. In the present invention the resulting structured materials, specific-up elements and the like such as a, a predetermined in the embodiment drawing and a slant is described by overall understanding of the present invention than is provided to assist in the CDK, embodiment of the present invention refers to said which are not of limited aspect, the present invention is typically encountered in having knowledge of various from said substrate grow. and deformation that a modified. Therefore, limited aspect described idea of the present invention embodiment is not an the previously set mode, refers to a claim, as well as apply these claim equivalent or equivalent the every modification idea scope of the present invention will belong. 100: center electrode 200: dielectric barrier portion 300: plurality of ground electrode 400: control unit 410: number 1 switch 420: ground electrode 430: number 2 switch The present invention relates to a multi-point arc discharge generation system using an AC voltage generator, and more specifically, to a multi-point arc discharge generation system using an AC voltage generator, which includes a control part (400) generating multi-point arc discharge of a number of ground electrodes (300) by controlling application of a high voltage in the AC voltage generator if the AC voltage value generated in the AC voltage generator is higher than the highest breakdown voltage value among breakdown voltages of the ground electrodes (300), in a system for controlling multi-point arc discharge so that the arc discharge is generated simultaneously in the ground electrodes (300) in an ignition system for an internal combustion engine of a vehicle including: a metallic center electrode (100) which applies a high voltage by being connected to the AC voltage generator; a non-metallic dielectric barrier part (200) for surrounding an outer circumference of the center electrode (100); and the ground electrodes (300) which are comprised by being separated from the dielectric barrier part (200) by at fixed intervals. COPYRIGHT KIPO 2016 Deleted AC voltage generator is connected to center electrode to which a high voltage is applied are made of metal material (100) and, said center electrode (100) hole nonmetallic material dielectric barrier portion (200) and a, said dielectric barrier portion (200) so as be interval on an ground electrode (300) including a multiple ignition system for internal combustion engine of a motor vehicle ground electrode (300) inputted simultaneously, an arc discharge (arc discharge) the motor so as to generate a multipoint arc discharge in to a system for controlling the, said plurality of ground electrode (300) according to (Breakdown voltage) breakdown voltage of, said AC voltage an alternating voltage value is formed on the upper end of said plurality of ground electrode (300) breakdown voltage of most large if not, the mobile value breakdown voltage, said AC voltage generator by controlling the and high-voltage application in said plurality of ground electrode (300) in multipoint method for forming platinum display part connected to the control part (400); which comprises, said control unit (400) center electrode 300 (100) are parallel-coupled with to both ends of number 1 switch (410) further includes a, said number 1 switch (410) AC voltage generator 300 generated by voltage converter is said largest when smaller than the breakdown voltage, is close (close), said AC voltage generator generated by said largest is voltage converter if not, the mobile value breakdown voltage, open (open) by voltage converter is said plurality of ground electrode (300) and ground is or more breakdown voltage potential difference of between said plurality of ground electrode (300) in multipoint arc discharges are produced an alternating voltage on characterized replays the information of multipoint arc discharge is generated by generator system. AC voltage generator is connected to center electrode to which a high voltage is applied are made of metal material (100) and, said center electrode (100) hole nonmetallic material dielectric barrier portion (200) and a, said dielectric barrier portion (200) so as be interval on an ground electrode (300) including a multiple ignition system for internal combustion engine of a motor vehicle ground electrode (300) inputted simultaneously, an arc discharge (arc discharge) the motor so as to generate a multipoint arc discharge in to a system for controlling the, said plurality of ground electrode (300) according to (Breakdown voltage) breakdown voltage of, said AC voltage an alternating voltage value is formed on the upper end of said plurality of ground electrode (300) breakdown voltage of most large if not, the mobile value breakdown voltage, said AC voltage generator by controlling the and high-voltage application in said plurality of ground electrode (300) in multipoint method for forming platinum display part connected to the control part (400); which comprises, said control unit (400) center electrode 300 (100) are connected in series, thereby at one end of said largest the grounding electrode a breakdown voltage values (420) further comprises, said ground electrode (420) encrusted-magneticalternating voltage generator generated by voltage converter is said ground electrode (420) applied to when arc discharges are produced, said ground electrode (420) and a are connected in parallel said plurality of ground electrode (300) in voltage converter is applied by voltage converter said plurality of ground electrode (300) and ground is or more breakdown voltage potential difference of between said plurality of ⊙ [...] (300) that a receiving call is generated arc discharge multipoint in AC voltage generator characterized by a multipoint arc discharge is generated system. AC voltage generator is connected to center electrode to which a high voltage is applied are made of metal material (100) and, said center electrode (100) hole nonmetallic material dielectric barrier portion (200) and a, said dielectric barrier portion (200) so as be interval on an ground electrode (300) including a multiple ignition system for internal combustion engine of a motor vehicle ground electrode (300) inputted simultaneously, an arc discharge (arc discharge) the motor so as to generate a multipoint arc discharge in to a system for controlling the, said plurality of ground electrode (300) according to (Breakdown voltage) breakdown voltage of, said AC voltage an alternating voltage value is formed on the upper end of said plurality of ground electrode (300) breakdown voltage of most large if not, the mobile value breakdown voltage, said AC voltage generator by controlling the and high-voltage application in said plurality of ground electrode (300) in multipoint method for forming platinum display part connected to the control part (400); which comprises, said control unit (400) center electrode 300 (100) connected in series to one end of a number 2 switch (430) further includes a, said number 2 switch (430) AC voltage generator 300 generated by voltage converter is said largest when smaller than the breakdown voltage, is open (open), said AC voltage generator generated by said largest is voltage converter if not, the mobile value breakdown voltage, close (close) by voltage converter is said plurality of ground electrode (300) and ground is or more breakdown voltage potential difference of between said plurality of ground electrode (300) in multipoint arc discharges are produced an alternating voltage on characterized replays the information of multipoint arc discharge is generated by generator system.
