TWI308204B - - Google Patents

Description

补无一—11111 _ 1308204 Di, invention description: [Technical Field of the Invention] The present invention relates to a method for igniting a gas flow, and a circuit device for implementing the 玄方玄之, which is particularly applicable to gas on a gas furnace Adjust the condition. [Prior Art] There are many embodiments of a possible solution for gas igniting. An ignition device of such a gas ignition has been described in U.S. Patent No. 5,722,823. The ignition device has an ignition device for a two-watt gas flow electric ignition of a solenoid valve of a uniform moving gas valve, and a remote control device, which is coupled to the electromagnetic coil and the ignition device by a turn wire. Here, the remote control shakes the package - for two devices and a certain time switch - to provide low voltage with timing control. &quot; Electricity It takes a lot of energy to ignite the execution of this gas stream. Therefore, the straightener is required to provide a three-relay coil 'which means that it requires a relatively high power consumption'. Therefore, during the ignition process, the solenoid valve continues to be excited, resulting in a very high current consumption. In order to achieve the power supply effect, it only needs to consider the power supply. In addition, the error that occurs between the switching actions may result in - affecting the safety of the body, the body, 'as is known in the patent GB 2 351 341 A; ignition; valve device. - control rotation The shaft is moved to the ignition position by hand rotation. At this time, the ignition safety valve is opened. The control rotation __ needs to be held at this position because the control switch will open the movement switch when the shaft rotates. The voltage is prepared via the power supply unit to maintain the electromagnetic group. This point 2 is generated by the -piezoelectric spark ignition. When the heat flow generated by the - voltage couple is used to keep the ignition safety valve in the open position, the power supply The device cuts it off. However, the disadvantage of this solution is that the manipulation of the valve device can only be operated by hand, = particularly unsatisfactory, its improper embedded position or the need for a more frequent I action. Need - extra cost for the completion of the ink spark ignition = !3〇82〇4 9110 sentence 1 day correction year 曰 replenishment needs. There is still a problem, especially when the ignition safety valve and the burner opening Have a larger one When the distance is suitable for the catheter, it is not possible at the time of ignition: the opening of the ignition generates a gas mixture that can be ignited, because the time interval between the ignition safety valve and the ignition is relatively small. In addition, in the German patent case DE 93 07 895 U also describes a multi-function valve for thermoelectric safety devices for large-scale heating equipment, gas burners. The multi-function valve can be used to control the existing power supply in the space. The air flow, a solenoid valve is excited by the pressure button, thereby opening the ignition safety valve. At the same time, the m gas flow is lit. A thermocouple located within the range of the ignition gas flame is heated and a magnet group is The heat generated by the heat is brought into the excited state. The magnet securely fixes an armature, so that the ignition safety valve connected to the armature is fixed in the open position. Thereafter, the pressure button can be Released, and the solenoid valve is demagnetized. The disadvantage here is that the pressure button must remain long enough until the ignition safety valve is kept open by the hot air flow. The same disadvantage is that the solenoid valve must remain energized during the entire power supply period, which will result in relatively high current consumption, so a supply of power supply current is necessary. In the patent GB 2 351 341 A and The solution proposed in the German patent application DE 93 07 895 U has the disadvantage that it is not possible to operate fully automatically, but has to be manually actuated. [Invention] The present invention develops a gas based on the following problems The method of automatic ignition of airflow' and a switching device for implementing the method require only a very small current consumption, ensuring a long enough life when using a connectable power supply unit. Further, the structure It should be as simple as possible and more cost-effective to design. According to the invention, the method is chosen to actuate a converter, in which 1308204: the DC voltage supplied by the power source generates a higher voltage, thereby To be, the capacitors and capacitors used to provide the ignition I can be charged. - π animal <Ignition safety magnet is the current that is supplied by the power supply, and the ignition safety magnet and the electric power that is affected by the gas fire is interrupted by the circuit-relay. By means of a component, the charge is discharged, and a current pulse is generated, which is used to: magnetically open the conventional safety valve and simultaneously activate the armature of the safety magnet. . According to the setting of the holding current, the whole frame is kept at this position, and the ignition electrode is connected with the ignition electrode connected to the ignition device to generate an ignition spark to ignite the outflow. After that, a further ignition step will be introduced, at which point the ignition capacitor is charged again, and after the completion of the charging - the new ignition time is two, the ignition is ended. The flow to the ignition safety is interrupted' and the existing between the ignition safety magnet and the thermocouple will be closed again by the relay. Village system - solve the reading, the borrowing scheme can eliminate the aforementioned technology deficiency = hunting by The electronic control unit - the short pressing of the brake can ignite the watt = rush = according to the electric / pulse ^ actuation irrelevant to the length of the actuation pressing time of the regulating unit, the result requires only a very small current demand. In order to generate a spark of sparks, the extra cost of the bonfire device can be saved. (4) The design of the invention can be obtained by other patents. The gas production = two It is 'When the electronic control unit first completes the gas "b', '&quot; after it can complete the execution of a test action to check whether the ignition-watt == to a positive information, the ignition program is; : If a negative message is sent, the aforementioned method steps are executed. 9 1308204 9辜10月淡正 In addition, it is still available>When the presence or absence of electromotive force, vice versa / &lt; advantageous design, that is, when measuring a heat program, as described above, ie = lack of heat When the electromotive force is further, the ignition program is terminated and stopped. When the provable thermal electromotive force exists, the electronically calculated thermoelectric power is sufficient: ―It should be interrupted by the measured thermal electromotive force from the power source to the ignition safety magnet H. The circuit between the armature and the ignition safety magnet igniting the safety magnet and the thermocouple is interrupted. The power storage, , , and ❹ are again turned on. The Min 甩谷斋 and the ignition capacitor that are connected to each other can be relatively simple by a special connection state, and it is relatively simple to generate - the method is not charged. The voltage is generated - when the current voltage is high, when the direct current H is supplied by the power source, and when the power is turned on, the power oscillator is replaced by the power supply (4), and the multi-stage cascade is connected in series after the start of the ignition process. The first level, on which the electric storage voltage ίΓΓ and the second level of the shirt (four) level of the ignition capacitor is ^ high voltage brigade cascade circuit charging the job set higher than the direct pressure. After the high DC is reached, the power vibrating device is switched off and switched on again at the beginning of the other ignition process. ... In order to further reduce the current demand, it has proven to be particularly advantageous if the power supply is powered by a battery. As stated, it can be designed to be as small as possible in size, so that it can be placed in the casing of the receiver of the remote control unit with the 4 electronic control unit, and the power supply can maintain the current to keep the fresh frame. The time flows through the ignition safety magnet and the relay so that the circuit existing between the ignition safety magnet and the thermocouple is turned on _, and can generate an extra current in a very short time to ensure prevention of the relay When switching, a short-term current interruption occurs at the intermediate position between switching to the relay switching contact, which causes the armature to fall off. On the other hand, the voltage of the holding current supplied by the power supply to the ignition safety magnet can also be considered. The additional voltage is converted to the millivolt range by the 10 1308204 97.10. year. The further advantage is that the presence or absence of a thermoelectromotive force can be measured by a analog amplifier. The safety of the method, such as the occurrence of an accident, may use a method step, that is, after a specific time course, the excitation of the ignition safety magnet may be borrowed from the power source, and additionally by one or more independent series and The time-controlled safety circuit breaker is interrupted. The time required between the first ignition procedure and its subsequent ignition procedure is kept as short as possible, which is advantageous on the basis of energy saving reasons, if further The electric energy capacitor is disconnected from the cascade before the ignition capacitor state is charged. From the aspect of circuit arrangement, the problem according to the present invention It is solved by the features claimed in claim 12 of the patent application. Advantageous designs and further structures can be found from the subordinates to which they belong. - [Simplified illustration] - method according to the invention, and according to the invention The circuit arrangement for igniting a gas flow will be described in detail in the following embodiment. The individual drawings are as follows: Figure 1 is a schematic diagram of the circuit device, • Figure 2 is a detailed diagram of the power oscillator, 0, Figure 3 analog amplifier DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The embodiment shown in Fig. 1 is a circuit device according to the present invention for performing a gas flow ignition method and applied to a gas control valve. Switching and regulating devices are deterministically applied preferentially to a gas-fired fireplace or the like, which enables the operation and monitoring of a burner, whereby the flow of gas to the burner is controlled. In addition to the components that are not very heavy for the present invention, this portion is therefore not shown in this embodiment. The gas regulating valve 11 nm supplement 1308204 has a structure of an ignition nozzle 1 and an ignition valve 2. And the function is familiar to the experts, so this fire safety in order to control the function, - Futong -, W 匕 no longer elaborate here. Yuan, which is in the separate and position independent enclosure of the electronic control unit. That is, as shown in the figure; wherever it is;

From a micro-processing of fresh _, __ J due to the use of reading electricity storage electric power c2 (four) and power supply. The ignition capacitor HC2 is simply charged, and the voltage is less than that used to count the multi-stage cascade circuit. 9 〇 , 孩 孩 孩 孩 孩 孩 孩 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12

Time = heat, the so-called pulsed magnetic solution that is underestimated is T, and is used to control and perform the two-way, and the Langs is ignited. In addition, it is controlled to target the electric field device C1 of the field, 丄^ because the voltage-control side of the ignition capacitor C2 is completed,

Ci's completion of charging starts from the beginning of the — can also be self-storage capacitors in the map - application ==: 12 1308204 97牟1〇.01 correction of the month __ rate vibration Sheng H 11 by - transfer knowing at least, · components The CMOS circuit loop 15 is composed of. The gate-level components may be mutually exclusive or gated, mutually exclusive and gated, and the gate = followed by a field-effect power amplification m-single loop, which consists of a -coil u-stage-capacitor C3. The so-called phase shifter 19 is used for feedback and phase adjustment. As further disclosed in Figure 1, the safety magnet 6 is coupled to the thermocouple 4. The ignition of the whole valve 2 is the opener of the monostable relay 17, for which, in addition, the person is set to open, and the ignition safety magnet 6 is composed of a battery, and the circuit is a microprocessor module. Controlled, and on the one hand connected with the connection = receiving - electrical appliances 17. In addition, the resistor R1 = - 10,000 faces and the following:: the holding current of the ignition safety magnet 6 is high; ==, in addition, there are two series in the current loop and the time can be "," (wide). It is connected to the microprocessor module by the contact point ρ^Μ with the back ^ = king circuit following the "n and safety (four) 18 cut = connection. The transistor Τ 2 and - the transistor Τ 3. When the electron crystal (four), its two ^ During the connection of the negative pole of the power supply ,), and before being connected in series, the transistor Τ3 is connected to the positive pole of the power source 1 , and the module contact E is connected by the microprocessor module. Controlled, °, and can be passed through the circuit device, the section is also set up - analog amplifier 2 in parallel. 琢 analog amplifier 20 has - task, that is, measurement - direct current on the thermocouple 4 even 4, In order to amplify and rectify the size of the thermoelectric operation in the surrounding area. Since - in other cases, for the recorder module =, - the additional cylinder is required as the auxiliary voltage on the voltage, = 疋 DC discharge has drift deviation phenomenon, For example due to temperature disturbances, due to::= 13 1308204 Amplifier 20 is set to an AC amplifier In the following, the analog amplifier is as described in _3: The field effect transistor T4 controlled by the microprocessor module via the contact L and a resistor 1^2 are built into a controllable voltage divider. _ preamplifier % and - post amplifier after the voltage divider, and individually set - coupling capacitor c (10).

At the square, the seven-amplified state VI, the reference potential is established by a positive potential to cancel the voltage _. (4) At the post amplifier V2, the reference potential is formed by mass. The two amplifiers V1/V2 and the trigger sway are operated by the microprocessor module 2 by the it κ ’ @ @为为 _ kinds of current saving measures, especially when the black current demand is stopped. The flip-flop TR located after the post-amplifier V2 is connected to the microprocessor module via a contact.

That is, the method is implemented, that is, the ignition command must be transmitted to the microprocessor module by the remote control device. By using the analog amplifier 2〇 via the contact κ, it is possible to detect whether a thermoelectromotive force is maintained on the thermocouple 4 and detect whether the corresponding information is transmitted to the microprocessor module through the contact I. . When a thermoelectromotive force exists, it also represents that it has an ignition flame during ignition, the ignition process is interrupted, and when the thermoelectromotive force is not present, the voltage divider of the analog amplifier 20 is a micro-processing module. It is supported by the contact L. By switching the voltage divider once, the DC voltage present on the thermocouple 4 at this point in time is converted into an AC voltage pulse. This pulse is passed through the coupling capacitor C4 to the preamplifier vi. The signal from the preamplifier V1 is coupled to the post amplifier V2 via the coupling capacitor C5 and is amplified again. This analog signal from the post amplifier V2 is digitized by the flip-flop tr at the determined trigger time, as is clearly seen in the graph belonging to Figure 3. In the figure, 'the evolution of a voltage U with respect to time t is depicted. By means of the flip-flop TR, a pulse signal IS is introduced into the rising region at a predetermined voltage level SE, and a first trigger point TR1 is set at the time point TL, and the voltage of the pulse signal IS is corrected by 14 阼% 1 i 士补无1308204 When falling, the second trigger point TR2 is added to the time point te. Two time points TL and daytime &lt; time distance system - measurement signal hall. And the measurement signal MS obtained from the existing thermal enthalpy, reaches the microprocessor module through the contact point to facilitate the value analysis. The length of the measurement signal Ms is directly proportional to the thermoelectromotive force stored on the thermocouple 4. During the existence of the Tianjiao private movement, that is, during the existence of the ignited burning flame, the point is dazzling _, while in the thermoelectric gynecology department, the power vibration = Π ^ contact J by the microprocessor module The operation is driven, and the storage capacitor is tilted C1, and is connected to the first stage [2] of the multi-stage cascade by the contact point Α. By the actuation of the power hopper U, the vibration circuit is turned on by the feedback unit, that is, the vibration (four) road becomes automatic (four) and the frequency determines the power vibration ^ i ^ this can be used in the power vibration wire U The output terminal is maintained - relative to the inlet ^ = the preset low DC voltage is many times higher than the AC voltage. With the help of the = 12-level level 12/13, 兮营雨♦ — _广七久申Κ The voltage is charged, t η 4 and the ignition capacitor C2 react with the AC, and the voltage is controlled by the second ft and is limited to the maximum The voltage component 14 is generated by the contact number of the microprocessor module, and thus the field contact J is used to cut the Wf power oscillator u. Thereafter, the safety loop 18 that can be controlled by the time is controlled by the contact Μ and the ignition safety magnet 6 is controlled by the contact, and the power supply 1 is controlled by the electric power G. The transistor T1 is supplied from the iron. 6 and 蓺 蓺 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 With the subsequent contact 3 system, the factory #C1 was instantaneously discharged. Thereafter, the storage capacitor is cut = string, . and 12 separated. The pulse magnet 5 uses the ., , and anti-locking springs 8 to force the #^3" collar" and is placed in the #increase rod 7 until the armature 3 reaches the contact point: the magnet 6. Based on the flow holding reason, the electric frame can be kept 'and the ignition safety valve 2 is kept in the open position. Gas 4=15 Supplement 1308204 The regulating valve flows to the ignition nozzle 1. When an unexpected situation occurs, for example - After the expiration of the component (4) or other fixed time period, the excitation of the ignition safety magnet 6 is via "(4) 2: or a plurality of independent series connected and time-controlled safety circuits 18", the domain is full of the valve 2 Keep it in the open position, but use ^r ' to close. The igniter (4) turns to the off again. The ignition device is stunned by the recording processor via the contact C, and the object fire C2 is discharged, and the gas which is generated by the ignition spark on the ignition electrode 9 is ignited. After hunting this day, after the curry, in this case is about 1 second, the analogy 20 is caused by the contact K and L, and it produces - check action, check that the stone is light due to light The heating action initiated by the ignition fire (10) has been touched: a hold-verifiable voltage, i.e., at least about one millivolt. If it is not the case, the ignition process of the step-by-step is started. At this time, just as the (four) face has been carefully explained, the child power booster 11 is actuated, and the ignition capacitor C2 is charged, and = The ignition spark occurs under the condition of hiding. At this time, in order to save power = continuous ignition program, the storage capacitor C1 is separated from the cascade 12 because the recharging of the storage capacitor C1 is no longer necessary. Once the gas is not in the set time period, the ignition process is terminated by the microprocessor module. When the minimum voltage occurs, it is obvious that the ignition process of the step is not introduced, but the existing thermocouple 4 idling voltage is detected again until the current of the ridge calculated by the electronic calculation is sufficient for the 駄For the scale current of the safety magnet 6, for this to continue, that is, the analog amplifier 2 is deactivated by the contact κ, and 'connected 4 G, knowing that the power from the power source 10 to the ignition safety magnet 6 is interrupted. . The relay 17 is deenergized, and the circuit contact of the relay 17 is connected to the current loop between the thermocouple 4 and the ':: ancient fire safety magnet 6. The armature 3 is held by the thermal current. 16

1308204 In order to prevent the armature of the relay from being interrupted when the relay π loop is not switched, the armature of the armature is interrupted, so that the transistor 瞬间2 is instantaneously actuated by the contact point F, and The resistor R3 also generates an additional current instantaneously, so as to ensure that the aforementioned frame is prevented from falling off. If the gas control valve should be closed, the shutdown command is transmitted to the microprocessor module via the remote control unit. By instantaneously actuating the contact point G and the contact point E, an electric steam, the hit is bypassed by the safety pen 18 and the ignition safety magnet 6, and the circuit contact can be briefly raised. . Thus, the holding current flowing between the thermocouple 4 and the ignition*all magnet 6 is interrupted. The armature 3 is no longer held by the 2 safety magnets 6 and is interrupted by the _spring 8 _ the ignition yf gas supply slot fire nozzle 丨 and the burner of the #然也县 not shown, and the burner The gas flame is extinguished. The invention, the method and the circuit arrangement for carrying out the method, are obviously and in addition (the embodiments are limited. More specifically, various changes, conversions and combined energies are required to be deviated from the present invention. Therefore, it can be understood that the control line is generally known, for example, on a remote control device, and can be carried by cable, infrared (four): in the use of remote sound waves or the like. Further progress may be achieved. The device, and all the necessary components are located in the gas control valve sample: also; the only possible existence is that the main burner 'is directly ignited. The same eight applications - small plug power supply device instead of being used as a power supplyΗ ) Use + pool 'This can be considered beneficial ^ W1G uses 4 component symbol to illustrate the ignition nozzle ignition safety valve 2

Armature Thermocouple Pulse Magnet Electric Fire Safety Magnet Push Rod Locking Spring Ignition Electrode Power Supply Oscillator Cascade 1 Cascade 2 Voltage Monitoring and Limiting Component CMOS Circuit Loop Complementary Field Effect Power Amplifier Relay Safety Loop Phase Shifter Analog Amplifier Point storage capacitor ignition capacitor HF capacitor coupling capacitor coupling capacitor pulse signal coil 18 1308204

LS MS R1 R2 R3 SE TE TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR Crystal Preamplifier Postamplifier Measurement Signal 97Α1〇·σ 1 Corrected April 曰 Supplement

19

Claims (1)

The patent application scope = gas disintegration method, the axis of which is, after the actuation point of the furnace gas flow, W is ' ' 其 其 其 其 其 其 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 斗 斗 斗 斗 斗 斗 斗 斗 斗 斗 斗 斗 斗 斗The voltage is ignited by the ignition capacitor (hunting is charged by the higher voltage, M: the ignition safety magnet (4) is kept by the power supply (ω), and the vibration is present in the ignition safety magnet (4) The current loop between the thermocouple (4) affected by a double gas flame is interrupted by the relay (17), and the w β electric capacitor (α) is instantaneously discharged through the -switching element, and simultaneously generates a current shock. - the electromagnet (1) is instantaneously energized to open the conventional ignition safety valve (7) while maintaining the armature (3) of the ignition safety magnet (4), at which point the armature (3) is moved by the holding current The safety magnet (4) is held in this position after its successful input, and the ignition is connected to ignite the holding current of the current, and an ignition transformer electrode (9) is passed through an ignition capacitor (C2). Knowing The method 'generates an ignition spark out of the gas, and introduces a further ignition procedure' in such a manner that the ignition capacitor (C2) is charged again, and after the completion of charging, an updated ignition spark is generated, which ends after a predetermined time. Ignition action, medium fe/f?衾 from power supply (10) to ignition safety magnet (6) 1308204 2. 3. β 4. The current loop existing between the ignition safety magnet (6) and the thermocouple (4) is connected again via the relay (17). The method for gas igniting according to claim 1 is characterized in that: by the electronic control unit, after performing the ignition of the gas flow, a test is performed to detect whether a gas flame is ignited, and if obtained, For the positive information, the ignition program will be interrupted. The method of gas igniting according to claim 1 is characterized in that the presence of a thermoelectromotive force is measured, and when the thermoelectromotive force is lacking, the introduction of a further ignition process is initiated by the ignition capacitor ( C2) is charged again, generating a newer ignition spark after charging is completed, and the opposite is 'If the thermoelectromotive force is present, the ignition sequence is aborted, and the self-power source (10) flows to the ignition safety magnet (6) The holding current is interrupted, and the circuit existing between the ignition safety magnet (6) and the thermocouple (4) is again turned on by the relay (17) under the condition that the heat calculated by the existing thermoelectromotive force is obtained. The current is sufficient to hold the armature (3) on the ignition safety magnet (6). The method of gas flow ignition according to item i of the patent application is characterized in that the storage capacitor (ci) and the ignition capacitor (C2) are each charged by a transformer disposed thereon. According to the method of the gas flow company described in the scope of the patent application, the direct current generated by the self-power source (1〇) generates a higher AC voltage and simultaneously inputs a power oscillator (11). Replace the read transformer, 21 5. 1308204 (1) Correction - ___mJL The pass-through battery 15 (α) connection is connected in series with the multi-stage string and the power stage (η) after the first stage (12) = With a higher DC voltage, the ignition capacitor ((2) is electrically connected to the multi-stage cascade second stage (9)' is not electrically set - the preset higher DC voltage. 6. 2 According to the application of the paste range item 5 The method for igniting gas flow is as follows: β is (4) (11) is cut off after reaching a preset higher DC voltage = and is turned on again when the ignition process starts. 7. According to the method of gas igniting according to the article, it is characterized in that the child keeps the armature (3) with the holding current provided by the power source (10) while flowing through the ignition safety magnet (4) and the relay. (17), and the circuit between the ignition safety magnet (4) and the thermocouple (4) is turned off and the "time point" is turned on by the closing of the relay (17) to generate a current instantaneously. 8. The method of gas igniting according to claim 1, wherein the voltage of the holding current supplied from the power source (10) to the ignition safety magnet (6) is converted to the volt-volt range. package 9. According to the scope of the patent application! The method of gas igniting according to the item, characterized in that the presence or absence of a thermoelectromotive force is determined by a type of amplifier (2〇\. 10. Gas igniting according to the scope of the patent application) The method is characterized in that, in order to ensure safety, the ignition safety magnet (6) is excited by the power source (10) after a specific time, by means of the power supply (10), a series of serial and time-controlled safety circuits (18) ) Forced interruption 11. The method of gas igniting according to item 5 of the 5th item of the patent application, characterized in that the ignition procedure is followed by the first ignition procedure, and the ignition capacitor (C2) Before charging, the storage capacitor (C1) is cut off from the cascade (12). Λ 12. A circuit device for implementing a gas flow ignition method, having a transformer coupled to a power source (10), coupled to the transformer a subsequent storage capacitor (C1) coupled to an electromagnet (5) for actuating a conventional ignition safety valve (2) and an ignition capacitor (C2) which is ignited by a firing in a conventional manner Pressure The device is coupled to an ignition electrode (9), a conventional ignition safety magnet (6) connected to the power source (10) and a thermocouple (4) by a relay (17) other than the at least one a safety loop (18) that is placed between the power source (10) and the ignition safety magnet (6) and that is time-controlled, 'a component that measures the voltage of the thermocouple (4), such that the control elements are placed on the contacts 13. The circuit device for electronically igniting a gas flow according to claim 12, wherein the storage capacitor (C1) has a component (14) disposed thereon for performing Voltage monitoring and voltage limitation, and having a transformer configured to be used. 14. The circuit device for electronically igniting gas flow according to claim 12, characterized in that the ignition capacitor (C2) has a setting The upper component (14) is for voltage monitoring and voltage limiting, and has a transformer disposed thereon. 15. The circuit configuration of the gas flow electronic ignition according to claim 12 of the patent application, characterized in that ' A power oscillator (11) is used in place of the transformer to connect to the power source (10), and 23 鶄 (2) is supplemented with a series of stages (12/13) connected to the power oscillator (u) for voltage monitoring and voltage limiting. The component (丨4) is disposed after the cascade (丨AG. The circuit configuration of the gas flow electronic ignition according to claim 13 of the patent application, characterized in that the power oscillator (u) is composed of a CM〇s circuit The circuit (15) is composed of at least four gate-level components, which can be designed as mutually exclusive or gates, or mutually exclusive and gates or other simple inverter circuits, and at least one gate-level component is connected in parallel to the other The gate level component extends before, or the power oscillator (11) is composed of a plurality of CMOS circuit loops, a complementary field effect power amplifier (16) disposed behind the gate level component, and an LC/oscillation loop (hereinafter also provided) L1/C3), and a RC-member used as a phase shifter (19). A circuit device for electronically igniting a gas flow according to claim 12, characterized in that the component for measuring the voltage of the thermocouple (4) is an analog amplifier (20). The circuit device for electronically igniting a gas flow according to claim 17 is characterized in that the analog amplifier (2〇) is an AC voltage amplifier, and a recirculating voltage divider is connected in front of it. 1308204 柒, designated representative map: (a) The representative representative of the case is: (1). (2) A brief description of the symbolic representation of the components of this representative figure: 1 Ignition nozzle 2 Ignition safety valve 3 Electric frame 4 Thermocouple 5 Pulse magnet 6 Electric fire safety magnet 7 Push rod 8 Locking spring 9 Ignition electrode 10 Power supply 11 Power oscillator 12 Cascade 1 13 Cascade 2 14 Voltage monitoring and limitation Component 17 Relay 18 Safety circuit 20 Analog amplifier A to 接 Contact point Cl Capacitor C2 Ignition capacitor R1 Resistor R3 Resistor ΤΙ Ιά0日Ιά 1308204 Τ2 Τ3 Xun Ri曰宵亘 晶体 捌,, if there is a chemical formula in this case, please reveal the chemical formula that best shows the characteristics of the invention: