RU17455U1 - CARBON GAS GENERATOR - Google Patents

Abstract

A carbon dioxide generator containing injection burners located in the combustion chamber, a manifold with nozzles connected to a valve located on the gas supply fitting, characterized in that it is equipped with an electronic unit comprising a power supply, a flame control unit, a timer control unit, a relay unit and a unit ignition, a high-voltage ignition electrode connected to the ignition unit, a flame control electrode connected to the flame control unit, and the solenoid valve is connected to the relay unit.

Description

CARBON GAS GENERATOR

The claimed utility model relates to design-theory of generators., Which is used in a farm for the extra feeding of plants with black gas.

Mostly, the prototype of the claimed technical implementation is the “Univq” UP-b carbon dioxide generator (see “Operation Manual”, “Talibov, 1990, Technological Process Zaovod”). The known carbon dioxide generator is a construction in which using 1 x burner burners you can use a smokers gas to clear gas from a natural gas or shcheopan-bz-tana. The generator has an injection burner., Placed in a combustion chamber with an umbrella, a gas recovery device with a tfmoffa and an igniter., Valve less than 1 with electromagnetic drive, collector and etching :.

Combustion chambers with an umbrella serve to provide combustion products, protection against torches gorzhy and zapts-yy torches from getting into them vlshzh and pogoroshsh-to scheelmet. Ventash, installed in front of the collector, is designed for remote ZTP1 controlled by gas flow into the house. The gas regulator in combination with the igniter and thermocouple are designed for automatic automatic operation of the gas supply to extinguish the igniter and ignitor. Gas regulation is activated

The device is in front of the assembly and consists of a housing, a coil., a filter start-up, a tube, gas supplying it from the valve to the igniter.

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igniter and tfmopara control local reguzhrzFegschizm device local using the start button. The collector provides paBHOMqmoe gas distribution to all seven burners. The work of the famous reHq aTopa carbon dioxide is as follows. By pressing the button of the gas-absorbing device, the gas only burns to the igniter and changes from the flame of the match. The flame of the fuse-ERZH intrudes tfmopyra, in which EMF occurs under the influence of the flame. R | By regulating the structure of the electric current, an electric field creates an electrical field that delays the drive in the intermediate position. This ensures the flow of gas to the plug and.

The weighted design of the carbon dioxide generator has the following OMI deficiency 1:

-okialeshu contacts t zmopara and contact electromapopny KJianaHc;

-oxidation of the planes in contact with the electrical device;

- the location of the thermopause in the ignition torch leads to the appearance of the junction;

-constructive inconsistency of the cathode of the electromagnetic juipan and higher humidity in the current leads to the exit ii3 of the valve body;

- threaded connections of the eleuromapp valve are corroded, which significantly complicates its repair;

-frequent blowing in the flame greenhouses, the effector of the injecting bacon leads to gas cut-off, which eliminates the possibility of slowing down the repeated switching on, as the igniter does not burn.

The technical result set is achieved by the fact that the carbon dioxide generator contains injection burners that are designed for combustion, a collector with nozzles, and a connection to a steam generator. Smaller than the power supply. gas According to the claimed utility mode with a generator hl) gas gas, it is stabilized for electronic units containing a power supply unit, a control unit is flame-retardant, a time-out unit, a real-time unit, and a unit ignite. At the same time, the generator is equipped with an electrogod of a high-voltage igniter, connected to an ignition unit and a flame control electrode connected to a control flame unit, and the unit is connected to a selenium valve.

The first lighter model is illustrated by the following drawings:

in FIG. 1 - depicts the update of the interior of the carbon dioxide generator;

in FIG. 2 - also in-plan;

in FIG. 3 - shows a block of skeme electronic blocks.

The geyafator is glitchy; then, the first one includes IE1zhekonshennyh sorosh 1 placed in the first; combustion chamber 2 having an umbrella 3.

No.; LCD: tsioknye 1-ore.1zhi 1, in its own department, connected to: ol11ek1khzrom 4, to which the selenoid 5 and the gas supply are connected in series The gas generator is equipped with an electronic unit 8, mounted on the bracket 7, containing a power supply 9, which coQiJjnieH with a control unit 10, time 11, a relay unit 12 and an ignition unit 13. At the same time, an electronic unit 8 liMeeT connector 14, power is supplied to KOTOpow via iipOBo jjaM 15, 16 volt high-voltage connector, and wire for: 1elgaersha 18, connected to the combustion camphor 2.

This relay unit 12 of the electronic unit 8 by the shchozovkhtsy department 19 and 20 is connected to the selenoid valve 5. In the zone of one short circuit, the injection burners 1 on the crownpipe 21 in the insulation conduits 22 are mounted. The electrodes 23 are high voltage of the

the high-voltage wire 24 is connected to the ignition unit 13, and the electrode 25 is flashed using wire 26 coQZijiHeH with the control unit 10.

On the front side 1 of the combustion chamber 2 there is an inspection hole 27 for visual inspection of the incineration burners 1 and the display 28 of the inspection hole. Klele Esgor 4 has a sample of 29.

The inventive carbon dioxide generator works as follows. The gas supply line is connected to the supply line b, which is connected to the selenoid valve 5. At the same time, AC 15 is applied to an alternating electric current supplied to the connector 14 of the electronic unit 8. Г1 | 5I and the toggle switch 17 is energized once, it goes to the firing unit 9, which O9) it supplies power with a constant-voltage constant voltage control unit 10, timer 11, relay 11, relay unit 12 and ignition unit 13. D |) and this starts timer 11, and unit 12 turns on solenoid 5, which supplies gas through the collector Torr at shzhektsio1; shye burner 1. At the same time the ignition switch 13 produces a high of € n shryazh supplied to the electrode vyozhovolynogo igniter 23, with the gas flowing through kotorohO 1FOHODYAT spark rgoryady vosplEmenyaetsya Gas and its sgyuranii vfEyuatyvaetsya carbon dioxide.. In the gas flame zone

the flame control electrode 25 is located, a signal indicating the presence of a tribe is sent to the tribal control unit 10, which, if present, resets the timer 11 and turns off the ignition unit 13, thereby stopping the gift of sparks, Electronic unit 8 goes into continuous control of the burner flame . If the flame went out for some reason (opening the fort for a clear name for the situation when watering, etc.), then the signal about the absence of flames through the flame control electrode 25 will go to the flame control unit 10, which gives the command to start timer 11 and will turn on the ignition unit 13, which requires the high-voltage voltage supplied to. high-voltage zapalyuyuk electrode 23. Having arisen at the same time spark rzrddy will produce less gas. Qirnan about the presence of flame after the fire: the designer of the flame control 25 enters the flame control unit БШ 10, which, when the flame is ignited, resets the timeout 11 and turns off the ignition unit 13, thereby stopping the supply of sparks. burner, thereby ensuring a trouble-free and flare-free gas supply

If in the ignition mode of the generator, for some reason, the flame in the injection burners 1 did not appear (lack of gas in the pipeline, the ignition unit is inoperative, etc.), timeout 11 will issue a command to relay block 12 10-12 seconds after the start of ignition which will disconnect the solenoid line 5 and the unit 13, thereby shutting off the supply of natural gas and spark discharges from the high-voltage igniter electrode 23. In this case, ignition can be made

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only after the voltage is removed from the elecEsgroshyugo block 8 for a period of at least 5 seconds / id. If, during operation of reaq aTopa, the power supply of the electronic unit 8 is switched off, the solenoid valve 5 will be de-energized, at which point the gas will shut off through the collector 4 in the ignition burner 1.

The electrodes of the high-voltage igniter 23 and flame control 25 are made of a schsfom bar with a diameter of 5 mm, which allows high heat resistance and anti-corrosion resistance in iDiEMeEffl parts. The insulated plates 22 are not corroded, because they are made of fiberglass. The leakproof design of the electronic unit 8 limits the impact of Bieni on parts of the circuit

Thus, the claimed technical solution ensures the creation of a positive effect, that is, a new, higher result compared with the result obtained from the carbon dioxide generator taken as a prototype. The claimed carbon dioxide generator conservator has a better repair ability than the closest analogue. It has been shown that the probability of failure of the inventive generator in the course of its long-term ecological attenuation has been significantly affected.

At the same time, it should be noted that the listed distinctive features of the claimed utility model when conducting in1 |: legal and patent search in the prior art are not o6Hap OKetibi, and therefore, we can conclude that the claimed utility model meets the novelty conditions

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Experimental testing of a carbon dioxide generator under the conditions of the state farm “State farm” “Positive results are shown on the basis of which we can conclude that the claimed utility model is industrially applicable Shtentove AA AA tanks (

Claims (1)

A carbon dioxide generator containing injection burners located in the combustion chamber, a manifold with nozzles connected to a valve located on the gas supply fitting, characterized in that it is equipped with an electronic unit containing a power supply, a flame control unit, a timer control unit, a relay unit and a unit ignition, the high-voltage ignition electrode connected to the ignition unit, the flame control electrode connected to the flame control unit, and the solenoid valve is connected to the relay unit.