CN1313767C - Method for coorperating distributor and mixer of gas soot blower - Google Patents
Method for coorperating distributor and mixer of gas soot blower Download PDFInfo
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- CN1313767C CN1313767C CNB2005100534936A CN200510053493A CN1313767C CN 1313767 C CN1313767 C CN 1313767C CN B2005100534936 A CNB2005100534936 A CN B2005100534936A CN 200510053493 A CN200510053493 A CN 200510053493A CN 1313767 C CN1313767 C CN 1313767C
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E20/00—Combustion technologies with mitigation potential
- Y02E20/16—Combined cycle power plant [CCPP], or combined cycle gas turbine [CCGT]
- Y02E20/18—Integrated gasification combined cycle [IGCC], e.g. combined with carbon capture and storage [CCS]
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Abstract
The present invention relates to a method for cooperating a distributor and a mixer of a gas soot blower. An air passage replacing device is formed by the connection of a combustion gas pipe, an air pipe, a pulse device, a regulating device and a main valve. A combustion gas path air supply device or an air path air supply device is formed by the connection of a flow meter, a pressure sensor, a voltage stabilization device, a main device, a regulating device, a pulse device, a check valve and a flame arrester by the combustion gas pipe or the air pipe. A first stage combustion gas path air supply device and a second stage combustion gas path air supply device or air path air supply devices are formed by the connection of a voltage stabilization valve, a pulse device, an adjusting valve, a flame arrester and a pressure sensor by the combustion gas pipe or the air pipe. A third stage combustion gas path air supply device or air path air supply device is formed by the connection of a voltage stabilization device, two pulse devices, a regulating device, a flame arrester and a check valve. The combustion gas air supply device and the air path air supply device are connected with a mixing chamber, a first stage distributing device, the first stage combustion gas air supply device and the air path air supply device, the mixing chamber, a second stage distributing device, a second combustion gas air supply device and air path air supply device, a mixing chamber and a third stage distributing device. The three stage combustion gas air supply device and the air path air supply device are connected with the mixing chamber of the temperature sensor, an ignition chamber of an ignitor, a combustion mixed pipe, a state detector and a generator. The present invention is used for blowing soot for a boiler.
Description
Technical field:
The method that the distributor of gas soot blower of the present invention matches with mixing arrangement relates to the boiler technology field; Be particularly related to the technical field of the heat-transfer surface of boiler combustion being implemented to blow ash; Be specifically related to the method that the distributor of gas soot blower matches with mixing arrangement
Technical field.
Background technology:
Be in the boiler combustion process of fuel with combustion gas or fuel oil, the heat-transfer surface of its boiler can form staubosphere inevitably, and this staubosphere just forms hard fouling under high temperature action, thereby influences the normal combustion of boiler.For addressing this problem, all adopt by the mixing point firearm or split quick-fried method usually the dust on the boiler heat-transfer surface is blown off through independent mixing chamber, the independent pulsed that igniting chamber produced.The mixing point firearm is made up of mixing chamber, igniting chamber, and independent mixing chamber, independent igniting chamber are discrete separately, but their effect is the same; Its mixing chamber is the air of will be come in by air inlet pipe and mix at mixing chamber by advancing the combustion gas that Gas Pipe comes in, light a fire in gaseous mixture reentrant point fire chamber through mixing, gaseous mixture generation pulsed through igniting is split quick-fried, pass through generator again by splitting the quick-fried impulsive force that produces, the dust on the boiler heat-transfer surface blows off the most at last.Because a boiler has a plurality of heat-transfer surfaces and uses many boilers simultaneously, so be that a plurality of heat-transfer surfaces need to blow ash simultaneously with regard to the heat-transfer surface of boiler.At present, all use a total mixing point firearm, or total independent mixing chamber, total separated ignition chamber, pass through total generator again, split quick-fried mist,, distribute and send on a plurality of heat-transfer surfaces that need blow ash by multiple-way duct by this total pulsed; The shortcoming of this mode with drawback is: the volume of a total mixing point firearm is excessive, gas consumption is big, mixing efficiency is low, from mixed firing to the exchange hot side blow that its air can not separate with combustion gas the grey overall process, the gas transfer district be with gas control section can not be isolated, reverse impact power causes tempering greatly, easily, it is not steady and dangerous to move, electric component and other each parts are fragile, unreasonable structure, methods science not.The present invention is exactly in investigation fully in earnest, understand, analyze, sum up on the prior art basis, for solving many defectives and the drawback that prior art exists, with a total big mixed firing, change at each heat-transfer surface and blow grey, a plurality of modular little mixed firings will be carried out total mixed firing reallocation earlier and send to a plurality of heat-transfer surfaces that need blow ash, change into air and combustion gas is controlled and the distribution and the transmission of the science of carrying out respectively, blow a plurality of heat-transfer surfaces of ash at needs and implement a plurality of modular mixed firings, and through a plurality of modular generators, and then at a plurality of needs blow the ash heat-transfer surface and implement to blow ash.
Summary of the invention
The purpose of this invention is to provide the method that a kind of distributor of gas soot blower matches with mixing arrangement.Equippedly put by Gas Pipe, air hose, combustion being mixed pipe, one-level and secondary and three fractions, flowmeter, pressure sensor, pressure maintaining valve, main valve, control valve, pulse valve, non-return valve, spark arrester, mixing chamber, temperature sensor, igniting chamber, igniter, state detector, each parts of generator organically connect and combine, and form the present invention.Thereby reach following purpose:
1, changes a total mixed firing of prior art; Realize distributing separately, carry, controlling the modular mixed firing of air and combustion gas.
2, the change prior art is reallocated after mixed firing and is sent to a plurality of heat-transfer surfaces that need blow ash; Realize earlier combustion gas and air being controlled respectively, distribute respectively, transmitting respectively, then each branched pipe with combustion gas and air mutual corresponding, again carry out modular mixed firing, more a plurality of heat-transfer surfaces are implemented modular impulse soot blowing.
3, realize that combustion gas controls respectively with air, controls with transmission and separate, avoid that tempering in the transport process, anti-force are big, operation steadily do not reach dangerously, and also can prolong the service life of electrical part and other each parts with this.
4, improve combustion gas and Air mixing efficient, reduction gas consumption, reduction operating cost.
5, development new product of the present invention makes its structure ingenious rationally, and operation method is steadily reliable, simple, science is smooth and easy, easy to utilize.
The present invention can accomplish the end in view.
For achieving the above object, technical scheme provided by the invention is: the method that a kind of distributor of gas soot blower matches with mixing arrangement, comprise that Gas Pipe, air hose, combustion mix that pipe, one-level distributor, secondary distribution device, three fractions are equipped with and put, flowmeter, pressure sensor, pressure maintaining valve, main valve, control valve, pulse valve, non-return valve, spark arrester, mixing chamber, temperature sensor, igniting chamber, igniter, state detector, generator, and the mixing point firearm of forming by mixing chamber, igniting chamber, igniter;
Connect successively with described pulse valve, control valve, main valve and be connected with described air hose and form fuel gas pipeline and the air pipe line gas circuit displacement apparatus of double replacement mutually by described Gas Pipe;
Described flowmeter, pressure sensor, pressure maintaining valve, main valve, control valve, pulse valve, non-return valve, spark arrester are connected by Gas Pipe or air hose successively and form combustion gas road air supply plant or air road air supply plant;
The Gas Pipe of described combustion gas road air supply plant is connected with the Gas Pipe of advancing on the mixing chamber of mixing point firearm, the air hose of described air road air supply plant is connected with incoming air conduit on the mixed chamber of mixed igniter, be equipped with on the mixing chamber of described mixing point firearm on the igniting chamber of temperature sensor, mixing point firearm igniter is installed, the igniting chamber of described mixing point firearm and generator mix pipe by combustion and are connected, fires on the mixed pipe state detector is installed;
The Gas Pipe of described combustion gas road air supply plant is connected with the one-level distributor, and the air hose of described air road air supply plant is connected with the one-level distributor;
Described one-level distributor is to be provided with Gas Pipe or the air hose that multichannel is given vent to anger, and described pressure maintaining valve, pulse valve, control valve, pressure sensor, spark arrester, non-return valve after the one-level distributor is connected by Gas Pipe or air hose successively and forms one-level combustion gas road air supply plant or main air road air supply plant;
The Gas Pipe of described one-level combustion gas road air supply plant is connected with the Gas Pipe of advancing on the mixing chamber of mixing point firearm, and the air hose of described main air road air supply plant is connected with incoming air conduit on the mixing chamber of mixing point firearm;
The Gas Pipe of described one-level combustion gas road air supply plant is connected with the secondary distribution device, and the air hose of described main air road air supply plant is connected with the secondary distribution device;
Described secondary distribution device is to be provided with Gas Pipe or the air hose that multichannel is given vent to anger, and described pressure maintaining valve, pulse valve, control valve, pressure sensor, spark arrester, non-return valve after the secondary distribution device is connected by Gas Pipe or air hose successively and forms second gas burning road air supply plant or secondary air road air supply plant;
The Gas Pipe of described second gas burning road air supply plant is connected with the Gas Pipe of advancing on the mixing chamber of mixing point firearm, and the air hose of described secondary air road air supply plant is connected with incoming air conduit on the mixing chamber of mixing point firearm;
The Gas Pipe of described second gas burning road air supply plant is connected with equipped the putting of three fractions, and the air hose of described secondary air road air supply plant is connected with equipped the putting of three fractions;
Equipped being changed to of described three fractions is provided with Gas Pipe or the air hose that multichannel is given vent to anger, and describedly is connected by Gas Pipe or air hose successively and forms three grades of combustion gas road air supply plants or three grades of air road air supply plants at three fractions are equipped after putting pressure maintaining valve, two pulse valves, control valve, spark arrester, non-return valves; The Gas Pipe of described three grades of combustion gas road air supply plants is connected with the Gas Pipe of advancing on the mixing chamber of mixing point firearm, and the air hose of described three grades of air road air supply plants is connected with incoming air conduit on the mixing chamber of mixing point firearm;
Described three fractions are equipped to be provided with that four, five, six, seven, eight, nine, ten fractions are equipped puts after putting;
Be provided with after described three grades of combustion gas road air supply plants and after three grades of air road air supply plants by pressure maintaining valve, pulse valve, control valve, pressure sensor, spark arrester, non-return valve and be connected by Gas Pipe or air hose successively and four, five, six, seven, eight, nine, ten grades of combustion gas road air supply plants and four, five, six, seven, eight, nine, ten grades of air road air supply plants of forming.
Described flowmeter, pressure sensor, pressure maintaining valve, main valve, control valve, pulse valve, non-return valve, spark arrester are connected by Gas Pipe successively and form combustion gas road air supply plant, or form air road air supply plant for described flowmeter, pressure sensor, pressure maintaining valve, pulse valve, control valve, non-return valve are connected by air hose successively;
After the described one-level distributor and pressure maintaining valve, pulse valve, control valve, pressure sensor, spark arrester, non-return valve after the secondary distribution device be connected by Gas Pipe successively and form one-level combustion gas road air supply plant and second gas burning road air supply plant, or for after the described one-level distributor and pressure maintaining valve, pulse valve, control valve, non-return valve, pressure sensor after the secondary distribution device be connected by air hose successively and form main air road air supply plant and secondary air road air supply plant;
The pressure maintaining valve that described three fractions are equipped after putting, two pulse valves, control valve, spark arrester, non-return valves are connected by Gas Pipe successively and form three grades of combustion gas road air supply plants, or pressure maintaining valve, pulse valve, control valve, non-return valve after putting for described three fractions are equipped are connected by air hose successively and form three grades of air road air supply plants.
The described mixing point firearm of forming by mixing chamber, igniting chamber, igniter, or on independent mixing chamber, independent igniting chamber, the independent igniting chamber igniter being installed.
The Gas Pipe of the Gas Pipe of the Gas Pipe of described combustion gas road air supply plant and one-level combustion gas road air supply plant and the Gas Pipe of second gas burning road air supply plant and three grades of combustion gas road air supply plants is connected with the Gas Pipe of advancing on the mixing chamber of mixing point firearm, or is connected with the Gas Pipe of advancing on the independent mixing chamber for the Gas Pipe of the Gas Pipe of the Gas Pipe of the Gas Pipe of described combustion gas road air supply plant and one-level combustion gas road air supply plant and second gas burning road air supply plant and three grades of combustion gas road air supply plants;
Incoming air conduit on the mixing chamber of the air hose of the air hose of described air road air supply plant and the air hose of main air road air supply plant and secondary air road air supply plant and the air hose of three grades of air road air supply plants and mixing point firearm is connected, or is connected with incoming air conduit on the independent mixing chamber for the air hose of the air hose of the air hose of the air hose of described air road air supply plant and main air road air supply plant and secondary air road air supply plant and three grades of air road air supply plants;
The igniting chamber of described mixing point firearm and generator mix pipe by combustion and are connected, fires to mix on the pipe state detector is installed, or are connected by the mixed pipe of combustion successively for independent mixing chamber, spark arrester, non-return valve, independent igniting chamber, state detector, generator.
Described combustion gas road air supply plant and air road air supply plant all respectively are one to 12;
Described one, two, three combustion gas road air supply plant and one, two, three air road air supply plant all respectively are two to 100;
The igniting chamber of described mixed igniter and generator mix by combustion that pipe is connected or independent igniting chamber mixes pipe by combustion and is connected, for the igniting chamber of mixed igniter or independent igniting chamber are connected by the mixed pipe of combustion with one to 100 generator; Described generator is provided with one to 100 tube connector that connects nozzle.
Described one-level distributor, secondary distribution device, three fractions be equipped to be put the distributor that is distribution tank or is modular impulse ash blower or be the step-by-step movement distributor or be changes the cellular type distributor or is pointer distributor or is the distributor of disc type stringing.
The Gas Pipe of described combustion gas road air supply plant and the air hose of air road air supply plant, the Gas Pipe of one-level combustion gas road air supply plant and the air hose of main air road air supply plant, the air hose of the Gas Pipe of second gas burning road air supply plant and secondary air road air supply plant, the air hose of the Gas Pipe of three grades of combustion gas road air supply plants and three grades of air road air supply plants be with under the mutual corresponding states that puts in order again respectively with the mixing chamber of same mixing point firearm on advance Gas Pipe and incoming air conduit corresponding mutually and be connected or with same independent mixing chamber on to advance Gas Pipe and incoming air conduit mutual corresponding and be connected, or be connected to become a Gas Pipe and be connected with the mixed chamber or the same independent mixed chamber of same mixed igniter, or be connected with a Gas Pipe of one-level combustion gas road air supply plant and with mixed chamber or same independent mixed chamber that one to 12 air hose of one-level air road air supply plant is connected to become an air hose and same mixed igniter with an air hose of one-level air road air supply plant with one to 12 Gas Pipe of one-level combustion gas road air supply plant.
The Gas Pipe of described combustion gas road air supply plant and the air hose of air road air supply plant are for only being connected with the mixing chamber of mixing point firearm or independent mixing chamber or for only being connected with the one-level distributor or for both to be connected and to be connected with the one-level distributor with the mixing chamber of mixing point firearm or independent mixing chamber;
The Gas Pipe of described one-level combustion gas road air supply plant and the air hose of main air road air supply plant are for only being connected with the mixing chamber of mixing point firearm or independent mixing chamber or for only being connected with the secondary distribution device or for both to be connected and to be connected with the secondary distribution device with the mixing chamber of mixing point firearm or independent mixing chamber;
The Gas Pipe of described second gas burning road air supply plant and the air hose of secondary air road air supply plant are for only being connected with the mixing chamber of mixing point firearm or independent mixing chamber or for only being connected or for both being connected and being connected with equipped the putting of three fractions with the mixing chamber of mixing point firearm or independent mixing chamber with equipped the putting of three fractions;
The air hose of the Gas Pipe of described three grades of combustion gas road air supply plants and three grades of air road air supply plants is connected and is connected with the distributor of the next stage that is provided with as required with the mixing chamber of mixing point firearm or independent mixing chamber for only being connected or analogizing in proper order only to be connected or both to analogize in proper order with the distributor of the next stage that is provided with as required again with the mixing chamber of mixing point firearm or independent mixing chamber.
Owing to adopted technical scheme provided by the present invention, thereby made the present invention have following beneficial effect:
1,, thereby obtained combustion gas and air are controlled respectively and transmitted, control and transmit the beneficial effect that separates respectively because the present invention can be respectively arranged with distributor and one, two, three distributor that is used for air distribution that one, two, three is used to distribute combustion gas; Obtained also simultaneously to avoid that tempering in transport process, anti-force are big, operation does not steadily reach uneasy congruent beneficial effect.
2, because the present invention has created condition for combustion gas and air carry out modular mixed firing again after controlling respectively and transmitting, thus obtained from improve in essence security and stability and mixing efficiency height, gas consumption little, blow grey effective, beneficial effect that operating cost is low.
3, owing to the present invention both can be sent to secondary again through distributing, be sent to three grades from secondary through distribution again from one-level respectively combustion gas and air, simultaneously again can be corresponding mutually and directly be connected with the mixing point firearm with the branched pipe of the branched pipe of combustion gas ordering and the corresponding ordering of air, thus obtained that multistage transmission and every grade carry out modular transmission, finally the beneficial effect that ash starts at the same time is blown in realization; With this also obtained to adapt to the boiler erection place different with boiler a plurality of heat-transfer surfaces simultaneously needs blow the beneficial effect of ash.
4, because one, two, three distributor of setting of the present invention is distribution tank or is the distributor of modular impulse ash blower or is the step-by-step movement distributor or is changes the cellular type distributor or be pointer distributor or be the distributor of disc type stringing, thereby obtained and to have made full use of beneficial effect with wide accommodation to various distributors.
5, because the combustion gas road air supply plant and the air road air supply plant of setting of the present invention all respectively are one to 12, one, two, three combustion gas road air supply plant and one, two, three air road air supply plant that are provided with all respectively are two to 36, thus obtained can to one or more boiler, a ground or how the heat-transfer surface of boiler blow the beneficial effect of ash; Also obtained simultaneously to adapt to the boiler in various places, the various factory building has been implemented overall size and the beneficial effect of ash is blown in the control that distributes.
6,, thereby obtained the beneficial effect that to monitor flow, pressure, temperature, state etc. at any time because the present invention is provided with flowmeter, pressure sensor, temperature sensor, state detector.
7,, thereby obtained under the segmentation monitor state, to guarantee the beneficial effect of safety because the present invention is provided with pressure sensor, pressure maintaining valve, control valve, pulse valve, non-return valve, spark arrester in the mode of segmentation.
8,, thereby obtained the beneficial effect that totally to control because the present invention is provided with main valve.
9, because the present invention is provided with the gas circuit displacement apparatus of being made up of main valve, control valve, pulse valve, Gas Pipe, air hose, can be as required and the gas circuit of combustion gas and the gas circuit of air carried out in double replacement, the enhancing use mutually beneficial effect such as flexibility thereby obtained.
10, since setting of the present invention one, two, three distributor distributed is simple combustion gas or simple air, and with this changed prior art with distribution tank implement to distribute through be in high temperature, high pressure, high impact forces after the mixed firing, forward transmits and can not the forward protection etc. the conveying situation of various unfavorable factor states gas down, thereby obtained guarantee that each parts of assurance are without prejudice under the safe operation state, effective, safe and reliable and beneficial effect such as increase the service life flexibly; Also obtained distributor simultaneously and can control, stop beneficial effects such as chain safety failure mixing with the air feed enforcement of igniting.
11, because the present invention researchs and develops out " device that the distributor of gas soot blower combines with mixing arrangement " new product, and design science is rationally, simple and ingenious structure, method be effective, safe and reliable, thus obtained to be easy to be made low, be convenient to operate and be beneficial to the beneficial effect of popularization.
Description of drawings
Fig. 1 is the structural representation of the specific embodiment of the invention; Solid line among the figure represents that Gas Pipe, dotted line represent that air hose, arrow line represent the tube connector that generator is connected with nozzle.
Fig. 2 is the structural representation of the another kind of embodiment of specific embodiment of the invention hollow gas circuit air supply plant and one, two, three air road air supply plant.
Fig. 3 is the structural representation of mixing chamber independent in the specific embodiment of the invention, independent igniting chamber connection state; Solid line among the figure represents that Gas Pipe, dotted line represent that air hose, arrow line represent the tube connector that generator is connected with nozzle.
Fig. 4 is the structural representation of prior art; Simultaneously, existing prior art can only be used the distribution tank that does not have label among this figure; With this figure as with contrast figure of the present invention.
Label among the figure: 1, Gas Pipe, 2, air hose, 3, combustion mixes pipe, 4, the one-level distributor, 5, secondary distribution device, 6, three fractions are equipped puts, and 7, flowmeter, 8, pressure sensor, 9, pressure maintaining valve, 10, main valve, 11, control valve, 12, pulse valve, 13, non-return valve, 14, spark arrester, 15, mixing chamber, 16, temperature sensor, 17, igniting chamber, 18, igniter, 19, state detector, 20, generator.
The specific embodiment
Below in conjunction with Figure of description, the present invention is described in detail.Shown in Figure of description 1,2,3: the method that a kind of distributor of gas soot blower matches with mixing arrangement, comprise that Gas Pipe 1, air hose 2, combustion mix that pipe 3, one-level distributor 4, secondary distribution device 5, three fractions equippedly put 6, flowmeter 7, pressure sensor 8, pressure maintaining valve 9, main valve 10, control valve 11, pulse valve 12, non-return valve 13, spark arrester 14, mixing chamber 15, temperature sensor 16, igniting chamber 17, igniter 18, state detector 19, generator 20, and the mixing point firearm of forming by mixing chamber 15, igniting chamber 17, igniter 18;
Connect successively with described pulse valve 12, control valve 11, main valve 10 and be connected with described air hose 2 and form fuel gas pipeline and the air pipe line gas circuit displacement apparatus of double replacement mutually by described Gas Pipe 1;
Described flowmeter 7, pressure sensor 8, pressure maintaining valve 9, main valve 10, control valve 11, pulse valve 12, non-return valve 13, spark arrester 14 are connected by Gas Pipe 1 or air hose 2 successively and form combustion gas road air supply plant or air road air supply plant;
The Gas Pipe 1 of described combustion gas road air supply plant is connected with the Gas Pipe of advancing on the mixing chamber 15 of mixing point firearm, the air hose 2 of described air road air supply plant is connected with incoming air conduit on the mixed chamber 15 of mixed igniter, be equipped with on the mixing chamber 15 of described mixing point firearm on the igniting chamber 17 of temperature sensor 16, mixing point firearm igniter 18 is installed, the igniting chamber 17 of described mixing point firearm and generator 20 mix pipe 3 by combustion and are connected, fires to mix to manage on 3 state detector 19 is installed;
The Gas Pipe 1 of described combustion gas road air supply plant is connected with one-level distributor 4, and the air hose 2 of described air road air supply plant is connected with one-level distributor 4;
Described one-level distributor 4 is for to be provided with Gas Pipe 1 or the air hose 2 that multichannel is given vent to anger, and described pressure maintaining valve 9, pulse valve 12, control valve 11, pressure sensor 8, spark arrester 14, non-return valve 13 after one-level distributor 4 is connected by Gas Pipe 1 or air hose 2 successively and forms one-level combustion gas road air supply plant or main air road air supply plant;
The Gas Pipe 1 of described one-level combustion gas road air supply plant is connected with the Gas Pipe of advancing on the mixing chamber 15 of mixing point firearm, and the air hose 2 of described main air road air supply plant is connected with incoming air conduit on the mixing chamber 15 of mixing point firearm;
The Gas Pipe 1 of described one-level combustion gas road air supply plant is connected with secondary distribution device 5, and the air hose 2 of described main air road air supply plant is connected with secondary distribution device 5;
Described secondary distribution device 5 is for to be provided with Gas Pipe 1 or the air hose 2 that multichannel is given vent to anger, and described pressure maintaining valve 9, pulse valve 12, control valve 11, pressure sensor 8, spark arrester 14, non-return valve 13 after secondary distribution device 5 is connected by Gas Pipe 1 or air hose 2 successively and forms second gas burning road air supply plant or secondary air road air supply plant;
The Gas Pipe 1 of described second gas burning road air supply plant is connected with the Gas Pipe of advancing on the mixing chamber 15 of mixing point firearm, and the air hose 2 of described secondary air road air supply plant is connected with incoming air conduit on the mixing chamber 15 of mixing point firearm;
The Gas Pipe 1 of described second gas burning road air supply plant and three fractions are equipped puts 6 and is connected, and the air hose 2 of described secondary air road air supply plant and three fractions are equipped with puts 6 and be connected;
Described three fractions are equipped puts 6 for being provided with Gas Pipe 1 or the air hose 2 that multichannel is given vent to anger, and describedly equippedly puts pressure maintaining valve 9 after 6, two pulse valves 12, control valve 11, spark arresters 14 in three fractions, non-return valve 13 is connected by Gas Pipe 1 or air hose 2 successively and form three grades of combustion gas road air supply plants or three grades of air road air supply plants; The Gas Pipe 1 of described three grades of combustion gas road air supply plants is connected with the Gas Pipe of advancing on the mixing chamber 15 of mixing point firearm, and the air hose 2 of described three grades of air road air supply plants is connected with incoming air conduit on the mixing chamber 15 of mixing point firearm;
Described three fractions are equipped to be provided with that four, five, six, seven, eight, nine, ten fractions are equipped puts after putting 6;
Be provided with after described three grades of combustion gas road air supply plants and after three grades of air road air supply plants by pressure maintaining valve 9, pulse valve 12, control valve 11, pressure sensor 8, spark arrester 14, non-return valve 13 and be connected by Gas Pipe 1 or air hose 2 successively and four, five, six, seven, eight, nine, ten grades of combustion gas road air supply plants and four, five, six, seven, eight, nine, ten grades of air road air supply plants of forming.
Described flowmeter 7, pressure sensor 8, pressure maintaining valve 9, main valve 10, control valve 11, pulse valve 12, non-return valve 13, spark arrester 14 are connected by Gas Pipe 1 successively and form combustion gas road air supply plant, or form air road air supply plant for described flowmeter 7, pressure sensor 8, pressure maintaining valve 9, pulse valve 12, control valve 11, non-return valve 13 are connected by air hose 2 successively;
After the described one-level distributor 4 and pressure maintaining valve 9, pulse valve 12, control valve 11, pressure sensor 8, spark arrester 14, non-return valve 13 after the secondary distribution device 5 be connected by Gas Pipe 1 successively and form one-level combustion gas road air supply plant and second gas burning road air supply plant, or for after the described one-level distributor 4 and pressure maintaining valve 9, pulse valve 12, control valve 11, non-return valve 13, pressure sensor 8 after the secondary distribution device 5 be connected by air hose 2 successively and form main air road air supply plant and secondary air road air supply plant;
Described three fractions are equipped puts pressure maintaining valve 9 after 6, two pulse valves 12, control valve 11, spark arresters 14, non-return valve 13 is connected by Gas Pipe 1 successively and form three grades of combustion gas road air supply plants, or forms three grades of air road air supply plants for equipped pressure maintaining valve 9, pulse valve 12, control valve 11, the non-return valve of putting after 6 13 of described three fractions is connected by air hose 2 successively.
The described mixing point firearm of forming by mixing chamber 15, igniting chamber 17, igniter 18, or on independent mixing chamber 15, independent igniting chamber 17, the independent igniting chamber 17 igniter 18 being installed.
The Gas Pipe 1 of the Gas Pipe 1 of the Gas Pipe 1 of described combustion gas road air supply plant and one-level combustion gas road air supply plant and the Gas Pipe 1 of second gas burning road air supply plant and three grades of combustion gas road air supply plants is connected with the Gas Pipe of advancing on the mixing chamber 15 of mixing point firearm, or is connected with the Gas Pipe of advancing on the independent mixing chamber 15 for the Gas Pipe 1 of the Gas Pipe 1 of the Gas Pipe 1 of the Gas Pipe 1 of described combustion gas road air supply plant and one-level combustion gas road air supply plant and second gas burning road air supply plant and three grades of combustion gas road air supply plants;
Incoming air conduit on the mixing chamber 15 of the air hose 2 of the air hose 2 of described air road air supply plant and the air hose 2 of main air road air supply plant and secondary air road air supply plant and the air hose 2 of three grades of air road air supply plants and mixing point firearm is connected, or is connected with incoming air conduit on the independent mixing chamber 15 for the air hose 2 of the air hose 2 of the air hose 2 of the air hose 2 of described air road air supply plant and main air road air supply plant and secondary air road air supply plant and three grades of air road air supply plants;
The igniting chamber 17 of described mixing point firearm and generator 20 mix pipe 3 by combustion and are connected, fires to mix on the pipe 3 state detector 19 is installed, or manage 3 and be connected for independent mixing chamber 15, spark arrester 14, non-return valve 13, independent igniting chamber 17, state detector 19, generator 20 are mixed by combustion successively.
Described combustion gas road air supply plant and air road air supply plant all respectively are one to 12;
Described one, two, three combustion gas road air supply plant and one, two, three air road air supply plant all respectively are two to 100;
The igniting chamber 17 of described mixed igniter and generator 20 mix by combustion that pipe 3 is connected or independent igniting chamber 17 mixes pipe 3 by combustion and is connected, and manage 3 and are connected for the igniting chamber 17 of mixed igniter or independent igniting chamber 17 and one to 100 generator 20 are mixed by combustion; Described generator 20 is provided with one to 100 tube connector that connects nozzle.
Described one-level distributor 4, secondary distribution device 5, three fractions be equipped to be put 6 and is distribution tank or is the distributor of modular impulse ash blower or is the step-by-step movement distributor or is and change the cellular type distributor or be pointer distributor or be the distributor of disc type stringing.
The Gas Pipe 1 of described combustion gas road air supply plant and the air hose 2 of air road air supply plant, the Gas Pipe 1 of one-level combustion gas road air supply plant and the air hose 2 of main air road air supply plant, the air hose 2 of the Gas Pipe 1 of second gas burning road air supply plant and secondary air road air supply plant, the air hose 2 of the Gas Pipe 1 of three grades of combustion gas road air supply plants and three grades of air road air supply plants be with under the mutual corresponding states that puts in order again respectively with the mixing chamber 15 of same mixing point firearm on advance Gas Pipe and incoming air conduit corresponding mutually and be connected or with same independent mixing chamber 15 on to advance Gas Pipe and incoming air conduit mutual corresponding and be connected, or be connected to become a Gas Pipe 1 and be connected with the mixed chamber 15 or the same independent mixed chamber 15 of same mixed igniter, or be connected with the Gas Pipe 1 of one-level combustion gas road air supply plant and with mixed chamber 15 or same independent mixed chamber 15 that one to 12 air hose 2 of one-level air road air supply plant is connected to become an air hose 2 and same mixed igniter with an air hose 2 of one-level air road air supply plant with one to 12 Gas Pipe 1 of one-level combustion gas road air supply plant.
The Gas Pipe 1 of described combustion gas road air supply plant and the air hose of air road air supply plant 2 is for only being connected with the mixing chamber 15 of mixing point firearm or independent mixing chamber 15 or for only being connected with one-level distributor 4 or for both to be connected and to be connected with one-level distributor 4 with the mixing chamber 15 of mixing point firearm or independent mixing chamber 15;
The Gas Pipe 1 of described one-level combustion gas road air supply plant and the air hose of main air road air supply plant 2 is for only being connected with the mixing chamber 15 of mixing point firearm or independent mixing chamber 15 or for only being connected with secondary distribution device 5 or for both to be connected and to be connected with secondary distribution device 5 with the mixing chamber 15 of mixing point firearm or independent mixing chamber 15;
The Gas Pipe 1 of described second gas burning road air supply plant and the air hose of secondary air road air supply plant 2 is for only being connected with the mixing chamber 15 of mixing point firearm or independent mixing chamber 15 or for only putting 6 and be connected or for both being connected with the mixing chamber 15 of mixing point firearm or independent mixing chamber 15 and putting 6 and be connected with three fractions are equipped with three fractions are equipped;
The air hose 2 of the Gas Pipe 1 of described three grades of combustion gas road air supply plants and three grades of air road air supply plants is connected and is connected with the distributor of the next stage that is provided with as required with the mixing chamber 15 of mixing point firearm or independent mixing chamber 15 for only being connected or analogizing in proper order only to be connected or both to analogize in proper order with the distributor of the next stage that is provided with as required again with the mixing chamber 15 of mixing point firearm or independent mixing chamber 15.
In above concrete enforcement: one-level distributor 4, secondary distribution device 5, three fractions be equipped put 6 all adopt be " distributor of modular impulse ash blower (patent application is 200420009886.8) ", its distributor is set to three grades altogether, its air supply plant is that device, one two three grades of combustion gas road air supply plants, one two three grades of air road air supply plants are sent in combustion gas road air supply plant, air road, and air road and one two three grades of air road air supply plants are all by shown in the accompanying drawing 1 and be provided with; Flowmeter 7, pressure sensor 8, pressure maintaining valve 9, main valve 10, control valve 11, pulse valve 12, non-return valve 13, spark arrester 14, state detector 19 are all purchased from the market; Adopted the mixing point firearm of forming by mixing chamber 15, igniting chamber 17, igniter 18, i.e. " to the mixing point firearm (number of patent application 200420012087.3) of boiler soot-blowing "; Temperature sensor 16 has adopted " temperature sensing device of mixing point firearm (number of patent application 200420012366.X) "; Adopted the generator 20 that generally uses at present; Combustion gas road air supply plant, air road air supply plant all respectively are three, and one, two, three combustion gas road air supply plant and one, two, three air road air supply plant all respectively are eight; The igniting chamber 17 of the mixed igniter of boiler soot-blowing is mixed pipe 3 with two generators 20 by combustion be connected, generator 3 is provided with two tube connectors that connect nozzles.Obtained expect good result.
On above-mentioned concrete enforcement basis, implement in every way respectively again.That is: one-level distributor 4, secondary distribution device 5, three fractions equipped put 6 all with at present generally the distribution tank of use implement; Also all implement with " step-by-step movement distributor (number of patent application 200520000536.X) "; Also all implement with " changeing cellular type distributor (number of patent application 200520000537.4) "; Also all implement with " pointer distributor (number of patent application 200520000538.9) "; Also all implement with " distributor of disc type stringing (number of patent application 200520000535.5) "; Also respectively with total Pyatyi, have seven grades, have the equipped mode of putting of ten fractions and implement; The air supply plant on air road is implemented by the mode shown in the accompanying drawing 2; Mixing chamber 15, igniting chamber 17, igniter 18 is all implemented in the mode of general independent use at present, that is: with independent mixed chamber 15, spark arrester 14, non-return valve 13, independent igniting chamber 17, state detector 19, generator 20 is connected by the mixed pipe 3 of combustion successively and implements, and to generator 20 respectively with one, five, eight, ten, 12,20,30,50,60,80, implement for 100, simultaneously also to being respectively arranged with one on the generator 20, four, seven, ten, 12,20,35,50,65,80,90,100 tube connectors that connect nozzle are implemented; Combustion gas road air supply plant and air road air supply plant are implemented with one, five, eight, ten, 12 respectively; One, two, three, five, seven, ten grade of combustion gas road air supply plant and one, two, three, five, seven, ten grade of air road air supply plant are implemented with two, five, ten, 15,20,25,30,36,50,60,70,80,90,100 respectively.Received equally expect good result.
The above is preferred embodiment of the present invention only, is not that the present invention is done any pro forma restriction; The those of ordinary skill of all industry, but all shown in the by specification accompanying drawing and the above, and implement the present invention swimmingly; But all those skilled in the art in not breaking away from the technical solution of the present invention scope, when can utilizing the above technology contents that discloses, and a little change of making, modify the equivalent variations with differentiation, are equivalent embodiment of the present invention; Simultaneously, all foundations essence technology of the present invention all still belongs in the scope of technical scheme of the present invention change, modification and the differentiation etc. of any equivalent variations that above embodiment did.
After the present invention made and finishes, it was on probation to have carried out examination, on probation through examination property, had obtained satisfied expection good result.
Claims (9)
1, the method that a kind of distributor of gas soot blower matches with mixing arrangement, comprise Gas Pipe (1), air hose (2), combustion mixes pipe (3), one-level distributor (4), secondary distribution device (5), equipped put (6) of three fractions, flowmeter (7), pressure sensor (8), pressure maintaining valve (9), main valve (10), control valve (11), pulse valve (12), non-return valve (13), spark arrester (14), mixing chamber (15), temperature sensor (16), igniting chamber (17), igniter (18), state detector (19), generator (20), and by mixing chamber (15), igniting chamber (17), the mixing point firearm that igniter (18) is formed; It is characterized in that:
Connect successively with described pulse valve (12), control valve (11), main valve (10) and be connected with described air hose (2) and form fuel gas pipeline and the air pipe line gas circuit displacement apparatus of double replacement mutually by described Gas Pipe (1);
Described flowmeter (7), pressure sensor (8), pressure maintaining valve (9), main valve (10), control valve (11), pulse valve (12), non-return valve (13), spark arrester (14) are connected by Gas Pipe (1) or air hose (2) successively and form combustion gas road air supply plant or air road air supply plant;
The Gas Pipe (1) of described combustion gas road air supply plant is connected with the Gas Pipe of advancing on the mixing chamber (15) of mixing point firearm, the air hose (2) of described air road air supply plant is connected with incoming air conduit on the mixed chamber (15) of mixed igniter, be equipped with on the mixing chamber of described mixing point firearm (15) on the igniting chamber (17) of temperature sensor (16), mixing point firearm igniter (18) is installed, the igniting chamber of described mixing point firearm (17) and generator (20) mix pipe (3) by combustion and are connected, fires to mix to manage on (3) state detector (19) is installed;
The Gas Pipe (1) of described combustion gas road air supply plant is connected with one-level distributor (4), and the air hose (2) of described air road air supply plant is connected with one-level distributor (4);
Described one-level distributor (4) is for being provided with Gas Pipe (1) or the air hose (2) that multichannel is given vent to anger, and describedly is connected by Gas Pipe (1) or air hose (2) successively and forms one-level combustion gas road air supply plant or main air road air supply plant at one-level distributor (4) pressure maintaining valve (9), pulse valve (12), control valve (11), pressure sensor (8), spark arrester (14), non-return valve (13) afterwards;
The Gas Pipe (1) of described one-level combustion gas road air supply plant is connected with the Gas Pipe of advancing on the mixing chamber (15) of mixing point firearm, and the air hose (2) of described main air road air supply plant is connected with incoming air conduit on the mixing chamber (15) of mixing point firearm;
The Gas Pipe (1) of described one-level combustion gas road air supply plant is connected with secondary distribution device (5), and the air hose (2) of described main air road air supply plant is connected with secondary distribution device (5);
Described secondary distribution device (5) is for being provided with Gas Pipe (1) or the air hose (2) that multichannel is given vent to anger, and describedly is connected by Gas Pipe (1) or air hose (2) successively and forms second gas burning road air supply plant or secondary air road air supply plant at secondary distribution device (5) pressure maintaining valve (9), pulse valve (12), control valve (11), pressure sensor (8), spark arrester (14), non-return valve (13) afterwards;
The Gas Pipe (1) of described second gas burning road air supply plant is connected with the Gas Pipe of advancing on the mixing chamber (15) of mixing point firearm, and the air hose (2) of described secondary air road air supply plant is connected with incoming air conduit on the mixing chamber (15) of mixing point firearm;
The Gas Pipe (1) of described second gas burning road air supply plant and three fractions are equipped puts (6) and is connected, and the air hose (2) of described secondary air road air supply plant and three fractions are equipped with puts (6) and be connected;
Described three fractions are equipped puts (6) for being provided with Gas Pipe (1) or the air hose (2) that multichannel is given vent to anger, and describedly is connected by Gas Pipe (1) or air hose (2) successively and forms three grades of combustion gas road air supply plants or three grades of air road air supply plants at equipped (6) pressure maintaining valve (9), two pulse valves (12), control valve (11), spark arrester (14), the non-return valve (13) afterwards of putting of three fractions; The Gas Pipe (1) of described three grades of combustion gas road air supply plants is connected with the Gas Pipe of advancing on the mixing chamber (15) of mixing point firearm, and the air hose (2) of described three grades of air road air supply plants is connected with incoming air conduit on the mixing chamber (15) of mixing point firearm;
2, the method that matches with mixing arrangement of the distributor of gas soot blower according to claim 1 is characterized in that: described three fractions are equipped puts (6) and is provided with afterwards that four, five, six, seven, eight, nine, ten fractions are equipped puts;
Be provided with after described three grades of combustion gas road air supply plants and after three grades of air road air supply plants by pressure maintaining valve (9), pulse valve (12), control valve (11), pressure sensor (8), spark arrester (14), non-return valve (13) and be connected by Gas Pipe (1) or air hose (2) successively and four, five, six, seven, eight, nine, ten grades of combustion gas road air supply plants and four, five, six, seven, eight, nine, ten grades of air road air supply plants of forming.
3, the method that the distributor of gas soot blower according to claim 1 matches with mixing arrangement, it is characterized in that: described flowmeter (7), pressure sensor (8), pressure maintaining valve (9), main valve (10), control valve (11), pulse valve (12), non-return valve (13), spark arrester (14) is connected by Gas Pipe (1) successively and forms combustion gas road air supply plant, or is described flowmeter (7), pressure sensor (8), pressure maintaining valve (9), pulse valve (12), control valve (11), non-return valve (13) is connected by air hose (2) successively and forms air road air supply plant;
Described one-level distributor (4) afterwards and secondary distribution device (5) pressure maintaining valve (9) afterwards, pulse valve (12), control valve (11), pressure sensor (8), spark arrester (14), non-return valve (13) is connected by Gas Pipe (1) successively and forms one-level combustion gas road air supply plant and second gas burning road air supply plant, or be described one-level distributor (4) afterwards and secondary distribution device (5) pressure maintaining valve (9) afterwards, pulse valve (12), control valve (11), non-return valve (13), pressure sensor (8) is connected by air hose (2) successively and forms main air road air supply plant and secondary air road air supply plant;
Described three fractions are equipped puts (6) pressure maintaining valve (9), two pulse valves (12), control valve (11), spark arrester (14), non-return valve (13) afterwards and is connected by Gas Pipe (1) successively and forms three grades of combustion gas road air supply plants, or puts (6) pressure maintaining valve (9), pulse valve (12), control valve (11), non-return valve (13) afterwards and be connected by air hose (2) successively and form three grades of air road air supply plants for described three fractions are equipped with.
4, the method that matches with mixing arrangement of the distributor of gas soot blower according to claim 1, it is characterized in that: the described mixing point firearm of forming by mixing chamber (15), igniting chamber (17), igniter (18), or on independent mixing chamber (15), independent igniting chamber (17), the independent igniting chamber (17) igniter (18) being installed.
5, the method that the distributor of gas soot blower according to claim 1 matches with mixing arrangement, it is characterized in that: the Gas Pipe (1) of described combustion gas road air supply plant, and the Gas Pipe (1) of one-level combustion gas road air supply plant, and the Gas Pipe (1) of second gas burning road air supply plant, and the Gas Pipe of advancing on the mixing chamber (15) of the Gas Pipe (1) of three grades of combustion gas road air supply plants and mixing point firearm is connected, or is the Gas Pipe (1) of described combustion gas road air supply plant, and the Gas Pipe (1) of one-level combustion gas road air supply plant, and the Gas Pipe (1) of second gas burning road air supply plant, and the Gas Pipe (1) of three grades of combustion gas road air supply plants is connected with the Gas Pipe of advancing on the independent mixing chamber (15);
The air hose (2) of described air road air supply plant, and the air hose (2) of main air road air supply plant, and the air hose (2) of secondary air road air supply plant, and the incoming air conduit on the mixing chamber (15) of the air hose (2) of three grades of air road air supply plants and mixing point firearm is connected, or is the air hose (2) of described air road air supply plant, and the air hose (2) of main air road air supply plant, and the air hose (2) of secondary air road air supply plant, and the air hose (2) of three grades of air road air supply plants is connected with incoming air conduit on the independent mixing chamber (15);
The igniting chamber of described mixing point firearm (17) and generator (20) mix pipe (3) by combustion and are connected, fires to mix on the pipe (3) state detector (19) is installed, or manage (3) and be connected for independent mixing chamber (15), spark arrester (14), non-return valve (13), independent igniting chamber (17), state detector (19), generator (20) are mixed by combustion successively.
6, the method that matches with mixing arrangement of the distributor of gas soot blower according to claim 1, it is characterized in that: described combustion gas road air supply plant and air road air supply plant all respectively are one to 12;
Described one, two, three combustion gas road air supply plant and one, two, three air road air supply plant all respectively are two to 100;
The igniting chamber of described mixed igniter (17) and generator (20) mix by combustion that pipe (3) is connected or independent igniting chamber (17) mixes pipe (3) by combustion and is connected, and manage (3) and are connected for the igniting chamber (17) of mixed igniter or independent igniting chamber (17) and one to 100 generator (20) are mixed by combustion; Described generator (20) is provided with one to 100 tube connector that connects nozzle.
7, the method that matches with mixing arrangement of the distributor of gas soot blower according to claim 1 is characterized in that: described one-level distributor (4), secondary distribution device (5), three fractions be equipped to be put (6) and is distribution tank or is the distributor of modular impulse ash blower or is the step-by-step movement distributor or is and change the cellular type distributor or be pointer distributor or be the distributor of disc type stringing.
8, the method that the distributor of gas soot blower according to claim 1 matches with mixing arrangement, it is characterized in that: the Gas Pipe (1) of described combustion gas road air supply plant and the air hose (2) of air road air supply plant, the Gas Pipe (1) of one-level combustion gas road air supply plant and the air hose (2) of main air road air supply plant, the Gas Pipe (1) of second gas burning road air supply plant and the air hose (2) of secondary air road air supply plant, the Gas Pipe (1) of three grades of combustion gas road air supply plants and the air hose (2) of three grades of air road air supply plants be with under the mutual corresponding states that puts in order again respectively with the mixing chamber (15) of same mixing point firearm on advance Gas Pipe and incoming air conduit corresponding mutually and be connected or with same independent mixing chamber (15) on to advance Gas Pipe and incoming air conduit mutual corresponding and be connected, or be connected to become a Gas Pipe (1) and be connected with the mixed chamber (15) or the same independent mixed chamber (15) of same mixed igniter, or be connected with the Gas Pipe (1) of one-level combustion gas road air supply plant and with mixed chamber (15) or same independent mixed chamber (15) that one to 12 air hose (2) of one-level air road air supply plant is connected to become an air hose (2) and same mixed igniter with the air hose (2) of one-level air road air supply plant with one to 12 Gas Pipe (1) of one-level combustion gas road air supply plant.
9, the method that matches with mixing arrangement of the distributor of gas soot blower according to claim 1 is characterized in that: the Gas Pipe (1) of described combustion gas road air supply plant and the air hose (2) of air road air supply plant are for only being connected with the mixing chamber (15) of mixing point firearm or independent mixing chamber (15) or for only being connected with one-level distributor (4) or for both to be connected and to be connected with one-level distributor (4) with the mixing chamber (15) of mixing point firearm or independent mixing chamber (15);
The Gas Pipe (1) of described one-level combustion gas road air supply plant and the air hose (2) of main air road air supply plant are for only being connected with the mixing chamber (15) of mixing point firearm or independent mixing chamber (15) or for only being connected with secondary distribution device (5) or for both to be connected and to be connected with secondary distribution device (5) with the mixing chamber (15) of mixing point firearm or independent mixing chamber (15);
The Gas Pipe (1) of described second gas burning road air supply plant and the air hose (2) of secondary air road air supply plant are for only being connected with the mixing chamber (15) of mixing point firearm or independent mixing chamber (15) or for only being connected or for both being connected with the mixing chamber (15) of mixing point firearm or independent mixing chamber (15) and putting (6) and be connected with three fractions are equipped with equipped put (6) of three fractions;
The Gas Pipe (1) of described three grades of combustion gas road air supply plants and the air hose (2) of three grades of air road air supply plants are connected and are connected with the distributor of the next stage that is provided with as required with the mixing chamber (15) of mixing point firearm or independent mixing chamber (15) for only being connected or analogizing in proper order only to be connected or both to analogize in proper order with the distributor of the next stage that is provided with as required again with the mixing chamber (15) of mixing point firearm or independent mixing chamber (15).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2005100534936A CN1313767C (en) | 2005-03-15 | 2005-03-15 | Method for coorperating distributor and mixer of gas soot blower |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2005100534936A CN1313767C (en) | 2005-03-15 | 2005-03-15 | Method for coorperating distributor and mixer of gas soot blower |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1657829A CN1657829A (en) | 2005-08-24 |
| CN1313767C true CN1313767C (en) | 2007-05-02 |
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| Application Number | Title | Priority Date | Filing Date |
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| CNB2005100534936A Expired - Fee Related CN1313767C (en) | 2005-03-15 | 2005-03-15 | Method for coorperating distributor and mixer of gas soot blower |
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| CN (1) | CN1313767C (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102853260A (en) * | 2012-09-28 | 2013-01-02 | 重庆市山城燃气设备有限公司 | Automatic control safe displacement device of gas engineering and application method thereof |
| CN104654332B (en) * | 2015-01-27 | 2017-07-04 | 深圳凡元兴科技有限公司 | A kind of thermal explosion soot blower |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2416572Y (en) * | 2000-04-29 | 2001-01-24 | 劭昱实业有限公司 | Optical disc cassettes structure for housing multiple-webs |
| CN2646581Y (en) * | 2003-08-06 | 2004-10-06 | 孟蓬强 | Combustible gas pulse ash blower |
| CN2681828Y (en) * | 2004-02-19 | 2005-03-02 | 北京恒拓远博高科技发展有限公司 | Pulse soot blower |
-
2005
- 2005-03-15 CN CNB2005100534936A patent/CN1313767C/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2416572Y (en) * | 2000-04-29 | 2001-01-24 | 劭昱实业有限公司 | Optical disc cassettes structure for housing multiple-webs |
| CN2646581Y (en) * | 2003-08-06 | 2004-10-06 | 孟蓬强 | Combustible gas pulse ash blower |
| CN2681828Y (en) * | 2004-02-19 | 2005-03-02 | 北京恒拓远博高科技发展有限公司 | Pulse soot blower |
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| CN1657829A (en) | 2005-08-24 |
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Denomination of invention: Method for coorperating distributor and mixer of gas soot blower Effective date of registration: 20110914 Granted publication date: 20070502 Pledgee: Bank of Tianjin, Limited by Share Ltd, Beijing branch Pledgor: Jiade Industry Science and Technology Co., Ltd., Beijing Registration number: 2011990000348 |
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Denomination of invention: Method for coorperating distributor and mixer of gas soot blower Effective date of registration: 20121022 Granted publication date: 20070502 Pledgee: Bank of Tianjin, Limited by Share Ltd, Beijing branch Pledgor: Jiade Industry Science and Technology Co., Ltd., Beijing Registration number: 2012990000624 |
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