CN101055088A - Energy-storing pressure-stabilizing oil-supply device dedicated for gasified small oil gun ignition - Google Patents
Energy-storing pressure-stabilizing oil-supply device dedicated for gasified small oil gun ignition Download PDFInfo
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- CN101055088A CN101055088A CN 200710110800 CN200710110800A CN101055088A CN 101055088 A CN101055088 A CN 101055088A CN 200710110800 CN200710110800 CN 200710110800 CN 200710110800 A CN200710110800 A CN 200710110800A CN 101055088 A CN101055088 A CN 101055088A
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- 239000010959 steel Substances 0.000 claims abstract description 81
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- 238000004146 energy storage Methods 0.000 claims abstract description 43
- 238000001914 filtration Methods 0.000 claims description 64
- 230000006837 decompression Effects 0.000 claims description 37
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Abstract
The invention relates to an energy-storage and voltage-stabilizing oil supply device special for ignition of an aerification small oil gun and which belongs to thermodynamics machine field. Needle valve A, control valve A, check valve, three-way member A, four-way member, pressure transmitter, three-way member B, three-way member C, needle valve B, electromagnetic valve, control valve B, three-way member D, needle valve C, three-way member E, needle valve D, needle valve E, tube joint B are all connected by seamless steel tube worm, and stop valve, pneumatic globe valve A, pneumatic globe valve B, pneumatic globe valve B, three-way member F, filtrating member A, needle valve G, three-way member G, filtrating member A, needle valve H, needle valve I, filtrating member B, needle valve J, needle valve K, needle valve L, decompressing can, upper and lower connection tube, energy-storage can, liquid level switch ABC, three-way member H, three-way member I, needle valve M, pneumatic globe valve C, three-way member J, needle valve N, filter A, tube joint, needle valve O, filter B, tube joint D are all welded through seamless steel tube. The invention is fit for the situation of country, and has pressure dynamic stability, can easily ignite pulverized coal and makes the same to fully burn, has good effect.
Description
Technical field
Energy-storing pressure-stabilizing oil-supply device dedicated for gasified small oil gun ignition of the present invention relates to thermodynamics mechanical device technical field; Be particularly related to the thermodynamics mechanical device technical field of combusting coal fines; Relate in particular to and make small oil gun in to combustion barrel, stablize the thermodynamics mechanical device technical field of fuel oil and compressed air pressure during pulverized coal ignition; Be specifically related to the energy-storing pressure-stabilizing oil-supply device dedicated for gasified small oil gun ignition technical field.
Background technology
China is maximum in the world coal production state and country of consumption, and coal accounts for about 75% of China's energy demand total amount at present, well beyond 27% world average level; Therefore, particularly important for making full use of concerning China of coal.At present, process of consumption for coal, the subject matter that exists is: a coal for the kind difference of coal, different cultivars has different characteristics, as Datong District's piece, anthracite, brown coal ... the meager coal of each kind, rich coal, big moisture coal, little moisture coal, volatile coal, the coal of various grades such as volatile coal and situation not, inherent characteristic is separately all arranged, thereby cause the requirement when matchmaker's powder lighted a fire also different, otherwise will make igniting produce difficulty, and cause difficulty for follow-up burning; The 2nd, incomplete combustion, unfavorable just because of igniting, thus cause subsequent combustion incomplete, owing to incomplete combustion causes to the waste of the energy with to the pollution of environment; The 3rd, unburnt coal dust particle produces adherent incrustation phenomenon near the internal face port and the port, thereby causes the generation of slagging scorification and high temperature corrosion, has influenced the service life of burner to the utmost; This situation is for generating plant pulverized coal boiler and various pulverized-coal fired boiler, and its situation is particularly outstanding.
Be more specifically to the pulverized-coal fired boiler in power station, China also exists idea and reality different and difference in essence with world developed country: the pulverized-coal fired boiler in world developed country power station is certain, under this fixing pulverized-coal fired boiler prerequisite, select to adapt to the coal dust that this coal powder boiler combustion requires, to reach the purpose of high-quality burning.And the situation of China is just different, though the pulverized-coal fired boiler of China is also fixed, is not according to boiler coal separation powder, but has the coal dust of sample to burn which type of coal dust; Be purpose to reach the high-quality burning equally, this just needs us to carry out deep research and developing.
With regard to the national conditions of China, qualitative and diversity categories of coal of matchmaker's powder boiler is the present situation and the prerequisite of the present national conditions of very important and mandatory China; So, need research a lot of round national conditions with the problem of developing, generally be divided into following several big class: the one, on matchmaker's powder boiler, make an issue of; The 2nd, on burner, make an issue of; The 3rd, on burning torch, make an issue of; The 4th, in the igniting of burner, make an issue of; Four complement each other, emphasize particularly on different fields, indispensable.The present invention takes voltage stabilizing and accumulation of energy measure to burning torch fuel feeding and air feed exactly for making " the small-sized burning torch of gasifying type " can obtain high-quality igniting so that matchmaker's powder obtains the high-quality burning; For making this measure be able to just produce in enforcement, its isolated plant of implementing this measure.
Based on applicant and designer's professional knowledge inside information be engaged in industry work for many years enrich practical experience, from meeting the actual national conditions of China, exclusive characteristics with " the small-sized burning torch of gasifying type " are prerequisite, on the basis of conscientious and sufficient investigation, understanding, analysis, the above-mentioned existing known technology of summary and present situation, succeeded in developing the present invention for overcoming and solving the deficiency, defective and the drawback that exist in existing known technology and the real current situation.
Summary of the invention
The purpose of this invention is to provide a kind of energy-storing pressure-stabilizing oil-supply device dedicated for gasified small oil gun ignition, comprise needle-valve A, control valve A, check-valves, threeway A, four-way, pressure transmitter, threeway B, threeway C, needle-valve B, magnetic valve, control valve B, needle-valve C, threeway D, threeway E, needle-valve D, pipe joint A, needle-valve E, pipe joint B, stop valve, pneumatic ball valve A, pneumatic ball valve B, threeway F, needle-valve F, needle-valve G, threeway G, needle-valve H, needle-valve I, needle-valve J, needle-valve K, needle-valve L, last connecting leg, following connecting leg, liquid-level switch A, liquid-level switch B, liquid-level switch C, threeway H, threeway I, needle-valve M, pneumatic ball valve C, threeway J, needle-valve N, filter A, pipe joint C, needle-valve O, filter B, pipe joint D, seamless steel pipe; Also be provided with filtration members A, filtration members B, decompression jar, energy storage tank;
Described energy-storing pressure-stabilizing oil-supply device dedicated for gasified small oil gun ignition, its seamless steel pipe is threaded with needle-valve A, its needle-valve A and control valve A, control valve A and check-valves, the end of check-valves and threeway A, the other end of threeway A all is threaded by seamless steel pipe with an end of four-way, the vertical end of its threeway A is threaded with seamless steel pipe, seamless steel pipe welds with the upper end of decompression jar, the lower end of four-way is threaded with seamless steel pipe, the upper end welding of seamless steel pipe and energy storage tank, the upper end of four-way and pressure transmitter, the vertical end of the other end of four-way and threeway B, an end and the seamless steel pipe of threeway B, the end of the other end of threeway B and threeway C, the other end of threeway C and needle-valve B, needle-valve B and magnetic valve, magnetic valve and control valve B, the end of control valve B and threeway D, the vertical end of threeway C and needle-valve C, the vertical end of needle-valve C and threeway D, the end of the other end of threeway D and threeway E, the other end of threeway E all is threaded by seamless steel pipe with needle-valve D, its needle-valve D is threaded by metal hose with pipe joint A, the vertical end of its threeway E is threaded by seamless steel pipe with needle-valve E, its needle-valve E is threaded by metal hose with pipe joint B, its seamless steel pipe and stop valve welding, its stop valve and pneumatic ball valve A, pneumatic ball valve A and pneumatic ball valve B, the vertical end of pneumatic ball valve B and threeway F, the end of threeway F and needle-valve F, needle-valve F and filtration members A, filtration members A and needle-valve G, the end of needle-valve G and threeway G, the lower end of filtration members A and needle-valve H, needle-valve H and seamless steel pipe, the other end of threeway F and needle-valve I, needle-valve I and filtration members B, filtration members B and needle-valve J, the other end of needle-valve J and threeway G, filtration members B and needle-valve K, needle-valve K and seamless steel pipe, the vertical end of threeway G and needle-valve L, the lower end section of a needle-valve L and a decompression jar side, the upper end section of decompression jar opposite side and an end of last connecting leg, the upper end section of the other end of last connecting leg and energy storage tank one side, the lower end section of decompression jar opposite side and an end of following connecting leg, the lower end section of the other end of following connecting leg and energy storage tank one side, the upper end section of the positive side of energy storage tank and liquid-level switch A and liquid-level switch B, the lower end section of the positive side of energy storage tank and liquid-level switch C, the lower end of decompression jar and the end of threeway H, the vertical end of threeway H and the lower end of energy storage tank, the vertical end of the other end of threeway H and threeway I, an end and the seamless steel pipe of threeway I, the other end of threeway I and needle-valve M, needle-valve M and pneumatic ball valve C, the end of pneumatic ball valve C and threeway J, the other end of threeway J and needle-valve N, needle-valve N and filter A all weld by seamless steel pipe, its filter A and pipe joint C weld by metal hose, the vertical end of its threeway J and needle-valve O, needle-valve O and filter B are welded by seamless steel pipe, and its filter B and pipe joint D weld by metal hose.
The purpose that reaches by the present invention is: at coal in China characteristics wide in variety and assorted, for making matchmaker's powder obtain the high-quality burning, so that " the small-sized burning torch of gasifying type " can obtain the high-quality igniting, take voltage stabilizing and accumulation of energy measure to burning torch fuel feeding and air feed, and development and a kind of " energy-storing pressure-stabilizing oil-supply device dedicated for gasified small oil gun ignition " new product that tallies with the national condition is provided, be applied to the igniting in generating plant pulverized coal boiler and the various pulverized-coal fired boiler, solve the incomplete combustion that exists in the existing known technology, cause energy waste, produce many deficiencies such as environmental pollution, defective and drawback, the high-quality that obtains coal dust is burnt and desirable overall economic efficiency.
The present invention can accomplish the end in view.
For achieving the above object, technical scheme provided by the invention is:
A kind of energy-storing pressure-stabilizing oil-supply device dedicated for gasified small oil gun ignition comprises needle-valve A, control valve A, check-valves, threeway A, four-way, pressure transmitter, threeway B, threeway C, needle-valve B, magnetic valve, control valve B, needle-valve C, threeway D, threeway E, needle-valve D, pipe joint A, needle-valve E, pipe joint B, stop valve, pneumatic ball valve A, pneumatic ball valve B, threeway F, needle-valve F, needle-valve G, threeway G, needle-valve H, needle-valve I, needle-valve J, needle-valve K, needle-valve L, last connecting leg, following connecting leg, liquid-level switch A, liquid-level switch B, liquid-level switch C, threeway H, threeway I, needle-valve M, pneumatic ball valve C, threeway J, needle-valve N, filter A, pipe joint C, needle-valve O, filter B, pipe joint D, seamless steel pipe; Also be provided with filtration members A, filtration members B, decompression jar, energy storage tank;
Described energy-storing pressure-stabilizing oil-supply device dedicated for gasified small oil gun ignition, its seamless steel pipe is threaded with needle-valve A, its needle-valve A and control valve A, control valve A and check-valves, the end of check-valves and threeway A, the other end of threeway A all is threaded by seamless steel pipe with an end of four-way, the vertical end of its threeway A is threaded with seamless steel pipe, seamless steel pipe welds with the upper end of decompression jar, the lower end of four-way is threaded with seamless steel pipe, the upper end welding of seamless steel pipe and energy storage tank, the upper end of four-way and pressure transmitter, the vertical end of the other end of four-way and threeway B, an end and the seamless steel pipe of threeway B, the end of the other end of threeway B and threeway C, the other end of threeway C and needle-valve B, needle-valve B and magnetic valve, magnetic valve and control valve B, the end of control valve B and threeway D, the vertical end of threeway C and needle-valve C, the vertical end of needle-valve C and threeway D, the end of the other end of threeway D and threeway E, the other end of threeway E all is threaded by seamless steel pipe with needle-valve D, its needle-valve D is threaded by metal hose with pipe joint A, the vertical end of its threeway E is threaded by seamless steel pipe with needle-valve E, its needle-valve E is threaded by metal hose with pipe joint B, its seamless steel pipe and stop valve welding, its stop valve and pneumatic ball valve A, pneumatic ball valve A and pneumatic ball valve B, the vertical end of pneumatic ball valve B and threeway F, the end of threeway F and needle-valve F, needle-valve F and filtration members A, filtration members A and needle-valve G, the end of needle-valve G and threeway G, the lower end of filtration members A and needle-valve H, needle-valve H and seamless steel pipe, the other end of threeway F and needle-valve I, needle-valve I and filtration members B, filtration members B and needle-valve J, the other end of needle-valve J and threeway G, filtration members B and needle-valve K, needle-valve K and seamless steel pipe, the vertical end of threeway G and needle-valve L, the lower end section of a needle-valve L and a decompression jar side, the upper end section of decompression jar opposite side and an end of last connecting leg, the upper end section of the other end of last connecting leg and energy storage tank one side, the lower end section of decompression jar opposite side and an end of following connecting leg, the lower end section of the other end of following connecting leg and energy storage tank one side, the upper end section of the positive side of energy storage tank and liquid-level switch A and liquid-level switch B, the lower end section of the positive side of energy storage tank and liquid-level switch C, the lower end of decompression jar and the end of threeway H, the vertical end of threeway H and the lower end of energy storage tank, the vertical end of the other end of threeway H and threeway I, an end and the seamless steel pipe of threeway I, the other end of threeway I and needle-valve M, needle-valve M and pneumatic ball valve C, the end of pneumatic ball valve C and threeway J, the other end of threeway J and needle-valve N, needle-valve N and filter A all weld by seamless steel pipe, its filter A and pipe joint C weld by metal hose, the vertical end of its threeway J and needle-valve O, all by the seamless steel pipe welding, its filter B and pipe joint D weld by metal hose for needle-valve O and filter B.
Described energy-storing pressure-stabilizing oil-supply device dedicated for gasified small oil gun ignition, described needle-valve A, needle-valve B, needle-valve C, needle-valve D, needle-valve E, needle-valve F, needle-valve G, needle-valve H, needle-valve I, needle-valve J, needle-valve K, needle-valve L, needle-valve M, needle-valve N, needle-valve O are referred to as needle-valve, this needle-valve is from the market and purchases and general needle valve structure, and this described needle-valve is for selecting a kind of in needle-valve, ball valve, the stop valve.
Described energy-storing pressure-stabilizing oil-supply device dedicated for gasified small oil gun ignition, described control valve A, control valve B is referred to as control valve, this control valve is for purchasing general control valve structure from the market, described check-valves is for purchasing general check valve structure from the market, described pressure transmitter is for purchasing general pressure transmitter structure from the market, described magnetic valve is for purchasing general electromagnetic valve structure from the market, described pneumatic ball valve A, pneumatic ball valve B, pneumatic ball valve C is referred to as pneumatic ball valve, this pneumatic ball valve is from the market to be purchased and general pneumatic ball valve structure, described liquid-level switch A, liquid-level switch B, liquid-level switch C is referred to as liquid-level switch, this liquid-level switch is from the market to be purchased and general liquid-level switch structure, described filter A, filter B is referred to as filter, this filter is from the market to be purchased and general filtration device structure.
Described energy-storing pressure-stabilizing oil-supply device dedicated for gasified small oil gun ignition, described threeway A, threeway B, threeway C, threeway D, threeway E, threeway F, threeway G, threeway H, threeway I, threeway J is referred to as threeway, this threeway is from the market to be purchased and general three-port structure, described four-way is for purchasing general four-way structure from the market, described pipe joint A, pipe joint B, pipe joint C, pipe joint D is referred to as pipe joint, this pipe joint is from the market to be purchased and general pipe joint structure, the described connecting leg of going up, following connecting leg, seamless steel pipe, metal hose is the structure of tubulose.
Described energy-storing pressure-stabilizing oil-supply device dedicated for gasified small oil gun ignition, described decompression jar, energy storage tank are the structure of pressurized tank shape.
Described energy-storing pressure-stabilizing oil-supply device dedicated for gasified small oil gun ignition, described filtration members A, filtration members B are filter bottom end perforate and welding/or the structure of the pipeline that is threaded.
Owing to adopted technical scheme provided by the present invention, thereby made the present invention obtain following beneficial effect:
1, because among the present invention: its seamless steel pipe is threaded with needle-valve A, its needle-valve A and control valve A, control valve A and check-valves, the end of check-valves and threeway A, the other end of threeway A all is threaded by seamless steel pipe with an end of four-way, the vertical end of its threeway A is threaded with seamless steel pipe, seamless steel pipe welds with the upper end of decompression jar, the lower end of four-way is threaded with seamless steel pipe, the upper end welding of seamless steel pipe and energy storage tank, the upper end of four-way and pressure transmitter, the vertical end of the other end of four-way and threeway B, an end and the seamless steel pipe of threeway B, the end of the other end of threeway B and threeway C, the other end of threeway C and needle-valve B, needle-valve B and magnetic valve, magnetic valve and control valve B, the end of control valve B and threeway D, the vertical end of threeway C and needle-valve C, the vertical end of needle-valve C and threeway D, the end of the other end of threeway D and threeway E, the other end of threeway E and needle-valve D, needle-valve D and pipe joint A, the vertical end of threeway E and needle-valve E, needle-valve E all is threaded by metal hose with pipe joint B; Thereby obtained and to have supplied compressed-air actuated beneficial effect to " the small-sized burning torch of gasifying type ".
2, because among the present invention: its seamless steel pipe and stop valve welding, its stop valve and pneumatic ball valve A, pneumatic ball valve A and pneumatic ball valve B, the vertical end of pneumatic ball valve B and threeway F, the end of threeway F and needle-valve F, needle-valve F and filtration members A, filtration members A and needle-valve G, the end of needle-valve G and threeway G, the lower end of filtration members A and needle-valve H, needle-valve H and seamless steel pipe, the other end of threeway F and needle-valve I, needle-valve I and filtration members B, filtration members B and needle-valve J, the other end of needle-valve J and threeway G, filtration members B and needle-valve K, needle-valve K and seamless steel pipe, the vertical end of threeway G and needle-valve L, the lower end section of a needle-valve L and a decompression jar side, the upper end section of decompression jar opposite side and an end of last connecting leg, the upper end section of the other end of last connecting leg and energy storage tank one side, the lower end section of decompression jar opposite side and an end of following connecting leg, the lower end section of the other end of following connecting leg and energy storage tank one side, the upper end section of the positive side of energy storage tank and liquid-level switch A and liquid-level switch B, the lower end section of the positive side of energy storage tank and liquid-level switch C, the lower end of decompression jar and the end of threeway H, the vertical end of threeway H and the lower end of energy storage tank, the vertical end of the other end of threeway H and threeway I, an end and the seamless steel pipe of threeway I, the other end of threeway I and needle-valve M, needle-valve M and pneumatic ball valve C, the end of pneumatic ball valve C and threeway J, the other end of threeway J and needle-valve N, needle-valve N and filter A, filter A and pipe joint C, the vertical end of threeway J and needle-valve O, all by the seamless steel pipe welding, filter B and pipe joint D weld by metal hose for needle-valve O and filter B; Can be thereby obtained to the beneficial effect of " the small-sized burning torch of gasifying type " supply diesel oil.
3, because of the present invention first, second is described, thereby obtained the beneficial effect that to be coordinated mutually, to cooperatively interact " the small-sized burning torch of gasifying type " supply compressed air and supply diesel oil.
4, because the present invention is provided with decompression jar and energy storage tank, thus obtained to diesel oil compressed-air actuated pressure in the process of being coordinated mutually, cooperatively interact of compressed air and the supply of supply can control and be stabilized in 0.4-0.6MPa, diesel oil can obtain also stable beneficial effect of accumulation of energy under relevant pressure.
5, because the present invention is provided with pressure transmitter, can be thereby obtained to the 4th the described beneficial effect of monitoring.
6, because the present invention is provided with liquid-level switch A, liquid-level switch B, liquid-level switch C, can be thereby obtained to the 4th the described beneficial effect of specifically regulating and control.
7, because the present invention is provided with filtration members A, filtration members B, thus the beneficial effect that has obtained to filter and the magazine that filters out is discharged, can also clean himself in the mode of recoil to the diesel oil of being supplied.
8, because the present invention is provided with two cover filtration members A, filtration members B, it act as a usefulness, one and is equipped with; Thereby a cover use, the another set of beneficial effect of maintaining, guarantee the smooth and easy operation of single unit system have been obtained.
9, because the present invention is provided with filter A, filter B, thus the beneficial effect that has obtained to make the diesel oil of accumulation of energy abundance, pressure stability before supply, to filter once more.
10,, thereby obtained the beneficial effect that to regulate pressure because the present invention is provided with control valve A, control valve B.
11,, thereby obtained to carry out the beneficial effect that scientific order is regulated because the present invention is provided with various valves.
12, since most of parts of the present invention be from the market and purchase and general parts, thereby having obtained to be convenient to makes, the beneficial effect of installation, maintenance, maintenance.
13, because above each bar of the present invention is described, thus obtained " energy-storing pressure-stabilizing oil-supply device dedicated for gasified small oil gun ignition " new product, tallied with the national condition, at the characteristics of coal in China kind, make the coal resources performance that beneficial effects such as effect should be arranged.
14, since design science of the present invention reasonable, simple in structure smooth and easy, be convenient to fabrication and installation, effect stability is reliable, thereby obtained to be easy to be made low, an easy to use and sharp popularization and the good beneficial effect of overall economic efficiency.
In sum, innovation and creation point of the present invention is:
1, can make fuel oil pass through decompression jar, energy storage tank, obtain the release of energy, stable and balance, and make it reach needed, constant dynamically balanced purpose by decompression release;
2, can make compressed air pass through decompression jar, energy storage tank, reach pressure and regulate, realize accumulation of energy, promote fuel flow, make fuel feeding balanced and purpose of continual enforcement supply under required pressure; In particular, the pressure that can guarantee fuel oil is stabilized between the needed 0.4-0.6Mpa under dynamic equilibrium state;
3, compressed air generally provides source of the gas by air compression station, has effectively utilized the stability of compressed air gas source, thus the scientific rationality of the compressed air that guaranteed the stability of the fuel oil process of circulation, also scientific and reasonable utilization simultaneously and fuel oil proportioning;
4, the making of filtration members and application not only can have been filtered fuel oil effectively, but also can in time have been discharged the impurity that filters out from fuel oil, can also utilize fuel oil that filtration members is recoiled and make it obtain cleaning; Simultaneously, a usefulness of filtration members, one is equipped with, and can make its maintenance in time, maintenance and replacing, can guarantee the smooth and easy operation of single unit system;
5, the employed most parts of single unit system all can be purchased from the market and obtain, and not only are convenient to make, also make cleverly it to constitute and meet national conditions and unprecedented and novel isolated plant.
Description of drawings
Fig. 1 is the structural representation of the specific embodiment of the invention; Solid arrow among the figure represents that the direction of motion, the dotted arrow of diesel oil represent the compressed-air actuated direction of motion.
Fig. 2 is adjacent the structure schematic top plan view of parts for " filtration members " and " filtration members " in the specific embodiment of the invention.
Fig. 3 be among Fig. 2 A-A to generalized section; That is: " filtration members " and " filtration members " is adjacent the structure A-A of parts to generalized section in the specific embodiment of the invention.
Fig. 4 be among Fig. 2 B-B to generalized section; That is: " filtration members " and " filtration members " is adjacent the structure B-B of parts to generalized section in the specific embodiment of the invention.
Label among the figure: 1, needle-valve A, 2, control valve A, 3, check-valves, 4, threeway A, 5, four-way, 6, pressure transmitter, 7, threeway B, 8, threeway C, 9, needle-valve B, 10, magnetic valve, 11, control valve B, 12, needle-valve C, 13, threeway D, 14, threeway E, 15, needle-valve D, 16, pipe joint A, 17, needle-valve E, 18, pipe joint B, 19, stop valve, 20, pneumatic ball valve A, 21, pneumatic ball valve B, 22, threeway F, 23, needle-valve F, 24, filtration members A, 25, needle-valve G, 26, threeway G, 27, needle-valve H, 28, needle-valve I, 29, filtration members B, 30, needle-valve J, 31, needle-valve K, 32, needle-valve L, 33, the decompression jar, 34, energy storage tank, 35, last connecting leg, 36, following connecting leg, 37, liquid-level switch A, 38, liquid-level switch B, 39, liquid-level switch C, 40, threeway H, 41, threeway I, 42, needle-valve M, 43, pneumatic ball valve C, 44, threeway J, 45, needle-valve N, 46, filter A, 47, pipe joint C, 48, needle-valve O, 49, filter B, 50, pipe joint D.
The specific embodiment
Below in conjunction with Figure of description, the present invention is described in detail.Shown in Figure of description:
A kind of energy-storing pressure-stabilizing oil-supply device dedicated for gasified small oil gun ignition comprises needle-valve A1, control valve A2, check-valves 3, threeway A4, four-way 5, pressure transmitter 6, threeway B7, threeway C8, needle-valve B9, magnetic valve 10, control valve B11, needle-valve C12, threeway D13, threeway E14, needle-valve D15, pipe joint A16, needle-valve E17, pipe joint B18, stop valve 19, pneumatic ball valve A20, pneumatic ball valve B21, threeway F22, needle-valve F23, needle-valve G25, threeway G26, needle-valve H27, needle-valve I28, needle-valve J30, needle-valve K31, needle-valve L32, last connecting leg 35, following connecting leg 36, liquid-level switch A37, liquid-level switch B38, liquid-level switch C39, threeway H40, threeway I41, needle-valve M42, pneumatic ball valve C43, threeway J44, needle-valve N45, filter A46, pipe joint C47, needle-valve O48, filter B 49, pipe joint D50, seamless steel pipe; Also be provided with filtration members A24, filtration members B29, decompression jar 33, energy storage tank 34;
Described energy-storing pressure-stabilizing oil-supply device dedicated for gasified small oil gun ignition, its seamless steel pipe is threaded with needle-valve A1, its needle-valve A1 and control valve A2, control valve A2 and check-valves 3, the end of check-valves 3 and threeway A4, the other end of threeway A4 all is threaded by seamless steel pipe with an end of four-way 5, the vertical end of its threeway A4 is threaded with seamless steel pipe, seamless steel pipe welds with the upper end of decompression jar 33, the lower end of four-way 5 is threaded with seamless steel pipe, the upper end welding of seamless steel pipe and energy storage tank 34, the upper end of four-way 5 and pressure transmitter 6, the vertical end of the other end of four-way 5 and threeway B7, an end and the seamless steel pipe of threeway B7, the end of the other end of threeway B7 and threeway C8, the other end of threeway C8 and needle-valve B9, needle-valve B9 and magnetic valve 10, magnetic valve 10 and control valve B11, the end of control valve B11 and threeway D13, the vertical end of threeway C8 and needle-valve C12, the vertical end of needle-valve C12 and threeway D13, the end of the other end of threeway D13 and threeway E14, the other end of threeway E14 all is threaded by seamless steel pipe with needle-valve D15, its needle-valve D15 is threaded by metal hose with pipe joint A16, the vertical end of its threeway E14 is threaded by seamless steel pipe with needle-valve E17, its needle-valve E17 all is threaded by metal hose with pipe joint B18, its seamless steel pipe and stop valve 19 welding, its stop valve 19 and pneumatic ball valve A20, pneumatic ball valve A20 and pneumatic ball valve B21, the vertical end of pneumatic ball valve B21 and threeway F22, the end of threeway F22 and needle-valve F23, needle-valve F23 and filtration members A24, filtration members A24 and needle-valve G25, the end of needle-valve G25 and threeway G26, the lower end of filtration members A24 and needle-valve H27, needle-valve H27 and seamless steel pipe, the other end of threeway F22 and needle-valve I28, needle-valve I28 and filtration members B29, filtration members B29 and needle-valve J30, the other end of needle-valve J30 and threeway G26, filtration members B29 and needle-valve K31, needle-valve K31 and seamless steel pipe, the vertical end of threeway G26 and needle-valve L32, the lower end section of needle-valve L32 and decompression jar 33 1 sides, the upper end section of decompression jar 33 opposite sides and an end of last connecting leg 35, the upper end section of the other end of last connecting leg 35 and energy storage tank 34 1 sides, the lower end section of decompression jar 33 opposite sides and an end of following connecting leg 36, the lower end section of the other end of following connecting leg 36 and energy storage tank 34 1 sides, the upper end section of energy storage tank 34 positive sides and liquid-level switch A37 and liquid-level switch B38, the lower end section and the liquid-level switch C39 of energy storage tank 34 positive sides, the lower end of decompression jar 33 and the end of threeway H40, the lower end of the vertical end of threeway H40 and energy storage tank 34, the vertical end of the other end of threeway H40 and threeway I41, an end and the seamless steel pipe of threeway I41, the other end of threeway I41 and needle-valve M42, needle-valve M42 and pneumatic ball valve C43, the end of pneumatic ball valve C43 and threeway J44, the other end of threeway J44 and needle-valve N45, needle-valve N45 and filter A46 all weld by seamless steel pipe, its filter A46 and pipe joint C47 weld by metal hose, the vertical end of its threeway J44 and needle-valve O48, needle-valve O48 and filter B 49 are all by the seamless steel pipe welding, and its filter B 49 is all welded by metal hose with pipe joint D50.
Described energy-storing pressure-stabilizing oil-supply device dedicated for gasified small oil gun ignition, described needle-valve A1, needle-valve B9, needle-valve C12, needle-valve D15, needle-valve E17, needle-valve F23, needle-valve G25, needle-valve H27, needle-valve I28, needle-valve J30, needle-valve K31, needle-valve L32, needle-valve M42, needle-valve N45, needle-valve O48 are referred to as needle-valve, this needle-valve is from the market and purchases and general needle valve structure, and this described needle-valve is for selecting a kind of in needle-valve, ball valve, the stop valve.
Described energy-storing pressure-stabilizing oil-supply device dedicated for gasified small oil gun ignition, described control valve A2, control valve B11 is referred to as control valve, this control valve is for purchasing general control valve structure from the market, described check-valves 3 is for purchasing general check valve structure from the market, described pressure transmitter 6 is for purchasing general pressure transmitter structure from the market, described magnetic valve 10 is for purchasing general electromagnetic valve structure from the market, described pneumatic ball valve A20, pneumatic ball valve B21, pneumatic ball valve C43 is referred to as pneumatic ball valve, this pneumatic ball valve is from the market to be purchased and general pneumatic ball valve structure, described liquid-level switch A37, liquid-level switch B38, liquid-level switch C39 is referred to as liquid-level switch, this liquid-level switch is from the market to be purchased and general liquid-level switch structure, described filter A46, filter B 49 is referred to as filter, this filter is from the market to be purchased and general filtration device structure.
Described energy-storing pressure-stabilizing oil-supply device dedicated for gasified small oil gun ignition, described threeway A4, threeway B7, threeway C8, threeway D13, threeway E14, threeway F22, threeway G26, threeway H40, threeway I41, threeway J44 is referred to as threeway, this threeway is from the market to be purchased and general three-port structure, described four-way 5 is for purchasing general four-way structure from the market, described pipe joint A16, pipe joint B18, pipe joint C47, pipe joint D50 is referred to as pipe joint, this pipe joint is from the market to be purchased and general pipe joint structure, the described connecting leg 35 of going up, following connecting leg 36, seamless steel pipe, metal hose is the structure of tubulose.
Described energy-storing pressure-stabilizing oil-supply device dedicated for gasified small oil gun ignition, described decompression jar 33, energy storage tank 34 are the structure of pressurized tank shape.
Described energy-storing pressure-stabilizing oil-supply device dedicated for gasified small oil gun ignition, described filtration members A24, filtration members B29 are filter bottom end perforate and welding/or the structure of the pipeline that is threaded.
In above-mentioned specific implementation process: the needle-valve to described general designation is implemented with needle-valve, ball valve, manual ball valve, pneumatic ball valve respectively; To described filtration members A24, filtration members B29 respectively with the filter bottom end perforate general to purchasing from the market and be welded with structure that pipeline constituted, the general filter bottom end perforate and the structure that pipeline was constituted that is threaded are implemented to purchasing from the market; All received the good result of expection.
The present invention has carried out property on probation examination after making and finishing, and through examination on probation, has obtained the good result of expection.
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.
Claims (6)
1, a kind of energy-storing pressure-stabilizing oil-supply device dedicated for gasified small oil gun ignition, comprise needle-valve A (1), control valve A (2), check-valves (3), threeway A (4), four-way (5), pressure transmitter (6), threeway B (7), threeway C (8), needle-valve B (9), magnetic valve (10), control valve B (11), needle-valve C (12), threeway D (13), threeway E (14), needle-valve D (15), pipe joint A (16), needle-valve E (17), pipe joint B (18), stop valve (19), pneumatic ball valve A (20), pneumatic ball valve B (21), threeway F (22), needle-valve F (23), needle-valve G (25), threeway G (26), needle-valve H (27), needle-valve I (28), needle-valve J (30), needle-valve K (31), needle-valve L (32), last connecting leg (35), following connecting leg (36), liquid-level switch A (37), liquid-level switch B (38), liquid-level switch C (39), threeway H (40), threeway I (41), needle-valve M (42), pneumatic ball valve C (43), threeway J (44), needle-valve N (45), filter A (46), pipe joint C (47), needle-valve O (48), filter B (49), pipe joint D (50), seamless steel pipe is characterized in that:
Also be provided with filtration members A (24), filtration members B (29), decompression jar (33), energy storage tank (34);
Described energy-storing pressure-stabilizing oil-supply device dedicated for gasified small oil gun ignition, its seamless steel pipe is threaded with needle-valve A (1), its needle-valve A (1) and control valve A (2), control valve A (2) and check-valves (3), the end of check-valves (3) and threeway A (4), the other end of threeway A (4) all is threaded by seamless steel pipe with an end of four-way (5), the vertical end of its threeway A (4) is threaded with seamless steel pipe, seamless steel pipe welds with the upper end of decompression jar (33), the lower end of four-way (5) is threaded with seamless steel pipe, the upper end welding of seamless steel pipe and energy storage tank (34), the upper end of four-way (5) and pressure transmitter (6), the vertical end of the other end of four-way (5) and threeway B (7), an end and the seamless steel pipe of threeway B (7), the end of the other end of threeway B (7) and threeway C (8), the other end of threeway C (8) and needle-valve B (9), needle-valve B (9) and magnetic valve (10), magnetic valve (10) and control valve B (11), the end of control valve B (11) and threeway D (13), the vertical end of threeway C (8) and needle-valve C (12), the vertical end of needle-valve C (12) and threeway D (13), the end of the other end of threeway D (13) and threeway E (14), the other end of threeway E (14) all is threaded by seamless steel pipe with needle-valve D (15), its needle-valve D (15) is threaded by metal hose with pipe joint A (16), the vertical end of its threeway E (14) is threaded by seamless steel pipe with needle-valve E (17), its needle-valve E (17) is threaded by metal hose with pipe joint B (18), its seamless steel pipe and stop valve (19) welding, its stop valve (19) and pneumatic ball valve A (20), pneumatic ball valve A (20) and pneumatic ball valve B (21), the vertical end of pneumatic ball valve B (21) and threeway F (22), the end of threeway F (22) and needle-valve F (23), needle-valve F (23) and filtration members A (24), filtration members A (24) and needle-valve G (25), the end of needle-valve G (25) and threeway G (26), the lower end of filtration members A (24) and needle-valve H (27), needle-valve H (27) and seamless steel pipe, the other end of threeway F (22) and needle-valve I (28), needle-valve I (28) and filtration members B (29), filtration members B (29) and needle-valve J (30), the other end of needle-valve J (30) and threeway G (26), filtration members B (29) and needle-valve K (31), needle-valve K (31) and seamless steel pipe, the vertical end of threeway G (26) and needle-valve L (32), the lower end section of needle-valve L (32) and decompression jar (33) one sides, a upper end section of decompression jar (33) opposite side and an end of last connecting leg (35), the upper end section of the other end of last connecting leg (35) and energy storage tank (34) one sides, a lower end section of decompression jar (33) opposite side and an end of following connecting leg (36), the lower end section of the other end of following connecting leg (36) and energy storage tank (34) one sides, upper end section and the liquid-level switch A (37) and the liquid-level switch B (38) of the positive side of energy storage tank (34), the lower end section and the liquid-level switch C (39) of the positive side of energy storage tank (34), the lower end of decompression jar (33) and the end of threeway H (40), the lower end of the vertical end of threeway H (40) and energy storage tank (34), the vertical end of the other end of threeway H (40) and threeway I (41), an end and the seamless steel pipe of threeway I (41), the other end of threeway I (41) and needle-valve M (42), needle-valve M (42) and pneumatic ball valve C (43), the end of pneumatic ball valve C (43) and threeway J (44), the other end of threeway J (44) and needle-valve N (45), needle-valve N (45) and filter A (46) all weld by seamless steel pipe, its filter A (46) and pipe joint C (47) weld by metal hose, the vertical end of its threeway J (44) and needle-valve O (48), needle-valve O (48) all welds by seamless steel pipe with filter B (49), and its filter B (49) is welded by metal hose with pipe joint D (50).
2, energy-storing pressure-stabilizing oil-supply device dedicated for gasified small oil gun ignition according to claim 1, it is characterized in that: described needle-valve A (1), needle-valve B (9), needle-valve C (12), needle-valve D (15), needle-valve E (17), needle-valve F (23), needle-valve G (25), needle-valve H (27), needle-valve I (28), needle-valve J (30), needle-valve K (31), needle-valve L (32), needle-valve M (42), needle-valve N (45), needle-valve O (48) are referred to as needle-valve, this needle-valve is from the market and purchases and general needle valve structure, and this described needle-valve is for selecting a kind of in needle-valve, ball valve, the stop valve.
3, energy-storing pressure-stabilizing oil-supply device dedicated for gasified small oil gun ignition according to claim 1, it is characterized in that: described control valve A (2), control valve B (11) is referred to as control valve, this control valve is for purchasing general control valve structure from the market, described check-valves (3) is for purchasing general check valve structure from the market, described pressure transmitter (6) is for purchasing general pressure transmitter structure from the market, described magnetic valve (10) is for purchasing general electromagnetic valve structure from the market, described pneumatic ball valve A (20), pneumatic ball valve B (21), pneumatic ball valve C (43) is referred to as pneumatic ball valve, this pneumatic ball valve is from the market to be purchased and general pneumatic ball valve structure, described liquid-level switch A (37), liquid-level switch B (38), liquid-level switch C (39) is referred to as liquid-level switch, this liquid-level switch is from the market to be purchased and general liquid-level switch structure, described filter A (46), filter B (49) is referred to as filter, this filter is from the market to be purchased and general filtration device structure.
4, energy-storing pressure-stabilizing oil-supply device dedicated for gasified small oil gun ignition according to claim 1, it is characterized in that: described threeway A (4), threeway B (7), threeway C (8), threeway D (13), threeway E (14), threeway F (22), threeway G (26), threeway H (40), threeway I (41), threeway J (44) is referred to as threeway, this threeway is from the market to be purchased and general three-port structure, described four-way (5) is for purchasing general four-way structure from the market, described pipe joint A (16), pipe joint B (18), pipe joint C (47), pipe joint D (50) is referred to as pipe joint, this pipe joint is from the market to be purchased and general pipe joint structure, the described connecting leg (35) of going up, following connecting leg (36), seamless steel pipe, metal hose is the structure of tubulose.
5, energy-storing pressure-stabilizing oil-supply device dedicated for gasified small oil gun ignition according to claim 1 is characterized in that: described decompression jar (33), energy storage tank (34) are the structure of pressurized tank shape.
6, according to claim 1 or 3 described energy-storing pressure-stabilizing oil-supply device dedicated for gasified small oil gun ignition, it is characterized in that: described filtration members A (24), filtration members B (29) are filter bottom end perforate and welding/or the structure of the pipeline that is threaded.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2007101108009A CN100520182C (en) | 2007-06-18 | 2007-06-18 | Energy-storing pressure-stabilizing oil-supply device dedicated for gasified small oil gun ignition |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2007101108009A CN100520182C (en) | 2007-06-18 | 2007-06-18 | Energy-storing pressure-stabilizing oil-supply device dedicated for gasified small oil gun ignition |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101055088A true CN101055088A (en) | 2007-10-17 |
| CN100520182C CN100520182C (en) | 2009-07-29 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2007101108009A Expired - Fee Related CN100520182C (en) | 2007-06-18 | 2007-06-18 | Energy-storing pressure-stabilizing oil-supply device dedicated for gasified small oil gun ignition |
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| CN (1) | CN100520182C (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104132366A (en) * | 2013-06-21 | 2014-11-05 | 河南奥科电力技术有限公司 | Energy-saving fuel system for thermal power plant |
-
2007
- 2007-06-18 CN CNB2007101108009A patent/CN100520182C/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104132366A (en) * | 2013-06-21 | 2014-11-05 | 河南奥科电力技术有限公司 | Energy-saving fuel system for thermal power plant |
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| Publication number | Publication date |
|---|---|
| CN100520182C (en) | 2009-07-29 |
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Assignee: Hunan Datang Energy-Saving Science & Technology Co., Ltd. Assignor: Zhongjiehuan (Beijing) Technology Co., Ltd. Contract record no.: 2010110000101 Denomination of invention: Energy-storing pressure-stabilizing oil-supply device dedicated for gasified small oil gun ignition Granted publication date: 20090729 License type: Exclusive License Open date: 20071017 Record date: 20100730 |
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