WO2007126137A1 - Flame injection device - Google Patents

Flame injection device Download PDF

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Publication number
WO2007126137A1
WO2007126137A1 PCT/JP2007/059431 JP2007059431W WO2007126137A1 WO 2007126137 A1 WO2007126137 A1 WO 2007126137A1 JP 2007059431 W JP2007059431 W JP 2007059431W WO 2007126137 A1 WO2007126137 A1 WO 2007126137A1
Authority
WO
WIPO (PCT)
Prior art keywords
flame
tip
diameter
nozzle
cylindrical body
Prior art date
Application number
PCT/JP2007/059431
Other languages
French (fr)
Japanese (ja)
Inventor
Kazunori Yamamoto
Original Assignee
Japan Energy Laboratory Co. Ltd.
Shinka Co. Ltd.
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Japan Energy Laboratory Co. Ltd., Shinka Co. Ltd. filed Critical Japan Energy Laboratory Co. Ltd.
Priority to KR1020087028639A priority Critical patent/KR101293513B1/en
Priority to EP07742866A priority patent/EP2014977A1/en
Priority to JP2008513334A priority patent/JP4307519B2/en
Priority to CN2007800217774A priority patent/CN101466979B/en
Publication of WO2007126137A1 publication Critical patent/WO2007126137A1/en

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Classifications

    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F23—COMBUSTION APPARATUS; COMBUSTION PROCESSES
    • F23D—BURNERS
    • F23D14/00—Burners for combustion of a gas, e.g. of a gas stored under pressure as a liquid
    • F23D14/46—Details, e.g. noise reduction means
    • F23D14/70—Baffles or like flow-disturbing devices
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F23—COMBUSTION APPARATUS; COMBUSTION PROCESSES
    • F23D—BURNERS
    • F23D11/00—Burners using a direct spraying action of liquid droplets or vaporised liquid into the combustion space
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F23—COMBUSTION APPARATUS; COMBUSTION PROCESSES
    • F23D—BURNERS
    • F23D11/00—Burners using a direct spraying action of liquid droplets or vaporised liquid into the combustion space
    • F23D11/24—Burners using a direct spraying action of liquid droplets or vaporised liquid into the combustion space by pressurisation of the fuel before a nozzle through which it is sprayed by a substantial pressure reduction into a space
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F23—COMBUSTION APPARATUS; COMBUSTION PROCESSES
    • F23D—BURNERS
    • F23D11/00—Burners using a direct spraying action of liquid droplets or vaporised liquid into the combustion space
    • F23D11/36—Details, e.g. burner cooling means, noise reduction means
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F23—COMBUSTION APPARATUS; COMBUSTION PROCESSES
    • F23D—BURNERS
    • F23D11/00—Burners using a direct spraying action of liquid droplets or vaporised liquid into the combustion space
    • F23D11/36—Details, e.g. burner cooling means, noise reduction means
    • F23D11/40—Mixing tubes or chambers; Burner heads
    • F23D11/408—Flow influencing devices in the air tube
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F23—COMBUSTION APPARATUS; COMBUSTION PROCESSES
    • F23D—BURNERS
    • F23D2900/00—Special features of, or arrangements for burners using fluid fuels or solid fuels suspended in a carrier gas
    • F23D2900/11402—Airflow diaphragms at burner nozzle

Definitions

  • the present invention is such that fuel is supplied from a fuel source and a flame injection nozzle is provided at the front end.
  • the above ⁇ surrounds the flame injector and is concentric with the axis of the above-mentioned flame injection nozzle Extended forward
  • the flame blower nozzle and the through-holes are circular, and the upper flame flame nozzle is located at the fifth position near the flame tftlt nozzle.
  • a flame-cutting plate that is arranged concentrically with the axis of the nozzle flame so as to be orthogonal to the axis, and is configured to inject a flame from the upper neck flame injection nozzle,
  • the position of the extended end of the pipe is the above-mentioned third position between 3 ⁇ 4 ⁇ : the first position of the tip of the flame injection nozzle and the second position of the tip of the inner flame of the above-mentioned flame flame,
  • the present invention relates to a flame injection apparatus in which the diameter of the opening at the extended end of the pipe is set to a diameter ⁇ 2 larger than ⁇ 2 ⁇ 1 at the second standing end of the inner flame of the above-mentioned flame.
  • the fuel F force S is supplied from the fuel source through the fuel pipe 12 as shown in FIGS. 22, 23, and 24, and a flame injection nozzle 13 is attached to the front end.
  • the flame injector 1 1 and the flame injection nozzle 1 3 are surrounded by the flame injector 1 1 from the gas jet (Fig. ⁇ 3 ⁇ 4rf) that sends out the gas G containing firewood or wisteria.
  • a blow pipe 21 extending concentrically forward, a circular shape having a through-hole, and a flame at a fifth position on the tip of the flame injection nozzle 1 3 of the flame Pgtt device 1 1 It is arranged concentrically with the axis of the flame injection nozzle 1 3 so that it is perpendicular to the axis of the injection nozzle 1 3! It has a translating plate 4 1, and from the feed, an acid-containing gas G is introduced into the blower pipe 2 1 in a state of air flow.
  • the third installation P 3, which is the erection of the blower pipe 21, is set to the first position ⁇ 1 at the tip of the flame 3 ⁇ 4 # ⁇ NOZONO 13 and the position of the wind-cut plate 41.
  • Figure 5 shows the age of a fifth position ⁇ 5 as the back of the third position ⁇ 3.
  • Figure 23 shows the same third position ⁇ 3 as the first position ⁇ 1 and the flame ⁇ inner flame b
  • the second position P 2 at the tip of 1 is positioned between the second position P 2 and the fifth position P 5, which is the position of the wind cutting plate 41, is located in front of the third position P 3:
  • ⁇ 4 is the same third ⁇ the standing position P 3 is set to the same second position P 2 and the fifth position P 5 which is the position of the wind-cut plate 41 is set to the front of the third position P 3.
  • the flame injector 11 1 flames ⁇ Noznore 1 3 to Ptlti "flame flame shape and pre-fired It is widely used, but flame orchid nozzle 1 3 is fired from lii "flame B's inner flame b 1 and flame B's « b 2 also during flame injection Nozure 1 3
  • a small part of the fuel F in the stale state does not become the flame B but is mixed in the flame B as the unburned construction material in the crane state, and the partial power of the unburned fuel in the crane state S flame B It remains in the state and unburned
  • the present invention proposes a novel flame injection device that can avoid the above-mentioned drawbacks. Disclosure of the invention
  • the flame tfttt device includes a flame P sprayer and a wisteria or spear that is supplied with fuel from a fuel source and is equipped with a flame injection nozzle at the front end! It consists of gas » ⁇
  • a blower that sends out a gas surrounds the above-mentioned flame injector, a blower pipe extending concentrically forward with the axis of the flame injection nozzle, and a circle with a through hole Concentrated with the axis of the above-mentioned flame injection nozzle so as to be perpendicular to the axis of the above-mentioned flame injection nozzle at the fifth position near the flame injection nozzle of the above-mentioned flame injection nozzle.
  • a flame cutting nozzle, and a flame is injected from the flame injection nozzle.
  • the position of the extended end of the blower pipe is changed from the first position of the tip of the flame injection nozzle.
  • the above-mentioned extension of the above-mentioned feeding rod is used as the third rod position between the tip of the flame flame and the second position.
  • the diameter of the opening of the flame is set to a diameter ⁇ 2 larger than ⁇ 1 at the position corresponding to the second standing position of the tip of the flame flame,
  • the fourth position between the first position of the tip of the tip and the second position of the tip of the upper flame 3 ⁇ 4> the flame has an inner diameter ⁇ 3 that is larger than the female at the fourth position but smaller than the diameter ⁇ 2 of the tip opening of the air duct, and the fourth position is at the fourth position.
  • 3 has an outer diameter ⁇ 4 smaller than the diameter ⁇ 2 of the front end opening of the blower pipe, which is at or near the position 3 or behind the third position, but the fourth position is the third position.
  • the front of the position ⁇ Turbulent vortex microcircular with ⁇ 4 that is smaller than the diameter ⁇ 2 of the tip opening of the blast pipe or equal to the diameter ⁇ 2 or larger than the diameter ⁇ 2 «
  • the plate surface is placed on a plane perpendicular to the axis of the upper vagina flame and is arranged concentrically with the upper vagina flame.
  • the flame injection device is a flame pitt device in which fuel is supplied from a fuel source and a flame injection nozzle is mounted at the front end thereof, or an acid-aged gas comprising gas containing From the feed that sends out the gas, it surrounds the above-mentioned flame injector, and the upper ff flame injection nozzle is concentric with the axis of the nozzle, and has a through-hole and a circular shape.
  • the diameter of the opening at the end is set to a diameter ⁇ 2 larger than the diameter ⁇ 1 at the second standing end of the above-mentioned flame inner flame
  • the first position of the tip of the air is close to the tip of the blower tube in the fifth position of the wind-cut plate, and the second position of the tip of the internal flame of the upper flaming flame from the sixth position.
  • a first opening end having an inner diameter ⁇ 3 1 smaller than the diameter ⁇ 2 of the tip opening of the blower pipe and a larger diameter than the inner diameter ⁇ 3 1
  • a turbulent flow generating fine circle having a second open end having an inner diameter ⁇ 3 2 larger than ⁇ ⁇ 1 at a position corresponding to the second position of the upper flame.
  • the soot cylinder has the above-mentioned second opening end in front of the above-mentioned flame injection rule and the above-mentioned first opening end in the above-mentioned fourth position. Concentric with axis It is arranged. W 200
  • the flame «t device is such that a fuel is supplied from a fuel source and a flame spray nozzle is attached to the front tip, and a gas containing ⁇ or From the feed that sends out the acid-refractory gas consisting of the above, surrounding the upper flame flame injector, above 5 ⁇ flame jet, extending forward concentrically with the nozzle axis, the air blow pipe, and the through hole 3 ⁇ 4A: Flame injector flame Noz, tip of the nozzle at the fifth position near the tip of the nozzle, so as to be perpendicular to the axis of the flame injection nozzle.
  • a flame cutting nozzle is arranged concentrically with the axis of the flame injection nozzle, and the flame power S is injected from the flame injection nozzle, and the position of the extended end of the blow pipe is Flame 3 ⁇ 4tt
  • the third position between the first position of the nozzle tip and the second position of the flame inner flame tip, and The diameter of the opening at the long end is set to a diameter ⁇ 2 larger than ⁇ ⁇ 1 at the second position of the tip of the inner flame of the above-mentioned flame!
  • the first position of the upper nozzle of the jet nozzle is separated from the tip of the blow pipe in the fifth position of the wind plate, and the inner flame of the upper flame is detected from the sixth position.
  • the apparatus includes a flame injector that is supplied with fuel from a fuel source and is equipped with a flame injection nozzle at the front end thereof, and a feeder that delivers acid-hazardous gas composed of gas containing soot or soot.
  • a flame injector that is supplied with fuel from a fuel source and is equipped with a flame injection nozzle at the front end thereof, and a feeder that delivers acid-hazardous gas composed of gas containing soot or soot.
  • the above-mentioned flame flame P ⁇ extends forward and concentrically with the nozzle shaft, and has a circular fan shape with a through-hole and a through hole.
  • the diameter of the opening at the extension end of the third ( ⁇ i, and above feed) 3 ⁇ 4 is larger than ⁇ 3 ⁇ 4 ⁇ 1 at the position corresponding to the second position of the tip of the internal flame
  • a flame t * spraying device with a diameter of ⁇ 2 the first position of the tip of the upper flame injection nozzle of the upper flame is close to the tip of the blow pipe in the fifth position of the wind-cut plate.
  • the large diameter is smaller than the diameter ⁇ 2 of the tip opening of the blow pipe.
  • a first opening end having 1 0 1 and a second opening having an inner diameter ⁇ 1 0 2 larger than the inner diameter ⁇ 1 0 1 and larger than ⁇ 1 at the second position of the above-mentioned soot flame A first conical cylindrical body having a first end or a first circular cylindrical body, a first open end having an inner diameter ⁇ 3 1 ′ equal to the inner diameter ⁇ 1 0 2, and the inner diameter ⁇ 3 1 ′
  • the fluctuating turbulent flow is concentrically connected to the second circular cylinder or the second circular cylinder.
  • a turbulent flow of acid-rich gas is generated around the flame, and the partial force of the turbulent flow is combined in the S flame, contributing to the flame formation of the unburnt material in the flame.
  • the turbulent vortex suppresses the unburned building material in the flame from turning out of the flame.
  • FIG. 3 is a side view showing a third example of the flame injection device according to the present invention.
  • FIG. 23 is a schematic diagram showing another example of a conventional flame injection device.
  • FIG. 24 is a schematic diagram showing still another example of the conventional flame plt device. BEST MODE FOR CARRYING OUT THE INVENTION
  • FIG. 1 a first difficult example of the flame plow apparatus according to the present invention will be described.
  • the first example of the flame injector by this effort is the conventional flame injector shown in Fig. 22.
  • the fuel source rn rt is a fuel injector 1 1 which is supplied with fuel F force S via a fuel pipe 1 2 and is equipped with a flame injection nozzle 1 3 at the front end.
  • ⁇ or ⁇ consisting of a gas containing wisteria ⁇ sending gas G (from figure ⁇ , surrounding flame injector 1 1 and extending forward concentrically with the axis of flame injection nozzle 1 3 Blowing pipe 2 1 which has a through hole and a circular shape, and flame Rftti device 1 1 Flame P Corrosion Nozure 1 3 Flame near fifth end P 5 It has a wind-cut plate that is arranged concentrically with the axis of the flame injection nozzle 1 3 so as to be orthogonal to the axis of the injection nozzle 1 3.
  • the fuel is supplied from the fuel source to the flame injector 11.
  • F fuel pipe 1 2 through the fuel injection nozzle 13 of the flame injector 1 1 the fuel F is ejected to the 3 ⁇ 4 ⁇ state, and the point to the fuel F in that state is Flame injection nozzle 1 3 force, flame B having a shape consisting of the inner flame b 1 and a higher temperature ⁇ b 2 and expanding greatly toward the front is made to be injected forward, and
  • the vertical end of the blower tube 2 1 is set up, the flame injection nozzle 1 1 from the first position P 1 at the tip of the flame injection nozzle 1 1, the flame injection nozzle 1 3 force, and the flame B flame b Set the third position P3 between the first position of P1 up to the second position P2, and set the third position P3 to flame.
  • the first position P 1 of the tip of the flame injection nozzle 13 and the fifth position P of the wind-cut plate 41 are used.
  • 6th position close to the tip of the blast pipe 2 1 in 5 (Fig. ⁇ Rf) Force
  • 4th position P 4 between the flame B inner flame b 2nd position P 2 of the tip of 1 ⁇ ⁇ in its fourth position P4 flame B in the fourth position P4 (Fig. -f) has an inner diameter ⁇ 3 smaller than the diameter ⁇ 2 of the tip opening of the blower tube 21 and ⁇ ⁇ 4 smaller than the diameter ⁇ 2 of the tip opening of the blower tube 21.
  • the flame injection device according to the present invention of the first embodiment of the flame injection device, ⁇ , flame P ⁇ nosunre 1 3
  • the first position P 1 of the tip and the fifth position P 1 of the wind cutting plate 41 The second position of the tip of the inner flame b 1 from the sixth position to the tip of the blow pipe 21 in the P 5 from the sixth position
  • the position between P 2 is the fourth position P 4
  • the turbulent vortex 3 1 force is obtained at the fourth position P 4, so the inside of the blow pipe 2 1 and the wind cut plate 4
  • the acid total gas G that is sent forward through 1 is interrupted by the plate part 3 2 of the turbulent vortex 3 1 and forms the inner diameter ⁇ 3 of the turbulent vortex 3 1
  • the outer surface of the tongue L vortex flow ⁇ ffl circle 3 1 and the inner surface of the air duct 2 1 For this reason, the negative pressure of the gas G is generated in front of the back side of the turbulent vor
  • ⁇ ⁇ gas G is injected from the flame injection nozzle 1 3 of the flame injector 1 1! «
  • the turbulent vortices 3 1 force is effective compared to the age of the conventional flame injection device M, which is accompanied by Fig. 22.
  • the flame injection device MM according to the present invention having such a configuration, it is shown in FIG. 1 except that it is 1 " ⁇ : flame according to the invention [> Since it has the same configuration as ⁇ , detailed description is omitted, but the same operation and effect as the flame injector S according to the present invention shown in Fig. 1 can be obtained.
  • the third male example of the flame injection device according to the present invention is that the turbulent flow generating circular rod 3 1 force ⁇ 4 is changed to be smaller than the diameter ⁇ 2 of the front end opening of the blower tube 21, and 2 has the same configuration as: ⁇ in the second embodiment of the flame injector SM according to the invention, except that it is larger than the diameter ⁇ 2 of the tip opening of FIG.
  • the third embodiment of the flame injection device gM according to the present invention having such a configuration, it has the same configuration as that of the flame injection device according to the invention shown in FIG. Although detailed explanation is omitted, the second of the flame injection device gM according to the invention shown in FIG. In the example: The same effect as ⁇ can be obtained.
  • Example 4 The same effect as ⁇ can be obtained.
  • the fourth embodiment of the flame injector SM is configured such that the fourth position P 4 where the turbulent flow generating circle 31 is disposed, the fifth position P 5 of the wind-cut plate 41 and the flame
  • the second position P 2 is the position of the tip of the inner flame b 1 of the flame B 3 has the same configuration as that of the first example of the flame injection apparatus according to the invention shown in FIG.
  • the fourth embodiment of the flame injection device M of the present invention having such a configuration, it has the same configuration as the flame injection device SM shown in FIG. Therefore, although detailed explanation is omitted, the first of the flame injection apparatus according to the present invention shown in FIG. The same effects as in the embodiment can be obtained.
  • Example 5
  • the configuration similar to the age of the flame soot shown in FIG. Therefore, although detailed explanation is omitted, it is shown in Fig. 4 by adjusting ⁇ 4 of the vortex vortex 3 1 in advance so that it is not so small as the differential force S from the inner diameter ⁇ 2.
  • the effect similar to that of: ⁇ in the fourth male example of flame injection gM according to the invention is obtained.
  • the fifth position ⁇ 5 of the wind cutting plate 41 is replaced with the front of the first position ⁇ 1 at the tip of the flame injection nozzle 13.
  • the first position ⁇ 1 is the rear side of the conventional flame injection device, except that it has a structure similar to the age of the ⁇ ⁇ in Fig. 23, and shown in Fig. 1.
  • the sixth example of the flame injection expansion according to the present invention is as follows:
  • the flame injector 1 1 the flame injection nozzle 1 1 the tip position of the tip 3 P 1, the flame injection nozzle 1 3 tip of the tip
  • the fourth position P 4 between position P 1 and the inner flame b 1 of the flame B to the second position P 2 at the tip of the flame 1 is the circular plate for generating turbulent flow at the fourth position P 4.
  • 3 1 is selfish, so as shown in Fig.
  • ⁇ gas G is ahead of the first position P 1 which is the tip of the flame injection nozzle 1 3, turbulent vortex flow 3 1 E is sent forward, and then the turbulent flow E becomes a gas G, which is fired from the flame injector 1 1 flame P ⁇ Nozonre 1 3 P! Used for fuel F.
  • the conventional flame jet butterfly 3 ⁇ 4M: ⁇ also has a circular flame plate 3 1 for turbulent flow generation as shown in Fig. 2 ⁇
  • Gas G is sent forward in a steady flow that is not a turbulent flow or a tongue L flow, in front of the first position P 1 that is the position of the tip of the flame injection nozzle 1 3, and
  • the flame spray nozzle 1 1 of the jet sprayed from the spray jet 1 3 is just acting with the atomized fuel F.
  • the acid ⁇ gas G is applied to the fuel F in the P ⁇ state injected from the flame injection nozzle 13 of the flame P device 11. This is more effective than the conventional flame sprayer described above with reference to Fig. 23.
  • the fifth position P 5 of the wind cutting plate 41 is set as the rear of the first position P 1 which is the position of the tip of the flame injection nozzle 13.
  • the fourth position P of the flame 3 ⁇ 4 t ⁇ g of the present invention shown in FIG. instead of the first position P 1 which is the position of the tip of the flame injection nozzle 1 3, the fifth position P 5 of the wind-cut plate 4 1 and the flame B
  • the flame injection device according to the sixth embodiment of the flame injection device « ⁇ shown in Fig. 6 is a position between the second position P 2 which is the position of the tip of the flame b 1 It has the same configuration as.
  • the seventh example of the flame injection device according to the present invention having such a structure, the sixth example of the flame jet gM according to the invention of the forest shown in FIG. Since it has the same configuration as the age of the difficult example, detailed description is omitted, but the same operation and effect as the flame injection device M according to the present invention shown in FIG. 6 can be obtained.
  • Example 8 an eighth embodiment of the flame soot apparatus according to the present invention will be described with reference to FIG.
  • the fourth position P 4 of the turbulent flow generating circular rod 31 is shown in FIG. 4, and the fourth male example of the flame orchid device according to the forest invention shown in FIG.
  • ⁇ As the position between the 5th position P5 of the windshield 4 1 and the second position P2 of the inner flame b1 of the flame B 1! /
  • the second position P 2 that is the position of the inner flame b 1 of the flame B! /
  • It has the same configuration as the sixth example: ⁇ .
  • the above is the configuration of the ninth embodiment of the flame injection apparatus M according to the present invention.
  • the eighth male example of the flame injection device SM according to the present invention shown in FIG. 8 ⁇
  • the tongue is adjusted in advance within a range where ⁇ ⁇ 4 of the scalpel 3 1 for torrential flow generation is not so large. The same action and effect as the injection device can be obtained.
  • the 10th embodiment of the flame injection device M according to the present invention shows the outer diameter ⁇ 4 of the circular plate 31 for generating turbulent flow, and the fifth example of the flame injection device 3 ⁇ 4M according to the present invention shown in FIG.
  • Fig. 9 shows the same structure as ⁇ in the ninth example of the flame injector according to the 1 "* invention.
  • the fifth position P 5 of the wind cutting plate 41 is replaced with the first position P 1 at the tip of the flame injection nozzle 13 as the front. Except that the first position P1 is behind the conventional flame injection device gM as shown in Fig. 24 :! Same configuration as ⁇ In the first embodiment of the flame P fitting gM according to the invention as shown in FIG. 1: As with tj ⁇ , the first position of the tip of the flame injection nozzle 1 3 of the flame injector 1 1 1 The first position P 1 of the tip of the flame injection nozzle 1 3 is the fourth position P 4 between the first position P 1 of the flame injection nozzle 1 and the second position P 2 of the inner flame b 1 of the flame B 1.
  • the position of the extended end of the blow pipe 21 is the same as that of the conventional flame injection device g shown in FIG.
  • the third position P 3 is the second position P 2 which is the position of the tip of the inner flame b 1 of the flame B, the flame injection nose, the nore 1 3 force, etc.
  • the gas G is P from the flame injection nozzle 1 3 of the flame injector 1 1 to the fuel F in a state where it is P ⁇ .
  • Turbulent vortex flow f ffl ⁇ 3 1 force 3 ⁇ 4 Acts more effectively than the conventional flame injection device with unillustrated Fig. 24.
  • Fig. 13 Shown ⁇ : Flame according to the invention Pftf ⁇ gM
  • the first example of gM is the 4th position P 4 of the turbulent flow 3 1 and the 5th position of the wind-cut plate 4 1
  • the second position P 2 is the position of the tip of flame B's inner flame b 1.
  • This has the same configuration as that of the first and second embodiments of the flame injection device gM according to the present invention shown in FIG.
  • the above is the configuration of the first example of the flame I * firing apparatus M according to the present invention.
  • the first embodiment of the flame injector according to the invention 1 is a turbulent vortex generator ⁇ ffl Ento 3 1 Force flame B flame H ⁇ Noz, No 1 1 Standing P 1 and wind-cutting plate 4 5th ⁇ : Close to the tip of the blower pipe 2 1 in the place P 5, from the 6th position to the 2nd position of the flame B internal flame b 1 from the 6th position A first open end having an inner diameter ⁇ 3 1 that is larger than the diameter ⁇ 2 of the tip opening of the blower tube 21 but smaller than the diameter ⁇ 2 at the fourth position between P 2 and the inner diameter ⁇ 3 Replaced by a turbulent vortex generator 5 1 with a second open end with an inner diameter ⁇ 3 2 greater than 1 and flame B at the second position P 2 of ⁇ B
  • the turbulent vortex generating circular body 5 1 has the second opening end having the same 4 ⁇ 4 2 as ⁇ ⁇ 4 of the turbulent vortex generating circle ⁇ 3 1, and the first opening end With the second opening end ⁇ ⁇ 4
  • FIG. 15 A 15th embodiment of the flame injection device according to the present invention shown in FIG.
  • the inner diameter of the first open end ⁇ 3 ⁇ ⁇ ⁇ 4 1 is the same inner diameter!
  • the first open end with W ⁇ and the second opening of the turbulent flow-shaped circular body 5 1 End inner diameter ⁇ 3 2 and ⁇
  • Fig. 16 shows an example of a flame jet apparatus according to the invention in the first sixteenths of a turbulent flow ⁇ ⁇ circular body 5 1 force its first opening inner diameter ⁇ 3 1 the same inner diameter ⁇ 6 1 , A first open end having the same inner diameter ⁇ 71 as the inner diameter ⁇ 61, and the second of the turbulent vortex generator 51 A circular body 70 having a second opening end having the same inner diameter ⁇ 7 2 as the inner diameter ⁇ 3 2 of the open end and force 70 1 Is replaced by a turbulent vortex generating cylindrical body 90 concentrically, and the turbulent vortex generating cylindrical body 90 force S, the second of the conical cylindrical body 70
  • the open end is assumed to have a turbulent vortex flow circle «like body 5 1 ⁇ ⁇ 4 2 ⁇ ⁇ ⁇ 8 2, and the first open end of circle «like body 7 0 is smaller than ⁇ 8 2 ⁇ 8
  • the cylindrical body 6 0 has the same ⁇ f ⁇ as ⁇ 8 1 and the cylindrical end of the cylindrical body 70 is opposite
  • the seventh embodiment of the flame injection device according to the invention shown in FIG. 14 is shown in FIG. Since it has the same configuration as # ⁇ in the example, detailed description is omitted, but the same effect and effect as tj ⁇ in the 1st 4th H3 ⁇ 4 example of the flame injection device by Akira Hayashi shown in Fig. 14 can be obtained .
  • the 18th embodiment of the flame injection device by Tomoaki Hayashi shows that the turbulent vortex generator ⁇ ffl cylindrical body 90 has a cylindrical body 60 force with the same inner diameter ⁇ 10 1 as its inner diameter ⁇ 61 1 open end and its inner diameter ⁇ 1 0 1 is larger than the diameter of the cylindrical body for turbulent vortex generation 9 0 «Inner diameter of the second open end of 7 0
  • the conical cylindrical body 110 having a second open end with 2 is difficult, and accordingly the inner diameter ⁇ of the first open end of the conical cylindrical body 70 of the turbulent vortex generator 90 7 1 Force S circular body 1 1 0 2nd opening end inner diameter ⁇ 1 0 2 is changed to the same inner diameter, and circular opening 70 0 1st opening end is the second opening end
  • the second open end of the conical cylindrical body 110 has the same reed as that of the first open end of the circular body 70.
  • the first open end of the circular body 1 1 0 has a ridge smaller than the female of the second open end. Except that it
  • FIG. 16 shows the configuration of the 16th embodiment of the flame injection device according to the present invention, except that it is; Since it has the same structure as t, detailed description is omitted, but the same effect as the ⁇ of the 16th embodiment of the flame injection apparatus according to the invention shown in Fig. 16 can be obtained.
  • Example 1 9
  • FIG. 19 portions corresponding to those in FIG. 17 and FIG.
  • the circular rod-shaped body 1 1 0 of the cylindrical body for turbulent flow generation 9 0 has an inner diameter ⁇ 1 0 of the first opening end. 1
  • the first open end with the same inner diameter as the lantern and the second inner diameter ⁇ 1 0 2 of the second open end of the conical cylindrical body 110 2
  • the second with the same inner diameter as the RXM diameter Fig. 18 has the same configuration as the 18th Mai example of the flame injector according to the invention shown in Fig. 18 except that it is replaced with a circular cylinder 1 2 0 having an open end of .
  • FIG. 18 shows the same effect as the ⁇ of the 18th example of the flame flame apparatus according to the present invention.
  • FIG. 2 The first embodiment of the flame injection device according to the invention shown in Fig. 1 shows that the turbulent vortex flow ⁇ ffl cylindrical body 90 force no force its first open end inner diameter ⁇ 1 0 1 and a first opening end having the same inner diameter as each of the rW rods, and an inner diameter ⁇ 1 0 2 of the second opening end of the conical cylindrical body 110, and a second opening end having the same inner diameter ⁇ Except that it has been replaced with a circular cylinder 1 2 0! / *, It has the same configuration as the nineteenth embodiment of the flame injection device according to the invention shown in FIG. Have.
  • the 19th implementation of the flame injection device according to the present invention shown in FIG. Since the configuration is the same as that of!, Detailed description is omitted, but the same effect as the age of the nineteenth embodiment of the flame flame apparatus according to the present invention shown in FIG. 19 can be obtained.
  • Position P 4 can be changed to the rear of the third position P 3 or the third position, which is the position of the extended end of the blower pipe 21.
  • ⁇ ⁇ 4 of the turbulent vortex generating circle 3 ⁇ 43 ⁇ 4 3 1 is the fourth ⁇ standing ⁇ 4 force S where the turbulent vortex generating ⁇ ⁇ circle 3 1 is arranged.
  • Position 3 Behind 3 or 3rd position ⁇ 3 ⁇ 4 Wind tube 2 Diameter of tip opening 1 is smaller than ⁇ 2, Turbulent vortex ring 3 1 force 3 ⁇ 4 4th Position P 4 force S forward of the third position P 3 which is the position of the extended end of the blower pipe 21: smaller than or equal to the diameter ⁇ 2 of the end opening of the pipe 21 or Various changes can be made to the case where the circular plate 31 for generating the L peristaltic flow is provided in a range in which the diameter is larger than the diameter ⁇ 2.
  • the turbulent vortex generating circle 31 is assumed to have a ventilation hole formed in the plate portion 3 2. It is also possible to provide a thin notch force s extending from the outer edge toward the inside. Furthermore, the turbulent flow generating circular body 51 in the 14th embodiment of the flame injection device according to the present invention, and the turbulent flow generating cylinder 3 ⁇ 4 circular cylinder in the 15th embodiment of the flame injection device according to the present invention. 52. Cylindrical body 90 of turbulent vortex generating cylinder 90 in the first, sixth, eighth, and twenty-first embodiments of the flame injection device according to the present invention, and the flame B propelling device according to the present invention.
  • the cylindrical body 80 for turbulent vortex flow generation 90 in the first, first, ninth, and second first embodiments is provided with a plurality of air holes dispersed therein and / or inside from the outer edge.
  • a plurality of TO notches extending in the direction of the head can be provided with equiangular spacing, and various modifications, changes, and the like can be made without departing from the spirit of the present invention. It will be apparent that changes can be made.
  • the flame injection device according to the present invention can be widely used as a flame soot device itself, as a boiler or boiler.

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Abstract

A flame injection device comprising a flame injector, an air blowing pipe surrounding the flame injector and extending forward from a blower blowing oxygen-containing gas, and an air baffle plate, wherein the combustion efficiency of fuel supplied to the flame injector and a flame temperature injected from the flame injector should be increased. For the above purposes, a turbulent vortex flow generating annular plate, having an inner diameter larger than the outer diameter at a fourth position of the flame but smaller than the tip end opening diameter of the air blowing pipe, and having an outer diameter smaller than the tip end diameter (φ2) of the air blowing pipe when the fourth position is at or behind the tip end position of the air blowing pipe, or an outer diameter smaller than, equal to or larger than the diameter (φ2) when the fourth position is ahead of the tip end position of the air blowing pipe, is disposed concentrically with the flame at the fourth position between the tip end position of the flame injection nozzle of the flame injector and the tip end position of the inner flame of the flame injected from the flame injector.

Description

火炎噴射装置  Flame injection device
技術分野 Technical field
本発明は、 燃料源から燃料が供給されるようになされ且つ前方先端に火炎噴射ノズルを 明  The present invention is such that fuel is supplied from a fuel source and a flame injection nozzle is provided at the front end.
装着している火炎噴射器と、藤または^ *を含む気体でなる^^有気体を送出する送 纖から、 上言 Είλ:炎噴射器を取り囲んで、 上言狄炎噴射ノズルの軸と同心的に前方に延長 書 From the installed flame injector and the feed that sends gas with a gas containing wisteria or ^ *, the above Είλ: surrounds the flame injector and is concentric with the axis of the above-mentioned flame injection nozzle Extended forward
してレ、る送風管と、 貫通孔を有して円 ¾状であり、 且つ上言狄炎卩謝器の火炎 tftltノズ ルの先 傍の第 5の位置に上言狄炎噴射ノズルの軸と直交するように上言狄炎 ノズ ルの軸と同心的に配されてレヽる風切板とを有して、 上首狄炎噴射ノズルから火炎が噴射さ れるようになされ、 上記送風管の延長端の位置を、 上言 ¾λ:炎噴射ノズルの先端の第 1の位 置から上言狄炎の内炎の先端の第 2の位置までの間の第 3の 置とし、 上記送風管の延長 端の開口の径を、 上言狄炎の内炎の先端の第 2の立置での^圣 φ 1よりも大きな径 φ 2と してレ、る火炎噴射装置に関する。 The flame blower nozzle and the through-holes are circular, and the upper flame flame nozzle is located at the fifth position near the flame tftlt nozzle. A flame-cutting plate that is arranged concentrically with the axis of the nozzle flame so as to be orthogonal to the axis, and is configured to inject a flame from the upper neck flame injection nozzle, The position of the extended end of the pipe is the above-mentioned third position between ¾λ: the first position of the tip of the flame injection nozzle and the second position of the tip of the inner flame of the above-mentioned flame flame, The present invention relates to a flame injection apparatus in which the diameter of the opening at the extended end of the pipe is set to a diameter φ 2 larger than ^ 2 φ 1 at the second standing end of the inner flame of the above-mentioned flame.
背景技術 Background art
従来、 図 2 2、 図 2 3及び図 2 4に示すような、燃料源 から燃料管 1 2を 介して燃料 F力 S供給されるようになされ且つ前方先端に火炎噴射ノズル 1 3を装着してい る火炎噴射器 1 1と、 隨または藤を含む気体でなる 有気体 Gを送出する送廳 (図 ^¾rf) から、 火炎 B蕭器 1 1を取り囲んで、 その火炎噴射ノズル 1 3の軸と同心的 に前方に延長している送風管 2 1と、 貫通孔を有して円¾状であり、 且つ火炎 Pgtt器 1 1の火炎噴射ノズル 1 3の先 旁の第 5の位置に火炎噴射ノズル 1 3の軸と直交するよ うに火炎噴射ノズル 1 3の軸と同心的に配されて！ヽる翻板 4 1とを有し、 送赚から酸 餘有気体 Gを送風管 2 1内に^^有気体 Gを気流状態で導入させ、 その^ ^有気体 Gを送風管 2 1内及び風切板 4 1を通って前方に送出させている状態で、 火炎噴射器 1 1 に燃料源から燃料 Fを燃清 1 2を介して供^ 1 "ることによって、 その火炎噴射器 1 1の 火炎 ftttノズル 1 3から燃料 Fを 状態に噴出させ、 その 態の燃料 Fに る点 火を行うことによって、 火炎噴射ノズル 1 3力ら、 前方に、 内炎 b 1とそれに比し高温の 2とからなり且つ前方に到るに従い大きく拡がる形状を有する火炎 Bが噴射される ようになされ、 そして、 送風管 2 1の延長端の位置を、 火炎噴射器 1 1の火炎噴射ノズル 1 3の先端の第 1の立置 P 1力、ら火炎噴射ノズル 1 3力ら嘖! ^る火炎 Bの内炎 b 1の先 端の第 2の位置 P 2までの間の第 3の位置 P 3とし、 送風管 2 1の延長端の開口の径を、 火炎 Rftltノズノレ 1 3から る火炎 Bの内炎 b 1の先端の第 2の立置 P 2での 圣 φ 1 よりも大きな径 φ 2としている、 という火炎噴射装 ΪΜが提案されている。 Conventionally, the fuel F force S is supplied from the fuel source through the fuel pipe 12 as shown in FIGS. 22, 23, and 24, and a flame injection nozzle 13 is attached to the front end. The flame injector 1 1 and the flame injection nozzle 1 3 are surrounded by the flame injector 1 1 from the gas jet (Fig. ^ ¾rf) that sends out the gas G containing firewood or wisteria. A blow pipe 21 extending concentrically forward, a circular shape having a through-hole, and a flame at a fifth position on the tip of the flame injection nozzle 1 3 of the flame Pgtt device 1 1 It is arranged concentrically with the axis of the flame injection nozzle 1 3 so that it is perpendicular to the axis of the injection nozzle 1 3! It has a translating plate 4 1, and from the feed, an acid-containing gas G is introduced into the blower pipe 2 1 in a state of air flow. Supply G fuel 1 from the fuel source to the flame injector 1 1 through the flue 1 2 while G is being sent forward through the blower pipe 2 1 and the wind cut plate 4 1 By injecting the fuel F into the state from the flame fttt nozzle 1 3 of the flame injector 1 1, and igniting the fuel F in that state, the flame injection nozzle 1 3 force forwards the internal flame Flame B, which has a shape of b 1 and a temperature 2 higher than that and expands as it goes forward, is injected, and the position of the extended end of the blow pipe 21 is set to the flame injector 1 1 flame injection nozzle 1 1st standing position at the tip of P 1 force, flame injection nozzle 1 3 force and so on! ^ Flame B inner flame b 1 tip second position up to P 2 The third end position P3 between them, and the diameter of the opening at the extended end of the blower pipe 2 1 is the flame from the flame Rftlt Nozure 1 3 B at the second standing P 2 at the tip of the B internal flame b 1 Flame injection instrumentation ΪΜ is proposed that has a larger diameter phi 2 than 1.
なお、 図 2 2は、 送風管 2 1の立置である第 3の έ置 P 3を火炎 ¾#ίノズノレ 1 3の先端 の第 1の位置 Ρ 1とし且つ風切板 4 1の位置である第 5の位置 Ρ 5を第 3の位置 Ρ 3の後 方としてレヽる齢を、 図 2 3は、 同様の第 3の位置 Ρ 3を第 1の位置 Ρ 1と火炎 Βの内炎 b 1の先端の第 2の位置 P 2との間の位置とし且つ風切板 4 1の位置である第 5の位置 P 5を第 3の位置 P 3の前方にしている：^を、 図 2 4は、 同様の第 3の {立置 P 3を同様の 第 2の位置 P 2とし且つ風切板 4 1の位置である第 5の位置 P 5を第 3の位置 P 3の前方 にして！/、る をそれぞれ例示して！/、る。  In FIG. 22, the third installation P 3, which is the erection of the blower pipe 21, is set to the first position の 1 at the tip of the flame ¾ # ί NOZONO 13 and the position of the wind-cut plate 41. Figure 5 shows the age of a fifth position を 5 as the back of the third position Ρ3.Figure 23 shows the same third position Ρ3 as the first position Ρ1 and the flame 内 inner flame b The second position P 2 at the tip of 1 is positioned between the second position P 2 and the fifth position P 5, which is the position of the wind cutting plate 41, is located in front of the third position P 3: ^ 4 is the same third {the standing position P 3 is set to the same second position P 2 and the fifth position P 5 which is the position of the wind-cut plate 41 is set to the front of the third position P 3. ! Illustrate / / Ru respectively! /
した火炎 P賁射装 gMは、 火炎噴射器 1 1における火炎噴射ノズル 1 3力らの »K 態の燃料 Fの I*射 賁射¾¾の や、燃料管 1 2への燃料源からの酸^有気体。の 流 »^流速の磨や、 送風管 2 1の延長端の位置である第 3の位置 P 3を、火炎 P簾器 1 1の火炎噴射ノズル 1 3の先端の第 1の立置 P 1側としたり、 火炎 Bの内炎 b 1の先端の 第 2の位置 P 2側としたり、 第 1の位置 P 1及び第 2の位置 P 2間の中間位置としたりす
Figure imgf000004_0001
送風管 2 1の延長端の開口の径である径 2の調整を、 予めの調 整として行うことで、 火炎噴射器 1 1の火炎噴射ノズル 1 3から噴 I る火炎 Bの形状や asの予めの謹を行って、 例えば火炎噴射装 自体としてとカゝ、 ボイラー用としてと W 200 The flame P fired gM is the flame injection nozzle 1 in the flame injector 1 1 and the I * fire of the fuel K in the K state, and the acid from the fuel source to the fuel pipe 12 ^ Gas. The flow of the flow rate ^^ The flow rate is polished and the third position P3, which is the position of the extended end of the blow pipe 2 1 is set to the flame P nozzle 1 1 The flame injection nozzle 1 1 The first standing position of the tip 3 P 1 Or the second position P2 side of the tip of flame B's inner flame b1, or the intermediate position between the first position P1 and the second position P2.
Figure imgf000004_0001
By adjusting the diameter 2, which is the diameter of the opening of the extended end of the blower pipe 1, as a pre-adjustment, the shape of the flame B and the as of the flame I injected from the flame injection nozzle 1 3 of the flame injector 1 1 For example, as a flame injection device itself, W 200
3 力に、 広く用いられている。  3 Widely used in force.
±¾ϋした火炎噴射装 の 、 _ ζ6したように、 した予めの譲を行うことで、 火炎噴射器 1 1の火炎 »ノズノレ 1 3から Ptlti "る火炎 Βの形状や^の予めの謹を行 つて、 広く用いられているが、 火炎蘭ノズル 1 3から噴 lii "る火炎 Bの内炎 b 1中はも とより、 火炎 Bの «b 2中にも、 火炎噴射ノズノレ 1 3カら噴射される 状態の燃料 F のわずかな一部が、 火炎 Bとならずに火炎 B中に鶴状態の未燃建料として混在し、 そ の鶴状態の未燃灘料の一部力 S火炎 B中に残っている状態になっているとともに、 未燃 As a result, the flame injector 11 1 flames → Noznore 1 3 to Ptlti "flame flame shape and pre-fired It is widely used, but flame orchid nozzle 1 3 is fired from lii "flame B's inner flame b 1 and flame B's« b 2 also during flame injection Nozure 1 3 A small part of the fuel F in the stale state does not become the flame B but is mixed in the flame B as the unburned construction material in the crane state, and the partial power of the unburned fuel in the crane state S flame B It remains in the state and unburned
Mi料の他部力 s火炎 B中から火炎外に «rTる状態になっていることは否めなく、よって、 この分、 燃料 Fの燃焼効力力 S低！/ヽとともに、火炎 Bの が低レ、、 という欠点を有して!/ヽ た。 The other part of the Mi charge sflame It is undeniable that it is in the state of «rT from the flame B to the flame outside. Therefore, the combustion efficacy of the fuel F is low S! Along with / ヽ, flame B has the disadvantage of low! / ヽ.
よって、 本発明は、 _ 6した欠点を補に回避し得る新規な火炎噴射装置を提案せんと するものである。 発明の開示  Therefore, the present invention proposes a novel flame injection device that can avoid the above-mentioned drawbacks. Disclosure of the invention
本原藤 1番目の発明による火炎 tfttt装置は、燃料源から燃料が供給されるようになされ 且つ前方先端に火炎噴射ノズルを装着して!/、る火炎 P賁射器と、 藤または瞧を含む気体 でなる » ^有気体を送出する送風機から、 上言狄炎噴射器を取り囲んで、 上記火炎噴射 ノズルの軸と同心的に前方に延長している送風管と、 貫通孔を有して円謹状であり、 且 つ上言狄炎噴射器の火炎噴射ノズルの先 傍の第 5の位置に上言狄炎噴射ノズルの軸と 直交するように上言狄炎噴射ノズルの軸と同心的に配されている風切板とを有して、 上記 火炎噴射ノズルから火炎が噴射されるようになされ、 上記送風管の延長端の位置を、 上記 火炎噴射ノズルの先端の第 1の位置から上言 炎の内炎の先端の第 2の位置までの間の第 3の丫 έ置とし、 上記送 ®ϋの延長端の開口の径を、 上言狄炎の内炎の先端の第 2の ί立置に 対応する位置での舰 φ 1よりも大きな径 Φ 2としている火炎麵装置において、 上言狄 炎噴射ノズルの先端の第 1の位置と上 la^炎の内炎の先端の第 2の位置との間の第 4の位 置に、 上! ¾>炎の上記第 4の位置での雌よりも大きいが上記送風管の先端開口の径 φ 2 よりも小さな内径 φ 3を有し、且つ上記第 4の位置を上記第 3の位置またはその近傍もし くは上記第 3の位置よりも後方とする 上記送風管の先端開口の径 ψ 2よりも小さな外 径 Φ 4を有するが、 上記第 4の位置を上記第 3の位置よりも前方とする：^^上記送風管の 先端開口の径 ψ 2よりも小さレヽかまたは上記径 φ 2と等しいかもしくは上記径 φ 2よりも 大きな Φ 4を有する乱渦流発細円 «が、 その板面を上言狄炎の軸と直交する面上 に在らしめて、 上狄炎と同心的に配されてレ、る。 Motohara Fuji The flame tfttt device according to the first aspect of the invention includes a flame P sprayer and a wisteria or spear that is supplied with fuel from a fuel source and is equipped with a flame injection nozzle at the front end! It consists of gas »^ A blower that sends out a gas, surrounds the above-mentioned flame injector, a blower pipe extending concentrically forward with the axis of the flame injection nozzle, and a circle with a through hole Concentrated with the axis of the above-mentioned flame injection nozzle so as to be perpendicular to the axis of the above-mentioned flame injection nozzle at the fifth position near the flame injection nozzle of the above-mentioned flame injection nozzle. A flame cutting nozzle, and a flame is injected from the flame injection nozzle. The position of the extended end of the blower pipe is changed from the first position of the tip of the flame injection nozzle. The above-mentioned extension of the above-mentioned feeding rod is used as the third rod position between the tip of the flame flame and the second position. In the flame flame device, the diameter of the opening of the flame is set to a diameter Φ 2 larger than φ 1 at the position corresponding to the second standing position of the tip of the flame flame, The fourth position between the first position of the tip of the tip and the second position of the tip of the upper flame ¾> the flame has an inner diameter φ3 that is larger than the female at the fourth position but smaller than the diameter φ2 of the tip opening of the air duct, and the fourth position is at the fourth position. 3 has an outer diameter Φ 4 smaller than the diameter ψ 2 of the front end opening of the blower pipe, which is at or near the position 3 or behind the third position, but the fourth position is the third position. The front of the position: ^^ Turbulent vortex microcircular with Φ 4 that is smaller than the diameter ψ 2 of the tip opening of the blast pipe or equal to the diameter φ 2 or larger than the diameter φ 2 « However, the plate surface is placed on a plane perpendicular to the axis of the upper vagina flame and is arranged concentrically with the upper vagina flame.
本願第 2番目の発明による火炎噴射装置は、燃料源から燃料が供給されるようになされ 且つ前方先端に火炎噴射ノズルを装着している火炎 Pitt器と、 または «を含む気体 でなる酸齢有気体を送出する送赚から、 上言狄炎噴射器を取り囲んで、 上 ff狄炎噴射 ノズルの軸と同心的に前方に延長している送風管と、 貫通孔を有して円 状であり、 且 つ上言 ¾λ:炎噴射器の火炎噴射ノズ'ノレの先 ¾e傍の第 5のィ立置に上曾 a^炎 p賁射ノズ、ノレの軸と 直交するように上言狄炎噴射ノズルの軸と同心的に配されている風切板とを有して、 上記 火炎嚇ノズルから火炎が噴射されるようになされ、 上記送風管の延長端の位置を、 上記 火炎噴射ノズルの先端の第 1の位置から上 炎の内炎の先端の第 2の位置までの間の第 3の立置とし、 上記送風機の延長端の開口の径を、 上記火炎の内炎の先端の第 2の立置で の舰 φ 1よりも大きな径 φ 2としている火炎噴射装置において、 上言狄炎の上言狄炎噴 射ノズルの先端の第 1の {立 §¾ぴ上記風切板の第 5の位置中の上記送風管の先端に近レ、第 6の位置から上言狄炎の内炎の先端の第 2の位置までの間の第 4の位置での よりも大 きレヽが上記送風管の先端開口の径 φ 2よりも小さな内径 φ 3 1を有する第 1の開口端と、 上記内径 Ψ 3 1よりも大きく且つ上 炎の上記第 2の位置に対応する位置での舰 φ 1 よりも大きな内径 Φ 3 2を有する第 2の開口端とを有する乱渦流発細円 «状体または 乱渦流発^ ffl円碗筒状体が、 上記第 2の開口端を上言狄炎噴射ノ 則とは反対側の前方 にし且つ上記第 1の開口端を上記第 4の位置にして、上言狄炎噴射ノズルの軸と同心的に 配されている。 W 200 The flame injection device according to the second invention of the present application is a flame pitt device in which fuel is supplied from a fuel source and a flame injection nozzle is mounted at the front end thereof, or an acid-aged gas comprising gas containing From the feed that sends out the gas, it surrounds the above-mentioned flame injector, and the upper ff flame injection nozzle is concentric with the axis of the nozzle, and has a through-hole and a circular shape. ¾ and ¾λ: Flame injector Nozz 'nore's tip of flame injector に e a に flame p ィA flame cutting plate arranged concentrically with the axis of the injection nozzle so that a flame is injected from the flame soot nozzle, and the position of the extended end of the blow pipe is set to the position of the flame injection nozzle. The third fan is placed between the first position of the tip and the second position of the top end of the internal flame of the upper flame. In the flame injection apparatus in which the diameter of the opening at the end is set to a diameter φ 2 larger than the diameter φ 1 at the second standing end of the above-mentioned flame inner flame, The first position of the tip of the air is close to the tip of the blower tube in the fifth position of the wind-cut plate, and the second position of the tip of the internal flame of the upper flaming flame from the sixth position. A first opening end having an inner diameter φ 3 1 smaller than the diameter φ 2 of the tip opening of the blower pipe and a larger diameter than the inner diameter ψ 3 1 And a turbulent flow generating fine circle having a second open end having an inner diameter Φ 3 2 larger than 舰 φ 1 at a position corresponding to the second position of the upper flame. The soot cylinder has the above-mentioned second opening end in front of the above-mentioned flame injection rule and the above-mentioned first opening end in the above-mentioned fourth position. Concentric with axis It is arranged. W 200
5 本願第 3番目の発明による火炎 «t装置は、燃料源から燃料が供給されるようになされ 且つ前方先端に火炎噴射ノズルを装着して 、る火炎賁射器と、 ^^または を含む気体 でなる酸難有気体を送出する送廳から、 上首狄炎噴射器を取り囲んで、 上言 5 ^炎噴射 ノズルの軸と同心的に前方に延長してレ、る送風管と、 貫通孔を有して円難状であり、 且 つ上言 ¾A:炎噴射器の火炎 ノズ、ノレの先 ϊ¾¾傍の第 5の位置に上言狄炎噴射ノズルの軸と 直交するように上言狄炎噴射ノズルの軸と同心的に配されてレ、る風切板とを有して、 上記 火炎噴射ノズルから火炎力 S噴射されるようになされ、 上記送風管の延長端の位置を、 上記 火炎 ¾ttノズルの先端の第 1の位置から上記火炎の内炎の先端の第 2の位置までの間の第 3の位置とし、 上記送赚の延長端の開口の径を、 上言狄炎の内炎の先端の第 2の位置で の舰 1よりも大きな径 φ 2として!/、る火炎噴射装置にぉレ、て、 上言狄炎の上言狄炎噴 射ノズルの先端の第 1の位離び上記風切板の第 5の位置中の上記送風管の先端に近レ、第 6の位置から上言狄炎の内炎の先端の第 2の位置までの間の第 4の位置での 圣ょりも大 きレヽが上記送風管の先端開口の径 φ 2よりも小さな内径 φ 6 1を有する円筒体と、 上記内 径 Φ 6 1と等しい内径 φ 7 1を有する第 1の開口端と、 上記内径 φ 7 1よりも大きく且つ 上言狄炎の上記第 2の位置での 圣 Ψ 1よりも大きな内径 d) 7 2を有する第 2の開口端と を有する円錐筒状体または円碗筒状体とが同心的に連結されている乱渦流発 筒状体が、 上記円錐筒状体または円碗筒状体を上記火炎噴射ノズノ W則とは反対側の前方にし且つ上記 円筒体の上記円錐筒状体または円碗筒状体側とは反対側の開口端を上記第 4の位置にして、 上言狄炎 P餅ノズルの軸と同心的に配されてレ、る。  5 The flame «t device according to the third invention of the present application is such that a fuel is supplied from a fuel source and a flame spray nozzle is attached to the front tip, and a gas containing ^^ or From the feed that sends out the acid-refractory gas consisting of the above, surrounding the upper flame flame injector, above 5 ^ flame jet, extending forward concentrically with the nozzle axis, the air blow pipe, and the through hole ¾A: Flame injector flame Noz, tip of the nozzle at the fifth position near the tip of the nozzle, so as to be perpendicular to the axis of the flame injection nozzle. A flame cutting nozzle is arranged concentrically with the axis of the flame injection nozzle, and the flame power S is injected from the flame injection nozzle, and the position of the extended end of the blow pipe is Flame ¾tt The third position between the first position of the nozzle tip and the second position of the flame inner flame tip, and The diameter of the opening at the long end is set to a diameter φ 2 larger than よ り 1 at the second position of the tip of the inner flame of the above-mentioned flame! The first position of the upper nozzle of the jet nozzle is separated from the tip of the blow pipe in the fifth position of the wind plate, and the inner flame of the upper flame is detected from the sixth position. A cylindrical body having a large inner diameter φ 61 that is smaller than the diameter φ 2 of the tip opening of the blower pipe, and the inner diameter at the fourth position between the tip and the second position; A first open end having an inner diameter φ 7 1 equal to Φ 6 1, and an inner diameter larger than the inner diameter φ 7 1 and larger than 圣 Ψ 1 in the second position of the above-mentioned flame d 1) d) 7 2 A turbulent vortex tubular body concentrically connected to a conical cylindrical body or a circular cylindrical body having a second open end having the above-mentioned conical cylindrical body or circular cylindrical body Flame injection Nozuno The opposite side of the W-law With the opening end of the cylindrical body opposite to the conical cylindrical body or the circular cylindrical body side being the fourth position, it is arranged concentrically with the axis of the upper flame P nozzle. Les.
本願第 4番目の発明による火炎！ 装置は、 燃料源から燃料が供給されるようになされ 且つ前方先端に火炎噴射ノズルを装着している火炎噴射器と、 歸または赚を含む気体 でなる酸難有気体を送出する送廳から、 上言狄炎噴射器を取り囲んで、 上言狄炎 P蕭 ノズルの軸と同心的に前方に延長してレ、る送風管と、 貫通孔を有して円薩状であり、 且 つ上 IB^炎噴射器の火炎噴射ノズ、ノレの先¾£傍の第 5の位置に上 炎噴射ノズルの軸と 直交するように上言狄炎 ノズルの軸と同心的に配されている風切板とを有して、 上記 火炎噴射ノズルから火炎が噴射されるようになされ、 上記送風管の延長端の位置を、 上記 火炎噴射ノズルの先端の第 1の位置から上 IB ^炎の内炎の先端の第 2の位置までの間の第 3 ( {i とし、 上記送) ¾の延長端の開口の径を、 上言改炎の内炎の先端の第 2の ΐ置に 対応する位置での^ ¾φ 1よりも大きな径 ψ 2としている火炎 t*射装置において、 上曾狄 炎の上霄狄炎噴射ノズルの先端の第 1の位 g¾び上記風切板の第 5の位置中の上記送風管 の先端に近レ、第 6の位置から上記火炎の内炎の先端の第 2の位置までの間の第 4の位置で の ょりも大きレヽが上記送風管の先端開口の径 φ 2よりも小さな内径 φ 1 0 1を有する 第 1の開口端と、 上記内径 φ 1 0 1よりも大きく且つ上言狄炎の上記第 2の位置での φ 1よりも大きな内径 φ 1 0 2を有する第 2の開口端とを有する第 1の円錐筒状体または 第 1の円碗筒状体と、 上記内径 φ 1 0 2と等しい内径 φ 3 1 ' を有する第 1の開口端と、 上記内径 φ 3 1 ' よりも大きく且つ上言狄炎の上記第 2の ί立置での^^ φ 1よりも大きな 内径 φ 3 2 ' を有する第 3の開口端とを有する第 2の円纖状体または第 2の円碗筒状体 とが同心的に連結されてレ、る乱渦流発^ ffl筒状体が、 上記第 2の円纖状体または第 2の 円碗筒状体を上言 ¾ C炎噴射ノズ 則とは反対側の前方にし且つ上記第 1の円錐筒状体また は上記第 1の円碗筒状体の第 1の開口端を上記第 4の位置にして、 上 炎嘖射ノズルの 軸と同心的に配されている。 Flame according to the fourth invention of this application! The apparatus includes a flame injector that is supplied with fuel from a fuel source and is equipped with a flame injection nozzle at the front end thereof, and a feeder that delivers acid-hazardous gas composed of gas containing soot or soot. Surrounding the above-mentioned flame injector, the above-mentioned flame flame P 蕭 extends forward and concentrically with the nozzle shaft, and has a circular fan shape with a through-hole and a through hole. IB ^ Nozzle of the flame injector, 5th position near the tip of the nozzle, the upper flame flame perpendicular to the axis of the flame injection nozzle With a plate Flame is injected from the flame injection nozzle, and the position of the extended end of the blow pipe is moved from the first position of the tip of the flame injection nozzle to the second position of the tip of the flame inner flame. The diameter of the opening at the extension end of the third ({i, and above feed) ¾ is larger than ^ ¾φ 1 at the position corresponding to the second position of the tip of the internal flame In a flame t * spraying device with a diameter of ψ 2, the first position of the tip of the upper flame injection nozzle of the upper flame is close to the tip of the blow pipe in the fifth position of the wind-cut plate. In the fourth position between the sixth position and the second position of the tip of the inner flame of the flame, the large diameter is smaller than the diameter φ 2 of the tip opening of the blow pipe. A first opening end having 1 0 1 and a second opening having an inner diameter φ 1 0 2 larger than the inner diameter φ 1 0 1 and larger than φ 1 at the second position of the above-mentioned soot flame A first conical cylindrical body having a first end or a first circular cylindrical body, a first open end having an inner diameter φ 3 1 ′ equal to the inner diameter φ 1 0 2, and the inner diameter φ 3 1 ′ A second circular rod or second having a third open end having an inner diameter φ 3 2 ′ larger than ^^ φ 1 in the second standing position of the above-mentioned flame The fluctuating turbulent flow is concentrically connected to the second circular cylinder or the second circular cylinder. An upper flame spray nozzle in front of the injection nose rule and with the first open end of the first conical cylindrical body or the first circular cylindrical body as the fourth position. It is arranged concentrically with the axis.
本発明による火炎噴射装置によれば、火炎の周りに酸餘有気体の乱渦流が生じ、 その 乱渦流の一部力 S火炎内に 合され、 火炎中の未燃隱料の火炎化に寄与し、 また、 乱渦流 によって、 火炎中の未燃建料が火炎外にH¾せんとするのを抑制する。 図面の簡単な説明  According to the flame injection device of the present invention, a turbulent flow of acid-rich gas is generated around the flame, and the partial force of the turbulent flow is combined in the S flame, contributing to the flame formation of the unburnt material in the flame. In addition, the turbulent vortex suppresses the unburned building material in the flame from turning out of the flame. Brief Description of Drawings
第 1図は、 本発明による火炎噴射装置の第 1の実施例を示す略線図である。  FIG. 1 is a schematic diagram showing a first embodiment of a flame injection device according to the present invention.
第 2図は、 本発明による火炎噴射装置の第 2の 列を示す 泉図である。  FIG. 2 is a fountain diagram showing a second column of the flame injection device according to the present invention.
第 3図は、 本発明による火炎噴射装置の第 3の 例を示す赚図である。  FIG. 3 is a side view showing a third example of the flame injection device according to the present invention.
第 4図は、 本発明による火炎噴射装置の第 4の難例を示す略線図である。 第 5図は、 本発明による火炎噴射装置の第 5の実施例を示す赚図である。 第 6図は、 本発明による火炎噴射装置の第 6の実施例を示す略線図である。 第 7図は、 本発明による火炎噴射装置の第 7の霞例を示す略線図である。 第 8図は、 本発明による火炎噴難置の第 8の実施例を示す赚図である。 第 9図は、 本発明による火炎噴射装置の第 9の謹例を示す赚泉図である。 第 1 0図は、 本発明による火炎 ¾W装置の第 1 0の難例を示す 泉図である。 第 1 1図は、 本発明による火炎噴射装置の第 1 1の»例を示す略線図である。 第 1 2図は、 本発明による火炎噴射装置の第 1 2の実施例を示す B 泉図である。 第 1 3図は、 本発明による火炎噴射装置の第 1 3の魏例を示す略線図である。 第 1 4図は、 本発明による火炎噴射装置の第 1 4の実施例を示す略線図である。 第 1 5図は、 本発明による火炎噴射装置の第 1 5の実施例を示す赚図である。 第 1 6図は、 本発明による火炎噴射装置の第 1 6の実施例を示す隱図である。 第 1 7図は、 本発明による火炎噴射装置の第 1 7の実施例を示す略線図である。 第 1 8図は、 本発明による火炎噴射装置の第 1 8の実施例を示す略線図である。 第 1 9図は、 本発明による火炎噴射装置の第 1 9の実施例を示す赚図である。 第 2 0図は、 本発明による火炎噴射装置の第 2 0の建例を示す赚図である。 第 2 1図は、 本発明による火炎噴射装置の第 2 1の «例を示す略線図である。 第 2 2図は、 従来の火炎噴射装置の一例を示す略線図である。 FIG. 4 is a schematic diagram showing a fourth difficult example of the flame injection device according to the present invention. FIG. 5 is a side view showing a fifth embodiment of the flame injection device according to the present invention. FIG. 6 is a schematic diagram showing a sixth embodiment of the flame injection device according to the present invention. FIG. 7 is a schematic diagram showing a seventh example of the flame injection device according to the present invention. FIG. 8 is a side view showing an eighth embodiment of flame refractory placement according to the present invention. FIG. 9 is a fountain diagram showing a ninth example of the flame injection device according to the present invention. FIG. 10 is a fountain diagram showing a tenth difficult example of the flame example W apparatus according to the present invention. FIG. 11 is a schematic diagram showing a first example of a flame injection device according to the present invention. FIG. 12 is a B fountain diagram showing a first or second embodiment of the flame injection apparatus according to the present invention. FIG. 13 is a schematic diagram showing a first example of the flame injection device according to the present invention. FIG. 14 is a schematic diagram showing a 14th embodiment of the flame injection device according to the present invention. FIG. 15 is a side view showing a fifteenth embodiment of the flame injection apparatus according to the present invention. FIG. 16 is a side view showing a sixteenth embodiment of the flame injection apparatus according to the present invention. FIG. 17 is a schematic diagram showing a 17th embodiment of the flame injection apparatus according to the present invention. FIG. 18 is a schematic diagram showing the eighteenth embodiment of the flame injection device according to the present invention. FIG. 19 is a side view showing a nineteenth embodiment of the flame injection apparatus according to the present invention. FIG. 20 is a side view showing a 20th example of the flame injection device according to the present invention. FIG. 21 is a schematic diagram showing a second example of the flame injection device according to the present invention. FIG. 22 is a schematic diagram showing an example of a conventional flame injection device.
第 2 3図は、 従来の火炎噴射装置の他の例を示す略線図である。 FIG. 23 is a schematic diagram showing another example of a conventional flame injection device.
第 2 4図は、 従来の火炎 P lt装置のさらに他の例を示す略線図である。 発明を実施するための最良の形態 FIG. 24 is a schematic diagram showing still another example of the conventional flame plt device. BEST MODE FOR CARRYING OUT THE INVENTION
細列 1 Narrow row 1
次に、 図 1を伴って、 本発明による火炎 p餅装置の第 1の難例を述べよう 図 1におレ、て、 図 2 2との対応部分には同一符号を付して示す。 本努明による火炎噴射装 の第 1の実施例は、 図 2 2で した従来の火炎噴射装置Next, referring to FIG. 1, a first difficult example of the flame plow apparatus according to the present invention will be described. In FIG. 1, portions corresponding to those in FIG. The first example of the flame injector by this effort is the conventional flame injector shown in Fig. 22.
Mの齢と同様に、燃料源 rn rt) 力 燃料管 1 2を介して燃料 F力 S供給されるよう になされ且つ前方先端に火炎噴射ノズル 1 3を装着している火炎噴射器 1 1と、 ^^また は藤を含む気体でなる^^有気体 Gを送出する送赚 （図^ から、 火炎噴射器 1 1を取り囲んで、 その火炎噴射ノズル 1 3の軸と同心的に前方に延長して!/ヽる送風管 2 1と、 貫通孔を有して円 «状であり、 且つ火炎 Rftti器 1 1の火炎 P食射ノズノレ 1 3の先端 近傍の第 5の位置 P 5に火炎噴射ノズル 1 3の軸と直交するように火炎噴射ノズル 1 3の 軸と同心的に配されている風切板とを有し、 送賺から^^有気体 Gを送風管 2 1内に 酸齢有気体 Gを気流状態で導入させ、 その酸 有気体 Gを送風管 2 1内及び風切板 4 1を通って前方に送出させている状態で、 火炎噴射器 1 1に燃料源から燃料 Fを燃料管 1 2を介して供^ ることによって、 その火炎噴射器 1 1の燃 賁射ノズル 1 3から燃料 F を ¾ ^態に嘖出させ、 その 態の燃料 Fに ¾ "る点 を行うことによって、火炎噴 射ノズル 1 3力 、 前方に、 内炎 b 1とそれに比し高温の^^ b 2とからなり且つ前方に 到るに従い大きく拡がる形状を有する火炎 Bが噴射されるようになされ、 そして、 送風管 2 1の延長端のィ立置を、火炎噴射器 1 1の火炎噴射ノズル 1 3の先端の第 1の位置 P 1か ら火炎噴射ノズル 1 3力 噴f る火炎 Bの内炎 b 1の先端の第 2の位置 P 2までの間の 第 3の位置 P 3とし、 その第 3の ί立置 P 3を火炎 Ρ賁射ノズ、/レ 1 3の先端の第 1の (立置 Ρ 1 とし、 且つ、 送風管 2 1の延長端の開口の径を、 火炎噴射ノズル 1 3から噴 "る火炎 Β の内炎 b 1の先端の第 2の (立置 P 2での 圣 φ 1よりも大きな径 φ 2としているとともに、 風切板 4 1の第 5の立置 P 5を火炎噴射ノズ'ノレ 1 3の先端の第 1の位置 P 1より後方とし ている構成を有する。 As with the age of M, the fuel source rn rt) is a fuel injector 1 1 which is supplied with fuel F force S via a fuel pipe 1 2 and is equipped with a flame injection nozzle 1 3 at the front end. , ^^ or ^^ consisting of a gas containing wisteria ^^ sending gas G (from figure ^, surrounding flame injector 1 1 and extending forward concentrically with the axis of flame injection nozzle 1 3 Blowing pipe 2 1 which has a through hole and a circular shape, and flame Rftti device 1 1 Flame P Corrosion Nozure 1 3 Flame near fifth end P 5 It has a wind-cut plate that is arranged concentrically with the axis of the flame injection nozzle 1 3 so as to be orthogonal to the axis of the injection nozzle 1 3. In the state in which the aged gas G is introduced in the state of air flow and the acid-containing gas G is sent forward through the blow pipe 21 and the wind cut plate 41, the fuel is supplied from the fuel source to the flame injector 11. F fuel pipe 1 2 through the fuel injection nozzle 13 of the flame injector 1 1, the fuel F is ejected to the ¾ ^ state, and the point to the fuel F in that state is Flame injection nozzle 1 3 force, flame B having a shape consisting of the inner flame b 1 and a higher temperature ^^ b 2 and expanding greatly toward the front is made to be injected forward, and The vertical end of the blower tube 2 1 is set up, the flame injection nozzle 1 1 from the first position P 1 at the tip of the flame injection nozzle 1 1, the flame injection nozzle 1 3 force, and the flame B flame b Set the third position P3 between the first position of P1 up to the second position P2, and set the third position P3 to flame. The diameter of the opening at the extended end of the blow pipe 2 1 is set as the standing flame 1 and the second (at the standing P 2 at the tip of the flame b 1 which is injected from the flame jet nozzle 1 3径 φ 2 larger than φ 1 Together and has a structure that the backward Tatsu置 P 5 of the fifth Kazesetsuban 4 1 than the first position P 1 of the tip of the flame injection nozzle 'Honoré 1 3.
また、 本発明による火炎噴射装 の第 1の実施例は、 上述した丰冓成において、火炎噴 射ノズル 1 3の先端の第 1の位置 P 1及び風切板 4 1の第 5の位置 P 5中の送風管 2 1の 先端に近い第 6の位置 （図^ rf) 力、ら火炎 Bの内炎 b 1の先端の第 2の位置 P 2までの 間の第 4の位置 P 4とし、 その第 4の位置 P 4に、火炎 Bの第 4の位置 P 4での 圣 （図 -f) よりも大きレ、が送風管 2 1の先端開口の径 φ 2よりも小さな内径 φ 3を有し、 且 つ送風管 2 1の先端開口の径 ψ 2よりも小さな 圣 Φ 4を有する乱渦流発^ ffl円纖 3 1 、その栖を火炎 Bの軸と直交する面上に在らしめて、火炎 Bと同心的に配されている。 以上が、 本発明による火炎噴射装 の第 1の実施例の構成である。 In the first embodiment of the flame injection device according to the present invention, in the above-described formation, the first position P 1 of the tip of the flame injection nozzle 13 and the fifth position P of the wind-cut plate 41 are used. 6th position close to the tip of the blast pipe 2 1 in 5 (Fig. ^ Rf) Force, 4th position P 4 between the flame B inner flame b 2nd position P 2 of the tip of 1そ の in its fourth position P4, flame B in the fourth position P4 (Fig. -f) has an inner diameter φ3 smaller than the diameter φ2 of the tip opening of the blower tube 21 and 圣 Φ4 smaller than the diameter ψ2 of the tip opening of the blower tube 21. The turbulent turbulence generated by ffl circle 纖 3 1, which lies on a plane perpendicular to the axis of flame B, is arranged concentrically with flame B. The above is the configuration of the first embodiment of the flame injection device according to the present invention.
このような構成を有する本発明による火炎噴射装 の実施例によれば、 図 2 2で した従来の火炎噴射装難の齢と同様に、 送風管 2 1の延長端の位置である第 3の位置 Ρ 3を火炎 Ρ賁射器 1 1の火炎 Bt射ノスフレ 1 3の先端の第 1の位置 P 1としてレヽる状態で、 火炎噴射器 1 1における火炎噴射ノズル 1 3力らの 状態の燃料 Fの噴射量や の調整や、 l 2への燃料源からの酸 有気体 Gの流量や流速の言鵬や、 送風管 2 1の延長端の開口の径である径 φ 2の讓を、 予めの調整として行うことで、 火炎噴射器 1 1の火炎噴射ノズル 1 3から噴 Mi"る火炎 Bの形状や の予めの調整を行って、 例え ば火炎 装 自体としてとカゝ、 ボイラー用としてとかに、 広く用いることができる。 ところで、 本発明による火炎噴射装 «Μの第 1の実施例の;^、 火炎 P賁射ノズンレ 1 3の 先端の第 1の位置 P 1及び風切板 4 1の第 5の位置 P 5中の送風管 2 1の先端に 、第 6 の位置から火炎 Bの内炎 b 1の先端の第 2の位置 P 2までの間の位置を第 4の位置 P 4と し、 その第 4の位置 P 4に乱渦流発 円鎌 3 1力 ¾されているので、 送風管 2 1内及 び風切板 4 1を通って前方に送出せんとする酸総有気体 Gが、 乱渦流発細円纖 3 1 の板部 3 2によって遮られ、 乱渦流発^ ffl円環板 3 1の内径 φ 3を形成している孔 3 3の 内面と火炎噴射器 1 1の火炎噴射ノズノレ 1 3の外周面との間と、 舌 L渦流発^ ffl円蕭及 3 1 の外周面と送風管 2 1の内面との間とを通る。 このため、 乱渦流発^円潘反 3 1の背面 側の前方に^^有気体 Gの負圧が生じ、 よって、 ^^有気体 Gが、 火炎噴射ノズル 1 3の先端の位置である第 1の位置 P 1より前方である、 乱渦流発生用円環板 3 1の背面側 の前方において、 乱渦流 Eとなって前方に送出され、 そして、 そのように乱渦流 Eとなつ ている^^有気体 Gが、火炎噴射器 1 1の火炎噴射ノズル 1 3から噴射される養状態 の燃料 Fと作用する。 因みに、 図 2 2を伴って上述した従来の火炎噴射装置 Mの場合、 乱渦流発生用円環板 3 1が配されていないので、 ^^有気体 Gは、 火炎 ¾t†ノズル 1 3の先端の位置である第 1の位置 P 1より前方にぉレヽて、 乱渦流はもとより舌 I ^になってレヽなレ、定常流で前方に送 出され、 そして、 そのような定常流の^^有気体 G力 S火炎噴射器 1 1の火炎噴射ノズル 1 3からロ蕭される麵状態の燃料 Fと作用するに過ぎなレ、。 According to the embodiment of the flame injection device according to the present invention having such a configuration, as in the age of the conventional flame injection difficulty shown in FIG. Flame at position Ρ 3 Flame shooter 1 1 Flame Bt shoot nosfre 1 Fuel at the 1st position P 1 at the tip of 3 Adjust the injection amount of F, and the amount of oxygen gas G from the fuel source to the flow rate of G 2 and the flow rate of the gas, and the diameter of φ 2 that is the diameter of the opening of the extension end of the blow pipe 21 By making adjustments in advance, it is possible to make adjustments in advance to the shape of the flame B that is sprayed from the flame injection nozzle 1 3 of the flame injector 1 1, for example, for the flame equipment itself and for boilers and boilers. By the way, the flame injection device according to the present invention of the first embodiment of the flame injection device, ^, flame P 賁 nosunre 1 3 The first position P 1 of the tip and the fifth position P 1 of the wind cutting plate 41 The second position of the tip of the inner flame b 1 from the sixth position to the tip of the blow pipe 21 in the P 5 from the sixth position The position between P 2 is the fourth position P 4, and the turbulent vortex 3 1 force is obtained at the fourth position P 4, so the inside of the blow pipe 2 1 and the wind cut plate 4 The acid total gas G that is sent forward through 1 is interrupted by the plate part 3 2 of the turbulent vortex 3 1 and forms the inner diameter φ 3 of the turbulent vortex 3 1 Between the inner surface of the hole 3 3 and the outer surface of the flame injector 1 1 and the outer surface of the flame injector 1 1, the outer surface of the tongue L vortex flow ^ ffl circle 3 1 and the inner surface of the air duct 2 1 For this reason, the negative pressure of the gas G is generated in front of the back side of the turbulent vortex 3 1, so that the gas G is transferred to the flame injection nozzle 1 3. Of the circular plate for generating turbulent flow 3 1 in front of the first position P 1 which is the position of the tip At the front side of the surface side, turbulent vortex flow E is sent out forward, and ^^ gas G that becomes turbulent vortex flow E is injected from the flame injection nozzle 1 3 of the flame injector 1 1. It works with fuel F in the nourishment state. Incidentally, in the case of the conventional flame injection device M described above with reference to Fig. 2 2, since the turbulent flow generating annular plate 3 1 is not arranged, ^^ gas G is the tip of the flame ¾t † nozzle 1 3 The first position P 1, which is the position of the turbulent flow, is moved forward in a steady flow, and then the turbulent flow becomes the tongue I ^, and is sent forward in a steady flow. Gas G Force S Flame Injector 1 1 Flame Injector Nozzle 1 Only interacts with fuel F, which is in a state of low pressure from 3
以上のことから、本発明による火炎噴射装置の第 1の魏例の：^、酉 有気体 Gが、 火炎噴射器 1 1の火炎噴射ノズル 1 3から噴射される !« | ^態の燃料 Fに、 乱渦流発細 円鎌 3 1力 ¾己されてレ、なレ、、 図 2 2を伴って した従来の火炎噴射装 ®Mの齢に比 し、 効果的に作用する。  From the above, in the first example of the flame injection device according to the present invention: ^, 酉 gas G is injected from the flame injection nozzle 1 3 of the flame injector 1 1! «| In addition, the turbulent vortices 3 1 force is effective compared to the age of the conventional flame injection device M, which is accompanied by Fig. 22.
このため、火炎噴射ノス、ノレ 1 3力ら P賁射される (^Κϋの燃料 F力 S、 火炎《賁射ノス'ノレ 1 3から噴 る火炎 B中に、 火炎 Bとならずに未燃¾料として混在した状態でほとんど 残らないか、 残るとしても図 2 2を伴つて ±¾6した従来の火炎 1«装 SMの：^に比し格 段的に少なくしカ^らず、 また、燃料 F力 火炎 B中から火炎 B外に想幾料としてほ とんど»しないか、 «cf"るとしても図 2 2を伴って _ ∑した従来の火炎噴射装 SMの 齢に比し格段的に少なくし力 «·¾τΤ、 よって、 図 2 2を伴って ±¾ϋした従来の火炎噴 射装 の:^に比し、 燃料 Fを高レヽ効力で燃焼することができるとともに、火炎 Bを高 レヽ で噴 Iti "ることができる、 という作用 ·効果が得られる。 実施例 2  For this reason, the flame injection nos, No. 1 3 force, etc. are fired (^ Κϋ fuel F force S, flame << flame No. 1 3 Almost no fuel remains in the mixed state as a fuel, or even if it remains, it is not much less than the conventional flame 1 «trimmed SM: ^ ¾6 with Fig. 2 2 and , Fuel F force Flame B From flame B to outside of the flame B as a reminder, or even «cf ', even compared to the age of the conventional flame injector SM Remarkably less force «· ¾τΤ, therefore, fuel F can be burned at a higher rate and flame B compared to the conventional flame injection: ^ It is possible to obtain the action and effect that “Iti can be sprayed at a high level”. Embodiment 2
次に、 図 2を伴って、 本発明による火炎噴射装置の第 2の建例を述べよう。  Next, with reference to FIG. 2, a second example of a flame injector according to the present invention will be described.
図 2におレヽて、 図 1との対 ]¾¾分には同一符号を付して示す。  In FIG. 2, the same reference numerals are given to the portions corresponding to FIG.
本発明による火炎噴射装置 Mの第 2の実施例は、 風切板 4 1の第 5の位置 P 5を火炎噴 射ノズル 1 3の先端の第 1の位置 P 1より後方としてレ、るのに代え、 前方とし、 且つ乱渦 流発^ ffl円徽反3 1力 ¾己される第 4の ί Ρ 4を、 火炎 ift射ノス'ノレ 1 3の先端の位置であ る第 1の位置 P 1としているのに代え、 風切板 4 1の第 5の位置 P 5と火炎 Bの内炎 b 1 の先端の位置である第 2の位置 P 2との間の位置としてレヽることを除レヽて、 図 1に示 発明による火炎 if射装 の第 1の実施伊 !Jの と同様の構成を有する。 In the second embodiment of the flame injection device M according to the present invention, the fifth position P 5 of the wind cutting plate 41 is set behind the first position P 1 of the tip of the flame injection nozzle 13. Instead of the forward and turbulent turbulence ^ ffl circle rebound 3 1 force ¾ the 4th ί 己 4 is the first position that is the position of the tip of the flame ift shoot nose 1 3 Instead of P 1, wind cutting board 4 1 5th position P 5 and flame B internal flame b 1 Except that it is positioned as a position between the second position P 2 that is the position of the tip of the flame, the same configuration as that of the first implementation of the flame if firing according to the invention shown in FIG. Have.
以上が、 本発明による火炎噴射装置 Mの第 2の実施例の構成である。  The above is the configuration of the second embodiment of the flame injection device M according to the present invention.
このような構成を有する本発明による火炎噴射装 MMの第 2の実施例によれば、 それが した を除いて、 図 1に示 1"^：発明による火炎 [>賁射装 @Mの^^と同様の構成を有 するので、 詳細説明は省略するが、 図 1に示す本発明による火炎噴射装 S の と同様 の作用 ·効果が得られる。 実施例 3  According to the second embodiment of the flame injection device MM according to the present invention having such a configuration, it is shown in FIG. 1 except that it is 1 "^: flame according to the invention [> Since it has the same configuration as ^, detailed description is omitted, but the same operation and effect as the flame injector S according to the present invention shown in Fig. 1 can be obtained.
次に、 図 3を伴って、 本発明による火炎噴射装置の第 3の実施例を述べよう。  Next, with reference to FIG. 3, a third embodiment of the flame injection device according to the present invention will be described.
図 3におレ、て、 図 2との対応部分には同一符号を付して示す。  In FIG. 3, parts corresponding to those in FIG.
本発明による火炎噴射装 ¾ の第 3の雄例は、 乱渦流発生用円讓 3 1力 ψ 4 を送風管 2 1の先端開口の径 φ 2より小さくしてレヽるのに代え、 送風管 2 1の先端開口の 径 Φ 2より大きくしていることを除いて、 図 2に 発明による火炎噴射装 SMの第 2 の実施例の:^と同様の構成を有する。  The third male example of the flame injection device according to the present invention is that the turbulent flow generating circular rod 3 1 force ψ 4 is changed to be smaller than the diameter φ 2 of the front end opening of the blower tube 21, and 2 has the same configuration as: ^ in the second embodiment of the flame injector SM according to the invention, except that it is larger than the diameter Φ 2 of the tip opening of FIG.
以上が、 本発明による火炎噴射装 g の第 3の実施例の構成である。  The above is the configuration of the third embodiment of the flame injector g according to the present invention.
このような構成を有する本発明による火炎噴射装 gMの第 3の実施例によれば、 それが した额を除レヽて、 図 2に示 発明による火炎噴射装 の と同様の構成を有 するので、 詳細説明は省略するが、 乱渦流発生用円 3 1の舰 φ 4をさほど大きくし なレ、範囲で予め纖しておくことによって、 図 2に示林発明による火炎噴射装 gMの第 2の»例の：^と同様の作用 ·効果が得られる。 実施例 4  According to the third embodiment of the flame injection device gM according to the present invention having such a configuration, it has the same configuration as that of the flame injection device according to the invention shown in FIG. Although detailed explanation is omitted, the second of the flame injection device gM according to the invention shown in FIG. In the example: The same effect as ^ can be obtained. Example 4
次に、 図 4を伴って、 本発明による火炎 B簾装置の第 4の難例を述べよう。  Next, referring to FIG. 4, a fourth difficult example of the flame B flame apparatus according to the present invention will be described.
図 4において、 図 3との対応部分には同一符号を付して示す。 本発明による火炎噴射装 SMの第 4の実施例は、 乱渦流発生用円潘反 3 1が配される第 4の位置 P 4を、 風切板 4 1の第 5の位置 P 5と火炎 Bの内炎 b 1の先端の位置である第 2の位置 P 2との間の位置としているのに代え、 火炎 Bの内炎 b 1の先端の位置である第 2の位置 P 2としていることを除レ、て、 図 3に示林発明による火炎噴射装 «Μの第 1の 諭例の と同様の構成を有する。 In FIG. 4, parts corresponding to those in FIG. The fourth embodiment of the flame injector SM according to the present invention is configured such that the fourth position P 4 where the turbulent flow generating circle 31 is disposed, the fifth position P 5 of the wind-cut plate 41 and the flame Instead of the position between the second position P 2 which is the position of the tip of the inner flame b 1 of B, the second position P 2 is the position of the tip of the inner flame b 1 of the flame B 3 has the same configuration as that of the first example of the flame injection apparatus according to the invention shown in FIG.
以上が、本発明による火炎噴射装 の第 4の ¾5 列の構成である。  The above is the configuration of the fourth third row of the flame injection device according to the present invention.
このような構成を有する本発明による火炎噴射装置 Mの第 4の実施例によれば、 それが ^した を除レヽて、 図 3に示- 発明による火炎噴射装 SM と同様の構成を有 するので、詳細説明は省略するが、 乱渦流発 円藤 3 1の舰 φ 4をさほど大きくな らな範囲で予め調整しておくことによって、 図 3に示す本発明による火炎噴射装 の第 1の実施例の と同様のィ乍用 ·効果が得られる。 実施例 5  According to the fourth embodiment of the flame injection device M of the present invention having such a configuration, it has the same configuration as the flame injection device SM shown in FIG. Therefore, although detailed explanation is omitted, the first of the flame injection apparatus according to the present invention shown in FIG. The same effects as in the embodiment can be obtained. Example 5
次に、 図 5を伴って、 本発明による火炎噴射装置の第 5の実施例を述べよう。  Next, a fifth embodiment of the flame injection device according to the present invention will be described with reference to FIG.
図 5において、 図 4との対応部分には同一符号を付して示す。  In FIG. 5, parts corresponding to those in FIG.
本発明による火炎噴射装 SMの第 5の実施例は、乱渦流発生用円謹 3 1の 圣 φ 4を、 送風管 2 1の先端開口の径 φ 2より大きくしているのに代え、 送風管 2 1の先端開口の径 φ 2より小さくしていることを除いて、 図 4に示す本発明による火炎噴射装 gMの第 4の 蘭列の齢と同様の構成を有する。  In the fifth embodiment of the flame injector SM according to the present invention, instead of making the diameter φ 4 of the turbulent vortex generating circle 謹 3 1 larger than the diameter φ 2 of the tip opening of the blast pipe 21, Except that it is smaller than the diameter φ 2 of the tip opening of the tube 21, it has the same configuration as the age of the fourth orchid row of the flame injection device gM according to the present invention shown in FIG.
以上が、 本発明による火炎噴射装 の第 5の 例の構成である。  The above is the configuration of the fifth example of the flame injection device according to the present invention.
このような構成を有する本発明による火炎噴射装 ©VIの第 5の魏例によれば、 それが ± した额を除レヽて、 図 4に示 発明による火炎嘖纖 の齢と同様の構成を有 するので、 詳細説明は省略するが、 乱渦流発生用円徽反 3 1の φ 4を内径 φ 2との差 力 Sさほど小さくならない範囲で予め調整しておくことによって、 図 4に示 1^発明による 火炎噴射装 gMの第 4の雄例の:^と同様の作用 .効果が得られる。 実施例 θ According to the fifth example of the flame injection device VI according to the present invention having such a configuration, the configuration similar to the age of the flame soot shown in FIG. Therefore, although detailed explanation is omitted, it is shown in Fig. 4 by adjusting φ4 of the vortex vortex 3 1 in advance so that it is not so small as the differential force S from the inner diameter φ2. The effect similar to that of: ^ in the fourth male example of flame injection gM according to the invention is obtained. Example θ
次に、 図 δを伴って、 本発明による火炎噴射装置の第 6の実施例を述べよう。  Next, a sixth embodiment of the flame injection device according to the present invention will be described with reference to FIG.
図 6におレ、て、 図 2 3との対応部分には同一符号を付して示す。  In FIG. 6, parts corresponding to those in FIG. 23 are given the same reference numerals.
本発明による火炎噴射装置 Μの第 6の実施例は、 風切板 4 1の第 5の位置 Ρ 5を、 火炎 噴射ノズル 1 3の先端の第 1の位置 Ρ 1の前方としているのに代え、 第 1の位置 Ρ 1より 後方としてレ、ることを除レ、て、 図 2 3で _Βίした従来の火炎噴射装 «Μの齢と同様の構 成を有し、 且つ図 1に示林発明による火炎噴射装 gMの第 1の 例の ¾^と同様に、 火炎！1謝器 1 1の火炎噴射ノズル 1 3の先端の位置である第 1の位置 P 1を、火炎噴射ノ ズル 1 3の先端の第 1の位置 P 1から火炎 Bの内炎 b 1の先端の第 2の位置 P 2までの間 の第 4の位置 P 4とし、 その第 4の位置 P 4に、火炎 Bの第 4の位置 P 4での 圣ょりも 大きレヽが送風管 2 1の先端開口の径 φ 2よりも小さな内径 φ 3を有し、 且つ送風管 2 1の 先端開口の径 Φ 2よりも小さな^ ¾φ 4を有する乱渦流発 円 3 1力 その板面を 火炎 Βの軸と直交する面上に在らしめて、 火炎 Βと同心的に配されている。 In the sixth embodiment of the flame injection device に よ る according to the present invention, the fifth position Ρ 5 of the wind cutting plate 41 is replaced with the front of the first position Ρ 1 at the tip of the flame injection nozzle 13. The first position 後方 1 is the rear side of the conventional flame injection device, except that it has a structure similar to the age of the 噴射 Μ in Fig. 23, and shown in Fig. 1. As with ¾ ^ in the first example of flame injection gM according to the invention, flame! 1 Appropriate device 1 1 Flame injection nozzle 1 1 The first position P 1 which is the position of the tip of the flame 3 From the first position P 1 of the flame injection nozzle 1 3 The flame B internal flame b 1 tip The fourth position P 4 between the second position P 2 and the fourth position P 4 of the second position P 4 of the flame B at the fourth position P 4 is also a large pipe 2 1 Turbulent vortex flow circle 3 1 force having an inner diameter φ 3 smaller than the diameter φ 2 of the tip opening of the air pipe and ^ ¾φ 4 smaller than the diameter Φ 2 of the tip opening of the blower tube 21 1 Located on a plane perpendicular to the axis of the flame, it is arranged concentrically with the flame spear.
以上が、 本発明による火炎噴射装 SMの第 6の実施例の構成である。  The above is the configuration of the sixth embodiment of the flame injector SM according to the present invention.
このような構成を有する本発明による火炎噴射装 «Μの第 6の実施例によれば、 図 2 3 で _ Sした従来の火炎噴射装 MMの と同様に、送風管 2 1の延長端の位置である第 3 の ί立置 P 3を、火炎 1¾射器 1 1の火炎 tft射ノス、/レ 1 3の先端の第 1のィ έ置 P 1と火炎 Βの 内炎 b 1の先端の第 2の位置 P 2との間の位置としている状態で、 火炎噴射器 1 1におけ る火炎噴射ノズル 1 3力、らの鶴状態の燃料 Fの噴 1¾や賁射艘の言廳や、燃滞 1 2 への燃斗源からの M 有気体 Gの流 の 1»^、 送風管 2 1の延長端の開口の径 である径 Φ 2の調整を、 予めの調整として行うことで、 火炎噴射器 1 1の火炎噴射ノズル 1 3から噴t る火炎 Bの形状ゃ の予めの調整を行って、 例えば火炎噴射装 自体 としてと力 \ ボイラー用としてとかに、 広く用いることができる。  According to the sixth embodiment of the flame injection device according to the present invention having such a configuration, as in the conventional flame injection device MM shown in FIG. 3rd position standing P3, flame 1¾ gun 1 1 flame tft gunnos, / 1st tip of 3 1 P 1 and flame 内 inner flame b 1 tip In the state between the second position P 2 and the second position P 2, the flame injection nozzle 1 3 in the flame injector 1 1, the fuel F in the crane state 1 1 By adjusting the diameter Φ 2 which is the diameter of the opening of the extension end of the blow pipe 2 1 as a pre-adjustment, the flow of M gas G from the funnel source to the stagnation 1 2 The shape of the flame B injected from the flame injection nozzle 13 of the flame injector 11 can be adjusted in advance, and can be widely used, for example, as a flame injector itself and for a power boiler.
ところで、 本発明による火炎噴射装膨の第 6の 例の： ½も、 図 1に示す本発明に よる火炎 装 gMの第 1の実施例の： と同様に、 火炎噴射器 1 1の火炎噴射ノズル 1 3の先端の位置である第 1の位置 P 1を、火炎噴射ノズル 1 3の先端の第 1の位置 P 1か ら火炎 Bの内炎 b 1の先端の第 2の位置 P 2までの間の第 4の位置 P 4とし、 その第 4の 位置 P 4に乱渦流発生用円環板 3 1が酉己されているので、 図 1に示 発明による火炎噴 射装 g の第 1の難例の と同様に、送風管 2 1内及び風切板 4 1を通って前方に送 出せんとする^ ^有気体 Gが、 乱渦流発 円謹 3 1の板部 3 2によって遮られ、 乱 渦流発生用円潘反 3 1の内径 φ 3を形成している孔 3 3の内面と火炎噴射器 1 1の火炎噴 射ノズノレ 1 3の外周面との間と、 乱渦流発^ ffl円 ¾3 1の外周面と送風管 2 1の内面と の間とを通る。 このため、 図 1に示 1"^発明による火炎噴射装 の第 1の^例の と同様に、 乱渦流発 円環板 3 1の背面側の前方に酸 有気体 Gの負圧が生じ、 よつ て、 ^^有気体 Gが、 火炎噴射ノズル 1 3の先端の位置である第 1の位置 P 1より前方 である、 乱渦流発 円徵反 3 1の背面側の前方において、 乱渦流 Eとなって前方に送出 され、 そして、 そのように乱渦流 Eとなっている 有気体 Gが、 火炎噴射器 1 1の火 炎 P賁射ノズンレ 1 3力ら P賁射される！^状態の燃料 Fとィ乍用する。 By the way, the sixth example of the flame injection expansion according to the present invention is as follows: According to the first embodiment of the flame gM: In the same way as the flame injector 1 1 the flame injection nozzle 1 1 the tip position of the tip 3 P 1, the flame injection nozzle 1 3 tip of the tip The fourth position P 4 between position P 1 and the inner flame b 1 of the flame B to the second position P 2 at the tip of the flame 1 is the circular plate for generating turbulent flow at the fourth position P 4. 3 1 is selfish, so as shown in Fig. 1, as in the first difficult example of the flame spraying g according to the invention, it is sent forward through the blower pipe 2 1 and through the wind cut plate 4 1 The gas G is blocked by the plate 3 2 of the turbulent vortex 3 1 and the inner surface of the hole 3 3 forming the inner diameter φ 3 of the turbulent vortex 3 1 It passes between the outer peripheral surface of the flame jet nozzle 1 of the flame injector 1 1 and between the outer peripheral surface of the turbulent vortex flow ^ ffl circle ¾3 1 and the inner surface of the blower pipe 21. For this reason, as in the first example of the flame injector according to the 1 "^ invention shown in Fig. 1, the negative pressure of the oxygen-containing gas G is generated in front of the back side of the turbulent vortex ring plate 31. Therefore, ^^ gas G is ahead of the first position P 1 which is the tip of the flame injection nozzle 1 3, turbulent vortex flow 3 1 E is sent forward, and then the turbulent flow E becomes a gas G, which is fired from the flame injector 1 1 flame P 賁 Nozonre 1 3 P! Used for fuel F.
因みに、 図 2 3を伴つて±¾！!した従来の火炎噴蝶 ¾Mの:^も、 図 2 2を伴つて ± & した従来の火炎噴射装 gMの齢と同様に、 乱渦流発生用円環板 3 1が配されていないの で、 ^^有気体 Gは、 火炎噴射ノズル 1 3の先端の位置である第 1の位置 P 1より前方 において、 乱渦流はもとより舌 L流になっていない定常流で前方に送出され、 そして、 その ような定激荒の酸 有気体 G力 S火炎噴射器 1 1の火炎噴射ノズル 1 3から卩謝される噴 霧状態の燃料 Fと作用するに過ぎなレヽ。  By the way, with Fig. 23, ± ¾! The conventional flame jet butterfly ¾M: ^ also has a circular flame plate 3 1 for turbulent flow generation as shown in Fig. 2 ^^ Gas G is sent forward in a steady flow that is not a turbulent flow or a tongue L flow, in front of the first position P 1 that is the position of the tip of the flame injection nozzle 1 3, and Such constant and severe acid gas O gas G force S flame injector 1 The flame spray nozzle 1 1 of the jet sprayed from the spray jet 1 3 is just acting with the atomized fuel F.
以上のことから、本発明による火炎噴射装置の第 6の実施例の 、酸 ^^有気体 Gが、 火炎 P謝器 1 1の火炎噴射ノズル 1 3から噴射される P麵状態の燃料 Fに、乱渦流発^ ffl 円 1が酉己されていない、 図 2 3を伴って上述した従来の火炎噴射装 の^^に比 し、 効果的に作用する。  From the above, in the sixth embodiment of the flame injection apparatus according to the present invention, the acid ^^ gas G is applied to the fuel F in the P 麵 state injected from the flame injection nozzle 13 of the flame P device 11. This is more effective than the conventional flame sprayer described above with reference to Fig. 23.
このため、 火炎噴射ノズル 1 3から噴射される ¾ ^態の燃料 Fが、 火炎噴射ノズル 1 3から噴 « ""る火炎 B中に、火炎 Bとならずに未燃 «料として混在した状態でほとんど 残らないカゝ、 残るとしても図 2 3を伴って ±¾feした従来の火炎 P蕭装 gMの： ¾^に比し格 段的に少なくしカ^らず、 また、燃料 F力 S、火炎 B中から火炎 B外に未燃灘料としてほ とんど m¾しなレ、か、 » るとしても図 2 3を伴つて した従来の火炎! ftlt装 gMの ¾1こ比し格段的に少なくし力«iirf、 よって、 図 2 3を伴つて _ tした従来の火炎嘖 射装 ®Mの に比し、燃料 Fを高い効力で燃焼することができるとともに、 火炎 Bを高 い asで噴 I Tることができる、 という作用 ·効果が得られる。 実施例 7 For this reason, the fuel F in the ¾ ^ state injected from the flame injection nozzle 1 3 becomes the flame injection nozzle 1 «""From flame 3 in the flame B which does not become flame B but remains almost unburned as a raw material. GM: not much less than ¾ ^, and also the fuel F force S, flame B to the flame B outside the flame B is almost m¾ , »Even if the conventional flame with Fig. 2 3! Ftlt gM ¾1 remarkably less force« iirf, therefore, with the conventional flame 装Compared with ®M, the fuel F can be burned with high efficiency, and the flame B can be injected with high as IT. Example 7
次に、 図 7を伴って、 本発明による火炎噴射装置の第 7の戴例を述べよう。  Next, with reference to FIG. 7, a seventh example of the flame injection device according to the present invention will be described.
図 7におレ、て、 図 6との対応部分には同一符号を付して示す。  In FIG. 7, parts corresponding to those in FIG. 6 are given the same reference numerals.
本発明による火炎噴射装置 Mの第 7の実施例は、 風切板 4 1の第 5の位置 P 5を火炎噴 射ノズル 1 3の先端の位置である第 1の位置 P 1の後方としてレ、るのに代え、 第 1の位置 P 1の前方とし、 且つ乱渦流発生用円辯反 3 1の第 4の位置 P 4を、 図 2に示す本発明に よる火炎 ¾t†装 g の第 2の実施例の^と同様に、 火炎噴射ノズル 1 3の先端の位置で ある第 1の位置 P 1としているのに代え、 風切板 4 1の第 5の位置 P 5と火炎 Bの内炎 b 1の先端の位置である第 2の位置 P 2との間の位置としてレ、ることを除レ、て、 図 6に示す 本発明による火炎噴射装 «Μの第 6の^例の と同様の構成を有する。  In the seventh embodiment of the flame injection device M according to the present invention, the fifth position P 5 of the wind cutting plate 41 is set as the rear of the first position P 1 which is the position of the tip of the flame injection nozzle 13. Instead of the first position P 1 and the fourth position P 4 of the turbulent vortex generating circle 31, the fourth position P of the flame ¾ t † g of the present invention shown in FIG. In the same way as ^ in the second embodiment, instead of the first position P 1 which is the position of the tip of the flame injection nozzle 1 3, the fifth position P 5 of the wind-cut plate 4 1 and the flame B As shown in Fig. 6, the flame injection device according to the sixth embodiment of the flame injection device «位置 shown in Fig. 6 is a position between the second position P 2 which is the position of the tip of the flame b 1 It has the same configuration as.
以上が、 本発明による火炎 P 射装 gMの第 7の実施例のキ冓成である。  The above is the key to the seventh embodiment of the flame P firing gM according to the present invention.
このような構成を有する本発明による火炎噴射装 «Μの第 7の^ ½例によれば、 それが Jt¾した擁を除、て、 図 6に示林発明による火炎噴纏 gMの第 6の難例の齢と 同様の構成を有するので、 詳細説明は省略するが、 図 6に示す本発明による火炎噴射装置 Mの と同様の作用 ·効果が得られる。 実施例 8 次に、 図 8を伴って、 本発明による火炎嘛装置の第 8の実施例を述べよう。 According to the seventh example of the flame injection device according to the present invention having such a structure, the sixth example of the flame jet gM according to the invention of the forest shown in FIG. Since it has the same configuration as the age of the difficult example, detailed description is omitted, but the same operation and effect as the flame injection device M according to the present invention shown in FIG. 6 can be obtained. Example 8 Next, an eighth embodiment of the flame soot apparatus according to the present invention will be described with reference to FIG.
図 8におレヽて、 図 7との対応部分には同一符号を付して示す。  In FIG. 8, parts corresponding to those in FIG.
本発明による火炎噴射装 MMの第 8の実施例は、乱渦流発細円繊 3 1の舰 ψ 4を、 図 3に示 1"^：発明による火炎噴射装 g の第 3の実施例の:^と同様に、 送風管 2 1の先 端開口の径 2より小さくしているのに代え、 送風管 2 1の先端開口の径 φ 2より大きく してレヽることを除レヽて、 図 7に示 発明による火炎噴射装 の第 7の¾例の: i"^と 同様の構成を有する。  The eighth embodiment of the flame injection device MM according to the present invention shows the ψ ψ 4 of the turbulent flow fine fiber 31 as shown in FIG. 3 1 "^: of the third embodiment of the flame injection device g according to the invention. As in the case of ^, except that the diameter is smaller than the diameter 2 of the front end opening of the blower tube 21, except that the diameter is larger than the diameter φ 2 of the front end opening of the airflow pipe 21. 7 has the same configuration as that of i ″ ^ in the seventh example of the flame injection device according to the invention.
以上が、 本発明による火炎噴射装 SMの第 7の実施例の構成である。  The above is the configuration of the seventh embodiment of the flame injector SM according to the present invention.
このような構成を有する本発明による火炎噴射装 ¾ の第 7の実施例によれば、 それが _B6した を除いて、 図 7に示 発明による火炎噴射装 ©Mの第 7の 例の と 同様の構成を有するので、 詳細説明は省略するが、 乱渦流発生用円環板 3 1の 4を さほど大きくしなレヽ範囲で予め調整しておくことによって、 図 7に示 発明による火炎 噴射装 SMの第 7の実施例の齢と同様の作用 .効果が得られる。 実施例 9  According to the seventh embodiment of the flame injection device of the present invention having such a configuration, it is the same as that of the seventh example of the flame injection device © M shown in FIG. 7 except that it is _B6. The detailed explanation is omitted, but the turbulent flow generating circular plate 3 1-4 is adjusted in advance within a range that is not so large, so that the flame injection SM according to the invention shown in FIG. The same effects as those of the seventh embodiment can be obtained. Example 9
次に、 図 9を伴って、 本発明による火炎噴射装置の第 9の実施例を述べよう。  Next, a ninth embodiment of the flame injection apparatus according to the present invention will be described with reference to FIG.
図 9におレ、て、 図 8との対応部分には同一符号を付して示す。  In FIG. 9, parts corresponding to those in FIG.
本発明による火炎噴射装 «Μの第 9の実施例は、 乱渦流発生用円麵 3 1の第 4の位置 P 4を、 図 4に示林発明による火炎蘭装 ΪΜの第 4の雄例の:^と同様に、 風切板 4 1の第 5の位置 P 5と火炎 Bの内炎 b 1の先端の第 2の位置 P 2との間の位置として！/ヽ るのに代え、 火炎 Bの内炎 b 1の先端の位置である第 2の位置 P 2として!/、ることを除!/ヽ て、 図 8に示林発明による火炎噴射装置の第 6の «例の：^と同様の構成を有する。 以上が、 本発明による火炎噴射装 ¾Mの第 9の実施例の構成である。  In the ninth embodiment of the flame injection device according to the present invention, the fourth position P 4 of the turbulent flow generating circular rod 31 is shown in FIG. 4, and the fourth male example of the flame orchid device according to the forest invention shown in FIG. Like: ^: As the position between the 5th position P5 of the windshield 4 1 and the second position P2 of the inner flame b1 of the flame B 1! / Instead of the second position P 2 that is the position of the inner flame b 1 of the flame B! /, Except that! / It has the same configuration as the sixth example: ^. The above is the configuration of the ninth embodiment of the flame injection apparatus M according to the present invention.
このような構成を有する本発明による火炎噴射装置 Mの第 9の fe例によれば、 それが した雜を除いて、 図 8に示林発明による火炎噴射装 SMの第 8の雄例の: ^と 同様の構成を有するので、 詳細説明は省略するが、 舌は咼流発生用円鎌 3 1の 圣 Φ 4を さほど大きくしない範囲で予め調整しておくことによって、 図 8に示林発明による火炎 噴射装 の と同様の作用 ·効果が得られる。 実施例 1 0 According to the ninth fe example of the flame injection device M according to the present invention having such a configuration, except for the spear that it did, the eighth male example of the flame injection device SM according to the present invention shown in FIG. 8: ^ And Since it has the same structure, detailed explanation is omitted, but the tongue is adjusted in advance within a range where 円 Φ 4 of the scalpel 3 1 for torrential flow generation is not so large. The same action and effect as the injection device can be obtained. Example 1 0
次に、 図 1 0を伴って、 本発明による火炎噴射装置の第 1 0の実施例を述べよう。 図 1 0におレ、て、 図 9との対応部分には同一符号を付して示す。  Next, with reference to FIG. 10, a tenth embodiment of the flame injection device according to the present invention will be described. In FIG. 10, parts corresponding to those in FIG. 9 are given the same reference numerals.
本発明による火炎噴射装置 Mの第 1 0の実施例は、 乱渦流発生用円環板 3 1の外径 Φ 4 を、 図 5に示林発明による火炎噴射装 ¾Mの第 5の 例の # ^と同様に、 送風管 2 1 の先端開口の径 φ 2より大きくしてレ、るのに代え、 送風管 2 1の先端開口の径 φ 2より小 さくしてレヽることを除レヽて、 図 9に示 1"*発明による火炎噴射装置の第 9の 例の：^ と同様の構成を有する。  The 10th embodiment of the flame injection device M according to the present invention shows the outer diameter Φ 4 of the circular plate 31 for generating turbulent flow, and the fifth example of the flame injection device ¾M according to the present invention shown in FIG. In the same way as ^, except that it is larger than the diameter φ 2 of the tip opening of the blower tube 21, instead of being smaller than the diameter φ 2 of the tip opening of the blower tube 21, Fig. 9 shows the same structure as ^ in the ninth example of the flame injector according to the 1 "* invention.
以上が、 本発明による火炎噴射装 gMの第 1 0の実施例の構成である。  The above is the configuration of the tenth embodiment of the flame injection device gM according to the present invention.
このような構成を有する本発明による火炎噴射装 SMの第 1 0の霞例によれば、 それ が上述した事項を除レ、て、 図 9に示す本発明による火炎噴射装置 Mの第 9の実施例の場合 と同様の構成を有するので、 詳細説明は省略するが、 乱渦流発 円籠 3 1の瓶 φ 4 を内径 ψ 2との差がさほど小さくならなレ、範囲で予め調整しておくことによって、 図 9に 示す本発明による火炎噴射装 gMの第 9の謹例の:^と同様の作用 ·効果が得られる。 細列 1 1  According to the tenth example of the flame injector SM according to the present invention having such a configuration, the above-described matters except for the above-described items are the ninth one of the flame injector M according to the present invention shown in FIG. Since the configuration is the same as in the case of the embodiment, detailed explanation is omitted, but the bottle φ4 of the turbulent vortex 3 1 is adjusted in advance within the range where the difference from the inner diameter ψ2 does not become so small. By providing the same, the same operation and effect as the ^ in the ninth example of the flame injection device gM according to the present invention shown in FIG. 9 can be obtained. Narrow row 1 1
次に、 図 1 1を伴って、 本発明による火炎噴射装置の第 1 1の実施例を述べよう。 図 1 1にお！/、て、 図 2 4との対 |5分には同一符号を付して示す。  Next, with reference to FIG. 11, a first embodiment of the flame injection device according to the present invention will be described. Figure 1 in 1! / The pair | 5 minutes with Fig. 24 is shown with the same symbol.
本発明による火炎噴射装 の第 1の fi例は、 風切板 4 1の第 5の位置 P 5を火炎 噴射ノズル 1 3の先端の第 1の位置 P 1の前方としてレ、るのに代え、 第 1の位置 P 1の後 方としていることを除いて、 図 2 4で した従来の火炎噴射装 gMの:！^と同様の構成 を有し、 且つ図 1に示 発明による火炎 P簾装 gMの第 1の実施例の： tj^と同様に、火 炎噴射器 1 1の火炎噴射ノズル 1 3の先端の位置である第 1の位置 P 1を、火炎噴射ノズ ル 1 3の先端の第 1の位置 P 1力ら火炎 Bの内炎 b 1の先端の第 2の位置 P 2までの間の 第 4の位置 P 4とし、 その第 4の位置 P 4に、火炎 Bの第 4の位置 P 4での 圣ょりも大 き 、が送風管 2 1の先端開口の径 φ 2よりも/ J、さな内径 φ 3を有し、 且つ送風管 2 1の先 端開口の径 φ 2よりも小さな^ f圣 φ 4を有する乱渦流発^ ffl円餅反 3 1力 その板面を火 炎 Bの軸と直交する面上に在らしめて、 火炎 Bと同心的に配されている。 In the first fi example of the flame injection device according to the present invention, the fifth position P 5 of the wind cutting plate 41 is replaced with the first position P 1 at the tip of the flame injection nozzle 13 as the front. Except that the first position P1 is behind the conventional flame injection device gM as shown in Fig. 24 :! Same configuration as ^ In the first embodiment of the flame P fitting gM according to the invention as shown in FIG. 1: As with tj ^, the first position of the tip of the flame injection nozzle 1 3 of the flame injector 1 1 The first position P 1 of the tip of the flame injection nozzle 1 3 is the fourth position P 4 between the first position P 1 of the flame injection nozzle 1 and the second position P 2 of the inner flame b 1 of the flame B 1. In the fourth position P 4, the flame B has a large droop at the fourth position P 4, but the diameter of the tip opening of the blower pipe 21 is 2 / J, and the inner diameter φ 3 And turbulent turbulence with a diameter of f f φ φ 4 smaller than the diameter φ 2 of the front end opening of the blow pipe 21 1 ffl circular repulsion 3 1 force The plate surface is perpendicular to the axis of the flame B On the surface, it is arranged concentrically with flame B.
以上が、 本発明による火炎噴射装 gMの第 1 1の実施例の構成である。  The above is the configuration of the first example of the flame injection device gM according to the present invention.
このような構成を有する本発明による火炎噴射装 «Μの第 1 1の難例によれば、 図 2 4で した従来の火炎噴射装 g の と同様に、 送風管 2 1の延長端の位置である第 3の位置 P 3を、火炎 Bの内炎 b 1の先端の位置である第 2の位置 P 2としている状態で、 火炎噴射器 1 1における火炎噴射ノス、ノレ 1 3力、らの 状, Jの燃料 Fの噴射 ft^B賁射 ¾ の調 燃滞 1 2への燃料源からの酸餘有気体 Gの流 流速の調整や、 送風管 2 1の延長端の開口の径である径 φ 2の «を、 予めの調整として行うことで、 火炎噴射器 1 1の火炎噴射ノズル 1 3から噴 る火炎 Bの形状ゃ の予めの調整を行って、 例え ば火炎！1賁射装 MM自体としてとカゝ、 ボイラー用としてとかに、 広く用いることができる。 ところで、 本発明による火炎噴射装 gMの第 1 1の実施例の も、 図 1に示 1"*発明 による火炎噴射装 g の第 1の実施例の と同様に、 火炎噴射器 1 1の火炎噴射ノズル 1 3の先端の位置である第 1の位置 P 1を、火炎噴射ノズル 1 3の先端の第 1の位置 P 1 力 火炎 Bの内炎 b 1の先端の第 2の位置 P 2までの間の第 4の位置 P 4とし、 その第 4 の位置 P 4に乱渦流発生用円繊 3 1力 己されているので、 図 1に示す本発明による火炎 噴射装 g の第 1の実施例の と同様に、送風管 2 1内及び風切板 4 1を通って前方に 送出せんとする酸 有気体 Gが、 乱渦流発細円 3 1の板部 3 2によって遮られ、 乱渦流発 円潘及 3 1の内径 φ 3を形成している孔 3 3の内面と火炎噴射器 1 1の火炎 噴射ノズル 1 3の外周面との間と、 乱渦流発生用円 3 1の外周面と送風管 2 1の内面 との間とを通る。 このため、 図 1に示 発明による火炎噴射装 gMの第 1の実施例の場 合と同様に、 乱渦流発生用円環板 3 1の背面側の前方に^^有気体 Gの負圧が生じ、 よ つて、 有気体 G力 火炎噴射ノズル 1 3の先端の位置である第 1の位置 P 1より前 方である、 乱渦流発^円辯反 3 1の背面側の前方において、 乱渦流 Eとなって前方に送 出され、 そして、 そのように乱渦流 Eとなっている « ^有気体 Gが、 火炎 B謝器 1 1の 火炎麵ノズル 1 3から嚇される鶴状態の燃料 Fと作用する。 According to the first difficult example of the flame injection device according to the present invention having such a configuration, the position of the extended end of the blow pipe 21 is the same as that of the conventional flame injection device g shown in FIG. In the state where the third position P 3 is the second position P 2 which is the position of the tip of the inner flame b 1 of the flame B, the flame injection nose, the nore 1 3 force, etc. in the flame injector 1 1 , J fuel F injection ft ^ B injection ¾ adjustment fuel stagnation 1 Flow of oxygen-containing gas G from the fuel source to 2 Adjustment of flow velocity, diameter of the opening of the extension end of the blow pipe 2 1 By adjusting the diameter of φ 2 as a pre-adjustment, the pre-adjustment of the shape of the flame B injected from the flame injection nozzle 13 of the flame injector 11 is performed, for example, flame! Can be widely used as a single- fired MM itself, for cars, boilers, etc. By the way, the first embodiment of the flame injector gM according to the present invention is the same as that of the first embodiment of the flame injector g according to the 1 "* invention shown in FIG. The first position P 1 which is the position of the tip of the injection nozzle 1 3 is changed from the first position P 1 of the tip of the flame injection nozzle 1 3 to the second position P 2 of the inner flame b 1 of the flame B 1 The first position of the flame injection device g according to the present invention shown in FIG. 1 is set to the fourth position P4, and the fourth position P4 is the circular fiber for generating turbulent flow 3 1 In the same way as in the example, the oxygen-containing gas G to be sent forward through the blower pipe 21 and through the wind-cut plate 41 is blocked by the plate part 3 2 of the turbulent vortex 3 1 and turbulent vortex 3 1 The inner surface of the hole 3 forming the inner diameter φ 3 of 3 1 and the inner surface of the flame injector 3 1 and the outer surface of the flame injection nozzle 1 3 and the outer surface of the turbulent flow generation circle 3 1 And the inner surface of the air duct 2 1 And between. Therefore, as in the case of the first embodiment of the flame injection device gM according to the invention shown in Fig. 1, the negative pressure of the gas ^^ is generated in front of the back side of the turbulent flow generating annular plate 31. In this way, the turbulent vortex flow is generated in front of the back side of the turbulent vortex flow 3 1 in front of the first position P 1 which is the position of the tip of the gas G force flame injection nozzle 1 3. E is sent forward, and turbulent vortex E is generated in this way. «^ Gas G is a fuel in a crane state that is blown from the flame flame nozzle 1 1 of the flame B device 1 1 Acts.
因みに、 図 2 4を伴って した従来の火炎噴射装 KMの:^も、 図 2 2を伴って ±¾6 した従来の火炎噴射装置の齢と同様に、乱渦流発細円環板 3 1力 S配されていないので、 酸 有気体 Gは、火炎噴射ノズル 1 3の先端の位置である第 1の位置 P 1より前方にお いて、 乱渦流はもとより乱流になっていない定常流で前方に送出され、 そして、 そのよう な定豁巟の酸難有気体 G力 S火炎噴射器 1 1の火炎噴射ノス、ノレ 1 3から噴射されるロ^ 態の燃料 Fと作用するに過ぎなレ、。  By the way, the conventional flame injector KM: ^ with Fig. 24 is also the same as the age of the conventional flame injector ± ¾6 with Fig. 22. Since S is not arranged, the oxygen-containing gas G is in front of the first position P 1 which is the tip of the flame injection nozzle 1 3 and is in front of the turbulent flow and steady flow that is not turbulent. Then, the gas with a constant acidity of such a constant G force S flame injector 1 1 flame injection nose, no fuel 1 ,.
以上のことから、本発明による火炎噴射装置の第 1 1の実施例の：^も、 有気体 Gが、 火炎噴射器 1 1の火炎噴射ノズル 1 3から P蕭される 状態の燃料 Fに、 乱渦流 発^ ffl円赚 3 1力 ¾己されていない、 図 2 4を伴って した従来の火炎噴射装 の場 合に比し、 効果的に作用する。  From the above, in the first embodiment of the flame injection device according to the present invention: ^, the gas G is P from the flame injection nozzle 1 3 of the flame injector 1 1 to the fuel F in a state where it is P 蕭. Turbulent vortex flow f ffl 赚 3 1 force ¾ Acts more effectively than the conventional flame injection device with unillustrated Fig. 24.
このため、 火炎 ¾ttノズル 1 3カら噴射される！ 状態の燃料 カ\ 火炎噴射ノズノレ 1 3から (ftl る火炎 B中に、火炎 Bとならずに未燃'謹料として混在した状態でほとんど 残らなレヽか、 残るとしても図 2 4を伴つて ±¾feした従来の火炎噴射装 の齢に比し格 段的に少なくしカ らず、 また、燃料 F力 火炎 B中から火炎 B外に未燃»料としてほ とんど しないか、 Wr るとしても図 2 4を伴って _ ζϋした従来の火炎噴射装 ¾ の に比し格段的に少なくしカ«¾^、 よって、 図 2 4を伴って ±¾ϋした従来の火炎噴 射装 g の^^に比し、 燃料 Fを高い効力で燃焼することができるとともに、 火炎 Bを高 レ、 で噴 ることができる、 という作用 ·効果が得られる。 鐘列 1 2 For this reason, the flame ¾tt nozzles 1 3 are injected! From the fuel injection flame nozzle 1 3 (from ftl flame B, it is not left as flame B but is mixed as unburned material, or even if it remains, it is accompanied by Fig. 24. It is not much less than the age of the conventional flame injection device that has been ± ¾fe. Also, it is almost not as unburned material from inside the fuel F power flame B to outside the flame B, or Wr. As compared with the conventional flame injection device with _ ζ with Fig. 24, the number of the conventional flame injection devices with a little less than ± ¾ϋ with Fig. 24 is obtained. Compared to ^^, fuel F can be burned with high efficiency, and flame B can be injected with high power. Bell tower 1 2
次に、 図 1 2を伴って、 本発明による火炎噴射装置の第 1 2の実施例を述べよう。 図 1 2において、 図 1 1との対 J¾都分には同一符号を付して示す。  Next, with reference to FIG. 12, a second embodiment of the flame injection device according to the present invention will be described. In FIG. 12, the same reference numerals are given to pairs corresponding to FIG.
本発明による火炎 P賁射装置 Mの第 1 2の »f列は、 風切板 4 1の第 5の位置 P 5を火炎 噴射ノズル 1 3の先端の位置である第 1の位置 P 1の後方としてレヽるのに代え、 第 1の位 置 P 1の前方とし、 且つ乱渦流発 円徽反 3 1の第 4の位置を、 図 2に示林発明によ る火炎噴射装 SMの第 2の実施例の齢と同様に、 火炎噴射ノズル 1 3の先端の位置であ る第 1の位置 P 1としているのに代え、火炎噴射ノズル 1 3の先端の位置である第 1の位 置 P 1と火炎 Bの内炎 b 1の先端の位置である第 2の位置 P 2との間のィ立置としているこ とを除レ、て、 図 1 1に示林発明による火炎噴射装置の第 1 1の実施例の齢と同様の構 成を有する。  The first 2 »f row of the flame sprayer M according to the present invention is the fifth position P 5 of the windshield 4 1 at the first position P 1 which is the position of the tip of the flame injection nozzle 1 3. Instead of turning back as the rear, it is assumed that the first position P 1 is in front and the fourth position of the turbulent vortex divergence 3 1 is shown in FIG. As in the case of the second embodiment, the first position, which is the position of the front end of the flame injection nozzle 13, is used instead of the first position P 1 which is the position of the front end of the flame injection nozzle 13. Fig. 11 shows a flame injection device according to the invention shown in Fig. 11 except that it is placed between P 1 and the second position P 2 which is the position of the inner flame b 1 of flame B. The structure is similar to the age of the first example.
以上が、 本発明による火炎噴射装 ®Mの第 1 2の実施例の構成である。  The above is the configuration of the first and second embodiments of the flame injector M according to the present invention.
このような構成を有する本発明による火炎噴射装 gMの第 1 2の実施例によれば、 それ が した を除いて、 図 1 1に示 1"^：発明による火炎噴射装 gMの第 1 1の実施例の 齢と同様の構成を有するので、詳細説明は省略するが、 図 1 1に示す本発明による火炎 噴射装 の第 1 1の実施例の と同様の作用 '効果が得られる。 雄例 1 3  According to the first embodiment of the flame injection device gM according to the present invention having such a configuration, it is shown in FIG. 1 1 except that it is 1 "^: the first of the flame injection device gM according to the invention 1 1 1 Since the configuration is the same as that of the first embodiment, detailed description is omitted, but the same effect as the first embodiment of the flame injection device according to the present invention shown in FIG. 11 can be obtained. Example 1 3
次に、 図 1 3を伴って、 本発明による火炎 ί¾射装置の第 1 3の実施ィ列を述べよう。 図 1 3におレ、て、 図 1 2との対 ji^分には同一符号を付して示す。  Next, with reference to FIG. 13, a third embodiment of the flame shooting apparatus according to the present invention will be described. In Fig.13, the same reference numerals are attached to the parts ji ^ in Fig.12.
図 1 3に示 ^：発明による火炎 Pftf†装 gMの第 1 3の 例は、 乱堝流発 円爾反 3 1の第 4の位置 P 4を、 風切板 4 1の第 5の位置 P 5と火炎 Bの内炎 b 1の先端の第 2の 位置 P 2との間の位置としているのに代え、火炎 Bの内炎 b 1の先端の位置である第 2の 位置 P 2としてレ、ることを除レ、て、 図 1 2に示す本発明による火炎噴射装 gMの第 1 2の 実施例の と同様の構成を有する。 以上が、 本発明による火炎 I*射装 «Mの第 1 3の «例の構成である。 Fig. 13 Shown ^: Flame according to the invention Pftf † gM The first example of gM is the 4th position P 4 of the turbulent flow 3 1 and the 5th position of the wind-cut plate 4 1 Instead of the position between P 5 and the second position P 2 of the tip of flame B's inner flame b 1, the second position P 2 is the position of the tip of flame B's inner flame b 1. This has the same configuration as that of the first and second embodiments of the flame injection device gM according to the present invention shown in FIG. The above is the configuration of the first example of the flame I * firing apparatus M according to the present invention.
このような構成を有する本発明による火炎噴射装 の第 1 3の実施例によれば、 それ が上述した事項を除いて、 図 1 2に示す本発明による火炎噴射装置 Μの第 1 2の実施例の と同様の構成を有するので、詳細説明は省略するが、 図 1 2に示す本発明による火炎 噴射装 の第 1 2の ¾¾¾例の: r^と同様の作用 ·効果が得られる。 実施例 1 4  According to the first and third embodiments of the flame injection device according to the present invention having such a configuration, the first and second embodiments of the flame injection device に よ る according to the present invention shown in FIG. Since it has the same configuration as in the example, detailed description is omitted, but the same effects and advantages as r ^ of the first example of the flame injection device according to the present invention shown in FIG. 12 can be obtained. Example 1 4
次に、 図 1 4を伴って、 本発明による火炎噴射装置の第 1 4の雄例を述べよう。  Next, with reference to FIG. 14, a 14th male example of the flame injection device according to the present invention will be described.
図 1 4におレ、て、 図 7との対応部分には同一符号を付して示す。  In FIG. 14, parts corresponding to those in FIG.
図 1 4に示 1^発明による火炎噴射装置の第 1 4の実施例は、 乱渦流発^ ffl円藤 3 1 力 火炎 Bの火炎 H賁射ノズ、ノレ 1 3の先端の第 1のィ立置 P 1及び風切板 4 1の第 5の^:置 P 5中の送風管 2 1の先端に近レ、第 6の位置から火炎 Bの内炎 b 1の先端の第 2の位置 P 2 までの間の第 4の位置での; m圣ょりも大きいが送風管 2 1の先端開口の径 φ 2よりも小さ な内径 Φ 3 1を有する第 1の開口端と、 内径 φ 3 1よりも大きく且つ火炎 Bの第 2の位置 P 2での^ # φ 1よりも大きな内径 φ 3 2を有する第 2の開口端とを有する乱渦流発^ 円錐筒状体 5 1に置換され、 そして、 その乱渦流発 円纖状体 5 1が、 第 2の開口端 を乱渦流発生用円謹 3 1の舰 φ 4と同じ 圣 φ 4 2を有するものとし、 第 1の開口端 を第 2の開口端の 圣 ψ 4 2よりも小さな 圣 φ 4 1を有するものとして、 第 2の開口端 を火炎噴射ノズル側 1 3とは反対側の前方にし且つ第 1の開口端を第 4の位置 P 4にして、 火炎噴射ノズル 1 3の軸と同心的に配されていることを除いて、 図 7に示林発明による 火炎 Bftlt装置の第 7の実施例と同様の構成を有する。  Fig. 14 1 ^ The first embodiment of the flame injector according to the invention 1 is a turbulent vortex generator ^ ffl Ento 3 1 Force flame B flame H 賁 Noz, No 1 1 Standing P 1 and wind-cutting plate 4 5th ^: Close to the tip of the blower pipe 2 1 in the place P 5, from the 6th position to the 2nd position of the flame B internal flame b 1 from the 6th position A first open end having an inner diameter Φ 3 1 that is larger than the diameter φ 2 of the tip opening of the blower tube 21 but smaller than the diameter φ 2 at the fourth position between P 2 and the inner diameter φ 3 Replaced by a turbulent vortex generator 5 1 with a second open end with an inner diameter φ 3 2 greater than 1 and flame B at the second position P 2 of ^ B The turbulent vortex generating circular body 5 1 has the second opening end having the same 4 φ 4 2 as 乱 φ 4 of the turbulent vortex generating circle 謹 3 1, and the first opening end With the second opening end 圣 φ 4 1 smaller than ψ ψ 4 2 Except that it is arranged concentrically with the axis of the flame injection nozzle 13 with the mouth end in front of the side opposite to the flame injection nozzle side 13 and the first opening end in the fourth position P4. FIG. 7 shows a flame Bftlt device according to the invention shown in FIG.
以上が本発明による火炎噴射装置の第 1 4の実施例の構成である。  The above is the configuration of the 14th embodiment of the flame injection device according to the present invention.
このような構成を有する本発明による火炎噴射装置の第 1 4の実施例によれば、 それが したことを除レヽて、 図 7に^ φ:発明による火炎噴射装置の第 7の 例の と同 様の構成を有するので、 詳細説明は省略するが、 乱渦流発生用円錐筒状体 5 1の第 1の開 口端及び第 2の開口端間の板部が図 7に示す本発明による火炎噴射装置の第 7の実施例の 乱渦流発 円環板 3 1の板部 3 2に対応していることで、 図 7に示林発明による火炎 噴射装置の第 7の難例の齢と同様の作用 ·効果が得られる。 実施例 1 5 According to the 14th embodiment of the flame injection device according to the present invention having such a configuration, except that it is shown in FIG. Since it has the same configuration, detailed description is omitted, but the first opening of the conical cylindrical body 51 for generating turbulent vortex flow is used. The plate portion between the mouth end and the second open end corresponds to the plate portion 3 2 of the turbulent vortex ring plate 31 of the seventh embodiment of the flame injection device according to the present invention shown in FIG. The action and effect similar to the age of the seventh difficult example of the flame injection device according to the invention shown in Fig. 7 can be obtained. Example 1 5
次に、 図 1 5を伴って、本発明による火炎噴射装置の第 1 5の実施例を述べよう。 図 1 5にお！/、て、 図 1 4との対応部分には同一符号を付して示す。  Next, with reference to FIG. 15, a fifteenth embodiment of a flame injector according to the present invention will be described. Figure 1 in 5! / Corresponding parts to those in FIG.
図 1 5に示す本発明による火炎噴射装置の第 1 5の実施例は、 乱渦流発生用円 «状体 A 15th embodiment of the flame injection device according to the present invention shown in FIG.
5 1力 その第 1の開口端の内径 ψ 3 ΐΜΜ^ φ 4 1とそれぞれ同じ内徹! W圣を有 する第 1の開口端と、 乱渦流発 円纖状体 5 1の第 2の開口端の内径 ψ 3 2及 圣5 1 force The inner diameter of the first open end ψ 3 ΐΜΜ ^ φ 4 1 is the same inner diameter! The first open end with W 圣 and the second opening of the turbulent flow-shaped circular body 5 1 End inner diameter ψ 3 2 and 圣
Φ 4 2とそれぞれ同じ内 ί1¾Ό^ί圣を有する第 2の開口端とを有する乱渦流発生用円碗筒 状体 5 2に置換されていることを除レ、て、 図 1 4に示す本発明による火炎噴射装置の第 7 の実施例と同様の構成を有する。 The book shown in Fig. 14 except that it is replaced by a turbulent vortex tube 5 having a second open end with the same inner diameter as Φ 4 2 and 5 2. It has the same configuration as that of the seventh embodiment of the flame injection device according to the invention.
以上が本発明による火炎噴射装置の第 1 5の実施 ί列の構成である。  The above is the configuration of the fifteenth embodiment of the flame injection device according to the present invention.
このような構成を有する本発明による火炎噴射装置の第 1 5の ¾ ^例によれば、 それが According to the fifteenth example of the flame injection device according to the present invention having such a configuration,
Jt¾&したことを除いて、 図 1 4に示す本発明による火炎噴射装置の第 7の ¾fe例の と 同様の構成を有するので、詳細説明は省略するが、 図 1 4に示林発明による火炎噴射装 置の第 1 4の鍾例の:^と同様の作用 ·効果が得られる。 鐘列 1 6 Except for the fact that Jt¾ &, the flame injection device according to the present invention shown in FIG. 14 has the same configuration as that of the seventh ¾fe example, so detailed description is omitted, but FIG. The same effects as the ^ in the 14th example of the device can be obtained. Bell train 1 6
次に、 図 1 6を伴って、本発明による火炎噴射装置の第 1 6の実施例を述べよう。 図 1 6において、 図 1 4との対 分には同一符号を付して示す。  Next, with reference to FIG. 16, a sixth embodiment of the flame injector according to the present invention will be described. In FIG. 16, the same reference numerals are given to the parts corresponding to FIG.
図 1 6に示 発明による火炎噴射装置の第 1 6の ¾ ^例は、 乱渦流発^ ^円«状体 5 1力 その第 1の開口 έ耑の内径 φ 3 1と同じ内径 φ 6 1を有する円筒体 6 0と、 その内 径 φ 6 1と同じ内径 φ 7 1を有する第 1の開口端と乱渦流発^円纖状体 5 1の第 2の 開口端の内径 φ 3 2と同じ内径 φ 7 2を有する第 2の開口端とを有する円«状体 7 0と 力 その円錐筒状体 7 0の第 1の開口職 IJを円筒体 6 0側にして、 同心的に されてい る乱渦流発生用筒状体 9 0に置換され、 そして、 その乱渦流発細筒状体 9 0力 S、 その円 錐筒状体 7 0の第 2の開口端を乱渦流発 円 «状体 5 1の 圣 Φ 4 2と同じ^圣 φ 8 2を有するものとし、 円 «状体 7 0の第 1の開口端を 圣 8 2よりも小さな 圣 8 1を有するものとし、 円筒体 6 0を φ 8 1と同じ^ f圣を有するものとして、 円筒体 6 0の円錐筒状体 7 0ィ則とは反対個 jの開口端を第 4のィ it置 P 4にして、火炎噴射ノズ /レ 1 3 の軸と同心的に配されていることを除いて、 図 1 4に示林発明による火炎 ¾|f装置の第 1 4の雄例と同様の構成を有する。 Fig. 16 shows an example of a flame jet apparatus according to the invention in the first sixteenths of a turbulent flow ^ ^ circular body 5 1 force its first opening inner diameter φ 3 1 the same inner diameter φ 6 1 , A first open end having the same inner diameter φ 71 as the inner diameter φ 61, and the second of the turbulent vortex generator 51 A circular body 70 having a second opening end having the same inner diameter φ 7 2 as the inner diameter φ 3 2 of the open end and force 70 1 Is replaced by a turbulent vortex generating cylindrical body 90 concentrically, and the turbulent vortex generating cylindrical body 90 force S, the second of the conical cylindrical body 70 The open end is assumed to have a turbulent vortex flow circle «like body 5 1 圣 Φ 4 2 ^ 圣 φ 8 2, and the first open end of circle« like body 7 0 is smaller than 圣 8 2 圣 8 The cylindrical body 6 0 has the same ^ f φ as φ 8 1 and the cylindrical end of the cylindrical body 70 is opposite to the 70 0 rule. It is P4, except that it is arranged concentrically with the axis of the flame injection nose / re 1 3. It has the same configuration.
以上が本発明による火炎噴射装置の第 1 6の実施例の構成である。  The above is the configuration of the 16th embodiment of the flame injection apparatus according to the present invention.
このような構成を有する本発明による火炎噴射装置の第 1 6の実施例によれば、 それが _ ίしたことを除 、て、 図 1 4に示林発明による火炎噴射装置の第 7の実施例の # ^と 同様の構成を有するので、詳細説明は省略するが、 図 1 4に示林宪明による火炎噴射装 置の第 1 4の H¾例の： tj^と同様の作用 ·効果が得られる。 実施例 1 7  According to the sixteenth embodiment of the flame injection device according to the present invention having such a configuration, the seventh embodiment of the flame injection device according to the invention shown in FIG. 14 is shown in FIG. Since it has the same configuration as # ^ in the example, detailed description is omitted, but the same effect and effect as tj ^ in the 1st 4th H¾ example of the flame injection device by Akira Hayashi shown in Fig. 14 can be obtained . Example 1 7
次に、 図 1 7を伴って、本発明による火炎噴射装置の第 1 7の実施例を述べよう。 図 1 7において、 図 1 6との対 j¾都分には同一符号を付して示す。  Next, with reference to FIG. 17, a seventh embodiment of the flame injector according to the present invention will be described. In FIG. 17, the same reference numerals are given to the pairs corresponding to FIG.
図 1 7に示す本発明による火炎噴射装置の第 1 7の実施例は、 乱渦流発生用筒状体 9 0 の円纖状体 7 0が、 その第 1の開口端の内径 φ 7 1及 φ 8 1とそれぞれ同じ内径 及 圣を有する第 1の開口端と、 円纖状体 7 0の第 2の開口端の内径 φ 7 2及 圣 Φ 8 2とそれぞれ同じ內 i ¾OW圣を有する第 2の開口端とを有する円碗筒状体 8 0に置 換されていることを除いて、 図 1 6に示す本発明による火炎噴射装置の第 1 6の実施例と 同様の構成を有する。  In the 17th embodiment of the flame injection device according to the present invention shown in FIG. 17, the circular body 70 of the cylindrical body 90 for generating turbulent vortices has an inner diameter φ 71 of the first open end. A first opening end having the same inner diameter and diameter as φ 8 1, and an inner diameter φ 72 and a second opening end of circular rod-shaped body 70, each having the same diameter as i ¾OW 16 has the same configuration as that of the 16th embodiment of the flame injection device according to the present invention shown in FIG. 16 except that it is replaced by a circular cylindrical body 80 having two open ends.
以上が本発明による火炎 ftli装置の第 1 7の ¾ 列の構成である。 このような構成を有する本発明による火炎噴射装置の第 1 7の実施例によれば、 それが ±¾&したことを除いて、 図 1 6に¾^発明にょる火炎¾ 装置の第1 6の^例の^^ と同様の構成を有するので、 詳細説明は省略するが、 図 1 6に示林発明による火炎 B簾 装置の第 1 6の実施例の:^と同様の作用 ·効果が得られる。 鐘列 1 8 The above is the configuration of the 17th row of the flame ftli device according to the present invention. According to the seventeenth embodiment of the flame injection device according to the present invention having such a configuration, FIG. 16 shows the first sixteenth embodiment of the flame injection device according to the third embodiment except that it is ± ¾ &. Since it has the same configuration as the ^^ in the example, detailed explanation is omitted, but the same action and effect as the ^ in the 16th embodiment of the flame B 簾 apparatus according to the invention shown in Fig. 16 can be obtained. It is done. Bell train 1 8
次に、 図 1 8を伴って、 本発明による火炎噴射装置の第 1 8の難例を述べよう。  Next, with reference to FIG. 18, the 18th difficult example of the flame injection device according to the present invention will be described.
図 1 8において、 図 1 6との対応部分には同一符号を付して示す。  In FIG. 18, parts corresponding to those in FIG.
図 1 8に示林宪明による火炎噴射装置の第 1 8の実施例は、 乱渦流発^ ffl筒状体 9 0 の円筒体 6 0力 その内径 φ 6 1と同じ内径 φ 1 0 1を有する第 1の開口端とその内径 φ 1 0 1よりも大きレヽが乱渦流発生用筒状体 9 0の円 «状体 7 0の第 2の開口端の内径 φ 7 2よりも小さな内径 φ 1 0 2を有する第 2の開口端とを有する円錐筒状体 1 1 0に難 され、 これに応じ乱渦流発生用筒状体 9 0の円錐筒状体 7 0の第 1の開口端の内径 φ 7 1 力 S円纖状体 1 1 0の第 2の開口端の内径 φ 1 0 2と同じ内径に変更され、 また、 円纖 状体 7 0の第 1の開口端を第 2の開口端の^ φ 7 2よりも小さな^ f圣を有するものとし、 円錐筒状体 1 1 0の第 2の開口端を円«状体 7 0の第 1の開口端の 圣と同じ舰を有 するものとし、 円 «状体 1 1 0の第 1の開口端を第 2の開口端の雌よりも小さな舰 を有するものとしていることを除いて、 図 1 6に示 発明による火炎 P賁射装置の第 1 6 の 例と同様のネ冓成を有する。  Fig. 18 The 18th embodiment of the flame injection device by Tomoaki Hayashi shows that the turbulent vortex generator ^ ffl cylindrical body 90 has a cylindrical body 60 force with the same inner diameter φ 10 1 as its inner diameter φ 61 1 open end and its inner diameter φ 1 0 1 is larger than the diameter of the cylindrical body for turbulent vortex generation 9 0 «Inner diameter of the second open end of 7 0 The conical cylindrical body 110 having a second open end with 2 is difficult, and accordingly the inner diameter φ of the first open end of the conical cylindrical body 70 of the turbulent vortex generator 90 7 1 Force S circular body 1 1 0 2nd opening end inner diameter φ 1 0 2 is changed to the same inner diameter, and circular opening 70 0 1st opening end is the second opening end And the second open end of the conical cylindrical body 110 has the same reed as that of the first open end of the circular body 70. The first open end of the circular body 1 1 0 has a ridge smaller than the female of the second open end. Except that it is a shall have similar values 冓成 the example of the first 6 of the flame P 賁射 apparatus according shows the invention in FIG 6.
以上が本 II明による火炎噴射装置の第 1 8の実施例の構成である。  The above is the configuration of the 18th embodiment of the flame injection apparatus according to the present II II.
このような構成を有する本発明による火炎噴射装置の第 1 8の ϊ¾ 列によれば、 それが したことを除いて、 図 1 6に 本発明による火炎噴射装置の第 1 6の実施例の; t と同様の構成を有するので、 詳細説明は省略するが、 図 1 6に示林発明による火炎噴射 装置の第 1 6の実施例の^と同様の作用'効果が得られる。 実施例 1 9 According to the 18th column of the flame injection device according to the present invention having such a configuration, FIG. 16 shows the configuration of the 16th embodiment of the flame injection device according to the present invention, except that it is; Since it has the same structure as t, detailed description is omitted, but the same effect as the ^ of the 16th embodiment of the flame injection apparatus according to the invention shown in Fig. 16 can be obtained. Example 1 9
次に、 図 1 9を伴って、本発明による火炎 t>無装置の第 1 9の実施例を述べよう。 図 1 9において、 図 1 7及び図 1 8との対応部分には同一符号を付して示す。  Next, with reference to FIG. 19, a 19th embodiment of the flame t> no apparatus according to the present invention will be described. In FIG. 19, portions corresponding to those in FIG. 17 and FIG.
図 1 9に示 1^発明による火炎 P蕭装置の第 1 9の難例は、乱渦流発^ ffl筒状体 9 0 の円纖状体 7 0 、 その第 1の開口端の內径 φ 7 1及 圣 Ψ 8 1とそれぞれ同じ内径 及 tm を有する第 1の開口端と、 円 状体 7 0の第 2の開口端の内径 φ 7 2及 φ 8 2とそれぞれ同じ内 圣を有する第 2の開口端とを有する円碗筒状体 8 0に置 換されてレ、ることを除レ、て、 図 1 8に示林発明による火炎噴射装置の第 1 8の謹例と 同様の構成を有する。  Fig. 1 9 1 The 9th difficult example of the flame P 蕭 device according to the invention is the turbulent vortex generator f ffl cylindrical body 90, the diameter of the first open end φ 7 1 and Ψ ψ 8 1 have the same inner diameter and tm, respectively, and the second opening end of the circular body 70 has the same inner diameter as φ 2 2 and φ 8 2. This is the same as that of the 18th example of the flame injection apparatus according to the invention shown in FIG. 18 except that it is replaced by a circular cylindrical body 80 having two open ends. It has a configuration.
以上が本発明による火炎 ¾Ιί装置の第 1 9の実施例の構成である。  The above is the configuration of the nineteenth embodiment of the flame refrigeration apparatus according to the present invention.
このような構成を有する本発明による火炎噴射装置の第 1 9の実施例によれば、 それが _bz6したことを除いて、 図 1 8に示す本発明による火炎噴射装置の第 1 8の実施例の齢 と同様の構成を有するので、 詳細説明は省略するが、 図 1 8に示 発明による火炎 · 装置の第 1 8の実施例の;^と同様の作用'効果力 S得られる。 実施例 2 0  According to the nineteenth embodiment of the flame injection device according to the present invention having such a configuration, except that it is _bz6, the eighteenth embodiment of the flame injection device according to the present invention shown in FIG. Since it has the same structure as the age of, detailed explanation is omitted, but the effect S of the same effect as; ^ of the 18th embodiment of the flame apparatus according to the invention shown in FIG. Example 2 0
次に、 図 2 0を伴って、 本発明による火炎噴射装置の第 2 0の趣例を述べよう。 図 2 0におレ、て、 図 1 8との対 )ί¾分には同一 を付して示す。  Next, a 20th example of the flame injection device according to the present invention will be described with reference to FIG. In FIG. 20, the same parts as in FIG.
図 2 0に示す本発明による火炎噴射装置の第 2 0の実施例は、 乱渦流発生用筒状体 9 0 の円雜状体 1 1 0が、 その第 1の開口端の内径 φ 1 0 1及蘭圣とそれぞれ同じ内徹 圣を有する第 1の開口端と、 円錐筒状体 1 1 0の第 2の開口端の内径 φ 1 0 2RXM 径とそれぞれ同じ内 ί¾¾Ό^¾を有する第 2の開口端とを有する円碗筒状体 1 2 0に置換 されていることを除いて、 図 1 8に示林発明による火炎噴射装置の第 1 8の舞 fe例と同 様の構成を有する。  In the 20th embodiment of the flame injection device according to the present invention shown in FIG. 20, the circular rod-shaped body 1 1 0 of the cylindrical body for turbulent flow generation 9 0 has an inner diameter φ 1 0 of the first opening end. 1 The first open end with the same inner diameter as the lantern and the second inner diameter φ 1 0 2 of the second open end of the conical cylindrical body 110 2 The second with the same inner diameter as the RXM diameter Fig. 18 has the same configuration as the 18th Mai example of the flame injector according to the invention shown in Fig. 18 except that it is replaced with a circular cylinder 1 2 0 having an open end of .
以上が本発明による火炎噴射装置の第 2 0の 例の構成である。 このような構成を有する本発明による火炎11簾装置の第 2 0の実施例によれば、 それが したことを除いて、 図 1 8に示 発明による火炎 ¾Ιί装置の第 1 8の実施例の と同様の構成を有するので、 詳細説明は省略する力 図 1 8に^ 本発明による火炎截 装置の第 1 8の 例の^^と同様の作用 .効果が得られる。 The above is the configuration of the 20th example of the flame injection device according to the present invention. According to the 20th embodiment of the flame 11 apparatus according to the present invention having such a configuration, the flame 11 apparatus according to the 18th embodiment of the flame apparatus according to the invention shown in FIG. Since the structure is similar to that of FIG. 18, the detailed explanation is omitted. FIG. 18 shows the same effect as the ^^ of the 18th example of the flame flame apparatus according to the present invention.
麵列 2 1 Row 2 1
次に、 図 2 1を伴って、 本発明による火炎噴射装置の第 2 1の実施例を述べよう。 図 2 1において、 図 1 7及び図 1 9との対応部分には同一符号を付して示す。  Next, a second embodiment of the flame injection device according to the present invention will be described with reference to FIG. In FIG. 21, parts corresponding to those in FIGS. 17 and 19 are denoted by the same reference numerals.
図 2 1に示林発明による火炎噴射装置の第 2 1の実施例は、 乱渦流発^ ffl筒状体 9 0 の円纖状体 n o力 その第 1の開口端の内径 Φ 1 0 1及 rW圣とそれぞれ同じ内 ί¾¾ 圣を有する第 1の開口端と、 円錐筒状体 1 1 0の第 2の開口端の内径 φ 1 0 2ΆΧΜ 径とそれぞれ同じ内 ^を有する第 2の開口端とを有する円碗筒状体 1 2 0に置換 されて!/ヽることを除!/ヽて、 図 1 9に示林発明による火炎噴射装置の第 1 9の実施例と同 様の構成を有する。  Fig. 2 The first embodiment of the flame injection device according to the invention shown in Fig. 1 shows that the turbulent vortex flow ^ ffl cylindrical body 90 force no force its first open end inner diameter Φ 1 0 1 and a first opening end having the same inner diameter as each of the rW rods, and an inner diameter φ 1 0 2 of the second opening end of the conical cylindrical body 110, and a second opening end having the same inner diameter ^ Except that it has been replaced with a circular cylinder 1 2 0! / *, It has the same configuration as the nineteenth embodiment of the flame injection device according to the invention shown in FIG. Have.
以上が本発明による火炎噴射装置の第 2 1の実施例の構成である。  The above is the configuration of the second embodiment of the flame injection device according to the present invention.
このような構成を有する本発明による火炎噴射装置の第 2 1の実施例によれば、 それが したことを除いて、 図 1 9に示す本発明による火炎噴射装置の第 1 9の実施伊!!の と同様の構成を有するので、 詳細説明は省略するが、 図 1 9に示す本発明による火炎嚇 装置の第 1 9の実施例の齢と同様の作用'効果が得られる。  According to the second embodiment of the flame injection device according to the present invention having such a configuration, the 19th implementation of the flame injection device according to the present invention shown in FIG. Since the configuration is the same as that of!, Detailed description is omitted, but the same effect as the age of the nineteenth embodiment of the flame flame apparatus according to the present invention shown in FIG. 19 can be obtained.
発明の実施の形態の変型 ·変更 Variation of the embodiment of the inventionChange
上述においては、 本発明による火炎噴射装置の僅かな ¾g例を示したに留まり、 図 7に 示す本発明による火炎噴射装置の建例において、 乱渦流発生用円繊 3 1力 己される第 4の位置 P 4を、 送風管 2 1の延長端の位置である第 3の位置 P 3または第 3の位置より も後方に変更することもでき、 また、 乱渦流発 円鎌 3 1を設けている した実施 例において、 乱渦流発生用円 ¾¾ 3 1の 圣 φ 4を、 乱渦流発^ ^円 3 1が配される 第 4 ^立置 Ρ 4力 S送風管 2 1の延長端の位置である第 3の位置 Ρ 3または第 3の位置より も後方とする^ ¾風管 2 1の先端開口の径 φ 2よりも小さな径とし、 乱渦流発 円環 板 3 1力 ¾己される第 4の位置 P 4力 S送風管 2 1の延長端の位置である第 3の位置 P 3より も前方とする: 管 2 1の先端開口の径 φ 2よりも小さいかまたは径 φ 2と等しいか もしくは径^ 2よりも大きな径とする範囲で L淌流発生用円環板 3 1を設けている し た 伊から種々変更することもできる。 In the above description, only a few examples of the flame injection device according to the present invention have been shown. In the example of the flame injection device according to the present invention shown in FIG. Position P 4 can be changed to the rear of the third position P 3 or the third position, which is the position of the extended end of the blower pipe 21. Implementation In the example, 圣 φ 4 of the turbulent vortex generating circle ¾¾ 3 1 is the fourth ^ standing Ρ 4 force S where the turbulent vortex generating ^ ^ circle 3 1 is arranged. Position 3 後方 Behind 3 or 3rd position ^ ¾ Wind tube 2 Diameter of tip opening 1 is smaller than φ 2, Turbulent vortex ring 3 1 force ¾ 4th Position P 4 force S forward of the third position P 3 which is the position of the extended end of the blower pipe 21: smaller than or equal to the diameter φ2 of the end opening of the pipe 21 or Various changes can be made to the case where the circular plate 31 for generating the L peristaltic flow is provided in a range in which the diameter is larger than the diameter ^ 2.
さらに、 乱渦流発生用円環板 3 1を設けている上述した実施例において、 乱渦流発^ 円撤及 3 1を、 その板部 3 2に通風孔が穿設して ヽるものとすることもでき、 その外縁か ら内側に向って延長してレ、る通細切欠力 s設けられているものとすることもできる。 さらに、本発明による火炎噴射装置の第 1 4の実施例における乱渦流発生用円 状体 5 1、本発明による火炎噴射装置の第 1 5の»例における乱渦流発^ ¾円碗筒状体 5 2、 本発明による火炎噴射装置の第 1 6、 第 1 8及び第 2 0の実施例における乱渦流発生用筒 状体 9 0の円 状体 7 0、 本発明による火炎 B賁射装置の第 1 7、 第 1 9及び第 2 1の実 施例における乱渦流発生用筒状体 9 0の円 状体 8 0を、 複数の通気孔が分散して穿設 され、 及びまたは外縁から内側に向って延長してレ、る複数の通 TO切欠が等角間隔を保つ て設けられてレヽるものとすることもでき、その他、本発明の精神を脱することなしに、種々 の変更、 変更をなし得ることは明らかであろう。 産 の利用可能性  Further, in the above-described embodiment in which the turbulent flow generating annular plate 31 is provided, the turbulent vortex generating circle 31 is assumed to have a ventilation hole formed in the plate portion 3 2. It is also possible to provide a thin notch force s extending from the outer edge toward the inside. Furthermore, the turbulent flow generating circular body 51 in the 14th embodiment of the flame injection device according to the present invention, and the turbulent flow generating cylinder ¾ circular cylinder in the 15th embodiment of the flame injection device according to the present invention. 52. Cylindrical body 90 of turbulent vortex generating cylinder 90 in the first, sixth, eighth, and twenty-first embodiments of the flame injection device according to the present invention, and the flame B propelling device according to the present invention. The cylindrical body 80 for turbulent vortex flow generation 90 in the first, first, ninth, and second first embodiments is provided with a plurality of air holes dispersed therein and / or inside from the outer edge. A plurality of TO notches extending in the direction of the head can be provided with equiangular spacing, and various modifications, changes, and the like can be made without departing from the spirit of the present invention. It will be apparent that changes can be made. Availability of production
本発明による火炎噴射装置は、火炎嚇装置自体としてとカゝ、ボイラー用としてとかに、 広く用いることができる。  The flame injection device according to the present invention can be widely used as a flame soot device itself, as a boiler or boiler.

Claims

請 求 の 範 囲  The scope of the claims
1 · 燃料源から燃料が供給されるようになされ且つ前方先端に火炎 ¾ttノズルを装着して レ、る火炎 f*t†器と、 m または赚を含む気体でなる 有気体を送出する送赚 力 、 上言狄炎噴射器を取り囲んで、 上言狄炎噴射ノズルの軸と同心的に前方に延長 している送風管と、 貫通孔を有して円 ¾状であり、 且つ上曹狄炎 ¾tt器の火炎噴射 ノズ'ノレの先 isa傍の第 5の (立置に上言 a <炎 ノズルの軸と直交するように上 ^炎 噴射ノズルの軸と同心的に配されてレ、る風切板とを有して、 上默炎噴射ノズルから 火炎力 s噴射されるようになされ、 上記送風管の延長端の位置を、 上言狄炎噴射ノズル の先端の第 1の位置から上言 炎の内炎の先端の第 2の位置までの間の第 3の位置と し、 上記送赚の延長端の開口の径を、 上言狄炎の内炎の先端の第 2の位置での 圣 ψ 1よりも大きな径 φ 2としている火炎噴射装置において、  1 · Fuel is supplied from the fuel source and a flame ¾tt nozzle is attached to the front end of the flame, and a flame f * t † and a feed that sends out gas containing m or soot A blow pipe surrounding the upper flame flame injector and extending forward concentrically with the axis of the upper flame flame nozzle, and having a through hole and a circular shape, and a soda flame flame ¾tt The flame tip of the vessel Noz 'Nole's tip isa near the fifth (upward to stand a <flame so that it is perpendicular to the axis of the flame nozzle ^ ^ the wind that is arranged concentrically with the axis of the jet nozzle The upper end of the blow pipe is set to the position of the extended end of the blower pipe from the first position of the end of the upper end of the fire jet nozzle. The third position between the second end of the flame end flame and the second position of the extension end of the feed In a flame injector that is to a large diameter phi 2 than St [psi 1 in location,
上言狄炎噴射ノズノレの先端の第 1の位 g¾び上記風切板の第 5の ί立置中の上記送風 管の先端に近レヽ第 6の位置から上言狄炎の内炎の先端の第 2の位置までの間の第 4の 位置に、 上 炎の上記第 4の位置での維よりも大きいが上記送風管の先端開口の 径 φ 2よりも小さな内径 φ 3を有し、且つ上記第 4の位置を上記第 3のィ 置またはそ の近傍もしくは上記第 3の位置よりも後方とする: 上記送風管の先端開口の径 ψ 2 よりも小さな 圣 φ 4を有するが、上記第 4の位置を上記第 3の位置よりも前方とす る齢上記送風管の先端開口の径 φ 2よりも小さいかまたは上記径^) 2と等しいかも しくは上記径 φ 2よりも大きな 圣 φ 4を有する乱渦流発生用円 が、 その板面を 上言狄炎の軸と直交する面上に在らしめて、 上言狄炎噴射ノズルの軸と同心的に配さ れてレ、ることを稱敫とする火炎噴射装 Mo  The first position of the tip of the jet spray nozzle and the tip of the internal flame of the above-mentioned flame from the sixth position close to the tip of the blower tube during the fifth standing of the windshield A fourth position between the second position and the second position of the upper flame has an inner diameter φ3 that is larger than the fiber in the fourth position but smaller than the diameter φ2 of the tip opening of the air duct, And the fourth position is the third position, the vicinity thereof, or the rear of the third position: a diameter ψ 2 smaller than the diameter ψ 2 of the tip opening of the blower pipe, The age at which the fourth position is the front of the third position is smaller than the diameter φ2 of the tip opening of the blower pipe or equal to the diameter ^) 2 or larger than the diameter φ2. The turbulent vortex generating circle with φ 4 is placed concentrically with the axis of the upper jet flame injection nozzle, with its plate surface lying on a plane perpendicular to the upper flame flame axis. Flame injection instrumentation Mo to Les, the Rukoto and 稱敫 Te
2. 請求項 1に記載の火炎噴射装置にぉレヽて、 2. In the flame injection device according to claim 1,
上記乱渦流発生用円激反に、 通風孔が穿設されてレ、ることを街敷とする火炎噴射装 A flame injection device with a ventilated hole in the street against the turbulent vortex generation circle.
3. 請求項 1に記載の火炎噴射装置にお!ヽて、 3. In the flame injection device according to claim 1,
上記乱渦流発生用円環板に、 その外端から内側に向って延長している通気用切欠が 設けられてレ、ることを樹款とする火炎 ¾l装  The above-mentioned turbulent flow generating annular plate is provided with a ventilation notch extending from the outer end to the inside, and the flame is designed as a tree.
4. 燃料源から燃料が供給されるようになされ且つ前方先端に火炎噴射ノズノレを装着して いる火炎噴射器と、 瞧または隨を含む気体でなる酸 有気体を送出する送廳 力 、 上言狄炎噴射器を取り囲んで、 上言狄炎 P謝ノズルの軸と同心的に前方に延長 している送風管と、 貫通孔を有して円 状であり、 且つ上言狄炎 P鐘器の火炎噴射 ノスフレの先 ¾fi傍の第 5の位置に上記火炎噴射ノズルの軸と直交するように上言 炎 蘭ノズルの軸と同心的に配されてレ、る風切板とを有して、 上言狄炎噴射ノズルから 火炎が噴射されるようになされ、 上記送風管の延長端の位置を、 上言狄炎噴射ノズル の先端の第 1の位置から上言狄炎の内炎の先端の第 2の位置までの間の第 3の位置と し、 上記送風機の延長端の開口の径を、 上記火炎の内炎の先端の第 2の位置での外径 φ 1よりも大きな径 φ 2としている火炎噴射装置において、  4. A flame injector that is supplied with fuel from a fuel source and is equipped with a flame injection nozzle at the front end, and a feed force that delivers an oxygen-containing gas consisting of soot or gas containing soot. Surrounding the soot flame injector, the above-mentioned soot flame P is concentric with the axis of the nozzle, and the air duct extends forward, and has a circular shape with a through hole. Nozzle's tip of the flame Nozzle at the fifth position near fi, so that it is perpendicular to the axis of the flame injection nozzle, the flame is arranged concentrically with the axis of the orchid nozzle. A flame is injected from the above-mentioned flame spray nozzle, and the position of the extended end of the above-mentioned blow pipe is changed from the first position of the tip of the above-mentioned flame flame nozzle to the tip of the internal flame of the above-mentioned flame flame. The third position between the second position and the diameter of the opening of the extended end of the blower is the first position of the tip of the inner flame of the flame. In the flame injection device having a diameter φ 2 larger than the outer diameter φ 1 at position 2,
上言 ¾Ac炎の上記火炎噴射ノズルの先端の第 1の位 ¾¾び上言 切板の第 5の位置中 の上記送風管の先端に近レ、第 6の ί立置カゝら上記火炎の内炎の 端の第 2のィ置までの 間の第 4の位置での ^^よりも大きいが上記送風管の先端開口の径 φ 2よりも小さな 内径 φ 3 1を有する第 1の開口端と、 上記内径 φ 3 1よりも大きく且つ上 炎の上 記第 2の位置に対応する位置での 圣 ψ 1よりも大きな内径 φ 3 2を有する第 2の開 口端とを有する乱渦流発 円 «状体または乱渦流発^円碗筒状体が、 上記第 2 の開口端を上言狄炎噴射ノズ X别とは反対側の前方にし且つ上記第 1の開口端を上記 第 4の位置にして、上言狄炎噴射ノズルの軸と同心的に配されてレ、ることを頓敫とす る火炎噴射装齓  ¾Ac 1st position of the flame injection nozzle tip of the flame ¾¾ and above The 6th position of the flame is close to the tip of the blast pipe in the fifth position of the cutting plate. The first open end having an inner diameter φ 3 1 that is larger than ^^ at the fourth position between the end of the inner flame and up to the second position, but smaller than the diameter φ 2 of the tip opening of the blast pipe And a second opening end having an inner diameter φ 3 2 larger than ψ ψ 1 at a position larger than the inner diameter φ 3 1 and corresponding to the second position of the upper flame. A circular tube or a turbulent turbulent tube is formed so that the second opening end is in front of the opposite side of the flame injection nozzle X and the first opening end is the fourth opening. A flame injection device that is placed in a concentric position with the axis of the flame injection nozzle.
5. 請求項 4に記載の火炎麵装置にぉレヽて、  5. In the flame flame apparatus according to claim 4,
上記乱渦流発生用円雜状体または円碗筒状体に、 通風孔が穿設されていることを ί敷とする火炎 it射装 Flame it shooting with vent holes in the circular vortex generator or circular cylinder for generating turbulent flow
6. 請求項 4に記載の火炎 P謝装置にぉレヽて、 6. Recognize the flame P device according to claim 4,
上記乱渦流発生用円錐筒状体または乱渦流発生用円碗筒状体に、 上記第 2の開口端 力 上記第 1の開口端に向って延長している通 TO切欠力 S設けられていることを街敷 とする火炎" ¾射装  The turbulent vortex generating conical cylinder or the turbulent vortex generating circular cylinder is provided with the second opening end force through TO notch force S extending toward the first opening end. "Three flames with a town"
7. »斗源から燃料が供給されるようになされ且つ前方先端に火炎噴射ノズノレを装着して レ、る火炎噴射器と、 酸素または酸素を含む気体でなる^ ^有気体を送出する送賺 力 、 上言狄炎噴射器を取り囲んで、 上言狄炎噴射ノズルの軸と同心的に前方に延長 している送風管と、 貫通孔を有して円 状であり、 且つ上記火炎 P簾器の火炎噴射 ノスレの先 傍の第 5の位置に上言 S ^炎噴射ノズルの軸と直交するように上記火炎 噴射ノズルの軸と同心的に配されて!/、る風切板とを有して、 上言狄炎噴射ノズルから 火炎が噴射されるようになされ、 上記送風管の延長端の位置を、 上曾狄炎噴射ノズル の先端の第 1の ί立置から上言 5 ^炎の内炎の先端の第 2の ί立置までの間の第 3の位置と し、 上記送謹の延長端の開口の径を、 上言狄炎の内炎の先端の第 2の位置での^^ φ 1よりも大きな径 φ 2としている火炎噴射装置において、  7. »Fuel source is supplied from the source and a flame injection nozzle is attached to the front end, and a flame injector that sends oxygen or a gas containing oxygen ^ ^ The air pipe surrounding the flame injector nozzle and extending forward concentrically with the shaft of the flame flame nozzle, and having a circular shape with a through hole, and the flame P 簾In the fifth position near the nose, the above-mentioned flame is arranged concentrically with the axis of the flame injection nozzle so that it is perpendicular to the axis of the flame injection nozzle! A flame is injected from the above-mentioned flame injection nozzle, and the position of the extended end of the above-mentioned blow pipe is set from the first position of the tip of the above-mentioned flame injection nozzle to the above 5 ^ The third position of the tip of the internal flame until the second standing position is set, and the diameter of the opening at the extended end of the feed is set to the tip of the internal flame of the above-mentioned flame. In the flame injection device having a diameter φ 2 larger than ^^ φ 1 at the second position of the end,
上言 炎の上言 &k炎噴射ノズルの先端の第 1の位 ¾¾び上記風切板の第 5の位置中 の上記送風管の先端に近レ、第 6の位置から上言狄炎の内炎の先端の第 2のィ立置までの 間の第 4の^:置での 圣ょりも大きいが上記送風管の先端開口の径 φ 2よりも小さな 内径 φ 6 1を有する円筒体と、 上記内径 φ 6 1と等しい内径 φ 7 1を有する第 1の開 口端と、 上記内径 φ 7 1よりも大きく且つ上 炎の上記第 2の位置での維 φ 1よ りも大きな内径 φ 7 2を有する第 2の開口端とを有する円 «状体または円碗筒状体 とが同心的に連結されている乱渦流発細筒状体が、 上記円錐筒状体または円碗筒状 体を上言狄炎 ノズ 則とは反対側の前方にし且つ上記円筒体の上記円 Hit状体ま たは円碗筒状体側とは反対側の開口端を上記第 4の位置にして、上言狄炎噴射ノズル の軸と同心的に配されてレ、ることを擀敫とする火炎ロ蕭装  Top of the flame & k The first position of the tip of the flame injection nozzle ¾¾ Near the tip of the blower pipe in the fifth position of the wind-cut plate, The fourth ^ until the second tip of the flame is placed: A cylinder having an inner diameter φ 61 that is larger than the diameter of the tip of the blow pipe but smaller than the diameter φ 2 A first open end having an inner diameter φ 71 equal to the inner diameter φ 61, and an inner diameter φ larger than the inner diameter φ 71 and larger than the diameter φ 1 at the second position of the upper flame. 7 A turbulent vortex tubular body concentrically connected to a circular body or a circular cylindrical body having a second open end having 2 is the conical cylindrical body or the circular cylindrical body. The body is placed in front of the Noh's law and the opening end of the cylindrical body opposite the circular hit or circular cylindrical body is in the fourth position. The axis of the flame spray nozzle Flame flame outfits that are concentrically arranged and are reminiscent of being
8. 請求項 7に記載の火炎噴射装置において、 上記乱淌流発生用筒状体の円纖状体または円碗筒状体に、 通風孔が穿設されてレ、 ることを樹敷とする火炎噴射装 Mo 8. The flame injection device according to claim 7, A flame injection device Mo in which a ventilation hole is formed in the cylindrical body or the cylindrical body of the turbulent flow generating cylinder.
9. 請求項 7に記載の火炎 u颜装置において、  9. The flame u 颜 device according to claim 7,
上記乱渦流発生用筒状体の円錐筒状体または円碗筒状体に、 外端から内側に向って 延長してレ、る通風用切欠が設けられてレ、ることを難とする火炎噴射装 go  A flame that makes it difficult to extend the inner cylinder from the outer end of the cylindrical body for generating a turbulent vortex, or a circular notch extending inward from the outer end. Injection equipment go
1 0. 燃料源から燃料が供給されるようになされ且つ前方先端に火炎噴射ノズルを装着し ている火炎噴射器と、 瞧または藤を含む気体でなる^^有気体を送出する送風 機から、 上言狄炎噴射器を取り囲んで、 上霄狄炎噴射ノズルの軸と同心的に前方に延 長している送風管と、 貫通孔を有して円¾状であり、 且つ上言狄炎噴射器の火炎噴 射ノズルの先^ ¾傍の第 5の位置に上 炎噴射ノズルの軸と直交するように上言狄 炎噴射ノズルの軸と同心的に配されてレ、る風切板とを有して、 上 炎噴射ノズルカ、 ら火炎が噴射されるようになされ、 上記送風管の延長端の位置を、 上言狄炎嘛ノズ ノレの先端の第 1の位置から上記火炎の内炎の先端の第 2の位置までの間の第 3の位置 とし、 上記送謹の延長端の開口の径を、 上記火炎の内炎の先端の第 2の位置に対応 する位置での舰 ψ 1よりも大きな径 ψ 2としている火炎噴射装置において、 上言狄炎の上 炎噴射ノズルの先端の第 1の位 び上記風切板の第 5の位置中 の上記送風管の先端に近い第 6の位置から上言狄炎の内炎の先端の第 2の位置までの 間の第 4の位置での舰ょりも大きいが上記送風管の先端開口の径 φ 2よりも小さな 内径 Φ 1 0 1を有する第 1の開口端と、 上記内径 ψ 1 0 1よりも大きく且つ上言狄炎 の上記第 2の位置での^ g ψ 1よりも大きな内径 1 0 2を有する第 2の開口端とを 有する第 1の円錐筒状体または第 1の円碗筒状体と、 上記内径 1 0 2と等しい内径 Φ 3 1 ' を有する第 1の開口端と、 上記内径 φ 3 ] よりも大きく且つ上言 ¾ 炎の上 記第 2の位置での: ^圣 φ 1よりも大きな内径 Φ 3 2 ' を有する第 3の開口端とを有す る第 2の円謹状体または第 2の円碗筒状体とが同心的に連結されてレ、る乱渦流発生 用筒状体が、 上記第 2の円«状体または第 2の円碗筒状体を上 IB ^炎噴射ノズル側 とは反対ィ則の前方にし且つ上記第 1の円 »状体または上記第 1の円碗筒状体の第 1 の開口端を上記第 の位置にして、上霄狄炎嚇ノズルの軸と同心的に配されている ことを i とする火炎 I*射装 ¾ 1 0. From a flame injector that is supplied with fuel from a fuel source and equipped with a flame injection nozzle at the front end, and a blower that sends out a gas consisting of gas containing firewood or wisteria, An air blow pipe surrounding the upper flame flame injector and extending forward concentrically with the axis of the upper flame flame injection nozzle; and a circular shape having a through hole; and the upper flame flame At the fifth position near the tip of the flame spray nozzle of the injector, the upper plate should be perpendicular to the axis of the flame spray nozzle and be arranged concentrically with the axis of the flame spray nozzle. The flame is injected from the upper flame injection nozzle, and the position of the extended end of the blower pipe is changed from the first position of the tip of the nozzle to the inside of the flame. A third position between the second end of the flame tip and the diameter of the opening at the extended end of the feed is set to the second end of the flame inner flame tip. In the flame injection device having a diameter ψ 2 larger than 舰 ψ 1 at the position corresponding to the position, the first position of the top of the flame injection nozzle at the top of the above-mentioned flame and the fifth position of the wind cutting plate Although there is a large amount of distortion in the fourth position between the sixth position close to the tip of the blow pipe and the second position of the inner flame tip of the above-mentioned flame, A first open end having an inner diameter Φ 1 0 1 smaller than the diameter φ 2, and an inner diameter larger than the inner diameter ψ 1 0 1 and greater than ^ g ψ 1 in the second position of the above-mentioned flame A first conical cylindrical body or a first circular cylindrical body having a second open end having 1 0 2 and a first open end having an inner diameter Φ 3 1 ′ equal to the inner diameter 1 0 2 And a third open end having an inner diameter Φ 3 2 ′ larger than the above inner diameter φ 3] and above the above third position of the flame: ^ 圣 φ 1 larger than φ 1 2 round bowl Alternatively, the second circular cylindrical body is concentrically connected, and the cylindrical body for generating turbulent vortex flows above the second circular cylindrical body or the second circular cylindrical body. Flame injection nozzle side And the axis of the upper flame flame nozzle with the first open end of the first circular cylinder or the first circular cylindrical body at the first position. Flame I * fired with i concentrically arranged ¾
1. 請求項 1 0に記載の火炎噴射装置において、 1. In the flame injection device according to claim 10,
上記乱渦流発生用筒状体の第 1の円繊状体または第 1の円碗筒状体に、 及びまた は乱渦流発細筒状体の第 2の円纖状体または第 2の円碗筒状体に、 通厨しが穿設 されてレヽることを f敷とする火炎 Pf射装  The first circular filament or first circular cylindrical body of the turbulent vortex generating cylindrical body, and / or the second circular cylindrical body or second circle of the turbulent turbulent thin cylindrical body Flame Pf fired with a fistula that is pierced through a cylindrical body
2. 請求項 1 0に記載の火炎噴射装置にお!/ヽて、 2. The flame injection device according to claim 10!
上記乱渦流発生用筒状体の第 1の第 2の円 «状体または第 2の円碗筒状体に、 上 記第 4の開口 ί¾から上記第 3の開口端に向って延長して 、る通 切欠が設けられて いることを 1敫とする火炎 it射装 go  Extending from the fourth opening to the third opening end to the first second circular body or the second circular cylindrical body of the turbulent vortex generating cylindrical body. , Ru It is a flame that assumes a notch is 1st fire it shooting go
PCT/JP2007/059431 2006-04-26 2007-04-26 Flame injection device WO2007126137A1 (en)

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Families Citing this family (2)

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Publication number Priority date Publication date Assignee Title
JP4955117B1 (en) * 2011-03-15 2012-06-20 新日鉄エンジニアリング株式会社 Top-fired hot air furnace
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Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS61101213U (en) * 1984-11-30 1986-06-27
JPS63142522U (en) * 1987-03-11 1988-09-20
JPS63271008A (en) * 1987-04-28 1988-11-08 Yamamoto Mfg Co Ltd Gun type burner
JPH027423U (en) * 1988-06-17 1990-01-18
JPH09196315A (en) * 1996-01-19 1997-07-29 Hodaka Kk Liquid combustion burner
JP2001349509A (en) * 2000-06-07 2001-12-21 The Ship Machinery Manufacturers Association Of Japan LOW-NOx BURNER

Family Cites Families (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH0630611U (en) * 1992-09-09 1994-04-22 石川島播磨重工業株式会社 Steam injection nozzle for NO x reduction of boiler combustion gas
CN2266696Y (en) * 1996-01-19 1997-11-05 杨生 Pressure type strong vortex oil burner
JP3535021B2 (en) 1998-09-02 2004-06-07 サンレー冷熱株式会社 Low NOx oil burner
CN2723841Y (en) * 2004-08-12 2005-09-07 周惠欣 Small rotary cup type burner

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS61101213U (en) * 1984-11-30 1986-06-27
JPS63142522U (en) * 1987-03-11 1988-09-20
JPS63271008A (en) * 1987-04-28 1988-11-08 Yamamoto Mfg Co Ltd Gun type burner
JPH027423U (en) * 1988-06-17 1990-01-18
JPH09196315A (en) * 1996-01-19 1997-07-29 Hodaka Kk Liquid combustion burner
JP2001349509A (en) * 2000-06-07 2001-12-21 The Ship Machinery Manufacturers Association Of Japan LOW-NOx BURNER

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CN101466979B (en) 2011-11-23
JPWO2007126137A1 (en) 2009-09-17
EP2014977A1 (en) 2009-01-14
CN101466979A (en) 2009-06-24
JP4307519B2 (en) 2009-08-05
KR101293513B1 (en) 2013-08-06

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