CN107642803A - High-effect moulding coal kitchen - Google Patents

High-effect moulding coal kitchen Download PDF

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Publication number
CN107642803A
CN107642803A CN201710942175.8A CN201710942175A CN107642803A CN 107642803 A CN107642803 A CN 107642803A CN 201710942175 A CN201710942175 A CN 201710942175A CN 107642803 A CN107642803 A CN 107642803A
Authority
CN
China
Prior art keywords
combustion chamber
helix tube
combustion
vapor lamp
heat
Prior art date
Application number
CN201710942175.8A
Other languages
Chinese (zh)
Inventor
许月辉
Original Assignee
许月辉
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 许月辉 filed Critical 许月辉
Priority to CN201710942175.8A priority Critical patent/CN107642803A/en
Publication of CN107642803A publication Critical patent/CN107642803A/en

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Abstract

The invention discloses a kind of high-effect moulding coal kitchen, including combustion chamber A, helix tube A, helix tube B and top to be opened wide, the combustion chamber B of bottom lock, and heat gathering cover is provided with above the combustion chamber B;Also include igniter, blower fan and power supply, power supply is that igniter and blower fan are powered, one end of the igniter is located at the bottom in the B of combustion chamber and in the B of combustion chamber, and the side wall of the combustion chamber B and bottom surface use sandwich, and the cavity between sandwich is gas channel;The upper end of the helix tube A is connected with primary vapor lamp, and the lower end of the helix tube A contacts with the bottom surface in the B of combustion chamber;One end of the primary vapor lamp is inserted into helix tube A upper end, and heat-barrier material is provided between the outer wall of primary vapor lamp and helix tube A inwall.Due to using above-mentioned structure, the present invention has the characteristics of energy-conserving and environment-protective.

Description

High-effect moulding coal kitchen

Technical field

The present invention relates to a kind of kitchen tools, specifically a kind of kerosene stove.

Background technology

Currently known diesel range, including combustion bin, the combustion gas of the feed arrangement for being connected to combustion bin, connection combustion bin go out Tracheae and the deslagging device for being communicated in combustion bin lower end, be movably set with combustion bin by combustion bin be partitioned into primary combustion storehouse and The turnover panel of combustion bin again, multiple air-vents is offered on turnover panel, combustion bin has burning with helping gas inlet pipe to connect again Insufficient, noise is big, and thermal losses is big, occupies the defects of space is big.

The content of the invention

It is an object of the invention to provide a kind of high-effect moulding coal kitchen of energy-conserving and environment-protective.

To achieve the above object, the technical solution adopted in the present invention is:

High-effect moulding coal kitchen, including combustion chamber A, helix tube A, helix tube B and top are opened wide, the combustion chamber B of bottom lock, institute State combustion chamber A to be located in the B of combustion chamber, the upper end closed of the combustion chamber A, the lower end of the combustion chamber A is fixed on combustion chamber B's On bottom surface, combustion chamber A bucket wall top is circumferentially spaced combustion gas through hole, and the bottom side of combustion chamber A bucket wall, which is provided with, to be led Enter hole, one end of the helix tube B is extend into the A of combustion chamber through entrance hole, and the other end from combustion chamber B side wall are passed through and reached Outside the B of combustion chamber, it is connected by kerosene branched pipe with regulating valve, the helix tube A is located in the B of combustion chamber and is wrapped in combustion chamber On A outer wall, the combustion gas through hole of multiple opening upwards is intervally distributed with the tube wall of the helix tube A;It is characterized in that:It is described Heat gathering cover is provided with above the B of combustion chamber, the heat gathering cover is small by lower port, and the big cylinder of upper port and polylith heat collecting are formed, The polylith heat collecting is laid in the inner surface of cylinder;The cylinder is made up of Steel material, and the heat collecting is by ceramic material Material is made;Also include igniter, blower fan and power supply, power supply is that igniter and blower fan are powered, and one end of the igniter is located at Bottom in the B of combustion chamber and in the B of combustion chamber, the side wall of the combustion chamber B and bottom surface use sandwich, sandwich it Between cavity be gas channel, the side lower part of the madial wall of the combustion chamber B is peripherally provided with multiple to be communicated with gas channel Air vent, the lateral wall of the combustion chamber B is provided with the fresh air inlet communicated with gas channel, on the bottom surface of the combustion chamber A The bottom for also being provided with communicating with gas channel enters air holes, one end connection of the gas channel and pipeline, the other end of pipeline with Blower fan connects;The upper end of the helix tube A is connected with primary vapor lamp, lower end and the bottom surface in the B of combustion chamber of the helix tube A Contact, one end of the primary vapor lamp are connected with helix tube A, and the other end passes through from the interlayer of combustion chamber B side wall and reaches combustion Burn outside the B of room, be connected by kerosene branched pipe with regulating valve;One end of the primary vapor lamp is inserted into helix tube A upper end, And heat-barrier material is provided between the outer wall of primary vapor lamp and helix tube A inwall.

Beneficial effects of the present invention:

Due to being additionally arranged heat gathering cover on the B of combustion chamber, heat gathering cover can be assembled the exhaust-heat absorption near the bottom of a pan substantial amounts of heat energy and lead to Cross infrared ray and be reflected to pot again, the utilization rate of heat caused by this stove is greatly enhanced, be also greatly reduced and make an uproar Sound, using also safer.

Because the bottom for also being provided with communicating with gas channel on combustion chamber A bottom surface enters air holes, burning is substantially improved Effect.

Because combustion chamber B side wall and bottom surface use sandwich, make to form gas channel in interlayer, not only fired to being sent into Burn indoor air and play pre- heat effect, but also effectively obstructed the external heat transfer of body of heater, make fuel combustion in stove More fully, so as to embody energy-conserving and environment-protective of the present invention the characteristics of.

Brief description of the drawings

The present invention is described in further detail with reference to the accompanying drawings and detailed description:

Fig. 1 is the structural representation of the present invention;

Fig. 2 is that the top view after heat gathering cover is removed shown in Fig. 1;

Fig. 3 is the top view of the heat gathering cover shown in Fig. 1.

In figure:1st, combustion chamber A;2nd, helix tube A;3rd, helix tube B;4th, igniter;5th, combustion chamber B;6th, combustion gas through hole; 7th, entrance hole;8th, kerosene branched pipe;9th, combustion gas through hole;10th, gas channel;11st, air vent;12nd, fresh air inlet;13rd, primary gasification Pipe;14th, kerosene branched pipe;15th, pipeline;16th, blower fan;17th, power supply;18th, regulating valve;19th, heat gathering cover;20th, cylinder;21st, heat build-up Piece;22nd, bottom enters air holes.

Embodiment

As shown in Figure 1, 2, 3, high-effect moulding coal kitchen, including igniter 4, blower fan 16 and power supply 17, wherein, power supply 17 is point Firearm 4 and blower fan 16 are powered, and one end of the igniter 4 is located in the B5 of combustion chamber.Also include combustion chamber A1, helix tube A2, spiral shell Coil B3 and top are opened wide, and the combustion chamber B5 of bottom lock, the combustion chamber A1 is located in the B5 of combustion chamber, the combustion chamber A1 Upper end closed, combustion chamber A1 lower end is fixed on combustion chamber B5 bottom surface, and combustion chamber A1 bucket wall top is circumferentially spaced Combustion gas through hole 6 is distributed with, the bottom side of combustion chamber A1 bucket wall is provided with entrance hole 7, and one end of the helix tube B3 is through entrance hole Extend into the A1 of combustion chamber, the other end from combustion chamber B5 side wall pass through and reach outside the B5 of combustion chamber by kerosene branched pipe 8 with Regulating valve 18 connects, and the helix tube A2 is located in the B5 of combustion chamber and is wrapped on combustion chamber A1 outer wall, the helix tube The combustion gas through hole 9 of multiple opening upwards is intervally distributed with A2 tube wall.The side wall of the combustion chamber B5 and bottom surface use interlayer Structure, the cavity between sandwich is gas channel 10, and the side lower part of the madial wall of the combustion chamber B5 is peripherally provided with It is multiple communicated with gas channel 10 air vent 11, the lateral wall of the combustion chamber B5 is provided with to enter with what gas channel 10 communicated Air holes 12, the bottom for also being provided with communicating with gas channel on the bottom surface of the combustion chamber A1 enter air holes 22, the gas channel 10 It is connected with one end of pipeline 15, the other end of pipeline 15 is connected with blower fan 16.Heat gathering cover 19, institute are provided with above the combustion chamber B5 It is small by lower port to state heat gathering cover 19, and the big cylinder 20 of upper port and polylith heat collecting 21 are formed, and the polylith heat collecting 21 is flat It is layered on the inner surface of cylinder 20.The cylinder 20 is made up of Steel material, and the heat collecting 21 is to be made of ceramic materials, certainly It can also be made up of alloy material.Due to the structure type using double combustion chamber and double vapor lamps, especially helix tube A is in double combustions Under the dual-heated for burning room, the fuel in helix tube A is gasified rapidly, substantially reduce vaporization time, can once light a fire repeatedly Ignition.Primary vapor lamp has been set on helix tube A, and 20% to 30% length of primary vapor lamp or space are in combustion chamber B Interior main burning high-temperature region, other sections are in outside air flow duct and stove between interlayer, alleviate and gasify rapidly in helix tube A significantly Gaseous fuel afterwards recoils, and efficiently solves formed pulse air-resistance phenomenon, so that the feeding of fuel is more smooth, It ensure that the stability of body of heater work.

The upper end of the helix tube A2 is connected with primary vapor lamp 13, and one end of the primary vapor lamp 13 is inserted into spiral It is provided with heat-barrier material in pipe A2 upper end and between the outer wall of primary vapor lamp and helix tube A inwall, the other end is from burning The interlayer of room B5 side wall is passed through and reached and is connected outside the B5 of combustion chamber by kerosene branched pipe 14 with regulating valve 18.The helix tube A2 lower end contacts with the bottom surface in the B1 of combustion chamber.

In use, opening switch, fuel is conveyed through helix tube A and helix tube B respectively by two kerosene branched pipes, is sent into combustion Room B and combustion chamber A bottom is burnt, through pulse electronic ignition, combustion chamber B and combustion chamber A burn simultaneously, during burning, Helix tube A is in combustion chamber B flame, so that the liquid fuel in helix tube A gasifies rapidly, and is divided from helix tube A The combustion gas through hole of cloth sprays and burnt, after gasification occurs, helix tube A lower end then there is no liquid fuel outflow, due to Combustion chamber A is also in the B of combustion chamber, and the flame in burned room B is surrounded, and the liquid fuel being sent into the A of combustion chamber also can be rapid Gasification, the combustion gas through hole of upper lateral part of the fuel through combustion chamber A after gasification spray and burnt.

Described above is the preferred embodiment of the present invention, can not limit the right model of the present invention with this certainly Enclose, it is noted that for those skilled in the art, technical scheme is modified or waited With replacing, without departure from the protection domain of technical solution of the present invention.

Claims (1)

1. a kind of high-effect moulding coal kitchen, including combustion chamber A, helix tube A, helix tube B and top are opened wide, the burning of bottom lock Room B, the combustion chamber A are located in the B of combustion chamber, and the upper end closed of the combustion chamber A, the lower end of the combustion chamber A is fixed on combustion On the bottom surface for burning room B, combustion chamber A bucket wall top is circumferentially spaced combustion gas through hole, the bottom side of combustion chamber A bucket wall Provided with entrance hole, one end of the helix tube B is extend into the A of combustion chamber through entrance hole, and the other end from combustion chamber B side wall pass through And reach outside the B of combustion chamber, it is connected by kerosene branched pipe with regulating valve, the helix tube A is located in the B of combustion chamber and is wrapped in On combustion chamber A outer wall, the combustion gas through hole of multiple opening upwards is intervally distributed with the tube wall of the helix tube A;Its feature exists In:Heat gathering cover is provided with above the combustion chamber B, the heat gathering cover is, upper port big cylinder and polylith heat build-up small by lower port Piece is formed, and the polylith heat collecting is laid in the inner surface of cylinder;The cylinder is made up of Steel material, the heat collecting be by Ceramic material is made;Also including igniter, blower fan and power supply, power supply is that igniter and blower fan are powered, the one of the igniter End is located at the bottom in the B of combustion chamber and in the B of combustion chamber, and the side wall of the combustion chamber B and bottom surface use sandwich, interlayer Cavity between structure is gas channel, and the side lower part of the madial wall of the combustion chamber B peripherally leads to provided with multiple with air-flow The air vent that road communicates, the lateral wall of the combustion chamber B are provided with the fresh air inlet communicated with gas channel, the combustion chamber A's The bottom for also being provided with communicating with gas channel on bottom surface enters air holes, one end connection of the gas channel and pipeline, pipeline it is another One end is connected with blower fan;The upper end of the helix tube A is connected with primary vapor lamp, the lower end of the helix tube A with the B of combustion chamber Bottom surface contact, one end of the primary vapor lamp is connected with helix tube A, and the other end passes through from the interlayer of combustion chamber B side wall Reach outside the B of combustion chamber, be connected by kerosene branched pipe with regulating valve;One end of the primary vapor lamp is inserted into helix tube A's In upper end, and heat-barrier material is provided between the outer wall of primary vapor lamp and helix tube A inwall.
CN201710942175.8A 2017-10-11 2017-10-11 High-effect moulding coal kitchen CN107642803A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201710942175.8A CN107642803A (en) 2017-10-11 2017-10-11 High-effect moulding coal kitchen

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201710942175.8A CN107642803A (en) 2017-10-11 2017-10-11 High-effect moulding coal kitchen

Publications (1)

Publication Number Publication Date
CN107642803A true CN107642803A (en) 2018-01-30

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN201710942175.8A CN107642803A (en) 2017-10-11 2017-10-11 High-effect moulding coal kitchen

Country Status (1)

Country Link
CN (1) CN107642803A (en)

Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN204063162U (en) * 2014-09-23 2014-12-31 邱万耸 Methanol gasifying energy focusing stove

Patent Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN204063162U (en) * 2014-09-23 2014-12-31 邱万耸 Methanol gasifying energy focusing stove

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