CN2898617Y - Micro-burning heater - Google Patents

Micro-burning heater Download PDF

Info

Publication number
CN2898617Y
CN2898617Y CN 200620070344 CN200620070344U CN2898617Y CN 2898617 Y CN2898617 Y CN 2898617Y CN 200620070344 CN200620070344 CN 200620070344 CN 200620070344 U CN200620070344 U CN 200620070344U CN 2898617 Y CN2898617 Y CN 2898617Y
Authority
CN
Grant status
Grant
Patent type
Prior art keywords
heat
combustion chamber
fuel
micro
gas supply
Prior art date
Application number
CN 200620070344
Other languages
Chinese (zh)
Inventor
刘春生
王谦
Original Assignee
江苏大学
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
Grant date

Links

Abstract

The utility model relates to heating field, in particular to a micro-burning heater, comprising a regenerative material, a combustion chamber, a Venturi micro-mixer, a fuel bottle, a synchronization controller of electronic ignition and gas supply valve, a electronic ignitor and a gas supply pipe. The utility model is characterized in that: the fuel in the fuel bottle is transported into the combustion chamber for combustion through the gas supply pipe; an air pipe is connected with the gas supply pipe through the Venturi micro-mixer; the gas supply valve switch and the fuel ignition are controlled by the synchronization controller of electronic ignition and gas supply valve; the electronic ignitor is fixed in the combustion chamber; the order is a heat-resistant layer, a thermal storage area and a housing from the combustion chamber outward; the fuel bottle is separated from the thermal storage area by heat insulation material; the synchronization controller of electronic ignition and gas supply valve and a charging valve are fixed on the fuel bottle and can be covered with a fastening cover. The utility model has the advantages of simple manufacture, low cost, convenient control without additive power supply and heat source and long working time, which even can continuously supply heat for days.

Description

微燃烧热宝 Micro heat of combustion treasure

技术领域 FIELD

本实用新型涉及取暖领域,特别是一种利用微燃烧供热的微燃烧热宝。 The present invention relates to the field of heating, especially using a micro-micro combustion heat of combustion heating Po.

背景技术 Background technique

目前市场上供应的便携式热宝器大多为充电式和化学介质热宝器。 Currently available on the market are mostly portable hot jewels rechargeable and chemical medium heat jewels. 充电式热宝器一般是采用热管、电阻丝、电热膜等进行升温、储热、断电保温取暖,如专利CN93219451.6“电热膜热宝”,这种热宝由于热管、电阻丝、电热膜耐腐蚀性能差,故影响热宝的使用寿命;化学介质热宝器,利用化学反应放热进行取暖,如专利CN200310113414.7“纳米热宝”并且这种热宝是在一个密封的塑料袋内装一些化学物质,密封袋容易破裂,发生危险,并且当密封袋破裂或热宝淘汰被扔掉时,也会污染环境;还有其它的一些热宝,如专利CN03212342.6“超导方便便携式热宝器”,利用的是物质相态变化放出潜热的原理进行取暖的。 Rechargeable Rebao generally is a heat pipe, resistance wire, heating film or the like for heating, heat storage, heat off the heating, as disclosed in CN93219451.6 "hot heating film treasure," since such a heat pipe heat Po, resistance wire, heating film poor corrosion resistance, so the influence of heat Po life; jewels chemical heat medium, for heating the exothermic chemical reaction, as described in patent CN200310113414.7 "Nanothermal treasure" and this is a treasure heat sealed plastic bag Some chemical contents, the sealed pouch is easily broken, danger, and when the heat sealed bag rupture or Po out to be thrown away, will pollute the environment; some other thermal Po, as disclosed in CN03212342.6 "superconducting convenient portable hot jewels ", the use of phase change materials is the principle of latent heat release was heating. 以上这些热宝在无电源或热源的情况下都无法使用,并且每次加热或充电之后只能使用几个小时,就需要再次补充能量,极为不便,因此需要改进。 These Rebao can not be used without power or heat, a few hours only and after each heating or charging, it is necessary to add energy again, is very inconvenient, and therefore needs to be improved.

发明内容 SUMMARY

为了避免和克服上述不足,本实用新型的目的是提供一种利用微燃烧供热的微燃烧热宝。 In order to avoid and overcome the above deficiencies, the present invention aims to provide a use of micro-micro combustion heat of combustion heating Po.

实现本实用新型的技术方案为:微燃烧热宝主要包括:蓄热材料、燃烧室、文托利微混合器、燃料瓶、电子打火与供气阀同步控制器、电子点火器、供气管,其特征是燃料瓶中的燃料通过供气管输送到燃烧室进行燃烧,空气管通过文托利微混合器连接在供气管中,供气阀的开关和燃料的点火由电子打火与供气阀同步控制器分别通过供气阀控制线和电子点火器控制线进行控制,电子点火器固定在燃烧室内,燃烧室采用公知的“瑞士面包卷”式的燃烧室,燃烧室置于热宝的中间,从燃烧室向外依次是耐热层、蓄热区、外壳,用隔热材料把燃料瓶与蓄热区隔开,电子打火与供气阀同步控制器和充气阀固定在燃料瓶上,并能用扣盖盖上。 Implementations of the present invention is a technical solution: a micro combustion heat Po including: storage material, a combustion chamber, the micromixer described Toledo, fuel bottle, the supply valve electronic ignition synchronization controller, electronic ignition, the air supply pipe , characterized in that the fuel conveyed by the bottle supply pipe to the combustion chamber for the combustion air supply pipe is connected to the trachea by a micromixer described Toledo, ignition and fuel supply valve switching by an electronic ignition and gas each synchronization controller valve via a control line supply valve and an electronic ignition control lines, electronic igniters are fixed to the combustion chamber, the combustion chamber of a known "Swiss rolls" type combustion chamber, the combustion chamber is placed in a hot Po intermediate, outwardly from the combustion chamber followed by heat-resistant layer, heat storage region, the housing, the fuel bottle separated by insulating material and the heat storage zone, supply valve with electronic ignition synchronization controller and an inflation valve fixed in the fuel bottle on, and be able to cover buckle cover. 其中供气管的尺寸等于或小于燃料熄火距离。 Wherein the size of the supply pipe is equal or less than the quenching distance of the fuel.

本实用新型的优点是:制作简单,成本低,控制方便,无需其它外加电源和热源,使用时间长,甚至可以连续几天不间断供热。 This utility model has the advantages: simple manufacture, low cost, easy to control, and no other external power source, used for a long time, even several days uninterrupted heating.

附图说明 BRIEF DESCRIPTION

下面结合附图和实施例对本实用新型作进一步说明。 The present invention is further described as below in conjunction with the accompanying drawings and embodiments.

图1是本实用新型结构示意图,图2是本实用新型剖面图。 FIG 1 is a schematic view of the present invention a novel structure, FIG. 2 is a cross-sectional view of the present invention.

如图所示,图中标号分别代表:1.外壳 2.蓄热区 3.排气管 4.空气管 5.供气阀 6.燃料 7.燃料瓶 8.充气阀 9.电子打火与供气阀同步控制器 10.扣盖 11.供气阀控制线 12.电子点火器控制线 13.文托利微混合器 14.供气管 15.电子点火器 16.燃烧室17.耐热层。 As shown, in FIG numeral represent: a housing 2. The heat storage zone 3. The air pipe of the exhaust pipe 4. The fuel supply valve 8. The fuel bottle filling valve 9. The electronic ignition and synchronization controller 10. The supply valve 11. The supply valve button cover 12. The electronic ignition control line 13. The control line 14. The paper feed pipe Toledo micromixer 15. The electronic ignition resistant layer 16. The combustion chamber 17 .

具体实施方式 detailed description

如图所示,空气管(4)通过文托利微混合器(13)连接在供气管(14)中,文托利微混合器(13)可根据流体力学的伯努利方程和燃烧化学平衡来设计,供气管(14)的尺寸等于或小于燃料熄火距离,以防止回火现象的发生,当燃料瓶(7)中的燃料(6)从供气管(14)流过时,就会被吸进来和燃料(6)混合后一起输送到燃烧室(16)中进行燃烧,供气阀(5)的开关和燃料(6)的点火由电子打火与供气阀同步控制器(9)分别通过供气阀控制线(11)和电子点火器控制线(12)进行控制,电子点火器(15)固定在燃烧室(16)内,燃烧室(16)采用公知的“瑞士面包卷”式的燃烧室,燃烧室(16)置于热宝的中间,从燃烧室(16)向外依次是耐热层(17)、蓄热区(2)、外壳(1),用隔热材料把燃料瓶(7)与蓄热区(2)隔开,电子打火与供气阀同步控制器(9)和充气阀(8)设置定在燃料瓶(7)上,并能用扣盖(10)盖上。 As shown, the air duct (4) connected by a text Toledo micromixer (13) in the supply pipe (14), the text Toledo micromixer (13) and the Bernoulli equation hydrodynamic The combustion chemical balanced design, the size of the air supply pipe (14) is equal or less than the quenching distance of the fuel, to prevent tempering phenomenon is, when the fuel bottle for a fuel (6) (7) from the supply pipe (14) flows, will be and the fuel sucked in (6) were mixed together after delivery to the combustion chamber (16) for combustion, the air supply valve (5) and a fuel switch (6) is ignited by an electronic ignition and supply valve synchronization controller (9) separately controlled electronic ignition (15) is fixed within the combustion chamber (16) via a control line supply valve (11) and an electronic ignition control line (12), a combustion chamber (16) using well-known "Swiss rolls" type combustion chamber, the combustion chamber (16) in the intermediate heat Po, from the combustion chamber (16) outwardly successively heat resistant layer (17), thermal storage zone (2), the housing (1), a heat insulating material the fuel bottle (7) and the heat storage zone (2) spaced supply valve with electronic ignition synchronization controller (9) and a pneumatic valve (8) is provided on the fuel bottle set (7), and can be covered buckle (10) cover.

使用时,开启电子打火与供气阀同步控制器(9),供气阀(5)打开,燃料(6)流入供气管(14)中,同时安装在供气管(14)中的文托利微混合器(13)也会把空气吸入供气管(14)中,燃料和空气的混合气就通过供气管(14)输送到燃烧室(16)中燃烧。 In use, the electronic ignition and open supply valve synchronization controller (9) for the valve (5) opens, the fuel (6) into the supply pipe (14), installed in the supply duct Vento (14) Lee micromixer (13) is also sucked air supply pipe (14), a mixture of air and fuel delivered to the combustion chamber on the supply pipe through (14) (16) combustion. 燃烧释放的热量经耐热层输送到蓄热区(2)储存起来,然后缓慢的释放,当不需要取暖时,关闭电子打火与供气阀同步控制器(9)即可。 The heat released by combustion of the layer to transport heat through the heat storage zone (2) stored and then released slowly, when no heating, ignition and close the electronic synchronization controller supply valve (9) to. 当需要时可通过充气阀(8)补充燃料(6)。 When required supplemental fuel through the inflation valve (8) (6).

Claims (3)

  1. 1.微燃烧热宝,其包括:燃烧室(16)、文托利微混合器(13)、燃料瓶(7)、电子点火与供气阀同步控制器(9)、电子点火器(15)、供气管(14),其特征是空气管(4)通过文托利微混合器(13)连接在供气管(14)中,电子点火与供气阀同步控制器(9)分别通过供气阀控制线(11)和电子点火器控制线(12)与供气阀(5)和电子点火器(15)相连,电子点火器(15)固定在燃烧室(16)内,燃烧室(16)置于热宝的中间,从燃烧室(16)向外依次是耐热层(17)、蓄热区(2)、外壳(1),用隔热材料把燃料瓶(7)与蓄热区(2)隔开,电子点火与供气阀同步控制器(9)和充气阀(8)设置定在燃料瓶(7)上,并能用扣盖(10)盖上。 1. Micro Po combustion heat, comprising: a combustion chamber (16), Toledo text micromixer (13), the fuel bottle (7), the supply valve electronic ignition synchronization controller (9), an electronic igniter (15 ), supply pipe (14), characterized in that the air pipe (4) connected to the supply pipe (14) through the text Toledo micromixer (13), the supply valve electronic ignition synchronization controller (9) for respectively valve control line (11) and an electronic ignition control line (12) and the supply valve (5) and the electric igniter (15) is connected to an electronic igniter (15) is fixed within the combustion chamber (16), a combustion chamber ( 16) in the intermediate heat Po, from the combustion chamber (16) outwardly successively heat resistant layer (17), thermal storage zone (2), the housing (1), the fuel bottle with a heat insulating material (7) and the reservoir hot zone (2) spaced supply valve with electronic ignition synchronization controller (9) and a pneumatic valve (8) disposed in the fuel bottle set (7), and can be snap cover (10) cover.
  2. 2.根据权利要求1所述的微燃烧热宝,其特征在于:供气管(14)的尺寸等于或小于燃料熄火距离。 The micro-combustion heat according Po claimed in claim 1, wherein: the size of the air supply pipe (14) is equal or less than the quenching distance of the fuel.
  3. 3.根据权利要求1所述的微燃烧热宝,其特征在于:燃烧室(16)采用公知的“瑞士面包卷”式的燃烧室。 Micro according to claim 1 according Po combustion heat, characterized in that: (16) using well-known "Swiss rolls" combustion type combustor. .
CN 200620070344 2006-03-17 2006-03-17 Micro-burning heater CN2898617Y (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN 200620070344 CN2898617Y (en) 2006-03-17 2006-03-17 Micro-burning heater

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN 200620070344 CN2898617Y (en) 2006-03-17 2006-03-17 Micro-burning heater

Publications (1)

Publication Number Publication Date
CN2898617Y true CN2898617Y (en) 2007-05-09

Family

ID=38073950

Family Applications (1)

Application Number Title Priority Date Filing Date
CN 200620070344 CN2898617Y (en) 2006-03-17 2006-03-17 Micro-burning heater

Country Status (1)

Country Link
CN (1) CN2898617Y (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103968420A (en) * 2013-02-06 2014-08-06 通用电气公司 Variable volume combustor with an air bypass system

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103968420A (en) * 2013-02-06 2014-08-06 通用电气公司 Variable volume combustor with an air bypass system
CN103968420B (en) * 2013-02-06 2017-11-17 通用电气公司 The variable volume air bypass system having a burner

Similar Documents

Publication Publication Date Title
US20080226955A1 (en) Multistage combustor and method for starting a fuel cell system
CN102260537A (en) A plasma pyrolysis and combustion material enriched combustible gas preparing means
JP2005335982A (en) Fuel treating apparatus and fuel cell power generation system
JPH04206362A (en) High-temperature type fuel cell system power generating device
JP2001151501A (en) Reforming device
CN202546735U (en) Biomass particle combustor
CN201497346U (en) Energy-saving gas crucible aluminum-melting heat preserving furnace
CN101196344A (en) High wind temperature hot-blast stove
CN1950646A (en) Portable heat transmission device
JPS6344931A (en) Fuel reforming apparatus
JP2007331951A (en) Hydrogen generator and fuel cell system
CN201925935U (en) Combustible gas combustion device
Sakurai et al. Heat loss reduction and hydrocarbon combustion in ultra-micro combustors for ultra-micro gas turbines
CN2799447Y (en) Disposable lunch box with self-heating function
CN101329067A (en) Coal mine mash gas incineration torch
CN202506832U (en) Blast furnace gas nozzle for online heating of tundish
CN201944828U (en) Biomass burner
JPS63126539A (en) Fuel reformer
CN2180874Y (en) Centralized gasification device for liquefied petroleum gas
JPS5853165A (en) Fuel cell device
CN201672654U (en) Double gas-supply water heater
CN104629804A (en) Biomass gasification method
CN203395977U (en) Heater with double-gas-source gas system
CN2468491Y (en) Ambient pressure sterilizing stove for edible prodn. use mushroom
CN202253627U (en) Special furnace end for alcohol-based fuels of non-air blower

Legal Events

Date Code Title Description
C14 Granted
C19 Lapse of patent right due to non-payment of the annual fee