43 results about "Tinder" patented technology

The present invention relates to the technical field of waste heat recovery facilities for steelmaking converters in steelmaking enterprises, and specifically to a converter primary flue gas quenching and fire extinguishing waste heat recovery method and device. Flue gas at the outlet of the vaporization cooling flue, with a temperature of 900-1000°C, enters a radiant waste heat boiler for radiative heat exchange, and the heat recovered is recycled. Flue gas at the outlet of the radiant waste heat boiler, with a temperature of 660-700°C, enters a water-cooling chamber, which extinguishes open flames and fire starters carried by dust. The flue gas, with these fire starters eliminated, then enters a convection waste heat boiler through a gas pipeline for convection heat exchange. This heat exchange reduces the flue gas temperature from 550-600°C to approximately 200°C, and the heat recovered is recycled. The present invention eliminates open flames and fire starters in the flue gas through the water-cooling chamber, avoiding the risk of explosion below the ignition point and effectively improving system safety. Simultaneously, the radiant and convection waste heat boilers fully recover the low-temperature waste heat in the converter flue gas, effectively reducing the production cost of steel products.

The present invention provides a particle capture device, comprising: an inner sleeve, which is a cylindrical structure with one end open and the other end closed, and the inner sleeve wall is provided with layered holes; an outer sleeve, a sealing sleeve is arranged on the outside of the inner sleeve, and is connected with the inside of the inner sleeve through the layered holes; an annular inclined plate settling device, which is coaxially spaced between the inner sleeve and the outer sleeve, the inner side of the annular inclined plate settling device is spaced from the inner sleeve wall to form an ash falling area, the outer side of the annular inclined plate settling device is spaced from the outer sleeve wall to form a flue gas flow channel, and the flue gas flow channel is connected with the outlet of the outer sleeve. The beneficial effect of the present invention is that by arranging the inner sleeve, the outer sleeve and the annular inclined plate settling device, the micrometer-level particles carried in the converter flue gas can be separated, and the explosion hazard caused by the particle fire can be eliminated.

The utility model relates to the field of combustors, in particular to a double-pollution-discharge main fire and small fire integrated negative pressure silent combustor which comprises a mixed flow disc and further comprises a combustor body and a combustor outer shell connected to the outer side of the combustor body, the mixed flow disc is located between the combustor body and the combustor outer shell, and the combustor body is connected with the combustor outer shell through the mixed flow disc. A mixed flow combustion cavity is formed between the combustor shell and the mixed flow disc, and the combustor shell is provided with a plurality of sewage discharging holes. Compared with a burner in the prior art, the gas burner is simple in structure, low in manufacturing cost and easy to maintain, has the antifouling and pollution discharge functions, can mix gas and air more sufficiently, and reduces noise generated by gas burning in a main fire state.

The invention relates to the technical field of commercial kitchenware, and specifically discloses a gas stove head with a built-in kindling. The kindling is arranged in a side wall of the stove head, and the internal structure of the stove head is redesigned, so that the gas enters the air inlet pipe through the gas port for mixing, and the mixed gas partially enters the kindling mixed gas air inlet pipe to provide fuel for the kindling. The kindling is arranged in the middle of the side wall of the stove head. When the stove head is ignited, the gas at the bottom is also ignited by the kindling, so as to prevent the explosion inside the stove head. The invention has a compact structure and a reasonable internal structure design, and the kindling will not be affected by the high-temperature flame in the combustion chamber and the oil and water debris that fall into it, so as to avoid the phenomenon that the air pressure inside and outside the stove head is unequal and the kindling burns unstably.

The utility model relates to a kindling table with stable flame, which is technically characterized by comprising a base, a mounting table arranged at the upper end of the base, a concave cavity with an opening at the upper end arranged in the mounting table, a gas mixing seat fixed in the concave cavity and provided with an upper end extending out of the concave cavity, a gas mixing cavity with an opening at the upper end arranged in the gas mixing seat, and a burner cap covered on the opening at the upper end of the gas mixing cavity. A fire distributor is arranged in the gas mixing cavity, a plurality of gas guide grooves are formed in the fire distributor, a gas pipe with the upper end penetrating through the mounting table to connect gas into the gas guide grooves is arranged in the base, a plurality of gas outlet holes communicated with the gas guide grooves are formed in the upper end face of the fire distributor, and the side wall of the gas mixing base and the inner side wall of the concave cavity are relatively separated. A plurality of air holes for supplementing air are formed in the side wall of the gas mixing seat; and a plurality of fire holes are formed in the fire cover. The gas distributor is simple in structure, is provided with a plurality of gas guide grooves, and is safe and good in flame shape.

The utility model discloses a kind of gas burner tip side fire device, including burner tip and the combustion cavity being set in the burner tip, the burner tip end face of the combustion cavity side is provided with fire mechanism, the burner tip lower end surface is provided with main air inlet pipe, the fire mechanism includes the seat body being set on the burner tip outer side wall, and along the seat body through and set with ignition needle and long-lasting fire gas pipeline, the long-lasting fire gas pipeline is communicated with the main air inlet pipe, the long-lasting fire gas pipeline export is aligned with the ignition needle, the seat body is provided with the air passage pipeline being communicated with the combustion cavity. The utility model can realize long-lasting fire relatively long-term combustion on the basis of keeping simple structure, reduce the occurrence of extinguishing condition, more conducive to normal use.

The fuel gas mixing burner comprises a mixing chamber, the side portion of the mixing chamber is connected with a mixing pipe, a fire cover assembly is installed in the mixing chamber, and the fire cover assembly comprises an annular top cover, an upper annular fire distribution piece, a plurality of lower annular fire distribution pieces and an annular bottom cover, and the lower annular fire distribution pieces and the annular bottom cover are stacked at intervals. Straight grooves extending outwards are evenly distributed in the upper annular fire distributing piece, arc-shaped grooves rotating outwards are evenly distributed in the lower annular fire distributing piece, straight fire holes extending outwards are formed between the upper annular fire distributing piece and the lower annular fire distributing piece, arc-shaped fire holes rotating outwards are formed between the lower annular fire distributing piece, and the straight fire holes are communicated with the arc-shaped fire holes. An oxygen supply pipe communicated with the inner side of the fire cover assembly is arranged at the bottom of the fire cover assembly, and the ignition needle and the kindling material are fixedly installed at the bottom of the mixing chamber in a sealed mode through locking nuts. The combustor is easy to control concentration and dispersion of flames, sufficient and uniform in combustion, good in using effect and high in heat efficiency.

The utility model discloses an improved gas furnace end kindling structure which comprises a furnace shell, an air guide cup and an ignition assembly, the air guide cup is nested in the furnace shell, an air guide cavity is correspondingly formed between the inner wall of the furnace shell and the outer wall of the air guide cup, and kindling parts are arranged at any positions of the inner cavity of the air guide cup and the port of the air guide cup. A kindling cavity sinking relative to the top face of the kindling part is formed in the kindling part, and the ignition assembly is used for igniting the kindling cavity. The kindling cavity of the kindling part is arranged to be of the sunken structure, so that air cannot enter the kindling cavity, kindling is prevented from being blown out by airflow in the air guide cup or being sprayed out by water, and the burner has the advantages of being stable in kindling and stable in ignition.

The utility model discloses a combustion furnace end with double fire distributors, which comprises a furnace end outer shell, a furnace end inner shell is arranged at the inner bottom of the furnace end outer shell, a soft fire combustion chamber is formed in the furnace end inner shell, a soft fire distributor is embedded in the soft fire combustion chamber, a big fire combustion chamber is formed at the upper part of the furnace end outer shell in the furnace end outer shell, and a small fire distributor is embedded in the big fire combustion chamber. A big fire distributor is embedded in the big fire combustion chamber, the big fire distributor and the small fire distributor are laminated fire distributors which are the same in structure but different in size, a normal open fire combustion chamber is hung on the outer wall of the furnace end shell, and an ignition needle and a normal open fire cover are arranged in the normal open fire combustion chamber. The burner has big and small fire with different burning fire powers, so that different burning fire powers required by different cooking processes can be met; the burner is provided with double-insurance kindling equipment of normal open fire and soft fire, and can be quickly ignited, so that the big fire can be opened at any time; and the laminated fire distributor is adopted, so that more uniformly distributed holes and larger sectional area gas output are provided, and the environment-friendly and mute effects are more ideal.

A reusable fire starter is disclosed. The reusable fire starter may include a receptable with at least three legs and an open-top burn chamber configured to receive and hold a flammable substance that, when ignited, can be used to easily and quickly start a self-sustaining fire using standard firewood logs with little effort and without building up a gradual fire from smaller kindling or tinder first. The receptacle can be comprised of a non-porous, heat-resistant material that survives being used to start a fire, so the reusable fire starter can be reused to start subsequent fires after being refilled with more of the flammable substance. A method of use of the reusable fire starter is also disclosed herein.

The invention discloses a kindling basin, and belongs to the technical field of combustors. The kindling basin mainly comprises a shell, a burner and a gas pipe. An air cavity is formed in the shell, and the combustor is detachably installed on the top of the shell. The burner is provided with an injection pipe, a base and a plurality of flame columns. An outlet of the gas pipe extends into an inlet of the injection pipe, and gas is sprayed out to entrain air in the air cavity, so that primary premixed gas is formed. And the gas enters the primary mixing cavity in the base for secondary mixing, then passes through a distribution plane formed by the top wall of the primary mixing cavity, is uniformly distributed to the secondary distribution cavities of the flame columns through the communicating holes, and finally is sprayed out from the fire holes for combustion. Through the two-stage mixing and plane distribution structure, the problem of non-uniform flame caused by non-uniform mixing of gas and air and unstable distribution pressure in a traditional mode is effectively solved, and the combustion stability, the ignition reliability and the use effect are remarkably improved.

1. The name of this design product: external fire starter cover. 2. The purpose of this design product: used as a cover on a gas stove to cover the fire and prevent it from escaping. 3. The design key point of this appearance design product lies in the shape. 4. The picture or photo that best illustrates the design points: Stereoscopic diagram 1.

The utility model relates to the technical field of gas furnace ends, in particular to a furnace end which comprises an inner shell, a partition piece is detachably installed in the inner shell so that a combustion cavity and a kindling material cavity can be formed in the inner shell, the combustion cavity is communicated with the kindling material cavity, and an ignition induction needle module is arranged in the kindling material cavity. According to the burner, the inner shell is divided into the combustion cavity and the kindling material cavity through the separator, and then the ignition induction needle module is arranged in the kindling material cavity, so that the ignition induction needle module is prevented from being burnt in the combustion cavity all the time, the service life of the ignition induction needle module is prolonged, and after flameout in the combustion cavity, kindling materials can be reserved in the kindling material cavity; and re-ignition is not needed in each time of use.

The utility model relates to an anti-direct-blowing kindling lamp which is technically characterized by comprising a base, a transparent cover arranged at the upper end of the base, a kindling cavity defined by the transparent cover and the base, an oil cup assembly arranged on the base, a lamp wick arranged on the oil cup assembly, a windproof seat arranged at the upper end of the transparent cover, and a middle windproof cylinder arranged on the windproof seat. An inner windproof barrel is arranged on the windproof seat, an opening in the lower end of the inner windproof barrel is communicated with the kindling cavity, an inner mesh communicated with the middle windproof barrel and the inner windproof barrel is formed in the inner windproof barrel, an outer cover sleeved outside the inner windproof barrel is arranged on the windproof seat, and a convection cavity is formed between the outer cover and the inner windproof barrel in a spaced mode. The upper end and the lower end of the convection cavity are provided with an upper convection opening and a lower convection opening which are used for convection of external air and the convection cavity respectively, and the middle windproof cylinder is provided with outer meshes communicating the convection cavity with the interior of the middle windproof cylinder. The wind-proof device is simple in structure and good in wind-proof performance by arranging the outer cover, the middle wind-proof cylinder and the inner wind-proof cylinder.

The utility model provides a built-in efficient mixing chamber burner and stove, including stove shell, kindling cap, fire cover base, said stove shell upper end is provided with the fire cover base, the kindling cap is provided at the fire cover base inner cavity bottom end, the one side of kindling cap is provided with ignition needle, the fire cover base bottom is provided with kindling mixing pipe, and the kindling mixing pipe is provided with the inner cavity. The bottom of the fire cover base extends downwards to form a kindling area, and a mixing area is arranged at the position, below the fire cover base, of the furnace shell. Mixed gas is mixed in the mixing area, the mixing distance of a mixed gas flow channel formed in the mixing area is greatly increased, the mixing effect is good, and the problem that carbon monoxide exceeds the standard can be effectively solved; a kindling area is lengthened, a mixed gas flow channel of a mixing area is lengthened, a main fire mixing structure is improved, main gas mixing is increased, and the goals that mixing is uniform, combustion is sufficient, and carbon monoxide meets the national standard are achieved.

The utility model belongs to the technical field of commercial kitchen ware, and particularly relates to a kindling stable combustion device. The kindling stable combustion device comprises a kindling pressure stabilizer, a kindling fan, a main fire fan and a kindling communicating pipeline, one end of the kindling communicating pipeline is connected with a kindling head, the other end of the kindling communicating pipeline is connected with the kindling fan and the main fire fan, and the kindling pressure stabilizer is arranged between the kindling fan and the kindling head. According to the utility model, the communicating pipelines are respectively arranged between the kindling head and the kindling fan as well as between the kindling head and the main fire fan, so that air is supplied to the kindling head, and when the main fire fan stops using, the kindling fan can still provide stable air quantity for the kindling head, so that the kindling combustion is not influenced by the main air fan.

The present invention relates to the technical field of waste heat recovery facilities for steelmaking converters in iron and steel enterprises, and particularly relates to a method and device for dry quenching waste heat recovery of primary converter flue gas, including a radiant waste heat boiler, a convective waste heat boiler, an inertial dust removal device, and a dry quenching chamber for extinguishing open flames in the flue gas and reducing the energy of spark particulate matter in the flue gas; a vaporization cooling flue, the radiant waste heat boiler, the dry quenching chamber, the inertial dust removal device, and the convective waste heat boiler are sequentially connected along the flue gas flow direction, and a quenching gas inlet is arranged on the dry quenching chamber, and the quenching gas inlet is connected to a quenching gas source. The present invention fully recovers the waste heat of the primary converter flue gas at 900°C to 250°C, can achieve full dry waste heat recovery and purification, and avoids the risk of flash explosion of converter gas in the range of 605 to 650°C, significantly improving the safety of the system.

1. The name of the product under this design: Torch. 2. Purpose of the product of this design: used for the transfer of fire and lighting. 3. The design key point of this appearance design product lies in the shape. 4. The picture or photo that best illustrates the design points: three-dimensional picture.

The energy-saving gas furnace end comprises an upper pipe and a lower pipe, a main combustion chamber is arranged in the upper pipe, an independent sinking kindling combustion chamber is arranged in the main combustion chamber, an ignition needle tube and a kindling tube are arranged in the independent sinking kindling combustion chamber, the ignition needle tube penetrates through the lower pipe, and the kindling tube penetrates through the lower pipe. The lower pipe is provided with an air inlet pipe and a main air connector, drainage pipes distributed in pairs are arranged in the independent sinking kindling material combustion chamber, the lower ends of the drainage pipes distributed in pairs are located in the lower pipe, a straight drainage pipe is arranged on the main combustion chamber and penetrates through the lower pipe, and the straight drainage pipe is communicated with the main combustion chamber. And a lead-in hole is formed in the side wall of the straight drainage pipe close to the lower end surface of the lower pipe. By means of the design, water can be better drained from the interior, the corrosion problem caused by accumulated water is reduced, normal combustion of flames is better facilitated, and the use requirement is better met.

1. The name of the design product: lead disc (fire). 2. The use of the design product: lead storage for fireworks or firecrackers. 3. The design points of the design product: in shape. 4. The picture or photo that best shows the design points: perspective view 1.

The utility model provides a waterproof detachable premixing mute furnace end which comprises a mixing bin, a drainage pipe extending out of the mixing bin is designed on the outer wall of the middle of the mixing bin, the drainage pipe penetrates through the interior of the mixing bin to be connected with a drainage channel, and an upper cover is placed on the top of the mixing bin. A gas distribution plate is cooperatively designed at the middle position in the upper cover and the mixing bin, the gas distribution plate is in threaded connection with the drainage channel, a first drainage hole is designed in the middle of the gas distribution plate and communicated with the drainage channel, a baffle with the diameter equal to that of the inner wall of the upper cover is designed on the surface of the gas distribution plate, and second drainage holes are evenly distributed in the surface of the baffle. An ignition needle hole is formed in one side of the edge of the mixing bin, a connecting base is designed on the surface of the ignition needle hole, the connecting base vertically penetrates through an ignition needle channel and corresponds to the ignition needle hole, the ignition needle hole is inserted into the ignition needle channel and penetrates through the ignition needle hole, a kindling cap is designed above the surface of the connecting base, and buckles are designed on the two sides of the kindling cap. Clamping positions correspondingly matched with the buckles are designed on the two sides of the connecting base.

The utility model relates to the technical field of kitchen range accessories, in particular to a novel furnace end. The device comprises a fixed bracket which is arranged on the burner. Through the structural design of the protection mechanism, kindling flames can be ingeniously concentrated in the flame cover for combustion, random diffusion of the flames is effectively prevented, meanwhile, the flames are guided to be evenly discharged from the holes, the visibility of the flames is guaranteed, heat distribution is more even, and through the arrangement of the induction needle, the heat dissipation efficiency is improved. The flame state can be monitored in real time, once a center kindling material is extinguished accidentally, the induction needle can respond immediately, and the combustion gas valve of the main gas pipeline is closed automatically through the electronic controller, so that gas leakage is effectively avoided, the use safety of the cooking range is ensured, and the fixing support can be matched with various burners of different types and is convenient to use. And the ignition needle can conveniently ignite a central kindling material, so that the use of a traditional ignition rod is thoroughly avoided, the time is saved, and the success rate of ignition is improved.

The utility model belongs to fuel range technical field, concretely relates to a gas -cooker drainage leakproof bypass system, including hearth, hearth bottom is provided with the burner, is provided with the main air supply pipeline in the burner bottom, is provided with the air -blower in the one end of main air supply pipeline far from the burner, is provided with the firewood bypass pipeline on main air supply pipeline, firewood bypass pipeline one end and the side wall of main air supply pipeline close to the air -blower one end are connected, firewood bypass pipeline other end and the side wall of main air supply pipeline close to the burner one end are connected, is provided with the drain pipe in the burner bottom and the one end of drain pipe far from the burner is set down to the inclination, is provided with the air -supply pipe between drain pipe and firewood bypass pipeline. The device can solve the problem that the firewood cannot be ignited due to the water accumulation of the burner, and avoid the gas leakage risk caused by the drain pipe.

1. Name of the Design Product: Fire Tinder (Idea 1). 2. Use of the Design Product: Used to light combustible items. 3. Design Key Points of the Design Product: Lies in the shape. 4. Picture or Photograph that Best Illustrates the Design Key Points: Perspective view.

1. The name of this design product: Torch Model. 2. The purpose of this design product: used for transmitting fire, lighting, and can also be used as a handicraft. 3. The key point of the design of this product lies in its shape. 4. The picture or photo that best illustrates the design points: three-dimensional picture.

The utility model relates to the technical field of commercial stoves, and discloses a commercial stove burner which comprises a supporting base, a premixing cylinder, a supporting table, a reserved table, a stove burner body and an electric push rod I. The premixing cylinder is fixedly connected to the upper end of the supporting base, the supporting table is fixedly connected to the upper end of the premixing cylinder, and the reserved table is fixedly connected to the lower end of the stove burner body. The reserved table is fixedly connected to the upper end of the supporting table, and the stove head is fixedly connected to the upper end of the supporting table. According to the furnace end of the commercial stove, by improving the furnace end of the commercial stove, the gas mixing and stirring capacity of the furnace end of the commercial stove is improved, when low-pressure fuel gas passes through the precise flow limiting nozzle and is premixed with air in the air pipe for the first time, then the fuel gas enters the premixing cavity, and the fuel gas is stirred and premixed for the second time under the action of the perturbation disc with holes; after being fully mixed, the mixture enters the combustion head through the flow guide pipe cyclone piece for three times of premixing and then is sprayed out through densely-distributed spraying holes of the combustion head for ignition, and external kindling flame-out protection is achieved.

The present application relates to the technical field of burner, in particular to a stove burner with external fire source, which comprises a stove body and an ignition assembly, the ignition assembly comprises a ceramic shell, an ignition column and a sensing column, a quick connection piece is arranged between the ceramic shell and the stove body, a first vertical groove and a second vertical groove are arranged in the ceramic shell, the top end and the bottom end of the sensing column are respectively provided with a sensing end and a first conductive end, a clamping mechanism is arranged at the bottom of the ceramic shell, the top end and the bottom end of the ignition column are respectively provided with a discharge end and a second conductive end, a conductive on-off mechanism is arranged at the bottom of the ceramic shell, the conductive on-off mechanism comprises a columnar shell, a conductive seat, a first spring, a ring-shaped iron and a ring-shaped electromagnet, when the ignition column is damaged and causes abnormal discharge or electric leakage, the conductive on-off mechanism of the device can automatically lift the ignition column upward and disconnect the electric connection with the power supply, so as to prevent the ignition column from exploding and causing harm to the cooking personnel by cutting off the power supply of the ignition column in time.

The utility model provides a preheating and premixing gas burner. The preheating and premixing gas burner comprises a burner outer shell, a connecting shell arranged at the top of the burner outer shell and a fire stabilizing ring arranged at the top of the connecting shell. A combustor inner shell is arranged in the middle of the interior of the combustor outer shell. A flame divider is arranged in the connecting shell; the interior of the combustor inner shell is hollow, and a small fire tube is arranged in the middle of the bottom of the combustor inner shell and penetrates through the flame divider; ignition induction needles are arranged on the two sides of the small fire tube, and one end of each ignition induction needle penetrates through the side wall of the combustor inner shell and extends into the flame divider. According to the utility model, the technical effect of no kindling is realized, the required firepower can be adjusted after ignition, the burner enters a working state without waiting, and the burner can be extinguished and waited when working is intermittent, so that the burning efficiency is improved, the energy waste is reduced, and the technical effects of energy conservation and emission reduction are realized.

The invention discloses a converter primary flue gas fire energy separator, which comprises a central air outlet cylinder body, an elliptical upper seal head, a straight cylinder section, a conical section, an ash bucket and a main support, the elliptical upper seal head is sleeved outside the central air outlet cylinder body, flue gas enters the straight cylinder section through an air inlet to generate high-speed rotating air flow, so that the flue gas is separated from particles with high fire energy; the separated flue gas enters subsequent equipment through the central air outlet barrel, and the separated fire energy particles enter the ash hopper through the conical section and then are discharged through the double-layer flap valve. After the flue gas passes through the fire energy separator, the ignition energy in the flue gas is smaller than the minimum ignition energy of the converter gas, high-energy kindling is effectively separated, the danger of flash explosion of the converter gas is avoided, and the safety of the system is remarkably improved.

This utility model relates to the field of gas burner technology, specifically disclosing an easy-to-clean ignition tube and burner head, including a tube body with an installation cylinder sleeved on the tube body. The installation cylinder is installed inside the furnace body, and a gas outlet nozzle is detachably installed at one end of the tube body. A limiting part installed on the tube body is provided on one side of the gas outlet nozzle. The tube body is movably disposed inside the installation cylinder so that the limiting part and the gas outlet nozzle extend out of or retract into the installation cylinder. By installing the installation cylinder inside the furnace body, the gas outlet nozzle of the tube body is engaged with the installation cylinder by the limiting part when in use. When the ignition tube needs to be cleaned, simply lift the tube body to allow the limiting part and the gas outlet nozzle to extend out of the installation cylinder for cleaning. When disassembly is required, the tube body can be easily removed by lifting after the gas pipe is disconnected, making disassembly and assembly more convenient.