57 results about "Tinder" patented technology

A cooking fuel ignition assembly for an outdoor cooking apparatus as in a barbeque grill. The ignition assembly includes a tinder support combination of an ash can and tinder support stand. An operator inserts the tinder support stand within the ash can such that its lower spacer structure makes contact with the base of the ash can receptacle and the upper tinder platform is in the upper region of the ash can. The operator places tinder T on the upper surface of the tinder platform. The tinder combination with tinder is mounted in suspended fashion below an aperture in the grill base such that upon ignition of the tinder a flame extends up through, for example, an interface slide catch collar assembly and into an ignition relationship with supported cooking fuel above.

An assembly for generating a continuous stream of smoke for food processing such as barbecue cooking includes a reusable cartridge holder for holding upright a disposable smoke generating cartridge. The cartridge includes an outer covering enclosing a chamber. The covering includes a perforated top, a non-perforated upper portion designed to not burn during the process and a readily combustible lower portion. At the bottom of the chamber is a readily combustible tinder material that is easily set afire by the burning lower portion. The balance of the chamber is filled with wood pellets that smolder and emit desirable smoke when ignited by the tinder, the smoke passing upward through the perforated top. The convection currents produce a stream of smoke without the need for a fan. The pellets don't fall through the cartridge after the bottom portion burns away because they swell up and are held in place within the upper portion.

The invention discloses an embedded lamp with a lamp body mounted in a fire-proof cover, the fire-proof cover is composed of a metal layer envelopping a fire-proof heat insulation layer or coated with the fire-proof heat insulation layer, the fire-proof cover can prevent fire propagation from the lamp body to circumambience, and the fire-proof heat insulation layer would not make a temperature of an outer surface of the fire-proof cover be excessive high so as to result burning of some tinder around the fire-proof cover, a cover wall of the fire-proof cover is provided with a heat dispersion opening mounted with an expanded type fire-proof sheet, a heat dispersion hole is arranged at a position of the expanded type fire-proof sheet corresponding to the heat dispersion opening and/or the heat dispersion hole is arranged between an edge of the expanded type fire-proof sheet and an edge of the heat dispersion opening, so that the lamp can performing heat dispersion normally at a common condition, when encountering a fire, the heat dispersion opening can be automatically closed by rapid expansion of the expanded type fire-proof sheet, the fire-proof cover completely insulates the lamp from outside tinder, thereby preventing the tinder propagation from the lamp to outside.

The invention discloses a heat accumulative gas burner which comprises an air distribution device, a nozzle, a gas controlling assembly, a blocking brick, a heat accumulator, an ignition device and a tinder placing device, wherein the main tube of the air ignition device is connected to the right end surface of the nozzle in a sealing manner, and two breeches tubes at the other end are respectively an air inlet tube and a flue gas outlet tube. A cyclone body is arranged inside the hole at the other end which is axial with the opening of the nozzle, the residual holes are sealed by plugs, and the blocking brick and the heat accumulator are arranged in the hole which is perpendicular to the opening of the nozzle. A ring channel is arranged inside the tube wall at one end of the ring opening of the nozzle, air hole groove openings are formed uniformly in the ring channel, and the gas controlling assembly mounted at one end of the openings penetrate the built-in ring channel, so as to introduce gas in the ring cannel. According to the heat accumulative gas burner provided by the invention, spiral ribs are arranged on the inner wall of the openings and the cyclone body, so as to enable the combustion air and the gas to generate rotational air swirl flow, and be beneficial to mixing and blending. According to the device provided by the invention, the ignition device is used to ignite at the first time, and the tinder placing device ignites later on, the ignition is reliable, and the safety is good.

The invention discloses a candle with an ignition device. The candle comprises a candle body (1) with a candlewick (2); the ignition device comprises a gunpowder head (4) fixed on the candlewick and a fire pulling sheet (3) which is sleeved on the candlewick and can move on the candlewick, wherein an ignition layer (5) is arranged on the fire pulling sheet; and the fire pulling sheet is pulled outwards, so that ignition layer and the gunpowder head catch on fire by contact friction to ignite the candle. The candle with the ignition device is arranged in a lamp shade (6) formed by combining different shapes and patterns to form various candle lamps. In the candle, an ignition tool is not needed to be arranged and carried specially to generate kindling materials, and the candle can be ignited only by pulling the fire pulling sheet outwards on the ignition device assembled on the candle by using hands anywhere and anytime; and by utilizing the ignition device, the candle can be ignited directly, and the candle also can be ignited after the candle lamps are manufactured, so the candle can be ignited at a time conveniently, quickly, reliably and safely.

Curable urea formaldehyde binder compositions are provided which are useful in coated abrasive and wood engineering applications, in a time released fashion. The time released curable binder compositions include a urea formaldehyde resin and an aryl phosphite in varying concentrations. The curable binder compositions of the present invention provide desirable working times and faster curing times tinder ambient or near ambient conditions.

A tinder storage container solar powered fire starter that includes top and lower housings that when coupled together form a water tight tinder storage cavity of which the inside bottom surface is a machined parabolic reflector that when used in conjunction with a tinder holder arm that securely positions the fire starting tinder at the exact focus of the reflective parabolic surface of the lower housing is able to use solar power to ignite combustible materials. The tinder holder arm is stowed in the top housing during non-use and incorporates a series of light through holes, and flex points, that provide maximum efficiency and quick positioning from stow configuration to fire starting configuration. The inside reflective inside surface of the top housing is a signal mirror, a lanyard hole is provided to prevent loss. An hour glass shaped air escape slot provides easy coupling of the top and bottom housings.

The invention discloses an auto-ignition energy-saving burner of a gas appliance; the double-sided ignition way by an electronic ignition needle is designed at a gas jet of the burner, thereby being capable of solving the defects of difficult ignition, fire-lighter borrowing and time delay during the use of the burner. The burner adopts the double-sided ignition and the method of eruption type space burning, thereby improving the mixing situation of gas and air, leading the gas to be burned completely and reducing the emissions of nitrogen oxides and carbon monoxide during the burning; flames during burning are ice blue pure fire, thereby well protecting environment and the physical health of a user; and the waste of mixed burning in the currently used commercial burner of the gas stove is avoided, thereby greatly saving gas resources.

The invention relates to a high-leg furnace end, and particularly relates to a high-leg furnace end with a uniform gas mixing function. The high-leg furnace end with the uniform gas mixing function mainly aims at achieving the effects that an air door is not needed, flame instability is avoided, fuel gas is driven to be stably output, the combustion efficiency is guaranteed, meanwhile, fuel gas backflow is prevented, and safety is guaranteed. The high-leg furnace end with the uniform gas mixing function comprises a gas receiving hose, a flame arrester, a gas conveying pipeline, a turbine, a furnace end, a containing mechanism and a furnace assembly, wherein the containing mechanism is arranged in the high-leg furnace end, the furnace assembly is arranged on the top of the containing mechanism, the furnace end is arranged in the containing mechanism, one side of the furnace end is connected with the gas conveying pipeline, the flame arrester is arranged at the bottom of the gas conveying pipeline, the gas receiving hose is arranged at the bottom of the flame arrester, and the turbine is rotationally arranged between the inner walls of the gas conveying pipeline. By arranging the containing mechanism and the furnace assembly, fuel gas is driven to flow out of the furnace end through the gas conveying pipeline, kindling is driven to make contact with the fuel gas to cause fire, and the basic function is achieved in cooperation with use of the furnace end.

The invention relates to the technical field of commercial kitchen ware and in particular discloses an ejector matched with a high-depth combustion chamber and a combustor of an ignition structure, wherein an air ejection hose is arranged at the bottom of a distributor, an air flow ejected by the air ejection hose can dredge gas in the combustion chamber to flow out of the combustion chamber to reduce the probability of occurrence that the gas vibrates to induce squeal, and air ejected by the air ejection hose supplements air secondarily for combustion reaction of primary fire and mixed gas, so that the air flow of the fixed gas in the main fire can be reduced. A kindling material fire ejecting port is arranged in the inner side surface of an oil-water sundry reserving basin, so that the main fire and the mixed gas can be ignited quickly and stably to reduce the ignition time delay and avoid detonation generated by accumulation of the mixed gas. The ejector has independent tissue air and gas supplying and mixing and combusting functions and an independent kindling material mixed gas distribution chamber. An ignition needle function is not affected by a combustion flame in the distributor fully, so that the ejector has fully independent self-combustion and self-regulation function.

A fire producing survival belt buckle configured to be worn around the user's waist that may make a fire under different environmental conditions. The belt buckle includes a rigid body made of high carbon steel. The body includes a plurality of sharp striking points that when stuck against a flint, chert rock, or quartz produces a spark to ignite dry tinder or other combustible material. On a perimeter edge of the body is a ferrocerium rod that can be used with a steel knife or stone to produce spark. Also on a perimeter edge of the body is a magnesium bar that produces small shavings that can be ignited. Also in the rigid body is a magnifying lens used to ignite tinders by sun rays. The belt buckle is waterproof, easily transported and can be use with a knife, hard stone, other metal pieces, or with similar belt buckles worn by others.

The invention provides a fire source fuel for the combustion of low-pressure and low-temperature blind fire. The invention comprises following components in percentage by weight percent: 75 to 85 percent of powdered charcoal, 6 to 10 percent of potassium nitrate, 5 to 10 percent of potassium perchlorate, 1 to 5 percent of binding agent, 0 to 2 percent of ammonium nitrate and 0 to 1 percent of burning-smell regulator. The manufacturing process of the fire source fuel is environment friendly and high in safety. Results of on-the-spot tests show that the fire source fuel of the invention can burn in blind fire under conditions of the elevation of 8800m and the temperature of 45 DEG C below zero and can continue to burn for quite a long time, the ignition quality is reliable and stable, the flame can not be extinguished under weathers of gale, rain and snow, the combustion of the fire source fuel is of safety, reliability, no smoke and no toxicity, and the fire source fuel is convenient in carrying and can meet requirements of people who need to carry fire sources while climbing peaks, thereby the invention provides the solid fire source fuel which is convenient in carrying and capable of burning in blind fire for quite a long time for field mountaineering, expedition and field operation training; the invention is wide in use conditions and environments and can be used in all places of the earth, particular in alpine regions for outdoor use (the elevation is more than 3000m and the ambient temperature is less than 0 DEG C), and the invention can be used to the conservation of the fire source for warm-getting, field mountaineering and expedition.

The invention provides an environment-friendly boiler and heating equipment, and relates to the technical field of heating. The environment-friendly boiler comprises a shell and a furnace container arranged inside the shell, a cavity used for flowing of heater water is formed between the shell and the furnace container, and the furnace container comprises a main combustion furnace container, an upper furnace container and a side furnace container, wherein the main combustion furnace container is provided with a coal feeding port which communicates with the external environment of the shell, the upper furnace container at least is partially arranged on the upper portion of the main combustion furnace container and communicates with the main combustion furnace container, the upper furnace container is provided with a putting port used for putting a kindling material and multiple first pipes used for circulation of the heater water, a U-shaped channel used for circulation of soot is formed in the side furnace channel, one side of the upper portion of the side furnace container communicates with the upper furnace container, the other side of the upper portion of the side furnace container communicates with the external environment of the shell for exhausting the soot, and the side furnace container is provided with multiple second pipes used for circulation of the heater water. According to the environment-friendly boiler, coal briquettes can be fully burnt, the heat transfer efficiency is high, and the heating cost is low.