112 results about "Brazier" patented technology

A barbecue device having a brazier positioned on a cubic cart is provided. The cart contains a bottom board with a number of wheels, a pair of side boards, a back board, and doors. Four joint elements are configured at the four corners on the top surface of the bottom board pin-joined to the side boards. A side board therefore can be folded down towards the bottom board. Four C-shaped seat elements are configured at the four corners on the bottom surface of the bottom board to pin-joined to the axle elements of the wheels. A wheel and its axle element therefore can be folded towards the bottom board.

A barbecue device having a brazier positioned on a cubic cart is provided. The cart contains a bottom board with a number of wheels, a pair of side boards, a back board, and doors. Four joint elements are configured at the four corners on the top surface of the bottom board pin-joined to the side boards. A side board therefore can be folded down towards the bottom board. Four C-shaped seat elements are configured at the four corners on the bottom surface of the bottom board to pin-joined to the axle elements of the wheels. A wheel and its axle element therefore can be folded towards the bottom board.

A system includes a cooking chamber defining a space for food to be cooked, a firepot inside the cooking chamber that is configured to utilize pelletized fuel to provide heat or smoke within the cooking chamber for cooking the food, and a fuel hopper defining a storage space for the pelletized fuel before delivery to the firepot. A battery powered auger interposes the fuel hopper and the firepot and is configured to selectively convey the pelletized fuel from the fuel hopper to the firepot for combustion. A rechargeable battery selectively provides power to the auger.

The invention provides a fire training method based on a virtual reality technology, and relates to the technical field of virtual reality. According to the invention, a virtual fire scene is set, so that a user can carry out fire simulation through fire props; the user can carry out specific fire simulation training for different fire types; training methods are diversified without limitations; environmental pollution caused by a set brazier is avoided; and the cost is saved.

A solder reflow oven is provided to make a bending-preventing mechanism retreat to the lower part of a fixed guide rail to give uniform and sufficient heat to a narrow printed circuit board. A solder reflow oven(10) comprises an enclosed chamber(12) having an inlet(14) and an outlet(16) aligned in a direction parallel to the inlet; a fixed guide rail arranged in the enclosed chamber and extended along the length of the enclosed chamber; a moving guide rail arranged in the enclosed chamber and extended parallel to the fixed guide rail; two conveyor chains each supported on the fixed and moving guide rails; a bending-preventing mechanism slidably arranged between the fixed and moving guide rails; and plural sets of upper and lower heaters(28,34) arranged in the enclosed chamber and each arranged to the upper side of fixed and moving guide rails and to the lower side of slide rails. The moving guide rail is moved toward the fixed guide rail or goes away from the fixed guide rail. The conveyor chains move into the enclosed chamber through the inlet and goes out the enclosed chamber through the outlet. The bending-preventing mechanism includes the slide rails arranged to the lower side of the fixed and moving guide rails; slender-type slidable guides slidably mounted on the slide rails; and support units slidably moving along the slidable guides to support a part of a printed circuit board arranged to the middle between the sides of the printed circuit board. The slide rail has a top surface inclined downward at a position adjacent to the fixed guide rail, to make the slide guide move under the fixed guide rail.

The present invention is one ceramic burner with central ambient-flow column for blast furnace hot-blast stove, and belongs to the field of ceramic burner technology. The ceramic burner has air circuit around the gas circuit and central ambient-flow column in the center of the gas circuit. It has guide plate in the position of central ambient-flow column opposite to the gas inlet, primary air inlet in the lower part of the brazier, secondary air inlet in the upper part of the brazier and vibration damping guide ring set on the protecting cap. The ambient-flow column forms double-peak distribution to reduce airflow thickness and highest flow rate position near the peripheral, so that the present invention is favorable to the penetration and mixing of the primary air and the secondary air to gas and has stable combustion, low air consumption coefficient and high combustion temperature. The present invention is suitable for all kinds one hot blast stove.

The invention discloses a processing method of 'XianHu series' dried Dendrobium Candidum. The processing method comprises the following steps: collecting fresh branches of 'XianHu series' Dendrobium Candidum, removing impurities, spreading on a bamboo sieve, baking for 5-10min over a 130-135 DEG C brazier so that the fresh branches are softened; cutting with scissors so that the length of each stem segment is 6-8cm; twisting and curling the cut dendrobium officinale stem segments into Dendrobium Candidum spiral bodies with 4-6 threads; bundling the spiral bodies tightly with kraft paper, and baking for 18-30h over a 65-70 DEG C brazier, thus finishing preliminary shaping; after preliminary shaping, releasing the Dendrobium Candidum spiral bodies; tightly bundling the Dendrobium Candidumspiral bodies with new kraft paper again, and baking for 18-30h over a 35-40 DEG C brazier, thus finishing secondary shaping; and finally polishing to obtain the 'XianHu series' dired Dendrobium Candidum. The processing method provided by the invention is simple to operate, easy to control, high in standardization and high in efficiency.

A novel multipurpose mineral composition capable of emitting a large quantity of far infrared rays, negative ions and oxygen heat is manufactured by setting up an iron railing, an iron rod and an iron plate on a brazier, placing a tinfoil on the iron plate, and layering yellow soil, kaolin, sericite, and biomineral in sequence on the tinfoil, while inserting the tinfoil between the layers, loading a pulverized elvan in the furnace, pulverizing a mixed stone including 40 wt % of germanium, 15 wt % of tourmaline, 30 wt % of zeolite, and 15 wt % of franklinite, to the particle size under about 44 μm, and loading the pulverized mixed stone in an internal furnace which is made by winding a copper plate with a tinfoil and placed on the plurality of layers of the furnace, heating the pulverized mixed stone at about 1,000° C. for about seven days into a lump, and repulverizing the lump.

In order to improve the safety and handling of a brazier (1) for burning wood and similar fuels, comprising a substantially pot-shaped basket (2) and a fire pan (4), it is suggested that the fire pan (4) is mounted on the basket (2) such that these can pivot relative to one another, particularly tipping by 180° or “overend” from the operating position into a fire-extinguishing position, the basket (2) that lies above when in said extinguishing position serving as the cover hood that puts out the fire. This brazier can also be in the form of a tea light, a standard or table lamp or a pendant lamp.

A multipurpose charcoal igniter makes a fire with much charcoal in safety, which can be carried easily, and which can be used in cooking foods as a burner for portable pots or pans. The multipurpose charcoal igniter includes a case in which charcoal is put and an igniter joined below the case for igniting fire. The case includes a brazier mounted inside the case to put charcoal therein and the igniter includes a fuel inlet to which a portable fuel bottle is joined, so that charcoal catches fire when the igniter is lit by receiving fuel from the portable fuel bottle.

The invention provides a reflux brazier soldering flux collection device and a using method thereof. The collecting device comprises at least two collecting units with a same structure, a tee inlet pipeline and a ventilation pipeline, wherein the collecting units are connected in series sequentially, every collecting unit comprises a heat exchange post and a collecting bottle, and each collecting bottle is arranged below the heat exchange post and is communicated with the heat exchange post; the heat exchange posts comprise post bodies and cooling water pipelines arranged in the post bodies; air inlets and air outlets are arranged on the post bodies, the air inlet of the first heat exchange post is connected with the tee inlet pipe, the air outlet of the previous heat exchange post is connected with the air inlet of the latter heat exchange post, and the air outlet of the last heat exchange post is connected with the ventilation pipeline. The using method comprises the steps of recovering soldering flux and cleaning the heat exchange posts. The reflux brazier soldering flux collection device has the advantage of good collection effect and the function of automatic cleaning, and the service life of the reflux brazier soldering flux collection device is more than five times of that of the traditional collection device.

The present invention relates to a brazier grill and a brazier with such grill used for cooking foodstuffs. Said brazier grill (2) is single layered and comprises grooved grill bars (4, 4′, 4″), which are placed in parallel to each other and remove molten fats and cooking liquids emanating from foodstuffs placed thereon during grilling. Two such grooved grill bars (4, 4′, 4″) are placed side by side in parallel with a b2 distance to form a grill grill opening (6) corresponding to 1 mm to 10 mm. This grill opening (6) is formed in a direction perpendicular (T) to the grill so as to allow heat rays emitted from an underneath heat source to pass directly (without encountering any obstructions) through such grill openings to reach a foodstuff on said grooved grill bars during grilling.

A firepot for a grilling device comprises one or more walls at least partially forming an outer boundary of the firepot. The firepot is structurally configured to hold at least partially ignited solid fuel. The firepot also comprises a floor defining, at least in part, a lower end of the firepot. The floor comprises one or more holes extending through the floor. Additionally, a portion of the one or more walls form a solid fuel delivery opening that comprises a solid fuel portal through which solid fuel is deliverable to an interior of the firepot. A heating element mount is positioned to hold a heating element within the interior of the firepot.

The present invention is one ceramic burner with central ambient-flow column for blast furnace hot-blast stove, and belongs to the field of ceramic burner technology. The ceramic burner has air circuit around the gas circuit and central ambient-flow column in the center of the gas circuit. It has guide plate in the position of central ambient-flow column opposite to the gas inlet, primary air inlet in the lower part of the brazier, secondary air inlet in the upper part of the brazier and vibration damping guide ring set on the protecting cap. The ambient-flow column forms double-peak distribution to reduce airflow thickness and highest flow rate position near the peripheral, so that the present invention is favorable to the penetration and mixing of the primary air and the secondary air to gas and has stable combustion, low air consumption coefficient and high combustion temperature. The present invention is suitable for all kinds one hot blast stove.