57 results about "Andiron" patented technology

The invention provides an iron and aluminum melting separation method for hard-dressing aluminum and iron intergrowth ore which is embedded in a complex way. The method comprises the following steps of: adding aluminum and iron intergrowth ore into a prereduction furnace (1), aerating carbon monoxide and/or hydrogen into the prereduction furnace (1) to partially reduce the aluminum and iron intergrowth ore, putting the partially reduced aluminum and iron intergrowth ore into a final reduction smelting and separation furnace (2), further performing final reduction on the aluminum and iron intergrowth ore through carbothermic high temperature, and tapping and deslagging respectively by utilizing the formation of an upper liquid phase and a lower liquid phase due to different specific gravities of molten iron and alumina-containing molten slag at high temperature so as to finish melting separation. By the method, the complete separation of iron and aluminum in the hard-dressing and complicated aluminum and iron intergrowth ore can be realized, and the high recovery rate of iron and aluminum is ensured and the comprehensive utilization of the complicated and hard-dressing aluminum andiron intergrowth ore is realized at the same time. Moreover, by the process, products such as iron, alumina, high-quality coal gas, cement, carbon dioxide and the like can be obtained, and exhaust gas and waste residue are not discharged; and the method has the characteristics of low energy consumption and high recovery rate.

The invention relates to a preparation method of a carbon excited slag brick. The preparation method includes: mixing slag micropowder within a certain grain size range and obtained after smashing andiron separation, slag fine particle, phosphogypsum and water to form a brick blank, and preserving the brick blank in high-partial-pressure CO2 environment to obtain a high-strength slag brick product. Coal ash, silica fume, sodium sulfate and sodium carbonate can be added into raw materials of the carbon excited slag brick. The problem that a lot of slag and phosphogypsum cause emission pollution and are low in utilization rate is solved, the objective of waste reutilization is achieved, and the preparation method has good social benefit, economic benefit and environment benefit.

The invention discloses a surface self-cleaning carbon nitride Fenton-photocatalytic nanofiltration membrane and a preparation method thereof and belongs to the fields of water treatment membrane materials and preparation processes of the water treatment membrane materials. The method comprises selecting carbon nitride photocatalysts which integrate plasticity of polymer molecules and chemical stability of carbon materials and performing surface modification, chemical modification, Fenton-like agent compounding and the like to prepare a multifunctional water treatment membrane. On the one hand, inter-element triangular nanopores formed by carbon nitride can provide stable natural channels for rapid passage of water molecules; on the other hand, through irradiated catalytic degradation andiron-containing agent Fenton-like oxidation, in-situ degradation of nanofiltration retained pollutants can be achieved. The surface self-cleaning carbon nitride Fenton-photocatalytic nanofiltration membrane provides a new way for solving the problem of membrane contamination difficult for traditional nanofiltration membrane materials and has the advantages of being simple in preparation method, low in cost, resistant to pollution, low in water mass transfer resistance and the like, thereby being applicable to application to the field of water purification.

Forged cavity back iron-type clubs and oversize clubs are disclosed. These forged clubs have thin, durable hitting face and relatively large cavity volumes. These clubs have high rotational moments of inertia to minimize distance and accuracy penalties associated with off-center hits. Long irons with hitting face of about 0.100 inch thick are achievable by the present invention. Also disclosed are forged irons made from stainless steels and annealed to achieve the desired hardness and ductility. Further, an interchangeable pin suitable for use in the manufacture of any of a set of iron-type clubs without re-tooling is disclosed. The pin is sized and configured to fit within a through-bore such that an adhesive such as a flexible epoxy may be placed within the gaps to provide a vibration dampening effect.

The invention relates to an environment friendly method for reduction producing o-chloroaniline with iron powder. The method comprises adopting o-nitrochlorobenzene as the raw material and the iron powder as a reducing agent; separating o-chloroaniline, water andiron mud by vacuum distilling to obtain a coarse o-chloroaniline product; and refining by rectifying to obtain o-chloroaniline. The method solves the defects in the prior art on heavy pollution and high energy consumption, and implements the clear production of o-chloroaniline.

The invention discloses an ironing platform of which the platform surface can be heated. The ironing platform comprises an ironing workbench, the ironing workbench is fixedly installed on the ground through a supporting frame, the supporting frame is internally provided with an electric lifting device, the ironing workbench is internally provided with a steam generating device, a movable ironing plate device is arranged above the left side of the ironing workbench, a movable steam iron device is fixedly connected to one end of the left side of the ironing workbench, a fan device is arranged atone side above the right side of the ironing workbench, an illuminating device is arranged at the other side above the right side of the ironing workbench, a drawer is arranged below the ironing workbench, and a controller is arranged on the side wall of the front of the ironing workbench and is electrically connected with the electric lifting device, the steam generating device, the movable ironing plate device, the movable steam iron device, the fan device and the illuminating device separately. The ironing platform has the advantages of being simple in structure and high in practicability.

An electric steam iron includes a housing, a water tank within the housing, a bottom plate to which the housing is secured, a heating device in the bottom plate for heating the bottom plate, a boiling chamber inside the bottom plate, and a further independent steam boiler above the bottom plate, and having an inlet in fluid communication with the water tank and an outlet in fluid communication with the inlet of the boiling chamber, such that steam from the steam boiler will be supplied to the boiling chamber in the bottom plate and further heated by the high temperature of the bottom plate, so that little drops in the steam will be fully boiled, thereby providing a high purity of the steam sprayed out of the bottom plate.

The invention relates to a selective separation recovery technology of heavy metal in electroplating sludge containing chromium. The selective separation recovery technology of the heavy metal in theelectroplating sludge containing the chromium specifically comprises the steps that (1) the sludge containing the chromium and carbonate are subjected to mix roasting under a certain temperature, andiron sources are supplemented appropriately; (2) hydrothermal reaction is carried out on a solid obtained in the step (1) and an alkaline mineralizing agent; (3) after solid-liquid separation is carried out on turbid liquid obtained in the step (2) by using magnetic force, a diluted acid solution (pH is 3.5-5.0) is added into the solid for calcium removal, and concentration and crystallization arecarried out for recovering the chromium after liquid dezincification; and (4) after the magnetic separation of the turbid liquid in the step (3) is carried out, mixed reaction is carried out on the solid and a concentrated acid solution (pH is 2-3.5); and after the magnetic separation of the obtained turbid liquid is carried out, the solid is a nickel ferrite product, and copper is recovered in aliquid mode. According to the selective separation recovery technology of the heavy metal in the electroplating sludge containing the chromium, doping regulation and control of metal elements in thesludge in spinel class materials (M (II) N (III) 2O4 (M=Ni, Cu, Zn, Ca; N=Cr, Fe, Al)) is realized through comprehensive regulation and control of the roasting temperature and a hydrothermal mineralizing agent, so that the selective separation recovery technology of the heavy metal is realized. Meanwhile, after the sludge is subjected to a roasting/hydrothermal combined technology, the solid has higher magnetic force, and the difficulty of solid-liquid separation in the technology is reduced.

The invention discloses a laser welding experiment device capable of realizing magnetic field assisted molding. The device comprises a frame, a sample placing table, test panels, permanent magnets andiron cores, wherein the sample placing table is arranged on the frame; the test panels are arranged on the sample placing table; the permanent magnets are arranged on the test panels; and the iron cores are arranged below the test panels and connected with an external power supply. Compared with the prior art, the device has the following beneficial effects that the fusion depth of aluminum alloylaser welding is larger, the sum of the gravity of a molten pool and the reaction force of a key hole of the molten pool is larger than the surface tension of the bottom, and downward leakage is easier under the gasket-free condition to form an overlap. The device aims to prevent molten drops of aluminum alloy laser welding from leaking downwards under the gasket-free condition, reduce the flowing speed on the upper surface of the molten pool and improve the welding seam molding. Meanwhile, the experiment function is also taken into consideration, so that the test panels move relative to therectangular frame, a laser and magnetic field action area is static relative to the rectangular frame, and continuous observation of the welding process is realized.

The invention discloses an outdoor family barbeque grill convenient to use. The barbeque grill comprises a base, a grill body is welded to the upper end of the base, two clapboards are symmetrically and fixedly connected to the side walls of the two sides of the inner bottom of the grill body, and two supporting blocks are fixedly connected to each clapboard; two tracks are jointly supported at the portions, located at the upper edge of the same clapboard, on the two corresponding supporting blocks, andirons are jointly and slidably connected to the upper ends of the two tracks, and an iron wire net is fixedly installed at the bottom of each andiron; a door body is formed in the portion, corresponding to each andiron, of the side wall of the grill body and rotatably connected with the sidewall of the grill body, and a transmission mechanism is connected between the door body and the andirons. By means of the outdoor family barbeque grill, seasonings and tools required for barbeque areconveniently placed and classified, and are more hygienic and more convenient to take for use; the barbeque grill can avoid the situation that scaling is caused when charcoal is directly added from the portion above the andirons, is safer, and can control combustion of charcoal fire, the heat of the charcoal fire is more uniform, and the user experience is better; the outdoor family barbeque grill is convenient to clean and use next time.

An iron comprising a water tank, a blast unit, a steam generating unit and a steam spraying unit. The blast unit has a first inlet and a first outlet, the first inlet is connected to the inlet-pipe of the inlet of the water tank, wherein the blast unit generates steam rapidly in a limited space. The steam generating unit has a second inlet and a second outlet, the second inlet being connected to the inlet-pipe of the inlet of the water tank, wherein the steam generating unit heats the water to generate steam. The steam spraying unit connects the first and second outlet, has plural steam apertures, and sprays steam. Because a blast unit is arranged for the rapid steam generation in a limited space, the iron of the present invention obviates the disadvantages in the existing irons and improves steam blast strength, intensity at a low cost.

The invention discloses a portable oven. The portable oven comprises a charcoal fire slot, a front hoarding, a rear hoarding, a left hoarding, a right hoarding and an andiron, wherein the front hoarding and the rear hoarding are symmetrically arranged in the forward and backward direction; the left hoarding and the right hoarding are symmetrically arranged in the left and right direction; the front hoarding and the rear hoarding are connected with the charcoal fire slot via hinges; and the left hoarding and the right hoarding are connected with the charcoal fire slot via a hinge shaft. The portable oven is simple in structure and convenient to use and carry, and the space occupied by the portable oven is only a quarter of the space occupied by a traditional oven; and a handle of the portable oven can serve as a common handle as well as can be used for sealing the andiron, so that the design is smart. After being folded, the portable oven is box-shaped so that the andiron does not slip out from the charcoal fire slot when the oven is vertically placed because the charcoal fire slot is sealed by the handle and the handle is in self-locked state.

The invention relates to a method for preparing reduced iron powder through blast furnace gas dust smelting furnace slag. The method comprises the steps that the blast furnace gas dust smelting furnace slag is sequentially crushed and ball-milled; water is added to a material obtained after ball milling for size mixing, then slurry is put in a spiral sorting machine for sorting, and iron ore concentrate and tailings are obtained; the tailings flow out from the tangent line of the bottom spiral outer edge of the spiral sorting machine and directly enter a table sorting machine for sorting, andiron ore concentrate and tailings are obtained; and iron ore concentrates obtained at different sorting stages are mixed and then subjected to reduction roasting, and the reduced iron powder is obtained. The blast furnace gas dust smelting furnace slag is crushed and ball-milled at first, small particles are obtained, iron and carbon are completely separated, then sorting and recycling are conducted through the synergistic effect of the spiral sorting machine and a table, and finally the reduced iron powder product with the grade being 98% or above is obtained, iron elements in the blast furnace gas dust smelting furnace slag is efficiently recovered, and the method has good economic benefits and application prospects.

The present invention features a portable branding iron system. The system includes a handle with a handle connector, a built-in rechargeable battery, a heating coil, and a controller. A backing plate is removably connected to the handle via a threaded rod. A patterned metal, such as raised letters or logo, and an optional rotatory numbers are removably disposed on the backing plate. A power switch is disposed on the handle to turn ON or OFF the branding iron. A heat sensor is disposed on the handle connector and sends the temperature signal to the controller to power on one of a plurality of a temperature indicator LEDs.

The invention relates to an iron (1) comprising a soleplate (3) having a garment-contact surface (5) and having a means for accommodating an antimicrobial agent. By contacting the garment-contact surface with the piece of garment, as is being done during ironing, the antibacterial agent is transferred to the garment. The antimicrobial agent is disposed on the garment by simply placing the iron on the garment and moving it over the garment surface. The garment stays fresher for a longer period of time. The invention further relates to a soleplate, a steam ironing device and methods of manufacturing an iron and a soleplate, respectively.

The invention relates to a preparation and detection method of an ultralow-carbon aluminum carbon fireproof material, and belongs to the technical field of fireproof material preparation for steel andiron metallurgy. SiO2-based natural ore or waste slag and a carbon source are sufficiently and uniformly mixed and are put into a high-temperature furnace for preparing a SiC-based synthesis materialin inert or reduction atmosphere; then, according to a certain proportional ratio, the SiC-based synthesis material is added into the ultralow-carbon aluminum carbon fireproof material raw materialsto be sufficiently mixed; after the shaping, drying and high-temperature heat treatment, the ultralow-carbon aluminum carbon fireproof material with the improved silicon carbide base synthesis material is obtained; finally, heat shock resistant performance and slag resistant performance experiments are performed by using a heat shock test furnace and a static crucible method. The method has the advantages that on the premise of reducing the carbon content of the aluminum carbon fireproof material, the heat shock resistant performance and the slag resistant performance are improved; the qualityrequirement of the steel and iron metallurgy process on relevant fireproof material components can be reached; the process is simple and convenient; the implementation is easy; the raw materials arecheap and can be easily obtained; the mass production can be easily realized; good economic benefits and environment-friendly benefits are realized.

The invention discloses an iron bottom plate which comprises a bottom plate body, an insulating material layer and a heating element, wherein the insulating material layer is sprayed on the bottom plate body, and the heating element is printed on the insulating material layer by the aid of the hot stamping technique. Another insulating material layer is sprayed on the heating element except for a conducting power connector on the heating element. The iron bottom plate has the advantages that the iron bottom plate is fast to heat and small in size, the surface is uniformly heated, the iron bottom plate can have one or a plurality of operating powers, and the probability of damage to clothing is greatly decreased.