86results about How to "Reduce burning costs" patented technology

The invention relates to procelain production and aims to provide an ordinary fine procelain featuring low firing temperature and reduced production cost. The ordinary fine procelain of the invention comprises the following components in percentage by weight: 9-12% of Guangxi soil, 5-10% of Jingxing soil, 2-6% of Shanyin soil, 2-7% of Yusi soil, 2-8% of Tang county soil, 8-14% of Longyan soil, 22-28% of quartz, 24-30% of Datong soil, 8-14% of feldspar and 6-8% of fine bone china waste powder. Blank is crushed, processed into fine powder of 100 meshes and ball-milled in a wet-type ball mill while being added with water, blank: ball: water=1:2.5:1; the mixture is levigated for 18-20 hours; the mixture passes through a sieve of 250 meshes, the fineness of the mixture is 0.8%, the mixture is dehydrated by a mud press to have a water content of 21% and then vacuum pugging is carried out on the mixture for twice at a vacuum degree more than or equal to 0.09MPa.In the invention, the fine bone china waste powder is added to the production of the ordinary fine procelain, therefore the firing temperature of the ordinary fine porcelain in the invention is reduced by about 30 DEG C compared with the firing temperature of the traditional ordinary fine porcelain.

The invention is applicable to the technical field of software program burning, and provides a software burning method and device. The method comprises the steps that an upper computer sends a first data frame of a file to a lower computer through a communication protocol, and the lower computer judges whether the received data frame is correct or not according to the first data frame and sends first feedback information to the upper computer; the upper computer loads a second data frame of the file according to the first feedback information, and judges whether the second data frame is an enddata frame of the file; if the file is the ending data frame, the upper computer sends the ending data frame to the lower computer and stops sending the file to the lower computer; and if not, the upper computer sends a second data frame to the lower computer. The chip can be automatically burnt through the communication bus, an extra burning hardware interface does not need to be reserved, meanwhile, chip program upgrading can be remotely controlled, manual operation is reduced, burning efficiency is improved, and burning cost is reduced.

The invention discloses a chip supporting multi-security boot and a startup method for the chip. The method comprises the steps of reading a register value from a register after system initialization; determining boot operation corresponding to the register value, and performing check on configuration field information; and after the check is passed, starting the corresponding boot operation to read data, and performing security verification on the data.

The invention discloses a low-temperature semiwhite porcelain and a manufacturing method thereof, belonging to the technical field of ceramics. The blank of the low-temperature semiwhite porcelain comprises the following raw materials in parts by mass: 30-40 parts of Longyan clay, 25-35 parts of Gangxi kaolin raw ore, 20-28 parts of flint, 7-12 parts of feldspar, 2-9 parts of talcum and 5-10 parts of dolomite. The low-temperature semiwhite porcelain can be quickly fired at the low temperature of 1000 DEG C, and can be discharged out of the kiln only by 7-8 hours from firing to cooling. The linear shrinkage is low and can be kept at 12% or below. The low-temperature semiwhite porcelain has high hardness and excellent whiteness (85% or above), and has comparable whiteness with light-weight porcelain. The low-temperature semiwhite porcelain has low water absorptivity (which can be kept at 3% or below and can reach the porcelain industry standard), has the advantages of high strength excellent high temperature resistance and excellent microwave resistance, can be subjected to 180-DEG C drying oven testing more than twice, and can pass the microwave oven and dishwasher performance test. The low-temperature semiwhite porcelain has wide applicability, and can be widely used for producing medium/high-grade domestic ceramics.

The invention provides a small-sized biomass chopped-material direct-fired water boiler. The water boiler comprises an automatic feeding mechanism and a boiler body, wherein the automatic feeding mechanism consists of a loading box, a feed box, two horizontally placed ejecting rollers and a spiral auger, a draw plate is arranged at the bottom of the loading box, the feed box is positioned below the loading box, the ejecting rollers are mounted in the feed box and provided with radiant pick teeth, and the spiral auger of which the output end is communicated with a feed inlet of the boiler body through a feeding pipe is positioned below the ejecting rollers; and the boiler body consists of a dust collection room, a primary air inlet pipe, a primary air room positioned above the dust collection room and communicated with the primary air inlet pipe, a secondary air inlet pipe, a flue gas steering plate, a secondary air distribution pipe positioned above the primary air room and communicated with the secondary air inlet pipe, a smoke exhaust pipe arranged at the top of a hearth, a flue gas entrained flow air inlet pipe positioned on the side wall of the smoke exhaust pipe and a water jacket on the outer wall of the hearth. The small-sized biomass chopped-material direct-fired water boiler has the advantages of simple structure, low fuel and running costs, cleanliness and convenience in use and high heat efficiency, and is suitable for heating, bathing and the like in wide rural-urban fringe zones and small towns.

The invention discloses a low-noise boiler with air preheating. The low-noise boiler with air preheating comprises a boiler body, a combustor connected to one side of the boiler body and a chimney connected to the other side of the boiler body, wherein a mute cover is arranged outside the boiler body; an air preheating region is arranged on one side of the mute cover; a smoke exhaust hole is formed in the top part of the air preheating region; the chimney is communicated with the smoke exhaust hole and a boiler smoke outlet; an air inlet vertical to the chimney is formed in one side of the upper part of the air preheating region; a first air channel is arranged in the air preheating region; the first air channel corresponds to the position of the chimney. The low-noise boiler with air preheating is simple and beautiful in overall structure, can reduce noise of the whole boiler, improves temperature of new air and reduces energy source needed for combustion, energy consumption and combustion cost as the air preheating region is arranged at one side of the boiler body, and the new air before entering into the combustor is preheated through the air preheating region in advance, and is energy-saving and relatively environment-friendly as heat energy of waste smoke can be further recycled.

The invention relates to a tunnel kiln waste heat boiler which is characterized in that a water supply pipeline is connected to a water supply tank, the bottom of the water supply tank is sequentially connected with valves and a steam storage tank by pipelines; a steam output pipe provided with the valve and a steam discharge pipe provided with the valve are connected on the steam storage tank, and the bottom surface of the steam storage tank is connected with an upper pipe of a multi-pipe evaporation pot by a thick connecting pipe and a thin connecting pipe; and the multi-pipe evaporation pot is formed by the upper pipe, an arc-shaped pipe, a lower pipe and a drain pipe. An inner arch top of a tunnel kiln cooling zone is built with an outer arch top with a certain distance from the inner arch top, the inner arch top is provided with a grate hole which is used for pumping hot air and communicated with the interior of a tunnel kiln, the outer arch top is provided with a hot air suction hole which is communicated with a suction pipe of a hot air pumping machine by the pipeline to form a hot air furnace, and the multi-pipe evaporation pot is positioned inside the hot air furnace. The tunnel kiln waste heat boiler realizes energy conservation and emission reduction, and replaces a coal burning boiler by the waste heat boiler, thus reducing the fuel varieties, simplifying the production technique and lowering the burning cost.

The invention relates to a novel high-performance mixed fuel oil. The invention aims to provide the high-performance mixed fuel oil, which is low in cost and high in performance. The invention adopts a technical scheme that: the novel high-performance mixed fuel oil comprises 45 to 55 volume parts of nonstandard diesel, 25 to 35 volume parts of aviation kerosene and 15 to 25 volume parts of heavy aromatics. As the nonstandard diesel can be extracted from recovered diesel to be reused, so the cost is very low. The novel high-performance mixed fuel oil can be used in place of No.0 diesel on various large transport vehicles, boilers and medium and low engines, particularly engines for tractors.

The invention can utilize the pressure and ejection characters of gas fuel, and the burning energy to arrange the nozzle, ejector and ejection pipe in one axes. The ends of nozzle and the ejection pipe are fixed, while the ejector can axially move in middle stroke. The invention discloses a gas fuel ejection rich-oxygen burner for using ejection rich-oxygen burning method, to combine the nozzle, ejector, and ejection pipe burning room into one ejection rich-oxygen burner. The nozzle is designed as micro-ejection pipe; the ejector is designed as high-efficiency mixed non-stepped speed changer; the ejection pipe burning room has a multifunctional device, while they individually form the lower, middle, and higher temperature burning section. The invention can realize the fire temperature control of fire outlet and transforming the layer burning into whorl burning, which has 100% improved heat efficiency and reduced burning cost than traditional burning method.

The invention provides a high heat value fuel and a preparation method thereof. According to the present invention, methanol is used as a main material, and is supplemented with polyethylene glycol 400, an organic nano-modified nickel-aluminum-molybdenum alloy is introduced, and a gelled structure is formed through a photopolymerization reaction, wherein the organic nano-modified nickel-aluminum-molybdenum alloy is chemically bonded to the pores of the gelled structure, has a stable structure, and has a heat value synergistic effect on methanol and polyethylene glycol 400, and the gelled structure can increase the contact area between oxygen and fuel, promote the complete combustion of sufficient fuel, reduce the combustion cost, and greatly increase the heat value of the product.

The invention relates to a full-automatic oil pressing system. The full-automatic oil pressing system comprises a casing sequentially provided with a hearth and a combustion chamber from top to bottom, a material stir-frying device located in the hearth and in rotary connection with the casing, a first power device providing power for the material stir-frying device, a combustion smoke purifying device, a first exhaust fan, an outward discharge flue, a raw material container for containing raw materials, a first lifter for delivering raw materials in the raw material container to the material stir-frying device, a cooked material container for receiving and containing a cooked material discharged out of the material stir-frying device, an oil press for conducting oil pressing processing on the cooked material and a second lifter for lifting and delivering the cooked material in the cooked material container to the oil press, wherein the combustion smoke purifying device, the first exhaust fan and the outward discharge flue are sequentially communicated with the hearth. The process of oil pressing processing of the full-automatic oil pressing system is clean, hygienic, dust-free and environmentally friendly. The invention further provides an oil pressing method adopting the full-automatic oil pressing system. Automatic material frying and oil pressing processing is achieved.

The embodiment of the invention is applicable to the technical field of terminals, and provides a burning method and a burning device. The method comprises the following steps: an intelligent loudspeaker acquires description information of burn data via a burning unit arranged in the intelligent loudspeaker; the description information serving as an alternative description information is sent to a remote control device; and the description information to which a selection commands points is acquired from each alternative description information and the target burn data corresponding to the description information to which the selection command points is burned into terminal equipment in response to the selection command sent by the remote control device. On the one hand, as a burner is integrated into the intelligent loudspeaker, original hardware resources of the intelligent loudspeaker is fully used for achieving a data burning operation based on the intelligent loudspeaker, so that a user does not need to buy expensive burning equipment independently for burning the data, and thus a utilization rate of the equipment can be improved, and burning cost is reduced; and on the other hand, the intelligent loudspeaker is controlled by the remote control device to complete a burning action, and convenience of the burning operation can also be improved.

The invention discloses a chip upgrading method, burning equipment and a chip upgrading system. The method is applied to a read-write processing chip in the burning equipment, and the method comprises the following steps: after wireless communication connection with the chip is established, receiving and caching request data sent by the chip; decrypting the request data to obtain decrypted data; judging whether the decrypted data is legal or not according to a matching result obtained by matching the verification key in the decrypted data with a plurality of preset keys; if it is judged that the decrypted data are legal, returning the target data corresponding to the request content in the decrypted data to the chips, and finishing upgrading of the chips, so that upgrading of the multiple chips is completed at the same time in a wireless radio frequency mode, the burning convenience and the burning efficiency are improved, and the burning cost is reduced.

The invention discloses a dry cleaning technology and a dry cleaning processing system of waste lead-acid storage battery plastic. The dry cleaning technology comprises the following steps: weighing broken plastic blocks and partition boards, pouring the broken plastic blocks and partition boards into a reaction container without a cover, adding cast iron and water, carrying out physical collision, carrying out stirring rotation in the container, heating to carry out a chemical reaction, after the water is distilled completely, and after opening an emptying valve, inflowing the materials including the plastic blocks, the partition boards, the cast iron, aluminum and impurities in the container into a vibrating screen, wherein an adsorption machine for adsorbing bubbles is arranged on a conveyor belt, a rapid sulfuric acid testing device is arranged on the conveyor belt, and sulfuric acid is returned into the reaction container to carry out the reaction again when the tested sulfuric acid concentration is higher than a concentration set value; the system is further provided with a compression molding and injection molding device, the compression molding and injection molding device is used for fusing the partition boards, or mineral waste residue and impurities are added for fusion pressure casting under the condition that the partition boards are fused. Secondary waste water cannot be generated, the problems that the partition boards cannot be recycled, a great deal of incineration cost is needed and the environment is polluted can be solved, the waste materials are changed into things of value, the method is simple and high in recycling utilization rate, and the technology has great economic values and market values.

The invention provides a copper silicon alloy sputtering target material and a copper silicon alloy recording layer. The copper silicon alloy sputtering target material and the copper silicon alloy recording layer both consist of CuaSibMc alloy, wherein M is nickel, chromium, molybdenum or titanium, a is 0.55-0.93, b is 0.05-0.25, c is 0.02-0.20, and the sum of a, b and c is 1. The copper silicon alloy recording layer contains copper, silicon, nickel, chromium, molybdenum or titanium with appropriate contents, so that a phase transition temperature is higher than 150 DEG C and is lower than 500 DEG C, and when being applied to optical recording media, the copper silicon alloy recording layer can obtain favorable recording quality, favorable stability and higher programming speed.

The invention relates to a burner, in particular to a short-flame and large-diameter diesel burner. The short-flame and large-diameter diesel burner comprises a burner shell, an ignition rod and a diesel sprayer, wherein the ignition rod and the diesel sprayer are arranged in the burner shell. The burner shell is a spiral volute, an air inlet is formed in one side of an outer ring of the volute, an air outlet is formed in an inner ring of the volute, the direction of the air inlet is coincident with the tangent direction of the volute, the position of a diesel spraying nozzle of the diesel sprayer corresponds to the position of the air outlet of the volute, and the ignition position of the ignition rod is located above the diesel spraying nozzle and the air outlet. According to the short-flame and large-diameter diesel burner, the burner shell is designed into the volute, air enters the burner in the tangent direction of the volute, the air and diesel are mixed and burnt through centrifugal force, the structure is simple and attractive, the air and the atomized diesel can be more sufficiently mixed, losses of the atomized diesel can be reduced, the diameter of a hearth can be reduced, the size of a boiler can be reduced, and the burning cost can be reduced.