142results about How to "Improve processing rate" patented technology

The invention discloses a control method and system of flow capacity, which comprises the following steps: obtaining synthetic parameter or of even retention time in the inner array for inner array length and message or detecting result of CPU occupying rate; controlling flow capacity through setting global sharing parameter when the obtained parameter or detecting result exceeds the setting threshold value. The invention guarantees the precision of system overload condition, which improves effective disposal rate of system and information.

There are provided a substrate transferring apparatus for continuously loading/unloading a plurality of substrates in and from a process chamber to reduce time spent on transferring the substrates and to improve productivity and a substrate processing system using the same. The substrate transfer apparatus is installed in the transfer chamber and transfers substrates between first and second process chambers which is positioned lateral sides of the transfer chamber and a load rock chamber. The substrate transfer apparatus includes a driving unit to supply a rotational force, a spindle connected to the driving unit, first swivel plate arms to load/unload substrate to/from first process chamber, and second swivel plate arms to load/unload substrate to/from second process chamber. Since substrates before and after being processed are rapidly exchanged during the simultaneous or continuous process of plural substrates, processing rate increases and overall productivity can be increased.

The invention relates to a garbage incinerator, in particular to a rotating dual-roller incinerator. The flue gas residual heat is used as a heating source of garbage drying. The natural air is used as the combustion improver for garbage burning. The consumption plan that the flying ash is used for absorbing dioxin and heavy metal and substituting the auxiliary fuel for combustion supporting and the absorbent is input to purify the glue gas is adopted. The methods of active prevention and the decomposition and elimination of the organic pollutant substitute the passive preventive measures after the generation of the pollutants. The rotating dual-roller incinerator enables the garbage burning and treatment to save resources and overcome the secondary pollution, realizes the coexistence of environment protection and economy, and achieves the dual purposes of energy saving and environment protection.

The invention discloses an optimization control method of a multi-site conveyor belt feeding production processing site system. A reaction item and a diffusion item of a performance function are respectively constructed according to the site self information and the interactive information of adjacent sites, wherein the reaction item is regarded as the feedback of the site self information, and the diffusion item is regarded as the feedback of downstream sites to upstream sites. Compared with a method only relying on the site self information, by introducing a reaction diffusion ideal and designing a new performance function, the invention favorably improves the load balance of the sites, obviously improves the working piece processing rate of the whole system and can effectively solve the problems of dimension disaster and modeling difficulty of a large-scale multi-agent system. Meanwhile, aiming to the problems of two performance criterions of discount and average, through the function constructed in the invention, a uniform continuous-time multi-agent study formula and an optimization algorithm can be established.

The invention discloses an unfired magnesia-calcium brick which is prepared from the following raw materials in percentage by weight: 9-16 percent of 5-7mm magnesia-calcium sand, 9-16 percent of 3-5mm magnesia-calcium sand, 9-16 percent of 1-3mm magnesia-calcium sand, 9-16 percent of 0.5-1mm magnesia-calcium sand, 4-16 percent of 0.5-1 mm magnesia sand, 5-25 percent of not larger than 0.5mm magnesia sand, 1-10 percent of graphite, 2-5 percent of anhydrous resin bonding agent and 1-3 percent of additive formed by mixing magnesia powder and zircon sand. The processing method comprises the following steps of: crushing, grinding, compounding, pressing and forming, heating, baking and carrying out waterproof treatment. In the invention, the unfired magnesia-calcium brick with great volume density and high compression strength can be prepared due to reasonable compounding and a scientific treatment process, and particularly, the additive formed by mixing the magnesia powder and the zircon sand is used, therefore, the product has good medium-temperature strength, waterproofness and crack resistance.

The invention discloses a rotating-drum method based full flow processing system and a rotating-drum method based full flow processing technique. The system mainly comprises a tipping device, a slagging-off device, a rotating drum device, a finished-product conveying device, a vibratory separation device, a bucket-type lifting device, an online magnetic separation device, a storage device, a dust removal device, a water system device and an electrical control device. The tipping device and the slagging-off device are used for assisted feeding. The rotating drum device is used for core processing of steel slags. The rotating-drum method based full flow processing system and the rotating-drum method based full flow processing technique have the advantages that rotating-drum processing rate of the steel slags can be increased remarkably, slag feeding safety and reliability of a rotating drum can be improved, and travelling crane occupancy rate can be reduced; the steel slags processed by the rotating drum can be subjected to online separation and initial magnetic separation; materials can be stored in a overhead bunker, and environmental pollution and surplus input both caused by secondary and multiple loading and unloading of finished slags are avoided.

The invention provides a water treatment device capable of improving the treatment efficiency of the treated water and passing the treated water once to sufficiently treat the water without repeated circulation, and the water treatment device (1) includes a water passing first electrode (6) arranged in the channel of the treated water, a conductive fiber (8) positioned on the downstream side of this first electrode (6) and energized by the first electrode (6), a water passing electrode (7) positioned on the downstream side of this conductive fiber (8) and forming a pair with the first electrode (6), an insulating porous spacer (9) interposed between this electrode (7) and the conductive fiber (8), and a supply section which supplies voltages to both of the electrodes (6, 7).

The invention discloses an epichlorohydrin production wastewater treating method. Multiple technologies such as micro-electrolysis, deep oxidation, flocculent settling, adsorption retardance, membrane separation and the like are specifically combined, epichlorohydrin wastewater is treated online in a targeted manner, the COD value can be significantly reduced, and the method is high in treatment rate and removal rate, has the obvious effect and can treat both current problems and root causes. Repeated experiments and detection analysis indicate that the wastewater contains 10,000-20,000 ppm of COD and about 15,000 ppm of soluble salts originally, the COD value is decreased below 100 ppm and the treatment rate is up to 98% after the technological treatment, approximately 7,000 ppm of the soluble salts are left, and the removal rate is up to 95%.

The invention relates to a method for treating sludge of urban sewage treatment plants, in particular to the method for treating the sludge of the urban sewage treatment plants in a controllable composting mode. The method is characterized by comprising the following steps of: a, preparing organic fertilizer auxiliary materials; b, placing the sludge into a conventional stirring machine at the normal temperature, mixing the sludge and the organic fertilizer auxiliary materials to obtain a mixture, and fully stirring the mixture to form high-temperature compost; c, placing the high-temperature compost in ventilated and rain sheltering environment for high-temperature composting, regulating and controlling the internal temperature of the high-temperature compost by using an air blower during the process of the high-temperature composting, controlling the internal temperature to quickly rise and keeping the temperature about 75 DEG C to perform rapid fermentation on organic matters, and keeping for 15 to 20 days to form organic fertilizer primary products; and d, screening the decomposed and dehydrated organic fertilizer primary products, stabilizing the organic fertilizer at the normal temperature for 10 to 15 days to form organic fertilizer finished products, and finally bagging the organic fertilizer finished products to obtain the fertilizer products.

The invention discloses a high-density ultrahigh-purity magnesia-calcium brick and a preparation method thereof. The high-density ultrahigh-purity magnesia-calcium brick is prepared from 9 to 16% of magnesia-calcium sand having particle sizes of 5-7mm, 9 to 16% of magnesia-calcium sand having particle sizes of 3-5mm, 9 to 16% of magnesia-calcium sand having particle sizes of 1-3mm, 13 to 32% of magnesia-calcium sand having particle sizes of 0.5-1mm, 5 to 25% of magnesia-calcium sand having particle sizes less than or equal to 0.5mm, 5 to 10% of high-purity magnesia sand fine powder having particle sizes less than or equal to 0.044mm, 2 to 5% of tar resin or paraffin, and 2 to 5% of fused zirconia. The preparation method comprises the following steps of raw material proportioning, raw material blending, mixing, molding, sintering, waxing and vacuum aluminium foil package. The high-density ultrahigh-purity magnesia-calcium brick has a high product compact degree and excellent hydration resistance. The high-density ultrahigh-purity magnesia-calcium brick has high purity and thus high slag corrosion resistance and high flushing resistance are obtained. Compared with other like products, the high-density ultrahigh-purity magnesia-calcium brick has better thermal shock resistance. The high-density ultrahigh-purity magnesia-calcium brick contains a large amount of dissociative CaO and thus the high-density ultrahigh-purity magnesia-calcium brick has excellent molten steel cleaning performances and is especially suitable for production of high cleanliness steel such as stainless steel.

The invention relates to a machine capable of independently stirring and scraping mud, which is arranged in a settling pond and comprises a drive mechanism, a stirring mechanism, a mud scraping mechanism and a mud scraping transmission mechanism, wherein, the drive mechanism comprises a stirring drive mechanism and a mud scraping drive mechanism; the stirring drive mechanism is connected with a stirring mechanism; and the mud scraping drive mechanism is connected with the mud scraping transmission mechanism which is connected with the mud scraping mechanism; when in use, the stirring mechanism and the mud scraping mechanism are respectively driven by the stirring drive mechanism and the mud scraping drive mechanism, the stirring and mud scraping are enabled to be not interfered and be mutually matched in operation, thus the mud and sand processing efficiency is high, and the water processing effect is good; and the machine has simple structure, is convenient in maintenance, and has low manufacturing cost compared with habitually used machine.

This invention relates to a method for preparing fermentation culture medium and producing biological pesticide from fermentation wastewater. The method comprises: (1) utilizing fermentation liquid, ethanol wastewater and monosodium glutamate wastewater as the raw materials, and Streptomyces griseus as the strain; (2) fermenting at 28 deg.C and 100-150 rpm for 7-10 days; (3) filtering, concentrating and purifying to obtain biological pesticide. The method utilizes fermentation wastewater to prepare fermentation culture medium and produce biological pesticide, thus can effectively combine the treatment of fermentation wastewater and utilization of useful resources in fermentation wastewater. The treatment rate is high and the cost is low. Besides, the method for produing biological pesticide has such advantages as simple process, low cost, high productivity, and low probability of culture medium pollution and good antibacterial effect of the biological pesticide.

The invention is applicable to the data communication field and provides a network data message processing method, a system and a device; the processing method includes that a ring buffer queue is constructed; the queue is configured with three pointers, including a generator pointer, an intermediate pointer and a sender pointer; the data message received by a network processor and unprocessed by a coprocessor is stored in the ring buffer queue through the generator pointer; the coprocessor acquires the data message from the ring buffer queue through the intermediate pointer for processing the data message; the processed data message is stored in the ring buffer queue through the intermediate pointer; the network processor acquires the data message processed by the coprocessor from the ring buffer queue and sends the processed data message through the sender pointer. Compared with the prior art, the network data message processing method can greatly reduce the cost brought by the data transmission and synchronism sustaining and improve the processing rate of the data message and the utilization rate of the coprocessor greatly.

The invention provides a method for purifying cooking fume organic matter. The method includes: air is fed into a to-be-processed area in a constant circulation manner to allow the cooking fume organic matter and oxygen to be physically sufficiently mixed to form mixed cooking fume organic matter; working gas at the starting end of the torch tube of a microwave plasma torch device is stimulated by a microwave electromagnetic field to generate high-energy electrons, the mixed cooking fume organic matter in the to-be-processed area is allowed to pass the plasma flame of the microwave plasma torch device, the high-energy electrons collide with the passing cooking fume organic matter to allow the molecular bonds of the cooking fume organic matter to sequentially break according to bond energy magnitude so as to generate small molecular substances and/or organic free radicals, the high-energy electrons collide with oxygen and water molecules to generate O free radicals, OH free radicals and active particles, and the small molecular substances and/or organic free radicals react with the O free radicals, OH free radicals or active particles to generate CO2 and H2O; the processed cooking fume is discharged out of a range hood. The method is suitable for being popularized in domestic range hoods, good in cooking fume removing effect and stable.

The invention discloses a garbage percolate treatment method, and belongs to the technical field of waste resource treatment. The method adopts an anaerobic and aerobic mode to treat garbage percolate, and comprises the following steps that: the garbage percolate is collected in an adjusting tank; after the garbage percolate is evenly stirred, the pH is adjusted, and the garbage percolate is injected into an anaerobic reactor and subjected to anaerobic fermentation at a temperature of between 30 and 39 DEG C; the anaerobic effluent enters a primary aerobic system, the flow rate of the water in an aerobic tank reaches 0.2 to 1 meter per second under the action of an aeration device, then a biochemical environment with a high dispersion system and high transfer mass is formed in a reaction tank, and the wastewater is subjected to high-strength oxidation treatment; the garbage percolate enters a secondary aerobic system and is subjected to anaerobic, facultative aerobic and aerobic multi-level circulating treatment, and ammonia and nitrogen are fully discomposed and removed under the circular action of denitrification and nitration; the secondary aerobic effluent is subjected to coagulation treatment in a sedimentation tank, and the effluent color is solved; and the sludge is used for reflowing and fertilizing gardens and parks. By applying the method, the clean energy source which is methane can be acquired, and the aim of the garbage percolate can be treated at low cost.

The invention provides a method for prevention and treatment of industrial pollution by comprehensively utilizing plant straw. The method includes the steps that the plant straw is smashed and added with water for high-temperature boiling treatment, and then hot water is used for washing; H2SO4 is added to solid matter after high-temperature boiling for continuous hydrolysis treatment, filtering is conducted after hydrolysis is completed, and hydrolyzed liquid is used as a raw material for manufacturing xylose; a NaOH solution is added into the hydrolyzed solid matter for high-temperature alkali cooking treatment and filtering is performed; the solid matter subjected to high-temperature alkali cooking treatment is used as a raw material for making paper or producing carboxymethylcellulose; and a HCl solution is added into the liquid subjected to high-temperature alkali cooking treatment for high-temperature acid cooking treatment, filtering is performed, the solid matter is used as a raw material for producing lignin, and filter liquor is evaporated into NaCl. By the adoption of the method, the plant straw is comprehensively utilized, pollution to the environment by making paper with the plant straw is removed, and the social effect and economic effect are good.