99results about How to "Large processing capacity" patented technology

The invention relates to an efficient burning furnace with a rotary fluidization grate. The burning furnace with the rotary fluidization grate consists of a feeding system, a burning system and a slagging system; moreover, a waste heat boiler and a flue gas treatment system are connected with the burning furnace to form a complete garbage burning and generating system. The feeding system consists of a feeding hopper, a pre-drying conveying device, an aggregate bin, a chute and a charge distributor. The feeding hopper is a receiving opening for feeding garbage into the burning furnace and is arranged in a garbage storage pit close to one side of the burning furnace. An outlet of the feeding hopper is connected with an inlet of the pre-drying conveying device. A material level switch is arranged in the feeding hopper, and gives an alarm to prompt an operator to feed materials when the material level is lower than a set value so as to ensure that the hopper is not empty. The outlet of the hopper can be selectively provided with a feeding device. The burning furnace has the advantages of high burning speed, high burning efficiency, high slag burning degree, easy control, lower energy consumption, low pollution, low cost and investment conservation, and is applicable to domestic garbage with low thermal value and high moisture; and the garbage does not need to be pretreated.

The invention relates to treatment technique for electroplated sludge, which comprises following steps: a. matching material by dried sludge, solvent and coke according to the weight proportion as 100:15~71:50~88; b. mixing the material evenly to put into melting furnace with temperature 1400~1600Deg for reducing melting, releasing the reduced nickel-copper alloy through ally output and liquid residue through slag hole; c. treating residue gas and discharging out. This method has well speed and high recovery ratio, and overcomes problems brought by slag.

An apparatus for and method of enhancing reliability within a cluster lock processing system having a relatively large number of commodity cluster instruction processors which are managed by a cluster lock manager. Because the commodity processors have virtually no system viability features such as memory protection, failure recovery, etc., the cluster / lock processors assume the responsibility for providing these functions. The low cost of the commodity cluster instruction processors makes the system almost linearly scalable. The cluster / locking, caching, and mass storage accessing functions are fully integrated into a single hardware platform which performs the role of the cluster / lock master. Upon failure of this hardware platform, a second redundant hardware platform converts from slave to master role. The logic for the failure detection and role swapping is placed within software, which can run as an application under a commonly available operating system. Furthermore, the recovery is completely accomplished without assistance of the Host computer(s) or ultimate user(s) coupled via the Host computer(s). Following repair of the failed server, it is restarted in an orderly fashion to resume a slave role. For the server to be completely restored, coherent memory must be copied from master to slave. Because cluster lock processing must be paused throughout the system to transfer the copy, it is important to minimize the transfer time to minimize the impact on system throughput.

This invention relates to a method for preparing Momordica grosvenori extracts at a low temperature, especially a method for preparing food raw material extract rich in vitamin C and sweetener extract rich in mogroside by combination of multi-stage fine filtration and polyol extraction at 40 deg.C or below. The method has such advantages as high resource utility, short production cycle, and retained Momordica grosvenori taste in the extracts.

The invention relates to oil and gas field ground engineering and environmental protection technology, and discloses a gas breaking and gas stripping linked double-phase vacuum underground water pumping in-situ repair method for repairing soil and underground water petroleum pollution. The method comprises the following steps of: immersing a gas stripping spray head below the underground water surface of a pumping well and in 0.1 to 0.2 meter far from the bottom of the well, placing a liquid level sensor below the well to sense the liquid level in the well, arranging a motor driven threaded shaft at the wellhead to repeatedly move a pneumatic breaker in the well up and down, and starting gas stripping when the liquid level is less than 10 meters; stopping pumping when the pressure is reduced to 0.02MPa, starting negative pressure pumping, raising the pressure of the pumping well to 0.085MPa, closing pneumatic breakage, and starting a pump of the pumping well. The method has high treatment efficiency, reaches 85 to 95 percent of treatment degree of a free phase of a petroleum pollutant, saves the investment by about 30 to 50 percent, saves the maintenance and management cost by 25 to 35 percent, and saves the running expense by 25 to 60 percent.

The invention discloses an information system relating to the index, searches, storage and control displaying of the related data. The invention index system at least comprises two data blocks with relating relationship, each data block consists of position information blocks and content information blocks, the content information blocks are the other data besides the position information blocks in the data blocks, the position information blocks record the position information of the other data blocks related to the data blocks and generate index data according to the prescribed steps; the index method is that: the method generates data block aggregation according to the information input by the users, uses the method of generating key words by corresponding index system to generate index words, and then proceeds index to the index words and displays the result. The invention proceeds the displaying control based on the data blocks and the geometrical relationships in the existing displaying district. The invention is utilized to directly index the relating information in the related data, so as to conveniently realize the concurrent processing of multi-users and commonly share the information which is managed.

An apparatus for and method of enhancing reliability within a cluster lock processing system having a relatively large number of commodity cluster instruction processors which are managed by a cluster lock manager. Because the commodity processors have virtually no system viability features such as memory protection, failure recovery, etc., the cluster / lock processors assume the responsibility for providing these functions. The low cost of the commodity cluster instruction processors makes the system almost linearly scalable. The cluster / locking, caching, and mass storage accessing functions are fully integrated into a single hardware platform which performs the role of the master. Upon failure of this hardware platform, a second redundant hardware platform converts from slave to master role. The logic for the failure detection and role swapping is placed within software, which can run as an application under a commonly available operating system. Furthermore, the recovery is completely accomplished without assistance of the Host computer(s) or ultimate user(s) coupled via the Host computer(s).

The invention discloses a multiple-data link monitoring and maintaining method, comprising: setting basic timers and establishing at least a timer queue. When the basic timers reach the timing every time, it separately detects each to-be-monitored link in all current timer queues to be processed and determines whether the link normally transmits and receives data: if the link is transmitting data, it will not detect until the timer of the link reaches the timing again; if the link does not transmit data, sending handshake data packet; if the data is normally received by the link, not detecting until the timer reaches the timing again; if no data is received by the link, recording corresponding information and reporting alarm information if need be. And it can largely reduce link transmission and increase equipment capacity.

The invention provides a filtering plate. The filtering plate is a sealed body provided with a gas and liquid port, and a cavity is formed in the filtering plate. A filtering medium located on the surface of the filtering plate is in contact with solid-containing grout to be filtered, the filtering medium is fixed to the filtering plate and comprises a soft body material with first selective permeating capability, and a supporting layer with second selective permeating capability is arranged on the inner side of the filtering medium and used for supporting the filtering medium to be formed. The inner side of the supporting layer is closely adjacent to the cavity, and the cavity is connected with a set external system unit through the gas and liquid port. The filtering medium of the filtering plate can be washed and regenerated without a large amount of water, so that water is saved, and the water consumption of a system is reduced. The invention further provides a vertical rotation gypsum dehydrator and a working method. The vertical rotation gypsum dehydrator comprises the filtering plate and is simple in structure, beneficial to enlarging handling capacity, small in occupied land area, and capable of solving the site limit problem of the desulfurization system; water is saved, the water consumption of the system is low, and the water balance limiting problem of the desulfurization system is solved.

The invention discloses a molecular cluster material of supramolecular polymer and a preparation method and application of the molecular cluster material. The preparation method includes the steps of firstly, preparing polystyrene microspheres; secondly, using polystyrene microspheres as the substrates, and grafting active groups containing a large amount of carboxyl or sulfonic group to the surfaces of the polystyrene microspheres so as to synthesize the molecular cluster material. The preparation method has the advantages that the method is simple, low in cost, low in energy consumption, environmentally friendly and free of pollution; the prepared molecular cluster material is efficient, stable, large in descaling amount, high in oxidation resistance, high in mechanical strength, easy in large-scale production and applicable to water scale removing of drinking water. The molecular cluster material has the advantages that crystal chemistry and hydromechanics are powerfully combined, and the molecular cluster material mainly uses physical descaling and is stable in descaling performance and capable of achieving automatic regeneration; the molecular cluster material is large in treatment capacity and wide in application range, and the effect of the molecular cluster material is more than 3 times of that of descaling using softened resin; the molecular cluster material is high in discharge water quality, and raw water hardness after treatment can reach an international standard.

An apparatus for and method of providing failure recovery from redundancy, notwithstanding that the failed subsystem and its replacement have differing capacities. This is especially useful when implementing a cluster lock processing system having a relatively large number of commodity instruction processors which are managed by a highly scalable, cluster lock manager. Reliability is built into the managing communication processor by dividing the system into master and slave subsystems. The master has primary responsibility for system management and coordination, whereas the slave has primary responsibility to backup the master and be prepared to assume management responsibility. Upon the need to transfer responsibility from the master to the slave, whether it be manual (e.g., maintenance) or automatic (e.g., failure), the only concern is that the slave has sufficient capacity to accept the current level of processing, even though it does not have the same level of capacity as the master.

An apparatus for and method of enhancing reliability and performance within a cluster lock processing system having a relatively large number of commodity instruction processors which are managed by a highly scalable, off the shelf platform. Because the commodity processors have virtually no system viability features such as memory protection, failure recovery, etc., the cluster / lock processors assume the responsibility for providing these functions. The low cost of the commodity instruction processors makes the system almost linearly scalable. The cluster / locking, caching, and mass storage accessing functions are fully integrated into a single hardware platform which performs the role of the cluster / lock master. The validity operation throughput of the clustered systems manager is increased by aging out validity entries for each of the process owners via a background operation. This minimizes the number of exclusive locks that must be utilized while performing a validity operation.

The invention relates to a process for treating electroplating sludge. The invention not only can eliminate the poisonous and harmful substances in the electroplating sludge, but also solves the technical problem of high treatment cost. The resource treatment process of the electroplating sludge comprises the following steps: a, ingredients: after the electroplating sludge is dried by a dryer, it is mixed with flux and coke according to the weight ratio of 100:15~71:50~88 ; b. Smelting: Stir and mix the above-mentioned materials with a good proportion, put them into a melting furnace for smelting reduction smelting at a temperature of 1400°C to 1600°C, and release the nickel-copper alloy obtained by smelting reduction through the alloy port , The liquid slag is released from the slag outlet; c. Tail gas treatment: the tail gas obtained during the above smelting is treated by the purification system and then emptied. The present invention has fast main reaction speed, high nickel recovery rate, forward charging, low batching cost, and overcomes the viscous slag and easy formation of nodules during reduction smelting of electroplating sludge, difficulty in descending furnace charge, extremely short furnace life, and frequent death Furnace problem.

The invention discloses a method for extracting active ingredients of Euphorbia fischeriana and a diterpenoid medicament prepared by the active ingredients. The method comprises the following steps of: taking a root of the Euphorbia fischeriana; extracting by adopting a supercritical carbon dioxide extraction method and taking absolute ethyl alcohol as an entrainer; and separating the obtained extractive by macroporous adsorption resin to obtain a diterpenoid active substance having medical curative effect. As supercritical carbon dioxide extraction is adopted, the extraction efficiency is high, the processing capacity is large, certain selectivity can be obtained through setting of extraction parameters, carbon dioxide can be recycled, the environment is not polluted, conditions are mild, natural activity of a product is propitious to be kept, and the like. The macroporous adsorption resin separation has large processing capacity, mainly takes water and ethanol as solvents, is economic, simple and convenient, is easy to industrialize, and the like.

A continuous distillation process comprises the following steps: putting a material into a multilayer distillation tower to enable the material to sequentially undergo preheating, extrusion pricking, steam distillation, meal roasting, drying and cooling treatment, condensing essential oil-containing steam, and carrying out water separation, so as to obtain an essential oil.

An apparatus for and method of implementing a cluster lock processing system using highly scalable, off-the-shelf commodity processors. The cluster lock processing system is the central component of a clustered computer system, providing locking and coordination between multiple host systems. The host systems are coupled to the cluster lock processing system using off-the-shelf, low latency interconnects. The cluster lock processing system is composed of multiple commodity platforms that are also coupled to each other using low latency interconnects. Failure of one of the commodity platforms that comprise the cluster lock processing system results in no loss of functionality or interruption of service. This is made possible through the use of specialized software that runs on the commodity platforms. Through the use of custom software and inexpensive hardware the overall system cost is dramatically reduced when compared to typical solutions that use custom built hardware. By allowing the individual commodity platforms to be physically separated, the cluster lock processing system also provides for resiliency against physical damage to an individual platform that may be caused by a catastrophic site failure.

The invention discloses a device and method for magnesium process flue gas desulfurization. The device comprises a multi-stage cross flow-reverse flow rotating filling bed absorption device, wherein an exhaust pipe is arranged on the top of the rotating filling bed absorption device; a liquid discharge pipe is arranged at the bottom; a liquid inlet pipe is connected with the side surface of the upper side; an air inlet pipe is connected with the side surface of the lower side; a rotating shaft is arranged inside the rotating filling bed absorption device; two filling material rotors or more are arranged on the rotating shaft; a filling material stator is arranged between the two adjacent rotors; a liquid distributor is arranged in the center of the filling material rotor and is connected with the liquid inlet pipe; the lower end of the rotating shaft extends to the outside of an absorption device to be connected with a frequency modulation motor; the gas inlet pipe of the rotating filling bed absorption device is connected with a SO2-containing smoke gas pipeline; a liquid inlet pipe of the rotating filling bed absorption device is connected with a magnesium hydrate storage groove;the liquid discharge pipe is connected with a magnesium bisulfite storage groove. The method has the advantages that a magnesium hydroxide desulfurizer is used for wet process desulfurization; the purification degree, and the speed in the desulfurization process and the desulfurization efficiency are improved; the smoke gas ultra-low discharge standard can be reached by single piece of equipment.

The invention provides a water power spiral-flow type ballast water electrolysis disinfection device for a ballast water monitoring system. The water power spiral-flow type ballast water electrolysis disinfection device has the advantages of high treatment efficiency, large capacity, continuous operation, regardless density of entered particulates, no stoppage, simple and convenient flow control mode, simple and easy maintenance and low cost. The water power spiral-flow type ballast water electrolysis disinfection device comprises a shell, a ballast water inlet and a ballast outlet, and is characterized in that a vortex finder is arranged in the shell; an electrode configured for the vortex finder and an electrode arranged on the inner wall of the shell form an anode and a cathode; the lower end of the electrode configured for the vortex finder is provided with a through hole; and the electrode configured for the vortex finder is hollow, and is communicated with the ballast water outlet through a liquid outlet pipeline.

An apparatus for and method of implementing a cluster lock processing system having a relatively large number of commodity cluster instruction processors which are managed by a highly scalable, off the shelf communication processor. Because the commodity processors have virtually no system viability features such as memory protection, failure recovery, etc., the communication processor assumes the responsibility for providing these functions. The low cost of the commodity cluster instruction processors makes the system almost linearly scalable. Furthermore, having a fully scalable communication processor ensures a completely scalable system. The cluster / locking, caching, and mass storage accessing functions are fully integrated into a single hardware platform. The architecture may be implemented using any of a wide variety of proprietary or non-proprietary operating system environments.

An apparatus for and method of enhancing reliability within a cluster lock processing system having a relatively large number of commodity cluster instruction processors which are managed by a cluster lock manager. Because the commodity processors have virtually no system viability features such as memory protection, failure recovery, etc., the communication processor assumes the responsibility for providing these functions. The low cost of the commodity cluster instruction processors makes the system almost linearly scalable. The cluster / locking, caching, and mass storage accessing functions are fully integrated into a single hardware platform which performs the role of the cluster / lock master. Upon failure of this hardware platform, a second redundant hardware platform converts from slave to master role. The logic for the failure detection and role swapping is placed within software, which can run as an application under a commonly available operating system.

The invention provides a desilting basin and silt separation system for treating polluted sediment in a river, a lake or a stream. The desilting basin and silt separation system comprises multiple stages of desilting basins and desilting treatment equipment, wherein a sediment slurry inlet in each desilting basin is used for inputting sediment slurry subjected to garbage removal; an overflow dam between two adjacent stages of desilting basins comprises an inclined plane; at least one desilting tank and at least one silt collection pit are formed in each stage of desilting basin; each desilting tank extends in the sediment slurry flowing direction; each silt collection pit is crossed with the corresponding desilting tank, and is used for collecting precipitated sand in the sediment slurry; liquid of the sediment slurry is discharged from slurry outlets; a sand input end of the desilting treatment equipment is arranged in one silt collection pit; the desilting treatment equipment comprises a sand washing device; sand is discharged from sand outlet ends of the desilting treatment equipment after subjected to sand washing treatment of the sand washing device. According to the desilting basin and silt separation system, the problems that in the prior art, sand and mud cannot be separated effectively, and deeper cleaning treatment is difficult are solved.

A drive data output unit having a predetermined number of drive data output terminals arranged each for outputting the drive data; a display panel, in which the number of pixels arranged in a lateral direction is an integral multiplication of the number of drive data output terminals; a plurality of data lines connected respectively to the drive data output terminals of the drive data output unit on an input side of the data lines, and each branched to be the integral multiplication and connected respectively to the pixels consecutive in the lateral direction; gate signal output unit for specifying the pixels by line, to which the drive data are output; and pixel count conversion unit for converting the number of pixels of obtained image data into a number corresponding to the number of drive data output terminals, and supplying the drive data output unit with the converted image data.

The invention discloses a novel silane waste gas processing equipment and method, which is suitable in large-scale semiconductor device production process. The processing system comprises a high temperature stainless steel tube which is filled with gravel. The silane waste gas exhausted from the film processing equipment is introduced into the high temperature stainless steel tube; then the silane is pyrolyzed and the decomposition products are deposited on the gravel; the gravel need periodic replacement. The silane waste gas processing equipment has the advantages of inimitable low cost, efficient and reliable treatment for waste gas the generated in vacuum deposition system.

The invention belongs to the technical fields of biology and water treatment and provides a preparation method and application of a semi-dry nitration microbial agent. The preparation method comprisesthe specific preparation steps: (1) adding aerobic tank active sludge of a sewage treatment plant in a normal working state as a bacteria source into a special inorganic salt culture medium for nitrifying bacteria, and carrying out enrichment culture; (2) after the enrichment culture is finished, carrying out habituated culture, so as to obtain a culture solution with high nitrifying activity; (3) concentrating the culture solution, adding the culture solution into protecting liquid with a certain concentration, and carrying out culturing for a proper period of time; (4) uniformly mixing themixed liquid obtained in the step (3) with processed carriers, so as to obtain the microbial agent; and (5) putting the microbial agent into a vacuum sealing bag, carrying out vacuum sealing, and putting the vacuum sealing bag in a shade place, and carrying out normal-temperature storage. When the microbial agent is used, a user only needs to disperse the microbial agent with water and adding themicrobial agent into an aerobic biochemical system; the microbial agent has the characteristics of high activity and tolerance, good stability, strong stress resistance and the like and further has the advantages of convenience in transportation and storage, small occupied space and the like; and the microbial agent does not need to be excited and rejuvenated in use.

The invention relates to a structure of a spiral-flow aeration sedimentation sewage treatment tank and a using method thereof to organically combine main technological processes of air flotation separation and biological treatment into a container, wherein the four corners or the periphery of the container are provided with a fixed water-raising aerating apparatus and the middle part of the container is provided with a floating water-raising aerating apparatus; the sewage at a bottom layer is aerated selectively, and the sewage in the container is aerated circularly and alternately at the same time; the water-raising aerating apparatus is formed by mounting a gapped combined aerator in a vertical pipe frame; the fixed water-raising aerating apparatus and the floating water-raising aerating apparatus can be used singly or together; the water-raising aerating apparatuses stir and mix the sewage in the container and make use of deep drainage to aerate the sewage circularly and alternately; after a period of time of aeration treatment, membrane holes under middle-layer membranes are opened, the clearances among the middle-layer membranes are furled, aerobic treatment is performed on the sewage above the middle-layer membrane, and anaerobic treatment is performed on the sewage below the middle-layer membrane; and the sewage and most of activated sludge after the treatment are discharged, and a new sewage treatment cycle is restarted.

The invention relates to a method for removing calcium and magnesium in rare-earth industrial wastewater, which is characterized by comprising the following steps: carrying out extraction under the conditions that the volume ratio of the organic phase to the liquid phase is 1-2 and the saponification degree is 45-60%, wherein ammonium sulfate wastewater generated by a rare-earth acid-process smelting technique is used as a treatment object, and 50 vol% P507+50 vol% sulfonated coal oil is used as an organic extractant; and after the extraction, standing to stratify. The treatment method is simple: after a plurality of stages of extraction tanks are connected to the wastewater outlet, wastewater at the outlet can directly enter the ammonia evaporation system; and after the extraction and standing for stratification, the removal rates of calcium and magnesium ions in ammonium ortho-sulfate wastewater can respectively reach 90% or above, thereby solving the problem of severe blockage in the ammonia evaporation system pipeline. The method can implement continuous production, and has the advantages of high treatment capacity, high reaction speed, favorable separating effect and recyclable extractant. Meanwhile, the method reduces the impurity ion content in the ammonium sulfate product, and enhances the quality of the product.

The invention relates to a method for performing measurements in a wireless terminal comprising a receiver for receiving radio frequency signals, means for taking samples from the received signals and means for performing measurements on the basis of said samples. The samples taken from the received signal are stored. Measured values are calculated for the stored samples after a set of samples has been stored.

The on-line cutting-off method for a special-shaped end of an automobile frame cross beam. The on-line cutting-off method for the special-shaped end of the automobile frame cross beam comprises the following steps that punching is carried out on the material belt, then the material belt is rolled into a shape, then on-line cutting is carried out on the special-shaped end head of the rolled productpiece strip, a material strip punching step is carried out according to the forming surface requirement of the special-shaped end head and the product piece length, a position pre-punching process slot hole and an edge notch are pre-punched on the material belt, and the roll pressing forming step is characterized in that the material strip roll is pressed on the roll pressing line into a productpiece material strip with the cross section of capital omega shape; and the cutting step is carried out on the special-shaped end head cutting-off device on line. According to the special-shaped end of the automobile frame cross beam, the machining process flow of the special-shaped end beam is shortened, the production cost is reduced, and the production efficiency is improved; the error caused by secondary positioning of the forming surface of the special-shaped end head under the line is avoided; the cutting device adopted by the on-line cutting-off step adopts a movable knife with a plurality of blades, one-time cutting and forming of three layers of the cross beam can be completed through cooperation of the static knife, not only can be used in cooperation with the roller press line,but also can be used in cooperation with a press machine, and the special-shaped end of the automobile frame cross beam is good in compatibility.

The invention relates to the technical field of heavy metal soil treatment, and discloses a remediation method for contaminated site soil treatment, which comprises the following steps of: S1, preparing raw materials, contaminated soil, an eluting agent, a flocculating agent, a coagulant aid and an alkaline solution; S2, removing impurities, namely removing garbage in the contaminated soil; S3, crushing, namely carrying out crushing pretreatment on the contaminated soil subjected to impurity removal by utilizing a soil crusher; S4, leaching, firstly, carrying out ex-situ leaching on the contaminated soil with water, and then adding a leaching agent to carry out ex-situ leaching on the soil to obtain a mixed solution; and S5, carrying out solid-liquid separation, namely carrying out solid-liquid separation on the mixed solution, backfilling the soil which is qualified in leaching, and reserving a cleaning solution. According to the method, the leaching method is selected to treat and repair the soil, the leaching method has the characteristics of wide application range, quick effect, large treatment capacity, remarkable effect and the like, and natural citric acid and deionized water are adopted as leaching agents, so that heavy metals in the contaminated soil can be removed, and secondary pollution cannot be caused.