70results about How to "Fully restored" patented technology

The invention discloses a mura defect detection method based on sample learning and human visual characteristics, which belongs to the TFT-LCD display defect detection field. According to the invention, the method comprises the following steps: firstly, utilizing the Gaussian filter smoothing and Hough transform rectangle to preprocess the TFT-LCD display image, removing a large amount of noise and segmenting the image areas to be detected; then, using the PCA algorithm to conduct learning to a large amount of defect-free samples; automatically extracting the differential characteristics between the background and the target and re-constructing a background image; and then, thresholding the differential characteristics between a testing image and the background; through the reconstructing of the background and the threshold calculating, jointly creating a model. According to the invention, based on the training sample learning, a relationship model between the background structure information and the threshold value is established; and a self-adaptive segmentation algorithm based on human visual characteristics is proposed. The main purpose of the invention is to detect different mura defects in a TFT-LCD, to raise the qualification rate and to increase accuracy for the detection of mura defects.

A triangular microphone assembly (101) for use in a vehicle accessory includes a mirror housing (106) adapted for attachment to the interior of the vehicle. A mirror is disposed in an opening of the mirror housing (106) and a plurality of virtual digital microphones (108a, 108b, 108c) are arranged in a substantially triangular configuration in the mirror housing (106). A digital signal processor (DSP) (537) is used for receiving signals from the plurality of digital microphones (108a, 108b, 108c) such that the digital microphones exhibit directional characteristics for reducing undesirable noise in at least one direction by normalizing the phase of the received signals as a function of signal frequency.

The invention relates to a chemical metallurgy method for comprehensive treatment and utilization of red mud. Lignite is used as a reducing agent for Fe2O3 in the red mud, limestone is taken as a dispersant and a conversion agent for Al2O3 in the red mud, and the lignite and the limestone are finely ground and uniformly mixed with the red mud for carrying out reduction magnetization and conversionroasting. Fe3O4 and Fe obtained by the magnetization are subjected to magnetic separation enrichment to obtain an iron concentrate, and second reduction magnetization can be further carried out on the iron concentrate and then precision magnetic separation is performed to prepare reduced iron powder. After the magnetic separation, Al2O3 is converted into Al2(CO3)3 aluminum-rich slag for performing oxidative cooking and desilication to dissolve Al2(CO3)3. Silicon slag containing a small amount of aluminum and calcium can be used as a raw material of ceramic or white cement. An Al2(CO3)3 solution is used for synthesizing NH4Al(OH)2CO3(inverted arrow) with ammonia water. After carrying out solid-liquid separation, solid-phase NH4Al(OH)2CO3 is dried and roasted and reduced to obtain nano-active alumina; liquid-phase (NH4)2CO3 is concentrated and crystallized and then dried to obtain a sodium carbonate by-product.

The invention discloses an industrial production method for synthesizing a cemented carbide block material in situ, belonging to the technical field of cemented carbide. The industrial production method comprises the steps of: utilizing WO 2.9, Co3O4 and carbon black as raw materials, calculating a dosage ratio of the three raw materials by considering the evaporation capacity and wastage of Co and carbon wastage caused by carrying powder in an oxidizing gas during the preparation process according to the demand of a final Co content, ball grinding the raw materials to mix the same, and calculating the mass of the necessary raw material powder according to the material mass reduction and the sintering wastage coefficient k of the WC and Co powder during the sintering process; and utilizing the low sintering pressure at the primary application stage of a hot press sintering technique, a vacuum sintering technique or a low pressure sintering technique, periodically maintaining the temperature and periodically increasing the pressure to obtain the cemented carbide block material. The industrial production method of the invention has the advantages of simple technique steps, short process, energy saving and environmental friendly properties, and capability of realizing the large scale industrial production of the cemented carbide.

The invention discloses an ies500 automatic real-time data and information system transmission interface, which is characterized in that the transmission interface is provided with a double-link structure of a real-time data link and a file link, and the work content of the intranet for maintaining a data base can also be automatically and synchronously transmitted to the outer net at the same time of real-time data transmission of the intranet; an allopatric server is positioned in a soft bus on a dispatching workstation, and a modification triggering device is set in an intranet server; a historical data base synchronous module is arranged on a data server, and the synchronization of an inner historical data base and an outer historical data base of an isolation system is completed at the fixed time; a three-layer application system structure of a data base server, a web server and a browser is adopted; and the results of the in-side meter checking are written into marketing MIS through a web service interface. The invention mainly ensures the safe and stable operation capability of the dispatching automatic core system, can ensure the automatic synchronization of data inside and outside the isolation system to the largest degree, and can reduce the repeated work, so the invention ensures factuality, convenience and high reliability of the data recovery of the dispatching automatic system on the outer net.

The invention discloses a method and a device of processing audio frequency and image information as well as terminal equipment. The method comprises the following steps of: receiving a first user command, which is used for indicating continuous collection of the audio frequency information from a first moment; continuously collecting the audio frequency information within a first time bucket between the first moment and a second moment according to the first user command; receiving a second user command, which is used for indicating collection of the image information from a third moment; collecting the image information from the third moment according to the second user command and stopping collecting the image information when the time is over at a second time bucket; establishing corresponding relation between the audio frequency information, which is continuously collected in the first time bucket, and the image information, which is collected in the second time bucket; and storing the audio frequency information and the image information according to the corresponding relation. According to the method of processing the audio frequency and the image information, which is disclosed by the invention, a meeting scene can be more completely restored while the meeting scene is recorded for a long time.

According to the transparent object grabbing control method and device, the terminal and the storage medium provided by the invention, the missing depth region is filled through the surface normal based on the color image containing the target transparent object in combination with the global optimization algorithm, Meanwhile, the shape of the transparent object is compensated according to the depth discontinuity displayed by the shielding boundary; and depth parameter compensation is carried out on the depth image, so that the image capable of completely restoring the depth information of the transparent object is obtained, and the technical problem of low prediction accuracy of the capture frame of the transparent object in the prior art due to the lack of the depth information is solved.

An information processing method and device applied to an electronic device are provided. The electronic device includes a first collecting unit located on a first surface and a second collecting unit located on a second surface. The method includes detecting a first input; outputting a first media data collected by the first collecting unit when the first input satisfies a first predetermined condition; detecting a second input; and switching the output into a second media data collected by the second collecting unit when the second input satisfies a second predetermined condition, wherein the first media data and the second media data have the same media type, the first media data corresponds to a first collecting time parameter, the second media data corresponds to a second collecting time parameter, and the first collecting time parameter is the same as the second collecting time parameter.

The invention discloses production equipment for continuously preparing combustible gas by utilizing biomass fuel, which comprises a biomass gasification furnace, two stages temperature reducing dust removal spray towers, a tar purifier, a gas and water separator and a buffer tank, wherein a material inlet at the upper end of the biomass gasification furnace is provided with a feeding device; a grate is arranged in the biomass gasification furnace; the biomass gasification furnace is provided with a dust discharge device; the biomass gasification furnace is connected with the first temperature reducing dust removal spray tower; the first temperature reducing dust removal spray tower is connected with the second temperature reducing dust removal spray tower; the second temperature reducingdust removal spray tower is connected with the tar purifier; the tar purifier is connected with the gas and water separator; and the gas and water separator is connected with the buffer tank; and a gas pressurization blowing and draught fan is connected between the gas and water separator and the buffer tank. The invention can continuously produce gas, meet the requirement of continuous gas production and remove dust, tar and water of the combustible gas obtained after biomass is gasified and has higher purity and production yield.

The invention relates to a method which is adopted the re-oxidation technology to prepare the metal nickel powder with high performance. It is gained the oxidation product of the metal nickel packed by the brittle nickel oxide after the foamed metal nickel raw material is conducted the dynamic gyration oxidation treatment. The oxidation product is conducted multistage shearing crushing by the multistage shearing crusher. Then the crushed powder is conducted the re-oxidation treatment to gain the nickel oxide powder with fine grain. The nickel oxide powder is conducted reduction treatment in stages by cracked ammonia. Thus the high quality metal nickel powder with high purity, fine grain, and small loosing ratio is produced. The technology can be widely applied to all of the metal powder preparations adopted the oxidation reduction method. The advantage of The invention discloses that the high quality metal nickel powder with fine grain can be prepared by the reduction in stages after the re-oxidation of the oxidation intermediate product. The produced metal nickel powder can be widely applied to the sintered metal product (hard alloy, diamond tool, nickel iron alloy product, nickel base product) stainless steel product, battery, and chemical industry product, and so on. The features of the invention are that the non contaminant is discharged; it is good for the environmental protection; the process flow and the cost are reduced.

The invention discloses a device for continuously producing molten steel by performing microwave and induction heating on carbon-containing pellets, and belongs to the technical field of iron and steel metallurgy. The device for continuously producing the molten steel by performing microwave and induction heating on the carbon-containing pellets disclosed by the invention comprises a steel refining furnace body; the steel refining furnace body comprises an upper microwave reducing furnace and a lower induction smelting separating furnace; the microwave reducing furnace is used for heating and reducing the carbon-containing pellets; the induction smelting separating furnace is used for performing an iron slag smelting separating reaction; the microwave reducing furnace is communicated with the induction smelting separating furnace through a material discharging valve. By adoption of the technical scheme of the invention, the problems of furnace slag foaming, insufficient reduction of the carbon-containing pellets, and low metallization ratio in the existing steel smelting process can be effectively solved, and the quality of the finally obtained molten steel is ensured.

The invention relates to method which is adopted the electrochemistry purification-loosing to prepare the metal nickel powder. It prepares the high performance metal nickel powder by adopting the electrochemistry purification-loosing processing technology at first, then the oxidation reduction technology. The method is adopts the metal nickel plate with high purity to gain the foamed metal nickel with high porosity and purity after the processing of the electrochemistry purification-loosing. The foamed metal nickel is conducted oxidation treatment with dynamic gyration. The brittle nickel oxide foam is gained after the oxidation. Then the foamy nickel oxide is conducted multistage shearing crushing; the nickel oxide powder with different granularity is gained after the classification by sedimentation method. The nickel oxide powder is conducted reduction treatment in stages by cracked ammonia. Thus the high quality metal nickel powder with high purity, fine crystal grain, and small loosing ratio is produced. The advantages of the invention are that the non contaminant is discharged; it is good for the environmental protection; the process flow and the cost are reduced; and it can ensure the production of gaining the metal nickel powder with high performance. The metal nickel powder with high performance produced by the preparation method can be widely applied to the sintered metal product (hard alloy, diamond tool, nickel iron alloy product, nickel base product) stainless steel product, battery, and chemical industry product.

The invention discloses a fish feed containing a Chinese herbal medicine formula. The fish feed comprises the following components in parts by weight: 4-6 parts of green tea, 5-7 parts of residues of Fructus Hippophae, 2-4 parts of Radix Et Rhizoma Rhei, 1-3 parts of Cortex Phellodendri, 2-3 parts of Radix Scutellariae, 1-3 parts of Cortex Eucommiae, 6-8 parts of branches and leaves of Melia azedarach L., 1-2 parts of garlicin, 2-4 parts of vitamin, 110-130 parts of silkworm chrysalis, 70-90 parts of fish meal, 340-360 parts of bean pulp, 60-80 parts of peanut residues, 190-210 parts of wheat bran, 160-180 parts of corn and 8-12 parts of salt. The invention further provides a preparation method of fish feed containing the Chinese herbal medicine formula. The fish feed does not have side effect, does not have chemical drug residues, does not damage micro-ecological balance in water, further can enhance fish immunity, prevents diseases, reduces morbidity, effectively reduces use amount of medicines, and guarantees safety of quality of aquatic water.

The invention relates to a synthesis method for a nickel-base composite catalyst used for synthesizing n-amylamine from pentanenitrile. The synthesis method includes the steps of: 1) dissolving soluble nickel salt in a solvent to prepare a solution; 2) impregnating a moulded carrier having a pore structure in the solution in the step 1) to produce a catalyst precursor; 3) reducing the catalyst precursor; 4) drying the reduced catalyst precursor to produce the nickel-base composite catalyst. In the method, the pH of a reductant solution is controlled to be a proper range of 8-14, so that Ni<2+> can be reduced completely and a moderated reduction rate can be maintained, thereby producing metal nickel particles in nano scale. The synthesis method can prevent agglomeration due to growth of the metal nickel particles, thereby producing high-activity supported nickel-base composite catalyst.

The invention relates to a method for treating copper slag by a rotary hearth furnace. The method comprises the steps of raw material treatment, burdening, mixing, forming, material drying, roasting reduction, flue gas treatment, finished product cooling, ore grinding, magnetic separation and iron powder cold pressing, and adopts a hydrocarbon combined reduction technology to reduce iron oxide into metal iron, reduce zinc oxide into metal zinc, volatilize, oxidize and collect, so that Fe2SiO4 in the copper slag can be efficiently reduced, the metallization rate of direct reduction iron of an intermediate product can reach 90% or above, the zinc removal rate reaches 95% or above, and the iron recovery rate of the whole process reaches 85% or above; the hydrocarbon combined reduction technology is adopted, the reduction temperature is low, and the energy consumption is low. according to the process, the reduction temperature is 800-1230 DEG C; hydrogen is adopted as a main reducing agent in the later stage of reduction, a by-product is water, green and environment-friendly effects are achieved, and the carbon emission amount of treated copper slag per ton is 50-70% of that of a carbon metallurgy rotary hearth furnace process; and the reduction coal in the process is low-rank coal instead of anthracite, so that the cost is low.

The invention discloses a method for determining titanium in titanium alloy powder, and belongs to the technical field of ferrous metallurgy analysis. According to the method provided by the invention, after the sodium hydroxide-sodium peroxide is adopted to melt the sample, the titanium is determined by using an oxidation-reduction volumetric method, the method is high in determination accuracy,simple and convenient to operate and particularly suitable for determining a high-content titanium sample, the determination range is 10.0-80.0% of Ti, and the method can be popularized and used in alarge range.

The invention provides a multi-screen remote real-time writing presentation method. According to the method provided by the invention, each writing end is in communication connection with a writing board and a first dot matrix pen, the first dot matrix pen writes on the writing board to form handwriting information, and a receiving end and the plurality of writing ends are respectively connected with a cloud server to mutually transmit data. Each writing end obtains the handwriting information of the corresponding writing board and the pen holding posture of the corresponding first dot matrix pen in real time and uploads the obtained handwriting information and pen holding posture to the receiving end through the cloud server in real time, and the receiving end forms sub-screens which are consistent with the writing ends in number and are in one-to-one correspondence with the writing ends through screen splitting; the received handwriting information of each writing board and the pen holding posture of each first dot matrix pen are displayed on the corresponding sub-screen in real time, so that a user of a receiving end can observe the writing process of all writing end users on each sub-screen in real time, and the limitation of distance and region is relieved; and the interaction effect between the users is greatly enhanced.

The invention discloses an underwater engineering structure intelligent detection method and system based on digital twinning, and the method comprises the steps: building a finite element main model according to a design scheme and actual working conditions of an underwater engineering structure; performing assessment and early warning on the underwater engineering structure based on the finite element main model, and if the assessed structure performance does not reach the standard, sending out warning information and skipping to the maintenance step; if the structural performance reaches the standard, generating a detection dot matrix according to an evaluation result; performing flow field detection and structure detection on the underwater engineering structure based on the detection dot matrix to obtain a detection data set; and according to the detection data set, updating the finite element main model, and carrying out evaluation and early warning on the underwater engineering structure again. The invention provides a method for establishing an underwater engineering structure digital twinborn body, data acquisition of a flow field and nondestructive testing of the structure are carried out based on an unmanned underwater vehicle, a digital twinborn system with a finite element main model as a core is constructed, and monitoring, evaluation and early warning of underwater structure performance are realized.

The invention relates to the field of data identification, in particular to a two-dimensional code technology. The invention provides an information presentation method based on a two-dimensional code, and the method comprises the steps: 1, identifying the two-dimensional code, and obtaining the marking information and encryption information in the two-dimensional code; Step 2, according to the two-dimensional code mark information, searching matching information corresponding to the mark information on identification equipment; and step 3, integrating the encrypted information with the matching information to generate presentation information. The technical problem of high two-dimensional code information acquisition cost in the prior art is solved, the data information is vividly restored, and data protection, offline display and cost reduction are realized.