81results about How to "Guaranteed reducibility" patented technology

The invention relates to an airborne multi-angle tilted camera. The airborne multi-angle tilted camera includes a housing, shooting windows and cameras, wherein a shooting window is arranged at the center position of the lower end of the housing; the center camera is arranged vertically downward in the shooting window; a plurality of shooting windows which are arranged in a tilted way are uniformly distributed at the periphery of the shooting window at the center position in the radial direction; the plurality of shooting windows which are arranged in a tilted way are each provided with a tilted camera; and the orientation of each tilted camera is identical to the orientation of each shooting window. The airborne multi-angle tilted camera utilizes the plurality of tilted cameras and one vertical camera to perform synchronous shooting, so that the shooting angle is larger and the shooting efficiency is improved. Besides, compared with a previous individual camera, the shooting effect of the airborne multi-angle tilted camera is greatly improved, and the shot image quality of the airborne multi-angle tilted camera is high.

The invention discloses a catalyst for splitting decomposition of biomass tar. The catalyst comprises the following components according to weight percent: 0.1-1% of RuO2, 5-15% of NiO, 1-6% of CuO, 5-20% of CeO2, and the balance of catalyst carrier. The invention also discloses a preparation method for the catalyst. The method comprises steps of adding an HZSM-5 molecular sieve into an aluminum oxide binder, adding a pore former and an assisting extrusion agent, kneading and grinding into balls, extruding into strips, drying, and roasting to obtain the catalyst carrier; then respectively loading metallic elements through a saturated impregnation method, drying, and roasting to obtain the catalyst. The catalyst has high activity in tar splitting decomposition, and has strong stability and anti-carbon accumulation performance; the catalyst carrier is of a hollow strip shape, so that the device is guaranteed to run smoothly; the catalyst is obtained by reduction of feed gas generated by biomass gasification, so that the processes are greatly simplified, and the catalyst is applicable to industrial production.

The invention discloses a layering and partitioning management method for nodes. In order to effectively perform the function of blockchain data and give consideration to data transmission efficiency,the grading and partitioning management of the blockchain is carried out, each hierarchy of blockchain has a partitioning self-growth function, and a management node is arranged in each partition tocarry out statistics and analysis on data transmission efficiency in nodes. When efficiency achieves a transmission upper limit, partitioning segmentation is carried out, a new management node and a data backup are added, a tree structure organization is adopted between hierarchies, the next hierarchy of data interface is taken as an upper hierarchy of nodes, and partitioning management is carriedout in each hierarchy. Meanwhile, a verification step needs to be carried out for adding nodes, and the nodes can be added into the blockchain after voting. The management method is suitable for databackup management in the industry and specifically comprises an industrial public chain and an industrial internal organization alliance chain, wherein a private chain with a database structure is arranged in the organization.

The invention provides augmented reality glasses. The augmented reality glasses comprises a frame, lens assemblies, an embedded processor, display screens, and a camera arranged on the frame, wherein the lens assemblies, the embedded processor and the display screens are arranged in the frame. The camera has a wide-angle lens. The embedded processor is connected with the camera and the display screens, and are used for processing an image which is acquired by the camera, establishing or calling a digital model for being overlapped on the image, and displaying the image on the display screens. The lens assemblies are arranged in front of the display screens. Each lens assembly comprises a lens and an optical filter and is used for forming a three-dimensional display device together with the display screen, performing coupling adjustment on the image which is displayed on the display screen and projecting the adjusted image to an eye of a user. The invention further provides a method for performing furniture displaying through the augmented reality glasses. Through applying virtual reality technology on the augmented reality glasses, furniture displaying effect and shopping experience of a customer are improved.

The invention relates to a chemical purification method, and in particular relates to a preparation method of amorphous nickel sulfide. The preparation method provided by the invention is obviously different from the traditional nickel sulfide preparation method and is characterized in that a stabilizer is added when sodium sulfide is dissolved, so that the oxidation of the sodium sulfide is avoided and the system reducibility is ensured at the same time; a dispersant is added, so that a polysulfide is prevented from formed in the sodium sulfide; and a reducing agent is added into a copper suspension, so that the reducibility of the system for preparing the nickel sulfide is presented. When the amorphous nickel sulfide is prepared, the adding quantity of the sodium sulfide is controlled and the even stirring is carried out, so that the local excess sulfur source is avoided, namely, the polysulfide formed due to the local excess sulfur source is avoided; and meanwhile, the dispersant is added, so that the collision probability among the nickel sulfides is reduced, namely, the activity of nickel sulfide is maintained for a long time. According to the traditional method, after the prepared nickel sulfide is placed in the air for 24 hours, the copper removal activity of the nickel sulfide is gradually decreased; and after the prepared nickel sulfide is placed in the air for 48 hours, the copper removal activity of the nickel sulfide is decreased to 15% to 20%. According to the method provided by the invention, after the amorphous nickel sulfide is placed in the air for 7 days, the copper removal activity of the amorphous nickel sulfide can be still maintained at 80% to 90%.

The invention relates to a melting and separating furnace reduction system and method for schreyerite. The system comprises a reduction vertical furnace, a melting and separating furnace and an oxygen coal lance. The reduction vertical furnace comprises ore powder, a solvent feeding port, a discharging port and a smoke inlet. A baffle with the inclination angle capable of being adjusted is arranged in a hearth of the reduction vertical furnace, and the baffle and a supported rotating shaft are of a hollow structure. The melting and separating furnace comprises a feeding port, a smoke outlet and a discharging port, wherein the feeding port communicates with the discharging port of the reduction vertical furnace, and the smoke outlet communicates with the smoke inlet of the reduction vertical furnace. A spray lance head of the oxygen coal lance is arranged in the smelting and separating furnace. The oxygen coal lance stretches into the smelting and separating furnace from the furnace top of the smelting and separating furnace. According to the melting and separating furnace reduction system and method for the schreyerite, due to the fact that the baffle with the inclination angle capable of being adjusted is arranged in the reduction vertical furnace, the falling speed of and the staying time of the ore powder can be controlled, and the reduction effect of the ore powder is ensured.

The invention relates to a smelting separation furnace reduction system and method based on natural gas-oxygen heating. The system comprises a reduction shaft furnace, a smelting separation furnace and a natural gas-oxygen gun, wherein the reduction shaft furnace comprises a mineral powder-flux feeding port, a dropping port and a flue gas inlet; inclination-adjustable baffle plates are arranged in the hearth of the reduction shaft furnace; the smelting separation furnace comprises a feeding port, a flue gas outlet and a discharging port; the feeding port communicates with the dropping port of the reduction shaft furnace; the flue gas outlet communicates with the flue gas inlet of the reduction shaft furnace; a spray gun head of the natural gas-oxygen gun is arranged in the smelting separation furnace; and the natural gas-oxygen gun extends into the smelting separation furnace from the furnace top of the smelting separation furnace. According to the system and the method provide by the invention, the mineral powder dropping speed and residence time can be controlled through arrangement of the inclination-adjustable baffle plates in the reduction shaft furnace, thereby guaranteeing the mineral powder reduction effect.

The invention relates to a reduced glutathione percutaneous absorption preparation and a preparation method thereof, and belongs to the field of medicinal preparations. In the technical problem, the invention provides a reduced glutathione percutaneous absorption preparation which has the sustained-release effect. The reduced glutathione percutaneous absorption preparation is prepared from an auxiliary material bag and reduced glutathione, wherein an auxiliary material is at least one of gamma-cyclodextrin, a derivative of the gamma-cyclodextrin, alpha-cyclodextrin and a derivative of the alpha-cyclodextrin. The reduced glutathione percutaneous absorption preparation has the advantages of quick response, long half-life period and high bioavailability, is convenient to use and does not have pain. The reduced glutathione provides a new preparation, and has a wide application prospect.

The invention provides a narrow-hardenability pinion steel which comprises the following components in percentage by weight: 0.18%-0.22% of C, 0.20%-0.30% of Si, 0.90%-1.15% of Mn, less than or equal to 0.030% of P, less than or equal to 0.030% of S, 1.00%-1.35% of Cr, 0.04%-0.08% of Ti, 0.004%-0.005% of B, 0.025%-0.038% of W, less than or equal to 11.5*10<-6> of [O], less than or equal to 1.5*10<-6> of [H], 35*10<-6>-45*10<-6> of [N] and the balance of Fe and inevitable impurities. The invention provides a preparation method of the narrow-hardenability pinion steel. The preparation method comprises the following steps: 1) primary smelting based on a top-bottom blowing converter; 2) ladle deoxidizing and alloying; 3) LF (ladle furnace) refining; 4) RH refining; and 5) continuous casting. Compared with the prior art, the narrow-hardenability pinion steel provided by the invention has the characteristics of better wear resistance and high temperature resistance, higher hardenability andnarrower jominy hardenability.

The invention relates to an intelligent work controlling oblique shooting system. The intelligent work controlling oblique shooting system includes an oblique shooting device and a base station, wherein the oblique shooting device includes a command receiver, a singlechip, an information sender, a memory and a plurality of cameras; an input end of the command receiver is in wireless connection with a command emitter of the base station; an output end of the command receiver is connected with an input end of the singlechip; an output end of the singlechip is connected with an input end of the memory; an output end of the memory is connected with an input end of the information sender; the information sender is in wireless connection with an information receiver of the base station; a transmitting-receiving end of the singlechip is connected with the plurality of cameras in parallel; the plurality of cameras perform synchronous shooting; and the data acquired by the plurality of cameras are transmitted synchronously. For the intelligent work controlling oblique shooting system, as the plurality of cameras work synchronously, the synchronism of shot frames can be guaranteed so that the restoration effect of frames can be guaranteed; and as the stability of a vidicon is high, the cameras are not required to rotate to find a view during the shooting process, the practicality is high and the quality of the shot frames is high.

The invention relates to a medical image lossless compression method based on boundary extraction, which belongs to the field of computer image processing. The medical image lossless compression method based on boundary extraction comprises the steps of extracting all boundaries exist in a medical image at first, and storing relative positions of boundary points by adopting a bit operation manner. The medical image lossless compression method has the advantages that a compression ratio of the image is increased aiming at features that the medical image is a grey-scale map and contour hierarchy is clear, and each step of the method is reversible, thereby ensuring recoverability of compression. The medical image lossless compression method based on boundary extraction can alleviate pressure on storage as well as pressure on network caused by increasing number of medical images fundamentally.

The invention belongs to the technical field of gas-based direct reduction iron-making, and particularly discloses a gas-based reduction shaft furnace. A shaft furnace body comprises a preheating section, a reduction section and a cooling section, wherein the reduction section is in a big-end-down circular truncated cone shape; the bottom of the reduction section is connected with the cooling section; the upper portion of the reduction section is connected with the preheating section; and an air guide wall is arranged in the reduction section and coincides with the axis of the reduction section. By changing the angle between the reduction section furnace body and the horizontal plane, the furnace profile adapts to volume expansion during pellet reduction, extrusion force between pellets and a furnace wall as well as between the pellets can be reduced, and the situation that liquid generated by the pellets with high temperature is consecutive and bonded into blocks is effectively restrained; the air permeability in the shaft furnace is enhanced, so that the shaft furnace runs smoothly; and the air guide wall is arranged in the reduction section, so that reduction air flow can be uniformly distributed in the shaft furnace.

The invention belongs to the technical field of lead storage batteries, and particularly relates to a lead storage battery repairing agent and a repairing method. The lead storage battery repairing agent is prepared from the following raw materials in parts by weight: 10-15 parts of ammonium acetate, 0.1-3 part of graphene, 2-5 parts of mercaptoethanol, 1-10 parts of ferrous sulfate, 3-8 parts ofethylenediamine tetraacetic acid disodium salt, 0.01-0.05 part of gellan gum, 1-5 parts of copper sulfate and 20-45 parts of sulfuric acid solution. The lead storage battery repairing agent can significantly improve the battery capacity.

The invention relates to steel ladle furnace slag modifying agent in a converter steel tapping process. The de-oxidation modifying agent for the steel ladle top slag comprises the following main components in percentage by weight: 30%-50% of Al, 50%-30% of CaO, 5.0%-8.0% of Al2O3, not more than 3.0% of SiO2, not more than 0.07% of S+P, 0.7%-1.4% of C, 3.0%-8.0% of CaFe2 and not more than 0.2% of H2O. The modifying agent disclosed by the invention is a reductive modifying agent which can be used for solving an oxidation problem of the steel ladle top slag in a low-carbon pipeline steel production process, so that guarantee is provided for vacuum desulfurization and pure production of the pipeline steel.