192results about How to "Avoid process" patented technology

The invention discloses a disposal for process and interruption in a SMP system. The method adapts separation interrupt handling and process handling on processor grade, processes specially the interruption by using one or a group processors, furthermore, monitors the process and the interruption handling, and dynamic adjusts the number of processors in two group processors according to the load index of the process and the interruption handling. The invention also discloses a handling device for process and interruption in a SMP system. The device comprises interrupted handling module, a process processing module, a process and interruption monitor module. The device ensures the process handling and interruption handling mutual noninterference to improve the hit rate of cache and to ensure the stabilizing ability and actual time character of the system.

The invention relates to a manufacturing process of an HDI (High Density Interconnection) board. The manufacturing process comprises the following steps of: A, carrying out browning treatment on a multilayer circuit board so that a browned film is formed on the surface of a copper foil layer, and carrying out laser hole drilling on the surface of the copper foil to form laser blind holes; B, carrying out hole drilling on the multilayer circuit board through a drill bit to form mechanical drill holes; C, carrying out outer-layer copper precipitation on the multilayer circuit board so that copper layers are formed in the laser blind holes and the mechanical drill holes, and carrying out electroplating treatment on the multilayer circuit board, so that the copper coppers in the laser blind holes and the mechanical drill holes are thickened; and D, carrying out outer-layer pattern making on the multilayer circuit board, and carrying out pattern electroplating, outer-layer etching, silk-screen mask soldering and surface treatment to obtain the HDI board as a finished product. Compared with the prior art, the manufacturing process disclosed by the invention has the advantages of avoiding processes, such as outer-layer copper precipitation, board electroplating, outer-layer pattern hole-electroplating, porefilling electroplating, mold stripping, board grinding with an abrasive belt and the like which are adopted after laser hole drilling, greatly shortening production cycle and reducing production cost; meanwhile, according to the manufacturing process disclosed by the invention, because the process of grinding the board with the abrasive belt is not required, size stability of the circuit board is relatively better, and the circuit board cannot deform.

The invention relates to a display panel and a method of manufacturing the same. The display panel is provided with a display area and a periphery area positioned thereoutside. The display panel comprises a first substrate, a first flat layer, a first alignment layer, a second substrate and a display medium. The first flat layer is arranged on the first substrate, and comprises a first portion positioned in the display area and a second portion positioned in the periphery area, wherein the top of the second portion is equipped with at least one first recess. The first alignment layer is disposed on the first flat layer, and a part of the first alignment layer is filled into the at least one first recess. The second substrate and the first substrate are arranged facing to each other. The display medium is arranged between the first substrate and the second substrate.

The invention provides a hooped steel reinforced concrete beam-column joint of a core area U-shaped column, which relates to the field of constructional engineering. The hooped steel reinforced concrete beam-column joint of the core area U-shaped column comprises a column type steel flange plate, a column type steel web plate, a column horizontal stiffened steel plate, a column longitudinal bar, a column hoop, a column U-shaped hoop and a column concrete as well as a beam type steel flange plate, a beam type steel web plate, a beam longitudinal bar, a beam hoop and beam concrete; the beam-column joint core area is steel reinforced concrete structure building or structure of the U-shaped hoop. In the joint core area, the original closed hoop is replaced with the U-shaped hoop which is suitable for the structural forms at the beam-column joints of high-rise and super high-rise buildings. According to the invention, a column hoop through hole which is formed on the beam type steel web plate due to the need of enabling the column hoop to penetrate through the beam type steel web plate in the common steel reinforced concrete beam-column joint is avoided; one procedure is reduced in the member manufacturing process; the trouble of first penetrating through the reinforcing steel bar for making the hoop and then carrying out bending molding and segmental welding on the reinforcing steel bar during construction is prevented; and the beam-column joint can be manufactured in advance so that the construction period is shortened and the construction costs are saved.

The invention relates to a simplified industrial method for recovering silicon carbide from mortar generated in cutting process of silicon wafers. The method comprises the steps of: 1. adding diluent in the cutting mortar for reducing system viscosity; 2. carrying out primary separation on the mortar subjected to viscosity reduction by using a precise filter A, and setting and controlling filtering precision according to the requirement of silicon material wire-electrode cutting on the particle size distribution of a silicon carbide abrasive to obtain a solid component S1; 3. carrying out alkali wash, acid wash and rinse on the solid component S1, drying a wet material to directly obtain high-quality silicon carbide which meets the requirement of the silicon material wire-electrode cutting; 4. carrying out secondary separation on the mortar fluid subjected to the primary separation by using a precise filter B, and controlling the filtering precision to ensure that smallest passing particles which can be retained are below 2mu m so as to obtain a solid substance S2, and then separating clear liquid; and 5. carrying out alkali wash, acid wash and rinse on the solid component S2 obtained after secondary separation, drying a wet material to collect and obtain silicon carbide micropowder which has smaller particle size and can be used in other industrial occasions.

The invention belongs to the technical field of air pollution prevention and control equipment, and relates to treatment equipment for VOCs process waste gas in the packaging and printing industry. The exhaust gas containing VOCS enters the adsorption device from the gas collection main pipe, and the treated exhaust gas is discharged through the purification and exhaust pipe; when the adsorption reaches saturation, the system enters the desorption cycle, and the adsorbed VOCs are desorbed by hot air, and desorbed to obtain concentrated VOCs The gas is sent to the first heat exchanger for preheating through the desorption air duct, and then transferred to the oxidation chamber for oxidation. Part of the evacuated purified gas is heated by the second heat exchanger and transferred to the adsorption box for desorption through the second heat exchanger and the desorption hot air pipe, so that the saturated adsorbent can be desorbed and regenerated. The combustion system is installed on the left facade of the oxidation chamber to provide heat for the oxidation chamber. The invention effectively solves the problem of adsorption and reuse of process waste gas discharged from ovens of gravure printing machines and composite machines with large air volume and low VOCs exhaust concentration.

The invention discloses a composite vacuum plating method and belongs to the technical field of surface treatment. The method comprises steps of surface pretreatment of a base material, surface spraying and solidification, vacuum plating, spraying of thermocuring paint and solidification. The vacuum plating comprises nickel plating through magnetron sputtering, nickel-chromium plating through combination of magnetron sputtering and chrome plating through ion plating and cathode arc ion. The invention omits an onerous furbisher process, simplifies technical flow, increases production efficiency and mitigates labor intensity of workers; secondly, a mixed film plating technology of magnetron sputtering and ion plating is employed that the obtained product film has high film density and strong metal feel; thirdly, preparations of a metal layer and a metal mixed coating are carried out in a same vacuum furnace, so as to facilitate operation, guarantee good bond of the film and enhance product quality.

The invention discloses an air micro-cavity type fiber hydrophone, a manufacturing method of the same, and a signal detection method. The air micro-cavity type fiber hydrophone is formed by a fiber and an air micro-cavity at the end surface of the fiber, wherein the air micro-cavity can be used as a compressible Fabry-Perot cavity for sensing the micro-cavity length or reflected light interferencespectrum change caused by the external pressure so as to realize measurement of sound wave and ultrasonic wave. The manufacturing method of the air micro-cavity type fiber hydrophone is simple, and optically heats the fiber end surface coated with luminous absorption material to realize water vaporization on the fiber end surface and form an air micro-cavity on the fiber end surface, thus avoiding the complicated process, such as fiber Fabry-Perot cavity structure manufacturing and pressure sensitive film welding. Besides, the manufacturing method of the air micro-cavity type fiber hydrophonerealizes accurate on-line control of the cavity length by adjusting the heating laser power, can overcome the problem that a traditional manufacturing method is not enough in the repeatability of device structural parameters, can realize dynamic tuning of the measurement range and the working frequency band on single sensor, and can improve applicability of the sensor.

The invention discloses a corrugated steel web few-main-beam structure which comprises a plurality of corrugated steel web main beams, a concrete prefabricated plate arranged on corrugated steel webs, and a bridge deck pavement layer is laid on the concrete prefabricated plate. According to the corrugated steel web few-main-beam structure, a corrugated steel web combined structure is adopted, the use efficiency of steel and concrete materials is fully developed, the use amount of concrete is reduced, the dead load of the main beams is reduced, energy conservation and environmental friendliness are achieved, and the economic performance is good. Structural key parts of the corrugated steel web main beams and a concrete bridge deck slab are factorized, the concrete bridge deck slab is prefabricated in a factory and can reduce the additional stress caused by shrinkage and creep of the concrete, the product quality is easily ensured, and compared with a cast-in-place mode, the process of demounting and mounting a formwork is omitted, the wet work amount on the field is reduced, the construction period is shortened, and the construction progress is shortened. The smooth passing of the road can be achieved under a bridge in the construction process of the bridge, fast construction can be achieved, the influences on the existing traffic are small, and the social benefits are good. A basis is provided for factory standardized and prefabricated production and field assembly building of a 30 m-50 m corrugated steel web PC box girder bridge, and the application fields are expanded.

The invention belongs to the field of gas extraction and relates to a gas extraction pipeline continuous and automatic drainage and deslagging device. The gas extraction pipeline continuous and automatic drainage and deslagging device is composed of a main device tank, a water tank, a gas extraction inlet, a gas negative-pressure extraction port, a condensing system, a pressure regulating system, a control system, a drainage and deslagging system, a water level monitoring system, a water and slag mixer, a pressure monitoring system, a separating plate guide groove and a separating plate, wherein the water tank is arranged inside the main device tank and separated into an upper tank body and a lower tank body by the separating plate; the condensing system can condense steam inside gas and collecting water into the water tank; the water level monitoring system and the pressure monitoring system are connected with a control system so that the control system can control opening and closing of the separating plate as well as pressure regulation of the pressure regulating system; water and slag can be uniformly mixed by the water and slag mixer and then drained via the drainage and deslagging system. The gas extraction pipeline continuous and automatic drainage and deslagging device is stable in system operation, high in interference resistance, convenient to arrange, full in automation and capable of saving manual operation and achieving continuous and efficiency operation.

The invention relates to an artificial neuron and a neural network, in particular to a fusion neuron model, a neural network structure, an inference method and a training method of the neural networkstructure, a computer readable storage medium and computer equipment. Each synaptic connection weight of the fusion neuron model is any continuous derivable nonlinear function, and linear-to-nonlinearmapping is realized on the synaptic weight. The neural network structure forms a hierarchical structure by taking a fusion neuron model as a basic composition unit, and the reasoning method comprisesthe following steps: substituting input data into a connected nonlinear weight function, calculating a connection weighting result, and summing all weighting results of neurons, and directly transmitting the weighted results to a next-stage neuron; carrying out forward transmission in sequence to finally obtain an identification result. According to the training method, parameters of a neuron model are optimized through a back propagation algorithm and a gradient descent algorithm; and the computer readable storage medium and the computer equipment can realize specific steps of the reasoningmethod and the training method.

The invention discloses a processing method for a numerical control machine tool of an electric sparkle forming machine. When an X axis and a Y axis shake, a processing electrode of a Z axis feeds or rolls back with certain speed in the vertical direction to replace traditional interpolation, namely the Z axis firstly moves to the given circle center position, and then the X axis and the Y axis move along a horizontal track. Therefore, due to the three-dimensional shaking feeding or rolling back during processing, discharging of processing scraps can be facilitated, and processing accuracy is further improved.

The invention relates to a multifunctional synergistic pharmaceutical composition based on adriamycin. According to the pharmaceutical composition, natural hydrophobic small molecules having a conjugated structure are covalently coupled with a polysaccharide skeleton to form an anti-angiogenesis drug, the anti-angiogenesis drug is physically mixed with the conjugated structure-modifying mitochondria damage peptide derivative and adriamycin, and the pharmaceutical composition of a nano size is assembled by virtue of various supramolecular driving forces. The pharmaceutical composition has the advantages of simultaneously regulating a tumor micro environment and tumor cells, reversing the anti-apoptosis characteristics of tumor cells, and maximizing the antitumor effect of the adriamycin. Inaddition, the multifunctional synergistic pharmaceutical composition has the advantages of the adriamycin such as high load, high stability and high targeting. The multifunctional synergistic pharmaceutical composition based on the adriamycin is compatible with corresponding medicinal auxiliary materials to prepare antitumoar drug preparations for injection, oral administration or external use. The multifunctional synergistic pharmaceutical composition is prepared by virtue of a multi-component supramolecular combination construction, so that the operation is simple, and the industrialized production is easy to realize.

The invention discloses a composite zinc alloy film coating process, and belongs to the technical field of surface treatment. The process sequentially comprises the steps of substrate surface pre-treatment, surface spraying and curing, vacuum film coating and heat-curable coating spraying and curing, wherein the vacuum film coating step comprises magnetron sputtering nickel plating, magnetron sputtering-ion plating mixed nickel-chromium plating and cathodic arc ion chromium-plating. According to the process, a heavy polishing procedure is eliminated, the process flow is simplified, the production efficiency is improved, and the labor intensity of a worker is reduced; in addition, a magnetron sputtering-ion plating mixed film coating technology is adopted, and an obtained product is high in film layer density and highly metallic; moreover, a metal layer and a metal mixed coating are prepared in the same vacuum furnace, so that the process is easy to operate, high bonding force of a film layer is ensured, and the quality of the product is improved.

A dewing rapid dissipating lens module of the present invention comprises a lens cone, a lens group, a limiting member and a module base. A plurality of ventilation grooves are arranged in the lens cone, the module base is equipped with an accommodating chamber, and the lens group is equipped with at least two lenses, wherein one lens is equipped with a plurality of air discharge ducts at the periphery, and the air discharge ducts are distributed annularly and at intervals. The limiting member limits the lens group to be positioned at the lens cone, and the limiting member, one lens and the module base enclose the two ends of the lens cone separately to form an enclosed system in which the other lenses of the lens group are enclosed. A light path space is formed between the two lenses, so that the air discharge ducts are communicated with each other via the light path space, and the ventilation grooves are communicated with the air discharge ducts and the accommodating chamber, and accordingly, the accommodating chamber, the light path space, the air discharge ducts and the ventilation grooves jointly form an internal circulation channel for moisture dissipation.