50results about How to "Good organizational performance" patented technology

The invention discloses an adjustable coaxial laser nozzle for sending powder, comprising a laser head, a protection lens, a water-cooling sleeve for the protection lens and a column laser cavity arranged on the upper part, a coaxial conical laser cavity which is formed by the inner layer of a laser sleeve and arranged in the middle part, wherein a powder cavity, a secondary external protective cavity and an external water-cooling cavity are arranged on the lower part of the external part of the laser sleeve; the powder cavity is formed between the laser sleeve and a power cavity sleeve screwed together; the secondary external protective cavity is formed between the powder cavity and a protective air casing screwed together; the powder cavity and the protective sir casing are screwed together and adjustable between 1mm to 3mm; 4 to 6 power transmitting pipes and 4 to 6 air tubes are respectively positioned around the top parts of the cones of the powder cavity and the protective air cavity. The adjustable coaxial laser nozzle for sending powder has the advantages that the focus length of the focus lamp fit for the coaxial powder-sending nozzle is between 100mm to 300mm, which ensures convenient assembly and disassembly, even velocity, flexible adjustment of the powder converge diameter, convenient changeable lower coaxial conical parts (the powder cavity, the air casing and the water cavity).

The invention relates to a semantic net based large scale offline data analysis framework. The large scale offline data analysis framework includes a data acquisition layer, a body layer, a data storage layer, a semantic layer, a data analysis layer and an application layer. A data source includes dynamic data and static data, and the static data includes data and database internal logic semantic and structure type. The static data is established into a body model in the analysis framework; the static data is extracted and modeled, and then the static data orients a user or an upper analysis task in a semantic service manner. The large scale offline data analysis framework can effectively improve the ability to organizing multi-source heterogeneous offline data and has a uniform interface to upper data; and application users or data analysis workers can access a lower data source through a semantic interface without knowing all the information of different data sources, and relevant data information is acquired. The large scale offline data analysis framework can effectively update the whole data source from a global perspective by correction of the body structure having changed content and update and inference service built in an application tool.

Systems, methods, and articles of manufacture are disclosed for the identification and management of causal knowledge. Organizations can use this knowledge to improve performance by, for example, designing cost-effective interventions to change customer or employee behavior. These methods use novel ways to abstract, standardize, and automate the identification and management of causal knowledge, thus making it accessible and affordable to most business users. Moreover, methods are disclosed that—for the first time—solve two critical problems of randomized controlled trials: Missing data on the outcomes of interest, and the inability to generalize findings from the experimental sample to the population using non-probability samples. This includes solving a fundamental problem (present also in probability samples) with the generalization of segmented analysis from a study sample to a population. Use of these embodiments will make the identification and management of causal knowledge much more cost effective, efficient, and reliable.

The invention discloses a large-sized multi-nozzle pipe hot extrusion forming process formulation and mold design method. Taking a double-nozzle pipe for example, the method comprises the following steps: determining the size of each part of an unmachined double-nozzle pipe after hot extrusion forming; determining the size of an initial pipe blank; determining the position of the center of a prefabricated hole and the size of the aperture; determining amount of compression in the axial direction of the pipe blank with the prefabricated hole, of which oxide skin is removed, required for finishing hot extrusion forming of a second nozzle; determining amount of compression in the axial direction of the pipe blank required for continuing to finish hot extrusion forming of a first nozzle; determining the dimensional parameter of a key part of the hot extrusion mold; selecting the structural form of the hot extrusion mold; determining the extrusion capacity parameter and selecting forming equipment; determining a technological flow of the double-nozzle pipe hot extrusion forming process. According to the method, a pipe inner hole and a nozzle inner hole can be directly formed, the structural strength at the nozzle is improved, the metal mechanic property and the structure property are improved, the manufacturing period is shortened, and the material utilization rate is improved.

The invention discloses an RE-Ni-Mo/GO nano composite deposition liquid. Each liter of the deposition liquid comprises 0.25-5g of graphene oxide, 45-55g of nickel sulfate, 4-10g of sodium molybdate, 55-65g of trisodium citrate, 0.2g of lauryl sodium sulfate, 0.1-5g of a rare earth element RE and the balance of distilled water. The invention further discloses a method for forming an RE-Ni-Mo/GO multifunctional nano composite deposition layer on the surface of low-carbon steel. By adopting the composite deposition liquid and with the combination of ultrasonic wave and electric deposition techniques, the RE-Ni-Mo/GO multifunctional nano composite deposition layer can be prepared on the surface of low-carbon steel. By adopting the composite deposition layer prepared by using the method disclosed by the invention, the corrosion resistance, the surface hardness, the wearing resistance, the breaking strength and the like of the low-carbon steel are effectively improved, and moreover, the difficulty that powder micro particles can be agglomerated in conventional composite electric deposition.

The present invention discloses a molding method and a molding apparatus for a pipe structure having a nozzle boss. The molding method comprises the following steps: S1, constructing a plastic rheology area on a pipe billet, and arranging an outer mold outside the plastic rheology area of the pipe billet, wherein a volume of the material within the plastic rheology area length range is more than or equal to a volume of a nozzle boss requiring molding; and S2, applying axial upsetting-extruding force on the plastic rheology area of the pipe billet from both ends of the pipe billet, such that the material within the plastic rheology area of the pipe billet laterally moves to form the nozzle boss. With the molding method of the embodiments of the present invention, mechanical properties of the nozzle boss structure of the pipe are improved, and characteristics of simple and easily-controllable operation, high material utilization rate, high qualification rate and short manufacturing period are provided during the nozzle boss molding process.

The invention discloses a research and development project process capacity evaluation system, which consists of three subsystems, namely the first subsystem is a measurement subsystem for automatically acquiring and analyzing project data; the second subsystem is an evaluation subsystem for prompting and deducting according to the preset evaluation rule; and the third subsystem is a man-machine subsystem. In addition, the system is provided with an evaluation system database to be connected with the evaluation subsystem, the man-machine subsystem and the measurement subsystem respectively; the measurement subsystem and the evaluation subsystem of the evaluation system are deployed at an organization server and performs timed background operation in a mode of a service process; the man-machine subsystem accesses intranet websites through a browser; and the evaluation system adopts a B/S framework to be integrated with a mail system, supports evaluation information viewing and operating function of EPG, QA, PM, project members and other roles, conveniently, normatively and efficiently improves project management efficiency of the PM and examination efficiency of the QA, and pushes process executive force of CMMI.

The invention discloses an HRB400E high-strength aseismic coiled reinforced bar and a production method thereof. The HRB400E high-strength aseismic coiled reinforced bar is composed of the following components in percentage by weight: 0.20-0.25% of C, 0.30-0.40% of Si, 0.90-1.10% of Mn, 0.010-0.015% of V and the balance of Fe, wherein the content of impurities is controlled so that S is less than or equal to 0.045% and P is less than or equal to 0.045%. The HRB400E coiled reinforced bar produced by use of the production method of the HRB400E high-strength aseismic coiled reinforced bar is excellent in structure properties; besides, the alloy cost is greatly reduced.

The invention discloses a device conducting composite manufacturing on the basis of a laser technology. The device comprises a sealed forming chamber, an inert protective gas source and a machining forming platform. The inert protective gas source is connected with the sealed forming chamber. The machining forming platform is arranged in the sealed forming chamber, and a light path selection system is arranged over the machining forming platform. A machining station is arranged on the machining forming platform, and the machining forming platform is arranged on a guide rail and can slide forwards and backwards through the guide rail. The light path selection system comprises a shock reinforcing independent laser light path, an additive independent laser light path and a subtractive independent laser light path. The light paths are arranged in the direction of the guide rail, and all the independent laser light paths do not share equipment and are arranged over the machining forming platform. According to the device, the laser shock reinforcing technology and the laser additive and subtractive technology are integrated, the forming precision, the surface quality, the organization performance and the residual stress state of a complex fine additive workpiece are improved, and one-stop high-efficiency high-precision and high-performance additive workpiece preparation is achieved.

The invention discloses a method for improving fluidity of magnesium alloy melts on the basis of revealing the isothermal viscosity changing law of magnesium alloy melts containing calcium and also discloses a special stirring device. The method composes the following steps: (1) the magnesium alloy and Mg-Ca master alloy are heated and melted to obtain overheat magnesium alloy melt containing calcium; and (2) the overheat magnesium alloy melt containing calcium is transferred to a holding furnace for stirring treatment. The 'modification+stirring' composite technology processing treatment is carried out on the overheat magnesium alloy melt and the effect is not a simple cumulative effect but a superimposed compound effect, so the method makes full use of advantages of two melts processing treatment and effectively improves the structure property and fluidity of alloys. The method has the advantages of simple technology, wide application scope, and the like.

The invention provides 30CrMnSiNi2A high-strength steel for aviation and a production method thereof. The 30CrMnSiNi2A high-strength steel for aviation comprises the following chemical components in percentage by weight: 0.27 to 0.34 percent of C, 0.90 to 1.20 percent of Si, 1.00 to 1.30 percent of Mn, 0.90 to 1.20 percent of Cr, 1.40 to 1.80 percent of Ni, 0.015 to 0.03 percent of Al, 0.02 to 0.03 percent of Mo, 0.02 to 0.03 percent of V, 0.015 to 0.025 percent of Ti, 0.15 to 0.2 percent of W, less than or equal to 0.012 percent of P, less than or equal to 0.01 percent of S and the balance of Fe. According to the 30CrMnSiNi2A high-strength steel for aviation and the production method provided by the invention, a smelting process comprising electric furnace die casting, external refining and electroslag remelting which is always adopted abroad is completely replaced by the method comprising electric furnace continuous casting, external refining and electroslag remelting, so that the effect of improving the material structure property and the fatigue property is obvious. By means of the method, batch, systematic and energy-saving production can be carried out, and energy and cost are obviously saved.

The invention discloses a plating solution for an electroless Ni-Mo-B/GO multifunctional nano-composite deposition layer and a preparation method and application of the plating solution. The plating solution comprises, by liter, 20-55g of nickel chloride hexahydrate, 0.5-4g of sodium borohydride, 10-25g of sodium molybdate, 20-65g of sodium hydroxide, 15-65g of ethanediamine, 0.1-0.2g of lauryl sodium sulfate, 0.1-10g of graphene oxide, 0.01-1g of lead acetate, and the balance distilled water. The preparation method includes the steps that the nickel chloride hexahydrate, the sodium borohydride, the sodium molybdate, the sodium hydroxide, the ethanediamine, the lauryl sodium sulfate, the graphene oxide and the lead acetate are sequentially added into the distilled water to be dissolved; and then standing is performed, and accordingly the plating solution can be obtained. The plating solution is plated on the surface of a low-carbon steel workpiece, so that a composite coating with good abrasion resistance and high corrosion resistance is formed.

The invention provides a die cushion special for aluminum alloy profile extrusion. The die cushion comprises two cooling channels, namely an outer cooling channel (3) and an inner cooling channel (5),and further comprises two liquid nitrogen channels, namely a first channel (2) and a second channel (9); the inner cooling channel (5) is located on the outer side of a profile extrusion channel (7)and is the same as the profile extrusion channel (7) in section shape, and the outer cooling channel (3) is located on the outer side of the inner cooling channel (5) and is round in the section shape; and the first channel (2) communicates with the outer cooling channel (3), the second channel (9) communicates with the inner cooling channel (5), the outer cooling channel (5) is connected with theinner cooling channel (3) through a first passageway (4), and the inner cooling channel (5) is connected with the profile extrusion channel (7) through a second passageway (6). According to the die cushion special for aluminum alloy profile extrusion, the temperature of a profile extrusion die and the temperature of an extruded profile can be effectively controlled, and contact between the profile and air is reduced, so that surface oxidation of the profile is prevented, the surface quality and the structure performance of the profile are greatly improved, meanwhile, the service life of the die is prolonged by 17%, and the extrusion speed of the profile is increased by 9%.

The invention relates to a method of neuron-imitating enterprise data hierarchy representation and a system thereof. The method includes: acquiring enterprise data; dividing the enterprise data on thebasis of neuron categories according to perceiving neurons, interneurons and motor neurons; acquiring upper/lower-level relationships of the enterprise data according to connection relationships between the perceiving neurons, the interneurons and the motor neurons, and acquiring enterprise upper/lower-level data; and carrying out data hierarchy dividing on the enterprise data according to the connection relationships and the enterprise upper/lower-level data to acquire an enterprise data hierarchy. According to the method, utilizing a human brain neural-network to build the enterprise data hierarchy is realized, guaranteeing atomicity of the data is facilitated, redundancy of data storage is reduced, comprehensiveness and organization of evaluation of an enterprise service institution ororganization on an enterprise are improved, and correctness, accuracy and high efficiency of the original data hierarchy are more efficiently guaranteed.

The invention provides an extruding device and a method for double-mouth and thick-wall pipe blank extrusion manufacturing, and belongs to the technical field of thick-wall pipe extrusion manufacturing. The device comprises an upper ejector rod, a lower ejector rod, an extrusion cylinder and a floating extrusion cylinder cover; the device is mounted on an extruder; the outer surface of the extrusion cylinder is tightened and fixed by the floating extrusion cylinder cover; the floating extrusion cylinder cover is connected with an extrusion cylinder oil cylinder; the upper end of the upper ejector rod is connected with an extrusion shaft of the extruder through a fixed plate; and the lower end of the lower ejector rod is connected with an extruder lower platform through a fixed plate. In the use process of the device, the upper ejector rod downwards moves for extrusion at a certain speed; meanwhile, the oil cylinder drives the floating extrusion cylinder cover to downwards move at a certain speed to realize synchronous formation of upper and lower pipe mouths. Compared with a traditional forging process, the method has such characteristics as short manufacturing flow, high efficiency, excellent performance and low cost, and can be applied to high-performance forming production of high-performance thick-wall pipes and pipe fittings with pipe mouths for nuclear power and thermal power.

The invention belongs to the technical field of mechanical parts manufacturing, and particularly relates to a manufacturing method of a brake tube of an air brake system. The manufacturing method of the brake tube of the air brake system comprises the following steps of smelting molten steel, casting into die casting billet, electroslag remelting, cogging hot rolling into square billet, forging into round ingots, hot extrusion, lubrication cold rolling, annealing treatment, surface treatment, inspection and entering a storage; in the process of smelting molten steel, the molten steel is produced when the composition of the molten steel meets the following requirements, wherein the molten steel is prepared from the following components in percentage by weight: 0.02%-0.03% of C, 0.018%-0.028% of P, 17.2%-17.4% of Cr, 9.2%-9.5% of Ni, 0.001%-0.002% of S, 0.21%-0.28% of Ti, 0.05%-0.06% of N, 0.01%-0.15% of Cu, the balance of Fe and unavoidable impurities. According to the manufacturing method of the brake tube of the air brake system, through the special design of material ingredients and optimization of partial parameters and methods of hot extrusion, lubrication cold rolling, annealing treatment, surface treatment and the other processes, so that the brake tube of the air brake system has better corrosion resistance and surface quality.

The invention discloses an off-line bar code payment method based on a dynamic token, and provides a strong-security off-line bar code method which has a strong random number and fits an actual commercial scene through a dynamic token-based payment marking mode, so as to deal with the faced risk fraud problem, and the convenient bar code payment experience can still be provided under the conditionthat the network is unstable. The security is high, and the security is greatly improved as compared with the previous method of automatically extracting and trading after the issued valid string code is cracked, the scheme needs to have algorithm protection and an encrypted random seed value, and the safety is greatly improved; the offline time is long; theoretically infinite seeds are generatedon the basis of the seeds; no sensitive information leakage risk exists, a payment marking scheme is adopted, sensitive information plaintexts such as accounts do not exist in bar codes, and the sensitive information leakage problem does not exist; and parallel processing and rapid expansion are supported.