141results about How to "Advance the development process" patented technology

The present invention provides a novel method for culturing cells as well as a novel method for producing a recombinant protein by culturing cells at large scale (up to 1,500 L nominal volume and 750 L working volume), whereby an inflated bag provides a sterile, disposable cultivation chamber. The inflated bag is partially filled with liquid cultivation media and cells, and placed into a containment vessel. The containment vessel is positioned onto an orbitally shaken platform. The orbital shaking moves the containment vessel and thus the bag and induces thereby motion to the liquid contained therein (“shake mixing”). This motion (caused by orbital shaking) induces a dynamic force field that ensures cell suspension, bulk mixing, and oxygen transfer from the liquid surface to the respiring cells without damaging shear or foam generation.

A system, method and computer program product for requirements management. Particularly, a requirements management scheme performs at least the following functions: 1) it guides a team through the requirements process and provides a structure for collecting “requests”. By using the scheme, team members are prompted to think about and record relevant information that will help clarify and complete requests; and, 2) the scheme allows users to use the attributes throughout the development process to identify risk and make improvements to their process. Many of these attributes can be refined during the development phase or even later. Besides helping team members achieve continuous improvement in their requirements process by providing a set of data and metrics for collection and assessment, the scheme enables an organization to effectively manage their requirements as well as manage changes to those requirements.

The invention relates to a method for improving the thickness homogeneity of silicon extending slices for a CCD device. The method comprises the steps: major factors of influencing the thickness homogeneity of the silicon extending slices, such as the adjustment of air flows for the growth of the silicon extending slices, the height of a top disc of a base, the rotation manner of the base, and the like, the thickness homogeneity of the silicon extending slices at different positions on the base in a furnace and different local positions in the silicon extending slices is improved, and a process method for obviously improving the thickness homogeneity of the silicon extending slices for the CCD device is provided, so that the silicon extending slices with high thickness homogeneity are obtained, the performance of the prepared CCD device with a large area array and high resolution is greatly improved, and the rate of finished products is increased. The silicon extending slices prepared by the method can meet the requirements of the CCD device with high performance and high-integration density for the thickness and the homogeneity of extending layers. The homogeneity of the silicon extending slices prepared by the process method can be higher than 98 %, which achieves the domestic and foreign advanced level, so that the silicon extending slices can replace import products, and the developing and the preparing process of the domestic CCD can be greatly promoted.

A method and apparatus for identify reservoir types in a low permeability oilfield include determining a correspondence relationship between each evaluation index and a preset reservoir property basedon a clustering result between a plurality of evaluation indexes of a target reservoir in that low permeability oilfield; Determining a target reservoir property and at least one auxiliary reservoirproperty currently corresponding to the low permeability oilfield based on the oilfield development stage to which the low permeability oilfield currently belongs; And selecting at least one target evaluation index corresponding to the target reservoir property according to the corresponding relationship between each evaluation index and each reservoir property, and applying the pre-acquired reservoir division standard and the target evaluation index to determine the reservoir type to which the target reservoir belongs. The present application can effectively improve the classification accuracy, pertinence and universality of the low permeability oilfield reservoir from the actual situation of the low permeability oilfield, and further can improve the prediction accuracy of the low permeability oilfield reservoir productivity.

The embodiment of the invention discloses a development process optimization method and device and a storage medium and relates to the technical field of software development. The method comprises the steps that first terminals where multiple first components are respectively located update source codes of the first components respectively corresponding to the first terminals based on respectively-obtained and modified source codes of second components associated with the first components; then after it is detected that update is completed, the first terminals where the multiple first components are respectively located send a source code merging request to second terminals where the second components are located, so that the second terminals receive the source code merging request sent by the first terminals where the multiple first components are respectively located and then issue the versions of the second components, wherein the versions of the second components include source codes modified by all the second components. Therefore, one-time version issuing of the second components is achieved, repeated version issuing is not needed, and the whole development process is optimized.

The invention discloses a software-radio-based intelligent bridge system for a ship. The system comprises an antenna group, a radio frequency conversion group connected with the antenna group, a high-speed data processing board connected with the radio frequency conversion group, a microcomputer data processing platform connected with the high-speed data processing board, and a display console, wherein the antenna group is used for transmitting and receiving a communication radio frequency signal and a navigation radio frequency signal; the radio frequency conversion group converts a radio frequency signal received by the antenna group into an intermediate frequency signal, or converts an intermediate frequency signal to be transmitted by the high-speed data processing board into the radio frequency signal; the high-speed data processing board processes the intermediate frequency signal converted by the radio frequency conversion group, and performs the conversion of an analogue/digital signal; the microcomputer data processing platform comprehensively processes navigation information according to the converted digital signal, and displays information required by a navigator and a manual operation instruction; and the high-speed data processing board is connected with the microcomputer data processing platform directly through a system bus. An external network connection mode adopted by the conventional integrated bridge system for the ship is replaced by a system bus mode, so that the execution efficiency of the system is high.

The invention discloses a preparation method of 20-bit sugar connected protopanaxatriol protopanaxatriol analog ginsenoside, which comprises the following steps of: (1) introducing protopanaxatriol 12-bit hydroxyl protecting groups; (2) introducing protopanaxatriol 3, 6-bit protecting groups; (3) introducing 20-bit hydroxyl sugar groups; and (4) removing protecting groups. No report about the 20-bit sugar connected protopanaxatriol protopanaxatriol analog ginsenoside synthesis is reported in the prior art. The invention provides the efficient and applicable synthesis method.

A continuous integration based source code management and control system comprises a continuous integration management module, a source code review management module, a process management module, a document management module, a unified user management module and a feedback mechanism module. The source code management and control system taking continuous integration as a core is capable of maximally increasing control force on application system version change release, and source code lifecycle management and control capability of the system in code management, file management, review management and the like is enhanced. A development, compiling, testing and deployment integrated management system and corresponding technical supporting means are established, and accordingly management level of informationized operation and maintenance is further raised, and safety and stability in operation of an application system are guaranteed.

The invention relates to a rendering effect edition system and in particular to a visual programming-based cross-platform rendering effect edition system. The system consists of a GUI module, an ASE module, a rendering realization module and a 3D preview module, wherein the modules jointly form a loosely coupled system framework; the GUI module is used for translating messages into effective instructions of the ASE modules and sending the instructions to the ASE module; the ASE module is used for transferring generated tinter codes and an art set resource description table required by tintingmaterials to the 3D preview module in response to the instructions of the GUI modules; and both the 3D preview module and the GUI module are in butt joint with a graph rendering API through the rendering realization module so as to feed rendering pipelines and carry out rendering on screens. The system can be suitable for a plurality of graph rendering APIs and a plurality of engine platforms, andhas relatively good universality.

The embodiment of the invention provides a client request processing method and a system based on a page gateway. The method includes enabling The page gateway to receive a request sent by the client,as a target request, analyzing the target request to obtain at least one component interface corresponding to the target request and associated information corresponding to each component interface;Requesting calling each component interface to the server according to the associated information corresponding to each component interface, and obtaining the calling result corresponding to each component interface; Returning the corresponding invocation results of all component interfaces to the client. The method and the system add a lightweight page gateway layer between the client and the server, The page gateway receives the request from the client and obtains the result corresponding to the request from the server to return the result to the client, which effectively decouples the coupling between the client and the server, facilitates the development process, testing and deployment of the client and the server, and improves the scalability and maintainability of the client and theserver.

The invention provides a method for preparing an OX40 gene modified humanized animal model, This method utilizes CRIPSR/Cas9 technology, so that the target vector can be constructed, the exon 1-7 of mouse OX40 gene is replaced with human OX40 gene fragment by homologous recombination, the mouse can normally express the protein containing the functional domain of human OX40 protein, and can be usedas an animal model for the study of OX40 signaling mechanism, regulator screening and toxicological study. The method for preparing an OX40 gene modified humanized animal model has important application value for the study of the function of OX40 gene and the development of new drugs.

The invention relates to an evaluation method for a low-temperature cold-start oil injection test of a direct-injection gasoline engine stand, which comprises the following steps of: constructing a test stand, preparing the test at the early stage, performing the low-temperature cold-start oil injection test, comparing the wall wetting conditions of a cylinder barrel under different oil injection parameters after the test, and by combining the different oil injection parameters, obtaining optimal oil injection control parameters. According to the evaluation method for the low-temperature cold start oil injection test of the direct injection gasoline engine pedestal, whether oil injection control parameters adopted by the developed direct injection gasoline engine are reasonable in cold start and warm-up stages in a low-temperature environment or not, whether the risk that fuel oil collides with the wall exists or not, and whether engine oil dilution can be caused or not can be judged; through examination of the test, whether the design of the engine fuel injector and related fuel injection parameter control are reasonable or not can be reflected in time; and the method can effectively judge the wall wetting condition of the cylinder barrel, the design scheme of parts and control parameters under the limiting condition after cold start of the engine in the low-temperature environment, ensures the development quality of engine products, and improves the reliability of the engine.

The invention discloses a metal accelerated explosive and a preparation method thereof, and aims to solve the problem of low acceleration capability of the existing metal acceleration type explosive.The metal accelerated explosive comprises the following components in percentage by mass: 75%-83% of 3, 4-dinitrofurazan-based furazan oxide (D5030 [mu]m to 40 [mu]m), 15%-20% of nano aluminum powder(D50100nm to 200nm), 1%-4% of ethylene-vinyl acetate copolymer (EVA, model 28/150) and 1%-4% of paraffin (68 #). The preparation method comprises the following steps: preparing composite particles ofnano aluminum powder and 3, 4-dinitrofurazan-based furazan oxide (DNTF), and carrying out coating granulation by using EVA and paraffin to complete the preparation of the metal accelerated explosive molding powder. According to the explosive, on the premise that safety is guaranteed, high metal driving capacity can be achieved. The charging device is suitable for charging of armor-breaking warheads and explosion-killing warheads.

The invention provides an aerocraft radiation intensity calculation method based on the similarity scale. Firstly a shrinking scale model of the aerocraft which is M times the size of the actual aerocraft is built, the temperature boundary condition and the pressure boundary condition of the shrinking scale model are both consistent with those of the actual aerocraft, then through the calculation formula of the radiation intensity, a similarity criterion formula (the formula is described in the application) of the radiation intensity is built, wherein I lamba, basic is the radiation intensity of the actual aerocraft, I lambda, ratio is the radiation intensity of the shrinking scale model of the aerocraft, finally through the calculation formula of the radiation intensity, the radiation intensity I lambda, ratio of the shrinking scale model is calculated, and when the radiation intensity I lambda, ratio is substituted into the similarity criterion formula, the radiation intensity I lamba, basic of the actual aerocraft is obtained, through the formula, the radiation intensity of the actual aerocraft is calculated through the radiation intensity of the shrinking scale model.

The invention provides a surface subsidence monitoring system based on a high-resolution remote sensing satellite. The surface subsidence monitoring system comprises a reference point outside a subsidence area and a measuring device, and the measuring device comprises a support, a motor, a fastening knob, a range finder, a pin, a calibration ball and a communication box. The motor is installed onthe support through a fastening knob, the range finder is installed on the output shaft of the motor through the pin, the calibration ball is hinged to the bottom face of the tail end of the range finder, and a laser emitted by the calibration ball is always horizontally forward. A calibration laser receiver is arranged on the bottom surface of the front end of the range finder; a distance measuring laser emitter and a distance measuring laser receiver are arranged on the head end surface of the distance measuring instrument; the communication box is arranged on the top surface of the horizontal plate at the bottom of the bracket; a processor and a communication element are arranged in the communication box; the measuring device is installed at a serious point position of a settlement areamonitored by a high-resolution remote sensing satellite, the vertical distance between a reference point and a monitoring point outside the settlement area is measured by using a trigonometric function, and when the settlement distance and the settlement speed exceed respective threshold values, a warning signal is sent to a system background.

The invention discloses an installation method and a hoisting method of a hoisting system. A third newly-added steel beam is arranged below an upper floor slab, and a first newly-added steel beam and a second newly-added steel beam are arranged below a lower floor slab so that the bearing capacity of the lower floor slab and the bearing capacity of the upper floor slab can be improved; the hoisting positioning unit and the horizontal transportation unit are installed above the upper floor slab and the lower floor slab correspondingly, under cooperation of the horizontal transportation unit and the hoisting positioning unit, transportation, hoisting and positioning of components of the to-be-installed tower crane foundation structure are more convenient, the installation efficiency of the tower crane foundation structure is improved, the construction of the tower crane foundation structure in the building can be completed without arranging large transportation equipment in advance. The hoisting system used by the invention is convenient to use, high in adaptability and simple and quick to mount and dismount; parts such as the first newly-added steel beam, the second newly-added steel beam, the horizontal steel rail and the inclined steel rail which are used are all detachable and can be repeatedly used, and waste of materials is avoided.

The invention discloses a concrete flow guider for pouring in a long and narrow space and a using method thereof. The concrete flow guider comprises a feeding chamber, a positioning adjusting device, bottom supporting rods, three-face fences, a micro-distance adjusting device and butterfly nuts; the feeding chamber is arranged at the top of the positioning adjusting device and connected with the positioning adjusting device; the bottom supporting rods are symmetrically arranged on the two sides of the positioning adjusting device and fixedly connected with the positioning adjusting device; the three-face fences are a pair and symmetrically arranged on the two sides of the positioning adjusting device; and the micro-distance adjusting device is hinged to the bottoms of the three-face fences. The concrete flow guider is easy to operate, capable of being moved fast and convenient to disassemble and assemble, turnover use of the concrete flow guider for pouring in the long and narrow space is achieved, the flow guiding effect is good, the situation that a pump pipe shakes left and right due to large impact force during pouring in construction of a cast-in-place structure is avoided, the construction quality is guaranteed, and concrete is saved.

The invention provides a water quality monitoring system based on a high-resolution remote sensing satellite. The water quality monitoring system comprises a floating plate, a support, solar panels, awind wheel, vertical pipes, motors, clamping bolts, a transmission shaft, a transmission gear, a bearing, a cleaning brush, a light emitter, a light receiver, a circuit box and a sealing cover. The floating plate floats on the water surface, a support vertically penetrates through the floating plate, the bottom of the support is divided into two ends, one end is provided with the light emitter, and the other end is provided with the light receiver. The circuit box is arranged at the top of the support; the plurality of solar panels are arranged on the outer wall of the support; the two vertical pipes vertically penetrate through the floating plate, the transmission shaft is installed in the vertical pipes through bearings, and the wind wheel is installed at the top of the transmission shaft. The two motors are screwed on the top surface of the floating plate, the clamping bolts are sleeved on output shafts of the motors, and the clamping bolts and the vertical pipes form a lead screwnut structure; the transmission gear is arranged at the bottom ends of the vertical pipes, and the bottom end of the transmission shaft is processed into a horizontal gear meshed with the transmissiongear; and the inner end of the transmission gear is in pin joint with the cleaning brush for cleaning the light emitter and the light receiver.

The invention discloses an obtaining method of optical remote sensing satellite image in-scene relative distortion indexes. Firstly error sources of remote sensing image in-scene relative distortion indexes are defined; image in-scene relative distortion is mainly affected by the random error of a satellite measurement system, a satellite imagery timer random error, satellite platform flutter and the satellite in-rail calibration accuracy; secondly, the optical remote sensing image relative in-scene distortion caused by each error source is obtained by calculating the image in-scene relative distortion value caused by each independent error source in the directions of along and crossing a track; finally the comprehensive influence on the optical remote sensing image relative in-scene distortion by each error source is obtained by adopting the optical remote sensing image relative in-scene distortion value caused by each error source, and the image in-scene relative distortion is estimated. The method indicates all factors influencing the image in-scene relative distortion, and gives out a quantitative calculation method of each independent influence factor and a method for estimating the image in-scene relative distortion.

The invention discloses a device and method for generating vector ultrashort laser pulse at a middle-infrared band. Laser output at a middle-infrared corresponding wave band is achieved by a gain module taking a high-power and high-brightness pumping source and rare-earth ion-doped sesquioxide ceramic as a core component, output of pulse laser is achieved by a locked-mode component, output and control of a vector beam is achieved by a dual-refraction mode selection mechanism of an annular diaphragm, cavity non-linear management is achieved by a high non-linear medium, dispersion management isachieved by chirp mirror, and a round grating is used as a waveguide output coupling mirror to obtain an output of all-solid-state ultrafast laser at the middle-infrared band having vector characteristic. The obtained radial polarization vector beam at the middle-infrared band has a unique polarization singular point, the obtained pulse width is at optical period order, and the device has wide application in the frontier field such as high-precision laser medical operation, super-resolution imaging, quantum communication and attosecond light sources.