72 results about "Process guidance" patented technology

There are provided a positioning section for locating a current position, a travel history database for storing a history of a current position located by the positioning section and a history of a travel to an institution or the like actually visited by walking or so from at least one geographic point in the history, and a destination predicting section for predicting a destination on the basis of a history of using an institution actually visited by walking or so stored in the travel history database. This makes it possible to practically predict as a destination an institution actually visited by walking or so.

Guidance provision to the creation of an electronic design is facilitated through a method that includes facilitating interactive exploration of the electronic design by a designer to aid the designer in formulating his/her guidance, and facilitating the designer in interactively providing the formulated guidance. In one embodiment, facilitation of interactive exploration by the designer include facilitating interactive cross-probing into a number of issues about the design, including generated candidate architectures for the design. In one embodiment, the issues available for cross probing include inter-dependencies of data and mobility of operations of the design, as well as occupation of hardware resources for the generated candidate architectures. In one embodiment, Gantt diagrams are employed to facilitate navigation by the designer in performing the interactive cross probing. Gantt diagrams graphically representing the generated candidate architectures are selectively presented to the designer. Data dependencies may be graphically depicted on the Gantt diagrams. Additionally, various aspects of the generated candidate architectures may be correlated back to the behavioral specification of the electronic design for the designer. In one embodiment, the designer may also modified the constraints on the electronic design interactively, applying the information the designer learned through the interactive exploration.

A method and apparatus for generating a process template useable for implementing a software creation process. Process templates may include tools, content, work items, workflow, process guidance, group and permission information, a project structure, a project roadmap, and/or check-in policies to be used in the software creation process. Information included in the process templates may be fully customizable as needed for different software creation projects. Process templates may be modified before and during implementation during the software creation process to incorporate new tools, content, work items, etc. as desired.

A system and method for guiding a user through a complex process having a plurality of steps is provided. The system may permit a user with little or no knowledge of the process to complete the process. The guidance system may include a logical structure which models the process steps within the process and guidance pages which provide the user with additional information about how to proceed through the process. The guidance pages may have one or more page fragments and each page fragment may be dynamically generated based on certain preconditions so that the guidance pages are easily customizable.

The invention belongs to the related technical field of metal cutting machining and discloses a compound oblique plane milling machining method for high-precision surface roughness control.The method comprises the steps that (a) a workpiece is machined in a plunge milling mode, and multiple process parameters are acquired; (b) instantaneous cutting widths under the different plunge milling machining conditions are respectively calculated according to an optimizing formula; (c) the calculated instantaneous cutting widths are utilized to establish a required cutter instantaneous dynamic total cutting force prediction model, and corresponding guidance is provided according to the model to complete the plunge milling machining process.By the adoption of the method, comprehensive and accurate prediction on the cutting force in the plunge milling machining process can be achieved under the condition that technical machining requirements are strictly met, and accordingly the process guidance is provided for the high-quality efficient plunge milling control process.Therefore, the method is especially suitable for the plunge milling machining occasions of impellers, casings and other grooved parts.

The invention discloses a ship block construction workshop operation scheduling system and a scheduling method thereof. The ship block construction workshop operation scheduling system comprises a basic information management module used for editing various kinds of information, an operation planning and scheduling module used for generating an operation scheduling plan, and a sectional planning management module used for operating and managing the generated plan. The scheduling method comprises the steps of: completing input of sectional information to be scheduled through the basic information management module; completing the generation and checking of the sectional operation scheduling plan through the operation planning and scheduling module; and completing the management and execution of the sectional plan through the sectional planning management module. The sectional construction workshop operation scheduling method provided by the invention realizes computer-assisted operation scheduling process with the adoption of the systematic management thought, and provides a convenient, reasonable and intelligent process guidance and management plan for the shipyard scheduling personnel in the operation scheduling planning process.

The invention discloses an autonomous learning concentration degree real-time generating method based on an online learning behavior. The method comprises the following steps of S1, forming an autonomous learning concentration degree displaying parameter Es by a video playing parameter, a viewing time length parameter and a concurrent behavior parameter, and forming a learning concentration degreeexpression formula; S2, respectively constructing a data two-dimensional matrix; and S3, through a concentration degree total parameter Es which is composed of three parameters of P1, Rt and Pa, comprehensively reflecting a learning concentration condition which is reflected in each behavior in the online learning process. The method suggests generation of the concentration degree parameter Es according to a teaching video playing behavior, a video viewing time length and concurrent learning behavior data, and acquisition of online learning concentration degree data is automated and simplified, and real-time concentration degree data acquisition and process analysis become possible, thereby totally changing a current analysis thought and method for the online learning concentration degree, so that online learning process guidance and analysis based on data supporting become possible.

The invention discloses a BIM technology-based aluminum alloy template construction method. The method comprises the following steps of building a standard parametric model family of an aluminum alloytemplate by applying Revit 2017 software, wherein the model family comprises a wall plate, a beam plate, a floor plate and the like; according to a CAD drawing, building a structure three-dimensionalmodel through a quick modeling plug-in of a mounting structure; according to a three-dimensional model view, checking member template splicing conditions layer by layer and performing template systemmodification optimization; performing statistics on a specific quantity of aluminum templates of each layer of the structure through a detail list function of BIM software to generate a material list, and performing processing production for use; and performing visual mounting disclosure on construction personnel by utilizing the three-dimensional model, and performing construction process guidance and management control. Therefore, the template construction efficiency and the concrete formation effect of the main body structure are improved; the construction cost is reduced; and the environmental pollution is reduced.

The invention provides a customer service auxiliary robot, method and system, and relates to the artificial intelligence technology, and the method comprises the steps: firstly receiving the consultation information of a user, and searching and displaying a question list related to the consultation information from a robot knowledge base according to the consultation information; secondly, displaying a question list to a customer service staff; and finally, corresponding reply information is pushed to the customer service personnel according to the selection of the customer service personnel,the reply information comprises at least one process guide node, and each process guide node corresponds to a preset reply text. Due to the fact that the process guidance configuration is carried outfor different problems, when the customer service staff actually deal with the problems, the customer service staff have clear processing thinking and pertinent tactical content support, and the working efficiency of the customer service staff is improved.

The invention discloses an intelligent hospital guiding service system. The system includes a mobile handheld terminal, a self-service registration terminal, an outpatient doctor information management terminal, a pharmacy information management terminal and a comprehensive management and control terminal; the handheld terminal comprises a two-dimensional code recognition module, an online payment module, a wireless communication module and a storage module; the self-service registration terminal is used for users to input registration information so as to obtain registration two-dimensional code information and for synchronously sending the registration queuing information to the outpatient doctor information management terminal; the outpatient doctor information management terminal includes a display module and an input module; the pharmacy information management terminal includes a display module and a two-dimensional code recognition module; the comprehensive management and control terminal includes a database module, a processor, a wireless communication module and an online charging module. The system can provide process guidance and navigation routes timely for clinic clients in a hospital, the degree of automation and the degree of intellectualization are high, and the efficiency of the outpatient service is improved.

The invention discloses a path guiding system and method that can be used in definite space which possesses many control points, the method includes: the RFID labels of many control points are set on every entry of the channels which is near the control points that characterized in that information of the control points RFID volume label is stored in the RFID labels; the information stored in the RFID labels is read; judging traveling direction or distance according the read information; the indicating device indicates the direction or distance judged. The invention can indicates the traveling direction or distance by indicating device and indicates with simple and pellucid arrow, without complex display equipment, sound is also used to indicate the traveling direction to decrease the visual interference and expedite the identification time. The system can provide the proposal traveling direction of next crossing; many people can use the path guiding system at the same time.

The present invention relates to government service intelligent terminal equipment based on artificial intelligence and a use method thereof. A bar code, two-dimensional code identification, a contactless IC card reader, thermal paper printing, a touch display screen, a speaker, a noise reduction microphone, video collection equipment, a number keyboard, a license scanner and ticket printing equipment are included. The artificial intelligence technology is introduced, the speech recognition technology, the natural language semantic analysis technology, the contextual correlation analysis technology are used to process human-computer interaction, demand screening, process guidance, data collection and processing and other difficult issues, and a series of government affair matters such as consultation, inquiry and handling of government affair matters has been successfully realized in the intelligent terminal equipment.

The invention discloses a method for measuring a temperature field in a sintering furnace. In the method, based on the correspondence between the magnetic coercivity of a hard alloy test block and a sintering temperature, the temperature distribution of all parts in the furnace is reflected indirectly by testing the size of the magnetic coercivity of a test block sintered in the furnace so as to provide a basis for making a sintering process and overhauling equipment. The method is simple and easy to implement; and the test block, which is made of a hard alloy material, is the same as the product processed by the sintering furnace in terms of material. Compared with the ceramic ring in the prior art, the test block has performance indexes which are highly instructive for a hard alloy sintering process and has the advantages of visualness and accuracy.

The invention discloses a process guidance system for industrial process control. The system comprises a process guidance module, a data acquisition and monitoring control system, a process analysis module and an interface drive module, wherein the process guidance module is used for performing action decomposition and attribute configuration on a controlled element, and performing simple imaging and drag operation on the process of a user to generate intelligent guidance data that can be recognized by the system; the data acquisition and monitoring control system is used for monitoring the running state of the process control system and adjusting parameters; the process analysis module is used for analyzing the data generated by the process guidance module via a controller, and implementing process control on the user process; and the interface drive module is used for driving peripheral interface equipment according to the analysis result of the process analysis module. The system does not need to concern the specific detail and network topology structure of the controlled element, the user process control program is completely replaced by intelligent data via data drive thought, the controller user process program is free from being compiled, and the process control of the user becomes simple, transparent, direct and flexible.

A closed frequency-adjustable resonant microwave reaction chamber belongs to the technical field of microwave energy application. The reaction chamber comprises an outer conductor (1), an inner conductor (2), a closing cap (3), and a coaxial feed (4); the outer conductor (1) is a cylinder metal chamber, and the inner conductor (2) passes through a bottom hole (11) and electrically contacts the outer conductor (1); the closing cap (3) electrically contacts the outer conductor (1) through a screw thread; the coaxial feed (4) passes through a feed hole (32) to allow the closing cap (3) to electrically contacts a coaxial feed outer conductor (42). The invention is manufactured by using a TM010 cylinder resonant cavity principle, realizes frequency reconstructible work within a wide scope, and has a continuous and non-blind area frequency adjusting mode; the invention has the characteristic of simple structure, is applicable to research and application demand for broadband microwave reactions, and has application value on accurate recognition of the effect of frequency on microwave reactions and related process guidance.

The invention discloses a gear shaving profile error prediction method, which comprises the following steps of: introducing a gear shaving mounting error into a gear shaving motion coordinate system,constructing new coordinate conversion, deducing and calculating a compensation displacement amount caused by the gear shaving mounting error, and enabling the mode of the compensation displacement amount at a normal component vector of a contact point to be a tooth profile cut depth caused by the gear shaving mounting error. And elastic-plastic press-cutting deformation of gear shaving surface contact is given based on the contact mechanics, and the actual press-cutting deformation of gear shaving is calculated by comparing the ultimate strength of the material. And comprehensively considering the gear shaving installation error tooth profile cutting depth and the gear shaving actual pressing and cutting deformation to establish a gear shaving tooth profile error prediction model. By means of the method, prediction of the gear tooth form error of the shaved workpiece can be accurately achieved, the tooth surface precision and the machining efficiency can be effectively improved, and targeted technological guidance is provided.

The invention discloses an undergraduate innovation and entrepreneurship process guidance and consultation service recording device which comprises a hollow shell. A circuit board is fixed on the inner wall of the bottom of the shell through bolts, a microprocessor chip and a storage chip are welded on the outer wall of the top of the circuit board, lithium ion battery pieces in equidistant distribution are bonded on the inner wall of the bottom of the shell, the inner wall of the top and the inner wall of the bottom of the shell are welded to a same separating plate, a rectangular hole is formed in the outer wall of the top of the shell, the rectangular hole and the lithium ion battery pieces are positioned on two sides of the separating plate, a pen box is welded on the inner wall of therectangular hole, a recording pen is put in the pen box, and the inner wall of one side of the pen box is welded to a hinge which is hinged to a sealing cap. The device is compact in structure, practical, novel and convenient for a user to use and store, and carrying convenience of the device is improved; the device integrates photographing, recording and calculating functions, so that practicability of device is improved.

The invention discloses a block rapid well logging evaluation linkage platform system which comprises a user operation subsystem, a knowledge linkage subsystem and a knowledge base subsystem. The user operation subsystem comprises a data loading module, a material correctness analyzing module, a well logging material standardization module, a main control factor analyzing module, a storage layer parameter modeling module, a parameter accuracy assessing module, a fluid identification module and a material look-up module; the knowledge linkage subsystem comprises a knowledge linkage platform, a file processing platform and a data service platform; the knowledge base subsystem comprises a knowledge base module, a knowledge base management system module and a knowledge base classification integration system module; the knowledge base subsystem, the knowledge linkage subsystem and the user operation subsystem are combined together, so that real-time and complete process guidance, technical support and real-time monitoring are provided for block rapid well logging evaluation conducted by a user. A made evaluation result provides rapid and reliable dependence for strategies of oil and gas field purchase, joint venture management and the like.

The invention relates to an augmented reality assembling technology guiding system and method, and belongs to the technical field of augmented reality and assembling technologies. The problems that inthe existing augmented reality assembling visual guiding process, the efficiency of the human-machine interaction process is low, and actual assembling production needs cannot be met are solved. Theaugmented reality assembling technology guiding system comprises a voice interaction system and a guiding interaction system, and the voice interaction system is used for receiving and recognizing voice input by assembling personnel, obtaining a voice recognition result and sending the voice recognition result to the guiding interaction system; the guiding interaction system receives the voice recognition result, and judges whether the voice recognition result is an executable voice control instruction in the current virtual assembling environment, if yes, the voice recognition result is executed, if not, the virtual assembling environment where the voice recognition result can be executed is determined and switched, and the voice recognition result is executed in the switched virtual assembling environment. Through the augmented reality assembling technology guiding system, the efficiency of the human-machine interaction process in the augmented reality assembling guiding process canbe effectively improved, and the actual assembling production demands are met.

The invention discloses an assembly parameter optimization method in a shaft hole dynamic assembly process. The assembly parameter optimization method comprises the following steps that 1, parametricrepresentation is conducted on the geometrical morphology of a shaft and a hole to be assembled; step 2, setting shaft and hole assembly evaluation indexes; step 3, setting constraint conditions of shaft hole assembly according to the geometrical morphology of the shaft and the hole; and step 4, taking the evaluation index as an objective function of the optimization problem, and solving the optimal assembly parameter under the constraint condition of shaft hole assembly, so that the assembly pose, the assembly angle and the assembly direction can be accurately and quantitatively calculated according to the local morphology of the shaft hole, and the actual assembly process guidance is given.

The invention belongs to the technical field associated with metal turning machining, and discloses a cutting force modeling method suitable for a high-speed turning process of a difficult machining material. The cutting force modeling method comprises the following steps: (i) constructing an expression to reflect a cutting thickness change situation in a whole turning process; (ii) aiming at the cutting force, independently representing and calculating a corresponding dynamic cutting force coefficient along cutting, radial and axial directions; and (iii) combining with the obtained dynamic cutting thickness and the obtained dynamic cutting force coefficient, establishing a cutting force model which can truly reflect the high-speed turning process of the difficult machining material. Through the cutting force modeling method, the cutting force in the integral high-speed turning process can be more comprehensively and accurately predicted, the cutting process is efficiently controlled at a high quality, and targeted technical guidance is provided.