63results about How to "Automatic conversion" patented technology

The invention provides an automatic spraying system based on point cloud and image matching. The automatic spraying system comprises a three-dimensional scanning module, an automatic trajectory planning module, a visual matching module and a spraying module. The three-dimensional scanning module is used for scanning a spraying object and acquiring a point cloud model according to scanned three-dimensional point cloud data; the automatic trajectory planning module is used for planning spraying trajectories in a point cloud space; the visual matching module is used for acquiring a transformational relation between a point cloud coordinate system and a spraying robot coordinate system; the spraying module is used for automatically spraying the spraying object. The automatic spraying system has the advantages that an algorithm is planned automatically according to a robot spraying path of the point cloud coordinate system, the point cloud coordinate system is correlated with the robot coordinate system according to the cloud point and image matching algorithm, and accordingly, automatic spraying of the spraying object is realized; on the basis of guaranteeing spraying efficiency, the spraying quality is improved greatly, calculation quantity for trajectory planning is reduced, and trajectory planning quality is improved.

The invention provides a conference recording method, which comprises the steps of: acquiring voice signals; converting the voice signals into corresponding text information by means of voice conversion software, and displaying the text information in a document, wherein the text information comprises correct text information and error text information; marking the error text information in the document, and subjecting the marked error text information and the voice signals corresponding to the error text information to relevant linkage; adopting the voice conversion software for carrying out secondary recognition on the voice signals in relevant linkage with the error text information, and performing editable display on the text information obtained through secondary recognition in the document; and reading the text information in the document, and transmitting the text information to a preset website according to a time sequence through the Internet. Compared with the existing professional equipment and professionals, the conference recording method has lower implementation cost, and can be implemented basically in all occasions.

The invention discloses a mountain torrent disaster risk assessment method and early warning system based on a catastrophe theory. The early warning system is composed of a data acquisition system, arisk level evaluation system and a graded early warning system. The data acquisition system mainly achieves automatic acquisition of impact factors of mountain torrents by means of a remote sensing interpretation, on-site investigation and on-site monitoring combined method. The risk level evaluation system uses the catastrophe theory to construct a hierarchical structure model, calculates catastrophe progression according to a primary catastrophe model layer by layer from bottom to top, and ultimately determines the level of risk based on the catastrophe progression. The graded early warningsystem converts the evaluation level into an early warning signal, sends the early warning signal to relevant government officials and sends a forecast to surrounding residents through a wireless device. The fully automated integrated system for mountain torrent date collection, disaster risk assessment and graded early warning is established for the first time, the disadvantages of strong subjectivity in raw data collection and index weight distribution are avoided, and more accurate evaluation results are obtained from an internal action mechanism of a mountain torrent system.

A method for integrated-controlling gas flow rate includes separately utilizing flow rate sensing head, temperature sensing head and humidity sensing head to detect out gas flow rate value, temperature value and humidity value of flow rate transducer under operation state of said transducer; inputting said values into monolithic computer and generating relevant voltage value after said values are processed by said computer. The transducer used fro realizing said method is also disclosed.

The invention relates to a unified modeling platform, which comprises a unified modeling engine and a unified interaction interface, wherein the unified modeling engine comprises a modeling function library, a modeling process recorder and a driving engine analyzer; the modeling function library comprises a plurality of common functions and a plurality of uncommon functions; the modeling process recorder records relationship between basic model units in a modeling process so as to form a neutral model file; and the driving engine analyzer analyzes and executes the natural model file. The unified interaction interface comprises a software configuration option, a modeling engine calling interface and a graphic display area, wherein the software configuration option is used for configuring engineering modeling software used for modeling, the modeling engine calling interface is used for carrying out butt joint with each function in the modeling function library to call each function, and the graphic display area is used for loading a modeling interface of the configured engineering modeling software. The unified modeling platform can provide a unified modeling environment for different pieces of modeling software, repeated modeling caused by different pieces of engineering modeling software is avoided, the universality of a product is improved, and manpower requirements are lowered.

The invention relates to a heterogeneous model transformation method based on a unified modeling environment. The heterogeneous model transformation method includes the steps: configuring a certain engineering modeling software through software configuration options and loading a modeling interface into a graphic display area; calling corresponding functions of a modeling function library through a modeling engine calling interface, and performing modeling on the modeling interface to form a source model; recording basic model cells in the modeling process and the relationship between the basic model cells by a modeling process recorder to form a neutral model file; configuring another engineering modeling software through the software configuration options and loading a modeling interface into the graphic display area; driving an engine analyzer to analyze the neutral model file and executing the neutral model file in the modeling interface of the engineering modeling software to form a target model. Transformation is based on recording the neutral model file in the modeling process instead of a source model file, the neutral model file only records the basic model cells and the relationship between the basic model cells, and the problem of distortion is avoided in the transformation process of a heterogeneous model.

The invention relates to a modeling method based on a unified modeling environment. The modeling method comprises the following steps: configuring engineering modeling software through a software configuration option in an unified interaction interface, and loading a modeling interface of the engineering modeling software into a graphic display area of the unified modeling interface; according to modeling requirements, calling a corresponding function in a modeling function library of an unified modeling engine through a modeling engine calling interface in the unified interaction interface so as to carry out modeling on the modeling interface in the graphic display area; and while the modeling is carried out, recording basic model units and relationship among the basic model units in a modeling process by a modeling process recorder of the unified modeling engine so as to form a neutral model file; storing a modeling result as a result file, wherein the result file is a modeling result file, i.e. a modeled model, generated by the engineering modeling software. The unified modeling environment is provided for different pieces of engineering modeling software, repeated modeling caused by different pieces of engineering modeling software can be avoided, the universality of the modeling method is improved, and manpower cost is lowered.

The invention belongs to the technical field of railway track devices, in particular to a 1435/1520 mm gauge track transition connection section suitable for railway freight train with variable gauge,which mainly comprises a wide rail, a quasi-rail and an intermediate rail transition connection section, and a guard rail transition connection section symmetrically leaning against the inner side ofthe rail transition connection section. An object of the invention is to provide a 1435/1520 mm gauge track transition connection section suitable for a freight train with variable gauge in order tosolve the problem of low efficiency of track conversion mode of a bogie, so that a railway freight car with variable gauge can automatically realize the gauge conversion after passing through the track transition connection section. Therefore, it is very important and far-reaching significance to carry out the design of 1435/1520mm gauge track transitional connection section for freight train withvariable gauge.

The purpose of the present invention is to provide an energy-saving-operation recommending system that can calculate the energy consumption predicted to be consumed by the entire body of a rolling line, with high accuracy and with respect to a material to be rolled that is scheduled to be rolled next. The total energy consumption consumed by plurality of equipment during a step in which one material to be rolled is passed through the rolling line is calculated. The total energy consumption is divided by the width and the length of the material to be rolled prior to rolling, and energy consumption reference values, which define the energy consumption per width unit and length unit of the material to be rolled, are calculated. The energy consumption reference values are associated with the steel grade of the material to be rolled and the target post-rolling plate thickness, and stored. An energy consumption reference value that corresponds to the steel grade and target post-rolling plate thickness of the material to be rolled, which is scheduled to be rolled next on the rolling line, is acquired. The width and the length of the material to be rolled that is scheduled for rolling is multiplied by the energy consumption reference value, and an energy consumption prediction is calculated.

The invention discloses a self-adaptive racket which comprises a racket handle, a ball arm and a racket frame, wherein the racket handle, the ball arm and the racket frame are mutually fixed. The racket handle comprises an upper shell and a lower shell, wherein the upper shell and the lower shell are mutually fixed. The ball arm is inserted into an inner space formed by the upper shell and the lower shell. The racket frame is fixed to the other end of the ball arm. A balance weight is arranged in the inner space formed by the upper shell and the lower shell and moves along the axis of the ball arm in the axial direction. The self-adaptive racket has the advantages that the balance weight is adopted to regulate the gravity center of the racket so that the racket can automatically transform between an offending racket and a defensive racket.

The invention discloses a noninvasive ventilator capable of automatically selecting ventilation modes. The multiple air passage positive pressure ventilation modes are adopted and comprise the CPAP ventilation mode, the BIPAP ventilation mode and the PAV ventilation mode, at the initial time, the noninvasive ventilator is set in the CPAP ventilation mode or the approximate CPAP ventilation mode to work, an automatic control module is used for monitoring states of a patient, the noninvasive ventilator selectively enters the BIPAP ventilation mode or the PAV ventilation mode or other air passage positive pressure ventilation modes to work, and the pressure value is set. The approximate CPAP ventilation mode refers that the noninvasive ventilator enables the pressure difference of inspiration and expiration at the nose or the mouth to be maintained to be smaller than or equal to 5cm H2O in the breathing process of the patient. The noninvasive ventilator has the advantages of being capable of achieving automatic switching between the CPAP ventilation mode and other modes, being small in interference on the sleep structure of the patient, being capable of avoiding the phenomena of nocturnal desaturation and carbon dioxide retention of the patient, and improving the tolerance of the patient to the noninvasive ventilator.

The invention provides a cluster processing method and device, electronic equipment and a computer readable storage medium, and relates to the field of cloud computing. The method is applied to a cloud server, and comprises the following steps: when a conversion instruction for converting a preset native cluster into an edge cluster is received, generating a first component and a second componentbased on a preset edge cluster management component; modifying the parameters of the native cluster interface based on the first component to obtain a modified native cluster interface, and sending the second component to each node in the native cluster, so that the second component deploys an agent component in each node, and takes a cluster composed of the deployed nodes as an edge cluster; andthus, each node in the edge cluster performs data interaction with the modified native cluster interface in the cloud server through the proxy component. According to the invention, automatic conversion from the native cluster to the edge cluster is realized.

The invention relates to a conversion method of DNC (Digital Nautical Chart) and ENC (Electronic Nautical Chart) data models. The conversion method comprises the following steps: (1) establishing an element mapping relationship and a property mapping relationship between the DNC and ENC data models, and carrying out mapping conversion of elements and properties between the DNC and ENC data models; and (2) establishing a mapping relationship of topological and spatial data between the DNC and the ENC, and carrying out mapping conversion of the topological and spatial data between the DNC and the ENC. According to the conversion method, the design is reasonable, a set of complete DNC and ENC mapping models are proposed by establishing the element and property mapping relationships and the mapping relationship of the topological and spatial data between the DNC and the ENC, the high-efficiency, automatic and correct conversion from the DNC to the ENC is realized, important data sources are provided for production and application of sea chart data, foundations are also provided for fusion of different types of sea chart data, and the conversion efficiency and the conversion effect areremarkably improved.

The invention relates to a medical health data uploading management platform, which comprises a control processor, and a data source module, a project module, a code matching module and a data quality module which are connected with the control processor, and is characterized in that a historical database and an annotation database are arranged in the data source module; wherein a regional project list, a hospital data set, a data query module and a data analysis module are arranged in the project module, the code matching module enables the hospital data set in the project module to complete code matching work on a unified standardized platform, automatic matching is performed according to similarity, and a data report is convenient to upload; the data quality module is internally provided with a verification module, and the verification module is internally provided with a common verification logic function. The invention is for full-life-cycle management of data uploading, multiple core functions of data extraction, cleaning, dictionary transcoding, data quality verification, data uploading and the like are achieved, and full-life-cycle monitoring of the data is achieved through an elasticsearch log service in the full life cycle.

The invention relates to the field of insect catching, in particular to an insect trapping system. According to the technical scheme, the insect trapping system comprises a device, and further comprises a server and a client, wherein the device is in communication connection with the server, and the client is in communication connection with the server; the device comprises a data acquisition system, the data acquisition system comprises a counter used for counting the quantity of trapped insects, the server comprises a storage module, and the client comprises a display module used for displaying data. The invention aims at providing the insect trapping system which can improve the intelligence degree of insect catching equipment and provide technical support for the subsequent automatic control and insect situation prediction.

The invention relates to a valve (10) for a motor vehicle, which comprises a valve body (12), through which a fluid can flow, having a supply line (14) which can be charged with the fluid by means ofan adjustable pump device, and having a first outlet (16) and having at least one further, second outlet (18) for supplying a particular associated first consumer and at least one further, second consumer with the fluid, wherein the valve (10) comprises at least one nonreturn valve (20, 22) which, at a first pressure, merely permits the fluid to flow from the supply line (14) into the first outlet(16) and, only above a predetermined second pressure which is higher than the first pressure, also permits the fluid to flow from the supply line (14) into the second outlet (18). Furthermore, the invention relates to a valve (10) having an OR circuit, and to a cleaning device for a motor vehicle, and to a motor vehicle.

The invention provides a system and method for converting an S3D three-dimensional model into a Flowmaster model. The system is characterized by comprising an external data reading module, an S3D model data downloading module, a three-dimensional topological relation calculation module, a three-dimensional model conversion module, an S3D element and Flowmaster element mapping module and an FMDNA file generation module. According to the present invention, the automatic conversion from an arrangement model to a mechanical analysis model is realized, the labor waste caused by the secondary modeling is avoided, and the design efficiency and the quality are greatly improved; two modes of generating by taking a system as a unit and generating by self-defining a pipeline list are supported, the method and the system are flexible and are easy to use, the fault-tolerant rate during the three-dimensional model modeling process is increased, the operation is simple and convenient, and the production efficiency is high.

The invention relates to the technical field of machining, and discloses a machine tool with a rotary clamp assembly. The machine tool comprises a workbench, a rotating table, a plurality of clamping parts, a first motor, a support frame, a transverse driving part, a vertical driving part and a controller, wherein the rotating table is rotationally connected to the workbench; the plurality of clamping parts are circumferentially and rotatably connected to the upper surface of the rotating table and rotate outwards to be reset through reset parts, a rotating shaft is rotatably arranged at the bottom of the rotating table, and the rotating shaft is connected with the clamping parts through transmission parts; the first motor is mounted on the workbench, connected with the rotating shaft through a connecting structure and used for driving the rotating shaft to rotate; the support frame is fixedly connected to the workbench, a machining assembly is arranged on the support frame, and the machining assembly is used for machining a workpiece placed on the rotating table; the transverse driving part is connected with the machining assembly and used for transversely moving the machining assembly; and the vertical driving part is connected with the machining assembly and used for driving the machining assembly to move vertically . Through cooperation of the rotating shaft and the clamping parts, clamping of the workpiece is automatically converted into rotation of the rotating table.

The invention relates to a cross-system claim settlement data processing method and device, electronic equipment and a computer readable medium. The method comprises the following steps: obtaining a claim settlement request of an external system, wherein the claim settlement request comprises initial claim settlement parameters; performing field conversion on the initial claim settlement parameteraccording to a preset mapping table to obtain a target claim settlement parameter; converting the initial claim settlement parameters into a target claim settlement parameter group; obtaining a multi-way tree architecture, and determining a target node and a target hierarchy of the claim settlement request in the multi-way tree architecture according to the target claim settlement parameter group; processing the target claim settlement parameter according to a calculation algorithm of the target node to obtain a processing result of the target node; and summarizing the processing results of the target nodes according to the upward hierarchical sequence of the target hierarchies to obtain a claim settlement result of the claim settlement request. The technical scheme provided by the invention can provide a set of efficient, easy-to-configure, easy-to-expand and automatic-to-execute cross-system calculation engine.

The invention relates to the field of tea leaf airing, in particular to a tea leaf airing rack capable of slowly adjusting a light light facing angle based on tea leaf frame shaking. The tea leaf airing rack comprises a bottom plate, a supporting plate, a manual angle adjusting assembly, a tea leaf shaking assembly and the like; and the supporting plate is arranged on the bottom plate, the manual angle adjusting assembly is arranged on the bottom plate, and the tea leaf shaking assembly is arranged on the manual angle adjusting assembly. By means of the tea leaf airing rack, through cooperation of the tea leaf shaking assembly and a tea leaf pushing and scattering assembly, a movable bottom ring and a device on the movable bottom ring can do up-down reciprocating motion, so that tea leaves on the tea leaf airing frame can shake in a reciprocating manner, and the effect that the tea leaves on the tea leaf airing frame can be automatically turned over is achieved; and through an angle slow moving assembly, the airing angle of the tea leaves on the tea leaf airing frame can be slowly changed along with the change of the angle of the sun all the time, and the effect that the airing angle of the tea leaves on the tea leaf airing frame can be automatically changed is achieved.