316results about How to "Realize customization" patented technology

The invention relates to a power-driven automobile steering-by-wire system and control method. The power-driven automobile steering-by-wire system is characterized by comprising a steering-by-wire system controller, a steering wheel force feedback module and a front wheel steering module. The control method includes the following steps that firstly, system initializing of the steering-by-wire system is performed and a single-chip microcomputer analog-digital conversion port, a timer and the like are initialized; secondly, a signal is collected and transmitted to an ECU to undergo signal processing; thirdly, steering wheel force feedback upper-layer control is carried out; fourthly, steering wheel force feedback bottom-layer control is carried out; fifthly, front-wheel rotation angle upper-layer control is performed; sixthly, front-wheel rotation angle bottom-layer control is performed. The power-driven automobile steering-by-wire system and control method has the advantages that a rotation angle transmission ratio is flexibly changed along with vehicle conditions including the vehicle speed, functions such as automobile side direction stability control and optimizing of the road sense of a diver are achieved; in addition, the driver can select a certain steering mode and a steering wheel force feedback mode according to the driving favor of the driver and personalized customization of the driving feature of the automobile is achieved.

The invention provides a model training method, model predication method, model training device, model predication method, electronic device and machine learning platform. The model training method includes loading a description file of an algorithm, wherein the description file of the algorithm includes description information used for describing dependency relation among a plurality of algorithmprocessing steps; loading an execution file of the algorithm according to the description file of the algorithm and performing model training according to the training data, wherein the execution file of the algorithm includes execution files of different algorithm processing steps in the algorithm. The invention enables customization of a model training process for a user.

The invention relates to a universal comprehensive evaluation system and a method for customizing an evaluation index system, belonging to the technical fields of intelligent decision and comprehensive evaluation. In the universal comprehensive evaluation system, core function modules are an index system management module and a comprehensive evaluation module, wherein the index system management module is used for customizing the evaluation index system, and the comprehensive evaluation module is used for achieving the comprehensive evaluation method. The method for customizing the evaluation index system comprises the following steps: determining and customizing a hierarchical structure of the evaluation index; establishing an evaluation index system data list and an index data list; quantifying the index data; and performing dimensionless processing. The method has the advantages of simplicity, practicability and wide applicability.

The invention provides an intelligent home system. The system comprises an intelligent home network, the Internet and a dynamic domain name server. The intelligent home network comprises network equipment, a home server and a plurality of intelligent home terminals, wherein the network equipment is in communication connection with the Internet, the home server is in communication connection with the network equipment and is used for information interaction with the network equipment, receiving information sent by the intelligent home terminals and sending control signals to the intelligent home terminals so as to control the work of the intelligent home terminals, and the intelligent home terminals are in communication connection with the home server. The dynamic domain name server is in communication connection with the Internet and is used for receiving a dynamic IP (Internet Protocol) address sent by the network equipment through the Internet, binding the dynamic IP address to the fixed domain name of the intelligent home network, and carrying out domain name resolution. With the adoption of the intelligent home system provided by the invention, the functions, such as video surveillance, leisure and entertainment, intelligent control of household appliances and home environment monitoring, can be achieved, and the customized customization, assembly and association can be achieved; and the information security can be guaranteed because no external operation service platform exists.

Provided is an automatic matching method of a hardware board card. In the uboot starting stage, board card information of current hardware is acquired and saved in the environment variable bootargs of linuxuboot in the mode of character strings; the character strings saved in the environment variable bootargs are copied to a heap address space to which a kernel pointer saved_command_line points by a kernel, and the copied and saved character strings are saved in a cmdline file by establishing a proc folder; a file system is started, the cmdline file in the proc folder is analyzed to obtain the edition type boardtype and the slot position identification slotid of the current hardware, corresponding software is loaded according to an analysis result, and configuration needed by different board cards is completed. Through the method, software can be configured on the same platform, different hardware board cards can be automatically matched, the requirement for hardware can be lowered, and manpower and resource waste can be avoided.

An embodiment of the invention provides an unmanned vehicle control decision making method and device and an unmanned vehicle to make more elaborate or customized driving decision for the unmanned vehicle. According to the method, a software system of the unmanned vehicle comprises at least two layers, components for controlling various functions of the unmanned vehicle are placed on different layers, one lower component verifies and integrates an initial decision generated by one upper component according to control decision rules, and the control decision of the unmanned vehicle is generated.

The invention provides a three-dimensional food extruding and forming machine. The three-dimensional food extruding and forming machine comprises a feeding system composed of a compressed-air air storage tank and colloidal food material tanks, a control system composed of a computer and a manipulation panel connected with the computer, and a conveying device composed of a movable platform driven by a stepping motor arranged on a tabletop of a rack and a rotary base plate mounted on the movable platform, wherein a bracket fixedly arranged on the rack is provided with a lifting frame driven by a Z-axis servo motor; the lifting frame is provided with a movable bracket which is driven by X-axis and Y-axis servo motors and a transmission screw rod to connect; the movable bracket is fixedly provided with a set of an extruding mechanism connected with the colloidal food material tanks; pipe openings of food material feeding pipes of food material extruding nozzles pivoted with a rotary bracket of the extruding mechanism are connected with a food material pipe of the colloidal food material tank; the quantity of the food material extruding nozzles corresponds to that of the colloidal food material tanks; a nozzle opening of each food material extruding nozzle is aligned to the original point of the center. According to the three-dimensional food extruding and forming machine, a three-dimensional food solid figure is molded by extruding a food material through the food material extruding nozzles of the extruding mechanisms so as to realize individualized requirements of foods.

The invention provides a manufacturing method of a high-voltage nitride-based LED (light emitting diode) device, which comprises the following steps of: providing a substrate, and sequentially forming N-type nitride nucleating layers and epitaxial layers on the substrate; etching the epitaxial layers to form N-type contact electrode steps; sequentially etching the N-type nitride nucleating layers to form LED isolation trenches which are exposed out of the surface of the substrate; manufacturing N-type contact electrodes on the N-type contact electrode steps and manufacturing P-type contact electrodes on the epitaxial layers to form a plurality of LED unit chips; and carrying out photoelectric performance test on the LED unit chips, and carrying out laser scribing on the LED unit chips selectively according to a test result so as to cut the LED unit chips in groups to form at least one LED module. The invention also provides the high-voltage nitride-based LED device, so that the cost of the whole LED chip industry is reduced, and the yield is improved.

The invention discloses a method for manufacturing a dental instrument for regulating the position of a tooth, namely the method for generating a digital dataset which represents a tooth state. The method comprises the following steps of: acquiring a first digital dataset which represents a first tooth state; providing at least one operator for modifying the digital dataset which represents the tooth state; performing state space searching based on the first digital dataset by utilizing a state space searching method and the operator to obtain a second digital dataset which represents a second tooth state; obtaining an Nth digital dataset which represents an Nth tooth state by the same method, wherein N is an integer more than 2; and comparing the Nth digital dataset with correction index data to judge whether the Nth tooth state meets a correction index or not.

The invention discloses a railway vehicle monitoring method, system and device, a storage medium and a processor. The method comprises the steps of monitoring parameters and/or state of a vehicle through a vehicle-mounted sensor cluster to obtain first monitoring data, and preprocessing the first monitoring data to obtain second monitoring data; and sending the second monitoring data to the vehicle-mounted gateway, the second monitoring data being processed into third monitoring data by the vehicle-mounted gateway, and sending the third monitoring data to a ground management platform by the vehicle-mounted gateway so that the ground management platform is enabled to monitor the parameters and/or the state of the vehicle. The technical problems that in the prior art, the monitoring efficiency of railway vehicles is low, and real-time monitoring cannot be achieved are solved.

The invention discloses a method and a system for recommending a display keyword of a data object. The method comprises the following steps of: receiving a current data object of a display keyword to be recommended; judging whether a relevant history data object which is relevant to the current data object exists in a recommended library or not, if so, acquiring a display keyword which corresponds to the relevant history data object from the recommendation library, and determining a display keyword which corresponds to the current data object; otherwise, acquiring a display keyword which corresponds to the current data object according to a query log in an online way. Due to the adoption of the method and the system provided by the invention, the coverage rate of the query log is increased, and meanwhile, the requirement of instantaneity is met.

The invention discloses a method for generating a webpage, which comprises the following steps of: creating a webpage container by a user according to controls in a webpage control box; in the webpage container, creating webpage canvases by using the controls in the webpage control box; according to a layout principle, arranging attributes, such as positions, sizes, shapes and the like, of the created webpage canvases in the webpage container; in each webpage canvas, generating and/or editing webpage content by the user by using the control pieces in the webpage control box according to personal preferences; performing mutual communication between different webpage canvases in the same webpage container; and repeating the steps to form an individualized virtual website customized by the user. The method has the beneficial effects that: the individualized virtual website can be customized by the user without difficulty according to the preferences and present needs by using the webpage control box provided by the invention; and the webpage content or video content also can be edited and controlled by using the webpage control box provided by the invention.

The invention relates to the technical field of mobile and wireless networks, and provides an opportunity sharing-based wireless virtual resource allocation method. The method comprises the following steps: determining the total quantity of resources in a physical network; determining the quantity of virtual networks and the resource demands including baseline demands, elastic demands and the probabilities of the elastic demands of each virtual network; determining a price needing to be paid by each virtual network, wherein the price is a concave function relating to the resource demands; setting constraint conditions including conditions that the total quantity of resources allocated by the virtual networks does not surpass the total quantity of resources in the networks, one resource is occupied by one baseline demand at most, and the conflict probability under the condition that the elastic demands of different virtual networks occupy the same resource does not surpass a preset conflict threshold; under the constraint conditions, computing a resource allocation way by means of which the total gain of the physical network is maximized through an algorithm. By adopting the method, the utilization ratio and application gain of resources can be increased, customization of network services is realized, and the service quality is improved.

A hyperspectral data simulation and application platform based on a distribution assembly includes that 1 integrating a dispatching control central assembly and an upper layer application assembly in an assembly mode to a unified platform and finishing management control of each assembly; 2 adopting a distribution assembly dynamic integration mechanism and providing flexible setting of working states and methods on a system from a dispatching control center; 3 adopting a synchronous control technology between assemblies, providing a synchronous mechanism which is highly reliable and capable of monitoring in real time through sub-satellite point information, and achieving data synchronization between a satellite track and posture, data simulation and data application and processing; and 4 adopting a three-layer application network communication mechanism in the dispatching control central assembly to obtain safe and stable transmission of communication data. The hyperspectral data simulation and application platform has high expandability and stability, each assembly runs independently, free increase and decrease of application assemblies are achieved through dynamic expansion of the assemblies, and the hyperspectral data simulation and application platform can be applied to hyperspectral data simulation and application processing flexibly.

The invention discloses a method for customizing a website, which comprises the following steps of: creating a webpage container by a user according to controls in a webpage control box; in the webpage container, creating webpage canvases by using the controls in the webpage control box; according to a layout principle, arranging attributes, such as positions, sizes, shapes and the like, of the created webpage canvases in the webpage container; in each webpage canvas, generating and/or editing webpage content by the user by using the controls in the webpage control box according to personal preferences; performing mutual communication between different webpage canvases in the same webpage container; and repeating the steps to form an individualized virtual website customized by the user. The method has the beneficial effects that: the individualized virtual website can be customized by the user without difficulty according to the preferences and present needs by using the webpage control box provided by the invention; and the webpage content or video content also can be edited and controlled by using the webpage control box provided by the invention.

The invention discloses a Linux operation system customization method. The method comprises the following steps of: obtaining a customization code file of customization software package, wherein the customization code file is a code file representing a customization demand; compiling the customization code file in a customization simulated compilation environment so as to generate the customization software package; extracting the customization software package by a mirror image making tool and extracting a basic software package from an upstream release version; and generating a customizationsystem in the mirror image making tool according to the customization software package and the basic software package. The invention furthermore discloses a Linux operation system customization device.

The invention discloses a device and method for automatically manufacturing, testing and publishing a cloud platform virtual machine mirror image based on a DevOps assembly line. The method comprisesthe steps: automatically creating a virtual machine from an ISO system mirror image by using a packer tool in a container environment of the DevOps assembly line by using an unattended system installation mode, and automatically configuring a system, so a self-defined pre-installation script can be provided for the virtual machine to execute, and the customization of the qcow2 mirror image of thevirtual machine is realized; after the mirror image is manufactured, starting the mirror image as a virtual machine through qemu, and connecting the virtual machine in the container by using a pythonscript to carry out security test and virus scanning; and finally, uploading and publishing the mirror image passing the test to a mirror image warehouse. The mirror image automatic manufacturing template is executed through DevOps, the unattended, non-graphical and non-manual mirror image manufacturing process is achieved, and customized scripts can be freely added or deleted according to different requirements.

The invention provides an intelligent driving virtual simulation cloud platform, which comprises a map operation management system, and is characterized in that the map operation management system comprises a public cloud module used for realizing encoding and decoding of a map data file and operation calculation of corresponding map data, and notifying a client application module of a result; anda client application module which is used for displaying and monitoring the data of the public cloud module in real time and providing a visual interface. The invention discloses a map operation management system in an intelligent driving virtual simulation cloud platform. The invention provides a high-precision map data management and application solution EHP-EHR based on an AWS public cloud platform. Unified storage, unified buffering, unified decoding and unified calculation of the high-precision map data are realized, a unified business-level data access interface is provided for the EHR,and bottom-layer high-precision map data and service technical support are provided for subsequent establishment of a virtual simulation platform.

The invention relates to the technical field of the internet of things and discloses a method and an apparatus used for an intelligent home system, and the intelligent home system. The method comprises the steps of collecting fingerprint information; judging whether the collected fingerprint information is matched with at least one piece of fingerprint information in pre-stored fingerprint information or not; and when the collected fingerprint information is matched with the at least one piece of fingerprint information, enabling scene configuration corresponding to the collected fingerprint information, wherein the scene configuration is associated with operations of one or more intelligent home devices in the intelligent home system. The apparatus comprises a triggering device and a processor. The intelligent home system comprises the apparatus used for the intelligent home system. According to the method, the apparatus and the intelligent home system, different users can enable the scene configurations corresponding to the users by using a same set of the home device to meet usage requirements of the users; humanization and customization are realized; a device quantity is reduced; and the installation cost is reduced.

Provided is an in-wheel motor driving device which is provided with a versatile suspension installation part, and which is light and reduces drag resistance during steering. The in-wheel motor driving device comprises: a motor unit (A) which rotates and drives a motor-side rotary member; a deceleration unit (B) which decelerates the rotation of the motor-side rotary member and transmits said rotation to a wheel-side rotary member; and a wheel hub which is fixedly linked to the wheel-side rotary member, and the motor unit (A), the deceleration unit (B), and the wheel hub are arranged in series from the inboard side to the outboard side of a vehicle, wherein a suspension installation bracket (60) is fixed to the outer surface of a housing (22b) of the deceleration unit (B), and an arm of a suspension (12b) is installed by way of the suspension installation bracket (60).

The invention discloses a webpage image capture method and system. The method comprises the steps of inputting a URL of a webpage needed to be subjected to image capture, and generating an API call code of capturing the webpage; and performing an HTTP request to a server once according to the API call code, and obtaining a webpage screenshot through the request. The system comprises a screenshot generation module and a preview module. According to the method and the system, by providing an API of webpage image capture, a user is assisted to realize automation of image capture operation, and the image capture operation is packaged into an online service.

The invention provides a glasses automatic design method based on 3D head data. According to the glasses automatic design method based on 3D head data a camera matrix is adopted for acquisition of head characteristic information so as to obtain a plurality of head images, characteristic points from the plurality of head images are extracted, and head characteristic point cloud data is generated; ahead 3D model is constructed based on the point cloud data to realize acquisition of 3D head data; glasses frame design parameters are extracted based on the 3D head data, and a glasses frame 3D model is formed; glasses lens parameters are determined based on the eyesight situations of the two eyes and the glasses frame design parameters, a glasses 3D model formed based on the glasses frame modeland the glasses lens parameters is displayed, and parameters are adjusted based on the display effect to complete glasses design. The glasses automatic design method is capable of realizing customized automatic design and manufacturing of glasses; visible light camera matrix 3D scanning equipment control technology is adopted for head characteristic information collection, and acquisition efficiency and design accuracy can be increased obviously.

The present invention relates to rapid geographical spatial information map-drawing technologies, and in particular, to a rapid thematic map drawing technology. The technology mainly comprises the following modules: a template configuration module, a configuration map-drawing module and a data template, which are used for template library construction and data organization and data selection; a rapid map-drawing module, which are used for one-click production of an earthquake emergency thematic product; an interactive editing module, which is used for performing drawing refined editing by using a drawing interaction tool on the basis of one-click drawing; and a drawing output module, which is used for exporting a drawing result in multiple formats and automatically generating a product thematic report.

The invention discloses an electronic device and a method for updating pieces of system firmware. The method is applied to a basic input-output system of the electronic device. The basic input-output system comprises the first piece of system firmware and the second piece of system firmware connected with the first piece of system firmware, wherein the first piece of system firmware comprises M function modules. The method comprises the steps of reading and obtaining a mirror image document to be judged; judging whether the mirror image document to be judged is a first mirror image document corresponding to the first piece of system firmware; when the mirror image document to be judged is the first mirror image document, determining N function modules required to be updated from the M function modules on the basis of the first mirror image document; updating the N function modules. The electronic device comprises a machine shell, a circuit board and a basic input-output system chip, wherein the circuit board is arranged on the machine shell, and the basic input-output system chip is arranged on the circuit board and used for updating the first piece of system firmware in the basic input-output system.