101results about How to "High degree of customization" patented technology

The invention relates to a method which is based on the technology of satellite differential positioning and inertial navigation, employs the data fusion and wireless bandwidth data communication, and achieves the precise positioning of a vehicle. The invention aims at effectively integrating various types of positioning navigation technologies, the data fusion and the wireless bandwidth data communication into a seamless positioning system suitable for intelligent traffic, providing real-time stable continuous position information for a sub-meter level to a centimeter level for a running vehicle, and achieving the lane-level positioning navigation of the vehicle. The technical scheme of the invention is that the method employs a reference station and a moving terminal, wherein the reference station is installed nearby a road, and consists of a satellite receiver of the reference station and a wireless bandwidth data communication module; the data is transmitted according to the demands of the moving terminal; the moving terminal is disposed on the vehicle, consists of the wireless bandwidth data communication module and a combined positioning system, can actively visit a plurality of reference stations for obtaining data to complete the multi-base-station differential positioning, and also can adjust the updating frequency of data transmission in real time.

The invention relates to a personalized insole optimization design method based on mechanical characteristics of foot tissue layers of a diabetic patient, which comprises the following steps of: [1] testing and analyzing sole pressure; [2] establishing a finite element model and performing simulation optimization; [3] performing 3D printing. According to the invention, an actual measurement methodand a finite element analysis method are combined, the method has the advantages of accuracy, convenience, rapidness, economy and the like, can analyze various working conditions through a perfect model and various load conditions, and provides a personalized insole design for the diabetic patient, thereby reducing the possibility of the diabetic patient to generate plantar ulcer, relieving the pain of the diabetic patient and providing positive assistance for the diabetic patient to keep the health of the diabetic patient.

The invention discloses an optical fiber distribution equipment passive intelligent management system based on wireless transmission. The optical fiber distribution equipment passive intelligent management system based on wireless transmission comprises a webmaster, a mobile phone / a panel personal computer, a recognizer, an antenna board and an electronic label attached to a managed optical fiber physical port jumper connection optical fiber head. The optical fiber distribution equipment passive intelligent management system based on wireless transmission has the advantages that convenience is increased, the common panel personnel computer or the common mobile phone serves as a terminal; networking can be easily carried out, and a Bluetooth communication mode is high in secrecy degree; the mobile phone or the panel personnel computer is good in application expansibility; the common intelligent mobile phone is generally good in performance and low in price; the amount of hardware added to each port is reduced, the verifiability of port data is improved, and the optical fiber distribution equipment passive intelligent management system is suitable for optical fiber connectors of a plurality of types; because optical fiber distribution equipment is kept passive, complex power sources are prevented from being brought in and the equipment is prevented from being grounded; a traceable and verifiable management process can be finished and a result can be acquired; a plurality of antenna boards, with different ports and different port densities, of the same recognizer can be replaced so as to adapt with different occasions.

The invention provides a full-automatic edge painting machine which comprises a framework, an edge painting head component, a workpiece positioning device, a positioning pump and a control component. The edge painting head component is mounted on the framework and consists of an oil nozzle head and a mechanical shaft, the oil nozzle head moves two-dimensionally by the aid of the mechanical shaft, the workpiece positioning device is used for positioning a painted edge, disposed on the framework and arranged below the edge painting head component, the positioning pump is arranged in the framework and connected with the workpiece positioning device, and the control component is used for controlling an edge painting process of the edge painting head component and controls the workpiece positioning device and the positioning pump to respectively match with the edge painting head component to paint the edge. The edge painting process is fully automatic, the workpiece positioning device and the positioning pump are controlled by the control component on the basis, dislocation in the edge painting process can be prevented, the full-automatic edge painting machine is high in positioning accuracy and can uniformly paint edges of irregular shapes and arc-shaped corners, and the quality of products with painted edges is high.

The invention provides a space-ground integration timely response information acquisition method based on a microsatellite system. The steps includes (1) building and deploying a composite satellite constellation; (2) completing ground task uploading; (3) completing on-board rapid task planning based on a satellite-borne database and an in-orbit task reconfiguration function; and (4) rapidly obtaining response information. According to the method, the level of response to tasks is substantially improved, and can reach ten minutes at a minute level. The flexibility and customization degree of task execution of a satellite are substantially improved, customization information in an arbitrarily designated task time period can be rapidly obtained, and a task temporary change uploading function that cannot be realized by an existing satellite can also be realized. The supported types of ground applications are more abundant, not only an existing satellite operation control system is supported, but direct task launching and direct data receiving of a ground portable terminal and even a handheld terminal can also be directly supported.

The invention discloses intelligent self-service terminal equipment for realizing bank outlet integration and modularization. The system comprises an operation platform and an output platform. The operation platform is provided with a medium collection channel, a medium taking port, a medium storage port, a receipt port, a bank card slot, a password keyboard, a monitoring assembly and an operationscreen, the medium taking port and the medium storage port are both communicated with the medium collection channel, and the medium taking port and the medium storage port are both provided with anti-pinch gates. The output platform comprises a main control box, a sub-control box, a service module and an intelligent transportation platform, and a medium turnover box used for medium transfer between the service module and the medium collection channel is arranged on the intelligent transportation platform. By the adoption of the intelligent self-service terminal equipment, traditional bank self-service and cash equipment and a window service handling mode are integrated, a real unmanned outlet handling mode of a bank is achieved, the user experience and service handling efficiency are improved, and the operation cost is reduced.

The invention provides a spark cluster outage self-protection and incoming telegram self-starting method. The method comprises the steps of connecting all host computers with exchangers separately, wherein LAN of routers is connected with the exchangers; the host computers and the exchangers are all supplied with power through a UPS, and the routes are supplied with power through mains supply; all the host computers, the exchangers and the routers form a local area network; multiple host computers form a cluster through the exchangers; any of the host computers is set to be a main node, and other host computers are set to be subsidiary nodes; the main code detects whether or not the routers are online every fixed time period, the mains supply is regarded as being switched off when the several subsidiary codes detect that the routers are offline, then a spark cluster is closed, a hadoop cluster is then closed, and finally all the host computers are closed, so that cluster software and hardware are protected from being damaged; if the mains supply is resumed, the routers are automatically started, the main node is awakened through the local area network, and subsequently the main node automatically opens the cluster, so that the purpose of cluster incoming telegram self-starting is reached.

The embodiment of the invention discloses a performance analysis method and device for a vehicle advanced driving assistance system, relates to the technical field of data processing, and mainly aimsto reduce the equipment cost of ADAS system performance analysis and improve the customization degree of ADAS system performance analysis. The main technical scheme of the method in the embodiment ofthe invention comprises the following steps: analyzing ADAS data of a vehicle in a driving state to obtain obstacle information and lane line information when the vehicle drives; constructing an environment model for analyzing the ADAS system based on the obstacle information and the lane line information; and analyzing the environment model through at least one ADAS analysis method customized forthe environment model to form ADAS performance analysis data, wherein different ADAS analysis methods perform different analysis operations on the environment model.

A method of manufacturing support elements for lighting devices includes: providing an elongated, electrically non-conductive substrate with opposed surfaces, with an electrically-conductive layer extending along one of said opposed surfaces, etching said electrically-conductive layer to provide a set of electrically-conductive tracks extending along the non-conductive substrate with at least one portion of the non-conductive substrate left free by the set of electrically-conductive tracks, forming a network of electrically-conductive lines coupleable with at least one light radiation source at said portion of said non-conductive substrate left free by the electrically-conductive tracks. Said forming operation includes selectively removing e.g. via laser etching a further electrically-conductive layer provided on said non-conductive substrate, or printing electrically-conductive material onto the non-conductive substrate. The electrically-conductive tracks and the network of electrically-conductive lines may be coupled with each other e.g. by means of electrically-conductive vias extending through the non-conductive substrate.

The invention provides an implementation method of a Web end online form designer. The implementation method comprises the following steps: packaging components of a design form to obtain JSON data; arranging the JSON data corresponding to the components to form a basic component column; performing second-level packaging on elements in the basic component column to form a form design component responding to clicking and moving operations of the Web terminal; monitoring the form design component subjected to the second-level packaging in a form design area; arranging the form design componentsin a response type layout and a flow type layout in an overlapping manner; pre-analyzing an arrangement result into a virtual DOM element; displaying a currently designed form interface through the virtual DOM element; in response to clicking the form component of the form design area, displaying a configuration column of the form component; rendering the configuration result to a form design area; updating a virtual DOM element of the form component corresponding to the configuration result; and transmitting JSON data corresponding to the designed and formed form to a server side.

The invention provides a process management method and system. The method comprises the steps that a client generates a user-defined visual flow chart through a workflow designer; the client converts the self-defined visual flow chart into an XML file and sends the XML file to a background server; the background server processes the XML file, and generates and sends a target XML file to the process server; the target XML file conforms to a business flow chart specification; and the process server deploys and builds a corresponding process management model according to the target XML file. The method and system are high in flow content custom degree, and greatly improve the supervision strength and the use experience of a management layer on a flow management task.

The invention provides a preparation method of a multi-layer composite soft magnetic ferrite core, which relates to the technical field of composite soft magnetic ferrite manufacturing. The magnetic core prepared by the method is formed by stacking the soft magnetic ferrite composite layers; each soft magnetic ferrite composite layer is composed of soft magnetic ferrite secondary layers with different magnetic properties, and the electrical properties of the soft magnetic ferrite composite layers are determined by the electromagnetic properties of the composite layers, so that the soft magnetic ferrite composite layers can be adjusted by changing the main formula and the auxiliary formula of the soft magnetic ferrite materials of the secondary layers in the composite layers; the same purpose can be achieved by adjusting the arrangement mode of the secondary layers and the proportion of the secondary layers in the composite layer. The plurality of secondary layers are bonded, and blank pressing, blanking, heat treatment and curing are conducted to prepare the composite soft magnetic ferrite magnetic core. The ferrite magnetic core prepared by the method can solve the problems of difficult mutual dissolution of multiple components and large co-firing atmosphere difference of a composite soft magnetic ferrite material prepared by a traditional oxide method, can be combined and designed according to performance requirements, and widens the application field of the material.

The invention relates to the technical field of application management of a multi-cloud platform, in particular to a method for recording operation log by custom template based on multi-cloud platform. The method of the invention is to define the type of operation log and the system record template, and the cloud platform customizes the record template according to the need, and saves the operation log according to the template after the operation is recorded by the interceptor. The invention solves the problems of the complexity of recording operation logs on the multi-cloud platform, the operation log recording template of the multi-cloud platform cannot be uniformly set, and the human resources are wasted. As that log record template of the invention can be uniformly configured, each cloud platform can be individually arranged, and the flexibility, scalability and customization degree of the user operation log recorded on the multi-cloud platform are further improved.

The embodiment of the invention provides a load balancing method, device and system, computer equipment and a storage medium, the method is applied to a client, the client is used for collecting operation data of the computer equipment and transmitting the operation data to a server in a service cluster through long connection, and the method comprises the following steps: receiving a reset event, wherein the reset event indicates that the load of the service cluster is unbalanced, responding to the reset event, disconnecting the long connection between the client and the server, and requesting the load balancer to re-establish the long connection for the client and the server so as to balance the load of the service cluster, and the client actively executes the Rebalance operation without depending on the load balancer of a third party. The logic of the client is relatively simple, the influence of adding the Rebalance operation on the client is relatively small, the flexibility is higher, the customization degree is higher, a load balancer of a third party does not need to be additionally developed, and the development cost is greatly reduced.

The invention discloses an intelligent room voice control system and method. The system comprises a voice recognition controller, a network cable, a lamp control adapter, an electric curtain adapter,an infrared adapter, a main lamp, a bedside lamp, an electric curtain, an air conditioner and a television. The lamp control adapter comprises a main lamp control adapter and a bedside lamp control adapter. The voice recognition controller is successively and electrically connected to the lamp control adapter, the electric curtain adapter and the infrared adapter through the network cable. The main lamp control adapter is electrically connected to the main lamp. The bedside lamp control adapter is electrically connected to the bedside lamp. The electric curtain adapter is electrically connected to the electric curtain. The infrared adapter is eclectically connected to the air conditioner and the television. The system and the method have advantages that through the intelligent room voice control system, a user can conveniently carry out centralized intelligent voice control on household equipment and then the user can conveniently use the household equipment.

The invention relates to a page customizing method of a situation awareness large screen, which comprises the following steps of: evaluating security threats of data to be visualized by means of situation awareness so as to determine further decisions and actions taken for the visualized data; and processing the visual data according to the determined decision and action, and then performing large-screen page configuration and displaying the configured large-screen page. According to the method, page customization is performed by sampling the component library and the display mode, so that the customization operation is simple and convenient, and the customization degree is improved.

The invention discloses a crawling control method for an electric vehicle. The method comprises the following steps: setting configurable parameters of a crawling mode; judging whether the vehicle meets a crawling mode entering condition or not; when the vehicle meets the crawling mode entering condition, calculating, by the vehicle control unit, a motor rotating speed limit value and a motor torque limit value according to configurable parameters of the crawling mode; controlling, by the motor controller, the motor to operate at a constant rotating speed; monitoring, by the vehicle control unit, the vehicle state and user operation; and when the vehicle state and the user operation meet the crawling mode exit condition, exiting crawling control. According to the crawling control method for the electric vehicle, the control thought is simple, the user definition degree is improved, the application scene range is widened, so that the problem that the crawling function of a current electric vehicle is good in common city road effect but cannot normally creep on a large-gradient road surface and a muddy bumpy road surface is effectively solved, more personalized settings are provided for the user, and user experience is improved.

The invention relates to the technical field of printing, and particularly provides a customizable image footnote printing method, a device, a system, equipment and a storage medium. According to theembodiment of the invention, the method comprises the steps of responding to different configuration operations on the footnote information selection interface, selectively combining one or more of footnote content, footnote size, footnote angle, printing interval, typesetting mode, printing mode, font mode, color mode and output mode into footnote information; and printing the image footmarks. Therefore, the highly flexible customizable printing of the image footmarks is realized according to actual requirements, and accurate and effective fine management of massive different types of products is further realized. Besides, the footnote information selection interface also provides good man-machine interaction, is high in visualization degree and low in learning cost, and is easy to master, so that the learning cost of an operator is effectively reduced, and the production efficiency is improved.