86 results about "Functional system" patented technology

Systems / techniques that facilitate automatic product support systems and methods via generative artificial intelligence (GAI) and customer interactions are provided. In various embodiments, a system can access an electronic interaction record pertaining to a software product. In various aspects, the system can synthesize, via execution of GAI on the electronic interaction record, first text that describes a problem afflicting the software product. In various instances, the system can determine, based on executing the GAI on the first text, whether there is an available software feature in an available software feature repository that addresses or solves the problem. In various cases, the system can, in response to a determination that there is no available software feature that addresses or solves the problem, synthesize, via execution of the GAI on the first text, a recommended design alteration to the software product that would address or solve the problem.

The present disclosure relates to systems and methods for creating a copilot. The copilot uses plugins to provide additional features and functionalities to the copilot. The systems and methods use a large language model (LLM) pipeline to generate a knowledge resource used by the plugins and / or an LLM in the copilot to answer queries from a user.

The invention discloses a message translation code generation method based on a correlation graph. The method comprises the steps that a semantic ontology library is established, a message normalized semantic description model of a current system is obtained, source message / target message data to be translated serve as input, a message conversion path set in a message translation correlation graph is inquired, and an optimal translation path is obtained; according to the method, element ontologies are aligned and updated through text description information matching and a structure-based method, a node with the strongest relevance with a current message translation association graph is searched, a new inter-message mapping relation is established, the message translation association graph is updated, and for each message element in a target message, the message element in the target message is extracted. And forming an interactive message translation code of the heterogeneous function system according to the message conversion code generation logic. According to the invention, the message translation speed and the element translation precision are improved.

The invention discloses a fault analysis method, device and equipment for a rotary drilling rig and a medium, and belongs to the technical field of engineering machinery technologies. The fault analysis method for the rotary drilling rig comprises the following steps: acquiring equipment parameters of the rotary drilling rig, and respectively establishing corresponding mathematical models for a plurality of functional systems of the rotary drilling rig according to the equipment parameters; wherein the functional system comprises a mechanical system, a hydraulic system, a control system and a power system; establishing a model library by utilizing the mathematical model; the simulation models corresponding to all the function systems are connected based on the model library, and a digital prototype of the rotary drilling rig is obtained; the digital prototype is controlled to operate according to multiple fault working conditions, and the component energy loss of the digital prototype under each fault working condition is obtained; and establishing a mapping relationship between the energy loss of the component and the fault type of the fault working condition, and performing fault analysis on the rotary drilling rig according to the mapping relationship. The fault analysis precision and efficiency of the rotary drilling rig can be improved.

The invention discloses a cluster computing resource allocation method. The method supports three resource service forms of a virtual machine, a container cloud and a bare computer. Wherein the virtual machine resources are used for deploying system software with a UI (User Interface) and a C / S (Client / Server) architecture; the container cloud resource is used for deployment of system software of a B / S architecture and operation of a large test sample; the bare computer resources are used for specific function system software, Kafka middleware and / or database deployment; and service computing resource elastic scheduling and control are deployed to realize cluster computing resource allocation. According to the method, multiple resource service forms are flexibly adopted, and virtual cluster management and high-availability design are applied, so that test resource automatic deployment strategy generation and computing resource flexible scheduling and control can be realized, and high-performance, high-reliability, servitization and easy-to-use cluster computing resource allocation and deployment services are provided for users.

The invention relates to a charging pile intelligent distribution system and method, and the system comprises a user terminal module, the output end of the user terminal module is electrically connected with a cloud scheduling platform, and the output end of the cloud scheduling platform is electrically connected with a charging pile control module. According to the charging pile intelligent distribution system, through intelligent dynamic scheduling and elastic time window management, the utilization efficiency of charging resources is remarkably improved, the user waiting time is shortened, the power grid load balance is optimized, the system adopts a multi-target optimization algorithm, the user distance, the real-time electricity price and the charging pile load rate are comprehensively considered, and the system reliability is improved. According to the method, fairness distribution is ensured, emergency demand priority response is supported at the same time, scheduling transparency and data security are enhanced through application of the block chain technology, a credit rating mechanism effectively restrains user performance behaviors, and the system can dynamically adjust power distribution and quickly deal with equipment abnormity through cooperation of load balancing and fault self-healing functions, so that the system performance is improved. And the service continuity is ensured.

The invention discloses a depth-controlling and distance-changing seeding device suitable for hills and mountains. The depth-controlling and distance-changing seeding device comprises a rack, three crank plow bodies, a distance-changing mechanism, a depth-controlling mechanism, a sensor, a controller and a plurality of functional systems. The variable pitch mechanism realizes dynamic adjustment of line spacing through a left-handed screw rod, a right-handed screw rod, a nut seat and a servo motor; the depth control mechanism adjusts the seeding depth through a sliding groove, a sliding rod and a servo motor. The inclination angle and humidity sensor collects environmental data, and the controller dynamically regulates and controls the line spacing and depth based on a fuzzy control algorithm in combination with crop type parameters. The device can adapt to complex terrains of hills and mountains, the seeding precision and efficiency are improved, and green agriculture requirements are met.

The invention relates to a power grid project basic design system and method based on a general function module. The system comprises a general editing module, a basic primitive modeling module, a parameterized component module, a model integration module and a link reference module. The universal editing module is used for freely adjusting, placing and combining the selected primitives; the basic primitive modeling module is used for providing various basic primitives and completing splicing among the primitives through surface-based arrangement and parameter change; the parameterized component module is used for creating parameterized components in a UI interaction mode; the model integration module is used for importing a public data format through an interface to carry out modeling and design operation; and the link reference module is used for integrating the local file into the current model in the system through the model link reference interface to serve as view reference. Compared with the prior art, the method has the advantages that the technical architecture and functional system design of the design foundation platform is completed under the guidance of the power grid engineering design requirements, and the efficiency is improved.

The invention discloses a carbon footprint tracking management method and system under a building life cycle, and relates to the technical field of carbon footprint tracking management, and the method comprises the steps: collecting the function attributes of a target building, analyzing the operation life cycle rule of the target building, and dividing a plurality of carbon footprint management stages; building structure attributes and function system operation attributes are combined, key monitoring card points are extracted to deploy building monitoring devices, and real-time operation monitoring is carried out; on the basis of monitoring data, personalized carbon footprint analysis is carried out on each management stage, and carbon emission dynamic characteristics are accurately identified; and implementing intelligent energy regulation and control according to an analysis result, and dynamically optimizing the building energy consumption. The technical problem that accurate dynamic tracking and real-time dynamic response of the building full-life-cycle carbon footprint cannot be achieved through a traditional method in the prior art is solved, and the technical effect that dynamic monitoring and accurate regulation and control of the building full-life-cycle carbon footprint are achieved through full-life-cycle stage division and stage analysis and optimization is achieved.

This application belongs to the field of channel coding technology. This application provides a WSC-assisted encoding and decoding method for PC-Polar codes. The embodiments disclosed herein can be used in any communication system employing PC-Polar codes with minimal impact on the overall design of the communication system. By assisting in the verification of multiple candidate paths, the correct path can be identified more accurately, resulting in additional coding gain compared to PC-Polar codes in simulations. The PC-Polar code is endowed with link-layer frame error detection and indication functions, allowing the system to definitively determine whether the decoding result is correct, thus enhancing the reliability of the communication system. The introduced WSC coding has low code rate loss overhead, low computational complexity, and is easy to implement in hardware, achieving a good balance between performance gain and overhead.

The invention relates to a functional system (100), in particular a steer-by-wire system, for a vehicle (200), preferably an automated or autonomously driving vehicle (200), comprising: - a first on-board network (10) which is designed to operate the functional system (100) autonomously and - a second on-board network (20) which is designed to operate the functional system (100) autonomously, wherein the first vehicle electrical system (10) is designed to provide a first voltage (U1) to a first actuator (14) for the functional system (100), wherein the second vehicle electrical system (20) is designed to provide a second voltage (U2) to a second actuator (24) for the functional system (100), where the first voltage (U1) differs from the second voltage (U2).

The invention relates to an industrial intelligent ERP (Enterprise Resource Planning) production management system and a key technology, belongs to the technical field of industrial informatization software, artificial intelligence voice interaction and equipment predictive maintenance, and aims at solving the problems that a traditional industrial ERP system is insufficient in flexibility, workshop voice interaction is difficult, and equipment maintenance is passive and low in efficiency. The core innovation of the invention lies in that: a module hot plug architecture is adopted, so that a user can switch a full-function ERP system / a lightweight chemical single system / a purchase-sale-stock combined system within 5 seconds; according to an anti-noise voice engine, the instruction recognition rate gt in the 90dB workshop environment is determined; 92%, response delay lt; 200 ms; a closed loop is predictively maintained, an equipment health model is called in real time in work order execution, and shutdown loss is reduced by 40%. The problems that a traditional ERP system cannot be flexibly split, the workshop voice interaction rate is low, and equipment maintenance is passively responded are solved.

The invention relates to the technical field of high polymer materials, and discloses a UV-cured acrylate / dynamic borate dual-network pressure-sensitive adhesive and a preparation method thereof, and the pressure-sensitive adhesive comprises the following components by weight: 50-65% of an acrylate mixed monomer; 15-20% of a dynamic boric acid ester crosslinking system; 1.5 to 3% of a UV photoinitiator; 2-8% of a functional auxiliary agent; and 15-20% of a reactive diluent. The preparation method comprises the steps of premixing system preparation, functional system compounding and UV-thermal synergistic curing, an interpenetrating structure of an acrylate covalent network and a dynamic borate network is constructed through UV curing, and the UV rapid curing characteristic and the self-repairing function of dynamic borate are combined; the problems that the cohesive force and the adhesive force of a traditional UV pressure-sensitive adhesive are difficult to balance, the traditional UV pressure-sensitive adhesive lacks a self-repairing function, and the weather resistance is insufficient are solved.

This disclosure is related to integrating pixelated microdevices into a system substrate to develop a functional system such as display, sensors, and other optoelectronic devices. The process may involve having a structure of release layers in the housing and then using different decoupling mechanisms for release. The release layers are not limited to but can be a combination of chemical or optical or mechanical release layers.

The embodiment of the invention discloses a message processing method and device, equipment and a medium, and relates to the technical field of game development. The method comprises the following steps: displaying a target game message on terminal equipment; in response to a preset trigger operation for the target game message, analyzing target content of the target game message; determining a target position, and displaying an interactive interface of a target function system for the target position; and displaying the target content on an interactive interface of the target function system. According to the technical scheme, the game message interface jumps to the interactive interface of the target function system, and the target content is displayed on the interactive interface, so that a player can directly process the target content on the interactive interface of the target function system without opening the interactive interface of the target function system and memorizing the target game message by himself / herself; and the operation cost of players is greatly reduced.

The present invention relates to the field of integrated circuit technology, and discloses a method for reducing the instantaneous effect of internal current of a chip. The method includes: in the startup stage of the target chip, gradually turning on the clocks and resets of each functional system; in the shutdown stage of the target chip, gradually turning off the clocks and resets of each functional system; in the dynamic operation stage of the target chip, monitoring the first current of the first logic circuit; if the first current decreases and the decreased current value meets the first condition, turning on the second logic circuit to perform equivalent occupancy on the first current; if the first current increases and the increased current value meets the second condition, turning off the second logic circuit. The present invention aims at two stages of the chip working process, reduces the current change rate in the corresponding stages to reduce the influence of the instantaneous effect of current mutation, and improves the functional stability of the chip.

The instrument for processing microscopic particles may include a combination of modules integrated into a functional system. The system may be composed of synchronized subsystems including pneumatic modules, fluorometers, multi-wavelength lasers, dual view microscopy, high-voltage generators and other subsystems designed to analyze and control microfluidic processes occurring on a chip. The system performs the combined functions of microfluidic particle generation, analysis, and selection, making it possible for the user to create custom integrated workflows for molecular and cell biology processing. Creating the integrated platform requires an innovative and multi-disciplinary approach for module mechanical integration, electronic synchronization and user interface design for controlling diverse microfluidic processes at high speed.

The invention relates to a computer-implemented method for adjusting a test case (TC1) for a security check of a functional system to be tested of a mobile application, in particular from the automotive and / or aeronautical field, by means of a test system, as well as to the test system and to a related computer program product. In this case, test cases (TC1) are provided to the test system, which test cases have been used in the mobile application or for a functional system used for the mobile application and / or can be used for such a security check. The following steps are carried out: dividing the test case (TC1) into test modules (T11,..., T14) (101); an abstract test module (T11,..., T14), in which system-specific information, data and parameters of the functional system, which are contained in the test module (T11,..., T14) and to which the respective test case (TC1) is applied, are replaced (102) by abstract placeholder variables in the respective test module (T11,..., T14); creating abstract test scenarios (TS1, TS2, TS3) for a security check of the functional system to be tested, the abstract test modules (a1,..., a5) being combined (103) for a test scenario (TS1, TS2, TS3); deriving (104) test cases (TC21, TC22, TC23) for the functional system to be tested from the abstract test scenarios (TS1, TS2, TS3), wherein respective abstract placeholder variables in the abstract test modules (a1,..., a5) of the respective test scenarios (TS1, TS2, TS3) are occupied with corresponding system-specific information, data and parameters of the functional system to be tested; and-applying the test cases (TC21, TC22, TC23) derived from the test scenarios (TS1, TS2, TS3) to the functional system (105) to be tested.

The invention provides an intelligent science and technology English auxiliary teaching system, and relates to the technical field of intelligent teaching. The intelligent scientific and technological English auxiliary teaching system comprises a back-end service module, a front-end application module and a data security module, and the back-end service module is responsible for AI GC AP I integration, user authentication and authorization, and data storage and management; the front-end application module is responsible for displaying a user interface, interaction logic and results; and the data security module is used for protecting user data and API calling security. Through a front-end and rear-end separation framework, the AI GC technology is integrated, and the efficient, intelligent and safe English teaching function is achieved. The system supports multi-platform deployment including Web, desktop and mobile applications, user experience is optimized, and learning efficiency and convenience are remarkably improved.

Systems and methods of the present disclosure relate to functionality of a dispensing machine (e.g., a vending apparatus) that is in communication with a wireless network. A system includes the wireless network, a messaging server in communication with the wireless network, a host application server in communication with the wireless network, a client application in communication with the wireless network, and a dispensing machine in communication with the wireless network. The dispensing machine is configured to transmit logs to the wireless network. The dispensing machine is also configured to receive updates from the host application server.

The present application relates to the technical field of intelligent integrated service system, specifically relates to an intelligent integrated service system based on multi-modal data fusion, aiming to meet the growing demand for intelligent in various fields, break through the limitations of existing intelligent devices and services. The system integrates a variety of cutting-edge technologies, realizing a series of rich and practical functions. The system has powerful voice interaction function, based on advanced natural language processing technology, supports multi-local dialect and colloquial expression, can accurately understand user intention and make intelligent response. In terms of entertainment, it has a large number of multimedia resource library such as songs, songs, etc. Through deep learning algorithm analysis of user preference, personalized content recommendation is realized. The health monitoring function can recognize posture, detect snoring sound, detect blood oxygen and basic human function with various sensors, collect and analyze data in real time, and provide comprehensive protection for user health.

The embodiment of the invention provides a vehicle interaction control method and device, electronic equipment and a storage medium, and the method comprises the steps: determining a target anchor point type corresponding to a vehicle interaction instruction in response to the received vehicle interaction instruction; obtaining a preset semantic anchor point, wherein the semantic anchor point is used for representing a mapping relationship between the anchor point type and the meta-information field; based on the target anchor point type and the semantic anchor point, determining a target meta-information field corresponding to the target anchor point type; and performing interaction control on the vehicle based on the interaction type indicated by the target meta-information field, thereby reducing the technical problem that the interaction control of the vehicle is not accurate enough because the semantic definition of different functional systems (such as a cabin environment and a seat) of the vehicle lacks a unified standard and the situation of'synonym 'exists. Therefore, the technical effect of improving the accuracy of interaction control of the vehicle is achieved.

The invention relates to the technical field of system engineering, in particular to a failure path model construction method based on a six-property model, which comprises the following steps of: obtaining system basic information required for constructing a failure path model according to the six-property model, a clear equipment function and each system composition unit; according to the system basic information, for each system composition unit, obtaining related information of a failure mode, including a failure reason, a failure mechanism and a failure influence, and constructing a basic framework of a failure path model based on the related information of the failure mode. According to the method, information such as failure reasons, failure mechanisms and failure influences needed by quality analysis is deeply fused, the barrier that equipment design and quality design are mutually independent is broken through, quality analysis is not an independent link after equipment design is completed any more and penetrates through the whole process of equipment design, and cooperation and unification of the equipment design and the quality design are achieved.

The invention discloses an automatically-controlled full-automatic cell culture system control scheme, relates to the technical field of cell culture and automatic control, and constructs a distributed control network with an industrial personal computer in a man-machine interaction system as a central command center. Real-time and two-way communication with local control panels of all functional systems is established through various field bus protocols, and each system is an execution unit with independent processing capacity and is responsible for receiving high-level process instructions and analyzing the high-level process instructions into accurate pulse control over a bottom servo motor and a stepping motor, so that the control precision of the system is improved. According to the framework, the central controller can efficiently arrange space-time action sequences of the six-axis robot, the electric clamping jaw and all functional systems in a task scheduling mode, whole-course automatic assembly line work from taking out of a cell bottle from a storage rack, transferring, uncovering, pipetting, liquid adding and centrifuging to finally putting into an incubator is achieved, manual intervention nodes are eliminated, and the working efficiency is improved. And the absolute standardization and repeatability of the operation are ensured.

The invention discloses an intelligent doll in a sandbox battle mode and a platform of the intelligent doll, and relates to the technical field of intelligent toys and interactive entertainment systems, in particular to the intelligent doll in the sandbox battle mode and the platform of the intelligent doll, which comprise a sandbox platform and a plurality of movable dolls. The doll realizes automatic actions, such as knife pulling, knife waving or light wave emission, through a magnetic driving mechanism or an electromechanical driving mechanism; a master control chip is arranged in the sandbox platform and used for recording doll attributes (such as life values and aggressive force) and managing battle rules, and plug-and-play team automatic battle is achieved. The toy supports a plug-and-play slot, equipment, pets and the like can be inserted into the slot, and attributes are automatically superposed; a magnetic suspension technology or an electromechanical driving mechanism is adopted to enable the doll to move, the functions of networking updating, formation adjusting, wireless charging and the like are achieved, the system automatically calculates damage and visually displays the combat process, and the immersion feeling is enhanced.

This disclosure relates to a flat-panel satellite, including a cabin. The cabin is generally a flat rectangular body. The cabin includes a first, second, third, fourth, fifth, and sixth cabin panel that are detachably arranged to form a compartment. Different functional systems are respectively installed on the first, second, third, fourth, fifth, and sixth cabin panels. These functional systems include: a payload antenna system, with the payload antenna integrated on the outer side of the first cabin panel; and a platform control system, located inside the cabin and integrated on the inner side of the second cabin panel. This disclosure eliminates the complex support structure of traditional flat-panel satellite payload antennas by making the cabin panels detachably connected and integrating the payload antenna onto one of the cabin panels. The modular design reduces the integration difficulty of the flat-panel satellite, shortens the production cycle, and reduces testing workload and costs.

This invention discloses a campus emergency command and rescue vehicle, relating to the field of campus emergency management and rescue command equipment technology. This invention is adaptable to all scenarios including campus fires, stampedes, sudden illnesses, earthquakes, security incidents, epidemics, and off-campus coordinated rescue, achieving integrated campus emergency duty, on-site handling of emergencies, student injury and sick transfer, fire hazard investigation, daily emergency drills, and campus security patrols. This invention integrates seven major functional systems: a full-domain communication command system, an on-site emergency rescue and disposal system, an emergency power supply guarantee system, an environmental safety monitoring system, an on-site command and office and emergency analysis system, a logistics support and security protection system, and a smart campus linkage system. It possesses comprehensive capabilities such as multi-network converged communication, satellite emergency communication, fire fighting and rescue, campus medical emergency care, personnel evacuation and security, emergency power supply guarantee, environmental safety monitoring, command and office analysis, logistics support and protection, and smart campus linkage, meeting the emergency management needs of various types of schools, including primary and secondary schools, vocational schools, and universities.

The application realizes a privacy computing oriented scalable data fine-grained access control system through a method in the field of network security. A complete functional system is formed by setting three parts of a management center service, a high-availability agent and a data agent service. The management center service is managed by an administrator, sets a management authentication user, manages a security protection strategy, and issues a rule strategy to the data agent service and the high-availability agent. The high-availability agent is forwarded to the database agent service through an agent port. The data agent service is serially arranged between a business system and a database to control access of the business system to the database. The system provided by the application realizes horizontal expansion of data access control capability under high-concurrency database requests through a mode of dynamically increasing the database agent service. The system realizes more fine access control of the database by a business system or a database administrator through deep analysis of SQL.

The application discloses a multifunctional system based on a single accelerometer for a wearable device, comprising: an accelerometer module: collecting three-axis acceleration data of a user's arm; a data acquisition and preprocessing module: performing vector norm calculation and data standardization processing on the collected three-axis acceleration data, and extracting relevant features according to different functions; a threshold test module: performing threshold judgment according to the acceleration change and angle characteristics of arm movement, and filtering out invalid actions; an LDA classification module: classifying the data that has undergone preprocessing and threshold test through a linear discriminant analysis model, and identifying different arm movements; a function module: including wrist-lifting screen-on and screen-off, step counting, motion pattern recognition and sleep evaluation functions, and performing corresponding response control according to the classification results. Through the single accelerometer, multiple functions such as wrist-lifting screen-on and screen-off, step counting, motion pattern recognition and sleep evaluation are accurately realized.

The invention discloses a control system of a boxing machine, and relates to the technical field of boxing machine control. Comprising a main controller, a man-machine interaction device, a sub-control module, a product conveying system, a specification folding machine, a specification conveying system, a three-head box opening paper box forming system, a push rod box entering system, a paper box lock catch folding system, a paper box sealing guiding system, a paper box sealing system and a shaping box discharging system. The main controller is connected with the man-machine interaction device and the sub-control module, and the sub-control module is connected with the product conveying system, the specification folding machine, the specification conveying system, the three-head box opening and forming system, the push rod box-in system, the paper box lock catch folding-in system, the paper box sealing guide system, the paper box sealing system and the shaping box-out system. The sub-control modules and the functional systems are controlled by the main controller, so that all links of the boxing machine can be tightly matched, material supply is smooth, and the production stagnation time caused by incoordination of all the modules is shortened.