49 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 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.

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.

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 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 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.

Dynamic interfacing with applications is provided. For example, a system receives a first input audio signal. The system processes, via a natural language processing technique, the first input audio signal to identify an application. The system activates the application for execution on the client computing device. The application declares a function the application is configured to perform. The system modifies the natural language processing technique responsive to the function declared by the application. The system receives a second input audio signal. The system processes, via the modified natural language processing technique, the second input audio signal to detect one or more parameters. The system determines that the one or more parameters are compatible for input into an input field of the application. The system generates an action data structure for the application. The system inputs the action data structure into the application, which executes the action data structure.

The invention provides an information processing method and device, electronic equipment and a storage medium. The method comprises the following steps: acquiring a to-be-processed event currently existing in a specified function system; judging whether the entry control currently meets a reminding condition or not based on the to-be-processed event; and if the entry control currently meets the reminding condition, displaying a first prompt identifier on the entry control of the first interface. According to the method and the device, an association mechanism between red dot prompt display and the number, the type and the timeliness of the to-be-processed events is established, the red dot prompt is displayed on the outermost interface only when the to-be-processed events in the system are accumulated to the preset number threshold value and the specific important events or the latest events have the timeliness, frequent interference of non-important events is avoided, and the user experience is improved. And the operation pressure and psychological burden of eliminating the red dots by players are reduced.

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 present invention realizes a multi-functional RIS. An RIS (20) comprises a first backscatter communication element (21) that performs backscatter communication with a self-driving vehicle (50) that is at a first position (P1) on a road surface positioned in the vicinity of an installation position. The first backscatter communication element performs on-off keying with respect to incident radio waves (41) from a base station (10), thereby notifying the self-driving vehicle at the first position of first self-driving assistance information.

The application relates to a data quick modification and distribution system in the field of old-age data processing, which comprises a function library, a data extractor and a scene library; the data extractor comprises an operation interface, the operation interface comprises application scenes and function modules, a plurality of scene systems are pre-stored in the scene library, a plurality of function systems are pre-stored in the function library, the application scenes are matched with the addresses of the scene systems, the function modules are matched with the addresses of the function systems, a plurality of the function modules and a plurality of the application scenes form a matrix in the operation interface, and a calling control is arranged at the intersection of the matrix; the calling control grabs the function system corresponding to the selected function module from the function library; after the function system is added to the application scenes in the horizontal row, all the function systems are integrated into the scene system to form the application scenes, so that the data distribution is completed, and the system is used in an old-age management system with many nodes, so that the data distribution efficiency is improved.

A cabinet body system, a function system and an EMS system are arranged, the cabinet body system comprises a cabinet door, a heat insulation wall body, an electromagnetic controller and a power source integration module, and the function system comprises an energy storage module, a liquid cooling module, a Boolean flow equalizing control valve and a PCS converter. The EMS receives a temperature signal of the energy storage module to control the Boolean flow-equalizing control valve to perform flow-equalizing adjustment on the liquid cooling module, when the temperature value reaches a thermal runaway early-warning temperature, the EMS controls the power supply integration module to be disconnected to trigger the function system to move towards the cabinet door to be opened, and the diodes are arranged on the upper side and the lower side of the Boolean flow-equalizing control valve respectively for secondary flow division. The flow resistance of the liquid cooling module is reduced; the cabinet body and the function system are assembled independently in a split mode, the function system can be separated from the cabinet body quickly and automatically during thermal runaway, the risk of cabinet body explosion is avoided, high interchangeability of cabinet body systems and function systems of different industrial and commercial energy storage cabinets is achieved, and the production cost and the defective rejection rate are reduced.

The invention relates to the technical field of emergency management, and discloses a primary-level emergency management service vehicle which is used as post type equipment for primary-level emergency management daily duty performance and comprises seven functional systems of integrated intelligent command, emergency energy, green environment monitoring, micro fire fighting, propaganda response, treatment instruments and isolated transfer. According to the functional system modularized emergency management intelligent platform, each system is an independent assembly unit, and group-and-play integration is realized through a bus architecture; the intelligent command center maps a field environment by means of a digital twinning technology, and generates a task allocation and resource scheduling scheme in combination with an AI decision engine; and the intelligent cooperative cluster system and the terrain adaptive system respectively realize multi-vehicle intelligent networking cooperation and terrain adaptive adjustment. According to the method, the basic emergency management daily prevention and early warning management level and the performance flexibility, collaboration and scene adaptability can be remarkably improved, diversified emergency disposal management and control can be efficiently dealt with, and a creative enabling effect is played on basic emergency management daily work and capability construction.

The present application belongs to the technical field of testing, and particularly relates to a test bench, a thermal balance management test system and a test method, wherein the test bench comprises: a frame, the bottom of the frame is respectively provided with casters and hooves, and the periphery of the frame is provided with an extension platform for layout of a primary function system; a main platform, the main platform is arranged on the top of the frame, and the main platform is used for layout of a hybrid power system and a control module. The test bench provided by the present application is provided with an intermediate frame and four extension platforms, so that the intermediate top can be arranged with a hybrid power system, and the periphery can be arranged with various heat dissipation systems for the hybrid power system, thereby meeting various test schemes and adjustment of different schemes, and the present application has the advantages of strong universality and flexibility, convenience, simple structure and compactness.

A system can maintain a function-as-a-service architecture that comprises a group of executable serverless functions, a group of message consumers, and a group of message brokers, wherein respective message brokers of the group of message brokers are configured to transmit respective messages to respective message consumers of the group of message consumers, and wherein the respective message consumers are configured to transmit the respective messages to respective functions of the group of executable serverless functions. The system can determine respective utilization metrics of the respective message consumers. The system can determine that a utilization metric of the respective utilization metrics satisfies a misutilization criterion. The system can adjust which ones of the message brokers communicate with which ones of the message consumers based on the utilization metric being determined to satisfy the misutilization criterion.

This invention discloses a green renovation construction method for ancient buildings based on the concept of coexistence of old and new, including the following steps: construction and evaluation of a digital twin model of the building's full information; selective structural repair and reinforcement based on the principles of reversibility and minimal intervention; modular implantation and integration of adaptive functional systems; selection of regional ecological building materials and integration of old and new materials; deployment and operation and maintenance of an intelligent health monitoring and early warning system for the entire building life cycle. This invention, by disclosing a highly detailed and systematic construction method for the renovation of ancient buildings, innovatively proposes a complete set of technical processes and management logic that runs through the entire process of "evaluation-repair-renovation-operation and maintenance," and fully describes a comprehensive construction method centered on "repair, restoration, and reinforcement," integrating modern digital technology, green material technology, and intelligent monitoring technology, which has high promotional value.

The invention discloses a graphic technology integrated function system which is used for criminal reconnaissance. According to the invention, video image investigation is organically fused with business flows and data flows of other investigation technologies, which plays an important role in investigation and case solving, so that series-parallel connection of cases becomes simple, digitization of investigation clues is realized, the problems of difficulty in related network data exchange, low speed, repeated work, complicated procedure circulation and the like are effectively solved, and the method is suitable for large-scale popularization and application. An approval mode is replaced by a platform filing mode, the workload of a user is saved by more than two thirds, and data graph detection is further carried out. The method is simple and efficient, and is accepted by the majority of grassroots investigators.

The invention discloses a self-check error code multicast system based on SpaceWire, a routing table comprises a group of self-adaptive registers, and each register can request a bit to determine a data packet sending SpaceWire port arbitrated by a logic address; the multicast register group plays a role in configuring the multicast of the SpaceWire ports 2-n; the data packet backup module is used for backing up data packets sent each time and making preparations for subsequent error code calculation; the SpaceWire data receiving error counter group plays a role in counting the quantity of error data at a destination port when the destination port has an error; the bit error rate calculation module cooperates with the SpaceWire data receiving error counter group and the data packet backup module and is used for calculating the bit error rate of each packet of data; the SpaceWire port for receiving the data packet comprises one port, and the SpaceWire port for sending the data packet comprises 2-n (nlt; and the number of the ports is equal to 31. The functional system is based on multicast, is efficient and practical, and can automatically detect the bit error rate of a data packet in real time in the SpaceWire multicast data transmission process.

The application discloses a kind of intelligent equipment security threat collaborative analysis methods, from the TARA data set and HARA data set of intelligent equipment extract the training sample of large language model, fine-tune large language model, then collect information security threat intelligence data and functional safety threat intelligence data of intelligent equipment, information security knowledge graph and functional safety knowledge graph are constructed, then integrated into fusion knowledge graph, then according to the layered fusion security network of hardware software architecture of intelligent equipment, finally based on fusion knowledge graph and layered fusion security network analysis obtains asset and function system and corresponding keyword set, input fine-tuned large language model generates corresponding threat scene description text.The application builds fusion information security and functional safety threat intelligence knowledge graph, collaborative analysis of multi-source heterogeneous security information, realizes the automatic analysis of intelligent equipment security threat using large language model, improves the coverage and efficiency of threat analysis.

This invention relates to a method and system for monitoring the status of a drilling rig top drive based on visualization technology. The method includes the following steps: S1: Constructing a three-dimensional model of the top drive and semantically partitioning the model according to the physical components or functional systems of the top drive; S2: Establishing a partition status mapping table based on the semantic partitions; S3: Real-time acquisition of the operating data of the top drive equipment and triggering abnormal signals according to preset abnormal judgment rules; S4: Querying the partition status mapping table to determine the corresponding semantic partition and its preset visual scheme based on the data acquisition point or sensor channel corresponding to the acquired real-time data or the triggered abnormal signal, and performing status visualization rendering on the semantic partition; S5: Responding to the user's interaction with the three-dimensional model, displaying the real-time parameters corresponding to the selected semantic partition, and driving the corresponding components in the three-dimensional model to perform dynamic visual feedback based on the real-time data. This invention can intuitively monitor the status of the drilling rig top drive.

The invention relates to the field of computer software development, and discloses an automatic registration modular system and a software design method.The method comprises the following steps that S1, functional attributes, resource demand attributes and operation dependency attributes of modules are collected; s2, establishing a constraint set for security decision according to the system state data and the external environment change information; s3, selecting a target action according to the system state and the candidate action set; s4, executing module registration and resource allocation according to the target action; s5, predicting the future operation reliability of the module based on the state data and historical records of the module; and S6, executing rollback processing when it is detected that the system state does not meet the preset condition. Each module only needs to complete respective independent functions, the system maintainability is good, due to the modular design, hardware circuits are relatively simple, the function is more single, troubleshooting and positioning are more accurate, the modules have the function of automatically registering IDs, the module interchangeability is enhanced, and the system debugging steps are simplified.

A dual purpose 3D Cable-Cam System and method, the 3D Cable-Cam system comprising, a dolly having an interchangeable mount for coupling a Camera or Sensor, and a controlling device for conducting a scanning survey of sports-stadiums grass- turfs, collecting Imagery for monitoring the grass-turf condition and storing the Imagery for detailed analysis on a local or remote computing device or on the Cloud. The dolly may also include an ambient light sensor, an altitude meter and a spreading assembly.