14results about How to "Realize intelligent linkage" patented technology

The application discloses a customer intention recognition method and device, an electronic device, and a storage medium. The method comprises the following steps: obtaining a data processing result of a chat record, and inputting the data processing result into a pre-configured agent group; obtaining an analysis result and a user portrait through a first agent and a second agent in the agent group, wherein the first agent is used for planning and summarizing customer emotions, and the second agent is used for extracting a user portrait; and obtaining a customer intention recognition result according to the analysis result and the user portrait. Through the application, not only basic data or simple labels can be output, but also targeted optimization suggestions can be provided for follow-up actions of customer managers based on large model agent technology, and planning schemes for subsequent customer development and customer retention are generated in combination with customer insight results, so that the follow-up direction of employees is clear, customer insight is converted into an actual business growth strategy, and customer conversion and retention efficiency is improved.

The clock wall-inserted fragrance machine with the temperature and humidity monitoring function comprises an operating mechanism and a running mechanism, the operating mechanism comprises keys, a perspective front cover, a control panel and a monitoring module, and the running mechanism comprises an air pump, an air pipe, an atomizing head, an atomizing core, an essential oil bottle and an installation assembly. The installation assembly comprises a shell, a limiting piece and a rotary plug, under the mutual cooperation effect of the mechanisms, the device integrates the three functions of clock display, temperature and humidity monitoring and fragrance release into a single device, and adopts an innovative wall-inserted design, so that the space is saved, the attractiveness is improved, and in addition, the installation assembly is convenient to use. A temperature and humidity sensor is arranged in the device, the fragrance concentration (such as releasing warm fragrance at low temperature) and a time display mode can be automatically adjusted according to environmental data, and real intelligent linkage is achieved.

This invention discloses an intelligent milling machine tool and method for spring processing, relating to the field of intelligent spring processing technology. It includes a milling power head and a worktable mounted on a frame, with the milling power head positioned above the worktable. A pulse chip removal mechanism is installed on the worktable, comprising a positioning sleeve, a directional nozzle assembly, a high-frequency pulse solenoid valve, and a cutting fluid pressure stabilization supply mechanism. This invention, by setting up a pulse chip removal mechanism and regulating the cutting fluid pressure through the cutting fluid pressure stabilization supply mechanism, achieves millisecond-level on / off switching of the cutting fluid via the high-frequency pulse solenoid valve. This causes the directional nozzle assembly to spray pulsed cutting fluid along the spring's spiral direction, forming a jet that penetrates the narrow spiral slit structure of the spring to remove chips. Combined with the outlet pipe at the bottom of the positioning sleeve, this achieves rapid discharge of chips and cutting fluid, thoroughly removing fine chips from the narrow spiral slit of the spring while avoiding the impact of the cutting fluid on low-rigidity springs, thus improving the accuracy and quality of spring end leveling processing.

This invention provides a campus hardware and software integrated management method and system supporting remote operation via mobile devices. It collects status parameters and business data from heterogeneous devices in the campus teaching, security, and logistics domains, synchronizes them with a hybrid clock, and pushes them to a campus digital twin virtual model incorporating geographic information, achieving full-domain resource virtual-real mapping and 3D visualization. A sliding time window combined with a business weight correction mechanism is used to determine adaptive warning thresholds and cross-device linkage strategies based on device operating time and business scenarios. Mobile devices access the system via an end-to-end encrypted link, enabling remote hierarchical handling based on dynamic hierarchical permissions. Hierarchical warnings are generated when a single parameter exceeds limits or multi-dimensional correlation anomalies are detected. If remote handling is ineffective, maintenance work orders are automatically generated and resources are intelligently scheduled, forming a closed-loop management process. This solution breaks down campus hardware and software data silos, enabling deep mobile control and intelligent operation and maintenance, significantly improving campus management efficiency and emergency response capabilities.

The invention relates to the technical field of intelligent fire fighting and special vehicle cooperative control, and discloses a perception information sharing and cooperative decision-making system for a special vehicle cluster, and the system comprises an acquisition module which is disposed on each fire fighting vehicle of the vehicle cluster; the image processing module is used for acquiring the fire area of the fire point image through image recognition; the state judgment module is used for obtaining a fire point danger index according to the fire area and the environment wind speed, and correcting the fire point danger index according to the environment temperature change information within the preset duration; the information sharing module is used for displaying the vehicle information and the danger index final value of each vehicle on a map; and the central control module is used for judging whether support of other fire-fighting vehicles in the vehicle cluster is needed or not according to the danger index final value and the water tank liquid level, generating a support instruction and sending the support instruction to the corresponding fire-fighting vehicle. According to the invention, real-time cooperative sensing and intelligent linkage of the fire-fighting vehicle cluster to the fire behavior and the self state are realized.

This invention belongs to the field of bulldozer technology and provides a safety control method and system for bulldozer escalators. It controls the escalator's ascent or descent when the following conditions are met simultaneously: the bulldozer is stopped, the bulldozer is in zero gear, the escalator limit switch operation signal and safety judgment signal are mutually exclusive, and the circuit is normal. The system also considers the escalator's descent during bulldozer deceleration. It considers whether there are simultaneous escalator ascent and descent switch press signals, whether the bulldozer is stopped, whether the bulldozer is in P gear, whether the escalator limit switch operation signal and safety judgment signal are mutually exclusive, and whether the circuit is normal, thus maximizing the safety of ascent and descent control. During escalator descent control, it achieves the goal of simultaneously stopping the engine, opening the door, and escalator descent, shortening control time and improving operator efficiency while ensuring safety.

The invention discloses a multi-system fused wooden door manufacturing enterprise information system integration architecture and method, which adopts a layered loose coupling design, and comprises an enterprise operation layer which comprises an enterprise resource planning system for order and financial management and a product life cycle management system for product model and process management; the planning and scheduling layer comprises an advanced planning and scheduling system which serves as a planning decision center and carries out limited productivity simulation and optimized scheduling based on multi-source real-time data, and the manufacturing operation layer comprises a manufacturing execution system used for production execution and monitoring and a warehouse management system used for fine management of materials. By constructing a unified data model, adopting an event-driven loose coupling collaboration mechanism and establishing a middle platform for converging real-time manufacturing data, full-process digital communication and intelligent linkage from customer orders, product design, material supply, intelligent scheduling, manufacturing execution to warehouse logistics are realized.

Embodiments of the present disclosure disclose an information interaction method and device, electronic equipment, medium and product. The method comprises: obtaining accessory identification information corresponding to a to-be-identified accessory when the to-be-identified accessory is attached to a heating smoking set; determining an accessory verification result corresponding to the to-be-identified accessory according to the accessory identification information and a preset verification mode; and in the case that the accessory verification result is verified, retrieving interaction information corresponding to the to-be-identified accessory according to the accessory identification information; wherein the interaction information is used to present the interaction feedback effect of the to-be-identified accessory in the working state. The technical scheme realizes the digital and intelligent linkage between the heating smoking set and the accessory, upgrades the traditional accessory with only physical function to the intelligent accessory that can provide exclusive interaction feedback, and effectively improves the differentiated and immersive use experience of the user for the heating smoking set.

The invention discloses a zip file compression method, device and equipment based on multiple threads and a storage medium, and relates to the technical field of multi-thread file compression, and the method comprises the steps that a cursor frame rate detection probe is configured; creating a compressed sandbox process, and adjusting process priority and resource allocation according to a cursor frame rate; maintaining a compression task priority queue according to the file size; performing dynamic block compression on the large file greater than 10MB according to the current available memory; and finally, combining the compressed macro blocks to generate a target zip file. Large files are disassembled and subjected to multi-thread processing through dynamic partitioning, the resource utilization rate and compression efficiency of a multi-core thread in a multi-file and large-file scene are improved, and the situation that a memory is insufficient and a system is overloaded is avoided. The state and priority of the compression sandbox process can be dynamically configured according to the front-end user interaction state, system resources are efficiently utilized for multi-thread parallel compression, it is ensured that the compression background process does not preempt front-end application resources, and front-end jamming caused by resource competition is eliminated.

The utility model discloses a coal slime water treatment and cyclic utilization system of a kilometer drilling machine, which comprises a coal water screening and collecting all-in-one machine, a coal slime water centrifugal separation device and a precision filter, the coal water screening and collecting all-in-one machine is arranged at the front end of the kilometer drilling machine, and a gas-liquid separator of the kilometer drilling machine is used for separating a gas phase from the coal slime water; separated slime water is introduced into a coal water screening and collecting all-in-one machine to be subjected to rough filtration treatment, and rough separation and temporary storage of solid and liquid are achieved; coal slime treated by the coal water screening and collecting all-in-one machine is pumped to a centrifugal solid-liquid separator of the coal slime water centrifugal separation device for secondary solid-liquid separation, liquid obtained after secondary solid-liquid separation is treated by a precision filter, and treated clear water is introduced into a clear water tank to be reused by a kilometer drilling machine. Backwash wastewater of the precision filter flows back to the coal water screening and collecting all-in-one machine for retreatment. In-situ efficient treatment of slime water and cyclic utilization of clear water can be achieved, the problems of underground water shortage, large drainage pressure and water sump desilting are solved, the production cost is reduced, and the working environment is improved.

The application discloses a kind of multi-compartment linkage semiconductor refrigeration control method and system, comprising: multi-compartment independent temperature control, for a plurality of independent battery compartments independent temperature control, with the semiconductor refrigeration unit and temperature sensor equipped in each compartment, complete independent temperature acquisition and PID control, so that the temperature of each battery compartment is maintained in the target temperature range set respectively;Multiple independent battery compartments, the semiconductor refrigeration unit equipped in each battery compartment, temperature sensor, central controller and communication interface with battery management system.The system acquires the temperature data of each battery compartment in real time by temperature sensor, and transmits data to central controller.Central controller calculates the control instruction of each semiconductor refrigeration unit according to preset temperature control strategy, load balancing algorithm and high-temperature priority cooling strategy.

The invention discloses an urban river water quality intelligent early warning system based on multi-parameter on-line monitoring, and relates to the field of water environment monitoring and control, and the system specifically comprises the steps: collecting water quality data in real time through arranging a multi-parameter sensor array, extracting spatial-temporal characteristics through employing a double-flow time sequence convolution network and an adaptive attention layer, and carrying out the real-time monitoring of the water quality. And performing anomaly evaluation based on the expert knowledge base. According to the system, a river branch water system is mapped into a time-varying directed graph structure for pollution tracing, gate linkage control is executed by adopting a distributed edge computing architecture, and pollution surrounding control and emergency disposal are achieved.

The application relates to the technical field of battery replacement cabinets, and discloses an outdoor protection device for a battery replacement cabinet, which comprises a base, the inner wall of the base is fixedly connected with a frame, the inner wall of the bottom box close to one side of the base is fixedly connected with a bottom box, the inner wall of the frame away from the bottom box is provided with a switch plate, the inner wall of the frame close to one side of the switch plate is fixedly connected with an intelligent control panel, and the surface of the frame away from the intelligent control panel is fixedly connected with an external control panel. When the battery is put in, the battery is placed on the surface of the sliding plate, the external control panel controls the threaded rotating shaft to rotate, the threaded rotating shaft is connected through threads, the sliding plate is driven to slide inwards along the inner wall of the sliding groove, when the sliding plate slides, the sliding plate is driven to slide along the surface of the inner sliding plate, the sliding plate and the inner sliding plate jointly support the battery, and the battery is stabilized, when the sliding plate slides, the connecting seat plate is driven to operate, the connecting seat is driven to operate through the rotating connection.

The application discloses a hoisting method and a hard-state large scattered disc lifting appliance, and the method receives a discharging instruction, is positioned by a three-dimensional moving mechanism, switches a clamping plate lifting mechanism to a working station by a rodless cylinder, drives a tongue plate to extend and retract by a thin cylinder and a motor linkage gear and rack assembly to complete lifting and discharging of a material tray, switches a suction disc grabbing mechanism again, adsorbs an empty tray by a high-vacuum vacuum generator and completes feeding, and finally resets to complete a hoisting cycle. The lifting appliance comprises a lifting appliance connecting plate, a clamping plate lifting mechanism and a suction disc grabbing mechanism, the clamping plate lifting mechanism is provided with a top plate, a guide rail, a rotating plate and the like, the suction disc grabbing mechanism comprises a suction disc rack and a suction disc, and the two are switched to a gapless working station by a rodless cylinder. The application realizes integrated automatic hoisting of empty and material trays, is accurate in positioning, stable in grabbing, greatly improves production efficiency, reduces labor intensity, and is suitable for the production demand of hard-state large scattered discs in the precision copper pipe processing industry.