14results about How to "Receive in time" patented technology

The invention provides a multi-data fusion fire-fighting early warning method and platform, and relates to the technical field of fire fighting, and the method comprises the steps: collecting a multi-dimensional environment data set of a target region; performing noise filtering on the multi-dimensional environment data set to obtain a multi-dimensional environment de-noised data set; comprehensively analyzing the plurality of data sources based on the multi-dimensional environment de-noised data set to generate fire-fighting comprehensive data, and fusing the multi-dimensional environment de-noised data set to obtain a multi-dimensional environment fused data set; building a fire risk model according to the fire-fighting comprehensive data, synchronizing the multi-dimensional environment fusion data set to the fire risk model for evaluation according to a plurality of data sources, and obtaining a fire risk level of the target area; and generating a fire-fighting early warning instruction based on the fire risk level, and sending the instruction to the remote control terminal. According to the method, the technical problem that a traditional fire early warning method is single in monitoring means and is easily interfered by environmental factors to cause false alarm or missing alarm is solved, and the accuracy and response speed of fire early warning are remarkably improved.

The invention discloses an intelligent operation and maintenance service method and system for an electronic port, and relates to the technical field of operation and maintenance services of the electronic port, and the system comprises a data collection module which is used for monitoring the operation state of equipment in the electronic port in real time, and obtaining the operation parameters of the equipment; and the data analysis module is connected with the data acquisition module, and performs preprocessing based on the acquired operation parameters to obtain lossless parameters. According to the intelligent operation and maintenance service method and system for the electronic port, reasonable resource allocation, workload balance of operation and maintenance personnel and shortening of processing time are realized, the operation and maintenance efficiency is improved, it is ensured that the system can be rapidly processed when a fault occurs, the influence of the fault on electronic port business is reduced, and the service quality of the electronic port is improved. Reasonable resource allocation, workload balance and processing time shortening can be realized, and the operation and maintenance efficiency and the system performance are improved.

The invention relates to an alarm method, system and device for an intelligent cabin and a storage medium, and the method comprises the steps: obtaining alarm information, carrying out the feature extraction of the alarm information through a feature extraction algorithm, and obtaining a feature set of the alarm information; the feature set of the alarm information is analyzed, an analysis result of the alarm information is obtained, and the analysis result comprises the priority of the alarm information and an alarm popup window format; the current audio state of the vehicle is obtained, analysis is carried out in combination with the alarm information priority and the current audio state of the vehicle, and an audio adjustment scheme is obtained; and according to the audio adjustment scheme, the output audio of the vehicle is adjusted, and the alarm pop-up window format is transmitted to the central control large screen. The method has the effect of enhancing the user experience.

The invention relates to the technical field of vehicle-mounted data processing, in particular to a safety method for instrument alarm icon detection, which comprises the following steps: after a black screen signal is received, an instrument application program receives a fault signal and performs logic judgment on the fault signal to obtain an alarm icon state of the fault signal; the instrument application program sends an alarm icon state of the fault signal to a UI thread and an SOC system adaptation layer; the SOC system adaptation layer forwards the alarm icon state of the fault signal to an SOC MCU, and the SOC MCU forwards the alarm icon state of the fault signal to a screen MCU; the screen MCU receives the alarm icon state of the fault signal and performs state detection so as to determine a mapping decision according to a detection result; and the screen MCU continuously monitors and updates the alarm state, and then resets the monitoring state after the system is recovered. According to the invention, the fault signal processing efficiency is effectively improved.

The application provides a serial port virtualization method, system, device and storage medium, the method comprises the following steps: creating an inotify handle through a virtual serial port client program, and adding a file or a directory to be monitored by calling an inotify monitoring function; reading an event from a file descriptor of the inotify through a reading function of the virtual serial port client program; in response to receiving remote access, determining whether to receive data according to a file opening flag; and deploying the virtual serial port client program to a client, virtually connecting a TCP / IP network port to a serial port device, and connecting to a remote serial port through a serial port line to realize data communication. The application adopts an inotify mechanism to prevent a serial port from echoing back, virtually connects a serial port to a network, and realizes network transmission of serial port device information, thereby solving the problem of remote access of a serial port terminal device.

The application provides a method and device for sending alarm information and a storage medium, relates to the field of communication, and is used for improving the efficiency of system operation and maintenance. The method is applied to a server. The method comprises the following steps: acquiring a plurality of first batches of data, wherein the first batches of data comprise component information of at least one component, and the at least one component is a component in the server; determining a target value according to the plurality of first batches of data and the component information of a target component, wherein the target value is the number of second batches of data, and the second batches of data are batches of data in the plurality of first batches of data that do not comprise the component information of the target component; if the target value is greater than a preset number threshold, generating alarm information, wherein the alarm information is used for indicating that the component information of the target component is not acquired; and sending the alarm information to a terminal.

This invention discloses a solar collector panel for buildings, relating to the field of solar collector panel technology. It includes a movable block, a long plate, a flexible plate, a chemical tube, an L-shaped block, a protrusion, and an irregular rod. The movable block is threaded onto the circumferential surface of a reciprocating screw. The long plate is fixedly installed at the bottom of the movable block. The flexible plate is rotatably installed at the bottom of the long plate. The chemical tube is fixedly installed on the side of the long plate away from the motor. The L-shaped block is fixedly installed on the front of the long plate, and the end of the L-shaped block away from the motor can elastically extend and retract. The protrusion slides through the front of the L-shaped block near the left side. The irregular rod is fixedly installed on the side of the protrusion away from the motor. This design ensures maximum sunlight reception, maintains high power generation efficiency, protects the physical structure of the solar panel, extends its service life, significantly reduces the frequency of manual cleaning, and lowers maintenance costs and safety risks.

The invention discloses a kitchen induction cooker range Internet of Things automatic power-off fire protection device which comprises an integrated machine shell, the integrated machine shell is a cavity shell of a rectangular structure, an installation assembly is arranged on the integrated machine shell and fixed to a building, a control wire connector is arranged in the integrated machine shell, and the control wire connector is connected with a power supply line of an induction cooker range; the invention relates to the technical field of kitchen fire fighting, and discloses an internet-of-things automatic power-off fire fighting device for a kitchen induction cooker, which is designed and integrated with various sensors according to the characteristics of the induction cooker, realizes a fire fighting strategy taking prevention as a main part, comprehensively monitors the kitchen environment, can quickly decide a processing means according to various environmental parameters of the kitchen induction cooker, and improves the fire fighting efficiency. Rapid and automatic power-off is realized through controlling the wire connector, and through linkage of the central controller and external Internet of Things equipment, alarm multi-level performance is improved, linkage with intelligent kitchen equipment is realized, and the problem of information isolated island is solved.

The present invention discloses an active driving safety robot control system based on artificial intelligence, which relates to the field of driving safety control systems, including: an alarm level module, which is used to set different types of alarm levels; an alarm type module, which is used to set different types of driving alarms and configure corresponding rules; a processing type module, which monitors the generated alarm data and is used to set different driving safety behavior processing methods; an alarm process module, which is used to set the disposal after the alarm is generated and configure the corresponding execution rules; an AI monitoring robot module, which is the control center for active driving safety behavior monitoring and is used to set the behavior monitoring method; an AI knowledge base module, which is used to set different active safety knowledge bases and push warnings by category. The present invention comprehensively improves the driving safety guarantee level and reduces the accident rate through multi-module collaboration, dividing alarm levels, setting alarm types, introducing intelligent robot processing, building efficient alarm processes and using AI monitoring.

The invention relates to the technical field of food seals, in particular to a food traceability integrated intelligent electronic seal system which comprises an optical seal monitoring module, a smell monitoring module, a data acquisition and storage module and an abnormity alarm module. The optical seal monitoring module monitors the physical change of the surface of the seal in real time and identifies the early damage of the seal; the smell monitoring module is used for detecting the concentration change of volatile organic compounds in a food package in real time and predicting whether the food is in an early stage of decay or deterioration or not; the data acquisition module is responsible for acquiring monitoring data in real time; and the abnormity alarm module is used for immediately sending out an alarm signal when monitoring that the seal is damaged or the food smell is abnormal based on the acquired monitoring data. According to the invention, the system can find problems in time at the early stage of seal damage or food deterioration, and the monitoring capability of food package integrity and safety is improved.

The present invention relates to the field of business adaptation technology, specifically to a business adaptation intelligent analysis method and system combined with customer portraits; first, customer data is collected from multiple data sources, then the collected data is processed, customer interest tags are extracted, a customer-interest tag matrix is ​​constructed, and the customer's purchasing power and loyalty are comprehensively evaluated. Then, the customer's portrait is updated according to the interest preferences of similar customers, and then the customer's business demand data is collected, a business demand model is constructed, the customer's demand intensity is quantified, and a demand scoring vector is generated, and the customer portrait is matched with the demand scoring vector, and the adaptation score is calculated to generate personalized recommendations for the customer, and finally the product or service with the highest matching degree with the customer's demand is recommended first, and relevant recommendations are pushed through multiple channels to improve customer satisfaction and conversion rate. The present invention improves resource utilization efficiency and customer satisfaction, thereby achieving more efficient enterprise operations and customer service.

The invention relates to a data transmission system and computer equipment, the system comprises a host and a display chip, and a video frame generation module, an SDP processing module and a video controller are integrated in the display chip; the host is used for sending a plurality of stored SDP slice data corresponding to a target video frame to the SDP processing module under the condition of detecting that the target video frame is generated by the video frame generation module; the SDP processing module is used for recombining a plurality of pieces of SDP switching data and sending the obtained recombined SDP data to the video controller; and the video controller is used for receiving the recombined SDP data through the SDP interface, and fusing the target video frame received through the video transmission channel with the recombined SDP data based on a self-adaptive synchronization mechanism to obtain data to be displayed.

The invention relates to the technical field of vehicle-mounted sound equipment, in particular to a sound equipment control system, a sound equipment control method and vehicle-mounted sound equipment. The connection module is connected with a vehicle-mounted system through a circuit or a communication module and is connected with an external system through wireless communication, so that the sound control system can obtain signals of the vehicle-mounted system and the external system. The judgment module judges the signal source of the connection module, and then the decision module determines the sounding strategy according to the signal source. After the control module obtains the sound production strategy instruction, the first sound module and the second sound module are made to work according to the sound production strategy according to the sound production strategy, so that the vehicle-mounted sound system adopts different sound production strategies according to different signal sources, and the vehicle-mounted sound system meets diversified requirements.

This invention relates to the field of machine learning scheduling technology, specifically to an intelligent triage and scheduling system based on patient data streams. The system includes a vital sign acquisition module, a deterioration distribution module, an equipment triggering module, an access control addressing module, and a triage and scheduling module. In this invention, multidimensional patient monitoring data is extracted and compared with a safety baseline within a continuous observation window. Deviations are continuously accumulated and cross-aggregated to construct an objective quantitative baseline characterizing the degree of deterioration in the patient's overall condition. When the deterioration score exceeds the takeover threshold, the system skips the software queuing process to locate an available physical emergency space. The underlying network switches electronic access control and emergency equipment relays to the activation level, forcibly opening the physical emergency channel. This eliminates the time loss caused by critically ill patients waiting for room cleaning and equipment activation, achieving an instantaneous transition from critical vital sign data to hardware-level scheduling and control commands, ensuring that critically ill patients receive timely and effective treatment.