17 results about "Unified communications" patented technology

The application belongs to the technical field of digital information communication, and discloses an Internet of Things equipment unified communication and data integration platform for a smart ward; comprising: a data acquisition module, which acquires medical equipment analog operation data, performs data cleaning, and obtains a multi-source medical equipment data set; a delay compensation module, which performs data delay estimation and delay compensation on the multi-source medical equipment data set; an association correction module, which constructs an association event chain for a time sequence correction data set; an abnormality filtering module, which performs transmission signal abnormality filtering and outputs a fluctuation elimination data set; an inhibition adjustment module, which acquires ward broadcast information, performs inhibition correction on the ward broadcast information, and obtains inhibition correction broadcast information; and a unified transmission module, which integrates the fluctuation elimination data set and the inhibition correction broadcast information into a transmission data stream, and uses the transmission data stream for equipment communication; the accuracy and reliability of the smart ward Internet of Things equipment communication are improved.

The invention provides a wireless communication method, terminal equipment and network equipment. The method comprises: a terminal device receiving first information sent by a network device, the first information carrying a first model identifier, the first model identifier comprising one or more of the following information: second information, the second information being associated with a first model; and third information associated with a provider of the first model. In the embodiment of the invention, a formulating mode of the first model identifier is introduced. Thus, the communication devices in the communication system can interact through the first model identifier, and compared with a traditional scheme in which a formulating mode of the first model identifier is not specified, understanding of all the communication devices in the communication system on the first model identifier is unified, and the communication efficiency of the communication system is improved.

1. The name of the design product: unified communication integrated workstation (DB36). 2. The use of the design product: an integrated communication management terminal with multi-device connection and centralized control capability. The product integrates a hands-free calling module, a handle, a multi-channel calling module, a 5.5-inch touch screen, etc., and realizes seamless connection of intelligent meetings through integrated design, achieving efficient collaboration. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view.

This invention discloses a communication method, system, storage medium, and device based on a solar-blind ultraviolet detector. The method includes: constructing a fixed-duration frame structure containing a synchronization segment, a control segment, a data segment, and a protection segment, and formulating a unified communication protocol; the transmitting end converts the input digital signal into a binary bit stream and frames it, determines the number of bits carried by a single symbol based on the APPM modulation order and amplitude level, and transmits an ultraviolet light signal through bit grouping, symbol mapping, Gaussian pulse shaping, digital modulation, and electro-optic conversion; the receiving end converts the ultraviolet light signal into an electrical signal, extracts pulse feature parameters after filtering, adaptive shape Gaussian matched filtering, and timing synchronization, demodulates to obtain a bit stream, and performs frame parsing to extract valid user data; frame synchronization and bit synchronization are achieved throughout the process through a synchronization control module to ensure timing matching between the transmitting and receiving ends. This invention enhances the system's adaptability to channel time-varying characteristics and environmental interference, and improves communication confidentiality and reliability.

This invention discloses a high-rise building fire protection system, belonging to the field of fire protection communication technology. It includes: a controller for coordinating and controlling the operation of the entire communication device; and a communication protocol conversion module connected to the controller for converting the target communication protocol used by the fire protection equipment into a preset unified communication protocol. By setting up the communication protocol conversion module and the data format conversion module, fire protection equipment from different manufacturers and with different communication protocols, such as smoke detectors, heat detectors, and manual alarm buttons, can be uniformly converted into a preset universal protocol and JSON format. This completely solves the problem of information silos among various devices in traditional fire protection systems. Simultaneously, the edge computing gateway and data preprocessing unit perform filtering, noise reduction, and invalid data removal near the data source, reducing the computational burden on the controller and significantly improving the system's real-time response capability and data quality. This achieves unified access and data interoperability for multi-protocol heterogeneous fire protection equipment.

This invention discloses a trusted data synchronization method for SIS systems in heterogeneous isolated network environments, comprising the following steps: A) System initialization and heartbeat cycle setting; the trusted management center and trusted agent pre-agree on a fixed heartbeat cycle T as the basic time unit for global data synchronization; B) Trusted agent side: heartbeat data packet generation and trusted data reporting; at the beginning of each heartbeat cycle, the trusted agent collects various trusted data that need to be sent to the trusted management center in the current cycle and generates a "heartbeat data packet"; C) Trusted management center side: monitoring data and responding with ACK. This invention solves the compatibility problem between bidirectional networks and strict unidirectional networks through a unified communication paradigm of "agent proactive reporting + management end single-byte ACK". This method can work normally in both traditional bidirectional networks and unidirectional networks isolated by network gateways, achieving seamless compatibility of the communication model and shielding the differences in the underlying network.

This application discloses an automatic testing system and method for relay protection devices in high and low temperature environments. The system includes: a host computer equipped with testing system software; a protocol conversion device for unified communication between devices using different protocols and the host computer; a high and low temperature chamber to provide a programmable temperature environment; a relay protection tester controlled by the host computer to output analog voltage and current signals; a time synchronization device to provide a unified time reference for the entire system and ensure time synchronization of all devices; and an adjustable DC power supply controlled by the host computer to output an adjustable DC voltage. The high and low temperature chamber, relay protection tester, time synchronization device, adjustable DC power supply, and the device under test are each connected to the protocol conversion device, which is connected to the host computer, forming a star-shaped communication architecture. This application supports multiple test items simultaneously, effectively improving the level of automated testing of relay protection devices in high and low temperature environments.

This invention relates to the field of medical breath testing equipment technology, and provides an integrated valve-pump electronic control structure for a breath testing device. The structure includes a microcontroller unit, a multi-channel valve drive circuit, a pump drive circuit, and a bus interface circuit for connecting pressure sensors and gas sensors, all mounted on the same control board. The microcontroller unit outputs valve control signals and pump control signals, which drive the multi-channel valves and the circulating pump respectively through the valve drive circuit and the pump drive circuit. The bus interface circuit connects to the pressure sensors and gas sensors via a unified communication bus and provides the collected sensor signals to the microcontroller unit. When the system is powered on or reset, the multi-channel valve drive circuit and the pump drive circuit enter a preset default safety state, closing the valves and stopping the circulating pump or entering a safe venting mode, thereby improving the operational safety and reliability of the device under abnormal operating conditions.

The application discloses a method for collecting and processing hydro-meteorological multi-source data of an ocean-going ship, and relates to the technical fields of marine observation and data processing. The method comprises the following steps: dynamically determining a sampling frequency according to a sea area priority and a real-time change rate of hydro-meteorological elements, collecting original data and adding a frequency identifier; identifying a sensor protocol, and encapsulating the data into a standardized data frame; performing multi-level quality control, determining wave height anomalies based on a wind wave consistency deviation index and a duration; interpolating the abnormal data and adding a confidence identifier; transmitting the data according to the frequency identifier, generating a voyage feature snapshot and returning to the port; receiving the data, combining the data with dynamic AIS data and a background field for variational assimilation, and adjusting the assimilation weight according to the confidence identifier; and cross-comparing the data of different ships, and sending a remote self-checking instruction when the deviation exceeds a threshold. The application solves the technical problems of sparse marine observation data, non-uniform device formats, high communication costs and difficult data quality guarantee.

The application discloses a numerical control machine tool data acquisition method based on a unified communication architecture protocol, comprising: obtaining a configuration data file of a target numerical control machine tool, wherein the configuration data file at least contains device attribute information and an acquisition tag list; based on the acquisition tag list defined in the configuration data file, dynamically constructing an address space conforming to a unified communication architecture standard specification; according to the machine tool manufacturer and the machine tool model in the device attribute information, dynamically loading a bottom-layer communication development kit matched with the target numerical control machine tool; using the bottom-layer communication development kit, starting a corresponding data acquisition thread according to a preset polling period, so as to acquire real-time running data of the target numerical control machine tool through a private protocol; in response to detecting that the real-time running data changes in state or value, mapping the changed real-time running data to the address space of the unified communication architecture standard specification for refreshing, so as to provide unified data access and distribution externally through the unified communication architecture protocol. High-concurrency and low-delay centralized management and distribution of data are realized, and the difficulty of industrial automation system integration is greatly simplified.

Novel tools and techniques are provided for implementing cloud-based voice calling service, video calling service, and / or over-the-top (“OTT”) services. In various embodiments, with a unified communications and collaboration interconnection (“UCCI”) interconnection established between separate hyperscalers or communication service providers that have separate administrative domains, Internet Protocol (“IP”) based communications services may be instantiated between a first user device or a first telephone number (or call identifier (“ID”)) via a first hyperscaler and a second user device or a second telephone number (or call ID) via a second hyperscaler, without touching or traversing the public switched telephone network (“PSTN”). By bypassing the PSTN, not only can cloud-based voice calling services be implemented or established over the UCCI, but cloud-based video calling services and OTT services may also be instantiated, with the OTT services being instantiated during either the cloud-based voice calling services or the cloud-based video calling services.

This invention discloses a multi-terminal robot real-time communication system and method based on the ROS2 architecture, relating to the fields of artificial intelligence and robot communication technology. The system includes interconnected user terminal layers, a unified communication gateway layer, a robot device layer, and a backend management system layer. The user terminal layer issues control commands; the unified communication gateway layer responds to the protocol type of heterogeneous terminals, dynamically loads matching communication protocol plugins, and routes the commands to the robot device layer; the robot device layer receives and executes the commands and reports its status; the backend management system layer sends update plugins to the unified communication gateway layer or the robot device layer. This invention achieves seamless access to heterogeneous protocols across multiple terminals through dynamic protocol plugin loading in the unified communication gateway layer, and eliminates the risk of duplicate command execution due to network anomalies through unique identifier caching and idempotent deduplication mechanisms during reconnection, thus realizing the secure, continuous, and dynamic expansion of AI robot services.

This invention discloses a communication method, system, storage medium, and device based on a solar-blind ultraviolet detector. The method includes: constructing a fixed-duration frame structure containing a synchronization segment, a control segment, a data segment, and a protection segment, and formulating a unified communication protocol; the transmitting end converts the input digital signal into a binary bit stream and frames it, determines the number of bits carried by a single symbol based on the APPM modulation order and amplitude level, and transmits an ultraviolet light signal through bit grouping, symbol mapping, Gaussian pulse shaping, digital modulation, and electro-optic conversion; the receiving end converts the ultraviolet light signal into an electrical signal, extracts pulse feature parameters after filtering, adaptive shape Gaussian matched filtering, and timing synchronization, demodulates to obtain a bit stream, and performs frame parsing to extract valid user data; frame synchronization and bit synchronization are achieved throughout the process through a synchronization control module to ensure timing matching between the transmitting and receiving ends. This invention enhances the system's adaptability to channel time-varying characteristics and environmental interference, and improves communication confidentiality and reliability.

This application relates to the field of automated terminal management technology, providing a terminal operation management method and system based on an integrated business flow. The management method includes: a management device generating an operation plan based on the terminal's operational needs, and further generating an operation plan set; the management device transmitting the operation plan set to adaptive controllers corresponding to multiple automated operation devices based on a unified communication protocol, enabling the adaptive controllers to generate instruction timing sets; the management device acquiring real-time operating information of the corresponding automated operation devices collected by the adaptive controllers based on the unified communication protocol, and performing full-cycle maintenance and dynamic adjustment of the operation plan set and / or operation plan based on operational needs and real-time operating information, enabling the adaptive controllers to dynamically adjust the instruction timing sets for closed-loop management of terminal operations. This application effectively improves the coordination, stability, adaptability, and fault diagnosis efficiency of terminal operation management.

The present application relates to the technical field of chemical distribution module, and particularly relates to a high-viscosity liquid circulating supply device, which comprises a cabinet body, an external liquid supply pipe is arranged outside the cabinet body; an external liquid storage unit is connected with a raw material barrel outside the cabinet body through the liquid supply pipe; and a three-in-one function module is vertically integrated in the cabinet body, which comprises a multi-stage filtering system, a pneumatic diaphragm pump group and a nitrogen covering pressure control unit. The three-in-one module of filtering, pump group and nitrogen control is vertically integrated in the cabinet body by adopting the external liquid storage unit connected with the standard raw material barrel, so that the problem of large area occupied by the traditional internal storage tank device in the clean room is solved, the space occupation is reduced, the liquid multi-parameters are monitored in real time through a five-dimensional sensing system, the pump frequency / pressure / valve sequence is dynamically adjusted by a PLC, the whole module data is integrated through a unified communication protocol, the flow fluctuation is realized by closed-loop control, the nitrogen pressure is stable, the data integration efficiency is improved, and the risk of manual operation failure is eliminated.