145results about How to "Realize interconnection" patented technology

The invention provides an integrated logistics management system for cargo transportation. The integrated logistics management system comprises a multi-mode collaborative perception module, a semantic reasoning module, a scene adaptation decision module, an intelligent execution module and a logistics trust chain module. The multi-mode collaborative sensing module collects logistics full-scene state data through a sensor network; the semantic reasoning module is used for constructing a knowledge graph based on a graph attention network and realizing unified modeling of multi-source information; the scene adaptation decision module is combined with a pulse coupled neural network (PCNN) and a swarm intelligence collaboration mechanism to complete routing optimization; the intelligent execution module adopts a hierarchical task management and dynamic adjustment mechanism, and adjusts a task scheme according to execution abnormity and credit evaluation; the logistics trust chain module constructs a logistics trust system through a hierarchical consensus mechanism, a credit scoring model and a trust propagation and early warning mechanism, and realizes risk prevention and control of the whole process. The system solves the technical problems of a traditional logistics system in the aspects of data integration, dynamic supervision, decision support, collaborative scheduling, safety traceability and the like.

The invention relates to the technical field of marine biological diversity assessment, and particularly discloses a marine biological diversity geographic information system and an ecological diversity risk assessment method.The marine biological diversity geographic information system comprises a water quality diversity risk assessment module, a diversity and water quality assessment comprehensive model module and an RDA analysis method screening module; according to the system and the method, marine organism data and water quality data of a sea area for many years are integrated, an interactive visual system is developed, data interconnection and intercommunication are realized, and the sea area can be evaluated through diversity investigation of multiple organisms in the sea area, water environment physical and chemical factor analysis, correlation mining and evaluation model construction. The model can assess the sea water environment condition, the water body environment quality and the biodiversity risk, provides basic data and methods for related research, powerfully promotes ocean monitoring to be converted from manual work to intelligence, promotes biodiversity data integration and ecological environment monitoring in a bay area, and tracks the biological activity and survival state.

The invention relates to the field of diabetic feet, and discloses a diabetic foot risk assessment method and system based on a knowledge graph, and the method comprises the steps: collecting patient data of diabetic feet, recognizing patient group features, risk factors and risk features of the diabetic feet, constructing a risk prediction model of the diabetic feet, extracting keywords from risk prediction data of the risk prediction model so as to query domain knowledge of the diabetic foot, constructing a diabetic foot ontology structure, identifying an entity object of the ontology structure, performing disambiguation processing, extracting entity data of the entity object from the domain knowledge, and obtaining a disambiguation result of the entity object according to the disambiguation result and the entity data. The storage knowledge of the diabetic foot is fused, the reasoning conclusion of the diabetic foot is obtained by combining the reasoning rule and the reasoning type, the risk factor and the risk level of the patient data are recognized, and a risk assessment report of the diabetic foot is generated. The accuracy of diabetic foot risk assessment can be improved.

The invention discloses a real-time laser coal checking system and method, and relates to the technical field of material management and inventory checking, and the system comprises the following components: a laser detection module, a data processing module, a communication module, a monitoring module and a server module. The laser detection module is adopted to perform high-frequency scanning on the coal pile to obtain the three-dimensional point cloud data of the coal pile, the crown block displacement data measured by the laser range finder and the material and density information of the material pile are combined, the volume and weight of the coal pile are calculated through an algorithm, the outer contour of the coal pile can be determined more accurately, and the accuracy of the coal pile is improved. According to the shape characteristics and the density distribution condition of the coal pile, the coal pile is divided into a plurality of small geometries for volume calculation, and compared with traditional manual measurement or simple geometric shape approximation, the method has the advantages that the measurement precision of the volume and the weight of the coal pile can be remarkably improved; and more accurate data support is provided for material management and inventory checking of enterprises.

The invention belongs to the field of power distribution network energy storage power flow optimization, and provides a multi-feeder shared energy storage type power flow controller and a control method thereof.The multi-feeder shared energy storage type power flow controller comprises a power flow adjusting module which is composed of a plurality of power flow adjusting half-bridge modules sharing a direct current bus, and each power flow adjusting half-bridge module is connected with one feeder; the power flow regulation half-bridge module is connected in series among the plurality of feeder lines; the shared energy storage module is connected with a plurality of feeder lines through a power balance half-bridge module, so that energy interaction between the shared energy storage module and the plurality of feeder lines is realized; according to the multi-feeder shared energy storage type power flow controller provided by the invention, through a designed control method, power flow control and shared energy storage of connected multi-end feeders can be realized on the premise of stable operation, and flexible, networked and shared transformation of a power distribution system is assisted; and the resource utilization rate, regulation and control flexibility and power supply reliability of the power distribution network are improved.

The invention discloses an intelligent monitoring system for a transformer substation channel cover plate based on the Internet of Things, and relates to the technical field of transformer substations. The acquisition monitoring module is used for acquiring environment and state data of the channel cover plate in real time; the acquisition monitoring module is also used for converting the environment and state data of the channel cover plate into a transmission format; the network connection module is used for receiving the environment and state data of the channel cover plate after the transmission format is converted by the acquisition monitoring module; interconnection, intercommunication and remote management of equipment and sensors are achieved through the Internet of Things technology, and collection and transmission of the state, temperature, humidity and other data of the trench cover plate are achieved through the sensors. Data transmission and remote management between intelligent devices are realized, and finally data acquired by a sensor is processed and analyzed, so that state prediction and maintenance plan making are realized.

The invention discloses an intelligent agriculture platform construction method based on big data analysis and a visual model, and the method comprises the steps: arranging a sensor network, and monitoring the key environment parameters of a farmland in real time; using the unmanned aerial vehicle to shoot crop images; according to the shot crop image, identifying a part with pest and disease damage characteristics in the crop image; deducing the age of the crop leaf according to the shot crop image; a cloud platform is built, farmland related data is displayed in an integrated mode through the cloud platform, and decision suggestions are provided based on big data analysis according to all data input into the cloud platform. The system integrates multiple functions such as farmland data display, unmanned aerial vehicle fixed-point automatic cruise, disease and pest recognition and early warning, agricultural question and answer assistant and the like, and provides one-stop intelligent agricultural management service for farmers. The platform provides scientific guidance suggestions for agricultural production based on big data analysis, and assists in improving yield and quality.

The invention discloses a mobile platform coal quality remote detection system and method, and solves the problem that the analysis precision and analysis efficiency of a model are affected by a spectral data acquisition error rate due to the fact that parameters of pulverized coal cannot be preprocessed when a model between a spectral line and a calorific value is established and a coefficient matrix and an error term of the model are obtained in an existing method. The method comprises the following steps: detecting stored coal in real time by adopting mobile coal quality detection equipment, pre-constructing a data processing model based on the combination of adaptive interactive multiple models and deep learning, preprocessing spectral sample data by the data processing model, and establishing a coal quality index quantitative model based on the combination of a convolutional neural network and a lightweight detection structure; according to the method, noise reduction, normalization and feature extraction preprocessing are performed on the real-time spectral data by pre-constructing the data processing model based on the combination of the adaptive interactive multiple models and deep learning, so that the spectral data acquisition error rate is reduced, and the analysis precision and analysis efficiency of the coal quality index quantitative model are ensured.

The invention discloses a landfill leachate low-carbon intelligent treatment and recycling method based on'end-edge-cloud 'cooperative control. The method comprises the following steps: the terminal layer obtains real-time monitoring data of each sensor and sends the data to the edge layer, the edge layer adopts a machine learning algorithm to perform multi-target prediction on an effluent quality index, system comprehensive energy consumption and an anaerobic hydrogen production rate, and then a target function is constructed to obtain an operating parameter ideal value of each module; according to the ideal value and the real-time monitoring data of the terminal layer sensor, the key process operation condition of the system is adjusted, so that the optimal result of the effluent quality index, the anaerobic hydrogen production rate and the comprehensive energy consumption of the system is obtained. According to the invention, the operation parameters of the biochemical system are optimized and controlled through the'end-edge-cloud 'Internet of Things sensing network, so that the intelligent management and control of the landfill leachate treatment and resource / energy conversion overall process flow are realized, and the dynamic adjustment of key influence factors in the landfill leachate treatment and resource conversion process is realized.

The invention belongs to the technical field of system simulation, and relates to a joint simulation model integration method and tool and a medium. The method comprises the following steps: firstly, analyzing semantics of a model, including meta-model data analysis, conceptual model description analysis, static semantic analysis and dynamic semantic analysis; then performing interface function event association mapping to obtain a mapping relationship between a model interface and a standard interface; next, configuring a model integration environment, including a running environment, model assembly and scheduling parameters, a generation directory file, an agent model / model scheduling file and the like; and finally, integrating and packaging the packaged proxy model / model scheduling file and the like, and sending the packaged file to a model resource library. According to the method, automatic integration of most types of models (including components, entities, semi-physical models and systems) in the technical field of system simulation can be realized, the integrated polymorphic models can be expanded and reused, the simulation efficiency is greatly improved, and various existing model resources are fully utilized to shorten the integration period.

The invention relates to a hyper-converged micro-service system for realizing multi-protocol communication, multi-type registration discovery and multi-type configuration control, and the system comprises a micro-service hyper-converged communication module which is used for uniformly creating, managing, detecting, using and destroying the connection of different communication protocols; the micro-service hyper-fusion registration discovery module is used for combining different registration centers into groups and combining services in a fusion mode; the micro-service hyper-convergence control module caches and configures in a unified cache mode in different configuration centers; and the micro-service hyper-fusion observable module is used for observing different types of indexes and links. By adopting the hyper-converged micro-service system for realizing multi-protocol communication, multi-type registration discovery and multi-type configuration control, unified registration release, unified service control, unified configuration management, unified service observation, unified document generation and unified compilation release of multi-protocol services can be realized; and a simple implementation environment is created for subsequent compatibility of the hyper-converged micro-service system.

The invention relates to the field of food safety supervision, in particular to a food quality safety supervision system, which comprises a PDA (Personal Digital Assistant) terminal, comprising an integrated information collector for acquiring a food electronic certificate, an electronic nose for acquiring food smell data, a spectral imager for acquiring a food spectral image and a visual sensor for acquiring a food surface image, the supervision cloud platform is used for matching each big data evaluation model with the corresponding food type through the electronic certificate; and for a single type of food, the big data evaluation model judges the quality grade of the food based on the surface image of the food and re-determines the quality grade of the food based on the smell data and the spectral image, and if the quality grade is unqualified, a food processing suggestion is generated based on the quality grade. Rapid detection is carried out through the PDA terminal, and the quality grade of the food is generated through the supervision cloud platform, so that portable and rapid detection of the food quality and efficient supervision of multi-link detection are realized.

The invention relates to the technical field of communication, and discloses a voice scheduling unified platform construction method and system based on SDH / PTN, and the method comprises the steps: deploying a soft switching platform and a server, configuring a soft switching data network based on an SDH / PTN transmission system, configuring an IP interface gateway on an existing stored program control exchange, and enabling the IP interface gateway to be in butt joint with the soft switching platform, thereby achieving voice intercommunication; the method comprises the following steps of: accessing a scheduling soft switching system in an IP (Internet Protocol) mode, running a scheduling service on a dual-mode scheduling desk in dual networks, and arranging an IP phone or an IAD (Inter-Access Device) analog access gateway and an analog phone at a corresponding site; through an NTP time service mode, time unification of all devices in program-controlled switching and soft switching is realized. A soft switch platform is interconnected with an emergency satellite communication network, an IP telephone is deployed through a satellite data network, the soft switch platform is intercommunicated with other telephones and a public network PSTN, and conference and video call functions based on the satellite network are realized. According to the method, the overall performance of the voice scheduling exchange system is improved, and a safer, more stable, more efficient and more flexible communication environment is provided for users.

The invention relates to the technical field of power systems, and discloses a half-wavelength controllable tuning method under the background of a dual-carbon and novel power system. Comprising the following steps: system evaluation and demand analysis: collecting power grid information and fusing dual carbon and novel power system demands to determine a tuning target and key parameters; designing a half-wavelength tuning strategy, determining tuning parameters by using a particle swarm optimization algorithm, formulating the strategy, and performing simulation optimization; selecting and configuring half-wavelength controllable equipment, evaluating performance indexes, selecting equipment, and reasonably configuring, installing and debugging; system integration and communication network construction: integrating equipment and constructing a reliable communication network to ensure information transmission; tuning implementation and monitoring are carried out, a control system is developed to send instructions, data are collected and analyzed to evaluate performance, and optimization is fed back according to results. According to the invention, the stability and adaptability of the power grid are enhanced, the intelligent development is promoted, the resource configuration and structure are optimized, the safety and sustainable development are guaranteed, and the challenges of dual-carbon and novel power systems can be effectively handled.

The invention provides an integration method of a metal substrate and a ceramic substrate, a substrate structure and a composite substrate. The integration method of the metal and the ceramic substrate comprises the following specific steps: carrying out surface treatment on a ceramic substrate raw material and cutting the ceramic substrate raw material into an initial ceramic substrate according to a preset specification; performing surface treatment on a metal sheet raw material and cutting the metal sheet raw material into initial metal sheets according to the preset specification; the N initial ceramic substrates and the N + 1 initial metal sheets are sequentially overlaid and pressed in an alternate and spaced mode, and a combination of the ceramic substrates and the metal sheets is obtained; sintering the combined body to form a first MCMI substrate; the first MCMI substrate is flattened, and a pretreated MCMI substrate is obtained; carrying out surface metallization treatment on the pretreated MCMI substrate to obtain a final MCMI substrate; wherein N is an integer greater than 0. When the MCMI substrate, namely the multilayer ceramic metal integrated substrate, is applied to a packaging structure, the number of interface layers between dissimilar materials in the packaging structure can be reduced, and the heat dissipation effect is improved.

The invention relates to the technical field of subway communication, and discloses an SIP (Session Initiation Protocol)-based special wireless cluster interconnection and intercommunication system for a subway network, which comprises a hardware component and a software component, the hardware component comprises an SIP (Session Initiation Protocol) server, an SIP scheduling terminal, an Internet gateway and a TETRA (Terrestrial Transport Radio Access) system or a broadband cluster The software assembly comprises an SIP protocol stack, signaling conversion and interaction software and management and configuration software. According to the special wireless cluster interconnection and intercommunication system for the subway network based on the SIP protocol, by introducing the SIP standard protocol, the technical barrier is successfully broken through, comprehensive interconnection and intercommunication of multiple brands of TETRA and broadband cluster systems are achieved, a fixed station does not need to be used for transferring, the communication efficiency and quality are remarkably improved, meanwhile, the system keeps the structural integrity of an original system, and the service life of the system is prolonged. The method simplifies the configuration process, reduces the cost, has strong expandability, and supports the seamless access of a new line in the future.

The invention relates to the technical field of smart park management systems, in particular to a smart park management system based on data interconnection, which comprises an interaction layer used for receiving enterprise information of a corresponding area in a park, an identification layer used for identifying and classifying the enterprise information of the corresponding area, and a management layer used for managing the enterprise information of the corresponding area. The transmission layer is used for stably transmitting the enterprise information subjected to category classification and is used for periodically checking data in internal servers, determining whether the running state of the server for enterprise information data management of the park meets the standard or not based on the acquired data, and sending the determined running state to the server for enterprise information data management of the park. The management layer is used for determining reasons which do not conform to the standards and generating corresponding processing instructions; and the storage layer is used for storing historical data and corresponding preset standards. The data interconnection of the smart park is realized, and the management efficiency of enterprise information data is improved.

The invention provides an integration method of a metal substrate and a ceramic substrate, a substrate structure and a packaging structure. The integration method comprises the following steps: carrying out surface treatment on a ceramic substrate raw material and cutting the ceramic substrate raw material into an initial ceramic substrate according to a preset first specification; performing surface treatment on the metal sheet raw material and cutting the metal sheet raw material into initial metal sheets according to a preset second specification; a plurality of initial ceramic substrates and initial metal sheets are sequentially stacked and pressed in an alternate and spaced mode, and a combination of the ceramic substrates and the metal sheets is obtained; sintering the combined body to form an MCMI mother board; the MCMI mother board is cut according to a preset third specification, and first MCMI sheets with the same layer number as the MCMI mother board are obtained; grinding and polishing the first MCMI sheet to obtain a pretreated MCMI sheet; and carrying out surface metallization treatment on the pretreated MCMI sheet to obtain the MCMI substrate. When the MCMI substrate, namely the multilayer ceramic metal integrated substrate, is applied to a packaging structure, the number of interface layers in the packaging structure can be reduced, and the heat dissipation effect is improved.

The utility model relates to the technical field of mask manufacturing, and particularly discloses an intelligent mask box opener which comprises an intelligent box opener body, a groove is formed in the upper end face of the intelligent box opener body, an intelligent camera is installed in the groove, and a network cable access port is formed in the lower portion of the left side of the intelligent box opener body. The intelligent camera is electrically connected with the network cable access port, and under the condition that the SMIF box is not opened, the intelligent box opener can read information of a bar code on a mask plate through the intelligent camera, read related data of a product to a PC (Personal Computer) end, and import process information into a manufacturing system through the network cable access port; therefore, intelligent interconnection of product information and a production system can be realized, the time for technicians to input the system is shortened, the error rate of input information is also reduced, the production efficiency is improved, on the other hand, the frequency of opening the SMIF box is greatly reduced, particles are prevented from falling into the SMIF box, the one-time passing rate of products is greatly improved, and the purposes of simple and practical structure, low cost and the like are achieved. And safety and reliability are achieved.

The invention relates to a power dispatching model construction and data interaction method and system based on meta universe, and a storage medium. The method comprises the following steps: step 1, establishing a power grid physical entity model; 2, establishing a meteorological environment model; 3, constructing a topological abstract entity model; 4, establishing a fault oscillation model; step 5, performing entity association analysis on the model established in the above step; and step 6, performing interaction based on an entity association analysis result. According to the invention, problems and challenges faced by power grid operation and scheduling management under the background of a novel power system can be solved, the intelligent level and scheduling efficiency of the power system are improved, and the actual demand of a scheduling support mode is remodeled.

The present invention discloses a dynamic simulation analysis method for the whole life cycle of high arch dam construction based on BIM visualization technology, which mainly includes: 1) establishing a BIM system with unified construction information and simulation information of high arch dam; 2) updating parameters in the simulation system according to the completed construction information, updating the construction simulation progress, generating a progress plan, optimizing the construction plan, and generating a visualization model of the re-predicted construction plan in the BIM system; 3) construction progress control: during the construction of phased projects, the BIM system is used to monitor the construction parameters in real time and compare them with the scheduled construction period; 4) after the phased project is completed, the BIM system is used to quickly generate a three-dimensional image of the results and update the predicted value. The present invention can effectively control the construction progress, supervise the construction quality, and ensure the construction efficiency.

The application discloses a kind of multi-gas source multi-user injection-production gas switching metering devices and processes for gas storage, and relates to the technical field of gas storage injection-production gas equipment, specifically to a kind of multi-gas source multi-user injection-production gas switching metering devices for gas storage, including gas field gas pipeline, low-pressure pipeline, injection-production gas pipeline, high-pressure pipeline, first gas recovery processing pipeline, second gas recovery processing pipeline;One end of the gas field gas pipeline is used to communicate with gas field, and the other end of the gas field gas pipeline communicates with the second gas recovery processing pipeline;The application provides a kind of multi-gas source multi-user injection-production gas switching metering devices and processes for gas storage, which is applied in gas storage, can realize the free switching measurement and interconnection of multiple gas sources and users in different injection-production cycles of gas storage, and realizes the standardization, serialization, integration, modularization and skid-mounted of the device, which can effectively reduce the construction period and construction cost.

The utility model discloses a bluetooth terminal suitable for scanning gun communication and charging, which comprises a base and a cable, a handle support, a contact and a fast pairing bar code are arranged above the base, the back of the base is provided with an RS232 interface, one end of the cable is a USB interface, the other end of the cable is an RJ45 interface, the USB interface is connected with a PC, the RJ45 interface is connected with the RS232 interface of the base, and the USB interface is connected with the RS232 interface of the base. According to the utility model, the compatibility problem between the Bluetooth device and the scanning gun is effectively avoided, the stability of connection and transmission can be ensured, the scanning gun can be fixed, the scanning gun battery can be charged, and the scanning gun scans and rapidly matches bar codes, so that the rapid connection between the scanning gun and the base can be realized. The base is simple in structure and convenient to use, the scanning gun connected with the base can be found through the search key, output is achieved in an HID mode or a serial port mode, and the requirements of different clients can be met.

The invention relates to the technical field of coal distribution, in particular to an adjacent raw coal bunker interconnection and intercommunication coal distribution system and a use method. A coal blending system with interconnected and intercommunicated adjacent raw coal bins comprises a first raw coal bin containing first fire coal; the second raw coal bunker and the first raw coal bunker are arranged in a spaced mode, and second fire coal is contained in the second raw coal bunker; a first buffer coal bucket; the second buffer coal hopper and the first buffer coal hopper are arranged at an interval; and the conveyor is respectively communicated with the first raw coal bunker, the second raw coal bunker, the first buffer coal hopper and the second buffer coal hopper. The invention provides an adjacent raw coal bunker interconnection and intercommunication coal blending system and a use method, and aims to solve the problems that most raw coal bunkers are in an independent coal supply mode, no interconnection and intercommunication structure exists between adjacent coal bunkers, and the coal quality cannot be quickly allocated.

The invention provides a PRIME protocol identification and adaptive switching method and system based on signal detection, and the method comprises the steps: monitoring effective PRIME signals in a power line environment through a physical layer protocol, detecting BEACON signals in the effective PRIME signals, identifying a current PRIME protocol version through the protocol analysis of the BEACON signals, and carrying out the adaptive switching of the current PRIME protocol version. The method comprises the following steps of: pre-storing two pieces of firmware which respectively accord with PRIME v1.3.6 and v1.4 protocol versions in an internal program storage area of the electric energy meter, calling firmware updating and self-starting related processes based on the identified versions, running the firmware of the corresponding protocol version, and realizing self-adaptive switching and running of the electric energy meter equipment in the current PRIME v1.3.6 and / or v1.4 network; therefore, the self-adaptive compatibility of the network and the equipment of the two PRIME protocol versions can be realized without manual intervention.

The invention belongs to the technical field of clothing manufacturing, and particularly relates to a state indicating device of a long-distance belt conveyor conveying system, which comprises a control room, an operation table is arranged on the control room, an industrial display screen is arranged on the operation table, a loudspeaker is arranged at the upper end of the industrial display screen, and a wireless network bridge is arranged at the upper end of the loudspeaker. An LED display screen is arranged at the upper end of the wireless network bridge, an LED yellow indicating lamp is arranged on the LED display screen, a solar photovoltaic panel is arranged at the upper end of the LED yellow indicating lamp, a solar storage battery is arranged in the control chamber, and a control transformer is arranged on one side of the solar storage battery; through combination of the solar photovoltaic panel and the solar storage battery, green energy power supply of equipment is realized, dependence on a traditional power grid is reduced, the operation cost is reduced, maximum utilization of solar energy is ensured through application of the solar controller, and the energy conversion efficiency of the system is improved.

The invention discloses an integrated chip packaging structure and a manufacturing method thereof, and belongs to the technical field of semiconductors. The packaging structure comprises a first adapter plate and a second adapter plate, and the first adapter plate and the second adapter plate are oppositely arranged and are bonded through a connection bonding pad; the first chip and the second chip are arranged on one side, far away from the second adapter plate, of the first adapter plate in parallel; the capacitor is arranged between the first adapter plate and the second adapter plate, the capacitor comprises a first polar plate and a second polar plate, the first polar plate is arranged on the first adapter plate, and the second polar plate is arranged on the second adapter plate; and the first insulating layer is filled among the connecting bonding pad, the first polar plate and the second polar plate. According to the integrated chip packaging structure and the manufacturing method thereof provided by the invention, the capacitance area can be greatly increased, the distance from the capacitor to a power supply network is shortened, and the performance of the packaging structure is improved.

The invention relates to the technical field of ship communication systems, in particular to a ship signal wave integration method. According to the invention, an advanced signal coding and decoding algorithm is adopted, communication signals with different sources and different formats are converted into a uniform digital signal format, and the compatibility and stability of the signals in the transmission process are ensured; seamless connection and interconnection and intercommunication between communication equipment with different frequency bands and different systems are realized by constructing a unified signal transmission platform and utilizing an advanced network communication technology; the platform supports remote monitoring and management, can monitor the equipment state and the network environment in real time, automatically distributes communication resources, and improves the efficiency and accuracy of communication scheduling. An intelligent signal processing module is further introduced, the module can automatically recognize and filter noise signals, and the definition and accuracy of signal transmission are improved. Meanwhile, through an advanced encryption and authentication mechanism, the security and confidentiality of communication information in the transmission process are ensured, and information leakage and illegal tampering are prevented.

The utility model discloses an automatic film clamping device which comprises a rubber sheet pressing plate, the rubber sheet pressing plate is of a two-rectangular-flat-plate structure capable of being opened and closed, the rubber sheet pressing plate is connected with a driving gear and a driven gear, and a rubber sheet is further fixedly arranged on the inner side of the merging direction of the rubber sheet pressing plate. A right film clamping plate and a left film clamping plate are further arranged on the outer side of the merging direction of the rubber sheet pressing plate, a left rubber sheet is further arranged on the side face of the rubber sheet pressing plate and fixed through screws, a film clamping device rack is further included, and a film wrapping machine connecting port is formed in the end, away from the air cylinder, of the film clamping device rack. Intelligent automation is applied to production process control, the labor intensity is reduced, and the production efficiency is improved.

The invention provides a method and device for casting a metallized ceramic matrix and the metallized ceramic matrix, and relates to the field of electronic ceramic surface metallization. The method comprises the following steps: pre-punching ceramic substrates, carrying out surface treatment, and fixing a plurality of ceramic substrates in a mold cavity; then pressing the liquid metal into a mold cavity provided with the ceramic matrix through pressure, and cooling the mold cavity and an internal contained object to room temperature under the protection atmosphere of inert gas; and finally, after the mold is removed, the required multi-layer interconnected metallized ceramic matrix can be prepared. Compared with the prior art, the process is simple and convenient, the multiple layers of ceramic matrixes and the metal layers are integrally cast through the casting technology, interconnection of any layers of the multiple layers of ceramic matrixes is achieved by pressing in the liquid metal, and the metallized ceramic matrixes of any three-dimensional structure which are interconnected in a three-dimensional mode are obtained through the liquid metal.