98results about How to "Achieve sharing" patented technology

The invention discloses a special first-aid medicine and article storage and distribution construction system and method. The system comprises an Internet of Things module, a multi-subject cooperation module, an inter-hospital cooperation module, a cloud computing platform module, a block chain module, an intelligent scheduling center module, a storage network module and an emergency response module. The method comprises the steps of 1, demand integration and joint purchase; step 2, storage network construction and inventory optimization; step 3, intelligent scheduling and path planning; 4, emergency response and cross-mechanism deployment are carried out; 5, whole-process tracing and data uploading are carried out; step 6, performance monitoring and continuous optimization; according to the invention, a special first-aid medicine and article storage and distribution construction system is designed, and standardized data interaction and close cooperation among medical institutions, suppliers and logistics enterprises are realized by establishing a multi-subject cooperation mechanism such as joint purchase, inventory sharing, emergency allocation and performance monitoring. The joint purchasing module gathers the purchasing demands of the medical institutions in the region.

This invention belongs to the field of service robot visual scene recognition technology, and provides a knowledge-enhanced method and system for object category recognition in multi-service robots. The method acquires scene images of the robot's operation, extracts visual information feature maps from these images, obtains preliminary predictions of target detection boxes and their object categories, and converts these visual information feature maps into scene information vectors. Trusted target label nodes from a pre-constructed knowledge graph are selected, and a matching vector is formed based on the converted scene information vector and target detection box information. The similarity between the matching vector and edges starting from the trusted target label nodes is calculated, and the query prediction result for the object category in the scene image is determined based on the similarity. Finally, the query prediction result for the object category in the scene image is fused with the preliminary prediction result to obtain the final object category recognition result.

The utility model discloses a digital twin operation and maintenance data holographic sensing system for supporting a high-speed railway traction substation, which comprises a substation intelligent monitoring control system. A substation on-line monitoring subsystem, a substation dynamic ring measurement and control subsystem, a substation security monitoring subsystem, a substation unmanned aerial vehicle inspection system, a substation integrated automation system and a substation intelligent monitoring control workstation are respectively connected through a substation intelligent monitoring control switch. A one-way isolation device is arranged between the substation integrated automation system and the substation intelligent monitoring control switch and used for achieving one-way isolation when data of the substation integrated automation system is transmitted to the substation intelligent monitoring control system. The substation unmanned aerial vehicle inspection subsystem is connected with the substation intelligent monitoring switch through the substation wireless access security gateway; and the substation intelligent monitoring control system processes the accessed system data and transmits the processed data to the substation intelligent monitoring control workstation and the railway integrated data network.

This application discloses a resource allocation method, apparatus, electronic device, and storage medium. The method includes: determining first information of at least one first node; the first information includes at least first state information of the first node; the first state information indicates whether the first node can be allocated to each of at least one second node; the first node represents a slave node in a continuous integration tool; the second node represents a master node in the continuous integration tool; determining the first node whose first state is represented by the first state information as at least one target node; the first state indicates that the first node is an allocatable node; and allocating each of the at least one target node to one of the at least one second node.

The application provides an automatic production material flow transfer system and method for aerospace product assembly, which comprises a centralized feeding platform for manual clamping and scanning storage before feeding cabin sections and the like, a system for assisting in rapid positioning of cabin sections and brackets, a fire-related planar warehouse for storing fire-related materials such as engines, a non-fire-related stereoscopic warehouse for storing cabin sections such as electronic cabins and material boxes, an intelligent tool warehouse for storing tools and tooling, a workstation for temporarily buffering finished products at the exit area of a factory building, an AGV for transferring materials between workstations, a truss robot for the up-and-down loading workstations of a full missile, a ground rail robot for the up-and-down feeding of direct parts on a missile, and a central control module for material flow control. The application can realize the simultaneous operation of two production lines through the shared logistics route, centralized feeding platform, distributed material storage area and detection area, thereby saving site resources and reducing the investment in production line equipment.

An augmented reality-based multi-person collaborative guidance and docking method for aircraft wings includes steps such as inter-frame transformation matrix calculation and 3D reconstruction, creation of a high-precision pose estimation dataset, construction of a deep learning framework, wing axis instance segmentation based on the FCN model, wing axis pose estimation method based on the DenseFusion network, multi-terminal world scene construction, wing axis synchronization method and access control, and visualization method for multi-person collaborative guidance and docking. This method applies visual and image processing methods to component pose estimation and proposes a multi-functional approach integrating wing axis pose estimation, 3D registration, multi-person collaboration, and visual guidance. Utilizing deep learning and image processing methods, the wing axis pose can be estimated, improving both efficiency and accuracy. The method is scalable and portable, easily adaptable to different component types. It also offers high visualization capabilities, improving assembly line efficiency and enhancing the overall intelligence of the production line.

The utility model discloses a waste gas treatment device and a semiconductor process waste gas treatment system, the device comprises a first washing tower and a second washing tower which are connected in series, and circulating water tanks are arranged in the first washing tower and the second washing tower; the circulating water tanks of the first washing tower and the second washing tower are communicated with each other through a communicating pipe, a switch piece for controlling the communicating pipe to be opened or closed is arranged on the communicating pipe, and the switch piece is connected with a switch controller for controlling the switch piece to be opened or closed. The waste gas treatment device is used for solving the problem of waste of washing liquid in the waste gas treatment process.

The invention relates to a novel quantum secret sharing method based on a Bell state. The method comprises the following steps that: firstly, a secret distributor sends a sequence of mixed Bell states and decoy particles to participants; secondly, the participants encode secret shares of the participants into corresponding Pauli operators, and the Pauli operators are applied to the received particle sequences; and finally, the participants recover the shared secret information through cooperation. And shared secret information can be obtained by executing Bell-based measurement by a secret distributor. Compared with other quantum secret sharing methods, the method has the advantages that the secret distributor does not grasp the secret share of the participant, even if the secret distributor grasp the shared secret information, the secret share of the participant cannot be deduced, and the privacy and benefits of the participant can be effectively protected. On the basis of meeting safety, a Bell state is used as a quantum carrier, and compared with an entangled state of n particles, the Bell state is easier to prepare; and meanwhile, various eavesdropping attacks can be effectively resisted. Compared with a traditional method, the method is more practical and higher in efficiency.

The utility model relates to measurement transmission technical field provides a kind of data measurement transmission device, including including transmission control module and at least one sensor front-end module capable of being connected with transmission control module;Sensor front-end module is electrically connected with transmission control module by connector, and module connection is carried out by magnetic attraction structure;Sensor front-end module includes ID identification circuit and the sensor for data measurement, ID identification circuit is used to identify the ID identity information of sensor, and transmission control module is transmitted to it.The utility model discloses ID identification circuit in sensor front end integration, the identity information of sensor can be identified, and transmission control module is transmitted to it, and the transmission protocol corresponding to the sensor is automatically called to realize the transmission of data, so that the sharing of transmission control module can be realized, and manual configuration equipment operating mode is not needed.In addition, the connection mode that cooperation of magnetic attraction and connector is used, accurate positioning can be realized, and signal interruption is avoided.

The invention provides a washing machine. The washing machine comprises an outer barrel, a first washing mechanism and a second washing mechanism; the first washing mechanism comprises a first inner barrel and a first washing piece, and the second washing mechanism comprises a second inner barrel and a second washing piece; the first washing piece and the second washing piece are movably arranged in the first inner cylinder and the second inner cylinder respectively; the first inner cylinder and the second inner cylinder are not communicated with each other and are communicated with the outer cylinder; when the first washing mechanism and the second washing mechanism are in the independent washing state, the first inner drum and the second inner drum are static, and the first washing piece and the second washing piece move independently to wash clothes in the first inner drum and the second inner drum respectively; when the first washing mechanism and the second washing mechanism are in a synchronous dewatering and drainage state, the first washing piece and the second washing piece are static, the first inner cylinder and the second inner cylinder rotate synchronously, and water in the first inner cylinder and the second inner cylinder is discharged into the outer cylinder and is discharged through a drainage port of the outer cylinder; healthy partitioned washing is achieved, and the cleaning effect of small clothes is remarkably improved.

This invention discloses a multi-purpose medical monitoring device and method. The device includes: a vital signs monitoring module, a data processing module, an alarm analysis module, and a vital signs assessment module. The vital signs monitoring module collects a user's vital signs dataset and sends it to the data processing module. The data processing module processes the vital signs dataset to obtain a standard vital signs dataset. The alarm analysis module performs anomaly detection processing on the standard vital signs dataset to obtain alarm information. The vital signs assessment module evaluates the standard vital signs dataset to obtain the user's vital signs assessment value. This multi-purpose medical monitoring device and method utilizes collected data to analyze and detect the user's health and vital signs, helping medical personnel better understand the patient's condition, develop treatment plans, and evaluate treatment effectiveness.

The present disclosure relates to a content recommendation method, a training method and device of a content recommendation model. The method comprises: obtaining a historical interaction content sequence of a to-be-recommended object in a target scene and candidate content; performing feature extraction on the historical interaction content sequence and the candidate content respectively by a content recommendation model to obtain scene features and global features of the historical interaction content and the candidate content; encoding the scene features and the global features of the historical interaction content respectively to obtain scene sequence features and global sequence features of the historical interaction content sequence; performing feature extraction on the scene sequence features of the historical interaction content sequence to obtain group features of the to-be-recommended object; obtaining recommendation index information according to the group features, the scene sequence features, the global sequence features and the scene features and the global features of the candidate content; and determining target recommendation content for the to-be-recommended object from the candidate content based on the recommendation index information. The method can improve the quality of cross-scene recommended content.

This utility model provides a storage device. The storage unit is detachably assembled inside the housing, and the interface of the storage unit is located outside the housing. A display screen is mounted on the housing and connected to the storage unit to display real-time information of the storage device. In this utility model, the storage unit is detachably assembled inside the housing, so when users need to replace the storage unit or perform individual maintenance, they can easily complete the relevant tasks by simply removing the storage unit from the housing. The display screen mounted on the housing and connected to the storage unit can display real-time information of the storage device. This setup allows users to intuitively understand information such as the storage capacity, file transfer status, interface speed, and operating temperature of the device without needing to use other devices or software for querying, which is convenient, fast, and significantly improves the interactive experience, thereby enhancing the intelligence and visualization level of the device.

This application discloses a security protection method and related products. The method includes: identifying abnormal behavior in the data to be processed corresponding to a target vehicle based on a preset security rule base and a pre-trained anomaly recognition model to obtain a security recognition result; if the security recognition result indicates a first anomaly level, then performing local security protection on the target vehicle according to a local protection strategy; if the security recognition result indicates a second anomaly level, then obtaining the collaborative protection strategy sent by the cloud platform corresponding to the target vehicle, and performing collaborative security protection with other vehicles according to the collaborative protection strategy. This improves the security of the entire vehicle-to-everything (V2X) environment.

The present application relates to the field of photovoltaic power generation prediction, and discloses a short-term photovoltaic output prediction model construction method and a prediction method, which are used for improving the prediction accuracy of photovoltaic output. The short-term photovoltaic output prediction model construction method comprises collecting historical data of a photovoltaic power generation system, the historical data of the photovoltaic power generation system comprising meteorological environment data of multiple regions and corresponding photovoltaic output data; using an RBF-MeanShift model to cluster the meteorological environment data to obtain multiple meteorological clusters; optimizing an initial ResNet model based on a DGBCO algorithm to obtain a feature extraction model, and using the feature extraction model to extract features of each meteorological cluster to generate multiple training samples; inputting the multiple training samples into a DeepAR model for training to obtain a source domain short-term photovoltaic output prediction model; obtaining a target domain small sample, and inputting the target domain small sample into the source domain short-term photovoltaic output prediction model for transfer learning to obtain a target domain short-term photovoltaic output prediction model.

The utility model discloses an earth-rock engineering transport vehicle access registration system, which relates to the technical field of engineering control, and comprises a main control device which is respectively in signal connection with an exit registration device, an entrance registration device, a network module and a barrier gate device, and the exit registration device comprises an exit identification device and an exit snapshot device. The entrance registration device comprises an entrance identification device and an entrance snapshot device. According to the utility model, the exit snapshot device and the entrance snapshot device are arranged to photograph and record the appearance, cargo loading and the like when the vehicle enters and exits the parking lot, so that the vehicle information registration is more comprehensive; through signal connection between the master control device and the exit registration device, the entrance registration device and the barrier gate device, automatic identification of vehicle information and automatic control of the barrier gate are realized. When the vehicle arrives at the entrance and exit, the exit identification device and the entrance identification device can rapidly identify vehicle information and transmit the vehicle information to the master control device to control a barrier gate switch, so that the vehicle entrance and exit management efficiency and the authenticity and objectivity of the entrance and exit information are improved.

The application relates to the technical field of intelligent cockpits, and provides a voice interaction system based on big data, which comprises a cloud platform, a vehicle in remote communication connection with the cloud platform, and a plurality of language libraries with different labels stored on the cloud platform; driver information collected by the vehicle, a corresponding language library downloaded from the cloud platform based on the collected driver information, conversion of voice data into text data, correction of the text data based on the language library, extraction of control instructions in the text data, and sending of effective control instructions to corresponding controllers so that the controllers control corresponding control objects to perform relevant actions. The language libraries of different regions are used to correct the accents of drivers in different regions, the accents of different drivers can be corrected, the voice interaction demand of a shared vehicle side can be met, the recognition deviation of control instructions caused by accents is reduced, and the accuracy of control instruction recognition can be greatly improved.

The application relates to the chip design technical field, in particular to a chip architecture with shareable storage and private storage. The chip architecture comprises: a plurality of physical storage arrays, each of which comprises a plurality of storage units, each of which can be configured as a storage unit in a shared storage area or a storage unit in a private storage area; a shared storage address conversion module for realizing conversion of a shared storage address into a physical storage address; a register address conversion module for realizing conversion of a register address into a physical storage address; and a judgment module, first and second input ends of the judgment module being connected with the shared storage address conversion module and the register address conversion module respectively, the judgment module being used for judging whether a received physical storage address is sent to a physical storage array according to the configuration of a storage unit corresponding to the received physical storage address. The application can realize flexible configuration of shared storage and private storage in a chip.

This invention provides an energy management system for a modular robot, comprising a local management unit within each modular unit and a global scheduling unit located on the main control side of the modular robot. The local management unit, centered on a microcontroller, includes an energy bus dynamic reconfiguration module, a lithium-ion battery pack management and monitoring module, a lithium-ion battery pack current capacity estimation module, and a modular unit energy consumption prediction module. It estimates and outputs to the main control controller the current capacity of each modular unit and the future energy consumption requirements for each trajectory in the task sequence. The global scheduling unit, centered on the main control controller, includes a modular robot energy scheduling module. Based on data provided by each microcontroller, it performs global energy planning for the operation of the modular robot and sends energy scheduling commands to each microcontroller. This invention is applicable to solving the problem of localized failures caused by uneven energy consumption in independent power supply systems, and improving the remaining power balance rate.

This application discloses an image recognition method, apparatus, device, and readable storage medium. The method includes: acquiring a target image; inputting the target image into an image recognition model; extracting image features of the target image in the image recognition model; inputting the image features into an image classification component and a location prediction component in the image recognition model; in the image classification component, performing convolution processing on the image features using a first convolution parameter to obtain a classification convolution feature map; in the location prediction component, performing convolution processing on the image features using a second convolution parameter to obtain a location convolution feature map; outputting the object category of the target object in the target image based on the classification convolution feature map; and outputting the location information of the target object in the target image based on the location convolution feature map. Using this application can improve image recognition efficiency.

The utility model discloses an installation structure of automatic height -adjusting for electric heating product relates to electric heating product technical field, the inner upper side wall fixed mounting of lamp panel support has cantilever, the inside left and right end of lamp panel support all fixed mounting has limit support column, and the both sides of lamp panel all are equipped with the positioning hole, and the bottom of lamp panel and the upper end surface of cantileaver contact, and limit support column is inserted in the positioning hole, and the panel is set in the upside of lamp panel, and the lamp panel is buckled and connected on the lamp panel support through buckle, the utility model discloses increasing a plurality of cantilever on the lamp panel support, and the boss of cantilever end pushes against lamp panel, and increases buckle structure and makes the limit, before closing, and the supporting force of cantilever end pushes against in buckle limit place to lamp panel, after closing, under the pressure of panel and the supporting force of cantilever end, make lamp panel be in the best position, and the display effect of nixie tube is good at this time, also can not press the lamp panel or other components and break, can effectively guarantee the display effect of nixie tube, and reduce material type, realize material common use.

The application belongs to the technical field of intelligent manufacturing, and discloses a production quality online monitoring and tracing method and system for color steel profiled plates and aluminum-magnesium-manganese roof plates. Special sensing equipment is deployed in the whole link of raw material entering, profile forming and coating curing. Terahertz spectrum sensors, laser composite sensing units, infrared thermal imagers and other devices work together, and are matched with adaptive adjustment and self-calibration technologies to ensure the accuracy of process parameters and defect information collection. Cross-modal feature extraction and double-branch models are used for defect identification, which can accurately identify subtle surface defects, accurately locate internal micro-cracks and plate shape deviations, and realize full-process online monitoring. A hybrid trusted architecture combining blockchain, NFT and RFID is used to configure a unique identifier and digital certificate for each batch of plates, embed core quality information, and implant a special chip on the surface of the plate to support fast reading and writing in all scenarios.

The application discloses a multimedia playing method and device based on a cockpit environment, a medium and a product. The method comprises the following steps: running a multimedia playing program in the cockpit environment; playing multimedia content in the cockpit environment through the multimedia playing program; and displaying a first virtual object activity on a display screen of the cockpit environment based on the multimedia playing program. The multimedia playing program supports multi-terminal sharing of the first virtual object. The method attracts users to stay in the multimedia playing program for a long time, thereby increasing the interaction between the users and the multimedia playing program, further improving the human-computer interaction efficiency, improving the utilization rate of the multimedia playing program, and enabling the multi-terminal sharing of the first virtual object through the multimedia playing program. In other words, the users can display the first virtual object on multiple or various terminals, thereby improving the multi-terminal interaction efficiency.

The application provides a kind of rail vehicle axle end ground wire online monitoring system, belong to ground wire online monitoring field, the system includes: multiple sensor modules, one-to-one correspondence is arranged in each steering axle ground device of rail vehicle inside, for collecting the environmental data of each steering axle ground device;Multiple processors, one-to-one correspondence is arranged in each steering axle ground device of rail vehicle inside, and each processor is connected with adjacent on-board diagnostic instrument, for receiving the environmental data collected by corresponding sensor module;Multiple on-board diagnostic instruments, one-to-one correspondence is arranged in each steering axle ground device of rail vehicle inside, for monitoring the ground wire of corresponding steering axle ground device according to the environmental data sent by corresponding processor and the environmental data sent by adjacent processor.The rail vehicle axle end ground wire online monitoring system provided by the application can improve the reliability of ground wire online monitoring.

A heating system and its control method based on a heat pump to enhance the temperature difference of energy storage, relating to the field of solar thermal energy storage heating technology. Solar collectors are connected to user-side hot water storage tanks to form a user-side decentralized heat collection-storage loop. The user-side hot water storage tanks are connected to hot water supply devices and radiant heat dissipation devices to form a user-side heating loop. The user-side hot water storage tanks are connected to the heating network to form a user-network loop. The auxiliary heating system includes buffer tanks, a water source heat pump, and a hot water storage tank. Based on the water temperature conditions of the solar collectors, user-side hot water storage tanks, buffer tanks, and hot water storage tanks, as well as changes in user demand, a suitable loop is selected for operation. The system offers multiple heating modes that can be switched according to user needs, enabling the sharing and absorption of heat from all users throughout the year, improving the system's heating reliability and overall energy utilization rate.

The application discloses an aspect-level sentiment analysis method, system and device based on emotional knowledge and a medium, and can be widely applied in the technical field of sentiment analysis. The application obtains the dependency syntax tree of an input sentence, constructs the dependency graph structure of the sentence according to the dependency syntax tree, and then fuses the emotional knowledge and the position information into the dependency graph structure to obtain the adjacency matrix expressing the correlation between the nodes in the sentence. The global sharing of the emotional knowledge node parameters realizes the storage, updating and sharing of the emotional knowledge, thereby improving the fusion degree of the emotional knowledge. Then, the aspect-level sentiment analysis model is trained according to the sentences in the review corpus and the adjacency matrix, thereby reducing the cognitive bias of the model and improving the prediction performance of the model.

The application discloses a steering priority and pilot valve group for a fork loader, which comprises a valve block body, a first oil port connected to the valve block body, a first oil path and a second oil path connected in parallel at an outlet end of the first oil port, a dynamic priority valve arranged on the first oil path, an outlet of the dynamic priority valve connected to a third oil path and a fourth oil path arranged in parallel, the third oil path connected to an external steering valve, and the fourth oil path connected to an external action valve, a pressure reducing valve arranged on the second oil path, and a parking valve, a pilot valve and a high-low speed valve connected in parallel at an outlet of the pressure reducing valve. The application combines the functions of a steering control system and a pilot control system on the same valve block, reduces the number of components, lowers the cost, realizes the sharing of component resources, and has the characteristics of simple structure, low cost, good pressure maintaining capability and high system integration.

A simulation device control method, apparatus and device, and a readable storage medium, the simulation device control method comprising: an upper computer obtaining a configuration instruction, the configuration instruction comprising a to-be-controlled simulation device and a to-be-controlled rack, the to-be-controlled simulation device being connected with a relay, the relay comprising a connection path between the relay and a plurality of racks; and the upper computer sends a control instruction to the relay connected with the to-be-controlled simulation equipment, and controls the relay to open a connection path with the to-be-controlled rack and close connection paths with other racks, so that the upper computer performs a simulation test by using the to-be-controlled simulation equipment and the to-be-controlled rack. According to the invention, by controlling the relay connected with the simulation equipment, in order to complete different simulation test items, the simulation equipment can be flexibly connected with different racks, so that the problem that at present, various simulation equipment is configured for each rack or the simulation equipment is dismounted from one rack and mounted to another rack is avoided.

This disclosure provides a method for jointly computing data, an apparatus for participating in jointly computing data, a computer-readable storage medium, and a computer program product. The method includes: a first participant in the joint computing calculating a random verification share value corresponding to itself and obtaining a random verification share value corresponding to a second participant in the joint computing; the first participant obtaining an input share value corresponding to itself and performing corresponding calculations on the input share value to obtain a secret share value corresponding to itself; and the first participant performing verification calculations on the secret share value or the input share value corresponding to itself, based on the random verification share value, to obtain a verification share value corresponding to itself. This disclosure allows for the preparation of large amounts of data in advance when the number of participants is relatively fixed, thus accelerating the speed of online computing.

The invention discloses a chemical wounded intelligent transfer cabin based on RFID and a dynamic triage classification method, and belongs to the technical field of medical rescue equipment. The transfer cabin main body integrates the RFID identification module, the vital sign monitoring module, the environment monitoring module, the data transmission module, the cabin body regulation and control module and the emergency response module, and the RFID identification module and the transfer cabin main body are in multi-unit collaborative design, so that rapid and accurate acquisition and storage of identity information of multiple wounded personnel are realized; the problems that the identity of the wounded person is disordered and information is lost on a chemical accident site are solved, the dynamic triage classification method depends on the wounded person identity information, physiological data and environmental data collected by the transfer cabin, dynamic evaluation and classification of the injury condition of the wounded person are achieved through multi-dimensional information fusion, and the dynamic triage classification method cooperates with the transfer cabin body to work. Identity recognition, state monitoring, injury condition grading and transfer scheduling of the chemical wounded personnel in the process of transferring the chemical wounded personnel from a site to a treatment point are completed, and efficient and accurate transfer and injury inspection support is provided for wounded personnel treatment.