63 results about "Container status" patented technology

A container for locally determining a container state using a state device. The state device detects unexpected events by comparing expected event information with actual event information related to a container condition. The container condition includes, for example, environmental conditions, logistical or location conditions, and physical or security conditions. Thus, the container is able to intelligently monitor its state and raise an alert without intervention from a central system. The container can also be programmed and reprogrammed with updated logic, states, and / or expected event information. A sensor in the state device gathers input information for comparison to expected event information. A communication port in the state device receives event information. For example, a GPS (Global Positioning System) receiver can determine a current location for comparison to an expected location at the current time. In another example, an RFID (Radio Frequency Identification) receiver and transmitter automatically uploads state information to a central system.

The invention discloses a resource management system and method for containerized application, wherein the system is composed of a management node and at least one computing node. The management node provides application management and resource monitoring function, and schedules tasks on demand according to the resources of the application demand and the resources that the computing node can provide, and also monitors the resource utilization ratio of the CPU, I / O devices and network devices of each computing node to guide the application scheduling to perform accurately. A container state analyzer in the calculation node performs the resource consumption statistics and analysis to the currently running container. Whether the running container produces the performance disturbance is distinguished and quantitative analyzed based on an SVM interference detection module. When performing performance disturbance, a container resource dispatch module dynamically adjusts all resources of the container. Efficient deployment and scheduling scheme are provided for containerized application in the cloud environment. The computing resources can be adjusted according to the dynamic changes of the applied workloads, and the elastic expansion and contraction are adaptive.

Disclosed is a system for tracking containers and logistics using a biometric identity card and a CSD (Container Security Device). The system comprises: a container security device control unit which receives, in accordance with the result of an authentication, container biometric authentication card information from the container biometric identity card, and generates container status information including lock information obtained, and an open message obtained when the container is opened; a container tracking communication terminal unit, periodically generates current location information, and transmits the container status information and the current location information through a wireless communication system; and a container tracking server and the current location information, stores the received information, receives selected container identity information, extracts the container status information and the current location information corresponding to the container identity information, and displays the extracted information at container tracking center.

A method of labeling reusable containers is disclosed. A placard having a release coating on one side is adhesively secured to the container. The placard is transparent with instructional printing applied to one surface. Pressure-sensitive labels are placed on the exposed surface of the placard. The labels contain indicia relating to the status of the container. When the status of the container changes, the label is removed and a new label is substituted on the placard.

There is provided a method and apparatus that monitors and records the status and cargo inventory of a shipping container. The shipping container includes a container control unit that records and monitors the status and inventory particular to that container. Sensors are provided within the container to determine the container status. A piezoceramic actuator provides power to rechargeable batteries in the container control unit. Thus the container includes a self contained power source. A bridge control unit monitors and records the status and inventory of every container on a vessel. A remote control unit monitors and records the status and inventory of every container worldwide.

The invention discloses a full-memory operation system which supports container running. The full-memory operation system comprises a full-memory operation system body, and the full-memory operation system body comprises a generating unit and an operation system loading unit; the full-memory operation system generating unit is used for establishing a Linux customizing operation system, compiling tool package software and a container engine and establishing a Linux memory operation system mirror image; the operation system loading unit is used for achieving core module loading, storage driving loading, container mirror image configuration loading and container storage driving loading of the operation system. The invention provides a memory operation system and an achieving method thereof which support container application deployment, and are high in practicability and efficiency. According to the operating system, a state-free container can totally run in a memory, therefore the bottleneck of hardware reading and writing is avoided, reading of the container mirror image is accelerated, the situation that the container state is stored in persistent data is supported, the situation that a host machine or the network stores persistent data is further supported, and the data safety is guaranteed.

The invention provides a virtualization technology-based method for constructing a WEB running environment of an intelligent terminal. The method comprises the steps of constructing a multi-process WEB engine combined with Docker, and isolating each WEB application through a container; and performing separation on a main process and a rendering process of a browser in the multi-process WEB engine, wherein the rendering process runs in the Docker container, the main process and the rendering process of the browser in the multi-process WEB engine communicate through IPC, the managed application processes during WEB running include Container Handler and Docker client of Docker, Container Handler is used for managing the application processes and calling an interface provided by Docker client, and Docker client is used for interacting with a Docker engine, managing the containers and obtaining state information of the containers. According to the method, the WEB applications are isolated based on the containers, so that the WEB applications have higher security; the processes and the resources can be isolated at the same time; while the applications are isolated, the resource sharing can be realized, so that the resource utilization rate is high; the containers can communicate based on a Docker virtualization technology; and the starting speed is high.

The invention discloses a real-time synchronization method for the state of a Docker container. The method comprises the following steps of building a container management platform; building a container, storing container information in an Etcd database, and setting a TTL expiration time of the container; deploying a container monitoring component in a host where the container is located, wherein the container monitoring component periodically reports monitoring data to the container management platform; when the container management platform receives the monitoring data, updating the corresponding TTL expiration time of the container in the Etcd database; monitoring the Etcd database by using the container management platform, when the condition that the container information is deleted is monitored, judging whether the state of the container in the platform database is a stop state by using the container management platform, and if no, updating the state to be the stop state. According to the method, the state of the container under abnormal scenes such as the Docker host is shut down and the Docker progress is stopped can be updated.

The invention discloses a container cluster management method, a storage medium, electronic equipment and a system, and relates to the field of containerized cluster management, the method comprises the following steps: monitoring the state change in a container scheduling system, and sending a change notification after the change. A finite state machine (FSM) is created corresponding to each containerized instance, a plurality of container states are set for each finite state machine, the finite state machines are switched to the corresponding container states according to different trigger events, and the containerized instances are containerized applications deployed by the container scheduling system. And receiving and analyzing the change notification to obtain a corresponding triggerevent, and sending the trigger event to the finite-state machine corresponding to the containerized instance. According to the invention, the state of the containerized instance in the containerizedcluster scheduling system can be monitored in real time, and the state of the containerized instance can be displayed in real time.

The invention provides a container cold transferring method and system. The method comprises the steps of storing configuration parameter information of a source node container and the container state; copying a data volume loaded by the source node container to a target node; importing the source node container into the target node; modifying the configuration parameter information; creating a container through the modified configuration parameter information; setting the container state to be the stored container state. By transferring the source node container to the target node, firstly the data volume loaded by the source node container is copied to the target node, then by transferring the configuration parameter information and the state, it is guaranteed that data in the containerand data in the container data volume are not lost, therefore the problems that when a physical node in a cluster needs hardware upgrading or faces a possible error risk, the container in the currentnode needs to be transferred to another node, and the usability is poor are solved; the container cluster is conveniently managed, and by using a floating IP, it is guaranteed that the transferred IPaddress cannot be changed.

The invention discloses a containerized application automatic allocation optimization system and method based on a cloud platform. The system comprises at least one resource node which is used for collecting the data of resources consumed by a current operation container; the resource node state data edge calculator is used for further calculating resource consumption in combination with the container state data of the resource node to the resource, and analyzing to obtain the running state of the current resource node; and the at least two management nodes are used for carrying out basic management on the resource information, the scheduling task and the queue information, monitoring the state of each resource node, carrying out analytic statistics on the state data of the resource nodes,and providing an execution strategy for allocating and optimizing resources. Intensive management of resources in the cloud platform can be realized, reasonable node allocation is realized by quantitatively analyzing the performance of the currently running resources on the basis of monitoring various performance indexes of the resource nodes, and unified calculation adjustment and dynamic scaling can be performed according to the workload condition of the resource nodes.

The invention provides a method for quickly detecting the running state of a container, comprising a collector, a shared configuration library, a host machine and a container on the host machine. A method for quickly detecting the running state of a container determines whether a container is running by judging whether a specific port of a host machine accepts a request and whether a specific string of small lengths is returned when an answer is received. Because of the small burden of port response, the collector can quickly obtain the status information of a large number of containers, and the system can also collect all the container status of a large number of hosts at short intervals to meet the needs of the monitoring system. A method for quickly detecting the running state of containers can quickly obtain the running state of containers on different hosts, which can meet the requirements of fast collection speed and low resource consumption, and is especially suitable for obtaining the states of containers on a large number of hosts in a distributed system.

The invention relates to an electronic seal lock comprising a lock body and a lock rope. Two ends of the lock rope are respectively connected on the lock body. Optical fiber is provided in the lock rope, and the lock rope is protected by external metal net. The lock body comprises an LED light source and a sensor. Light signals delivered by the LED light source are delivered to the sensor through the optical fiber in the lock rope. The lock body also comprises a single-chip microcomputer, a memory, a GPS module, and a wireless communication module. The single-chip microcomputer controls the LED light source to emit light, and receives signals transmitted by the sensor. The memory, the GPS module, and the wireless communication module are respectively connected with the single-chip microcomputer. An electronic sealing and inspection system adopting the electronic seal lock comprises a monitoring center for monitoring system status, the electronic seal lock used for locking a container, a barrier reader used for recording a container status, and a handheld seal applying device used for encrypting the electronic seal lock. With the lock and the system provided by the invention, the transportation process of cargo can be monitored in real time, lock unlocking time and place can be recorded, and cargo temperature and humidity information can be recorded.

The embodiment of the invention relates to a method and a system for management of medicine production, and belongs to the technical field of medicine production management. The method comprises the steps of: matching material information obtained based on a first tag and pres-stored standard material information; based on a second tag, obtaining state information of a container corresponding to the second tag; when the matching is successful and the state information is available, sending a control information to a control device; and after the control device receives the control information,controlling a feed device to feed materials into the container. The method and system for management of medicine production perform matching of the material information in the medicine production process, perform confirmation of the container state information, and feed the materials into the container when the material information matching is successful and the state information is available soas to achieve real-time monitoring of the medicine production process and reduce the errors and quality risks caused by manual operation.

The present invention provides an approach for determining a state of a shopping receptacle. Specifically, under the present approach, an image capture device (e.g., camera) is positioned at the checkout station and / or on the shopping receptacle. The device will capture at least one image of the shopping receptacle during the checkout process and / or when the customer or checkout clerk indicates that the transaction is ready for payment (e.g., all items have been scanned or rung through). Using such image(s), a model for an empty receptacle and a knowledgebase of non-shopping items that may remain in the shopping receptacle, it is determined whether the receptacle is empty. If not, an alarm or other notification will be activated and the events can be logged.

The invention discloses a logistics container. The logistics container comprises a cavity and a communication module, wherein the cavity is used for placing objects, and is provided with a door capable of being opened and closed and / or a mechanism capable of being folded and unfolded and / or a component capable of being separated and combined; and the communication module communicates with a server, receives information from the server, and sends the information about the logistics container to the server. The state of the logistics container can be efficiently monitored in real time.

A detection device for detecting a state of a waste toner container comprises an optical sensor and an actuation member. The optical sensor comprises an emitting unit emitting an optical signal and a receiving unit receiving the optical signal. A space is provided between the emitting and receiving units, and the optical signal travels along an optical path from the emitting unit to the receiving unit. The actuation member is movably disposed between the emitting and receiving units. The actuation member in a first position interrupts the optical path of the optical signal; and the actuation member is moved by the waste toner container to a second position when at least a part of the waste toner container is placed in the space. The actuation member in the second position allows a passage of the optical signal. An image forming apparatus using such a detection device is also provided.

The invention relates to a manual weighing charging MES process control method based on container recognition. The manual weighing charging MES process control method based on container recognition comprises the following steps that 1, the initial stage of a container is empty; 2, a bar code of the container is scanned, and weighed materials are charged according to the normal procedure; 3, the state of the container is assigned by a system, the container is in a weighed state, and linkage between the recognition bar code of the container and content data is established on a data platform; 4, the weighed container is conveyed into the material process; 5, the materials enter a charging station, the materials to be charged are scanned and determined, scanned information is connected with a system data platform after being read in, weighing work content data are read in and are compared with a task list, the materials are accept by the system if the requirement is met, and normal charging is conducted. According to the manual weighing charging MES process control method based on container recognition, the container recognition way is adopted, the process of printing and pasting bar codes on a weighing station is omitted, and unexpected interruption, caused by printing faults and detects of pasted labels during circulating, of the site process can be avoided. The manual weighing charging MES process control method can be adapted to various complicated working environments, high in reliability and wide in application range.

The present invention provides an approach for determining a state of a shopping receptacle. Specifically, under the present approach, an image capture device (e.g., camera) is positioned at the checkout station and / or on the shopping receptacle. The device will capture at least one image of the shopping receptacle during the checkout process and / or when the customer or checkout clerk indicates that the transaction is ready for payment (e.g., all items have been scanned or rung through). Using such image(s), a model for an empty receptacle and a knowledgebase of non-shopping items that may remain in the shopping receptacle, it is determined whether the receptacle is empty. If not, an alarm or other notification will be activated and the events can be logged.

A system for tracking containers and logistics using a biometric identity card and a CSD (Container Security Device). The system comprises: a container security device control unit which receives, in accordance with the result of an authentication, container biometric authentication card information from the container biometric identity card, and generates container status information including lock information obtained, and an open message obtained when the container is opened; a container tracking communication terminal unit, periodically generates current location information, and transmits the container status information and the current location information through a wireless communication system; and a container tracking server and the current location information, stores the received information, receives selected container identity information, extracts the container status information and the current location information corresponding to the container identity information, and displays the extracted information at container tracking center.

The invention provides an intelligent disinfectant bottle detection and control system and an intelligent disinfectant bottle detection and control method based on Internet of Things. Every electronic tag has unique identification information for identifying a disinfectant container to which the electronic tag attached; intelligent disinfectant taking devices in timing reset read the identification information of the electronic tags within a tag communication range and output latest identification information; a data collector collects and uploads the identification information; a control terminal receives the identification information in real time, queries a tag information library for anti-counterfeit identification according to the identification information received every time, generates certified product signals and counterfeit product forbidding signals, stores first certified product signal generation time and latest certified product signal generation time, generates effective signals when a duration does not exceed a preset duration and feeds the certified product signals, the counterfeit product forbidding signals and the effective signals back to the corresponding intelligent disinfectant taking devices; the intelligent disinfectant taking device respond to the certified product signals and the effective signals to enter the disinfectant container control and use allowing state, or otherwise enter the disinfectant container forbidding state.

The invention relates to a container full supply chain real-time tracing and monitoring system and monitoring method thereof. The monitoring system comprises a container electronic device which is arranged on the container and in charge of real-time status detection and record on the container, read-write devices and GPS modules which are arranged in each link of the container supply chain and a background monitoring system. When the container passes through one link of the supply chain, the read-write device of the link carries out data communication with the container electronic device by wireless communication and transmits the read container status information to the background monitoring system in real time by wireless or wired communication, and meanwhile the read-write device of theline communicates with the GPS module of the link to transmit current position information of the container to the background monitoring system in real time. The invention realizes real-time tracingand monitoring of the container under full supply chain and improves efficiency and benefit of logistics and asset allocation management.

The invention discloses a container state changing method and device, and relates to the technical field of computers. One specific embodiment of the method comprises the following steps: receiving alog file of a container, and analyzing the log file into a log instance object; verifying the log instance object according to a preset event rule; and if the verification is passed, changing the state of the container in the main database according to the event rule. According to the embodiment, the log file of the container can be monitored through the preset event rule, the effect of changing the state of the container in the main database in real time is achieved, the code development difficulty is reduced, and the service processing efficiency is improved.

The invention discloses an elastic caching system under a Docker cloud platform, which is composed of a WebServer module, a Docker cluster management module, a Docker host cluster, a MySQL database, an Etcd cluster, a Docker mirror warehouse, and a client. The client transmits user and authentication information to the WebServer module; the WebServer module sends the Docker container control related data and commands to obtain the host status to the Docker cluster management module; the WebServer module reads and writes the host status and user information to the MySQL database; the WebServer The module sends container startup status information to the Etcd cluster; the client side reads cached data and Proxy node list information from the Docker host cluster; the Docker host cluster transmits host status data and Docker management data to the Docker cluster management module; The warehouse sends Docker Image data to the Docker cluster management module; the Docker host cluster transmits and caches cluster startup related data, Docker container status data, elastic event data, and disaster recovery event data to the Etcd cluster.

The invention provides a management and control method for creating and destroying a Docker container, which comprises the following steps that: a management end initiates a strategy request for acquiring the state of the Docker container to a terminal, and the terminal receives the strategy request, and after the terminal processes the strategy request, information for analyzing the strategy request is analyzed and sent to the management end; when the management end configures whether the docker container can be started or not, the management end sets and issues a starting management and control strategy to the terminal, after the terminal receives the starting management and control strategy, corresponding object information is found out according to subject information of the docker container, and a corresponding access control permission strategy is configured for an object; and when the management end closes the management and control of the docker container, the management end triggers and sends a closing management and control strategy for closing the docker container to the terminal, and after the terminal receives the closing management and control strategy, all docker strategies including the starting management and control strategy are eliminated, and a security mechanism is notified to update the strategy. According to the method and the system, the business service can be effectively prevented from being interfered and damaged, and the safety management and control of Docker container creation and recovery are solved.

The invention discloses a resource management system and method for containerized application, wherein the system is composed of a management node and at least one computing node. The management node provides application management and resource monitoring function, and schedules tasks on demand according to the resources of the application demand and the resources that the computing node can provide, and also monitors the resource utilization ratio of the CPU, I / O devices and network devices of each computing node to guide the application scheduling to perform accurately. A container state analyzer in the calculation node performs the resource consumption statistics and analysis to the currently running container. Whether the running container produces the performance disturbance is distinguished and quantitative analyzed based on an SVM interference detection module. When performing performance disturbance, a container resource dispatch module dynamically adjusts all resources of the container. Efficient deployment and scheduling scheme are provided for containerized application in the cloud environment. The computing resources can be adjusted according to the dynamic changes of the applied workloads, and the elastic expansion and contraction are adaptive.

The invention relates to the technical field of cloud computing, in particular to a container event alarm method and device and electronic equipment. The specific implementation scheme is that the method comprises the steps: monitoring a server, and obtaining an alarm rule and a container event; generating an alarm message according to the alarm rule and the container event; and sending the alarm message to a user terminal. According to the embodiment of the invention, the abnormal event in the container can be monitored and notified to the user terminal. The container monitoring accuracy and speed can be improved, and the container state can be fed back to the user in time.