264 results about "Containerization" patented technology

An encryption method that is largely transparent to a user is accomplished by intercepting a change document or open document command, carrying out an encryption or decryption process, and then completing the command on an encrypted or decrypted file. The encryption method can be used in a wide variety of environments, such as an individual computer program, a database or electronic messaging over the Internet. The encryption method can select from a plurality of encryption algorithms. The encryption method can also allow just a portion of a document to be encrypted, placed in a container, and then be represented by an object linking and embedding (“OLE”) container object or other representation supported by the file.

One embodiment of the invention is directed to the containerization of content units that are accessed using an identifier. Applicants have appreciated that file systems sometimes impose limits on the number of files that may be stored therein that are too restrictive. Thus, in one embodiment, multiple content units may be stored in a single file, called a container file, in a file system. Each content unit may have an identifier associated with it. When an accessing entity requests access to a previously-stored content unit and provides the identifier for the content unit, the identifier may be used to locate the container file in which the content unit is stored.

A storage and retrieval system is provided that automates the process of handling a mixed inventory of palletized and containerized items. The invention is particularly useful in handling cargo and weapons within a ship's hold or magazine. When used on a ship, the invention provides for the stowing and unstowing of loads quickly and efficiently, to automatically secure such payloads for sea and to achieve high stowage density, while retaining the capability to select and retrieve any ordered payload, move it to and load it on elevator trays under computer control.

The invention provides an automatic scaling and migration scheduling method, system and device for containerization micro-service. The method comprises the steps that early warning data which is generated by a container and / or micro-service and obtained after fault positioning and / or data which is sent by a third-party platform and carries automatic scaling task plans of the container and / or micro-service are received; automatic container scaling or fault scheduling transferring is triggered. According to the method, system and device, when the micro-service is abnormal, the responding time and the processing time of service scaling are shortened; the heavy processing workloads of operation and maintenance staffs are reduced; uncontrollable risks brought by manual service scaling processing are effectively controlled; the operation and maintenance cost of an enterprise is reduced; popularization of system containerization micro-service transformation of the enterprise is effectively accelerated; the restriction problem of a container scaling strategy is solved; the diversity and the mechanism of containerization micro-service scaling are expanded; real fault points are accurately positioned through fault conduction analysis on a whole calling chain, and precise scaling of the containerization micro-service is achieved.

The embodiment of the invention provides a containerization management system based on micro-service, which comprises a Kubernetes cluster, wherein a plurality of nodes are arranged in the Kubernetescluster, at least one docker container is arranged on each node, and the docker containers are micro-service operation bearing platforms; The log component which is used for collecting log informationof the micro-service borne by each docker container and generating visual data according to the log information; And the monitoring assembly which is used for acquiring the monitoring data of the micro-service borne by each docker container and generating time sequence data according to the monitoring data, wherein the time sequence data is used for displaying the operation of the micro-service.According to the embodiment, resource sharing between services can be effectively realized, the deployment efficiency is improved, and the system operation and maintenance difficulty is reduced.

A single, self-contained housing core configured for containerization is provided. The housing core includes a first section having a floor and a first portion of walls. A second section is connected with the first section to define at least one cavity. The second section includes a ceiling and a second portion of the walls. The second section also includes a reservoir. Deployment items are disposed with the first and second sections. Implants are disposed within the first and second sections. Loose items are disposed with the first and second sections. Methods and systems of constructing a dwelling unit including the housing core and transporting the housing core via intermodal transport are also disclosed.

A method and apparatus for creating universal adaptive bit rate streams using a generic container format to store audio, video, and supplemental data that allows seamless trans-containerization from one adaptive streaming format to another.

An apparatus and method for containerization of multiple data objects within a block of a single container. The apparatus and method may pack multiple data objects together in a block of a logical container in a file system. The method may include receiving data in the form of multiple data objects to be stored in a file system, and collectively data packing the multiple data objects together in at least one block of a logical container in the file system. The block is a fundamental unit of storage space of the file system, and each block of the logical container includes multiple extents to store data from at least one data object of the multiple objects. The apparatus may include a plurality of storage devices coupled to a storage server. The storage server is configured to store the multiple data objects in at least one block of the logical container in the file system. Some data objects may be stored in multiple extents of one or more blocks depending on the size of the data object.

A method and apparatus is provided for strategically arranging ID tag antennas in a container to accommodate various sizes of tagged assets and to assure a reading of all assets in the container when the tagged assets have different packing densities. An antenna bus in each container, that is connected to a container ID tag reader, allows bus connector insertable antennas to be strategically placed for accommodating various asset packing densities. The containers are designed to readily interconnect the data outputs of all the tag readers when the containers are stacked in any of three dimensions whereby a single master unit collects data from all the readers and transmits the data to a central data collection point.

Systems and methods for marine seismic cable deployment and retrieval are described. One system comprises a plurality of portable containers, each container temporarily storing a marine seismic component, at least some of the containers able to be removably fastened to a deck of a vessel of opportunity, and at least one of the portable containers storing a main cable winch on which is wound a marine seismic cable. It is emphasized that this abstract is provided to comply with the rules requiring an abstract, which will allow a searcher or other reader to quickly ascertain the subject matter of the technical disclosure. It is submitted with the understanding that it will not be used to interpret or limit the scope or meaning of the claims.

The invention discloses an openstack component containerization construction method. The method comprises the steps of S1, generating openstack component docker image; S2, deploying node running environment configuration; S3, deploying node local registry service configuration, S4, importing openstack component docker image, wherein the step S4 is completed through a docker client terminal command line tools and importing of script; S5, pushing openstack component docker image to the local registry to be save; S6, deploying the openstack component to a server; and S7, updating the deployed openstack component. The openstack component containerization construction method can reduce the influence caused by the upgrading of an operating system, to the work of the openstack component, and the method is simple to operate, practical and convenient.

Embodiments of the invention relate to the field of cloud storage, in particular to a container technology-based memory access method and system. The system comprises a volume management module, a memory drive management module, an authority management module and a container arrangement module; wherein the volume management module is used for sending a volume creation request by a user through an interface or an API so as to realize the creation of different types of volumes, and managing the created volumes; the memory drive management module is used for receiving the volume creation request sent by the volume management module; the authority management module is used for calling an interface of Keystone so as to realize the authentication and authority management of the user; the container arrangement module is used for operating each memory drive at a corresponding calculation node in a container manner; the memory drives provide configuration files aiming at different arrangement frames; and the arrangement module calls APIs of the arrangement frames to realize the containerization and scheduling of each memory drive. According to the method and system, the high availability and load balance of each memory drive are realized.

A dynamic sortation system and method. The invention is preferably utilized in a robotic containerization system having a number of locations for containers such as carts or pallets. Each location may be assigned a speed of loading rating that represents the time needed for a robot to load an item to a location. The system may be preprogrammed with a simplified, base scheme of destinations. After these initial steps, the system reads destination codes from each of the plurality of items in a load of items sent to the system for sortation. The system may store the destination code of each read item in a historical database. The system then determines whether the read destination code is assigned a location. If the destination code is assigned a location, the item is loaded in a container at the assigned location. If the destination code is not assigned a location, the system determines whether to assign the destination code a location based on whether the destination code is in the scheme of destinations, the projected or historical number of items having the same destination code, and the speed of loading rating for each location.

The invention relates to a matured Osmanthus fragrans seedling containerization bare root transplanting method. The existing method for transplanting matured Osmanthus fragrans seedlings is a soil ball transplanting method, which has the disadvantages that transport weight is increased, the transport is inconvenient and the soilless export of the matured Osmanthus fragrans seedlings is not facilitated. The matured Osmanthus fragrans seedling containerization bare root transplanting method is characterized in that, in the optimum transplanting season for Osmanthus fragrans, i.e. from the last ten days of March to the middle ten days of May or from the last ten days of September to the middle ten days of September at Yangtze river basin, and in rainy seasons at the pearl river delta area, the matured seedlings which are required to be transplanted and have diameter being no more than 15cm are selected, roots are cut off two to three months in advance, 2000-time hyper-concentrated root power No.2 root promoting agent is circularly applied to root cut-off ranges for two times at an interval of 15 days, excavation for lifting the matured seedlings, pruning, leaf picking, bare root treatment and transplanting medium proportioning are conducted during transplantation, and containerization maintenance is conducted after transplantation. The matured Osmanthus fragrans seedling containerization bare root transplanting method has the advantages that the method is simple to operate, the cost is low and the improvement of the transplanting survival rate and the soilless export is facilitated.

A system is disclosed having servers with operating systems that may differ, operating in disparate computing environments, wherein each server includes a processor and an operating system including a kernel a set of associated local system files compatible with the processor. This invention discloses a method of providing at least some of the servers in the system with secure, executable, applications related to a service, wherein the applications may be executed in a secure environment, wherein the applications each include an object executable by at least some of the different operating systems for performing a task related to the service. The method of this invention requires storing in memory accessible to at least some of the servers a plurality of secure containers of application software. Each container includes one or more of the executable applications and a set of associated system files required to execute the one or more applications, for use with a local kernel residing permanently on one of the servers. The set of associated system files are compatible with a local kernel of at least some of the plurality of different operating systems. The containers of application software exclude a kernel; and some or all of the associated system files within a container stored in memory are utilized in place of the associated local system files resident on the server.

The invention discloses a container process monitoring method, device and system, relates to the technical field of web platforms and solves the problem in a containerization technology that traditional monitoring software can not implement effective monitoring management by aiming at a single container. The container process monitoring method has the main technical scheme that the container process monitoring method comprises the following steps: obtaining at least one container operating on a physical machine and the attribute information of the container; according to the attribute information of the container, obtaining the process information of the corresponding container; and sending the process information of each container to a center control server so as to bring convenience for the center control server to judge whether the process information of each container is abnormal or not according to a preset detection standard, and sending alarm information to the physical machine if the process information of each container is abnormal. The container process monitoring method, device and system is mainly used for monitoring the process in the container in the containerization technology.

Embodiments of the invention provide a cloud platform service cluster, a creating method and device. According to the method, a first node non-containerized component cluster, a first node containerized component cluster and a cluster management platform component are deployed on first node cluster nodes, the cluster management platform component comprises a containerized cluster management platform component and a non-containerized cluster management platform component, so that non-containerized cluster services are realized, service access management and control are realized based on the non-containerized cluster services, further, some management tools have higher containerization availability, and a problem that other non-containerized services in the cluster cannot be well processed in the prior art is solved.

The invention discloses a container cloud safety protection method and system constructed on basis of Kubernetes. The method comprises the steps of: adding a safety protection system into a Kubernetescontainer cloud, and when clients access microservices on the container cloud, by the protection system, firstly carrying out first traffic cleaning of a transmission layer on a request; then forwarding to an application layer protection system to carry out second traffic cleaning, and forwarding traffic after cleaning to the corresponding microservices; and simultaneously collecting all access logs, then identifying abnormal access behaviors and attack sources by intelligent analysis on the logs, generating a protection strategy, issuing the protection strategy to a protection subsystem, intercepting attacks and completing third traffic cleaning. The container cloud safety protection method and system implement: 1, a deep protection system of an IP layer, the transmission layer and an application layer; 2, intelligent generation and issuing of the protection strategy and linkage of the protection strategy with the protection system; and 3, containerization of safety components and the advantages of rapid deployment, easiness for expansion, easiness for operation and maintenance and the like. The container cloud safety protection method and system are applicable to safety protection of the microservices on the Kubernetes container cloud.

The invention discloses a distributed container clustering framework achievement method based on a domestic CPU and an OS. The method comprises the steps of setting a distributed container clusteringframework into three parts of a main node, a work node and a state storage node, wherein the main node is a management node of the distributed container clustering framework, and is in charge of managing whole distributed container clustering; the work node is the work node of the distributed container clustering, and runs containerization application and service; the state storage node is the state storage node of the distributed container clustering, and a distributed consistency k-v storage system is introduced to store running state information of the distributed container clustering framework. By means of the distributed container clustering framework achievement method based on the domestic CPU and the OS, based on a Docker technology, lightweight-class virtualization schemes are achieved, the cost in resources like memory and a CPU is reduced, the efficiency is high, few resources are consumed, the method is more suitable for a domestic hardware-producing environment in which CPU performance is relatively weak currently, and through the framework, running and containerization application across machines can be conveniently managed.

The invention discloses a PCB (printed circuit board) printing all-in-one machine, which is used for printing a PCB. The all-in-one machine comprises a rack, a loading station, a transfer station, a plughole printing station, an A surface printing station, a 180-degree overturning station, a B surface printing station, a 90-degree overturning station, a plug board conveying station, a capturing and translation unit and a PLC (programmable logic controller), wherein the loading station, the transfer station, the plughole printing station, the A surface printing station, the 180-degree overturning station, the B surface printing station, the 90-degree overturning station and the plug board conveying station are sequentially arranged on the rack from left to right; the capturing and translation unit and the PLC are arranged on one side of the rack. According to the all-in-one machine, the PCB printing and containerization efficiency can be improved.

The invention discloses an intelligent management system and an intelligent management method for a container. The system comprises a container radio frequency identification (RFID) electronic lead seal, a mobile terminal for reading and writing the electronic lead seal and a background server wirelessly connected with the mobile terminal. The electronic lead seal also comprises a memory, and the memory stores the factory number of the electronic lead seal, the number of the container corresponding to the electronic lead seal, a goods delivery receipt number corresponding to goods and a barcode for the check of the outside. The requirements of automatically reading the information of the container, changing the state of the container in real time, monitoring foreground goods in real time in the background, and the like can be met. A container electronic lead seal management system is used for tracking the function operation of electronic task allocation, container pickup, containerization, passing in and out of a port, disassembly and off-hire of the container, container inspection, number pairing, lock replacement, container relocation and the like in real time and transmitting and updating the information in real time, so that the management strength of the container is greatly strengthened, and the safety of the whole transportation process is ensured.

The invention relates to an online model reasoning system. According to the embodiment of the invention, the method comprises the steps of: establishing a model warehouse and a container mirror imagewarehouse in which container mirror images required by an inference model are stored; when receiving an online reasoning request of a user, enabling a model micro-service engine to call an inference model required by the user from a model warehouse according to the configuration information of the user; and storing the container mirror image in the container mirror image warehouse, so that the situation that the container mirror image required by the training model is inconsistent with the actual container mirror image is avoided, the inference model can be packaged into inference service capable of being operated in a containerization manner, and online inference service is provided.

A container is disclosed with a container modification in the form of slanted sides terminating respectively at a bottom residing within a lower horizontal plane and at a top residing within a least one higher horizontal plane. The container is further disclosed to provide containerization, ease of transportation, and accessibility to its use in working on a slanted roofing surface wherein the container, by the resultant relocation of its center of gravity, remains stable on a slanted roofing surface. Further, the container is disclosed to facilitate use as a receptacle in a toss game where articles are tossed, from a distance, into such receptacle. The facilitation results from providing a receptacle target with a lowered facing rim and a stabilizing effect from the slanted sides that limits mis-hits from toppling over the container / receptacle. Other uses are envisioned as well (such as the typical uses of a bucket) within the realm of the instant disclosure.

The invention relates to a distributed deep learning system based on a Docker container and an establishment method and working method thereof. The system includes a server host, a first distributed deep learning platform and a second distributed deep learning platform. By utilizing a Docker containerization technique, multiple distributed deep learning systems can be established on the server host at the same time. The improvement of the distributed deep learning system based on the Docker container mainly embodies in three aspects that (1) the whole system can be achieved in one server host without requirement of multiple hosts, so that costs are saved; (2) the container is created through a template mirror image, the processes are simple without requirement of repeated establishment, and errors and waste of time are avoided; (3) the CPU of a server can be utilized to the maximum degree, and hardware resources are no longer wasted.

A method of processing and distributing perishable food products, including the steps of processing the primals and storing in a central location until ordered, a method of containerization of meat products including compression and storage, a method of processing meat products including chilling and monitoring demand, for the meat, a method of processing food products including modifying the atmosphere in the container and altering pressure as necessary, a method of loading containers into a vehicle comprising separate conveying means for loading and unloading, and a conveyor sorting apparatus having an endless belt and an article contacting surface moving substantially perpendicular to the primary conveyor.

The invention discloses a container cluster management method, device and system, and relates to the technical field of finance. The method comprises the following steps: receiving an application publishing request sent by a tool platform, wherein the application publishing request comprises a program file of an application to be published, an identifier of the application to be published, a target container cluster identifier corresponding to the application to be published and a server identifier in a target container cluster; converting the format of the application release request into a readable format of a target container cluster corresponding to the target container cluster identifier by adopting a first format conversion algorithm to obtain the application release request after format conversion; and sending the application publishing request after format conversion to a target container cluster corresponding to the target container cluster identifier, wherein the application publishing request is used for indicating the target container cluster to execute a publishing operation on the program file of the application to be published in the server corresponding to the server identifier. According to the method, reconstruction and reconstruction of a non-containerization system architecture are avoided, and the management cost of the container cluster is reduced.

The invention discloses a continuous integration and continuous delivery method based on a container scheme. The continuous integration and continuous delivery method comprises the following steps: manufacturing a mirror image template required by application containerization; creating a continuous integration task by using an automatic integration tool, wherein the continuous integration task comprises code compiling, packaging and testing and mirror image construction through a mirror image template; creating a continuously deployed task by using an automated integration tool, wherein the automatic test task is used for testing the function and service test of the new environment after successful deployment; formulating the workflow through the defined tasks, and completing the definition of development, testing, deployment and release processes adapting to the development mode of the user.

The invention discloses a container type house unit, comprising a container house body, wherein the front end wall and the rear end wall of the container house body are respectively provided with a door (13) for entering the container house body; the front end and the rear end of the of the container house body are respectively provided with a balcony; the balcony and the container house body areformed into a whole; the left side and the right side of each balcony are respectively provided with an access used for the balcony; and side wall on one side of the container house body is provided with a piping shaft (15). In addition, the invention also provides a modularized group building residential building assembled by the container type house unit. According to the container type house unit and the modularized group building residential building formed by the container type house unit, the construction of the original container type residential building is kept, and the basic strength of the container type house is guaranteed. On the basis of the existing container type house, the reliability and the operability of the product can be perfected, the quality of the product is guaranteed, and the container type house unit is suitable for the requirement of industrial production.

The invention discloses an OpenStack containerization system and method based on a domestic platform, and relates to the technical field of OpenStack cloud platforms, the OpenStack containerization system comprises a unified warehouse which is used for storing container mirror images, software, source codes and blueprint files in the OpenStack containerization process; The universal adaptive component is used for detecting the hardware model and the operation system type of the domestic platform server, downloading a blueprint of a corresponding version, selecting a cross compiling tool according to configuration information in the blueprint, and setting kernel parameters; The compiling assembly is used for obtaining source codes of the container and the deployment tool, compiling and installing the container engine and the deployment tool, and compiling a mirror image of the OpenStack service; And the deployment component is used for running the starting script of the deployment toolaccording to the configuration file and the starting sequence of each service of the OpenStack, deploying, configuring and starting the OpenStack service in sequence. According to the system and the method provided by the invention, the difference between hardware of a domestic platform and an operating system level can be shielded, and one-key compilation and deployment of a containerized OpenStack cloud platform are realized.

One embodiment of the invention is directed to the containerization of content units that are accessed using an identifier. Applicants have appreciated that file systems sometimes impose limits on the number of files that may be stored therein that are too restrictive. Thus, in one embodiment, multiple content units may be stored in a single file, called a container file, in a file system. Each content unit may have an identifier associated with it. When an accessing entity requests access to a previously-stored content unit and provides the identifier for the content unit, the identifier may be used to locate the container file in which the content unit is stored.