53results about How to "Realize unified deployment" patented technology

The invention discloses a method for expanding custom service in big data component management by using Ambari. The method comprises the following steps: selecting next stack version from the stack of existing stack structure of Ambari; newly building a service component folder under the stack version; newly building and editing a service meta-information file under the service component folder; newly building a folder configuration and newly building and editing the configuration files of the service component in the folder; newly building a folder package and newly building folders scripts and templates in the folder package; newly building and editing the phython script used by the service component in the folder scripts; newly building and editing a service configuration file template used by the phython script in the folder templates; and restarting ambari-server and adding a service component to the web UI of ambari. Through the method disclosed by the invention, an aim of unified deployment and monitoring of new service components can be achieved.

The invention relates to a high-performance cloud computing hybrid computing system and a method thereof. In the method, a cloud computing agent service module is set in each computing node of the high performance computing resource pool and simultaneously connected with a high performance computing scheduling system and a cloud computing management system. When the cloud computing resources are insufficient, the cloud computing management system sends a node resource application to the high-performance computing scheduling system, and sends the first cleaning command to the corresponding cloud computing agent service module to clean up the node resources according to the idle computing node information notified by the high-performance computing scheduling system. Idle computing nodes are added to the cloud computing resource pool. When the cloud computing resources are redundant, the cloud computing management system releases some computing nodes, and sends a second cleaning command to the corresponding cloud computing agent service module to clean up the computing nodes to be released, and then the high-performance computing scheduling system recycles them to the high-performance computing resource pool. The invention avoids resource idleness and improves resource utilization.

The invention relates to a remote network awakening method and a remote network awakening device. The server acquires an awakening command of a target computer to be awakened, wherein the awakening command carries an MAC address of the target computer to be awakened. A data sheet is queried according to the MAC address, and an awakening computer which is positioned in a same network segment with the target computer to be awakened and of which the current state is an online state and the state update time is the latest is further acquired. The server sends the awakening command to the awakeningcomputer, so that the awakening computer awakens the target computer to be awakened according to the awakening command. According to the method provided by the invention, the routing list of the router does not need to be artificially configured, and thus the unified deployment and migration can be achieved.

The invention discloses an establishing method for a plateau long-distance large engineering surveying control system. The establishing method comprises the steps that firstly, a large trunk canal control net is established to unify engineering surveying frameworks; then, a plurality of building control nets are established to meet the precision requirements of construction of corresponding buildings; finally, the trunk canal control net and the building control nets are effectively linked, and integral construction surveying control is formed. The method is oriented to plateau long-distance large engineering construction, a high-precision surveying and mapping guarantee is provided, the integral design and unified deployment of engineering are achieved, and the precise engineering surveying control system is established; design, construction, construction management and supervision maintenance along the line of engineering are carried out under the framework with unified precision and standards.

The embodiment of the invention discloses a control method, device and system for air purifiers, relates to the field of automation control, and aims to provide a scheme for uniformly and automatically controlling the multiple air purifiers. In the embodiment of the invention, the current air quality condition is detected, and current operation modes and equipment information of all the air purifiers located in the same local area network are obtained; the number of the air purifiers which operate in an initiating mode is determined according to the current operation modes of all the air purifiers; the target number of the air purifiers needing to be operated in the initiating mode and matched with detected results of the current air quality condition is found in a preset control strategy table; and target operation modes of all the air purifiers are determined and all the air purifiers are controlled to operate in the corresponding target operation modes according to magnitude relation between the number of the air purifiers which operate in the initiating mode and the target number and the equipment information of all the air purifiers. Accordingly, the problem is solved.

The invention discloses a method for calling a user mode function by a kernel mode. The method comprises the steps that calling of a kernel mode to a user mode function is converted into blocking andawakening of a kernel mode thread; in the kernel mode, parameter encapsulation, kernel mode thread blockage and ioctl message communication of the called user mode function are realized to complete calling of the user mode function; and after the called user mode function returns a calling result, the user mode function return result is sent to the kernel mode through ioctl message communication,and the blocked kernel mode thread is awakened to finish the whole process of function calling. According to the invention, calling of the kernel mode to the user mode function is achieved; under thecondition that kernel logic is not modified, transparent calling from the kernel mode to the user mode is completed in a blocking awakening mode, and logic of an original function is not modified.

The invention provides an interactive electric vehicle intelligent vehicle-mounted network terminal system, and relates to the technical field of electric vehicle charging and discharging. The interactive electric vehicle intelligent vehicle-mounted network terminal system comprises an intelligent vehicle-mounted terminal and a power grid coordination control system; the intelligent vehicle-mounted terminal is mounted on an electric vehicle and is in communication with the coordination control system; the intelligent vehicle-mounted terminal is used for detecting state information of a motor,electric control and a battery of the electric vehicle, sending the detected state information and user requirement information to the coordination control system, and responding to a control instruction of the coordination control system; and the coordination control system is used for generating a control instruction according to the load, frequency and electricity price of a current power gridand the received state information and user requirement information, and sending the control instruction to the intelligent vehicle-mounted terminal, so that the intelligent vehicle-mounted terminal controls charging and discharging of the electric vehicle. According to the interactive electric vehicle intelligent vehicle-mounted network terminal system, unified deployment of electric vehicle charging and discharging can be achieved.

The invention discloses an overhead rail type feed conveying device belonging to the field of livestock and poultry breeding. A feed track runs through a pigsty, a material feed cart moves on the feedtrack, a transfer bin is hoisted under the feeding track in the pigsty, a weighing platform is also located in the pigsty is installed under the transfer bin, a first-row feed distribution track anda second-row feed distribution track which do not interfere with each other are arranged on one side of a track translation mechanism toward the pigpens, and aggregate food troughs are arranged in several pigpens below the first-row feed distribution track and the second-row feed distribution track; the feeding rail is provided with an interrupting part at any straight part outside the pigsty, andan avoiding rail mechanism is installed at the relative position of the interrupting part. Compared with the traditional pipeline conveying, the invention has the problems that the pipeline is easy to be worn, easy to be broken down, difficult to be repaired and maintained, the residual feed in the pipeline is not easy to be cleaned, and the conveying system of the rail car works more reliably, is easier to be used and maintained, and has longer service life.

The invention relates to an online monitoring system and a control method for a heat exchange station. The system comprises a cloud side, a network, a control center and a plurality of heat exchange stations. The control method is realized by adopting the online monitoring system for the heat exchange station, and comprises the following steps of setting the water supply and return temperature of a secondary network through the control center in combination with outdoor temperature and the pipeline heat dissipating capacity of the secondary network; executing a genetic method, optimizing the PID control process of each heat supply controller, and adjusting the flow of a primary network by taking the error between an actual value and a set value of the water supply temperature of the secondary network as an adjusting parameter; executing the genetic method, optimizing the PID control process of each heat supply controller when the actual value of the water supply temperature of the secondary network reaches the set value of the water supply temperature of the secondary network; and adjusting the flow of the secondary network by taking the error between the actual value and the set value of the water return temperature of the secondary network as the adjusting parameter. According to the online monitoring system and the control method, centralized monitoring, data processing and resource sharing of a plurality of heat exchange stations at a district can be achieved, and the production efficiency is improved.

The invention relates to the technical field of model deployment, in particular to a machine learning-based model deployment method and system, a server and a storage medium. The method comprises the following steps: a model training step: performing model training through machine learning to obtain a model; a calling step: calling a model deployment system by the model; a model framework selection step: based on the model, selecting a model framework deployed on a model deployment system or performing deployment through a user-defined model framework; a deployment parameter configuration step: receiving the selected model framework and performing deployment parameter configuration in combination with the model according to the selected model framework; a model deployment step: deploying the model to a physical machine or k8s based on the model framework; and reponse to concurrent serivce request step: calling the model based on the model framework after deployment parameter configuration. Through the method and the device, the problem of single support framework in the prior art is solved, and unified deployment of models developed according to different machine learning frameworks is realized.

The invention discloses a charging pile based on an electric vehicle charging cluster and a server, and belongs to the technical field of charging pile control, the charging pile comprises a pluralityof charging subsystems and a communication module, the plurality of charging subsystems are connected to the same distribution transformer, and the charging subsystems realize bidirectional communication with the server through the communication module, wherein the charging subsystem comprises a main charging subsystem and a slave charging subsystem which are used for adjusting output power according to rated power of different electric vehicles; and the main charging subsystem receives the charging information of a charging gun in each charging subsystem and the real-time electrical load information of an area to which the charging pile belongs sent by the server, and controls the start-stop working state and the output power of each charging gun. According to the invention, the load ofthe power grid in the peak period of power utilization can be reduced, the rated powers of different electric vehicles can be adjusted to adjust the output power of the charging guns, the charging efficiency is high, the unified allocation of the charging guns under the same distribution transformer is realized, and the safety is high.

The invention belongs to the field of a chemical technology and relates to a technological method for preparing polysilicon by a silane method. Processing equipment involved in the technological method comprises a reducing furnace, a cyclone separator, a filter, a waste heat exchanger, a steam drum, a water cooler, a circulating hydrogen compressor, a cryogenic cooler and a connecting pipe. In comparison with the prior art, the technological method has advantages of small silicon powder generation amount, high yield and quality of products, low comprehensive energy consumption and the like.

The invention relates to a lamplight purse seiner and specifically relates to an electric propelled lamplight purse seiner. The invention solves the problems of poor dynamic performance, poor energy-saving and environment-friendly property, high noise and vibration, ultrahigh installed power, heavy body and high construction cost of the present lamplight purse seiner. The electric propelled lamplight purse seiner comprises a generating system, a power distribution system, a main propelling system, a fish luring lamplight system and an auxiliary system, wherein the generating system comprises a plurality of constant-speed diesel generating sets; the power distribution system comprises a main power distribution plate, an auxiliary power distribution plate, a fish luring lamp section box, a fishing and auxiliary section box, two phase-shift propelling transformers, an auxiliary transformer, an AC400V bus bar mounted on the main power distribution plate and an AC220V bus bar mounted on the auxiliary power distribution plate; and the main propelling system comprises two propelling converters, a double-armature alternating current propelling motor, a gear box and a propeller. The electric propelled lamplight purse seiner is suitable for various fishing operations.

The invention discloses a distributed type stage sound effect unified allocation system. Unified allocation on a plurality of loudspeaker units in a stage sound effect system is achieved. Through an overall scheme design, the best system sound effect can be achieved, one-by-one manual on-site testing is of no need, efficiency is improved, and wide application prospect is achieved.

The invention provides a cloud platform application deployment method and apparatus, an electronic device and a storage medium. The method comprises the steps of obtaining composition information of a to-be-deployed application of a current cloud platform; wherein the composition information represents attribute content and composition logic of the to-be-deployed application; according to the composition information of the to-be-deployed application, determining the environment attribute of each component contained in the to-be-deployed application; calling a corresponding cloud environment plug-in for each component according to the environment attribute of each component based on a preset multi-cloud environment configurator; and deploying the to-be-deployed application to the current cloud platform based on the cloud environment plug-in of each component. According to the method provided by the scheme, different cloud environment plug-ins are called for different cloud environment components according to the environment attributes of the components in the to-be-deployed application, and application deployment is performed based on the called multiple cloud environment plug-ins, so that the flexibility of cloud platform application deployment is improved, and the deployment efficiency is improved. Unified deployment of applications is realized in a multi-cloud mixed scene.

The invention discloses a staff dormitory electricity utilization energy saving system, which includes a staff dormitory. A bathroom is disposed at one side, close to a dormitory door, inside the staff dormitory. The bathroom is equipped with a ventilator and a second lighting lamp at the top end inside and is also equipped with a microwave human body induction device on the inner wall thereof. An intelligent air conditioning is mounted on the wall of the other side, close to the dormitory door, inside the staff dormitory. An intelligent air conditioning controller is mounted on the wall below the intelligent air conditioning. A first intelligent lighting controller is mounted on the wall at one side of the intelligent air conditioning controller. The first intelligent lighting controller is connected electrically with a first lighting lamp mounted in the middle position of the top end inside the staff dormitory through a wire. According to the invention, through dual control over the electricity utilization of the staff dormitory by a remote control terminal and switches inside the staff dormitory, the energy saving goal is achieved, and the service life of the electrical appliances inside the staff dormitory can also be effectively prolonged.

The invention relates to the technical field of networks, in particular to an NFV (Network Function Virtualization) core network element test method, architecture and MANO architecture. According to the scheme, the method comprises the following steps: constructing an adaptation layer under an original MANO architecture; and the adaptation layer sending a specified control primitive to the test capability layer of the test instrument through the specified control primitive API, so that the control of the test instrument is realized under the MANO architecture in a centralized manner, and the unified deployment and scheduling of the test capability of the test instrument by the MANO architecture are realized through the design of the control primitive.

The invention provides a TSAT moment optimization method based on flight normality. The TSAT moment optimization method comprises the steps: counting flights planned to take off in a future time period of a preset time length and storing the flights into a preset tsat calculation pool; setting target starting time t0 for the target runway by taking the runway as a unit; counting available releasetime nodes of the target runway in combination with the target starting time t0 and the current runway release capability gap; allocating predicted release time nodes to the flights in the tsat calculation pool from the available release time nodes; for all flights in the tsat calculation pool, calculating the target departure time tsat based on the predicted release time node. According to the method, the TSAT moment is automatically calculated based on the flight normality and the runway head backlog condition, and the ground guarantee is considered through optimal scheduling of the tsat moment, so the ground resource efficiency is improved, and the executable degree of the TSAT moment is high; queuing waiting time of the runway head of the aircraft is reduced, and carbon emission is reduced; flight normality can be improved, and waiting sorts of aircrafts at the head of the runway are reduced.

The invention discloses an energy-saving control method and system for a heterogeneous network, and belongs to the technical field of communication. The method includes the following steps: a macro cell sends a control instruction to a preset micro cell; the micro cell judges whether an energy-saving condition is met, and when the energy-saving condition is met, an energy-saving operation is performed according to the control instruction; and when the energy-saving condition is not met, the energy-saving operation is not performed according to the control instruction. Therefore, through the independent operation of the macro cell and the micro cell, the normal operation of the cooperative work of the macro cell and the micro cell can be ensured, the phenomenon that the macro cell and the micro cell do not interfere with each other can also be ensured, the unified deployment and control of the energy-saving operation can be implemented, and thus each micro cell can orderly enter or exitan energy-saving state according to the own actual situation; and the coordination and flexibility of the system can be improved, an energy-saving control process can be more orderly and efficient, an energy-saving function can be applied more reasonably and flexibly on the basis of ensuring the user experience, and the conflicts and balance between energy saving and performance and between energy saving and services can be solved.