52results about How to "Fast deployment" patented technology

The invention discloses an Internet of things system which comprises a sensing layer, a network layer, an application layer and an Internet of things general architecture platform layer. The Internet of things general architecture platform layer comprises an object description model and description language unit, an object identify unifying and parsing platform, an object access and management platform, an object service platform and an object interaction platform. Top-layer design of Internet of things architecture platform is carried out for Internet of things architecture platforms, so that technology development of Internet of things can be planned from the top layer, a standard system is led to be established, and construction of an application system of the Internet of things is promoted; unified guidance can be established for development of the Internet of things, reconstruction is avoided, construction cost is lowered, and deployment speed is increased.

The invention discloses an edge computing processing platform integrated with a multi-networking protocol multi-edge computing framework. The edge computing processing platform comprises an equipmentlayer, a networking protocol layer, a gateway layer, a transmission protocol layer, a hardware acceleration layer, an edge computing layer, a cloud and an application layer. The method has the following beneficial effects that the method supports multiple Internet of Things networking protocols, is simple and convenient to access, simple and rapid to deploy, simple and convenient to maintain and flexible in configuration change, and has good expansibility, extremely high concurrent processing capability and very high stability; high safety and good privacy protection capability are realized; data processing may be accelerated with hardware.

An Unmanned Aerial Vehicle (UAV) comprises a situational awareness system coupled to at least one onboard sensor that senses the location of other UAVs. A cooperative Radio Access Network (RAN)-signalprocessor is configured to process RAN signals in a UAV-User Equipment (UE) channel cooperatively with at least one other UAV to provide for increased rank of the UAV-UE channel and produce RAN performance criteria. A flight controller employs autonomous navigation control of the UAVs flight based on the relative spatial locations of other UAVs and the RAN performance criteria operating within predetermined boundaries of navigation criteria. The UAV can be configured to employ mitigation tactics against one or more UEs identified as a threat and may coordinate other UAVs to conduct such mitigations.

The invention discloses a method for testing cloning of video monitoring simulation terminals. The method includes generating a mirror image file Image1 of an operating system installed with video monitoring simulation terminal software on a testing platform; selecting types and amount of video monitoring terminals for testing; according to the selected types and amount of the video monitoring terminals, calculating the number of needed virtual servers and generating a corresponding first configuration file; according to the calculated number of the virtual servers and hardware information of physical testing servers, selecting a physical testing server by the testing platform, transmitting the image file Image1, starting a virtual machine on the selected physical testing server, virtualizing out a corresponding virtual server, injecting the first configuration file into the virtual server, and starting the video monitoring simulation terminal. The invention further discloses a device adopting the method. By the method and the device, the video monitoring simulation terminal can be quickly cloned, and high arrangement speed and low maintenance and management cost are realized.

The invention discloses a method, a device and a system for recharging by using a voucher card. The method for recharging by using the voucher card comprises the steps that a service control point (SCP) inquires a voucher center (VC) about the inquired times of the voucher card according to received subscriber voucher card information; and when the inquired times of the voucher card reach a preset threshold, the VC locks the voucher card. By using the method, the device and the system, the repetitive recharging risk of the voucher card is effectively reduced and precluded in time, and the situation that great losses are brought to an operator because one voucher card is repetitively used for recharging is avoided.

The invention provides a mobile safety net hanging method for plant roof installation. The method comprises the steps that a winch is transformed, a common winch is transformed into a one-cylinder dual-purpose winch, and two winches are connected through a linkage switch to play a synchronous control role; two pulleys are arranged on two steel columns on the lower chord positions of the ends of a roof truss and roof beams on the same axis in the plant area where a safety net needs to be hung; fixed pulleys are arranged below the pulleys of two steel columns on the outer side of the installation area finally and used for guiding a steel rope; the steel rope is pulled and winds around the pulleys; the safety net needing to the hung is spliced into a whole, and the two sides of the whole safety net and steel rope buckles of the winches are connected and unfolded; the winches are started, and the safety net can move front and back in the axis direction of a plant along with the steel rope under the control of the linkage switch. The mobile safety net hanging method for plant roof installation can achieve installation conveniently and rapidly, reduces installation intensity of workers, improves safety performance, eliminates potential safety hazards, and can be repeatedly used.

The invention relates to a dam body water-retaining and water-blocking device for a water conservancy project, in particular to a flood protection water bag. The flood protection water bag comprises a water bag main body and a water bag skirt body. A water inlet/outlet is formed in the water bag main body. The water bag skirt body is connected to the lower side of the water bag main body. A skirt body falling bag is arranged at the lower end of the water bag skirt body. The two ends of the water bag main body and the left side and the right side of the water bag skirt body are provided with zippers. Multiple flood protection water bag units are connected through the zippers into a whole, embankment water seepage can be prevented by the water bag skirt body, piping is prevented, and the height of an embankment can be increased after the flood protection water bag main body is filled with water, so that the flood protection level is increased, and the flood protection function is achieved.

The invention belongs to the field of water affairs and relates to a microservice system, in particular to a water-affair nested microservice system. Aiming at the technical problem that the difficulty of later system maintenance is also increased along with the increase of the number of micro-service systems, the invention provides the following scheme that: the system comprises an intelligent water affair application system and a service support platform, the intelligent water affair application system comprises a customer service platform, and the customer service platform faces an industrial institution. Due to the fact that a traditional SOA framework has the defects, in client service platform technical route analysis, analysis is carried out according to the characteristics of the newly-developed micro-service, container and DevOps technology and platform combined water affair industry, and the project is built in a novel micro-service technology framework mode. The benefits brought by the micro-service architecture include, but are not limited to, faster deployment speed, higher resource utilization rate, more flexible selection of a technical stack, better fault isolation,easier realization of service complexity decomposition, low learning cost, high communication efficiency and better user experience.

The invention relates to a speed reducer for ground retrieving of a small wheel type take-off and landing unmanned aircraft. The speed reducer is used for shortening the distance of landing run of a small wheel type horizontal take-off and landing unmanned aircraft so as to realize short-distance retrieving of the unmanned aircraft. According to the speed reducer, the speed reducing and retrieving of the unmanned aircraft are realized by using the self weight of a rope to increase damping step by step. The speed reducer disclosed by the invention comprises a base, a bearing assembly, a main box body, a rope box, two pulley blocks, a photoelectric sensor, a data display screen and a rope, wherein the main box body is connected with the base through the bearing assembly, and the bearing assembly can ensure that the main box body can rotate by 360 degrees; the rope box is mounted on one side of the main box body, and is used for winding and placing the rope and setting the initial resistance value for dragging and dropping of the rope; the two pulley blocks are mounted at the upper part of the main box body, and are used for guiding the rope; the photoelectric sensor is mounted on one side of the pulley block at a rope outlet, and is used for measuring the rotating cycles of pulleys; the data display screen is mounted on the side wall of the main box body, and is used for displaying the length of the dragged part of the rope.

The invention belongs to the technical field of unattended operation and discloses a method for realizing automatic installation and cloud computing platform configuration. The method comprises steps of placing a pre-compiled response file and the like in a cloud platform installation server; arranging a local device and a cloud platform installation server under the same network segment, and setting the startup mode of the local device as network startup. When root is started, the network starting software is downloaded to the memory of the local machine; when root is completed, an installation menu is read in an installation server of the cloud platform through a network; the response file and the corresponding installation file of the utu system and the installation configuration script of the cloud platform are downloaded into a disk of the local equipment; and system installation in a disk of the local equipment is performed by using the response file, and after the system installation is finished, cloud platform installation and configuration script file execution are performed by using the response file, thereby finishing the installation of the whole platform. According to the invention, the operation environment of automatically installing the local devices in batches is realized.

The invention discloses integrated independent interactive projecting equipment. An infrared camera combination comprises a camera seat frame, a camera fixing frame and an infrared camera, wherein the camera fixing frame is fixed on an infrared camera mounting panel; the camera seat frame is mounted on the camera fixing frame; the infrared camera is arranged on the camera seat frame; the infrared camera is used for capturing the movement of human body or other objects and adjusting shooting angles and image sizes through the camera seat frame; a projector combination comprises a projector mounting plate and a projecting lens; the projector mounting plate is mounted on a projector mounting panel; the projecting lens is mounted on the projector mounting plate and is opposite to a projector projecting opening reserved in the projector mounting plate; a central processing module is connected with the infrared camera through a capture card and used for capturing movement through the capture card. The equipment does not need any engineering construction or other auxiliary equipment, and can be operated after being started.

The invention relates to the technical field of underground garages, in particular to a safety protection device of an underground garage. The safety protection device includes a first box, a water fender mechanism, a backup storage battery, a sealing mechanism, a manipulation mechanism, a first guide rail bracket, a lifting mechanism, a bottom plate, a top plate and a second guide rail bracket. According to the safety protection device of the underground garage, the water fender mechanism for water prevention is placed underground an entrance of the underground garage, when the dangerous situation of flood occurs, ponding can be effectively blocked simply by driving the lifting mechanism and the water fender mechanism to move and making a water fender flexible plate lifted along the guiderail brackets, no manual operation is needed, a water fender system is laid rapidly, the dangerous situation can be dealt with in time, the lifting height of the water fender flexible plate can be adjusted freely, and the safety protection device can be in use at ponding states of different degrees; a propulsion mechanism can be driven to rotate, therefore, an extrusion plate, the water fender flexible plate and the inner wall of a flow groove are tightly attached, the sealing effect is improved, and infiltration of water is avoided; through a reinforcement rod, the water fender flexible plate is supported, and the strength of the water fender flexible plate is improved.

The invention provides a method for one-key deployment of a block chain smart contract executed by an operation and maintenance device. The operation and maintenance device can access the blockchain node through the predefined interface. The method comprises the following steps: receiving a deployment request of a block chain smart contract, wherein the deployment request comprises the following information: identity information of a to-be-deployed smart contract, a version number of the to-be-deployed smart contract and a to-be-deployed block chain node; obtaining a storage path of the to-be-deployed smart contract according to the identity identification information and the version number of the to-be-deployed smart contract; calling the to-be-deployed smart contract to the to-be-deployed block chain node according to the storage path of the to-be-deployed smart contract; and deploying the to-be-deployed smart contract at the to-be-deployed block chain node according to the running state of the smart contract of the to-be-deployed block chain node. The invention further relates to a device, electronic equipment, a computer readable storage medium and a computer program product.

The invention discloses a method and a device for realizing industry network point management based on a block chain. In the method, a supervision mechanism issues an industry point standard contract and a merchant registration contract. The integral standard contract defines an integral purpose and a plurality of indexes adapted to the industry through a contract code. The merchant can call the point standard contract to release the point account book contract by providing the certificate and the basic information of the to-be-released point. A ticket accumulative exchange function and a general exchange function of the points are realized in each merchant point account book contract, and accumulative exchange of single-class point tickets and general exchange of multiple classes of points can be realized when a user uses the points. The supervision mechanism can realize transparent and standardized point management; and merchants can quickly deploy points, the cost of operating a point system is reduced, the stickiness of users is increased, the number of transactions on a chain can be reduced by issuing point tickets, the node pressure is reduced, and the issuing efficiency of small and micro multiple points is optimized.

The invention discloses a military wireless infrared Doppler microwave detection sensor. The military wireless infrared Doppler microwave detection sensor comprises a polymer lithium battery, a power supply control panel, a ZIGBEE wireless sensor, a human body pyroelectric infrared sensor, a Doppler microwave radar sensor, a ZIGBEE and wireless charging dual-function built-in antenna, a film solar battery, a bus backboard and an oxygen sensor. The film solar battery is connected in series with the polymer lithium battery installed at the bottom end inside the sensor through the power supply control panel via a lead wire; the human body pyroelectric infrared sensor and the Doppler microwave radar sensor are connected with the ZIGBEE and wireless charging dual-function built-in antenna through the ZIGBEE wireless sensor; and the human body pyroelectric infrared sensor and the Doppler microwave radar sensor are also connected with the power supply control panel. The military wireless infrared Doppler microwave detection sensor has the advantages of fast disposition, small volume, light weight and good concealment; and a special self-destruct program of an oxygen sensing anti-damage chip circuit is designed, and the safety is high.

The invention provides an intelligent control method based on mobile terminal identity authentication and location awareness. The method includes: a location state acquisition step for acquiring the location state of a mobile terminal; a motion state acquisition step for acquiring the motion state of the mobile terminal; a behavior pattern identification step for identifying the behavior pattern of the mobile terminal according to the motion state and location state; and an equipment directive generation step for generating equipment control directives according to the behavior pattern. In addition, the invention also provides an intelligent control system based on mobile terminal identity authentication and location awareness. The method and system provided by the invention can accurately identify a user's behavior pattern and judge whether going in or out of a door is set as the purpose, and prevents false door opening.

The invention relates to a wall-hanging directional fixing device for a measuring electrode and a measuring method thereof. The wall-hanging directional fixing device comprise an anchor rod, a rubberhandrail, a measuring cable hook, a vertical pointer adjusting leveling bubble, a damping fixing rotating disc I, a damping fixing rotating disc II, an electrode sleeve and an angle reader, wherein the rubber handrail is arranged on the upper portion of the right side of the anchor rod; the measuring cable hook is also arranged on the right side of the anchor rod and is arranged on the lower portion of the rubber handrail; an upper connecting supporting rod and a lower connecting supporting rod are vertically arranged on the left side of the anchor rod; the damping fixing rotating disc I is rotatably connected with the upper connecting supporting rod; the vertical pointer adjusting leveling bubble is fixedly connected with the damping fixing rotating disc I; the damping fixing rotating disc II is rotatably connected with the lower connecting supporting rod; and the angle reader and the directional rotating electrode sleeve are fixedly connected to the damping fixing rotating disc II. By the device, the measuring angle of the measuring electrode is accurate, directional data can be accurately collected, and the problem of slope body detection is effectively solved.

The invention discloses an automatic train monitoring system which comprises an application server and a terminal device, wherein the terminal device runs a browser; the browser is used for drawing and displaying a station yard graph according to the station yard information provided by the application server; according to the train operation data provided by the application server, a train operation diagram is drawn and displayed; and the application server is used for acquiring the station yard information and the train operation data, and providing the station yard information and the train operation data for the browser. According to the system, a user can conveniently and quickly manage and control equipment in a station and a train on a running line by using terminal equipment which runs a browser and can access a network, and the system also has the advantages of high deployment speed, good expandability and low maintenance cost.

The invention discloses a method and device for improving the air quality in the integral space. The method comprises the following steps that communication connection between a center control deviceand a plurality of air quality sensors is established; the center control device is used for sending identifiers; the pollutant concentration in each semi-closed space is sensed; the pollutant concentration in each semi-closed space and the identifier of the corresponding air quality sensor in the semi-closed space are packaged as uploading information; the uploading information is sent to the center control device; the semi-closed spaces in which the pollutant concentration exceeds the threshold value and the positions of one or more semi-closed spaces in which the pollutant concentration exceeds the threshold value are judged; if the pollutant concentration in the first semi-closed space exceeds the threshold value, whether an air exchange device exists or not is judged; and if the air exchange device exists in the first semi-closed space, a first instruction is sent to the air exchange device, and accordingly the air exchange device in the first semi-closed space runs with the firstpower for the first time.

The invention relates to the technical field of flood prevention and waterlogging control, and specifically relates to a rapid drainage method for an underground garage. The method comprises the following steps: S1, arranging a flood prevention plate in the underground garage, using the flood prevention plate to prevent partial rainwater from entering the underground garage; S2, on the basis of the S1, arranging a discharge pump on a low-lying position of the underground garage, the discharge pump pumping rainwater of the underground garage out. Through mutual cooperation of the flood prevention plate which is uniquely designed and the discharge pump, a drainage method that a block is on the front and drainage is on the rear is realized, and probability that the underground garage is flooded by water is greatly reduced.