41results about How to "Stable deployment" patented technology

The invention discloses a self-sinking fish reef comprising a self-sinking support. The self-sinking support comprises a platform, a trapezoidal support frame is arranged below the platform, and the support frame is connected by side support rods on the side faces and a bottom support rod at the bottom. Limiting columns are arranged on the portion, on the inner sides of the side support rods, below the platform. A positioning boss protruding upwards is arranged on the portion of the upper side of the platform. Multifunctional tubes are arranged at the positions close to the edge of the positioning boss. A combined reef body is arranged above the platform, and comprises annular reefs matched with the edge of the positioning boss. Through positioning holes capable of accommodating pins are formed at the side positions, close to the tops or bottoms, of the annular reefs. The self-sinking fish reef has the advantages of high sinking speed, layout stability, high proliferation efficiency, high success rate and capability of replacing proliferation varieties as required.

An airbag fabric comprising a synthetic fiber, the fiber having a total fineness of 200 to 400 dtex, and the fabric having an average edgecomb resistance retention in the warp and weft directions after heating at 210° C. for 30 seconds of 60% or more and a residual shrinkage of 1.5% or less in both the warp and weft directions.

The invention relates to an underwater main base station of a seabed observational network. The underwater main base station comprises an anti-dragging network structure and a function unit. The anti-dragging network structure is of an integrated ellipsoidal face structure and is formed by connecting a protective cover assembly, a supporting framework assembly, a bottom supporting assembly and a bottom sealing assembly through bolts and nuts. The function unit is installed in the anti-dragging network structure and formed by connecting a submarine cable terminal assembly, a power unit assembly, a communication unit assembly, a submarine cable connection cathode assembly and a wet pluggable connector assembly through watertight connectors and watertight cables. The underwater main base station is connected to a bank base station through a standard single-electrode photoelectric composite communication submarine cable comprising a seabed relay and a seabed splitter. Negative high voltage single-electrode direct-current transmission with seawater as a current loop is adopted for communication with a wavelength division multiplexing optical fiber with a relay, and the reliability of the seabed observational network is improved through submarine cable segmental relay protection. The underwater main base station is simple in structure, compact in size, stable in arrangement and capable of reducing external force damage risks and reducing sediment deposition and further has the beneficial effects of being high in transmission efficiency, large in communication capacity and long in transmission distance.

The invention discloses a self-sinking fish reef proliferation method which comprises the following steps: (1) attaching eggs; (2) transplanting; (3) enhancing populations; and (4) changing varieties. A self-sinking bracket of a self-sinking fish reef comprises a platform; a ladder-shaped bracket frame is arranged below the platform; the bracket frame is formed in a way that side supporting rods on the side surfaces are connected with bottom supporting rods at the bottom; limiting columns are arranged at the parts on the inner sides of the side supporting rods below the platform; an upwardly projected positioning boss is arranged on the platform; a multifunctional pipe is arranged in a position of the positioning boss, close to an edge opening; a combined reef body is arranged above the platform; the combined reef body comprises an annular reef matched with the edge opening of the positioning boss; through positioning holes capable of accommodating pins are formed in positions close to the side surfaces at the top or the bottom on the annular reef; and the bottom supporting rods can be of a rectangular structure formed by the four bottom supporting rods and can be also ring-shaped. The self-sinking fish reef proliferation method has the advantages of high laying speed, stability for laying, high proliferation efficiency, high success rate and capability of changing the proliferation varieties according to the need.

The invention discloses a container-service-oriented software generation system and a method thereof. The template management module is based on a template file in a unified format, and performs standardized descriptions on the service resources, data resources, and software image resources on which the container service depends. Establish the relationship between templates based on the dependencies between time, service and data; the software building module selects mirror templates and software operating environments, configures resources to build software mirrors, and encapsulates and compresses service templates, data templates, and software mirrors to generate Unified format of the software package; the simulation verification module performs simulation verification on the processes of software dependency resource binding, software deployment, and software operation before the software goes online, and exports the generated software package. The invention can ensure rapid integration, efficient deployment and stable operation of software in a real environment.

The invention relates to an optimization method and device for controlling viscous fingering in surfactant flooding under the gravity effect. The optimization method for controlling viscous fingeringin surfactant flooding under the gravity effect sequentially includes the steps of design of an injection-production seepage dip angle adjustable sand filling physical model, correlation of a surfactant solution displacement phase under the gravity effect and the seepage speed of an interface region where micro-emulsion slug is formed, correlation of the formed micro-emulsion slug under the gravity effect and the seepage speed of a propelled oil wall interface region, acquisition of unitary surfactant flooding leading edge and seepage physical property parameters of the physical model, the gravity effect stable displacement leading edge de-oil saturation and variable injection and projection dip angle stable seepage technology boundary division and viscous fingering control capacity optimization. The problems that in existing surfactant flooding, in order to effectively avoid viscous fingering, a polymer fluidity control agent needs to be introduced into a system usually, the oil extraction cost is further increased, and a ground injection and production process is complicated are solved.

The invention provides a system for communication between a mobile terminal and the Internet, which comprises a grid local area network, a grid access device and a mobile communication network, wherein the grid local area network is used for receiving data sent by the mobile terminal and sending the data to the grid access device; the grid access device is used for grouping the received data and forwarding the grouped data to the mobile communication network by link parallel transmission technology; and the mobile communication network is used for receiving the data sent by the grid access device and transmitting the data to the Internet. The invention provides a method for communication between the mobile terminal and the Internet. The method provides stable and high-speed wireless network access for the mobile terminal; the system has the characteristics of convenient deployment, flexible network deployment and easy maintenance; and the link parallel transmission technology flexiblyadjusts bandwidth of the grid local area network accessing the Internet, so that the bandwidth accessing the Internet is wide, and has load balancing capacity.