10results about How to "Operation is not affected" patented technology

The application provides a reactant organization device and method, which comprises a fuel organization unit and a first oxidant organization unit. The fuel organization unit comprises a main body section and a fuel channel penetrating through the main body section, the inlet of the fuel channel is communicated with the outlet of a thermal modification furnace, the outlet of the fuel channel is communicated with the inlet of a gasification melting furnace, and the outlet end of the main body section is directly connected with the inlet of the gasification melting furnace. The first oxidant organization unit comprises at least one first oxidant nozzle, the at least one first oxidant nozzle is embedded in the main body section, and the outlet of the first oxidant nozzle is communicated with the fuel channel.

The application discloses a photovoltaic inverter layered distributed installation layout optimization method convenient for operation and maintenance and upgrading, constructs a three-layer linkage architecture of a centralized management layer, a regional control layer and a device execution layer, the regional control layer automatically scans a photovoltaic inverter NFC electronic tag through a dynamic topology identification mechanism, realizes plug-and-play of the device and second-level topology updating, a master and standby regional control unit adopts an incremental snapshot synchronization technology, completes non-perception switching within millisecond-level time, and ensures continuity of control instructions, the system adopts an operation and maintenance efficiency index dynamic optimization algorithm, forms an adaptive optimal layout scheme, a five-dimensional health degree evaluation model is constructed by combining DC side attenuation and MPPT deviation, early warning and pre-maintenance of device failure are realized, a time-space separation gray upgrade strategy combined with power generation power prediction is deployed, batch upgrading is realized, and automatic function verification and rollback are realized, and zero risk in the upgrading process is ensured. The application solves the technical problems of static rigidity of a traditional layout and concentrated upgrading risks.

The application provides a transmission method for electronic information system data increment, belonging to the technical field of electronic information system design, comprising designing service functions residing on computer of subsystem module, changing running program on module related to newly added function data when function of the system is increased; in the process of sending newly added function data from data source unit module to target module, the data source unit module first sends newly added function data to the subsystem module through bus, the service function on the subsystem module controls receiving newly added function data and sends the newly added function data to the target subsystem module, the target subsystem module analyzes and processes the newly added function data on the subsystem module, when the function of the system is increased, the transmission and processing of the newly added function data can be completed without changing the dispatching rules of each subsystem module, so that the overall stability and safety of the system can be ensured, and the expansibility of the system can be improved.

This application discloses a method, apparatus, and computer device for wind farm data source authentication based on SVM-UGR. It includes: acquiring the original feature set of multimodal physical signals generated by wind turbines; normalizing the original feature set to a preset feature space using a static SVM model to obtain low-dimensional static features of the multimodal physical signals; extracting dynamic coupling features of the multimodal physical signals at different time dimensions from the original feature set using a dynamic UGR model; fusing the low-dimensional static features and dynamic coupling features corresponding to different modal physical signals to form a physical fingerprint of the wind turbines; and authenticating the target wind farm data source based on the first similarity between the target wind farm data and the physical fingerprint. The method of this application constructs a "physical fingerprint" of the wind turbine's operational characteristics through a model and achieves trusted data source authentication based on operational behavior and physical state through comparison with new data, without relying on network identity.

This utility model discloses a gas-fired wall-hung boiler skid structure for a heating system, including a skid frame. A condensing wall-hung boiler is installed inside the skid frame. The output end of the condensing wall-hung boiler is connected to a water supply pipe. The output end of the water supply pipe is connected to a primary side water inlet pipe. The output end of the primary side water inlet pipe is connected to a plate heat exchanger. The plate heat exchanger is connected to a primary side return water pipe. The primary side return water pipe is connected to a return water pipe. The return water pipe is connected to the condensing wall-hung boiler. A secondary side return water pipe is installed at the bottom of the plate heat exchanger. A secondary side water supply pipe is installed on the plate heat exchanger. A flue gas heat exchange assembly is installed on one side of the skid frame. The flue gas heat exchange assembly includes a flue gas collection pipe. The input end of the flue gas collection pipe is connected to the flue gas outlet of the condensing wall-hung boiler. The output end of the flue gas collection pipe is connected to a whitening heat exchange chamber. A whitening fan is installed at the bottom of the whitening heat exchange chamber. The output end of the whitening heat exchange chamber is connected to an exhaust pipe.

The invention provides a file processing method and device, electronic equipment, a storage medium and a chip, and relates to the technical field of data processing. The method comprises the following steps: in response to the fact that the file size of a first mirror image file exceeds a distribution space corresponding to the first mirror image file, generating a second mirror image file by extracting a control instruction sequence in the first mirror image file, and generating the second mirror image file only by depending on the control instruction sequence in the first mirror image file, the file size of the mirror image file is reduced; when the second mirror image file runs, the running operation corresponding to the second mirror image file is executed according to the first configuration parameter in the first mirror image file, and it can be guaranteed that running of the mirror image file is not affected while the data size of the mirror image file is reduced.

The invention provides a method and device for displaying a camera picture, a vehicle, a medium and a product, the device comprises a first module and a second module which are arranged in a processor, and the method comprises the steps that when a camera picture opening signal is received, the first module constructs a display object and transmits an address to the second module; when the second module obtains the camera data and identifies that the address contains the display object, the camera data is stored in the display object; the first module judges whether the display object contains camera data or not, if yes, a camera picture is displayed, and if not, a pre-configured image is displayed; and when an exit signal is received, the first module closes the picture display, the second module closes the camera and stops acquiring data after a preset time, and if the preset time is not reached and the opening signal is received again, the second module terminates the closing process, and the first module reconstructs the display object and transmits a new address to the second module. By using the technical scheme, the response speed of the camera picture can be improved.

The utility model discloses a kind of power plant condenser vacuum extraction pipeline drainage device, including condenser and vacuum extraction pipeline, the vacuum extraction pipeline is communicated with the vacuum tube bundle of condenser, water ring vacuum pump is connected on the vacuum extraction pipeline, isolation valve is also connected on the vacuum extraction pipeline, still including drainage device, the drainage device includes drainage pipeline one, drainage device primary valve, drain tank, drainage pipeline two, drainage device secondary valve, the one end of the drainage pipeline one is communicated with vacuum extraction pipeline, drainage device primary valve is installed on drainage pipeline one, the other end of drainage pipeline one is communicated with drain tank, drainage pipeline two is communicated with drain tank outlet, drainage device secondary valve is installed on drainage pipeline two. The utility model is through reasonable design and configuration, effectively solve the problems such as water, corrosion, impurity accumulation in vacuum extraction system, improve the operation efficiency, reliability and economy of system, while being convenient for maintenance and overhaul.

The application discloses a kind of chaotic test method, device, electronic equipment and storage medium.The method comprises: in the case where determining that test user passes through test authority authentication, platform service resource is acquired based on the test information of the test user;When detecting the resource state change of the platform service resource, determine chaotic test resource based on the platform service resource;Test case of the cluster service platform is generated based on the chaotic test resource and the test information, and the cluster service platform is tested based on the test case.The technical solution disclosed by the application solves the problem that the fault injection of one project in the test process of the prior art affects other projects deployed on the same node, achieves the purpose of protecting the system from being affected during chaotic testing, and improves the security of system operation.

The invention discloses a modularized flexible carbon dioxide adsorption and desorption device and a control method thereof. The device comprises a flexible trapping module, a main controller and a gas supply unit. The module is provided with a flexible shell composed of a gas adsorption cavity and a heat exchange cavity, a semiconductor chilling plate is bridged between the gas adsorption cavity and the heat exchange cavity, and the heat exchange cavity is provided with a fan and a heat dissipation structure. And a temperature sensor is arranged in the gas adsorption cavity. The main controller dynamically adjusts the current of the semiconductor chilling plate through a PID algorithm according to temperature feedback, and closed-loop temperature control is achieved. The method comprises intelligent switching and accurate control of an adsorption mode and a desorption mode. The heat dissipation problem of the semiconductor chilling plate in the flexible environment is solved through a unique cavity-divided heat conduction structure, precise regulation and control of the process temperature are achieved in combination with closed-loop control, the device can flexibly adapt to various complex space scenes through the modular flexible design, and the carbon dioxide capturing efficiency, economical efficiency and deployment convenience are remarkably improved.