265results about How to "Improve disposal efficiency" patented technology

The invention relates to a loading and unloading system for a distribution center type automated container terminal. The loading and unloading system comprises a plurality of quay cranes, a nearshore multipath rectangular-ambulatory-plane automatic transportation system, an elevated container automatic loading and unloading system, a storage yard, a container evacuating port side multipath rectangular-ambulatory-plane automatic transportation system, a container evacuating port transportation system, an annular special container channel and a control system. Compared with the scheme of an existing automated container terminal, the loading and unloading system for the distribution center type automated container terminal is advantaged in that the loading and unloading system is creative and unique, and is high in production efficiency, safety, automation degree and stability, and is simple in structure, simple to control and complete in scheme.

The invention discloses an enhanced airport scene monitoring system, which comprises a passive scene monitoring module, an air space active detection module, a ground active detection module, a monitoring module and a guide module, wherein the passive scene monitoring module is used for acquiring positions of all airplanes and vehicles provided with required airborne / vehicle-mounted equipment; the air space active detection module is used for detecting positional information of the airplanes in air; the ground active detection module is arranged at an accident-prone position and is used for actively detecting the positions of the airplanes close to a key region; the monitoring module is used for receiving the information of each module and judging whether warning action is implemented; and the guide module acts under the control of the monitoring module. Through the monitoring system, the problem of limitation that the conventional passive scene monitoring system completely depends on the airborne / vehicle-mounted positioning equipment of a monitor object can be solved, the capability of the system of detecting a moving object provided with no airborne / vehicle-mounted equipment or with abnormally working equipment is enhanced, and the capacity of the system of quickly processing emergency safety accidents is enhanced.

The invention discloses a comprehensive application method for integrating forest fire danger forecasting and ground fire point monitoring. The comprehensive application method for integrating the forest fire danger forecasting and the ground fire point monitoring comprises the steps that a forest fire danger class forecasting model is established; forest fire weather indexes are obtained by calculating; the forest fire weather index are divided to obtain forest fire danger classes; a satellite receiving system is adopted to receive polar orbit satellite data and pre-processes the polar orbit satellite data; on the basis of an MODIS fire disaster algorithm, a multiband brightness temperature value and a multiband reflectance value of the MODIS data are used for identifying an image; on the basis of a GIS technique, a forest fire danger class forecasting result and a ground fire point monitoring result are superimposed on an electrified wire netting output line and device and display a range of influence of a fire scene which can be intuitive analyzed. The comprehensive application method for integrating forest fire danger forecasting and ground fire point monitoring combines the forest fire danger class forecasting result and the ground fire point monitoring result with the electrified wire netting output line and device, the disposition efficiency of a forest fire accident is improved, and the monitoring range is wide.

The invention discloses an urban emergency command platform. The platform includes an emergency application system used for commanding and scheduling, a communication terminal used for collecting andreporting event information, a fusion communication system used for establishing communicational connection between different kinds of communication terminals and the emergency application system, a fusion communication system used for receiving information sent by the communication terminals and uploading the received information in a fused manner to the emergency application system, a big data resource management system used for data share and exchange with the emergency application system, a geographical information system used for providing different kinds of spatial position information for the emergency application system. The communication terminal is connected with the emergency application system through the fusion communication system; the geographical information system and thebig data resource management system are connected with the emergency application system separately. The invention can solve problems of information blockage, poor dispatching capability, and incomplete emergency handling function, incapability for integration and intelligentization and incapability for trans-department handling of a current emergency platform.

The invention relates to a comprehensive scheduling and load balancing method for an intelligent massive video analysis system. A leading end is a client side, and a background comprises a comprehensive scheduling server, multiple video analysis servers and a file transfer server, wherein the comprehensive scheduling server is responsible for receiving analysis tasks of the client side, decomposing big data files according to file size, quantity and length of time and building a task mapping model; the video analysis servers report the operation states to the comprehensive scheduling server regularly; the comprehensive scheduling server allocates the tasks to the proper video analysis servers according to the priority of the analysis tasks and the states of the video analysis servers, and meanwhile, dynamically adjusts allocation results of the tasks according to the states of the video analysis servers; the file transfer server receives analysis results of the video analysis servers and synthesizes and transfers the analysis results to the client side.

The embodiment of the invention discloses a cloud-control mine integrated management system, and belongs to the technical field of mining. The system comprises a remote command system and a security monitoring system, wherein the security monitoring system is configured to acquire operating data and environmental data within a period of time before the current time, and generate prediction information according to the operating data and the environmental data; the security monitoring system is further used for acquiring target data from the environmental data, the operating data and the prediction information, and sending the target data to a first terminal; the remote command system is configured to send to alarm information corresponding to an actual value or a predicted value determining that the actual value or the predicted value of at least one of the operating data or the environmental data reaching an alarm threshold to s second terminal; the remote command system is further configured to receive and send command information to a third terminal when receiving the command information which is sent to the third terminal. The cloud-control mine integrated management system canbe used to improve the mine information transmission efficiency and further enhance the disposal efficiency of events in a mine.

A process for extracting iron from comprehensive tailings of refractory iron ores comprises the following main steps: after drying and scattering the comprehensive tailings of the refractory iron ores, magnetically separating the comprehensive tailings of the refractory iron ores by using a dry type low-intensity magnetic separation machine to obtain magnetic tailings and non-magnetic tailings; and carrying out size grading on the magnetic tailings to remove the magnetic tailings with low coarse fraction grade and high SiO2 content; carrying out three-stage low-intensity magnetic separation and desilicification to increase iron grade so as to obtain qualified iron ore concentrates; granulating and drying the non-magnetic tailings at first, and then mixing the non-magnetic tailings with a pulverized coal reducing agent; loading in a rotary kiln in a mixed manner and magnetically roasting, wherein roasting temperature is 700-850 DEG C and high-temperature roasting time is 30-50 min; after roasting is finished, cooling to the temperature below 100 DEG C by using an indirect water-cooling mode; and then carrying one-stage grinding and two-stage magnetic separation to obtain qualified iron core concentrates finally. Compared with the traditional tailings treatment method, the process is purposeful, the comprehensive tailings are classified according to different properties of the comprehensive tailings, the tailings treatment efficiency can be improved, so that useful resources are extracted to a maximum extent, and the tailings of the refractory iron ores are utilized comprehensively.

The invention discloses a city solid waste self-maintaining smoldering treatment platform system. The system comprises a reaction furnace, a compressed gas cylinder providing gas for the reaction furnace, a thermal couple measuring data in the reaction furnace, an ignition controller, a data acquisition device, a smoke discharging device above the reaction furnace, a flue gas analyzer, a self-maintaining smoldering treatment control software system and a host. The invention further discloses a method for performing self-maintaining smoldering treatment on city solid waste through the treatmentplatform system. The city solid waste self-maintaining smoldering treatment platform system has the beneficial effects that the device is simple in structure, the operation process is simple, the disposal energy consumption of city solid waste is very low, and the disposal efficiency is high.

The invention discloses a forest fire trend pre-judging method based on a power grid GIS and referring to meteorological data. The method comprises the following steps of preprocessing meteorological data, making the meteorological data linked with the power grid GIS, and establishing a power equipment map layer in the power grid GIS system; setting up an assessing factor algorithm for forest fire risk generation; matching meteorological factors and fire risk generation factors; pre-judging power facilities affected by forest fire and analyzing the power facility damage probability; determining the event type and grade; determining the forest fire impact range and the power facilities nearest to the forest fire center; and invoking an emergency handling plan and performing material allotting on forest fire sites. By combining basic data and spatial data, the method makes the basic data have spatial displaying conditions. The handling efficiency of emergency handling personnel is improved. A strong support for emergency event handling is provided.

The invention relates to a semidry-process sintering desulphurization slag autoclaved building block and a production method thereof. The building block is made of the following components in percent by weight in a combined autoclaving way: 5-30 percent of semidry-process sintering desulphurization ash, 30-60 percent of steel slag, 25-30 of superfine slag powder and 1-10 percent of pebble. The production method comprises the steps of vibrating and molding the components according to the percent by weight and autoclaving after molding to obtain the semidry-process sintering desulphurization slag autoclaved building block. The semidry-process sintering desulphurization slag autoclaved building block and the production method thereof have the advantages that the desulphurization ash, waste steel slag and slag of iron and steel enterprises are fully utilized, the wastes are turned into valuable things, the materials such as lime, carbide slag, binder, early strength agent and cement are not added, the energy is saved, the mixing quantity of the waste slag is high, the strength of the produced bricks are higher, the production cost is low, the product quality is high and all technical indexes satisfy the national standard on building bricks; and the treatment and disposal efficiency of the waste slag of the iron and steel enterprises is improved, the development level of secondary resources is improved, the quantity of the used cement in the building material industry can be reduced and the economic and environmental values are higher.

The embodiment of the invention provides a threat disposing strategy generation method and a threat disposing strategy generation system in a network. The method comprises the following steps: according to received alarm information, determining an object threatened in the network; based on a security guarantee target library created in advance, determining a security guarantee target of the object; according to the alarm information and / or the security guarantee target, in a disposing strategy template library, acquiring a target disposing strategy template; according to the alarm informationand the target disposing strategy template, generating a disposing strategy, thereby disposing the threat. By the method and the system provided by the embodiment of the invention, through disposingstrategy uniform description, and based on the disposing strategy template library, the threat disposing strategy can be generated as needed after the alarm information is received, a basis is provided for differentiated linkage disposal of the threat, and disposing efficiency and disposing effects are improved.

The invention discloses an intelligent allocation method for power emergency disposal materials. According to the method, for the problems that in an existing material allocation system, the emergency event allocation is completed manually and the efficiency and accuracy are very low when the quantities of allocation materials and participation units are high, intelligent material allocation improves disposal efficiency of emergency disposal personnel and provides powerful support for emergency disposal of emergency events; and through the reported emergency events, a system automatically determines early-warning ranks of the events according to influence ranges and hazard ratings of the events, the whole process is automatically processed and completed by a program, and the analysis and computation are free of manual intervention, so that the disposal efficiency and accuracy of the emergency events are improved.

The invention discloses acousto-optic synchronous wireless fire safety evacuation equipment. The equipment at least comprises a plurality of single machines which are wirelessly networked with a central control device, wherein each single machine is in signal connection with a temperature detection device and a smoke detection device respectively; the single machine at least comprises a network wireless transmitting and receiving module, a program control board and a laser generation and control device; the laser generation and control device is used for providing a laser guide pattern and at least comprises a laser generator and a lens which is driven by a step motor; a replaceable pattern card is arranged between the laser generator and the lens; and the single machine also comprises an audio play device. The acousto-optic synchronous wireless fire safety evacuation equipment of the invention realizes intelligent system linkage and active indication, greatly improves the safety standard, reduces the possibility of casualties, has high industrial generalization capacity and has the advantages of many nodes, flexible allocation, high adaptability and high reliability.

The invention discloses an oil-based mud and an oil-bearing cuttings recycling system and method. The system comprises a mixing and tempering system, a thermal desorption system and a cement kiln co-processing system, which are simultaneously utilized to recover and process oil-bearing cuttings resources in sequence, thereby recycling waste resources, saving resources and reducing environmental pollution.

A casing (34) contains a rotating brush (151) for removing dust on an air filter (40), and a dust container (160) for containing the removed dust. A supply duct (71) through which air blowing from an indoor fan (39) enters the dust container (160), and a discharge duct (74) through which the dust contained in the dust container (160) is discharged out of the casing (34) together with the air are provided.

The invention provides an intelligent fire inspection method. The method comprises the steps that a database is created at a server; an inspection task list is created according to location information and personnel information, wherein the inspection task list comprises at least one inspection task; task information of the inspection task list is sent to at least one mobile terminal corresponding to the inspection task list; the server receives a piece of equipment address information of the mobile terminal and sends the inspection task corresponding to the equipment address information to the mobile terminal; the server receives feedback information of the inspection task; the database is updated according to the feedback information, and the feedback information is stored. Through the intelligent fire inspection method, fire information can be managed in a unified mode, real-time updating of data is realized, and inspection personnel can be dynamically and effectively managed and supervised; the method has the advantages that information management is convenient, updating speed is high, accuracy is high, and resources are saved.

The invention belongs to the field of an intelligent alarm system of a power grid operation state, and especially relates to an integrated monitoring and intelligent alarm system for dispatching automation. The system comprises a Ping operation module and a startup program module; the startup program module performs real-time data monitoring on various applications at a bottom level by transmitting startup information to each bottom-level monitoring module, and then starting the bottom-level monitoring module; and the bottom-level monitoring module comprises a network equipment monitoring module, a server monitoring module, an application monitoring module, an advanced application monitoring module and a database monitoring module. The integrated monitoring and intelligent alarm system for the dispatching automation provided by the invention can monitor whole information of a transformer substation machine room comprehensively and in real time, quickly judge faults and prompt and give an alarm, and reduce the loss caused by the faults.

The invention discloses a stabilizing method for municipal solid waste incineration fly ash with microwave applied. The stabilized products can be obtained by adding fly ash to be processed, a certain concentration of additive agent and water into a polytetrafluoroethylene container directly and then performing heating by the microwave to solidify heavy metal in the fly ash. After disposed by the method, the leaching concentration of the heavy metal in the fly ash can be far below the limiting value of national standard 16889-2008. By means of the stabilizing method, hazardous wastes such as the municipal solid waste incineration fly ash can be processed efficiently and rapidly to meet the requirements of secure landfill and post resource utilization. The method is simple in technology, convenient to operate, high in heavy metal solidified rate, capable of making up for deficiencies that the conventional hydrothermal disposition is high in energy consumption, long in computing time and the like, and high in practical application potential of large-scale disposition of the municipal solid waste incineration fly ash.

The invention provides a government affair event automatic order sending method fusing grid semantics of a disposal institution . The government affair event automatic order sending method comprises the following steps of: S10, obtaining a government affair event historical data set; S20, carrying out event data preprocessing and semantic feature extraction; S30, constructing an event disposal mode prediction model: taking the historical data set and the geographic position corresponding to the historical data as input, taking a disposal mechanism code as final output, and constructing and training the prediction model by adopting a deep neural network mode; S40, constructing an event handling institution prediction model; and S50, performing prediction by using the prediction model obtained by training and the prediction model, and outputting a corresponding event mechanism code needing to process the event. According to the method, the service type and the grid where the disposal mechanism is located are predicted at the same time through the model based on the deep neural network, and the final disposal mechanism code can be obtained through the disposal mechanism prediction model.

The invention relates to a fire-fighting robot co-location, reconnaissance, fire source recognition and aimed fire extinguishing method. A positioning method is adopted for carrying out real-time positioning on multiple fire-fighting robots, the positions of the robots relative to a control table are rapidly obtained, and a robot backstepping space can be conveniently positioned, controlled and managed; a reconnaissance robot and the fire-fighting robots are adopted for cooperative work, through the reconnaissance robot, the space positions of the interest points like a fire source can be obtained in the front, space coordinate conversion is carried out to achieve precise fixed-point fire extinguishing of the fire-fighting robots, and when the target points such as the fire source are recognized, influences of barriers like water cannon flows are avoided, the robot positioning, reconnaissance, and fire extinguishing method is not affected by any indoor or outdoor environment, the application range is wider, through real-time rapid positioning, reconnaissance, and fire extinguishing, the full-automatic recognizing, positioning and fire-extinguishing robot automatic aiming functionsof the dangerous sources such as the disaster site fir source can be achieved, the site disposal speed is improved, the dangerous source treatment efficiency is improved, and the personal damage and financial losses are reduced.

The invention provides a GNSS positioning service-oriented fault treatment system and method, and the system comprises an access layer which is used for collecting, storing and accessing metadata which comprises the data of a user side and the data of a server side; a processing layer which is used for processing the metadata acquired by the access layer and providing services based on offline calculation or real-time streaming calculation results; an engine layer which is used for carrying out analysis according to the offline calculation result, developing a debugging algorithm model, evaluating the effect of the algorithm model and issuing the algorithm model passing the verification to an algorithm warehouse; a platform layer which is used for controlling the fault treatment system, managing the access layer, the processing layer and the engine layer; and an application layer which is used for calling the algorithm model in the algorithm warehouse according to the application sceneand displaying a calculation result of the algorithm model to the user. According to the invention, reasons and problem nodes of service exception can be accurately positioned, and the efficiency ofservice quality problem discovery and disposal is improved.

The invention discloses an intelligent emergency event handling method based on timer shaft. The method comprises an emergency event handling plan arranged on the basis of timer shaft, wherein the emergency event handling plan comprises the response time, the handling time and the feedback time of each link, and that the maximum time difference Delta T allowed by each link is set; the emergency event recording process comprises the steps of recording the response time, the handling time and the feedback time of each link and the intelligent assessment process; the intelligent assessment process can compare time points in the emergency time handling plan correspondingly with time points recorded in the emergency event recording process, so that the actual time difference Delta t is calculated, the intelligent assessment on the comparison result is carried out, the assessment coefficient is marked out, and the handling result is marked out in a grading manner. According to the emergency event intelligent handling method, comparison between the plan and the handling of the emergency event is carried out, and the intelligent assessment on the comparison result is carried out, so that the emergency event handling efficiency is improved, and the handling result is improved.

The invention belongs to the technical field of environmental protection in metallurgy, and particularly relates to an environment-friendly sludge modifier. The environment-friendly sludge modifier is characterized by comprising the following components in percentage by weight accounting for the gross weight of the environment-friendly sludge modifier: 15 to 50 percent of slag compound powder and 50 to 85 percent of steel slag, wherein the slag compound powder is formed by finely grinding and drying blast furnace slag, gypsum and a water reducing agent, the specific surface area thereof is not lower than 450m<2> / kg, the slag compound powder comprises the following components in percentage by weight accounting for the gross weight of the slag compound powder: 93 to 99.5 percent of blast furnace slag, 0 to 5 percent of gypsum and 0.5 to 2 percent of water reducing agent, and the water reducing agent is one or the mixture of a calcium lignosulfonate water reducing agent and an FDN water reducing agent. The environment-friendly sludge modifier has low cost and good quality, and the modified sludge can satisfy the requirements of filling and rolling, i.e. the shearing force C value is not smaller than 25KN, and the internal frictional angle f value is not smaller than 30 degrees.

The invention relates to a solid waste incineration treatment system. The system comprises a waste feeding device, a dry distillation device, a two-combustion form, an afterheat boiler, a quench tower, a neutralizing tower, a cloth bag dust removing device, a washing tower and a chimney; a dry distillation furnace and the afterheat boiler are both connected with a soft water device; the washing tower is connected with an alkali liquid pool; and the neutralizing tower is connected with a lime slurry pool. The semi-dry process deacidification is adopted to combine with the wet process deacidification; on the one hand, zero emission of nitrogen phosphorus after the tail gas treatment can be guaranteed; and on the other hand, generation of a lot of salt in the quench tower is prevented, and the cleaning period is prolonged.

The invention discloses an aniline leakage emergency treatment agent. The aniline leakage emergency treatment agent consists of the following components in parts by weight: 0.5-10.0 parts of a surfactant, 5.0-40.0 parts of a transforming agent, 0-4.0 parts of a flocculating agent, 0-8.0 parts of an oxidant, 0-0.2 part of a curing agent and 50.0-95.0 parts of water. When in use, the aniline leakage emergency treatment agent is sprayed to an aniline leakage site in an atomizing manner, so that aniline vapor concentration in air can be quickly reduced, liquid-state aniline is quickly converted and solidified, and re-volatilization of the aniline vapor can be restrained within a relatively long time, so that necessary conditions are provided for subsequent rescue.

The present invention relates to the field of Internet of Vehicles, especially a multi-party collaborative early warning control system and method for Internet of Vehicles. The intelligent vehicle system is connected to the space-based network platform, road-based network platform, service center, public security alarm system, skynet alarm center and mobile network respectively through the vehicle-mounted gateway. On the equipment side, the space-based network platform, road-based network platform, service center, public security alarm system and Skynet alarm center, the space-based network platform, road-based network platform, service center, public security alarm system and Skynet alarm center are also connected to mobile devices terminals and early warning electronic screens. Beneficial effects of the present invention: the intelligent vehicle-mounted system or cloud server of the present invention broadcasts on-site danger warning information, and can immediately generate an alarm signal to notify rescue and law enforcement departments such as traffic police, hospitals, fire departments, etc., effectively improving the efficiency of traffic accident disposal and ensuring The unimpeded rate of the road will reduce the occurrence of traffic accidents.

The invention discloses a method and system for controlling a terminal unit and belongs to the technical field of a police network. According to the method, when the terminal unit is dumb terminal equipment, an acting server obtains a control instruction in an internal police network and sends the control instruction to the terminal equipment; when the terminal equipment is mobile call equipment, a safe access server obtains the control instruction in the internal police network and sends the control instruction to the terminal equipment; when the terminal equipment is mobile computer equipment or intelligent fixed equipment, an application server in the internal police network obtains the control instruction in the internal police network and sends the control instruction to the terminal equipment; and the terminal equipment receives the control instruction and executes the operation indicated by the control instruction. Through adoption of the technical scheme provided by the invention, the capability of comprehensively commanding and remotely scheduling the terminal equipment is greatly strengthened, more measures are provided for policemen to utilize different terminal equipment to investigate crimes and acquiring evidences, thereby improving the efficiency of field law enforcement and handling of public security officers.

The invention belongs to the technical field of oil-gas pipeline monitoring and pre-warning systems, and particularly relates to an oil-gas pipeline pre-warning system based on decision fusion and a pre-warning method. The system comprises an infrastructure layer, a sensing actuation layer, a basic data layer and a core service layer. The infrastructure layer comprises intelligent sensing equipment. The sensing actuation layer carries out monitoring and data acquiring on an oil-gas pipeline through the intelligent sensing equipment. The basic data layer is used for storing data acquired by thesensing actuation layer and data in the full life circle of the oil-gas pipeline in a database. The core service layer is used for mining the data of the database. Multiple pre-warning grades of multiple pre-warning methods corresponding to different pre-warning tasks are subjected to decision fusion, and the pre-warning grades of the corresponding pre-warning tasks are obtained; the importance orders of all the pre-warning tasks and pre-warning methods are obtained through accident tree analysis, and active pre-warning is achieved; and multi-source data can be fused, the performance of information processing is effectively improved, the pre-warning accuracy is high, and the pre-warning system and the pre-warning method have higher pertinence for pre-warning of the oil-gas pipeline.

The invention relates to a disposal method for hot converter slag, in particular to a disposal method for introducing a gas containing CO2 into hot converter slag, so as to improve the performance of the slag. A certain amount of gas containing CO2 is introduced in a cooling disposal process of the hot converter slag according to the components of the slag, so that dual targets of reducing the free calcium oxide content in the slag and improving the metal recovery amount are realized; the disposal efficiency of the hot converter slag is improved; and the application performance of the slag is improved, so that disposal of the hot converter slag is realized, and the overall performance of subsequent product utilization is improved.