146results about How to "Quick Disposal" patented technology

The invention discloses a system for predicting geologic hazard based on rainfall intensity, moisture content of slope soil and deformation. The system comprises an automatic rainfall gauge, a soil moisture sensor, an omnibearing tilt sensor, an omnibearing vision sensor, an embedded system and a monitoring center computer, wherein the automatic rainfall gauge is used for monitoring rainfall and rainfall intensity of a geologic hazard point; the soil moisture sensor is used for monitoring moisture in soil at the geologic hazard point; the omnibearing tilt sensor is used for detecting earth surface deformation and internal deformation of the geologic hazard point; the omnibearing vision sensor is used for evaluating geologic hazard scale; the embedded system is used for wirelessly transmitting video and monitoring data; and the monitoring center computer is used for predicting and forecasting the geologic hazard and comprises a communication module, a data receiving module, a rainfall and rainfall intensity-based geologic hazard prediction module, a slope displacement-time curve-based geologic hazard prediction module, a soil moisture, rainfall and rainfall intensity-based geologichazard prediction module and a soil moisture content and slope deformation-based geologic hazard prediction module. The system has the advantages of complete monitoring means, accurate prediction andforecast, high intelligence and on-line real time.

The invention discloses an efficient acidic oil sludge decomposing agent, comprising the following component materials in percentages by weight: 1-15% of oxidant, 1-10% of coprecipitator, 5-30% of flocculating agent, 1-10% of surfactant, 0.5-10% of emulsion breaker, 1-10% of acidity regulator and 50-90% of water. The invention further discloses a preparation method of the efficient acidic oil sludge decomposing agent. The preparation method comprises the following steps of: 1, preparing sodium carboxymethylcellulose hydrosol; 2, dissolving all kinds of component materials; and 3, adding the sodium carboxymethylcellulose hydrosol prepared in the first step into the solution obtained in the second step so as to obtain the efficient acidic oil sludge decomposing agent. The invention further discloses application of the efficient acidic oil sludge decomposing agent. The efficient acidic oil sludge decomposing agent disclosed by the invention has the advantages of simple preparation process, low cost and easy industrialization; by means of chemical reaction, surface activation action, flocculation and salting-out emulsion breaking actions, the viscosity of the oil sludge is reduced, the oil phase, the water phase and the sludge phase are effectively separated, and the efficient acidic oil sludge decomposing agent can be used for recovering the crude oil from the oil sludge and quickly treating the petroleum pollution soil.

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 discloses a system and a method for automatically monitoring the lake-flooding of a shallow lake; the system comprises a support platform, a power supply system, a data acquisition system, a data transmission system and a data center, wherein the support platform comprises a plurality of platforms supported by piles; the power supply system is used for supplying power for the data acquisition system and the data transmission system; the data acquisition system comprises a meteorological sensor, a hydrological sensor, a water quality sensor, a plurality of water temperature and dissolved oxygen sensors and a camera; and the data transmission system is connected with the data acquisition system, and is used for transmitting various lake-flooding information acquired by the data acquisition system into the data center with the data acquisition system. The system and the method are suitable for monitoring the algae-derived lake-flooding, which is comparatively fixed in occurrence site, high in frequency and short in duration, and difficult to catch by manual sampling or remote sensing inversion with low time resolution, of the shallow lake.

The invention discloses an automatic detection system and method for a power battery and a battery safety judgment and disposal method. The automatic detection system for the power battery comprises acontrol system as well as a KBK travelling crane, a feeding conveying line, a guide rail robot, a detection frame, detection equipment, a discharging conveying line, an automatic battery parameter acquisition device and an abnormal battery disposal system which are respectively and electrically connected with the control system. The automatic detection system realizes automatic and unmanned powerbattery detection, also realizes automatic acquisition and analysis of battery safety parameters, realizes intelligent and rapid abnormal handling by cooperating with the guide rail robot and is safeand reliable.

The invention discloses a storage safety monitoring system. The storage safety monitoring system includes at least one storehouse monitor site, at least one enterprise information management platform, a safety monitoring center platform, and a mobile terminal access module. Each storehouse monitor site is used for obtaining and storing storehouse real-time data and environment monitoring results from all monitoring modules, and transmitting the data and the results to the enterprise information management platform. Each enterprise information management platform is connected to one or more storehouse monitor sites. The safety monitoring center platform is used for obtaining abnormal alarming information from at least one enterprise information management platform through an IP network, and handling corresponding emergencies. The mobile terminal access module is used for obtaining information of the enterprise information management platform and the safety monitoring center platform in real time in a remote manner through a mobile network, and transmitting the information to a mobile terminal. Through the above technical scheme, the safety for storage of dangerous chemicals for enterprises is effectively improved, and the storage monitoring efficiency is improved.

The invention relates to an automatic detecting system and a damage recognition method for railway protecting fences. The automatic detecting system comprises a high-speed digital video camera, a high-speed image capture card, a vehicle fence detecting computer, a satellite positioning module, an illumination intelligent supplemental lighting device, a wireless data transceiver module, a long-distance background management server and a smart phone. Fence images on both sides of railways are photographed by the high-speed video camera arranged in railway carriages, and then the images are processed by the computer for judging whether the fences on both sides of the railways are damaged or not. The automatic detecting system has the advantages of high recognition rate, wide detection range, high stability and high processing speed. Compared with the manual inspection, the work efficiency is increased by more than five times.

The invention discloses an intrusion detection method, an intrusion detection device, a detection rule generation method, a detection rule generation device, an intrusion detection system and another intrusion detection method. The intrusion detection method comprises the steps of: acquiring a network message sent to an external network; and determining that equipment sending the network message is successfully intruded by a file of a specific type if the network message matches an arbitrary rule in a network message detection rule set successfully, wherein rules in the network message detection rule set are pre-generated according to external network address information of the specific type. By adopting the methods, an internal network can be determined to be successfully intruded by the file of the specific type, and the equipment sending the network message can be determined to be victim equipment, thereby facilitating the network security operation and maintenance staff to dispose the victim equipment quickly and effectively, simplifying the complexity of security operation and maintenance of the internal network, and providing guarantee for improving the security of the internal network.

The invention relates to the technical field of intelligent charging technology for new energy electric vehicles, more specifically, to an intelligent charging monitoring system of an electric vehicle, comprising a data access module, a data storage module, a data processing module, a system service module, a system model module and a service application module connected in sequence. The data access module is connected with the output of voltage and current in the operation process of the charging pile to monitor the operation state and each switch state of the charging pile. Through the dataprocessing module, the accessed data information is analyzed and calculated to output electric energy. A system model module is used to carry out multi-service modeling base on analysis in a system data processing module and is loaded into a service application module; the charging pile is controlled to start charging, end charging or stop urgently by the business application module based on the analysis model. The invention can realize the construction and application of the intelligent charging monitoring operation system of the electric vehicle, and improve the monitoring management level of the charging facilities of the electric vehicle.

The invention provides a highway tunnel operation management and control system. The highway tunnel operation management and control system comprises an intelligent tunnel operation management and control platform, a comprehensive monitoring system, an emergency cooperative command system, a data analysis and auxiliary decision making system, a communication system and a platform management system. The intelligent tunnel operation management and control platform is connected with the comprehensive monitoring system, the emergency cooperative command system and the data analysis and auxiliary decision-making system through the communication system and is used for operation of managers. The comprehensive monitoring system is used for monitoring the running states of all facilities in the tunnel in real time; the emergency cooperative command system is used for linking various facilities in the tunnel to quickly process according to a plan when an accident occurs in the tunnel; the data analysis and auxiliary decision-making system is used for tunnel operation state evaluation, safety management decision support, operation data statistical analysis and thematic decision support; and the platform management system is used for managing basic information, electromechanical equipment, system logs, alarm records and telephone recording in the system.

The invention discloses a secondary equipment online monitoring and analysis system and method. The secondary equipment online monitoring and analysis system is formed by using hardware equipment of acommunication gateway machine, a dispatching data network and the like. The plant station end I area communication gateway machine communicates with secondary equipment of a relay protection device,a backup power auto-switch-on device, a low-cycle load dropping device and the like, and transmits real-time relay protection device information and backup power auto-switch-on device and low-cycle load dropping device information to a dispatching end at the same time. The online monitoring and analysis system enables real-time monitoring on device running status through information filtering, information classification and information querying. Multi-source information is synthesized for fault diagnosis through online fault analysis, a fault report is finally formed, and a reliable judgment basis and rich fault information are provided for comprehensive intelligent alarming. Security and reliability of remote control are guaranteed. Reliable counting data are provided for running analysisand evaluation through real-time automated counting on the secondary equipment running status and running work conditions.

The invention relates to a mobile garbage treatment and smoke purification integration device. The integration device comprises a garbage feeding system, a garbage incineration system, a smoke quenching system, a smoke treatment system, an automatic control system, a power supply system and a mobile platform, wherein the garbage feeding system, the garbage incineration system, the smoke quenchingsystem and the smoke treatment system are connected in sequence; the smoke treatment system comprises an acid removing device, an absorbing device, a dust removing device and a wind guide system connected in sequence; the wind guide system comprises a fan and a chimney connected in sequence; and a smoke online monitoring device is mounted on the chimney of the wind guide system. The garbage incineration system, a smoke purifying system and a vehicle-mounted mobile platform are combined to realize movement of related equipment for garbage incineration; and a new treatment mode of immediate leaving after incineration is adopted in actual operation process, so that floor occupation and fixed staff are not needed, and the problems of large floor area, high investment operation cost, complicated operation management and the like in a traditional garbage treatment technology are overcome.

The invention provides an intelligent power distribution operation and maintenance system. The system comprises a terminal layer, a communication layer, a platform layer and an application layer. Theterminal layer comprises a plurality of monitoring devices, and the monitoring devices are used for carrying out environment monitoring, security monitoring, video monitoring and device state monitoring in the power distribution room and transmitting monitoring data to the communication layer; the communication layer adopts an optical fiber communication and wireless communication mode, centralizes, stores and updates scattered monitoring data, and transmits the monitoring data to the platform layer and the application layer; the platform layer comprises a server node and a cloud platform andis used for realizing online monitoring and remote monitoring of the power distribution room; and the application layer comprises a data processing unit connected with the terminal layer and is used for managing and processing the monitoring data transmitted by the terminal layer and realizing linkage control among equipment of the terminal layer, and the data processing unit comprises a power distribution room monitoring host, a video management unit and a power supply management unit.

The invention discloses a method for performing two-segment treatment on solid waste incineration fly ash with a cement kiln. Adopted devices include the cement kiln and a fly ash treatment device connected to the rear end of the cement kiln. The fly ash treatment device comprises a first segment of rotary steel cylinder and a second segment of rotary steel cylinder. The method includes the following steps that the fly ash and a second auxiliary material to be treated are added correspondingly from a fly ash inlet and a second auxiliary material inlet of the second segment of rotary steel cylinder; tail gas in a smoke chamber at the tail of the cement kiln or in a kiln door cover is sent into a tail gas inlet in the front end of the fly ash treatment device; a first auxiliary material is added from a first auxiliary material inlet of the first segment of rotary steel cylinder; and flue gas generated after the fly ash is treated in the fly ash treatment device is discharged out of an induced draft fan. A cement kiln thermodynamic system is adopted for the method, a cement kiln heat source is combined with solid waste incineration fly ash treatment, the heat energy of the cement kiln can be fully utilized, the fly ash can also be treated rapidly and safely with a low cost in a batched manner, and the fly ash treatment cost is greatly lowered.

The invention relates to a dangerous chemical emergency rescue commanding system, which comprises a system commanding unit, a technician consultation unit, a rescue vehicle and personnel scheduling unit, a field data acquisition unit, and a data storage unit, wherein the technician consultation unit, the rescue vehicle and personnel scheduling unit, the field data acquisition unit and the data storage unit are all connected with the system commanding unit.

The invention relates to the field of waste treatment, and provides a U-shaped high-temperature waste recycling furnace, which has the advantages of high treating capacity, environmental friendliness, economic efficiency, high metal recovering rate and high waste suitability. The U-shaped high-temperature waste recycling furnace comprises a vertical combustion tower, a horizontal smelting pond and a vertical disinfecting tower, wherein the top wall of one end of the smelting pond is provided with a first smelting pond inlet hole; the end wall of the smelting pond is provided with a second smelting pond inlet hole; the top wall of the other end of the smelting pond is provided with a smelting pond outlet hole; the top wall of the combustion tower is provided with a combustion tower inlet hole; the bottom wall of the combustion tower is provided with a combustion tower outlet hole; the bottom wall of the disinfection tower is provided with a disinfection tower inlet hole; the top end of the disinfection tower is provided with a smoke outlet; a first turbulent burner is arranged in the combustion tower inlet hole; the combustion tower outlet hole is in butt joint with the first smelting pond inlet hole; the smelting pond outlet hole is in butt joint with the disinfection tower inlet hole; and the side wall of the disinfection tower is provided with at least two air inlet holes. Due to the adoption of the U-shaped high-temperature waste recycling furnace, the problems of poor working condition stability during combustion of wastes and discharge of toxic gases in tail gas out of the standard are solved.

The invention discloses an embankment system and method based on an infrared double-wave image, an intelligent portable ground station, a cloud decision early warning system and a flood prevention command terminal. Visible light and infrared cameras are carried on an unmanned aerial vehicle to quickly and efficiently complete an inspection task, and the ground station realizes image fusion througha built-in AI intelligent algorithm; through image analysis, temperature difference comparison and other technologies, a potential dangerous place and a danger level coefficient are obtained throughoperation, and bad weather such as insufficient light, rain and fog at night and environment temperature changes difficult to perceive can be monitored; rapid response and efficient disposal can be ensured in case of danger, and a protective barrier is built for life and property safety of resident people; powerful cloud AI analysis capability and mass storage capability support decision-making and early warning functions, dam holes, water seepage and the like are discovered as soon as possible, and precious time is gained for early response; and multi-terminal synchronization is supported, flood prevention command rooms, sites and other places synchronously monitor flood situations in a sharing mode, and convenience is achieved.

The invention discloses an emergency management system, which comprises a communication system and a processing system. The communication system is used for transmitting emergency event information tothe processing system and simultaneously transmitting processing plan information output by the processing system. The processing system includes an emergency plan management module. The emergency plan management module stores processing plans for different emergency event information. According to different emergency event information, the processing system sends a corresponding processing planstored by the corresponding emergency plan management module through the communication system. The emergency management system of the invention integrates multiple communication modes, and the highlyintegrated function can interface with upper and lower level emergency platforms, exchange data and communicate information, so that emergency management personnel can carry out scheduling and deployment quickly through the system, the emergency management personnel can conveniently deal with emergency events in a timely and rapid manner, prejudge conditions of the events, and prepare for prevention in advance, and the loss of life and property caused by emergency events can be minimized.

The invention provides a method for making a mobile power generation system be connected into a power grid for operation in a synchronous grid connection mode. According to the method, a 10-kV high-voltage bypass cable (L1) is connected to the front portion and the rear portion of a pole-mounted segmentation device or a switch-off point (A) in parallel, wherein the switch-off point (A) can be operated manually; a mobile 10-kV bypass breaker (B) is arranged on the high-voltage bypass cable (L1); an external cable (L2) connected with an outlet of a 10-kV power generator (G) provided with a power generator control system (PPC) is connected to the 10-kV circuit (L) and located behind the output end of the high-voltage bypass cable; a 10-kV breaker (C) is arranged on the external cable (L2); a controller of the power generator control system (PPC) controls the bypass breaker (B) and the breaker (C). The method comprises the step of synchronous grid connection load switching and supply operation and the step of synchronous grid connection power grid system exiting operation. By the adoption of the method, good mobility and economy are achieved, quick response to and handling of emergencies are achieved, the requirement for maintaining power supply is met, comprehensive non-powercut overhauling of a power distribution network is achieved, and the power supply reliability is improved.