33results about How to "Improve emergency efficiency" patented technology

Call processing system and method for mobile users. The processing system identifies call urgency by categorizing incoming emergency data calls, and prioritizes the data calls accordingly. The emergency call processing method comprises submitting a data call to an emergency call center, placing the data call in a queuing system according to the priority level of the emergency, and waiting for an available processing unit to call back and address the emergency. During the waiting period, the emergency call center solicits information associated with the emergency, and user equipment returns the requested information automatically. The present invention improves efficiency of the emergency call center, ensuring that the most urgent emergency is served first. Additionally, the present invention conserves battery power of user equipment by collecting relevant information beforehand using data messages.

The invention relates to the technical field of alarm rescue, in particular to an AI scheduling command platform system. The AI scheduling command platform system comprises a resource layer, a data layer, a service support layer, an application display layer and an access layer. The resource layer is used for supporting a data source of system operation and mainly comprises an alarm receiving system, a GIS system, an emergency resource system and a video networking platform. The data layer is used for performing standardized processing on the acquired data and comprises three emergency databases, wherein the database comprises an alarm condition database, an emergency resource database and a model library. The service support layer is used for data interaction of data and application interaction and comprises a data engine, a form, a query and a log service. The application display layer comprises a command and dispatch system, a business management system, an early warning predictionsystem, an auxiliary decision system, an emergency resource guarantee system, a simulation drill system and a platform portal management system. Information flow is accelerated, and the purposes of mechanism simplification, rapid response and instant linkage are achieved.

An embodiment of the invention provides a security system, an emergency system, a sending device, a receiving device and method and improves the problem that rescue timeliness is seriously hindered due to the fact that a help seeker needs to describe event address and event condition of emergency to a rescuer in the prior art. The security system comprises a monitoring device, the sending device and the receiving device. The monitoring device is used for collecting environment security monitoring information, acquiring environment security monitoring data, judging whether the monitoring data exceed a monitoring threshold value or not and sending an environment security alarming signal if yes, the sending device is used for storing information of address where the monitoring device is positioned, receiving the alarming signal sent by the monitoring device and sending the received alarming signal and the stored address information, and receiving device is used for receiving the alarming signal and the address information which are sent by the sending device and displaying the alarming signal and the address information which are received. By the method, rescue timeliness and reliability can be improved remarkably, and convenience in implementation and easiness in popularization and application are realized.

The invention discloses a domain name hijacking detection and linkage processing method and a domain name hijacking detection and linkage processing system, which are used to solve problems of a conventional domain name hijacking detection technology such as complicated maintenance, high false alarm rate, and lack of effective linkage processing ways. The domain name hijacking detection and linkage processing method comprises steps that S1, a detection task is created by aiming at a website requiring domain name hijacking protection; S2, the domain name analyzing testing of the website is carried out; S3, whether the domain name of the website is hijacked is determined according to an A recording address, an authorization server domain name information, and alias information. A domain name hijacking determining technology is further optimized, and an authorization server domain name and alias name comprehensive determining mechanism is introduced, and at the same time, the monitoring and the processing of the domain name hijacking are realized by adopting a linkage intelligent domain name redirection technology, and problems of conventional monitoring ways such as false report and missing report are reduced in general, and at the same time, the linkage processing is carried out quickly, and emergency efficiency of domain name hijacking events is improved.

The invention discloses a hoisting process danger identification method and system based on deep learning, and the method comprises the steps: S1, training to generate a Faster R-CNN worker and lifting hook detection network; S2, detecting a worker who correctly wears the safety helmet, a worker who does not correctly wear the safety helmet and a lifting hook in the current frame image in the video shot by the lifting site by utilizing the detection network; S3, judging whether a worker is detected in the current frame image or not, and if so, executing the step S4; if not, extracting the nextframe of image of the shot video, and continuing to execute the step S2; s4, judging whether a person is allowed to enter the hoisting site or not, and if not, triggering an alarm; if so, executing the step S5; s5, judging whether a worker who does not correctly wear the safety helmet is detected in the current frame image or not, and if so, triggering an alarm; if not, executing the step S6; s6,generating paths of the workers and the lifting hooks based on the detected positions of the workers and the lifting hooks; and S7, judging whether the distance between the worker and the lifting hook is less than a preset distance at a certain moment in the worker and lifting hook prediction path, and if so, triggering an alarm. The danger in the hoisting process is comprehensively and timely recognized, and hoisting accidents can be effectively prevented.

The invention discloses an inflatable water-interception seepage reducing system for quickly lowering the seepage line in a tailing pond, and belongs to the technical field of tailing dam seepage eliminating. The inflatable water-interception seepage reducing system comprises a monitoring early-warning system, an inflation system and a drainage system. The monitoring early-warning system comprisesan osmotic pressure meter or a piezometer tube buried in the tailing pond and a microcomputer processing system, and the microcomputer processing system is connected with the osmotic pressure meter or the piezometer tube and further connected with the inflation system and the drainage system; the inflation system comprises an air compressor and an inflation pipe; the drainage system comprises ananode electrode and a cathode drainage pipe. The invention further discloses an inflatable water-interception seepage reducing method for quickly lowering the seepage line in the tailing pond. The microcomputer processing system is utilized, the inflation system and the drainage system are automatically started at a proper moment according to the setting of the system, so that the manual responsetime is shortened, and the emergency efficiency is improved.

The embodiment of the invention provides a task management method and device, electronic equipment and a storage medium. The task management method comprises the following steps: when a target task link is executed, automatically monitoring the execution condition of a target task link, determining an abnormal target node when a task node in the target task link is abnormal, and then adopting a corresponding processing strategy for the task node associated with the abnormal state in downstream nodes based on the abnormal state of the target node.

The invention provides a task processing method, and the method comprises the steps: acquiring M target tasks, wherein each target task comprises multiple pieces of command information; for each target task, establishing a command execution list and recording a plurality of pieces of included command information in the command execution list in sequence; executing M target tasks in parallel on thebasis of the command execution list, wherein the following operations are executed in the process of executing each target task: reading one piece of command information from the command execution list, taking the read command information as current command information, determining whether to suspend processing of the current command information; if yes, pausing processing of the current commandinformation and subsequent command information to pause execution of the target task; if not, processing the current command information and reading the next command information from the command execution list. The invention provides a task processing device, electronic equipment and a computer readable storage medium. The task processing method and device can be applied to the financial field orother fields.

The invention provides a flood and waterlogging preventing gate and a flood and waterlogging preventing system, and relates to the technical field of water conservancy and hydropower engineering. Theflood and waterlogging preventing gate comprises multiple flashboards, a clamping structure, a ground trough and multiple connection plates, the ground trough is fixedly arranged on the ground, one end of each connection plate is vertically arranged in the ground trough, the multiple connection plates are arranged at intervals in the extension direction of the ground trough, the multiple flashboards are arranged between the corresponding connection plates in a crossed mode and fixedly connected with the connection plates, the flashboards are fixedly arranged in the ground trough through side edges, and the clamping structure is fixedly connected with the ground trough.

The invention discloses an evaluation method for emergency handling capacity of subway operation emergencies based on AHP, and belongs to the field of subway emergency. The evaluation method comprisesthe steps of (1) constructing a subway emergency handling capacity evaluation system, (2) establishing a hierarchical structure, (3) constructing a judgment matrix An = (aij) n * n, and (4) calculating the relative weight of the judgment matrix and checking the consistency of the judgment matrix. The evaluation method can effectively solve the problem that it is difficult to analyze the complexity completely and quantitatively.

The invention discloses a tunnel movable type partition intelligent fire-fighting device based on a BIM technology, and relates to the technical field of tunnel fire fighting. The problem of the spraying area of a tunnel fire-fighting spraying head is solved. The device specifically comprises a ground rail embedded in the ground surface of a tunnel and a top plate fixed to the inner top surface ofthe tunnel, wherein a main box is slidably connected to the outer wall of the top of the ground rail, auxiliary boxes are arranged on the outer walls of the two sides of the main box correspondingly,a PLC control system is arranged on the outer wall of the back face of one auxiliary box, a box door is arranged on the outer wall of the front face of the main box, a guide rail is arranged on the outer wall of the front face of the box door, cameras are arranged on the outer walls of the front faces of the tops of the two auxiliary boxes, a reciprocating lifting mechanism is arranged in the main box, a T-shaped mounting plate is arranged on the outer wall of the side, close to the guide rail, of the reciprocating lifting mechanism, a cavity is reserved in the T-shaped mounting plate, and four spraying heads distributed at equal intervals are arranged on the outer walls of the front face of the T-shaped mounting plate. According to the device, the rapid solution of the fire-fighting tense in the tunnel is promoted, and the fire-fighting safety in the tunnel is improved.

The invention discloses a landslide disaster emergency monitoring method based on a ground-based radar, and the method comprises the following steps: 1, carrying out the slope deformation data collection of a monitoring region through a data collection module, transmitting the data to a data processing module, processing the data through the data processing module, and transmitting the processed data to a cloud server; the processed data is sent to a remote control center through the communication module; 2, a positioning module sends a position signal of the monitoring area to a remote control center, and position positioning of the deformation area is carried out; and step 3, finally, receiving a remote control instruction through a communication module, starting an adjusting mechanism through a processor, adjusting the horizontal position and height of the data acquisition module, and tracking and monitoring the monitoring area. According to the invention, through the arrangement of the remote monitoring module and the remote control method, deformation area positioning can be rapidly and accurately carried out on the landslide monitoring area, so that the emergency efficiency of landslide disasters is improved.

The invention discloses an intelligent expressway comprehensive management and control method, which comprises the following steps: S1, setting a fixed-point monitoring system: setting fixed-point monitoring cameras on roads along an expressway, and dividing the monitoring cameras into different types according to different functions, so that targeted monitoring is facilitated, and the monitoring quality and effect are improved; and S2, setting an unmanned aerial vehicle aviation inspection system: carrying out reciprocating cruise on the expressway through the unmanned aerial vehicle, so that the state on the expressway can be known more timely and quickly. According to the invention, a designated position can be rapidly reached through the arrangement of unmanned aerial vehicle aviation inspection, key parts can be monitored through the arrangement of an on-way inspection system and a fixed-point monitoring mode, the police efficiency can be improved, processing can be orderly carried out through the arrangement of a priority sequence, major problems can be rapidly solved, and the safety of traffic transportation is ensured.

The invention discloses a process emergency plan intelligent generation and support method and device based on big data, and relates to the technical field of public safety emergency management. Comprising the step of combining data information with generation and execution of an emergency plan by widely acquiring multi-platform emergency data. After an electronic plan is perfected by extracting dimension parameters in a paper plan, intelligent algorithms such as a matching algorithm and a data model algorithm are adopted, the electronic plan is converted into an electronic plan composed of N process nodes, implementation of the whole emergency process is assisted under the support of big data, each process unit is supported to complete an emergency task, and the implementation efficiency of the whole emergency process is improved. And an optimal task scheme is intelligently recommended for each process node, real-time feedback and transmission of completion conditions and task data of each process are realized, and emergency decision makers are assisted to control real-time conditions of emergency plans in real time.

The invention discloses a method and system for domain name hijacking detection and linkage disposal, which are used to solve the problems of complicated address database maintenance, high false alarm rate and lack of effective linkage disposal means in the existing domain name hijacking detection technology. The method includes: S1, creating a detection task for a website that needs domain name hijacking protection; S2, performing domain name resolution and dialing test on the website; S3, judging whether the website is blocked by the domain name according to the A record address, authorized server domain name information and alias information hijack. The present invention further optimizes the domain name hijacking judgment technology, introduces a comprehensive judgment mechanism for authorized server domain names and aliases, and at the same time cooperates with intelligent domain name redirection technology to realize domain name hijacking monitoring and disposal, effectively reducing the problems of traditional monitoring methods such as false positives and missed positives, and at the same time It can be quickly linked to deal with and improve the emergency response efficiency of domain name hijacking incidents.

The invention relates to a pipeline 45-degree same-size rapid connector. ABS engineering plastic is adopted, the cost is low, and the connector has the advantages that sleeve threads are not needed, the connector is applied to connection of the standard pipeline with a 45-degree bend, and the connector is convenient, rapid and high in efficiency. According to the technical scheme, the connector comprises a connector body, the connector body is in an L shape, threads are arranged on the two sides of the L shape respectively, a circle of inserting pins is arranged at the front end of the threads on each side, a cylindrical joint is arranged at the central positions of the inserting pins on each side, grooves are formed in the circumferences of the joints, and a nut is connected to the threads on each side.

The invention discloses a hydrodynamic anti-flooding device, comprising a fixed base, two water retaining walls erected on opposite sides of the first end of the fixed base, arranged between the two water retaining walls and movably fitted on the fixed base. The cover plate on the base, the waterproof baffle plate rotatably connected with the cover plate and movably fitted on the other end of the fixed base, and the buoyancy air bag arranged under the cover plate; The base is provided with a water flow channel connecting the water inlet hole and the space where the buoyancy air bag is located. The hydrodynamic anti-flooding device of the present invention realizes the anti-flooding protection effect based on the hydrodynamic drive principle, and has a good anti-flooding effect; it solves the situation that personnel scheduling is difficult during an emergency, significantly shortens the emergency time, and improves the emergency efficiency; it solves the anti-flooding measures of the nuclear power plant Single, low efficiency of anti-flooding; simple structure, easy installation; good applicability, can adapt to the site conditions of the factory building, and has no impact on the working environment of the factory building.

The invention relates to a manufacturing method for a composite material scaling ladder. The manufacturing method comprises the following steps: melting a titanium alloy or magnesium alloy or engineering plastic at the temperature of about 430-750 DEG C; performing preparation forming and surface treatment on high-strength carbon fibers and then placing the treated high-strength carbon fibers in a mold; pouring the melt titanium alloy or the magnesium alloy or the engineering plastic in the mold or knitting the high-strength carbon fibers into cloth by adopting a warp / weft knitting method and then immersing the cloth in the melt liquid in advance for film pressing and forming. The scaling ladder disclosed by the invention has the advantages of being high in strength, light in weight, high in attitude, easily-obtained in material source, and worthy of wide popularization.

The invention relates to a portable liquid pump, a material for manufacturing the liquid pump and a preparation method of the material. The liquid pump comprises a stator, a rotor, a shield, a filter cover and an external pipe, wherein the stator and the rotor are fixedly arranged in the shield respectively; the external pipe is arranged on the shield; the filter cover is arranged at the bottom of the shield. The stator, the rotor, the shield, the filter cover and the external pipe are all made of a composite material of reinforced carbon fibers and engineering plastic; the preparation method comprises the following steps: melting the reinforced carbon fibers and the engineering plastic respectively, and proportionally mixing; stirring uniformly; curing for molding. The portable liquid pump disclosed by the invention is one fifth the weight of the conventional liquid pump made of a metal material, has the excellent characteristics of corrosion resistance, high temperature resistance and wear resistance, and is 15 percent higher than the metal liquid pump in efficiency when used under equal condition; moreover, the portable liquid pump is resistant to beating, is prolonged by certain times in service life, is low in cost, and is suitable for industrial production.

The emergency department oxygen inhalation device comprises a protective cover and a wall, the protective cover is located on the front side of the wall, a sliding groove is formed in the wall, a sliding block is movably connected to an inner cavity of the sliding groove, and the protective cover is movably connected with the wall through the sliding block. By means of mutual cooperation of the upper transmission plate, the lower transmission plate, an upper hinge block, a lower hinge block, an electric telescopic rod, an overturning plate and other components, the oxygen inhalation device can be directly installed on the wall of an emergency ward, the time for a nurse to find and take the oxygen inhalation device is saved, the oxygen inhalation device is convenient to use, and the oxygen inhalation device can be conveniently and rapidly installed on the wall of the emergency ward. And through mutual cooperation of the wall, the sliding block, the protective cover and other parts, when the number of patients in an emergency ward is large, a nurse can directly push the oxygen inhalation device to move to the position of a target patient, and the labor intensity of the nurse is greatly reduced.

The invention discloses an inflatable water-interception seepage reducing system for quickly lowering the seepage line in a tailing pond, and belongs to the technical field of tailing dam seepage eliminating. The inflatable water-interception seepage reducing system comprises a monitoring early-warning system, an inflation system and a drainage system. The monitoring early-warning system comprisesan osmotic pressure meter or a piezometer tube buried in the tailing pond and a microcomputer processing system, and the microcomputer processing system is connected with the osmotic pressure meter or the piezometer tube and further connected with the inflation system and the drainage system; the inflation system comprises an air compressor and an inflation pipe; the drainage system comprises ananode electrode and a cathode drainage pipe. The invention further discloses an inflatable water-interception seepage reducing method for quickly lowering the seepage line in the tailing pond. The microcomputer processing system is utilized, the inflation system and the drainage system are automatically started at a proper moment according to the setting of the system, so that the manual responsetime is shortened, and the emergency efficiency is improved.

The invention discloses a hydrodynamic anti-flooding device, which comprises a fixed base, two water retaining walls vertically arranged on the two opposite sides of the first end of the fixed base, acover plate arranged between the two water retaining walls and movably matched with the fixed base, a waterproof baffle rotatably connected with the cover plate and movably matched with the other endof the fixed base, and a buoyancy airbag arranged below the cover plate, wherein a water inlet hole is formed in the second end of the fixed base, and a water flowing channel communicated with the water inlet hole and the space where the buoyancy airbag is located is formed in the fixed base. According to the invention, the anti-flooding protection effect is achieved on the basis of the hydrodynamic driving principle, so that the anti-flooding effect is good; the problem that personnel scheduling is difficult during emergency is solved, the emergency time is remarkably shortened, and the emergency efficiency is improved; the problems of single anti-flooding measure and low anti-flooding efficiency of the nuclear power plant are solved; and the device has characteristics of simple structure, convenient installation and good applicability, can adapt to plant site conditions, and does not affect the plant working environment.

The invention discloses distillation equipment for controlling the temperature of a condenser pipe and the viscosity of fractions in real time and a control method of the distillation equipment. The equipment comprises a heating device, a distillation device and a condensing device which are connected with one another. According to the present invention, the condensation pipe monitoring jacket is arranged on the outer wall of the condensation pipe, the collector monitoring jacket is arranged on the outer wall of the collector, and the circulating water bath control unit is used to perform online viscosity monitoring on the distillate component so as to make the distillate component have flowability in the set range, and if the online viscosity monitoring result shows that the viscosity is not in the normal distillate range, the condensing device is heated through the circulating water bath control unit, and the viscosity of distilled components is reduced when the temperature rises because the temperature and the viscosity have an inverse relation, so the equipment has the advantages of reasonable structure, simplicity in operation, real-time automatic control, practicability and high efficiency.

The invention relates to the technical field of smart hospitals, in particular to a smart hospital intelligent emergency treatment system based on big data and a core algorithm. The system comprises a data integration unit, an electronic medical record storage unit, a doctor-patient distribution unit, an allocation doctor-seeing unit and a patient tracking unit, and the data integration unit integrates data in big data into a unified data set and stores the data set in the electronic medical record storage unit. The doctor-patient distribution unit queries and analyzes the data stored in the electronic medical record storage unit, distributes doctors, transmits the data to the allocation doctor-seeing unit to record the treatment data of the doctors and the patients, and transmits the data to the patient tracking unit for subsequent tracking treatment according to the condition information of the allocation doctor-seeing unit; according to the invention, the effective information resources of the patients dispersed in the information islands are gathered together, so that centralized management is facilitated, the conditions of the patients can be preliminarily analyzed conveniently and quickly during emergency treatment, the emergency treatment efficiency is improved, and doctors and the patients can communicate online anytime and anywhere.

Embodiments of the present invention provide an emergency order dispatching method under a telecommunications system. The method includes: receiving work orders accepted by the system; determining whether there are work orders that have been continuously canceled and have the same business among the received work orders; and if so, determine This work order is an emergency work order, and the emergency work order is directly dispatched to the maintenance construction management system for processing. In addition, embodiments of the present invention also provide an emergency dispatch device, equipment and medium. The technical solution of the present invention can improve emergency efficiency and the comprehensive acceptance success rate of emergency work orders.

The present invention relates to a self-propelled ground milling machine and a method for operating a ground milling machine in an emergency mode of operation.