7results about How to "Improve emergency response" patented technology

This utility model discloses a reducer device for emulsion drilling rigs, including a first mounting shell, a second mounting shell disposed on the first mounting shell, and fixing bolts disposed between the first and second mounting shells. It enables rapid fixing and disassembly of the reducer body without disassembling numerous related components, significantly simplifying the replacement process, shortening downtime, and reducing the impact on construction progress. In terms of maintenance, the ease of assembly and disassembly reduces reliance on confined operating spaces and the risk of secondary damage due to improper operation. Regarding costs, it reduces labor hours and labor costs; reduces wear and tear on surrounding components from repeated disassembly, lowering the probability of unplanned replacements; and eliminates the need to stock complete units, reducing inventory costs. Furthermore, the flexible fixing method facilitates adaptation to equipment upgrade needs without requiring modification or replacement of the entire machine, further reducing costs, making it particularly suitable for scenarios such as underground mining.

The utility model provides a charge detection optimized and improved ash bucket anti-blocking heat-tracing-free system, which comprises an ash bucket, a special nano ceramic material coating coated on the inner wall of the ash bucket, a fluidization air pipeline arranged at a position close to the bottom of the ash bucket, an anti-blocking device arranged at an inlet of the fluidization air pipeline, and a charge quantity detection sensor group arranged on the inner wall of the ash bucket, the charge quantity detection sensor group is electrically connected with the distributed control system, and the outer wall of the ash bucket is provided with a blockage clearing device. The system provided by the utility model eliminates detection dead angles, the sensors collect data in real time through the distributed control system, output of the anti-blocking device is dynamically adjusted, the dust dispersing effect is improved, and the system has the advantages of being comprehensive in detection, accurate in control, low in energy consumption, long in service life and the like.

The utility model relates to an interlocking mechanism of a permanent magnet ring main unit, which comprises a support frame and a support frame, the support frame is provided with a mounting hole, a driving shaft is arranged in the mounting hole, one end of the driving shaft extends outwards and is provided with a cam, and the other end of the driving shaft is connected with a transmission shaft of a permanent magnet circuit breaker through a coupler. Two guide pins are arranged on the outer side of the supporting frame and located below the driving shaft, an interlocking sliding plate is installed on the two guide pins in a sliding mode, kidney-shaped holes are formed in the positions, corresponding to the two guide pins, of the interlocking sliding plate so that the interlocking sliding plate can slide in the vertical direction, and a reset tension spring is installed between the inner side of the interlocking sliding plate and the supporting frame. A top plate is arranged at the top end of the interlocking sliding plate corresponding to the cam, and a locking part is arranged at the lower end of the interlocking sliding plate and used for shielding an operation shaft of the isolation mechanism; according to the utility model, interlocking between the permanent magnetic mechanism and the isolation mechanism of the permanent magnetic ring main unit is realized, and the operation safety is improved.

This invention relates to the field of oilfield tailpipe cementing technology, specifically to a tailpipe rubber plug, a controllable breakdown pressure tailpipe rubber plug device, and its application method. The tailpipe rubber plug includes: a shear pin, an upper body, a lower body, an emergency pin, and an emergency shear sleeve. The upper and lower bodies support the various components of the tailpipe rubber plug and are respectively located at the upper and lower parts of the tailpipe rubber plug. The shear pin connects the tailpipe rubber plug to the central tube. When the pressure applied by the drill pipe rubber plug to the tailpipe rubber plug reaches a first preset pressure value, the shear pin shears off. The emergency shear sleeve is fixed to the center of the cavity of the lower body by the emergency pin. When the pressure applied by the drill pipe rubber plug to the tailpipe rubber plug reaches a second preset pressure value, the emergency pin shears off, and the emergency shear sleeve continues to descend with the drill pipe rubber plug. This invention can activate an emergency breakdown mechanism when the tailpipe rubber plug body encounters obstruction and pressure buildup in the tailpipe, effectively preventing excessive cement slurry from remaining in the tailpipe.

This application relates to the field of simulation training device technology and discloses a simulation training device for potential malfunctions and accidents, including an outer pipe and an inner pipe. Multiple sets of inner pipes are arranged inside the outer pipes. The diameter of the inner pipe is smaller than that of the outer pipe. Both ends of the inner pipe are fixedly connected to annular plates, which are fixedly connected to the inner surface of the outer pipe. An exhaust space is formed between the inner surface of the outer pipe and the outer surface of the inner pipe, located between the two sets of annular plates. Leakage points are provided at the exhaust space locations on the outer pipe. A connecting pipe is provided through the surface of the inner pipe. This invention, through the combination of the outer and inner pipes, allows instructors to pre-open one or more valves to simulate a real-world pipe leak. Students can use existing leak detection devices to detect the pipe, identify the leak points, and perform emergency operations, thereby simulating pipe leaks and improving students' emergency response capabilities.

The invention discloses a method and a system for identifying cyanobacterial bloom risk based on double-satellite cooperation. The method comprises the following steps: S1, constructing an A-satellite lightweight chromaticity boundary triggering model and a B-satellite refined spectrum risk classification model based on historical data; s2, preprocessing and identifying a target water body area by using an A satellite receiving image, and converting the multispectral reflectivity value of each water body pixel into a CIE chromaticity space to obtain a chromaticity coordinate; judging whether the chromaticity coordinates exceed a preset boundary or not, and if the chromaticity coordinates meet a triggering condition, scheduling a satellite B through an inter-satellite communication link; s3, the satellite B responds to the scheduling instruction, analyzes a task triggering report, obtains an image extraction pixel multi-dimensional feature system, calculates risk scores by using a spectrum risk classification model, grades the risk scores, and outputs an identification result; according to the method, the A star uses the chromaticity boundary triggering model to screen and dispatch the B star, and the B star uses the spectrum risk classification model to perform refined evaluation, so that double-star cooperative identification of the cyanobacterial bloom risk is realized.

The invention provides a transmission system for communication between wind generating sets and between the wind generating sets and a central control room, and relates to the technical field of wind power generation. Comprising a wind generating set communication module which is in communication connection with a central control room communication center and comprises a wireless access point module which is deployed in each wind generating set and used for realizing wireless communication between the sets and between the sets and a central control room; the central control room communication center is connected with each unit communication module through a current collection line optical fiber and is used for processing communication information in real time; the mobile communication terminal is used for realizing video, telephone and one-key help communication functions between the wind generating sets and between the wind generating sets and the central control room; the security access control module is used for performing authority management on system access; the speed and the accuracy of information transmission are improved, the stability is enhanced, and the stability and the reliability of a communication system are improved; and a security access control mechanism is arranged, so that the security and the emergency processing capability are improved.