136 results about "Production area" patented technology

The invention discloses an automatic quality monitoring system based on a nickel hydrazine nitrate manufacturing technology, and relates to the technical field of nickel hydrazine nitrate manufacturing. The system has the functions of integrating a multi-wavelength filter wheel module, a process stability monitoring module and the like, and full-parameter real-time monitoring of the reaction process is realized. A Savitzky-Golay filtering algorithm is adopted to calculate a reaction rate, an XGBoost model is combined to predict a quality grade, and a hierarchical control strategy is designed to cope with different quality risks. And the risk assessment module simulates a crystal growth process by using a reaction kinetic model, identifies key risk factors, constructs a risk matrix to divide production areas, and generates an assessment report. Spectral data are corrected through a three-dimensional compensation matrix, the type of a quality problem is judged by adopting a double-layer fusion algorithm, and closed-loop control is realized in combination with a PID controller and an emergency emission program. A monitoring interface displays key parameters and early warning information in real time, dynamic adjustment of process parameters is supported, the production process is optimized, and the product quality and the production efficiency are improved.

The invention discloses a coal mine production risk assessment model construction method based on intelligent flexible production, and relates to the technical field of coal mine production risk assessment. According to the coal mine production risk assessment model construction method based on intelligent flexible production, a historical state data set including environment, structure, equipment and personnel is constructed, various reference values are combined, the mean value, fluctuation and range characteristics are comprehensively analyzed, a deviation judgment mechanism is introduced, hidden risks in the critical early stage are effectively identified, and the risk assessment accuracy is improved. The method breaks through the static judgment limitation that a traditional model only depends on a current threshold value, and extracts a multi-dimensional risk factor in a current state by obtaining historical environment, structure, equipment and personnel state data of a coal mine production area and combining corresponding reference data and risk coefficients. Finally, a risk assessment model based on linkage of risk factors and risk coefficients is constructed, dynamic risk identification and comprehensive judgment of a coal mine production area are realized, and the accuracy, adaptability and response efficiency of an assessment result are improved.

The invention relates to the field of collaborative management scheduling, in particular to a digital supply chain collaborative scheduling method and system based on digital twinning, and the method comprises the steps: calculating the estimated stock of any production area; calculating an influence coefficient of any production area; obtaining a plurality of optional transportation paths of any production area, calculating the transportation risk of any production area in any optional transportation path based on the influence coefficient and the transportation loss rate, and obtaining the optimal transportation path of any production area; and obtaining an estimated supply quantity of any production area according to the estimated stock quantity, calculating a first product of the estimated supply quantity and the normalized transportation risk, taking an accumulated value of the first products of all the production areas as a transportation cost function, responding to a maximum value of the transportation cost function, obtaining an actual supply quantity of any production area, and completing collaborative scheduling. According to the technical scheme of the invention, the efficiency and precision of cooperative scheduling can be improved.

The application relates to the technical field of industrial park safety management, and discloses an industrial park intelligent safety management early warning method and system, which obtains the production processing type and the planned production time of each production unit in a target industrial park, considers the industrial gas dangerous reaction between the production associated gases corresponding to the production processing type and the planned production time, and then utilizes the production area position and the equipment state data provided by each production unit to perform key monitoring area screening, generates a monitoring and early warning area of the target industrial park, the monitoring and early warning area is an area with higher production danger in the target industrial park, and finally, a safety management detection strategy for guiding the industrial park to perform inspection and maintenance is generated according to the monitoring and early warning area. Therefore, the technical problems that the current safety management scheme for the industrial park has limitations and the early warning accuracy of the key monitoring unit / area is not high are solved.

The invention discloses an aerial logistics track system, and relates to the technical field of production material transportation devices, the aerial logistics track system comprises a mounting frame and at least one track body, a transmission cavity is formed in the track body, a sliding groove extending along a path track is formed in the track body at the bottom of the transmission cavity, and the sliding groove is communicated with the transmission cavity and the outside of the track body; the rail bodies on the two sides of the sliding groove are bearing faces, and the rail bodies located at the machining stations are provided with flow dividing channels. At least one track body is arranged in the production area, and the track body is fixed through the mounting frame, so that the arrangement of the aerial logistics track system can be realized, and the carrier can conveniently select paths according to production requirements. And according to different shapes and combination modes of the track bodies, the moving flexibility of the carrier in the whole aerial logistics track system is higher, and the overall production efficiency is further improved.

The invention discloses an informatization early warning monitoring system based on intelligent production, relates to the technical field of production informatization early warning monitoring, and solves the technical problems that in the prior art, the operation safety of production equipment in an operation area cannot be monitored, and meanwhile, early warning control cannot be accurately carried out in the operation process of the production equipment. According to the invention, the production equipment is monitored, the production equipment in a construction site production operation area is monitored, the safety of pedestrians or equipment passing around in the operation process of the production equipment is ensured, risks in the construction site production area are avoided, the influence on the construction site production progress is avoided, and meanwhile, the safety construction property of construction workers is reduced; in the real-time operation process of the construction site production operation area, the early warning platform sends an emergency control signal to the emergency control platform, and the emergency control platform carries out emergency control supervision on the construction site production operation area to prevent risks of production data in construction site production operation.

The invention provides a method for controlling an operation vehicle and a control system for mining mineral resources, and relates to the field of vehicle control, the field of unmanned driving and the field of intelligent mines. The method comprises the following steps: receiving resource demand information for producing a target mineral product, wherein the resource demand information represents respective corresponding demands of a plurality of target category resources required by a specified production area; task arrangement is carried out according to the demand quantity corresponding to the target category resources and the resource loading information of the candidate transport vehicles, a transport task related to the target category resources is obtained, and the transport task indicates that the transport vehicles loading the target category resources in the multiple candidate transport vehicles travel to a designated production area. The proportional relation among the multiple target loading capacities and the demand quantity proportion meet a similarity condition; and according to the transportation task and the charging demand information of the specified charging position in the specified production area for the target category resources, the transportation vehicle is controlled to run to the specified charging position to unload the target category resources.

This invention belongs to the field of power plant information technology and safety supervision, and discloses a method, system, equipment, and readable storage medium for identifying unlicensed operations in thermal power plants. The method for identifying unlicensed operations in thermal power plants includes the following steps: acquiring monitoring image data of the thermal power plant production area through cameras installed in the production area, inputting the data into a pre-trained behavior detection model for detection, and obtaining the probability P of personnel operation behavior appearing in the monitoring image data. 作业 And the corresponding location POS where the operation occurs; the probability P 作业 The results of comparing the results with a preset threshold P0 are used to identify unlicensed operations in thermal power plants. This invention can identify and monitor unlicensed operations, unauthorized expansion of work areas, and other violations, significantly improving the real-time performance, accuracy, and coverage of monitoring.

The invention provides a production equipment control method and system, equipment and a readable storage medium, and belongs to the technical field of equipment control, the method comprises the steps that a target production demand is acquired, and the target production demand comprises the target weight and the production duration of product alkali; on the basis of the target production requirements, regional production items of each production region are obtained, a plurality of production regions are provided, the production regions are obtained through division according to the alkali process production process, and each production region at least comprises one type of production equipment; determining an adjusting mode of the production area based on the area production item of each production area, wherein the adjusting mode comprises the start-stop state of each valve and the opening degree of each valve; and adjusting the production equipment in the production area based on the adjustment mode of each production area. The production efficiency of alkali products can be improved.

The utility model relates to the technical field of emulsion explosive production, in particular to a heat preservation and temperature rise system for an integrated liquid oil phase of an emulsion explosive, which comprises a tank truck, an emulsifier, an integrated liquid oil phase storage tank, an air source heat pump water heater, a hot water storage tank and a controller, a discharging port of the tank truck is communicated with a feeding port of the integrated liquid oil phase storage tank through a feeding pipe I. A feeding pump I and a feeding valve I are installed on the feeding pipe I. The feeding pump I is located between the feeding valve I and the integrated liquid oil phase storage tank. A discharging port of the integrated liquid oil phase storage tank is communicated with a feeding port of the emulsifier through a feeding pipe II. A feeding pump II and a feeding valve II are mounted on the feeding pipe II; the problems that in an existing oil phase preparation technology, due to the fact that a solid-state integrated oil phase provided by a steam heating supplier is adopted, an emulsifying agent is degraded at high temperature, manual operation is inconvenient, and the matching accuracy is difficult to control due to the fact that the oil phase is automatically prepared in a production area are solved.

The invention relates to the technical field of gas control, and discloses a coal-pillar-free self-formed roadway 110 construction method well up-down integrated area gas control method which comprises the following steps: S1, dividing a coal resource into a planning area, a preparation area and a production area according to the time of mine construction or mining operation of the coal resource; s2, gas pre-extraction treatment on the well in the planning area; s3, advanced treatment of underground gas in the preparation area; s4, precise advanced treatment of underground gas of the working face is carried out; and S5, working face stoping. According to the method, the above-well drilling pre-extraction technology is utilized, the above-well extraction purpose of replacing space with time is achieved, accurate advanced underground extraction is conducted on gas of the continuous working face through the coal-pillar-free self-formed roadway of the upper working face in the production area, and the underground extraction purpose of replacing time with space is achieved; the supporting pressure of the working face is reduced, the stress distribution rule is changed, the pressure difference between coal seam gas and roadway atmospheric pressure is reduced, and the crossheading gas emission amount is reduced.

The invention relates to a production area early warning method and device, computer equipment, a computer readable storage medium and a computer program product, and can be applied to the technical field of area early warning. The method comprises the following steps: receiving a unit starting instruction for a production area sent by an upper computer operating system; controlling a governor hydraulic control system in the production area to start a governor oil pump of the governor hydraulic control system according to the unit starting instruction; the governor oil pump is used for establishing pressure for a governor hydraulic system corresponding to the governor hydraulic control system; the pressure value of the speed regulator hydraulic system is obtained, and under the condition that the pressure value reaches a preset pressure threshold value, an opening instruction of an isolation valve of the speed regulator hydraulic system is generated; and opening the isolation valve according to the opening instruction of the isolation valve, and controlling an early warning device in the production area to perform early warning action. By adopting the method, the early warning efficiency of the production area can be improved.

The application discloses an energy-saving nitrogen production equipment and method with pressure swing adsorption function, and relates to the technical field of nitrogen production. The application comprises a nitrogen production tank, further comprises a partition disc and a top sealing disc fixedly installed in the nitrogen production tank, and a partition plate fixedly installed between the partition disc and the top sealing disc for partitioning the nitrogen production tank into a first nitrogen production area and a second nitrogen production area; the first nitrogen production area and the second nitrogen production area are both provided with a nitrogen production assembly; a pressure swing adsorption unit comprises a gas guiding assembly and a pressure increasing assembly; and an equalizing desorption unit comprises a gas storage assembly and a stamping assembly. The application has the advantages that the alternate operation of the first nitrogen production area and the second nitrogen production area can effectively improve the production capacity, the gas flow direction can be flexibly controlled during the nitrogen production, the oxygen and nitrogen separation effect is enhanced by self-pressurization, the gas production efficiency is improved, the residual pressure energy can be recycled and utilized to realize the equalization of the pressure of the first nitrogen production area and the second nitrogen production area, the discharge of the oxygen-rich tail gas is accelerated in the pressure relief stage, the operation energy consumption is effectively reduced, and the energy-saving effect is remarkable.

The present invention discloses a method and system for monitoring the safety of the production process of cylindrical equipment, which relates to the field of industrial safety monitoring technology, including: real-time acquisition of video streams of the production area of ​​cylindrical equipment and uploading; automatic identification of which process segment of the production process the current operation content belongs to based on the video stream information; if no identification result is found, returning to step one and continuously looping monitoring; if there is an identification result, calling the corresponding detection algorithm based on the identified process segment to identify the safety risks existing in the production of the process segment; outputting the result of the safety monitoring based on the obtained detection result according to the set risk judgment conditions; if the monitoring result is that there is no safety risk, returning to step one; if the monitoring result is that there is a safety risk, triggering a safety alarm. The present invention can effectively prevent the occurrence of safety accidents and reduce the false recognition rate by classifying and identifying different scenarios in the entire production process according to their risk characteristics, thereby improving the overall production safety level and production efficiency.

The utility model discloses an efficient and accurate-positioning packaging box conveying track line, belongs to the technical field of packaging box conveying devices, and solves the problems of high labor intensity, low production efficiency and potential safety hazards in the prior art. Comprising a rack, a feeding inlet and a discharging outlet are formed in one end of the rack in parallel, and a feeding conveying line and a discharging conveying line are arranged between a working platform at the other end of the rack and the feeding inlet and between the working platform at the other end of the rack and the discharging outlet respectively; a material taking transverse moving conveying mechanism and a finished product transverse moving conveying mechanism are arranged at the ends, close to the working platform, of the feeding conveying line and the discharging conveying line correspondingly, a feeding lifting stopper is arranged on one side of the material taking transverse moving conveying mechanism, and a discharging lifting stopper is arranged on one side of the finished product transverse moving conveying mechanism. And material box uncovering mechanisms are arranged on the two sides of the working platform correspondingly. The automatic material box conveying device is reasonable in design, compact in structure, capable of automatically conveying material boxes to a production area, low in labor intensity, accurate in positioning of material box conveying, convenient to operate, high in production efficiency and high in practicability.

The utility model relates to the technical field of monitoring camera shooting, and discloses a monitoring camera shooting device for a detonator production area, which comprises a monitoring main body, the lower surface of the monitoring main body is fixedly connected with a camera glass cover, the upper surface of the monitoring main body is fixedly connected with a fixed shaft, and the outer surface of the fixed shaft is rotatably connected with a rotary drum. The motor drives the second bevel gear to rotate, and the second bevel gear is meshed with the first bevel gear, so that the rotating drum is driven to rotate along the shaft, and the dust scraper hinged to the lower surface of the connecting frame is driven to rotate with the rotating drum as the shaft; and a microfiber cloth strip fixedly connected to the lower surface of the dust scraper is used for wiping the outer surface of the camera glass cover, compared with a traditional device, the camera glass cover is exposed in the air for a long time, stains can be attached to the surface of the camera glass cover, and therefore use of the monitoring camera device is affected. When wiping is not needed, the dust scraper is located on the rear portion of the monitoring camera device, and use of the monitoring camera device is not affected.

The invention relates to a hydraulic engineering device with a flood control adjusting function, which comprises a self-adjusting mechanism, a water retaining door is mounted on the inner side of the self-adjusting mechanism, an adjusting base is fixed at the lower end of the water retaining door, a fixed beam is in bolted connection with the upper end of the self-adjusting mechanism, and a locking mechanism is in bolted connection with the upper end of the fixed beam. The device does not depend on an electric power system on drainage adjustment and adjustment of a side water channel, automatic adjustment can be achieved according to the change of the upstream water level through a specially-designed self-adjustment mechanism, the impact resistance effect is considered, the potential energy of a flood peak can be greatly weakened, emergency flood discharge can be adopted when the water level reaches a threshold value, and the service life of the device is prolonged. The flood is prevented from being poured into the side water channel, so that the flood is poured into an agricultural production area to damage crops, the device is particularly suitable for an area where a power network is not laid, and efficient self-adjustment of the upstream water level and the flow of the water introduced into the side water channel can be completed through mechanical self-adjustment.

The application provides a composite structure ultrafiltration membrane assembly, which comprises a shell, a water outlet is arranged at the top of the shell, a liquid inlet is arranged at the bottom of the shell, the shell is divided into a filtering area and a gas floating area which are in communication from top to bottom by a first resin sealing layer, the filtering area is divided into a liquid production area and a membrane area from top to bottom by a second resin sealing layer, membrane filaments are arranged in the membrane area, one end of the membrane filaments is embedded in the second resin sealing layer, and the membrane filament holes are in communication with the liquid production area, a waste liquid outlet is arranged below the second resin sealing layer, the gas floating area is provided with fiber fillers, and a dissolved gas releaser is arranged at one end of the liquid inlet close to the inside of the shell. The ultrafiltration membrane assembly of the application efficiently combines the gas floating structure and the ultrafiltration structure, the series connection between the two parts can be directly realized in the membrane cavity, the liquid level balance, pressure increase and decrease and other control links of other process modes are reduced, and the ultrafiltration membrane assembly has the advantages of high water production efficiency and small energy consumption.

The utility model relates to a system for treating high-ammonia-nitrogen wastewater and recycling ammonia water resources by utilizing a low-temperature heat source, which comprises a steam stripping tower, a high-ammonia-nitrogen wastewater treatment device, a high-ammonia-nitrogen wastewater treatment device and a low-temperature heat source, the air blower is connected with the middle part of the steam stripping tower; the first heat exchanger exchanges heat with the material discharged from the bottom of the steam stripping tower through a production area low-grade heat source, and the material discharged from the bottom of the steam stripping tower after heat exchange flows back to the top of the steam stripping tower; a material discharged from the top of the steam stripping tower flows into the first spraying absorption tower from the bottom of the first spraying absorption tower; a material discharged from the top of the first spraying absorption tower flows into the second spraying absorption tower from the bottom of the second spraying absorption tower; a material discharged from the top of the second spraying absorption tower flows into the falling film absorption tower from the bottom of the falling film absorption tower. According to the utility model, a low-grade heat source is utilized, and the produced ammonia water can be used in a flue gas denitration process at a production end, so that the cost for ammonium salt treatment caused by acid absorption is avoided.

This application discloses a lithofacies analysis system and method based on a shale geological-mechanical coupled lithofacies classification system, relating to the field of shale lithofacies analysis. The system construction module determines the geological-mechanical coupled lithofacies classification system based on information data from the data acquisition module; the prediction module determines single-well lithofacies prediction information; the feedback adjustment module adjusts the single-well lithofacies prediction information based on set rock mechanics and geostress parameter ranges to obtain adjusted information; the three-dimensional model construction module uses a genetic algorithm to perform seismic attribute embedding and integrated inversion based on seismic attribute data and adjusted information, and uses a co-kriging method to construct a three-dimensional model of well-seismic co-modeling of geological-mechanical coupled lithofacies; the parameter model determination module uses a layer-control-facies dual-control method to control constraints and determine the heterogeneity of the geological-mechanical characteristics of shale layers in three-dimensional space, providing a basis for establishing production areas for the exploration and development of artificial oil and gas reservoirs.

The utility model provides a food conveying line which structurally comprises a conveying line body, side frames are fixedly arranged on the left side and the right side of the conveying line body, and a conveying belt is arranged in the middle of the conveying line body. A first drawing box and a second drawing box are inserted into the rear side of the left end and the front side of the left end of the cleaning box respectively, a conveying belt at the bottom area of the conveying line penetrates through the cleaning box from the front end to the rear end and sequentially passes through a scraping cavity and a disinfection cavity, a driving motor drives a connecting shaft to rotate through a worm and a worm gear, and scraping treatment of a brush roller on the conveying belt is completed; a first drawing box is matched with a UV sterilization lamp, the conveying belt is disinfected in a disinfection cavity of the cleaning box, shielding type cleaning and disinfection operation of the equipment on the conveying belt is completed, and the situation that foreign matter on the conveying belt directly drifts away to damage the cleanliness of a production area in the cleaning and disinfection operation is avoided; the technical problem that open type cleaning operation of existing equipment easily causes environmental pollution to a production workshop is solved.

The present application relates to the field of production transportation, and particularly relates to an intelligent food production management system, comprising: a region monitoring module, used to periodically detect the amount of tasks to be executed and the number of key task points of a target production region, so as to determine a production execution state; a region analysis module, used to determine a corresponding region analysis mode according to the production execution state; a first region setting module, used to determine the distribution state of each key task point according to the number of related key task points, and determine a set of each intensive task point and a key scheduling region of each discrete task point; a second region setting module, used to determine the key scheduling region according to the number of associated task routes and the task completion degree; and a device scheduling module, used to determine whether to perform task scheduling on a second type of execution vehicle according to the proportion of key route segments, and determine the task scheduling mode of a vehicle to be scheduled according to the proportion of a first type of execution vehicle; the present application improves the overall transportation efficiency in a food processing plant.

The utility model discloses a combination device for a storage tank nitrogen sealing system, which comprises a storage tank body, the top of the storage tank body is fixedly connected with a breather valve, the two sides of the top of the storage tank body are respectively and fixedly connected with a sealing mechanism, the interiors of the two sealing mechanisms are respectively and fixedly connected with a connecting pipeline, and one side of the connecting pipeline is fixedly connected with a nitrogen supply valve. One side of the nitrogen supply valve is fixedly connected with a pressure gauge pipeline, one side of the pressure gauge pipeline is fixedly connected with a filtering mechanism, one side of the filtering mechanism is fixedly connected with an inlet pipeline, one side of the other connecting pipeline is fixedly connected with a nitrogen discharge valve, and one side of the nitrogen discharge valve is fixedly connected with an outlet pipeline; some impurities such as solid particles, trace moisture and oil mist contained in nitrogen supplied by a gas source can be effectively removed, corrosion of the storage tank and related equipment can be prevented, meanwhile, the sealing mechanism prevents the nitrogen from leaking at the connector, it is ensured that liquid is sealed in the tank, and the service life of the storage tank is prolonged. Therefore, the safety of the whole production area and the stable operation of the whole system are ensured.

The invention relates to the technical field of industrial boilers, in particular to an intelligent data acquisition device and a data analysis system for an industrial boiler. An intelligent data acquisition device for an industrial boiler comprises a base, a support and a swing arm, the base is installed at the position close to a zinc pot, the support is fixedly installed on the base, the swing arm is horizontally arranged, and one end of the swing arm is rotationally installed on the support; the other end of the swing arm extends to a position above the zinc pot; a radar probe is installed at the end, away from the rotation center of the swing arm, of the swing arm. The radar probe is used for monitoring the surrounding environment so as to judge whether the zinc pot is in production or not according to the detection result. If the boiler is in production, the swing arm rotates the radar probe out of the production area, and at the moment, the outer radar probe does not collect data; if the boiler does not produce, the swing arm rotates the radar probe to a designated position (namely, the radar probe rotates to the position above the zinc pot), and then the radar probe begins to measure the liquid level height of the zinc pot for data acquisition.

The utility model discloses a large tonnage self -balancing steel -concrete structure pre -stressed prestress tension crossbeam belongs to building construction technical field, has solved the problem of the present pre -stressed steel -concrete prestressed steel beam because of the oil cylinder and the jack is bigger, and the steel quantity is high, makes the area of production occupies the ground. The utility model discloses two tensioning plates of opposite setting, two tensioning plate bottom fixed on the bottom plate, two tensioning plate both ends are equipped with side edge reinforcing plate respectively, and the bottom of side edge reinforcing plate is fixedly connected with the bottom plate, and a plurality of tensioning holes corresponding are equipped on two tensioning plates, and tensioning pipe is equipped between the tensioning hole corresponding, and a plurality of ground anchors are equipped on the bottom plate, and the ground anchor is fixed with the pouring pool ground. The utility model discloses simple structure, stable operation can be set up flexibly according to the need of the scene, effectively reduces the original pre -stressed steel -concrete prestressed steel beam production area, improves the performance of steel -concrete prestressed steel beam simultaneously, has very strong popularization.

The pump body conveying equipment comprises a vertical shaft assembly, a discharging opening is formed in one side of the bottom of the vertical shaft assembly, a conveying belt is connected to the discharging opening, a bearing platform and a lifting mechanism are installed in the vertical shaft assembly, and the lifting mechanism is used for driving the bearing platform to move in the vertical shaft assembly in the vertical direction. A feeding port is formed in the top of the vertical shaft assembly, a cover body covers the feeding port, an anti-rollover device is arranged between the bearing platform and the vertical shaft assembly, and when the pump body is placed on the top of the bearing platform, the anti-rollover device is used for preventing the bearing platform from rollover in the vertical shaft assembly. The bearing platform and the pump body are conveyed from the high position to the low position through the lifting mechanism, so that packaging of the rear end of the pump body and assembling of small parts can be completed in production workshops of different floors, occupied production area is reduced, meanwhile, rollover in the shaft assembly of the bearing platform is prevented by arranging the rollover prevention device, and production efficiency is improved. And the moving safety of the pump body in the vertical shaft assembly is greatly improved.

The invention relates to a coal mill fault early warning method fusing quantum weighting GRU and multi-modal classification, and the method comprises the steps: firstly, proposing a data fusion architecture based on multi-equipment cooperative perception, integrating coal mill body parameters, associated equipment operation indexes and environment monitoring data, constructing a dynamic coupling feature library, and strengthening the representation capability of complex working conditions of a production area; secondly, a quantum weighted GRU neural network is designed, a quantum information processing module is embedded in a gating mechanism, the extraction precision of nonlinear time sequence features is remarkably improved, and signal noise in a high-dust environment is suppressed in combination with an adaptive filtering technology; an environmental parameter dynamic correction mechanism is further introduced, a residual threshold is adaptively adjusted according to real-time temperature and humidity and dust concentration, and the adaptability of the model to extreme working conditions is enhanced; and finally, accurate discrimination of multiple fault types such as coal interruption, coal blockage, spontaneous combustion and the like is realized through a hybrid architecture of a multi-classification model, and high-robustness and high-precision fault early warning support is provided for a thermal power generating unit production area.

The invention provides a dust explosion-proof monitoring control method and system, and relates to the technical field of industrial equipment monitoring, and the method comprises the steps: collecting environment information through a dust collection device disposed in a production region, building a safety threshold evaluation standard based on an evaluation report, and building an optimized feedback circulation mechanism in the dust collection device, and early warning of potential explosion risks is completed. According to the method, the potential explosion risk can be early warned, the safety state of the production environment can be automatically adjusted to optimize the management process and improve the production efficiency, and compared with the prior art, the prior art focuses on traditional protection measures or post-event processing and is lack of prospective data analysis capability and comprehensive management optimization function, so that the prior art has the potential safety hazard. The safety coefficient of equipment operation is remarkably improved, and the risk of dust explosion is effectively reduced.

The invention relates to the technical field of oil-containing solid-liquid separation, and discloses a super-wetting modified coalescence material and a solid-liquid separation method for coupling multistage cyclone-polymerization filtration extraction by using the super-wetting modified coalescence material. The super-wetting modified coalescence material is prepared by taking a stainless steel honeycomb plate as a base material, carrying out degreasing and rust removal pretreatment and loading a fluorosilane / nano silicon dioxide composite modified layer, and has the advantages of outstanding hydrophobic and oleophylic characteristics, high corrosion resistance and high oil drop coalescence efficiency. The solid-liquid separation method based on the material adopts the process of raw material pretreatment, three-stage gradient cyclone separation, super-wetting coalescence separation and product collection and detection, and efficient separation of oil-water-solid three phases in oil-based rock debris is realized through the synergistic effect of cyclone centrifugal reinforcement and super-wetting surface coalescence. The method solves the problems of poor material corrosion resistance, incomplete oil drop separation, high energy consumption cost and the like in a traditional separation method, the oil recovery rate can reach 85% or above, and the method is suitable for large-scale treatment of oil-containing solid wastes such as oil-based rock debris in a shale gas production area.

Device for the additive manufacturing of a three-dimensional body (5) in a powder bed with a manufacturing area (1) which has a lowerable surface (2) on which the powder bed is arranged, and at least one squeegee (3) for conveying and uniformly distributing a powdered material on the surface (2), which is movable about a rotational axis (4) that is oriented perpendicular to the surface (2) of the powder bed, and a device (8) for performing a rotational movement of the at least one doctor blade (3) over the surface of the powder bed, and a device with which at least one energy beam is directed onto the surface of the powder bed and whose focal spot is movable in two dimensions, the length of the squeegee (3) corresponds at least to the greatest distance from the axis of rotation (4) to the edge of the manufacturing area (1), nozzles are formed on the squeegee (3) for applying the powdered material to the surface of the powder bed, and a device (7) for feeding powdered material into the at least one doctor blade (3) and to the nozzles is provided, characterized by the fact that the device (8) for carrying out this rotational movement is arranged such that the rotational movement takes place from the edge of the production area (1) and for this purpose, in the case of a production area (1) with a circular base area, a guide is arranged circumferentially on the outer edge of the production area (1) and above the surface of the powder bed and the at least one doctor blade (3) is arranged such that it is slidably mounted on two opposite points of the guide.