9results about How to "Avoid production loss" patented technology

The invention discloses an online regeneration system and method for a tail gas treatment system based on redundant parallel absorption kettles, and belongs to the field of tail gas treatment. The problem that an existing absorption method tail gas treatment system cannot intelligently, safely and efficiently achieve non-stop automatic replacement of absorption liquid is solved. According to the technical scheme, the system comprises an exhaust system, the exhaust system is communicated with a circulating absorption tower through a solid removal filter screen, a plurality of absorption kettles are arranged in the circulating absorption tower and contain various absorption liquids, the types of the absorption liquids contained in at least two absorption kettles are the same, and each absorption kettle is provided with a liquid collection tank and a liquid inlet tank; every two absorption kettles are communicated with each other through a pipeline, a plurality of on-off valves are arranged on the pipelines for communicating every two absorption kettles, the on-off valves are in communication connection with a control system, the control system comprises a control execution module, and the control execution module is electrically connected with an absorption liquid failure judgment module, a circulating absorption control module and a pressure reduction and flow stabilization module; the device is applied to tail gas treatment.

The application relates to a compressor damage degree detection and maintenance method and device, wherein the steps of the method comprise the following: in the case that it is detected that the compressor is in a reverse rotation state, a first target operating parameter of the compressor is collected, and it is judged whether an immediate shutdown condition is met according to the relationship between the first target operating parameter and a first preset threshold value; if the immediate shutdown condition is met, the compressor is immediately controlled to be shut down; after the compressor is switched to a forward rotation state and stably operates, a second target operating parameter of the compressor is collected, the second target operating parameter is converted into a quantitative score representing a damage degree, a plurality of quantitative scores are weighted and fused according to the contribution degree of the second target operating parameter to reverse damage, and a comprehensive health index representing the damage degree of the compressor is obtained; according to the matching relationship between the comprehensive health index and a plurality of preset damage grade threshold value intervals, the damage grade of the compressor after reverse rotation is determined, and a maintenance strategy corresponding to the damage grade is output.

The utility model discloses a synergistic evaporative condenser which comprises a fan module, a water tank module and a coil pipe module, the coil pipe module is composed of at least one coil pipe module body which is detachably connected, and the fan module, the water tank module and the coil pipe module respectively comprise a shell. Shell ports of the fan module, the water tank module and the coil pipe module are all fastened and connected through bolts, a snakelike coil pipe is installed in a shell of the coil pipe module, a spraying pipe parallel to the snakelike coil pipe is installed at the top of the snakelike coil pipe, spraying heads are evenly installed on a pipe body of the spraying pipe, and the spraying heads are connected with the snakelike coil pipe. An inlet and an outlet of the snakelike coil pipe and an inlet of the spraying pipe extend to the outer side of a shell of the coil pipe module, the inlet and the outlet of the snakelike coil pipe and the inlet of the spraying pipe which are adjacent up and down are connected with flow dividing pipes through flanges, and production loss caused by overall shutdown is avoided through the rapid isolation function of a fault unit; and the unnecessary maintenance workload is also reduced.

The present application belongs to the technical field of hot-rolled strip steel rolling, and particularly relates to a method for improving crown control stability during frequent change of specifications, comprising: developing a batch self-learning program for strip steel crown; developing a self-learning program for front and rear strip steel crown; in the batch self-learning program for strip steel crown, adding 7 times of crown self-learning program, and adding a specific gravity scheme, taking the self-learning parameters of the last production as the main; and developing each rack roll shifting control parameters according to the product width range and thickness range. The present application reduces rework of most products, and provides quality assurance for smooth production of subsequent cold-rolled materials.

The utility model relates to a carrying device. The carrying device comprises a vehicle body, a storage rack, a first carrying mechanism, a second carrying mechanism and a moving mechanism. A temporary storage cavity is formed in the vehicle body; the plurality of storage racks are positioned in the temporary storage cavity and are connected with the vehicle body; the first carrying mechanism is arranged on the vehicle body and used for carrying the graphite boats located outside the temporary storage cavity to the storage frame or carrying the graphite boats on the storage frame out of the temporary storage cavity. The second carrying mechanism is arranged on the vehicle body and located in the temporary storage cavity, and the second carrying mechanism is used for driving the graphite boats to move among the multiple storage racks; the moving mechanism is arranged at the bottom of the vehicle body so that the vehicle body can move. According to the carrying mechanism, the problem that the graphite boat is damaged when the graphite boat is manually carried can be avoided, the graphite boat carrying efficiency is improved, and the graphite boat conveying difficulty is reduced.

This invention relates to the field of dust collector fan technology, and more particularly to a method and system for detecting faults in dust collector fans. The method includes collecting normal operating data of the target fan; inputting the normal operating data into a neural network model; calculating and outputting the motor operating current and motor speed values ​​through the neural network model; and obtaining a neural network mathematical model through training. The advantages of this invention are: by using an edge warning terminal to collect multi-dimensional operating data (vibration, noise, temperature, speed, and current) in real time at the dust collector fan equipment site, and by continuously training the operating data to construct a neural network mathematical model, it can capture subtle changes in operating parameters that deviate from a healthy state, issuing warnings in the early stages or potential phases of fault occurrence. This allows maintenance personnel to shift from traditional "reactive maintenance" to "predictive maintenance," intervening early in the nascent stage of a fault and effectively avoiding production losses caused by unplanned downtime.

The invention discloses a method and a system for predicting residual power supply time of a UPS (Uninterrupted Power Supply) of a box transformer substation of a wind power plant. According to the method, after the UPS starts discharging, the real-time remaining power of the UPS, the power information of power supply equipment and the characteristic information of the UPS are input into a machine learning model to predict the current remaining power. Detecting whether the UPS is in a charging state, and if so, ending the prediction; if not, further detecting whether the discharge current is changed or not; when the current changes, recording the voltage at the previous moment, calculating the correction voltage after time delay, and updating the prediction table; and if the current does not change, recording the current discharge time, calculating the residual power supply time according to the current discharge time, and updating the prediction table. And finally, checking whether the current voltage reaches a cut-off value or not in real time, if not, returning to continuously detect the current state, and if so, selecting corresponding correction modes according to different discharge modes to predict the residual power supply time, and updating related data in the prediction table. The method can effectively adapt to complex working conditions of a wind power plant and accurately predict the residual power supply time of the UPS.

The invention discloses a method, device and equipment for determining the distance between an oil well and a fault, a medium and a product. The method comprises the following steps: determining a wellhead output curve, a bottom hole flow pressure curve and a wellhead output curve segmentation result; establishing a first virtual well according to a wellhead yield curve segmentation result; establishing a second virtual well corresponding to the first oil well according to the wellhead yield data; and determining a second bottom hole flowing pressure curve according to the first virtual well pressure and the second virtual well pressure, and iterating the first distance through a genetic algorithm to optimize the second bottom hole flowing pressure curve until an error value between the second bottom hole flowing pressure curve and the first bottom hole flowing pressure curve is smaller than a preset threshold value to obtain a target value of the first distance. According to the technical scheme, the problem that the distance between the oil well and the fault can only be calculated through well shut-in testing at present is solved, the distance between the oil well and the fault can be automatically determined through pressure data of normal production under the condition that the well is not shut in, the distance determination accuracy is improved, and meanwhile production losses caused by well shut-in are avoided.

This utility model relates to a laser cutting machine blade module and a laser cutting machine, belonging to the field of laser processing equipment. The technical solution is as follows: a laser cutting machine blade module includes two blade bodies, which are parallel to each other. A central support and two side supports are provided between the two blade bodies, and both the central and side supports are connected to the two blade bodies. Along the length of the blade body, the central support is located in the middle of the blade body, and the two side supports are located at both ends of the blade body. A first observation port is provided on the upper edge of the side supports, and a second observation port is provided on the upper edge of the central support. The width of the second observation port is smaller than the width of the first observation port, and the second observation port is located in the middle of the first observation port. The relative position of the second and first observation ports allows for a direct visual observation of whether the blade is bending upwards or downwards, enabling early identification of deformation and avoiding processing waste and production losses due to undetected deformation.