135results about How to "The principle of the method is reliable" patented technology

The related tension and bond strength testing method for adhesive and polyphenyl plate comprises: cutting target plate into cubic block as sample, coating adhesive on one surface and then another surface, curing for 10-20day; dipping into water for 40-60day, taking out to dry for 2h; then, sticking sample surface with adhesive to smooth steel plate, forcing tensile force to test its strength. This invention has reliable principle, high accuracy and precise result.

The invention discloses a method for preparing a calcium sulfate whisker through recrystallization. The method is characterized in that the method comprises the steps of (1), conducting program control on heating and dissolution courses: putting a raw material with a main ingredient of calcium sulfate into a sulphuric acid solution for stirring, heating simultaneously, heating a mixture to 60-95 DEG C at a certain rate with the adoption of the program control, dissolving for 20min-1h, (2), conducting the program control on cooling and recrystallization courses: using the program control to cool a suspension obtained by dissolution to 10-30 DEG C, ageing for 20min-2h, (3), conducting separating and washing courses: conducting solid-liquid separation on the suspension, washing a separated solid-phase product, and (4), conducting a drying course: drying the washed solid-phase product at a certain temperature, and obtaining the calcium sulphate dihydrate whisker. The calcium sulfate whisker is prepared by utilizing a recrystallization principle under an ordinary-pressure mild condition, and a relatively economical technological approach can be provided for the resource utilization of industrial by-products such as desulfurization gypsum and phosphogypsum.

The invention relates to a waterflood simulation recovery ratio test method considering energy flow in a low-permeability reservoir. The method is completed by means of a core displacement device. Thedevice is composed of a confining pressure pump, a core holder, a back pressure pump, a simulated oil intermediate container, a formation water intermediate container and the like. The method comprises the following steps that (1), simulated oil is prepared, and the volume factor B0 of the simulated oil is tested; (2), a plurality of blocks cores containing crack plungers are selected, and the diameter Di, the length Li, the mass Mi1 and the permeability Ki of the cores are tested; (3), the core bound water saturation is established; (4), the cores are saturated with the simulated oil; (5), the recovery ratio R0 of the failure development simulated oil is calculated; (6), the simulated oil intermediate container is opened, far-well zone energy flow is simulated, and a first round of waterflood simulation oil recovery cumulative recovery ratio R1 is obtained; and (7), the sixth step is repeated, and the i-th round of waterflood simulation oil recovery cumulative recovery ratio Ri is obtained. The method is reliable in principle, simple and applicable, can accurately evaluate the waterflood simulation recovery ratio under a real reservoir condition and has a wide market applicationprospect.

The invention belongs to the technical field of corrosion testes of metal materials, and relates to a testing apparatus for dynamic galvanic corrosion. A rotary electrode sample is embedded in a rotary electrode embedded seat; a non-testing surface of the rotary electrode sample is provided with a threaded hole to realize threaded connection with a rotary shaft; a positive electrode of a galvanic corrosion measurement instrument is connected with the rotary electrode sample through an electric brush; a carborundum grinding column is fixed on two sides of a fixed electrode; a channel is disposed between a fixed electrode embedded seat and a support with adjustable height; the fixed electrode and a cooper conductor are electrically connected through a spring; a negative electrode of the galvanic corrosion measurement instrument is directly connected to the fixed electrode; and the support with adjustable height and the fixed electrode embedded seat are connected by a screw with high dense threads. A testing method comprises three steps of installing the testing apparatus; setting testing conditions and controlling rotating speed; and recording data. The testing apparatus is simple in structure and convenient for operation; the testing method is reliable in principle and strong in practicability; the testing conditions can be realized easily; cost is low; testing efficiency is high; and the testing apparatus is environment-friendly.

The invention provides an emergency treatment system for elevators. The emergency treatment system comprises an elevator comprehensive information database, an elevator code assigning subsystem, an elevator grid management subsystem, an elevator dynamic state monitoring subsystem, an elevator fault / accident calling subsystem, an elevator emergency dispatching subsystem and an elevator fault / accident disposal management subsystem. An emergency treatment method for the elevators based on the system comprises the steps that firstly, a complete and accurate elevator comprehensive information database is formed; secondly, elevator identification codes are assigned to the elevators; thirdly, grid dividing and positioning of the elevators, maintaining units and nearby rescuing stations on a map are achieved; fourthly, the elevator calling subsystem is connected through an assembly of the elevator dynamic state monitoring subsystem installed on the elevator or a manual alarming manner; fifthly, after the fault rescuing call is answered, the system arranges rescue in time according to the elevator identification code provided by a person calling for help; and sixthly, rescuing is finished, and a detailed log information record from alarming to the command stage to rescuing ending is formed.

The invention belongs to the technical field of big data monitoring application, and particularly relates to a non-invasive load monitoring method based on big data. The non-invasive load monitoring method based on the big data includes the following steps that (1) power data is remotely collected, a power system is subjected to data monitoring and monitoring controlling, and actually-measured samples of all transient processes are fully collected; (2) a training model of non-invasive load monitoring is built, and distinguishing space is formed; (3) the non-invasive load transient monitoring is actually measured, actually-measured transient processes are distinguished according to the distinguishing space. According to the non-invasive load monitoring method based on the big data, big-datatechnological means are taken, and a large amount of transient-process data is obtained from accumulated mass power load data; according to the reasonable load classification method, suitable characteristic parameters are selected for building high-dimensional characteristic distinguishing space, and the non-invasive load monitoring function can be accurately and rapidly achieved with the dimension descending and classification method in the big-data technological means.

The invention discloses a missing seismic prospecting data recovery reconstruction method, belonging to the technical field of seismic prospecting data processing. The sparse description of the complex seismic signals is carried out by means of a variety of sparse transformation methods, and combined with the new sampling model of the compression perception theory, the efficient threshold parameters are designed to recover the complex seismic profile signals of the deep reflection layer, and a data base is provided for efficient use of the various features of the complex profiles and finer underground construction imaging. The method is reliable in principle, clear in technical process and wide in application.

The invention belongs to the field of computer information processing and particularly relates to a depth learning algorithm achieving method and platform based on a domestic many-core processor. A design and an achievement mode of a depth learning algorithm data parallel mode are given out; depth learning algorithm interblock progress grade paralleling and achievement are elaborated; a depth learning algorithm interblock threading grade paralleling and achievement mode is explicated; and finally, a hardware platform building scheme is designed based on an optimization mode and strategy of the domestic many-core platform depth learning algorithm. Thus, hardware resources are sufficiently used; solving time for symmetrical positive definite system of linear equations is greatly reduced; calculation energy consumption is reduced; and cost for computer room construction, management and maintenance is reduced.

The invention relates to a thin interbed carbonate rock bottom water reservoir CO2 huff and puff experimental test method. The thin interbed carbonate rock bottom water reservoir CO2 huff and puff experimental test method comprises the following steps of 1 manufacturing thin interbed carbonate rock five-point well network flat plate models, 2 preparing a crude oil sample, a formation water sample and injected gas, 3 arranging five layers of five-point well network flat plate models different in penetration rate into a multi-layer flat plate model core holding unit specially made for the models in certain sequence from top to bottom at lithologic intervals, 4 starting a confining pressure pump, 5 starting a constant-temperature box, 6 conducting formation original state recovery on the multiple layers of flat plate models, 7 starting a return pressure pump and setting the pressure of the return pressure pump according to extraction pressure set through an experiment, 8 beginning to perform a water-oil displacement experiment, 9 injecting CO2 and then performing well soaking and 10 performing depressurizing production and subsequent water flooding after well soaking and calculating development indexes. Tools and means are provided for evaluation on thin interbed carbonate rock bottom water reservoir CO2 huff and puff water control and oil increase effects. The thin interbed carbonate rock bottom water reservoir CO2 huff and puff experimental test method is reliable in principle and simple in operation.

The invention belongs to the technical field of gas production technologies in oil and gas fields, and particular relates to a method for measuring gas well critical liquid-carrying flow. The method includes the steps that gas well history data are searched for to obtain the oil pipe diameter D; gas well gas is sampled to measure gas components, and then the relative density gamma of the gas relative to air is calculated; bottom hole pressure Pm and temperature T are measured, and a corresponding compressibility factor is calculated through a iterative method according to the bottom hole pressure Pm and the temperature T; the critical liquid-carrying flow is calculated by using the oil pipe diameter D, the relative density gamma of the gas, the pressure Pm, the temperature T and the corresponding compressibility factor. According to the method for measuring the gas well critical liquid-carrying flow, a kinetic energy factor is cited and combined with practical production data of a Sulige gas field to determine a critical liquid-carrying flow formula, and a simpler and more reliable method is provided for determining the critical liquid-carrying flow of the Sulige gas field. The principle is reliable, and compared with an existing critical liquid-carrying flow model, the method fits the practical situation of the Sulige gas field better.

The invention discloses a digital-core-based method and a digital-core-based device for acquiring electrical parameters of rocks. The method includes the following steps: 1) performing CT scanning oncore samples, acquiring greyscale images of the core samples and constructing three-dimensional digital cores; 2) extracting pore radius distribution of the cores on the basis of the three-dimensionaldigital cores; 3) calculating the communication porosity in the X, Y and Z directions on the basis of the three-dimensional digital cores; 4) representing fluid distribution in pore space on the basis of the core pore radius distribution and the communication porosity; 5) calculating tortuosity of the pore space on the basis of the fluid distribution in the communicated pore space; 6) calculatingformation factor values of formation water during complete saturation; 7) calculating resistance enlargement coefficients under different water saturation degrees. By the method and the device, the difficulty in acquiring the electrical parameters of the rocks due to failure to displace rocks with core displacement difficulty, such as compact sandstone, can be solved.

The related preparation method for sensitive film of an optical fiber pH sensor comprises: selecting 30-50cm conventional fiber with inner and outer core diameter rate as 62.5 / 125mum, cutting 2-6cm segment on one end for sleeve and coating layer; corroding with HF to remove the package; activating the fiber core with 20-55% HNO3 for 10-60min to form active (OH)-; by sol-gel method and tetraethyl orthosilicate as precursor, fixing the pH indication molecule on fiber core. This invention is simple and reliable for remote detection.

The invention relates to the technical field of annular magnetic cores, in particular to a magnetic core chamfering machine applied to an annular magnetic core. The magnetic core chamfering machine comprises a feeding and conveying device and a double-sided chamfering device. The double-sided chamfering device comprises two chamfering device bodies which are horizontally arranged and are of the same structure and a machine tool. The chamfering device bodies are the first chamfering device body and the second chamfering device body. The plane where the first chamfering device body is located is higher than the plane where the second chamfering device body is located. The joint of the first chamfering device body and the second chamfering device body is provided with a discharging device. A flow diversion support is arranged on the upper portion of a first conveyor belt and is of a Z-shaped structure. The magnetic core chamfering machine has the beneficial effects that chamfering can be conducted on the front side, the back side, the inner side and the outer side of a magnetic ring automatically, the workload of workers is lowered greatly, the quality stability of products is guaranteed, the machining efficiency of the products is improved, efficiency and stability are achieved, and all machining processes are completed at a time.

The invention provides a method for preparing a refined industrial salt from an industrial waste salt and belongs to the technical field of resource environments. The method comprises the following steps: pretreating an industrial waste salt so as to remove a part of water and volatilizable organic matters in the industrial waste salt; performing carbonization so as to partially decompose organicmatters in the industrial waste salt; further performing high-temperature oxidation treatment so as to oxidize the organic matters in a waste carbon salt into carbon dioxide and water, and thoroughlyremoving the carbon dioxide and the water; and finally performing procedures of water dissolution, heavy metal and water-insoluble substance removal, evaporation crystallization, solid-liquid separation and drying, so as to obtain the refined industrial salt. The method provided by the invention is reasonable in principle and reasonable in designing, resource treatment on waste salts can be achieved with low cost, the national circular economy policy can be met, and remarkable economic and environment benefits can be made.

The invention discloses a mountainous precipitation measurement and calculation method suitable for a south-eastern Tibetan plateau area and an application. The mountainous precipitation measurement and calculation method comprises the steps of firstly obtaining the altitude, slope aspect and gradient of a mountainous area to be subjected to precipitation measurement and calculation; secondly determining a subarea in which the mountainous area to be subjected to the precipitation measurement and calculation is located according to a geographic position of the mountainous area to be subjected to the precipitation measurement and calculation; and finally performing calculation by applying a precipitation vertical distribution relational expression of the subarea to obtain a precipitation amount of the mountainous area to be subjected to the precipitation measurement and calculation. The method is reliable in principle and scientific, simple and convenient in calculation process, can be universally suitable for obtaining precipitation data of a high-altitude area lack of meteorological stations in the south-eastern Tibetan plateau area, and has important reference values for precipitation estimation and flow concentration calculation of mountainous hazard forming areas of debris flow and the like.

The invention discloses a testing method for the mixing degree of an iron ore pellet mixture. The method comprises the following steps that 1, a sampling interval is determined by taking an outlet as a starting point and taking the position 3-15 meters away from the outlet as an end point on a conveyer belt behind the material outlet of iron ore pellet mixing equipment, the sampling interval is divided into N sections so that sampling can be conveniently performed in the sampling interval, or sampling is performed at time intervals, and the sample number is 1-N or 1,2,3,4...N; 2, for selected N samples, the water content Xi of each sample is measured, wherein i=1,2,3...N; 3, average value X of the water content of the measured N samples in the step 2 is evaluated; 4, the water content standard deviation S of the water content Xi of the measured N samples in the step 2 and the average value X in the step 3 is evaluated; 5, variable coefficient (CV) value (%) of the needed water content in a test is evaluated by the average value X obtained in the step 3 and the standard deviation S obtained in the step 4 according to the formula CV=(S / X)*100.

The invention relates to a process for preparing vegetable oil, and particularly relates to a process for preparing maize germ oil in a proper processing manner. The process comprises the following steps of: (1) a low-temperature squeezing crude oil preparation process, including preheating maize germs, which have skin impurity content of 10-30 percent and moisture content of 5-10 percent, to 40-50 DEG C, and squeezing oil directly in a low-temperature squeezer to prepare crude oil; (2) a refining process, including refining the maize oil by adopting complex enzyme; (3) an adsorption method, including removing fungaltoxin with a composite adsorbent prepared from magnesium silicate, activated carbon, activated clay and silicon dioxide; and (4) a color reversion controlling process, including removing phosphorus and metal ions, decolorizing by utilizing the activated white clay and activated carbon mixed preparation, and deodorizing by utilizing a deodorizing agent. The process can improve the oil yield and prepare maize germ oil products with excellent quality.

The invention belongs to the technical field of seismic exploration data processing, and relates to a method of separating surface-related multiples of different orders in seismic exploration data. The problem that surface-related multiples of different orders cannot be separated directly in seismic exploration data processing is solved. Effective use of surface-related multiples of different orders is realized. The method combines the weighted cross-correlation idea of focus transformation and the weighted convolution idea of SRME (Surface-Related Multiple Elimination). Firstly, primaries are separated from the overall surface-related multiples of different orders through SRME; secondly, order reduction of the surface-related multiples of different orders is realized through forward focus transformation; thirdly, a quasi-seismic record is extracted through non-stationary matched filtering; fourthly, quasi-primaries in the quasi-seismic record are extracted through SRME; and finally, the order of the quasi-primaries is increased through reverse focus transformation, the quasi-primaries are returned to an original data field, and separated surface-related multiples of different orders are acquired. A reasonable and effective method of separating surface-related multiples of different orders is put forward systematically to realize effective separation of surface-related multiples of different orders. The method has the advantages of reliable principle, clear technical process, and wide application scope.

The invention belongs to the technical field of cooling and air conditioning, in particular to a water cold-storage and cooling system for a data center and an operation method thereof. The water cold-storage and cooling system comprises a conventional operation pipeline, a cold storage pipeline and a cooling pipeline, wherein the conventional operation pipeline comprises a water collector, a refrigeration pump, a refrigeration host, a cooling pump and a cooling tower which are sequentially connected by pipelines; the cooling tower is connected with the refrigeration host; the refrigeration host is connected with a water divider; the cold storage pipeline comprises a cold storage pump, a refrigeration host, a cooling pump and a cold storage tank which are sequentially connected by pipelines; the cold storage tank is connected with the cold storage pump; the cooling pipeline comprises a water collector, a cold storage pump, a cold storage tank, a cooling pump and a water divider which are sequentially connected by pipelines; and three operation modes of the conventional operation pipeline, the cold storage pipeline and the cooling pipeline are provided, after the scheme is adopted, the energy conservation effect of a data center air-conditioning management system is very significant.

The invention relates to a method for installing NeoKylin operation systems in batch based on a PXE server. According to the method, before the systems are installed in batch, by modifying a ks.cfg file provided in the process of installing a PXE, software packages of the operation systems to be installed are made according to the demands, the aim of customizing the operation systems is achieved accordingly, and great convenience is provided for operation and maintenance of large-scale systems. The method is reliable in principle and has wide application prospects.

The invention relates to a method and system for detecting short circuit in a vehicle power battery. The method is characterized in that based on the current vehicle battery serial-parallel topology,a current sensor connected in series on a main circuit of a vehicle power battery serial-parallel structure is utilized, a current sensor is connected in series on at least one branch circuit of the vehicle power battery serial-parallel structure, the branch current measured by the current sensor on the branch circuit and the total current measured by the current sensor on the main circuit are then collected, the proportional relationship between the two is obtained, the change in the proportional relationship is detected, the detected change in the proportional relationship is determined through the Kirchhoff's current law to determine whether short circuit occurs in the vehicle power battery. The method is advantaged in that short circuit in the vehicle battery can be rapidly detected, the generation area of short circuit is determined on the basis, and the risk of thermal runaway caused by the internal short circuit of the vehicle battery is effectively prevented.

The invention provides a method for indicating server starting progress and power consumption. The method includes the steps of firstly, when a server is turned on, a server mainboard management controller starts starting, and an LED lamp bar displays a flickering dot; secondly, when the normal starting of the server mainboard management controller is completed, the LED lamp bar displays the starting progress in a pulse bar manner according to the starting progress transmitted by the server mainboard management controller; thirdly, Bios initiation is completed when the pulse bar is full; fourthly, the LED lamp bar displays the server power consumption through different color bars. By the method and corresponding physical links, a user can conveniently and visually see the server starting progress and the server power consumption state, the user can reasonably arrange starting waiting time during use and appropriately arrange working instructions, the operating experience of the user is improved greatly, and product competiveness is increased.

The invention relates to a method for testing the even mixing degree of a mixed iron mine pellet material. The method comprises the steps that firstly, samples are taken in N zones within a sampling section behind a material outlet of iron mine pellet mixing equipment or samples are taken at time intervals, and the samples are numbered as 1, 2, 3, 4...N; secondly, all the samples are led into a container for weighing through a funnel, wherein the mass of the container is mr; thirdly, excess materials on the upper portion of a container opening in the step two are scraped away through a scraper, the materials in the container are made to be flush with the container opening, the mass of the container and the samples is measured as mi, wherein i=1, 2, 3...N; fourthly, the average value (please see the symbol in the specification) of the mass of the measured N samples is calculated; fifthly, the mass standard difference S of the mass mi and the average value (please see the symbol in the specification) of the mass of the measured N samples are calculated; sixthly, the obtained average value (please see the symbol in the specification) and the obtained standard difference S are used for obtaining the variable coefficient (CV) value (%) of the mass needed by the test through the formula (please see the formula in the specification).

The present invention belongs to the technical field of browser compatibility testing, and particularly relates to a multi-browser compatibility automatic testing method. The method comprises: (10) performing initialization, and installing a pre-tested browser on a PC device; (20) starting a script Runner 1 and a script Runner 2 through a control center; (30) executing scripts and determining whether there is screenshot output, if there is screenshot output, going to step (40), and otherwise, going to step (60); (40) through an image comparator, comparing the screenshot with a reference image,and outputting an image comparison result; (50) saving the result to a test report; and (60) determining whether the execution of the scripts is completed, if the execution of the scripts is completed, outputting the test report, and ending the test, and otherwise, returning to the step (30). According to the method provided by the present application, the problems in the page can be quickly found out, the efficiency of the compatibility test can be greatly improved, and the two major problems that in the traditional test script, the interface checkpoint cannot be set and the manual test efficiency is low are solved.

The invention belongs to the field of drainage equipment of mines, in particular to an automatic drainage control system for a mine. The automatic drainage control system for the mine comprises a ground interchanger and an underground interchanger in communication connection through an industrial Ethernet, wherein the ground interchanger is connected to a drainage system monitoring system of an upper computer mine, the underground interchanger is connected to a PLC control cabinet, and the PLC control cabinet is connected to a water pump sub system; the PLC control cabinet is used for collecting, finishing and controlling underground information, communicating with ground monitoring equipment at the same time and uploading underground date; the water pump sub system is used for draining underground water. By monitoring the underground water level and other parameters, controlling a water pump to work and reasonably scheduling the water pump to monitor the operating condition of the water pump and exchanging data with the upper computer through a communication module, the system has intact protecting and pre-warning measures, is high in reliability, can operate continuously for a long time, saves the human resources, lowers the cost and the operating cost, and is relatively good in economical benefit.

The invention provides electricity power warehousing system asset check equipment and a working method thereof. The electricity power warehousing system asset check equipment comprises an RFID electronic label, a warehousing management system, a stocktaking vehicle and a handheld scanner, wherein the stocktaking vehicle comprises a vehicle body and a system integrated box body; the upper portion of the system integrated box body is provided with a display screen module and a wireless signal emitter, and the handheld scanner is arranged on the right end face of the system integrated box body. According to the working method of the electricity power warehousing system asset check equipment, RID label information is adopted to conduct electric power material labeling, data storage and synchronization are conducted through the adoption of dual databases, and thus the working method is safer and more intelligent. A stocktaking data synchronous server conducts processing conversion on different types of scanning data and achieves data synchronization of the databases and the stocktaking equipment, which facilitates proceeding of stocktaking work, lowers the demand for labor, and improves the stocktaking efficiency; meanwhile, by tracing inventory differences, the accuracy is sharply improved, and a good data basis is provided for warehousing management.

The invention discloses a method for obtaining the surface contact ratio of an acid etching fracture by an experiment measure. The method comprises the following steps of: (A) respectively cutting white paper and carbon paper which have the same surface shape and size as an original rock plate; (B) sequentially putting the white paper, the carbon paper and the rock plate subjected to acid etching on a smooth steel plate; then putting a rigid press head onto the rock plate; exerting preset pressure on the rigid press head; and performing stabilization for one minute; (C) unloading the pressure (a mark of the contact area between the rough surface of the rock plate and the steel plate is left on the white paper by carbon paper); (D) dividing the total pixel of the whole paper by the pixel of the mark part to obtain the contact ratio between the rock plate and the steel plate; and (E) multiplying the contact ratio by 20.25 to obtain the contact ratio of the two rock plate surfaces corresponding to the rock plate under the mutual contact condition. The method has the advantages that the principle is reliable; the operation is simple and convenient; and the accurate contact ratio data can be provided for the study of the acid etching crack flow guide capability.

The invention discloses an experimental test method of competitive dissolution of CO<2> in an oil-water mixture system. The experimental test method of competitive dissolution of CO<2> in the oil-water mixture system comprises the steps of: configuring a crude oil sample and a formation water sample, wherein injected gas is industrial CO<2> gas; injecting the formation water sample, an oil sampleand the CO<2> gas in a sample preparation device; discharging the oil sample, recording the volume of crude oil discharged from a separator and the volume of CO<2> in a gasometer, and calculating thegas-oil ratio after CO<2> is dissolved by the crude oil; recording the volume of formation water discharged from the separator and the volume of CO<2> in the gasometer, and calculating the gas-water ratio after CO<2> is dissolved in water phase; and, gradually increasing displacement pressure, repeating the step, so that the volume of dissolved CO<2> in the crude oil and the formation water samplein series of pressure conditions is obtained, and furthermore, calculating the dissolved CO<2> gas-water ratio GWR in the water phase and the dissolved CO<2> gas-oil ratio GOR in the oil phasein each pressure condition. The experimental test method disclosed by the invention is reliable in principle, simple and applicative, can precisely evaluate and compare the dissolving condition when CO<2> is contacted with the crude oil and the formation water at the same time in a true reservoir condition, and has wide market application prospect.

The invention relates to electric equipment and in particular relates to a convenient-to-mount intelligent dustproof power distribution cabinet. The convenient-to-mount intelligent dustproof power distribution cabinet comprises a cover body and a rectangular power distribution cabinet body, wherein the power distribution cabinet body is formed by detachably connecting stainless steel plates and edge frames; each edge frame is of a square pipe with a square-shaped longitudinal section; turning edges I are arranged at the inner edge of the edge frame on the front surface of the power distribution cabinet body; door bodies are arranged on the front surface of the power distribution cabinet; each door body is formed by splicing a door edge and a stainless steel plate; each door edge is formed by welding abnormal-shaped pipes with a concave longitudinal section; grooves of the concave door edges are matched with the turning edges on the front surface of the power distribution cabinet body; hoisting buckles are arranged at the tops of the vertical edge frames of the power distribution cabinet body; an intelligent controller is arranged at one side edge of the power distribution cabinet body. The convenient-to-mount intelligent dustproof power distribution cabinet has the advantages that the power distribution cabinet body is formed by detachably connecting the stainless steel plates and the edge frames and the convenient-to-mount intelligent dustproof power distribution cabinet is simple and convenient to assemble and firm in structure.

The invention provides a growth prediction method of microorganisms included in food in a production circulation process. The method comprises the following steps: 1, determining a studied food product and a microorganism harm object needing to be predicted; 2, obtaining test data; 3, determining input and output variables of a prediction model; 4, selecting a fuzzy subclass and a membership function for the input and output variables; 5, displacing the input and output variables with corresponding fuzzy sets, and forming a membership function of the fuzzy sets in terms of the variables; 6, employing a "maximizing-minimizing" fuzzy inference algorithm; 7, establishing a fuzzy relation matrix of the input and output variables; 8, performing defuzzification by use of a gravity center method defuzzification method; and 9, obtaining a prediction value of a microorganism quantity. According to the invention, harm can be discovered and controlled timely in the production circulation process, the harm scope is reduced, the loss is reduced, the cost is decreased, and the capability of an enterprise in preventing and controlling microorganism risks in the food production circulation process is improved.