15results about How to "Effective" patented technology

This invention discloses a polymer material heating and pressing device, including a base with a placement mold mounted on the top; an upper plate positioned directly above the base, with guide posts mounted at the four corners of both; a pressing mold also positioned at the bottom of the upper plate; a stud penetrating the upper plate and threadedly connected to it, with the bottom end of the stud connected to the pressing mold; and a protective component mounted on the pressing mold and placement mold. In this invention, the protective component effectively isolates the heat released by the pressing mold during operation, fundamentally avoiding the risk of burns to workers due to accidental contact with the high-temperature pressing mold, and significantly improving the safety of the entire operating environment. Furthermore, in the design of the heating area, by optimizing the layout of the heating elements, the heating area is precisely concentrated in the pressing area of ​​the polymer material. This change allows the heat to act more directly and effectively on the material.

This invention provides the application of polyferric sulfate in improving plant salt stress resistance and / or improving saline-alkali land, belonging to the field of agricultural technology. The polyferric sulfate application provided by this invention can effectively improve the germination ability of plant seeds under salt stress, effectively enhance the activity of plant antioxidant systems and photosynthetic efficiency, thereby effectively improving the survival rate and growth performance of plants under salt stress. Simultaneously, polyferric sulfate can effectively reduce the EC value of saline-alkali soil, thereby effectively improving the germination rate of plant seeds in saline-alkali land and effectively improving saline-alkali land. This invention is simple to operate, low in cost, and environmentally friendly, suitable for enhancing the salt and alkali tolerance of plants, and has broad application prospects.

The invention discloses a cardiovascular nursing device with a limiting function, and relates to the technical field of cardiovascular nursing. The nursing device comprises an inflation layer and a nursing layer, an inflation opening is formed in the outer wall of the inflation layer, a plurality of connecting belts are arranged on one side of the inflation layer in a sliding fit mode, a plurality of fixing bases are arranged on the other side of the inflation layer in a sliding fit mode, notches are formed in one sides of the fixing bases, clamping pieces connected with the connecting belts in a clamping mode are arranged in the notches, and the clamping pieces are connected with the inflation layer in a sliding fit mode. A handle connected with the clamping piece is arranged on the outer side of the fixed seat; the nursing layer comprises a plurality of medicine containing boxes which are sequentially connected, and the medicine containing boxes are all arranged on one side of the inflation layer. According to the nursing device, the connecting belts are arranged on the outer side of the inflatable layer, and the tightness degree of the connecting belts can be adjusted according to the physical condition and actual requirements of a patient, so that it is ensured that the nursing device is stably attached to the body of the patient, and the situation of displacement or looseness in the using process is avoided.

This invention proposes a design method for an omnidirectional icebreaker wave generator in actual ice-covered sea areas. First, data collection and processing are performed, collecting and processing relevant information about the target sea area and sea ice. Then, based on the potential flow theory model, the wave generation period interval, sea ice strain response, wave height scaling factor are calculated. The wave height scaling factor is used to calculate the target wave height and maximum stroke, resulting in the target period wave. Finally, the target period wave is used to obtain the wave generator shape curve, completing the wave generator design.

The application relates to a pipeline connecting flange anti-leakage device, which comprises a first protection cover and a second protection cover which are butted into a protection barrel body, and a placing groove which accommodates a connecting flange; the two ends of the first protection cover and the second protection cover are inserted into a pipe body through grooves, and the inside of the placing groove of the first protection cover and the second protection cover is provided with a semi-annular sealing gasket; the extension plates on the two sides of the first protection cover and the second protection cover are locked through bolts to form integral sealing and fix the semi-annular sealing gasket; a film bag is arranged in the placing groove, the film bag is attached to the end face and the outer wall of the flange; an oil injection pipe passes through the corresponding first protection cover or the second protection cover to communicate with the film bag, one end of an oil leakage pipe is connected to the film bag and the other end is connected to an external observation box, a check valve is arranged in the oil leakage pipe; oil is injected before use to make the film bag tightly attached to the flange; when the connecting flange leaks, the pressure in the placing groove rises, the leakage of the placing groove extrudes the film bag, hydraulic oil in the hydraulic oil pushes away the check valve to enter the observation box, and a patrol personnel can judge the leakage through a window.

This utility model discloses a recyclable device for recycled paper, belonging to the field of recycling technology. The utility model includes a processing box and an anti-clogging mechanism. A crushing component is installed on the top of the processing box, and a guide pipe is installed on the processing box. The anti-clogging mechanism includes a rotating rod rotating on the processing box and a cylinder fixed on the guide pipe. An eccentric wheel is fixedly connected to the rotating rod, which is connected to the crushing component via a belt. The top of the cylinder has a cavity, and the bottom has an air outlet. A retaining ring is fixed inside the cavity, and a piston rod is vertically movable within the cavity. Through the structural design of the cylinder, piston rod, air outlet, and exhaust hood, this utility model utilizes the rotation to drive the piston rod to descend and move within the cylinder, generating airflow which is then transported through a pipe to the exhaust hood for discharge. This continuously blows air through the outlet of the guide pipe, effectively dispersing the shredded paper accumulated near the outlet and allowing it to smoothly enter the crushing box.

The present application relates to a kind of automatic evaluation and report generation method based on while drilling parameter geologic hardness grade, including obtaining while drilling parameter, borehole number and borehole depth, while drilling parameter can be integrated with physical constraint to generate comprehensive characterization vector, comprehensive characterization vector input classification model to generate geologic hardness evaluation value, according to the data and geologic hardness evaluation value generated evaluation report.The method of the present application fully considers the coupling relationship between multiple parameters in while drilling parameter, can obtain while drilling parameter at the same time, according to the while drilling parameter data generated automatically geologic hardness evaluation value, realize the continuous evaluation of full borehole depth, and simultaneously generate evaluation report, compared with traditional single parameter simple regression method, robustness is stronger, reduces the evaluation result error, and timeliness is good, cost is low, and evaluation information is complete.

The utility model relates to the technical field of backwashing devices, in particular to a residual oil filtering and backwashing device which comprises a device base, a filter cartridge is arranged on the device base, a connecting pipe and a water inlet pipe are fixedly arranged on one side of the device base, and a backwashing water pipe is arranged between the connecting pipe and the water inlet pipe. A plurality of nozzles are arranged on the side, close to the filter cartridge, of the backwashing water pipe, a driving assembly is arranged on the side, away from the nozzles, of the backwashing water pipe, a guide sliding groove is formed in the side, close to the driving assembly, of the device base, and a guide sliding block is arranged in the guide sliding groove in a sliding mode, so that it can be ensured that backwashing liquid evenly covers the whole cleaning area; cleaning dead angles are avoided, and the back-flushing liquid can act on dirt more effectively, so that the cleaning efficiency is improved, and the cleaning time is shortened.

This invention relates to the technical field of spinneret laser cleaning, specifically a fully automated laser cleaning device and method for spinnerets. The device includes a conveying system, a clamping and flipping system, a cleaning system, a placement end, and a waste removal system. The clamping and flipping system has a clamping structure in its middle, which clamps and limits the spinneret for clamping throughout the process. The placement end has a placement plate at its top for placing the spinneret. The waste removal system is located outside the placement plate and is used for fully automated cleaning. The conveying system includes a conveyor with a positioning sensor at its top and a stopper on one side of the positioning sensor for limiting the conveying of the spinneret. This laser cleaning device can perform fully automated cleaning of spinnerets, thoroughly cleaning waste from both sides of the spinneret and transferring the waste, ensuring the cleaning quality of the spinneret.

The invention provides a straw three-element separation method based on enzyme pretreatment and a DES solvent, belongs to the field of biomass resource utilization, and can solve the problems of high energy consumption, serious environmental pollution and low separation efficiency in the existing straw three-element separation method. Comprising the following steps: crushing straws, carrying out enzymolysis pretreatment by using cellulase and hemicellulase, mixing a solid obtained after solid-liquid separation with a DES solvent, and reacting for 2-4 hours under the conditions of 120-150 DEG C and 0.5-1.0 MPa to dissolve out lignin; centrifugally separating to obtain a DES solvent solution containing lignin and a solid precipitate containing cellulose and hemicellulose; filtering the DES solvent solution containing lignin through a ceramic membrane, and drying to obtain a lignin product; treating the solid precipitate with a hydrogen peroxide solution, carrying out solid-liquid separation, washing and drying to obtain a cellulose product; and combining the separation liquid and the washing liquid, concentrating, adding ethanol for precipitation, and drying to obtain a hemicellulose product. According to the invention, step-by-step efficient separation of three elements is realized, and the separation efficiency and the product purity are improved.

This invention provides a device and method for separating tobacco scraps and recovering tobacco shreds in the cigarette manufacturing process. The tobacco scraps are fed into a primary vibrating screen via an elevator. "Hard, piercing" scraps are captured by an orthogonal curved screen plate and cylindrical screening holes with alternating dot matrix, separating tobacco dust and scraps with a diameter less than d1. The remaining material is fed into a secondary vibrating screen, where curved guide strips, a size-controlled screen plate, screening holes, separation holes, and a separation surface control the separation of hard scraps with a length greater than d2 and poor plasticity. Flexible tobacco shreds pass sequentially through the screening holes, separation holes, and separation surface, and are finally fed into a tobacco collection box. This invention provides high loosening force, screening efficiency, and low breakage rate for tobacco scraps, and accurately separates scraps from tobacco scraps, improving the recovery rate and quality of tobacco shreds.

The present application provides a complex lithology mixtite reservoir sweet spot comprehensive evaluation method based on logging combination, comprising the following steps, S1: collecting various data of the block; S2: using logging while drilling and gas logging to establish a mixtite reservoir effectiveness evaluation index E; S3: using logging while drilling capture spectroscopy to establish a variable mineral weight mixtite reservoir compressibility index BRIT; S4: using logging while drilling capture spectroscopy to establish a variable mineral weight acidification index ACID. Through the mixtite reservoir effectiveness evaluation index E, the variable mineral weight compressibility index BRIT and the acidification index ACID, the mixtite reservoir geology and engineering sweet spot can be effectively found, which provides a basis for exploration stage testing and sampling, oilfield development stage perforation scheme formulation and later measures. The present application has wide application range, strong effectiveness and high prediction accuracy, has important guiding significance for exploration and development, and can also be appropriately popularized to other types of reservoirs.

The invention relates to a lake and reservoir water quality prediction method and system based on multi-source data fusion, and the method comprises the steps: obtaining multi-source and multi-site data in real time, carrying out the data preprocessing, and removing the influence of sudden change data on prediction; performing feature extraction on time sequence data in the multi-source multi-site data through a time sequence attention mechanism, and processing the time sequence data in the multi-source multi-site data to obtain a predicted value of a target index; analyzing multi-site data in the multi-source multi-site data, and obtaining upstream site information in combination with the spatial position of online monitoring equipment and the water flow direction of a reservoir to obtain trend change information of a target index; and inputting the prediction value and the trend change information into a pre-constructed meta-learner at the same time, and outputting a final prediction result of the target index through combined relation learning. Compared with the prior art, the method has the advantages of high model prediction precision and high interpretability.

The invention discloses a screening method of metabolism-related fatty liver disease key transcription factors, which comprises the following steps: S1, acquiring transcriptome sequencing data of MAFLD patient liver tissue and normal control liver tissue, standardizing the transcriptome sequencing data and correcting batch effect, and constructing a unified expression matrix; performing differential expression analysis, and screening out a candidate gene set; s2, extracting transcription factors in the candidate gene set, respectively applying a mutual information algorithm based on an information theory and a gradient lifting algorithm based on a tree model to infer a regulation relationship between the transcription factors and target genes, and constructing a multi-algorithm fused gene regulation network; s3, carrying out comprehensive scoring on transcription factors in the gene regulation and control network; and selecting candidate key transcription factors according to the comprehensive score sequence. According to the method, the ARACNe-AP algorithm and the GRNBoost2 algorithm are combined, and the method is good at capturing complex multi-factor co-regulation.

This invention relates to the field of electricity sales control technology, and discloses a control method and system for an electricity sales device. The system includes a dynamic electricity price calculation module, a load characteristic acquisition module, an optimization decision-making module, an execution control module, and a feedback adjustment module. The dynamic electricity price calculation module generates a benchmark electricity price curve; the load characteristic acquisition module acquires electricity load data and transmits it to the electricity consumption pattern analysis module, which outputs load classification labels; the optimization decision-making module combines the benchmark electricity price curve and load classification labels, and uses an artificial bee colony algorithm to optimize the electricity sales strategy and generate electricity price adjustment instructions; the execution control module determines the equipment control parameter sequence through a tabu search algorithm and transmits it to the electricity metering equipment; the feedback adjustment module collects user response data, processes it through wavelet noise reduction, and then transmits it to the dynamic electricity price calculation module and the optimization decision-making module. This system achieves dynamic optimization and precise control of the electricity sales process, adapting to the needs of the developing electricity market.