14results about How to "Strong reference" patented technology

The invention discloses an open-type TBM shield reserving in-situ dismantling method for a broken stratum water conveying tunnel. The method comprises the steps that firstly, a collapsed cavity in the top of a shield is backfilled, and broken surrounding rock is subjected to grouting reinforcement; 2, integrally welding the shield; 3, mounting a TBM host and a bridge area hoisting facility; 4, TBM rear matched hoisting facilities are installed, and TBM rear matched equipment is dismantled; fifthly, a main beam and a rear support of the TBM host are dismantled; sixthly, a main drive and a cutterhead of the TBM host are dismounted; and seventhly, grouting reinforcement is conducted on the top area of the cutter head and the top area of the shield. According to the method, the top shield, the side shield and the bottom shield are integrally welded through profile steel before dismantling, the shields are not dismantled and are reserved as permanent supporting bodies during dismantling, various hoisting devices are matched, in-situ safe and efficient dismantling in the TBM hole is achieved, the stability of rock around the hole is fully guaranteed, the construction risk is greatly reduced, and the construction safety and the construction progress are effectively guaranteed.

The invention discloses a specific route ocean wind power resource spatial and temporal distribution analysis method, which comprises the following steps of: planning a route according to a target port and a standard sub-voyage principle, and homogenizing route track points; performing wind field data deviation analysis and screening by taking the track point of the target route as a center and adopting a 3 delta principle to obtain original wind field data at 0 navigational speed; calculating an encountered wind speed and wind direction sample point distribution matrix under a ship coordinate system to obtain a wind field probability matrix; performing depth processing on the obtained 0 navigational speed probability matrix to obtain a wind field probability matrix after the ship navigational speed is considered; probability weighting is carried out on the wind field probability matrix of the round-trip voyage, and a complete probability matrix of the whole route is obtained; and calculating a Typha wind level characteristic value and a wind direction angle characteristic value capable of representing the wind field intensity, and completing target airline ocean wind power resource distribution evaluation and quantitative expression. The method can be used for structural system design, control strategy formulation and energy-saving effect forecasting of the wind power boosting system.

The present invention discloses a spatiotemporal early warning method and system for urban high temperature disaster risk, and relates to the technical field of urban high temperature early warning. The present invention includes a database end, a server end, and a user terminal. The database end is communicatively connected to the server end, the server end is communicatively connected to the user terminal, the server end downloads data from the database end, the database end and the server end read and write data with each other, the server end and the user terminal read and write data with each other, the database end includes a high-resolution meteorological element numerical forecast database and a storage database, and the server end includes a download storage operation module, various index calculation modules, and an urban high temperature disaster risk mapping module. The present invention is a new meteorological product integration system that can provide spatiotemporal early warning and visual display of urban high temperature disaster risks, mainly by combining multi-source data to calculate and finely characterize the spatial distribution of high temperature at the urban scale.

The invention discloses a communication protocol conversion method of a hydrogen energy cogeneration system, and belongs to the field of communication technology conversion in the hydrogen energy industry. Hardware such as a CAN receiving and transmitting module, a protocol conversion unit and a 485 receiving and transmitting module is needed for supporting, and the protocol conversion method is applied to the protocol conversion unit. The method comprises the following steps: analyzing and splitting a received CAN protocol frame at a software level, extracting a frame ID and specific protocol content, and forming an address, a function code and protocol content of a Modbus RTU frame according to a field protocol method; similarly, in the scene of converting the Modbus RTU protocol into the CAN protocol, firstly, the address, the function code and the specific content in the Modbus RTU protocol are analyzed, and the Modbus RTU protocol frame is redistributed according to the format size of the CAN frame. According to the invention, stable transmission and conversion of an application layer protocol between the CAN protocol equipment and the 485 protocol equipment can be realized, and cooperative work between the equipment can be realized.

The present invention discloses a method for predicting the order volume of online car-hailing vehicles based on a multi-level neighborhood matrix and a sequence model. The method comprises: performing geographic hashing grid division to obtain order volume data; selecting representative grids based on clustering and analysis; constructing a multi-level neighborhood matrix; calculating neighborhood features; training the sequence-sequence model as an input of the sequence-sequence model; inputting the real-time sequence data of the current period into the trained model to obtain a prediction result. The present invention trains the sequence-sequence model by screening representative grids, avoiding interference of invalid data on the training process, and significantly improving training efficiency and model accuracy; in addition, multi-level neighborhood feature identification is also performed, fully considering the influence of neighborhood relationships, conforming to the actual influence law of the distribution of online car-hailing demand, and the obtained prediction results are closer to the actual situation, the accuracy is guaranteed, and the reference to the operation and management of online car-hailing vehicles is stronger.

This application discloses a structural optimization design method for a cassette optical system to address the technical problem of image quality degradation caused by structural deformation under high-impact and high-overload conditions. The method includes: establishing a parametric finite element model comprising a primary mirror, a secondary mirror, and a supporting structure; obtaining the displacement vector through equivalent static analysis; calculating the structural stiffness characterization function and three image quality characterization functions (change in primary-secondary mirror spacing, primary mirror deformation, and secondary mirror deformation); establishing a multi-objective weighted optimization model; solving for the optimized structural element density distribution; and reconstructing the structural model. This method can effectively suppress structural deformation under high-impact and high-overload conditions, improving the stability and reliability of the system's image quality.

The present application relates to cerebral vascular state early warning technical field, specifically to a kind of neonatal brain injury multi-modal assessment early warning system.The system is based on neonatal core body temperature adjustment standard pressure conduction delay interval at each monitoring moment, obtains the discrete event in time-constrained mismatched arterial blood pressure signal and local cerebral oxygen saturation signal, obtains event matching pair.All event matching pairs are extracted features, and cerebral vascular fluid resistance index is obtained.Arterial blood pressure and cerebral vascular fluid resistance index at each monitoring moment are used as two-dimensional data points, the distribution trend of two-dimensional data points under continuous monitoring moment is counted, and blood pressure early warning signal is determined.The present application obtains adaptive conduction delay interval as time constraint through temperature data, uses matching method to obtain event matching pair of real functional buffer result between arterial blood pressure and cerebral blood flow, and then carries out vascular functional feature analysis, to determine the reference strong blood pressure early warning signal.

The application discloses a method for inhibiting the occurrence of tomato phytophthora root rot, and relates to the technical field of vegetable disease prevention and treatment, and comprises the following steps: step S1, drying Hericium erinaceus dregs; step S2, mixing the Hericium erinaceus dregs and dry cattle manure to obtain a mixture; step S3, applying the mixture to the farmland soil where tomato seedlings are to be transplanted, and ploughing and mixing uniformly; step S4, transplanting the tomato seedlings into the farmland soil; step S5, soaking the Hericium erinaceus dregs in water to obtain a dregs leaching liquor; and step S6, performing root irrigation with the dregs leaching liquor at multiple times two weeks after the tomato seedlings are transplanted to before flowering. The method uses the residual nutrients in the dregs to supplement the growth requirements of the tomato for various nutrients, improves the growth of the tomato, enhances the resistance of the tomato to pathogenic microorganisms, uses the residual fungi and secretions in the dregs to inhibit the growth of the phytophthora root rot pathogenic bacteria, performs root irrigation with the dregs leaching liquor, supplements the plant nutrition, and inhibits the activity of the pathogenic bacteria.

The present disclosure provides a method, device, equipment and medium for evaluating the satellite-to-ground communication quality of a low-orbit communication satellite, including: receiving a communication quality detection request sent by a user device; obtaining the ionosphere monitoring data of an observation station in response to the communication quality detection request; determining the ionosphere monitoring data of a target area based on the ionosphere monitoring data of the observation station and the regional position preset by the user device; evaluating the satellite-to-ground communication quality of a low-orbit communication satellite using the ionosphere monitoring data of the target area based on a preset evaluation coefficient to obtain a satellite-to-ground communication quality index of a low-orbit communication satellite; and sending the satellite-to-ground communication quality index of a low-orbit communication satellite at the regional position preset by the user device to the user device. Thus, by implementing the ionosphere monitoring data obtained by monitoring, the source changes that affect the communication quality are effectively reflected, and an accurate evaluation of the satellite-to-ground communication quality of a low-orbit communication satellite is achieved, effectively providing users with a satellite communication quality with strong reference.

The present application relates to the field of microwave parts assembly, in particular to a kind of assembly method for multi-channel waveguide rotary joint of multi-surface installation. After the assembly of joint and mechanism or structure is completed using the method provided by the present application, the residual assembly stress is small, which is insufficient to affect the performance of the joint. At the same time, the method solves the problem of the influence of the assembly stress of the multi-channel waveguide rotary joint and other parts after assembly on the isolation degree between the multiple channels of the joint, and has the advantages of simplicity, efficiency, operability and strong reference value. It has high reference significance for the assembly of other high-precision parts.

The present invention discloses a method for recovering continuously missing data based on multiple fusion interpolation. First, a multi-rate asynchronous sampling multi-sensor model considering observation missing is established. In combination with the characteristics of multi-rate asynchronous measurement between sensors, the sensor monitoring data is divided in real time. Then, the missing state is recovered through one-step state prediction, multi-step state prediction, regression missing prediction and similar mean interpolation to obtain four types of recovery results. Finally, the fusion coefficient of the data to be recovered is calculated based on the maximum likelihood estimation evaluation criterion to obtain the fusion interpolation result of the missing data. The present invention solves the problem of continuous missing monitoring data caused by unfavorable factors such as sensor failure, communication delay, and transmission performance limitation in the prior art, establishes a continuous missing data recovery framework based on multiple fusion interpolation, and improves the accuracy of sensor state monitoring.

The invention provides an intelligent management method for medical record data of a head and neck surgery patient, and belongs to the field of data processing.The method comprises the steps that retrieval content and a final word unit in each historical medical record of the head and neck surgery patient are obtained; using a retrieval algorithm to obtain a historical medical record required by the doctor; obtaining the priority of each historical medical record required by the doctor according to the distribution of each final word unit in the retrieval content and the historical medical records required by the doctor; if a retrieval algorithm is used, the medical record cannot be retrieved; and according to the distribution of each final word unit in the historical medical record, obtaining the historical medical record required by the doctor, and further obtaining the priority. The method aims at solving the problem that when medical records needed by doctors are retrieved from a plurality of historical medical records of head and neck surgery patients through a retrieval algorithm based on Boolean logic at present, only the medical records needed by the doctors can be retrieved through the current retrieval algorithm, and the priorities of the retrieved medical records cannot be obtained.

The invention provides a transaction data processing method which can be applied to the technical field of big data. The transaction data processing method comprises the following steps: extracting a target risk feature corresponding to a to-be-transacted object; based on the target risk feature, reading a plurality of reference transaction information parameters matched with the target risk feature from a pre-constructed total transaction information parameter table; exporting multiple groups of to-be-processed transaction data from the transaction data storage platform; calculating a change amplitude value of each piece of to-be-processed transaction data in a predetermined sliding time window to obtain a plurality of historical change amplitude values; performing data association processing on the plurality of historical change amplitude values and a preset quantile to generate a reference transaction information parameter value; and generating a transaction data processing result corresponding to the to-be-transacted object based on the reference transaction information parameter value. The invention further provides a transaction data processing device and equipment, a medium and a program product.

The invention discloses a quick and effective zoning method for reinforcing control of a wide fill body on the ground. A scientific basis and an effective means are provided for reinforcing control zoning design of the wide fill body. According to the zoning method for reinforcement control of the wide-width filling body on the ground, the filling body is divided into a center area, a transition area and a slope area, the transition area and the slope area are located on the two sides of the center area, the center area is defined by a top face center section, vertical faces located on the two sides of the top face center section and a bottom face center section, and the width center line of the top face center section and the width center line of the top face of the wide-width filling body are overlapped; the width of the center section of the top surface is the width of an area in which the ratio of the average shear stress in the vertical direction to the average vertical normal stress in the wide filling body is not greater than 10%; the side slope area is defined by a top surface outer side section, a bottom surface outer side section, an outer slope surface and an inner slope surface, and the outer slope surface is parallel to the inner slope surface; the width of the outer side section of the top surface is the intercept of the potential slip mass on the top surface of the wide filling body; the area except the central area and the side slope area is the transition area.