13results about How to "Avoid monotony" patented technology

This invention relates to the field of power system fault quantification technology, and discloses a method, system, equipment, and medium for quantifying distribution network line faults under typhoon weather. It calculates the wind-induced fault rate of distribution network lines by constructing a wind field correction model that incorporates micro-topography correction factors and wind direction-line angle correction factors. With the goal of minimizing power outage losses in the distribution network, a coupled influence model of transmission network faults on the distribution network line fault rate is constructed and solved to obtain the optimal load shedding amount for each load node in the distribution network and its corresponding operational constraint boundary. Under this boundary, the random process of load shedding allocation and load transfer of faulty lines within the distribution network is simulated using a double Monte Carlo sampling method, and the probability of line cascading faults caused by transmission-distribution coupling is calculated based on the simulation results. The combined time-varying fault rate and type of distribution network lines are determined by integrating the two fault rates, achieving accurate quantification of distribution network line faults under the influence of transmission-distribution coupling.

This invention provides a method, apparatus, device, and storage medium for optimizing gear parameters in a speed reducer. The method includes: acquiring a sample set of gear pairs in the speed reducer, as well as the gear parameters and modification ranges of the gear parameters; inputting a portion of the sample set as training samples into a preset speed reducer simulation model to obtain first simulation values ​​for each training sample under various operating conditions, the first simulation values ​​including transmission error and peak-to-peak value of transmission error; calculating the mean and variance of the transmission error and peak-to-peak value of the training sample under different operating conditions based on the first simulation values ​​of the same training sample, and determining them as second simulation values; performing fitting calculations based on the training samples and the second simulation values ​​to determine a surrogate model; and constructing a gear parameter optimization model based on the surrogate model and the modification range, so that the gear parameter optimization model outputs optimized values ​​for each gear parameter based on the second simulation values. This invention not only improves the NVH performance of the speed reducer but also enhances the versatility of gear parameters.

This application provides a geological space modeling method, apparatus, electronic device, and storage medium. The method includes performing multiple rounds of geological information filtering operations on a predetermined geological space containing multiple voxels; determining multiple inferred geological information for each other voxel (excluding all partial voxels); determining the target information confidence level corresponding to the other voxels; determining whether to update the multiple inferred geological information corresponding to the other voxels; in response to determining to update the multiple inferred geological information corresponding to the other voxels, updating the multiple inferred geological information corresponding to at least one other voxel to its corresponding updated geological information based on the multiple inferred geological information corresponding to at least one other voxel, the target information confidence level, and multiple sets of geological information; and modeling the predetermined geological space based on all actual geological information, all inferred geological information, and all updated geological information, thus solving the technical problem of poor modeling accuracy of geological space in the prior art.

The application discloses a precision detection method and system for an optical encoder, and relates to the technical field of electric digital data processing.The method comprises the following steps: acquiring rotation data and bottom layer parameters under the same working condition, wherein the bottom layer parameters comprise deflection data and spectrum data; acquiring a gap modulation amount according to the deflection data, acquiring a dispersion characteristic according to the spectrum data, and acquiring a steady-state equivalent according to the gap modulation amount and the dispersion characteristic; acquiring a quadrature signal and a frame timestamp according to the rotation data, acquiring a track characteristic according to the quadrature signal, and acquiring a jitter variance according to the frame timestamp; acquiring a compensation parameter according to the steady-state equivalent, the track characteristic and the jitter variance, and associating the compensation parameter to a control node.The application has the advantages of comprehensive coverage, dynamic compensation and unified dimension.

This utility model discloses a truncated quadrangular prism double-truncated hexahedral box packaging structure, including a box body, thin decorative paper, and a magnetic component. The box body includes a box bottom, a box body, and a box lid. The box body is fixed to the box bottom. The box lid is connected to the box body via the magnetic component. The magnetic component includes a magnetic block and a magnetic iron sheet. At least one magnetic block is adhered and fixed to the box body. At least one magnetic iron sheet is adhered and fixed to the box lid, and the magnetic iron sheet is magnetically connected to the magnetic block. This truncated quadrangular prism double-truncated hexahedral box packaging structure is simple and reasonable, novel and unique, and has its own display function. It enhances the convenience of opening and closing the box body, is suitable for children's product packaging, avoids the monotonous and dull problem of existing children's product packaging, and increases the fun of children's product packaging. At the same time, it can also be used as a children's toy, and with the flat surface design, it can also be displayed as a decorative item.

The application relates to the technical field of storage batteries, and discloses a storage battery pole sealing performance detection device and method, which comprises a control machine, a cylinder is fixedly connected to the top of the control machine, a sliding rod is slidably connected in the cylinder, a connecting plate is fixedly connected to the bottom of the sliding rod, limiting rods are fixedly connected to the top of the connecting plate on both sides, a display machine body is arranged on one side of the control machine, a detection mechanism is arranged at the bottom of the connecting plate, a power line is fixedly connected between the control machine and the display machine body, a connecting piece is fixedly connected to one side of the top of the control machine, an air pressure gauge is fixedly connected to one side of the connecting piece, and a communication pipe is fixedly connected between the connecting piece and a shell; the detection mechanism comprises a shell, the shell is fixedly connected to the inside of the control machine, and a plurality of supporting plates are fixedly connected to the outside of the shell. Through the technical scheme, the problem that various specifications of poles cannot be conveniently sealed and detected in the prior art is solved.

This invention relates to a laser cladding apparatus and method. The laser cladding apparatus includes a laser emitter, a cladding nozzle system, a powder feeding system, and a lens optical path system. The laser emitter is a CO2 laser emitter emitting a Gaussian beam. The cladding nozzle system includes a cooling water circulation pipe, a focusing mirror, a nozzle body, a protective mirror, and the nozzle itself. The powder feeding system is bi-pronged in shape, including two powder inlets and one powder outlet, with powder delivered via gas. The lens optical path system includes a support, a collimating mirror, a triangular conversion mirror, a flat-top beam shaping mirror, a circular beam shaping mirror, and a rectangular beam shaping mirror. This invention achieves beam type and beam shape conversion through the triangular conversion mirror and the shaping mirror, thereby adapting to different workpieces and improving work efficiency. The cooling water circulation pipe within the cladding nozzle system cools the focusing mirror, extending the lifespan of the apparatus.

This utility model provides a closed-loop separation device for high-boiling-point distillation, comprising: a feed pretreatment tower; a light component separation tower connected to the feed pretreatment tower via a closed pipeline; a first reflux system located at the top of the light component separation tower; a first reboiler located at the bottom of the light component separation tower; a distillation tower connected to the bottom of the light component separation tower via a closed pipeline; a second reflux system located at the top of the distillation tower; a second reboiler located at the bottom of the distillation tower; and a side outlet on the wall of the rectification section of the distillation tower for drawing out the finished product. Through the above scheme, a dual-tower separation process is adopted, with the distillation tower employing a side-outlet structure to extract the purest material from a specific plate in the tower. This allows the product to be separated from both the light components remaining at the top of the tower and the high-boiling-point substances enriched in the bottom of the tower, significantly improving product purity.

The application provides a kind of prevents venous thrombosis bed with ankle auxiliary exercise mechanism, belong to medical training device technical field. Including base, the top of base is equipped with rotating shaft seat one and rotating shaft seat two, the top of base is placed with the foot of the board, the top of the foot of the board is equipped with heel slot, the one end of rotating shaft seat one is provided with stretch plate, the back bottom end of stretch plate is provided with elastic telescopic rod. The application is equipped with buffer massage assembly, etc., to improve the patient during exercise, through the control of heel displacement caused by palm off, increase the adjustment steering assembly, adapt to different foot movement flip angle, at the same time, increase the resistance, accelerate the compactness of foot bottom stress surface, promote the circulation of blood, improve the exercise effect, the chain use of massage function, increase the interest of patient exercise, accelerate the recovery cycle, avoid the formation of venous thrombosis, cope with different palm size at the same time, reduce the workload of medical staff.

This application relates to the field of power socket technology, and in particular to an intelligent power socket. It includes a socket housing, multiple sockets on the socket housing, and a manual switch. A control mainboard is installed inside the socket housing, and the control mainboard is electrically connected to a WiFi module, a 4G module, and a switching circuit module. The switching circuit module is electrically connected to the sockets, and the 4G module signal is connected to a user terminal carrying an APP. In this application, users do not need to manually perform complex network configurations; the socket can automatically search for and connect to a WiFi network. The 4G module ensures that the socket can still maintain communication with the user terminal, guaranteeing the normal use of remote control functions. Furthermore, users can remotely control the power on / off of specific power ports anytime, anywhere via a mobile APP, facilitating the management of electrical appliances. This solution integrates multi-functional modules, avoiding the limitations of a single-function intelligent socket.

This invention relates to a method for detecting characteristic chromatograms of anti-inflammatory granules or their intermediate extracts, and its application. The anti-inflammatory granules or their intermediate extracts are prepared from the following medicinal ingredients: Astragalus membranaceus, Panax notoginseng, Salvia miltiorrhiza, Paeonia lactiflora, Stephania tetrandra, Alisma plantago-aquatica, Coix lacryma-jobi, Poria cocos, and Achyranthes bidentata. The detection method is high-performance liquid chromatography (HPLC). The HPLC conditions are: an octadecylsilane-bonded silica gel column, acetonitrile as mobile phase A, and phosphoric acid aqueous solution as mobile phase B, with gradient elution. The method of this invention can obtain characteristic chromatograms with high information content and high peak response values. This method can effectively control the key quality attributes of anti-inflammatory granules and is conducive to industrial promotion, which is of great significance for the quality control standards of anti-inflammatory granules.

This invention discloses a water quality model parameter calibration method based on the concept of equivalent pollution sources. The method fully utilizes real-time water quality monitoring data, employing curve fitting and integration to equate the upstream section's pollutant concentration sequence to a known total pollutant amount. Simultaneously and instantaneously released pollution sources within a certain spatial range are considered as pollution sources for the downstream section. The method simulates and calculates the downstream section's pollutant concentration sequence, determines the range and step size of the parameters to be calibrated using empirical formulas, and performs a comprehensive combination. The final calibration result is determined by comparing the error between the simulated and measured pollutant concentration sequences at the downstream section. By designing a water pollution scenario, the parameter calibration under upstream discharge conditions is calculated and analyzed, verifying the feasibility and accuracy of this method. This invention proposes a water quality model parameter calibration method based on the concept of equivalent pollution sources, characterized by its comprehensive integration of river measured data, resulting in reasonable, accurate, and diverse calibration results.

The application discloses a precision detection method and system for an optical encoder, and relates to the technical field of electric digital data processing.The method comprises the following steps: acquiring rotation data and bottom layer parameters under the same working condition, wherein the bottom layer parameters comprise deflection data and spectrum data; acquiring a gap modulation amount according to the deflection data, acquiring a dispersion characteristic according to the spectrum data, and acquiring a steady-state equivalent according to the gap modulation amount and the dispersion characteristic; acquiring a quadrature signal and a frame timestamp according to the rotation data, acquiring a track characteristic according to the quadrature signal, and acquiring a jitter variance according to the frame timestamp; acquiring a compensation parameter according to the steady-state equivalent, the track characteristic and the jitter variance, and associating the compensation parameter to a control node.The application has the advantages of comprehensive coverage, dynamic compensation and unified dimension.