14results about How to "Implement automatic correction" patented technology

The utility model relates to automatic assembly technical field discloses automatic correction device of rotor eccentric shaft and needle bearing assembly, including the shell, the left and right sides of shell all are fixedly connected with the air cylinder, two the drive end of air cylinder all is fixedly connected with eccentric clamp hand, the bottom fixed connection of shell has the connecting shell, the inner wall fixed connection of connecting shell has the needle bearing piece, the bottom fixed connection of connecting shell has the tool seat, the bottom fixed connection of tool seat has the steel ball bottom plate, the top of steel ball bottom plate is equipped with a plurality of steel ball, the top rotationally connected of steel ball bottom plate has the dismounting assembly for facilitating dismounting bottom plate. In the utility model, the air cylinder makes two eccentric clamp hands close, and the semicircular groove on the upper half of both sides of clamp hand contacts eccentric shaft, has initial eccentricity, and the side corresponding to eccentricity is subjected to counterforce, makes the other side float, makes it balance, realizes automatic correction of rotor eccentric shaft and needle bearing assembly.

The application belongs to the technical field of electric power engineering, and discloses a device and method for monitoring, evaluating and correcting a short-circuit model of a transformer transitive fault, which comprises a data acquisition device, a data processing module, a fault identification module, a state evaluation module and a correction module; the data acquisition device collects voltage and current signals of the transformer and the bus into digital signals; the data processing module analyzes, corrects or eliminates outlier and missing data of the collected voltage and current data; the fault identification module identifies the transitive fault of the transformer on the basis of the corrected data; the state evaluation module evaluates and early warns the state of the transformer; and the correction module checks and corrects impedance values of the short-circuit model. The application realizes automatic correction of an external transitive short-circuit model by real-time monitoring data, and can evaluate and early warn the transformer fault.

The application provides a power distribution network dual power supply user transfer sensing and metering point collection method, which is based on multi-source real-time data provided by a power distribution automation cloud master station, constructs a current mutation and voltage correlation double-layer verification transfer real-time identification model, monitors the current mutation characteristics of user load and upstream main and standby power supply line switches through real-time data, quickly locates the candidate transfer time, applies a sliding window voltage correlation analysis to secondarily confirm the transfer operation, and pushes to a management interface module, after model determination or manual confirmation, automatically collects the metering points of the dual power supply user to the actual power supply line; the application can actively sense the transfer and automatically collect the metering points, ensures that the power supply and sale quantity criteria of line loss calculation are consistent in real time, truly reflects the line loss, and avoids line loss abnormalities caused by the disconnection between the account and the field.

The utility model relates to the field of injection mold design, in particular to an embedded nut injection mold structure which comprises a lower mold and an upper mold, the upper mold is clamped at the top of the lower mold, a first mounting groove is formed in the middle of the top of the upper mold, a mounting seat is clamped in the first mounting groove, and the first mounting groove and the mounting seat are fixedly connected through a screw; a second mounting groove is formed in the end, located in the upper mold cavity, of the mounting base, second protruding blocks on the two sides of one end of the fixing block slide into the first sliding grooves, the fixing block is rotated, the second protruding blocks enter the second sliding grooves to be fixed, the fixing block and the mounting base are detachable, the nut position is convenient to clean and replace, and arc-shaped plates are mounted in the middles of the two sides of the fixing block in a clamped mode. A plurality of limiting blocks are evenly arranged on the side, close to the groove, of the arc-shaped plate and clamped into reserved clamping grooves of the nuts, the fixing effect is achieved, and the nuts are prevented from moving in the injection molding process.

The invention discloses a tunnel boring machine rock mass grade classification method based on weak supervised learning, and the method comprises the steps: collecting TBM multi-channel sensor time sequence data and geological record labels, and constructing a data set with noise labels; carrying out preprocessing and sequence alignment on the data; dividing a transition section and a stable section based on the geological label change points, and generating a probabilistic soft label guided by domain information; a teacher-student network architecture is constructed, feature learning and label correction are performed through a double-graph self-distillation mechanism of a semantic graph and a category graph, and model parameters are optimized in combination with prototype learning and a composite loss function; and finally, reasoning the real-time TBM data by using the trained student network, and outputting a rock mass grade classification result. According to the method, robust rock mass feature representation can be automatically learned from the engineering labels containing noise, correction and stable classification of the noise labels are achieved, and the self-adaptive tunneling capability and construction reliability of the TBM under the complex geological condition are improved.

The utility model relates to the field of building pipeline installation, in particular to a green building engineering electromechanical pipeline installation device which comprises a supporting frame, a fixing frame, a connecting assembly and a hoisting assembly. The supporting frame is fixedly arranged on a roof and used for bearing loads. The hoisting assembly is fixedly arranged on the supporting frame. A hanging ring is arranged at the top of the fixing frame, and a plurality of pipe clamps are arranged in the fixing frame and used for clamping pipelines. The connecting assembly is used for installing the fixing frame on the supporting frame. The pipeline can be installed in the fixing frame on the ground, the fixed pipeline and the fixing frame are integrally hoisted and installed on the supporting frame in a hoisting mode, and the high-altitude operation risk is remarkably reduced.

The invention relates to the technical field of mechatronics and automatic control, and discloses a full-automatic foot-type debugging tool frame which comprises an upper frame pipe of a rectangular frame structure, leg pipes are fixed to the four corners of the upper frame pipe respectively, four servo motors are fixed to the lower portion of a frame of the upper frame pipe, the four servo motors drive four mechanical winches to rotate respectively, and the four mechanical winches are driven by the four servo motors to rotate. The four mechanical winches are connected with the four corners of the bearing platform from the upper portion of the bearing platform through flexible connecting pieces respectively, the bearing platform is located under the middle of the upper frame pipe, height sensors are downwards installed at the positions, right facing the two sides of the bearing platform, of the middle of the upper frame pipe along the upper portion, and the height sensors are located in the covering face of the bearing platform on vertical projection. According to the invention, automatic adjustment of the lifting height and automatic correction of the horizontal state can be realized, the debugging precision and efficiency of the foot type equipment are improved, the safety is also improved, and excellent stability and structural strength can be kept during automatic adjustment and static bearing.

This application relates to a dual-disc gripper feeding and stacking device, comprising a frame. One end of the frame is equipped with a lifting component for vertically stacking trays onto the frame or for separating stacked trays from the bottom. Above the lifting component is a stacking component for stacking trays, located above the frame. The frame also has gripper components for clamping the bottommost tray. These gripper components clamp the front and rear sides of the bottommost tray along the length of the frame. A reciprocating drive component is provided on the frame to drive the gripper components to reciprocate along the length of the frame. One gripper component is located on each side of the frame's width, and two reciprocating drive components are correspondingly provided. The two gripper components alternately clamp the trays and advance them. The trays are detected during the forward movement driven by the grippers. This application has the advantages of adapting to multiple tray sizes and ensuring efficient continuous operation.

This invention relates to the field of lithium-ion battery technology and provides a method, terminal device, and medium for obtaining the entropy-thermal coefficient of a lithium-ion battery. The method includes: acquiring the measured voltage and voltage measurement error of the lithium-ion battery at different time periods; wherein the lithium-ion battery is placed under different ambient temperatures at different time periods; correcting the battery voltage at each time period based on the measured voltage and voltage measurement error; and calculating the entropy-thermal coefficient of the lithium-ion battery based on the correlation between battery voltage and ambient temperature. This invention achieves automatic correction of the background of entropy-thermal coefficient measurement, reducing the impact of phenomena such as battery self-discharge on the accuracy of voltage measurement; simultaneously, it ensures that the correlation between battery voltage and ambient temperature with smaller errors can more accurately calculate the entropy-thermal coefficient of the lithium-ion battery, thereby improving the success rate and accuracy of entropy-thermal coefficient testing.

The invention provides an automatic adjusting system and method for perpendicularity of side walls of a stacked assembly type subway station. The system comprises a push-pull adjustment execution device, the push-pull adjustment execution device comprises at least two electric push-pull rods evenly arranged at the top of the prefabricated side wall, and the two ends of each electric push-pull rod are hinged to one side of the underground diaphragm wall and the top of the prefabricated side wall correspondingly and used for driving perpendicularity adjustment of the prefabricated side wall; the perpendicularity monitoring device is used for collecting vertical inclination angle data of the prefabricated side wall in real time; and the central control device is in signal connection with the perpendicularity monitoring device and the push-pull adjustment execution device and is used for receiving the inclination angle data, calculating perpendicularity deviation, automatically generating an adjustment instruction according to the deviation and controlling the telescopic movement of the electric push-pull rod so as to dynamically correct the perpendicularity of the prefabricated side wall. Dynamic monitoring and automatic correction of the perpendicularity of the side wall can be achieved, errors and stress unbalance caused by manual intervention are avoided, it is ensured that the perpendicularity of the side wall meets the standard requirement in the whole pouring process, the adjusting efficiency is improved, and the construction risk is reduced.

The application provides a kind of based on image registration's underground garage ROI monitoring area dynamic calibration method and system, method includes: step S1: the monitoring picture of the camera obtained is regarded as reference image, and ROI region is demarcated;Step S2: the feature points of current picture and reference image are extracted and matched, and conversion matrix is calculated based on the feature point pair of successful matching;Step S3: the ROI region of reference image is mapped to current picture based on the conversion matrix to complete the dynamic calibration of ROI region.The application calculates the transformation relationship of current picture and reference picture in real time by image matching technology, realizes the automatic correction of ROI region, improves the accuracy and robustness of monitoring system, reduces the demand of artificial maintenance, solves the problem of monitoring area inaccuracy caused by the position change of underground garage entrance camera.

The utility model discloses a gas temperature control mixing device and cold shield equipment, the gas temperature control mixing device comprises a gas mixing bottle, the gas mixing bottle is provided with a mixing cavity, and the mixing cavity is provided with a first gas inlet, a second gas inlet and a mixed gas outlet; the nitrogen mechanism is connected with the first gas inlet; the liquid nitrogen bottle is connected with the second gas inlet; the temperature control assembly is arranged between the nitrogen mechanism and the first gas inlet; and / or arranged between the liquid nitrogen bottle and the second gas inlet; the temperature control assembly comprises a first valve and a second valve, and the first valve is used for controlling the fluid supply flow of gaseous nitrogen or liquid nitrogen; the second valve is used for controlling the maximum fluid supply flow of gaseous nitrogen or liquid nitrogen. The gas temperature control mixing device further comprises a cold shield device which is located in a vacuum cavity of the cold shield device, the cold shield device comprises a cold shield device and a cooling pipe fixed to the outer portion of the cold shield device, the cooling pipe is wound around the outer portion of the cold shield device in a spiral mode, and the mixed gas outlet is connected with the gas inlet end of the cooling pipe through a connecting pipe.

This application provides a belt guide correction component block, a belt guide machine, and a printer, relating to the field of printing technology. The belt guide correction component includes a belt guide roller, a pair of mounting modules, and an adjustment module. Each end of the belt guide roller has a mounting module, which includes a mounting member and an adapter. The adapter and mounting member are hinged, allowing the adapter to swing and rotate. The adapter and belt guide roller are slidably connected, allowing the belt guide roller to slide axially, and the axis of rotation of the belt guide roller and the axis of rotation of the adapter are collinear. At least one mounting module has an adjustment module connected to its mounting member. The adjustment module adjusts the position of the corresponding mounting member in the adjustment direction, thereby causing the mounting member and belt guide roller to swing. This application facilitates correction operations, saves time and labor, and has a simpler overall structure, reducing equipment costs and simplifying maintenance.

The invention discloses an image semantic segmentation method for separating attention based on a space channel. The method comprises the following steps: preprocessing an input image and extracting multi-scale features by an encoder; constructing a visual potential source item and solving a Poisson equation to obtain a potential field and a potential gradient; generating a space weight graph by utilizing the potential field, and forming a boundary enhancement weight graph by combining the potential gradient to realize space gating; channel characteristics are regarded as parallel capacitor layers to generate channel coupling weights for channel gating; fusing space and channel enhancement features; and a semantic segmentation result is output through step-by-step decoding. According to the method, by introducing a visual potential propagation and flux conservation mechanism, energy balance and accurate boundary control are realized in space and channel modeling, and the structural integrity and stability of a semantic segmentation result are improved.