16results about How to "Realize automatic correction" patented technology

The application discloses a cloth winding automatic edge correcting and rectifying system and method, and solves the problem that cloth laying machine feeding needs manual correction of position, increases labor intensity of workers, and is low in working efficiency. The system comprises a rectifying platform provided with a rectifying roller assembly, a rectifying moving base, a rectifying detection unit for detecting a cloth winding state, and a control unit. According to cloth winding state information detected by a rectifying sensor and a rectifying auxiliary sensor, the rectifying roller assembly is controlled to move the cloth for edge correcting and rectifying. The system realizes automatic rectifying and correcting of the cloth, reduces labor intensity of cloth pulling workers, and improves cloth pulling efficiency.

The utility model relates to the technical field of body paper winding, and discloses a body paper winding flatness adjusting tool which comprises a support, a transmission mechanism is arranged on the front side of the inner wall of the support, an adjusting mechanism is arranged at the top of the transmission mechanism, and an adjusting assembly is arranged on the inner wall of the support. The top of the adjusting mechanism is provided with a deviation rectifying assembly, the rear side of the inner wall of the support is provided with a stretching assembly, the upper end of the inner wall of the support is provided with a pressing mechanism, the pressing mechanism is used for pressing paper, the transmission mechanism comprises a mounting table, and the two ends of the mounting table are fixedly connected with the inner wall of the support. And a plurality of belt wheels are rotationally connected to the top surface of the mounting table. According to the utility model, the edge position of the body paper is detected in real time through the photoelectric sensor, and when the deviation of the body paper is detected and the adjusting roller transversely moves, lateral force is applied to the body paper, and the deviated body paper is readjusted to the correct position, so that automatic deviation correction is realized.

This invention discloses a shuttle-changing device and an automatic calibration method, relating to the technical field of shuttle-changing devices. The device includes a shuttle-changing mechanism comprising: a large rotating arm mounted on a template machine frame; a small rotating arm rotatably mounted at the end of the large rotating arm, with a lower section mechanism at the end of the small rotating arm; a detection mechanism for detecting the rotational positions of the large and small rotating arms; and a control system connecting the shuttle-changing mechanism and the detection mechanism. This shuttle-changing device solves the technical problem that when the template machine frame deforms during movement or transportation, the position of the shuttle-changing device mounted on the frame changes accordingly, leading to deviations in the shuttle gripping and releasing positions, reduced shuttle-changing success rate, or even unusable operation. Based on the detection signals from a first calibration sensor and a second calibration sensor, the control system controls the shuttle-changing mechanism to adjust the positions of the large and small rotating arms, ensuring their absolute positions and achieving automatic correction of the shuttle-changing mechanism, thus guaranteeing a high shuttle-changing success rate.

The utility model discloses a kind of water cup and connecting piece welding is used to prevent deviation clamp, deviation can be automatically corrected, ensure that welding position is accurate, and welding point quality is stable;Including cup mouth clamp and cup bottom clamp, cup body is clamped between cup mouth clamp and cup bottom clamp;Cup mouth clamp sequentially at least includes concentrically arranged first flange, first sleeve and first abutment piece from left to right;One end of first sleeve is fixedly connected with first flange, and other end is rotatably connected with first abutment piece;Cup bottom clamp sequentially at least includes concentrically arranged second flange, second sleeve and second abutment piece from right to left;One end of first sleeve is fixedly connected with second flange, and other end is rotatably connected with second abutment piece;First abutment piece and second abutment piece respectively with the mouth portion and bottom of cup body abut;Cup body can be self-adapting rotation with first abutment piece and second abutment piece.

This utility model discloses a flexible connection device and a charging head, comprising: a bearing mounting base with an internal shaft hole, wherein the bearing mounting base has multiple elastic protrusions on the outer periphery of the shaft hole, the elastic protrusions extending axially outward from the end face of the bearing mounting base for a certain length; and a connecting component, including a connecting shaft and a connecting plate, wherein the connecting shaft extends axially from the connecting plate and is mounted in the shaft hole via a spherical bearing, the back end face of the connecting plate is axially aligned with the end face of the bearing mounting base, and the elastic protrusions elastically abut against the back end face of the connecting plate. This utility model has a flexible compensation and limiting function that can simultaneously achieve linkage in two degrees of freedom: tilt (any direction) and rotation (clockwise and counterclockwise). At the application level, it eliminates the need for force control sensors and high-precision visual recognition, significantly reducing the overall cost of the automatic charging robot.

The utility model provides a kind of blanket automatic separation and deviation correction's subassembly, install in printing machine, it is related to printing equipment technical field, including the separation mechanism and deviation correction mechanism between the left end plate and right end plate of printing machine, separation mechanism is located above deviation correction mechanism, main motor is installed by fixed frame outside left end plate, the rotating shaft sleeve of main motor is equipped with main gear, main gear is connected with main transmission gear by main chain transmission, main transmission gear inner wall transmission connection has main shaft, main shaft rotatably be arranged between left end plate and right end plate;Main gear, main chain, main transmission gear and main shaft are rotated by main motor drive, main shaft, deviation correction mechanism and separation mechanism are all connected with blanket rolling, realize the rolling conveying of blanket, automatic deviation correction and automatic separation from main shaft, to improve the efficiency and precision of blanket processing, ensure printing quality, reduce manual operation intensity.

An automated replacement method for fluorinated furnace slag cans, based on an automated fluorinated furnace slag can replacement system, is used in conjunction with the slag can and fluorinated furnace, and is implemented in a plant with a disassembly and docking area. The method steps are as follows: 1. Remove the top cover of the empty slag can; 2. Hoist and lock the empty can; 3. Transfer and dock the empty can; 4. Connect the can to the slag discharge port; 5. Fill the can with fluorinated slag; 6. Disconnect the can from the slag discharge port; 7. Install the top cover on the full can. The advantages of this invention are: by using industrial robots (A / B), AGV forklifts, and other equipment to replace manual labor, the high-radiation exposure steps such as removing the top cover, transferring the empty can, docking the can with the slag discharge port, connecting the can with the slag discharge port, transferring the full can, and installing the top cover are completed. Operators only need to remotely monitor or operate on-site for a short time, which significantly reduces the risk of radioactive dust inhalation and cumulative radiation dose.

The utility model discloses a kind of anti-scratching car washer arm of car washer, it is related to car washer technical field, including car washer arm, nozzle, several nozzles are set on car washer arm, further including sensor, inductive plate and the automatic back to normal component of driving car washer arm reset;The automatic back to normal component is installed in the one end of the car washer arm, the transmission shaft is fixedly connected in the top of the automatic back to normal component, the driving part for driving the transmission shaft rotation is installed on the car washer;The sensor is set on automatic back to normal component, the sensor is electrically connected with PLC controller, the inductive plate is installed on car washer arm, effectively solve the technical problem that the car washer arm of the car washer without horizontal moving trolley of existing does not have mechanical anti-collision device, when car washer arm meets obstacle in the working process of car washer, cannot automatically stop working, easy to produce scratch and bump with obstacle, damage car paint.

The application discloses a moisture content feedforward model control method, device and storage medium in the technical field of moisture control of a cut tobacco dryer, and the method comprises the following steps: calculating an HT water adding prediction value according to a total moisture content change prediction value and a cut tobacco dryer dewatering capacity average value, calculating an HT steam set flow correction value according to the HT water adding prediction value and an HT water adding capacity average value; calculating an HT adjusting flow by superimposing a preset HT set flow value and the HT steam set flow correction value, and adjusting the HT based on the HT adjusting flow; calculating a cut tobacco dryer moisture removal setting correction value based on a cut tobacco dryer dewatering prediction value; calculating a cut tobacco dryer moisture removal adjusting value by superimposing a cut tobacco dryer moisture removal setting value and the cut tobacco dryer moisture removal setting correction value, and adjusting the cut tobacco dryer based on the cut tobacco dryer moisture removal adjusting value. The application can solve the technical problem that the traditional control method is affected by production due to the regulation lag or excessive regulation under the condition that the incoming material moisture fluctuates greatly.

The application relates to an AI-driven garment rapid feedback processing and manufacturing method, system and intelligent terminal, and relates to the technical field of garment manufacturing, which comprises the following steps: S10, collecting order information; S11, obtaining detection fabric based on the order information; S12, collecting detection spectral parameters and transmission detection information of the detection fabric, and forming a detection image according to the detection spectral parameters; S13, obtaining abnormal parameters and material arrangement traction parameters by combining the detection image and the transmission detection information; S14, generating a fabric arrangement scheme by the order information, the detection fabric and the abnormal parameters, and arranging materials according to the fabric arrangement scheme and the material arrangement traction parameters; S15, after the material arrangement is completed, obtaining detection processing parameters based on the detection image, the detection fabric and the fabric arrangement scheme, and processing the fabric according to the detection processing parameters to form a detection garment; and S16, conveying the garment by combining the detection garment and the order information. The application has the effect of improving the yield of garment production.

The invention relates to the technical field of slip-form construction, and discloses a rotary silo slip-form construction platform and method based on perpendicularity deviation control. The rotary silo slip-form construction platform specifically comprises a slidable outer protective frame, and an inner ring formwork and an outer ring formwork are arranged in the outer protective frame; supporting ring frames are fixedly mounted at the top ends of the inner ring wall of the inner ring template and the outer ring wall of the outer ring template, and a dynamic transposition mechanism is arranged in the center of the interior of the outer protection frame; through the synergistic effect of limiting correction, dynamic transposition adjustment and auxiliary detection, the problems of frequent disassembly and assembly, formwork deviation, uneven vibration and the like in traditional slip-form construction are effectively solved, efficient and accurate continuous slip-form construction is achieved, and the continuous slip-form construction device is particularly suitable for construction requirements of high-rise and large-diameter silo projects.

This utility model discloses a coding device for protective films, including a coding structure and a tilt adjustment structure. The coding structure includes a coding printer head and two support columns. A clamp is fixed to the back of the coding printer head. The two support columns are fixed to the base by bolts. A horizontally arranged rotating shaft is rotatably installed between the two support columns. The coding printer head is mounted on the rotating shaft through the clamp. A shock-absorbing pad is provided between the clamp and the rotating shaft and is fixed to the clamp. A tilt sensor is installed on the side of the coding printer head. A servo motor, an alarm light, and a controller are all installed on one of the support columns. The output shaft of the servo motor is connected to the end of the rotating shaft. This device can monitor the tilt angle of the coding printer head in real time by installing a tilt sensor on the side of the coding printer head. Once the coding printer head tilts due to improper installation or loose clamp, the tilt sensor will quickly transmit data to the controller, causing the controller to trigger the alarm light to promptly remind the operator.

The invention discloses a mineral resource data acquisition and integration method based on a multi-modal large language model, and relates to the technical field of intelligent mineral information processing, and the method comprises the steps: combining a field convergence table with mineral key fields, carrying out the deletion check and consistency check through a field constraint relation, writing a gap and conflict list, and generating a correction task queue; performing natural language retrieval and complementary acquisition on the correction task queue, positioning an evidence fragment, and performing field reading and writing through a multi-modal large language model to generate an incremental field candidate record set; and combining the incremental field candidate record set with the reference field candidate record set, updating the field convergence table, re-executing the missing check and the consistency check, and generating a mineral data integration result set. According to the method, automatic correction of missing conflict fields and semantic unification of ore bodies in multi-source industrial data acquisition are realized, the integrity and reliability of industrial data acquisition are enhanced, and the data consistency under natural language processing driving is improved.

The invention discloses a cable fault abnormal data self-checking method and system based on multi-source traveling wave comparison, and relates to the field of power system protection and fault diagnosis. Under the condition that sampling clocks are inconsistent, overlapped data segments which can be mutually correlated are formed through same-window triggering collection and caching; performing wave head transient feature extraction on the multi-phase sheath traveling wave, obtaining the relative time difference of each channel by using cross correlation, and constructing a relative time difference matrix and an energy ratio matrix in combination with a wave head neighborhood energy ratio; generating a normalized reliability weight according to the signal-to-noise ratio and the energy consistency, jointly estimating the arrival time of each channel wave head in a weighted iteration time estimation model, identifying and correcting outlier abnormal data, and obtaining a self-checked arrival time sequence; and the position / segment length of the grounding box and traveling wave propagation velocity mapping are combined to output the position of a fault point. As a result, reliable positioning without high-precision synchronization is achieved.

This invention relates to an automatic belt conveyor with a deviation correction mechanism, comprising a main body, a drive mechanism, an idler roller mechanism, and an automatic deviation correction mechanism. The automatic deviation correction mechanism is located on the front and rear sides of two main crossbeams and includes a deviation correction fixing frame, an upper frame assembly, two braking assemblies, two deviation correction flat idlers, and two side idlers. The deviation correction fixing frame is mounted on the two main crossbeams, and the deviation correction frame body is mounted on the fixing frame via a central vertical pin. The two deviation correction flat idlers are mounted on the deviation correction frame body and can rotate freely. The brake seats of the braking assemblies are connected to the deviation correction frame body via horizontal pins, and the inner side of the brake seats extends to the corresponding deviation correction flat idlers. Damping blocks are mounted on the brake seats and used to brake the rotating deviation correction flat idlers. The side idlers are vertically mounted on their respective support seats and can rotate freely. This invention has a reasonable structure and can automatically correct belt deviations during the conveying process, greatly reducing the maintenance frequency of the belt conveyor and improving operational reliability and conveying efficiency.