23results about How to "Automate the process" patented technology

The application relates to an intelligent fine pressure control device and method, and relates to the technical field of petroleum chemical industry, and is used for solving the problem of low pressure control precision in the mode of manually adjusting the valve. The intelligent fine pressure control device comprises a pressure control valve with an inlet and an outlet, a servo actuator connected with the pressure control valve, and a control module electrically connected with the servo actuator; wherein the control module can send a pressure control instruction to the servo actuator, and the servo actuator can drive the pressure control valve to act according to the pressure control instruction, so that the pressure at the outlet is equal to a preset pressure value. In the application, the control module is arranged, and the control module is used for sending the pressure control instruction to the servo actuator, so that the servo actuator can accurately drive the pressure control valve to act according to the pressure control instruction, so as to accurately adjust the pressure value at the outlet. Therefore, the adjusting precision of the intelligent fine pressure control device is improved. Furthermore, the precision control demand of automation and intelligentization of modern industry is met.

This utility model relates to the field of zipper bag technology, and more particularly to a zipper bag slitting device. This utility model provides a zipper bag slitting device including a support frame, a first motor, an unwinding roller, a separating roller, a rewinding roller, a second motor, and a drive shaft. The first motor is fixedly mounted on the upper left side of the support frame, and its output shaft is fixedly connected to the unwinding roller. The separating roller is rotatably connected to the middle of the support frame. Rewinding rollers are rotatably connected to the upper right and lower right sides of the front of the support frame. The second motor is fixedly mounted on the rear side of the support frame, and its output shaft is fixedly connected to the drive shaft. This utility model utilizes a design where a synchronous pulley at the front end of the drive shaft drives a transmission gear via a transmission belt, which meshes with the driven gears at the front ends of the two rewinding rollers. This allows the second motor to simultaneously drive the upper and lower rewinding rollers to rotate in opposite directions while driving the slitting process, achieving automatic and synchronous winding and collection of the slitting material, significantly improving winding efficiency.

The utility model belongs to reagent filling automation equipment technical field discloses a kind of automatic canning machine for reagent filling, including base frame, index transmission system, filling unit, capping unit and gas-electricity integrated system, base frame is by bottom support cabinet and frame skeleton welding structure, and frame skeleton is layered truss structure;Index transmission system is integrated in base frame, and index transmission system includes feed conveyor belt and coaxial link's circular turntable, the edge of the circular turntable is provided with equal-angle arc limiting slot;The filling unit is fixed on the frame skeleton, and the filling unit includes storage hopper and the multiple-channel filling head connected, the end of the multiple-channel filling head is embedded with pneumatic ration valve, and the valve body of the pneumatic ration valve extends liquid injection pipe below.The utility model structure is strong in rigidity, and anti-vibration stable, and index transmission positioning is accurate, and multiple-channel pneumatic ration filling precision is high and anticorrosion, and vacuum chuck capping is reliable against falling off.

A multifunctional waterproof board steel reinforcement trolley, the controller, the fire water tank, the water pump, the camera, the working face range finder, the second lining range finder, the inverted arch range finder bolted and fixed on the waterproof board steel reinforcement trolley; the water pump, the longitudinal pipeline are connected through the pipeline connection; the automatic drooping fire nozzle, the automatic ordinary fire nozzle are connected with the longitudinal pipeline; the second lining range board is bolted on the front end of the second lining concrete trolley, and the inverted arch range board is bolted on the side of the trestle girder. Through the recognition of the fire, the fire nozzle is controlled to extinguish the fire in the first time, the safety of the place where the tunnel is most prone to fire is realized; through the real-time measurement of the laser range finder, the relative distance between the working face and the inverted arch and the second lining concrete is calculated, the automatic and real-time measurement of the safety step and the early warning are realized, and the safety of the tunnel construction is ensured through the related functions and methods of the multifunctional waterproof board steel reinforcement trolley.

This utility model discloses a hot-dip galvanizing device for steel structures, comprising a galvanizing tank, two first bases fixedly connected to both sides of the galvanizing tank, a sliding plate slidably connected to the upper end of each first base, a second motor fixedly connected to the upper end of the sliding plate, a hydraulic pump fixedly connected to the upper end of each second base, a third base fixedly connected to one side of a positioning frame, a second baffle fixedly connected to the other side of a sliding rod, a first slider threadedly connected to the lower end of a threaded rod, two first positioning grooves fixedly connected to the lower end of a first connecting plate, and support legs fixedly connected to the lower ends of the galvanizing tank and the pretreatment tank. Through this structure, a third cylinder drives the lower positioning plate to fix the steel structure. After fixing, the first cylinder automates the hot-dip galvanizing process of the steel structure, improving production efficiency. Rotating the steel structure ensures a uniform zinc coating on the surface, improving the quality of the galvanizing.

The present application relates to a method for preparing an antibody group and an antibody group prepared by the method, which can prepare a high-purity and high-quality desired antibody group by removing impurities without using an expensive protein A column, and in particular, can achieve process automation and greatly reduce production costs.

The utility model relates to the technical field of color master batch production discloses a raw material adding device for color master batch production, including the stirring drum, the inside of stirring drum is equipped with the stirring assembly for carrying out the stirring to raw material, be equipped with multiple ring array arrangement setting of adding assembly that can add raw material on the stirring drum, through setting up multiple adding assembly and drive component, realized the automatic, according to different time adding of multiple raw materials, improved the accuracy and efficiency of raw material addition in the color master batch production process, the inclined design of adding box bottom and the upward movement of push board, raw material is added conveniently, the structure such as reduction motor, threaded rod can accurately adjust the time of push board's upshift, the adding time of raw material, the setting of sealing cover and sealing baffle, the environmental protection performance of device is strengthened, and the production environment and personnel health are guaranteed.

The utility model discloses a duck meat product cooling device relates to food processing technical field, and its technical key points include conveying frame, and the conveying frame is the U shape design, and the both ends inner wall of conveying frame are symmetrically provided with two conveying rollers that rotate together, and the conveying belt is arranged between two conveying rollers, the air cooling mechanism that is used for the air cooling of material on conveying belt is arranged in conveying frame, the cooling mechanism that is used for the cooling of air that blows in is arranged in the blowing cover, the inside of conveying frame is provided with the shaking mechanism that is used for the shaking of material on conveying belt. The utility model discloses through setting up the shaking mechanism, and the shaking mechanism makes duck meat product produce the shaking in the cooling process, promotes the circulation of air around it, breaks the hot air layer, and the through -hole of air cooling mechanism cooperation conveying belt simultaneously, and duck meat product each part can fully contact cold air, and the stability of product quality is effectively guaranteed to the uniformity of cooling, and the product quality's stability is improved.

This utility model provides a multifunctional fertilizer mixing and conveying device for an integrated water and fertilizer machine, relating to the field of fertilizer mixing technology. It includes a main body structure, comprising a fixed plate with a toothed groove on its inner surface. A gear is mounted on the inner surface of the toothed groove, meshing with the outer surface of the gear. A stirring roller is mounted on the top side of the gear. This utility model involves pouring different types of fertilizer into a mixing drum. Then, by starting a motor, a movable rod rotates at the edge of an eccentric disc, causing the mixing drum to reciprocate. During the drum's movement, the gear at the bottom meshes with the toothed groove in the fixed plate, causing the stirring roller inside the mixing drum to rotate. This process of simultaneous shaking and stirring thoroughly mixes the fertilizer, effectively breaking up solid fertilizer and ensuring uniform mixing with liquid fertilizer.

The invention relates to an intelligent split charging system for brake shoe raw materials, relates to the technical field of railway wagon equipment, and aims to solve the problems of low efficiency and high labor cost of a split charging mode of brake shoes. The device comprises a raw material tray module used for storing raw materials; the robot transfer module and the raw material tray module are arranged at an interval; the quantitative subpackaging module and the robot transferring module are arranged at an interval; the material box tray is arranged corresponding to the quantitative subpackaging module; and a material box tray is arranged on the material box tray conveying module. The quantitative subpackaging module is arranged, and the raw materials are quantitatively distributed to the material box trays through the quantitative subpackaging module. A material box tray conveying module is arranged and used for conveying a material box tray to the position of the next working procedure, and a robot transferring module is arranged and used for transferring raw materials stored on a raw material tray module into a quantitative subpackaging module. The quantitative subpackaging module, the material box tray conveying module and the robot reshipment module are integrated together, so that the automatic production degree of the brake shoes is improved.

This invention is a steel billet grinding process with a constant grinding wheel linear speed. First, the steel billet is automatically fed, positioned, and locked. A laser rangefinder detects the actual length of the steel billet and calibrates the grinding wheel to align with the billet's length center. Then, the grinding wheel is controlled to apply pressure and adhere to the steel billet, driving the billet to translate and complete the grinding of both sides. During the grinding stage at the billet's ends, the speed and pressure are automatically reduced to avoid over-grinding and sharpening at the ends. A trolley tilting mechanism rotates the billet 45° multiple times, cyclically grinding all sides and edges of the billet, using a repeated grinding method with decreasing feed depth to ensure grinding accuracy. Simultaneously, photoelectric switches on both sides of the grinding wheel monitor the wear on the outer circumference of the grinding wheel in real time, dynamically adjusting the grinding wheel motor speed to maintain a constant grinding linear speed, and simultaneously calibrating the distance between the grinding wheel and the billet to stabilize the grinding pressure. This invention effectively ensures uniform overall grinding quality of the steel billet and improves the grinding accuracy and stability of the billet's sides and edges.

The application belongs to the technical field of automobile equipment manufacturing, and discloses a flexible automatic production equipment for automobile multi-model and multi-process production, which comprises a work station safety peripheral device; a clamping and fixing device for implementing production work on a workpiece, a robot welding device, a clamping jaw carrying device, a first buffer device, a first welding robot, a second welding robot, a stud welding device, a second buffer device, a second carrying robot, a visual detection device, a laser marking device and a belt conveying device are arranged in a production area formed by the work station safety peripheral device. The flexible automatic production equipment for automobile multi-model and multi-process production with high integration and intelligent flexibility can be provided through mutual cooperation of the components. The application has the advantages that seamless switching production for different models can be realized to meet the flexible, automatic, high-efficiency and high-qualification production requirements of modern automobile manufacturing.

The application discloses a kind of tube plate laser cutting equipment and its using method, it is related to laser cutting machine technical field, in tube plate laser cutting equipment, pipe material warehouse, machine tool and plate material warehouse are sequentially arranged along X axis direction, pipe material warehouse is equipped with pipe material feeding mechanism, plate material warehouse is equipped with plate material feeding mechanism, machine tool moves along X axis direction by X axis mechanism;The lower portion of portal frame is also equipped with pipe material lifting mechanism, and the pipe material feeding mechanism is movably connected with the portal frame along the Y axis direction;Pipe material feeding mechanism, plate material feeding mechanism, X axis mechanism, pipe material lifting mechanism, pipe material feeding mechanism, Y axis mechanism, Z axis mechanism and laser cutting mechanism are electrically connected with host computer;The method is: after host computer receives the feeding command of pipe material or plate material, host computer drives machine tool to move to plate material or pipe material feeding station, and the pipe material or plate material feeding mechanism is fed to machine tool.The application can improve the degree of automation of pipe material and plate material feeding, and is beneficial to improve feeding efficiency.

The present application relates to model management, in particular to a three-dimensional model management method and system based on unmanned aerial vehicle and grid technology, model modeling: the latitude and longitude range is calculated by extracting the Exif information of the photo, and grouping is carried out according to the grid code, the oblique photography modeling is completed, the model is cut according to the grid boundary line, and the model and model auxiliary information are stored; model updating: the grid of the area needing to be updated is selected, the corresponding route is generated, the unmanned aerial vehicle multi-angle aerial photo is taken, the model is modeled, and the model and model auxiliary information of the grid of the area needing to be updated are stored and updated; model rendering: the underlying nodes are constructed and the adjacent grids are merged to form the bounding volume, the grid boundary line is converted into the node content, the model data is taken as the sub-node and the visual distance precision is configured, the rendering load is optimized through hierarchical merging and LOD simplification; the present application can overcome the defects that it is difficult to divide the unmanned aerial vehicle aerial survey model into spatial structure, automatically update and maintain and efficiently render and display.

The utility model belongs to collating device technical field discloses collating device and collation and disassembly code all -in -one. Collation and disassembly code all -in -one adopts collating device, and collating device includes frame, first collating mechanism and second collating mechanism, and the tray group can be placed in the frame, and the first drive part of first collating mechanism sets up on the frame, and the output end of first drive part is connected with the driving piece transmission of first collating mechanism, and first drive part can drive driving piece movement, to push the left end and / or right end of tray group, makes tray group align in left and right direction, and the second drive part of second collating mechanism sets up on the frame, and the output end of second drive part is connected with the beating piece transmission of second collating mechanism, and second drive part can drive beating piece rotation, to beat the front end and / or rear end of tray group, makes tray group align in front and back direction, and collating device can align the tray group formed by the stacking of multiple single tray, and collation and disassembly code all -in -one realizes tray group collation, disassembly, code tray process continuous stability.

This invention discloses a method, system, and device for estimating the area of ​​the eye muscles and the backfat thickness of live pigs based on deep learning. The method includes: acquiring and constructing a dataset of live pig ultrasound images; selecting regions of interest (ROIs) in the ultrasound images, preprocessing them, and standardizing the input size; inputting the preprocessed ultrasound images into a ReAMS-UNet neural network for semantic segmentation of the eye muscle region; filtering the image contours to remove false positives and false negatives in the segmentation results; determining the upper and lower boundaries of the backfat thickness through image binarization; calculating the eye muscle area and backfat thickness, and outputting the calculation results. Based on a large-scale, highly diverse dataset of pig ultrasound images, this invention utilizes ReAMS-UNet to integrate residual learning for stable training, a hybrid attention mechanism for adaptive feature optimization, multi-scale fusion for contextual and spatial information fusion, and auxiliary supervision for enhanced gradient propagation. It achieves high segmentation accuracy, fast inference speed, accurate trait estimation, and results that reflect true carcass traits. The process is automated and suitable for high-throughput analysis applications.

The utility model discloses a varicose vein rehabilitation training device for blood vessel surgery relates to training equipment technical field, including main part, installation frame, massage piece and support spring, one side of main part is provided with installation frame symmetry, the inside rotation of installation frame is connected with massage piece, the utility model discloses be provided with adjusting mechanism and governing mechanism, because the mounting bracket is linked with the rotating plate through the connecting plate, and the mounting bracket is slidably connected with the main part through the movable slot, so that in the process of rotating the handle, rotating shaft and rotating plate, the connecting plate can drive the mounting bracket to move horizontally, thereby realizing the adjustment of the spacing between the two installation frames, and the hinged frame is horizontally moved and the support spring is kept in the required state by rotating the threaded rod, so as to be adapted to the installation frame after adjustment, so that the training device can be suitable for people of different body types, and the adaptability is improved.

This application relates to the field of semiconductor inspection technology, specifically to semiconductor wafer inspection methods and systems. In application, this application achieves fully automated execution of the entire process, including automated probe calibration, automated vector network calibration, automated vision calibration, and automated teaching, ultimately enabling automated inspection of each chip on the wafer to be inspected. Through parameter configuration, multi-dimensional calibration, vision teaching, and automated inspection, the entire wafer inspection process is automated. First, chip and probe parameters are set, then probe horizontal calibration, vector network system error calibration, and vision positioning calibration are performed sequentially. Next, chip model features are created, and pin-punch teaching positions are marked to achieve automatic chip location, precise pin punching, and power-on circuit detection. The entire execution process eliminates multi-dimensional errors such as probe posture, signal transmission, and spatial positioning, ensuring the authenticity and reliability of inspection data, improving the accuracy, efficiency, and consistency of wafer inspection, and adapting to the high-precision inspection needs of large-scale semiconductor wafers.

The utility model discloses a kind of surrounding rock alteration specimen collection devices, including collection box, several horizontal and vertical cross partitions are arranged in the collection box, the inside of collection box is divided into multiple temporary storage areas by partition, the inside surface of each temporary storage area is symmetrically hinged with two hinged plates, the hinged part of two hinged plates is provided with torsion spring for making hinged plate keep horizontal, hinged plate divides temporary storage area into lower temporary storage area and upper temporary storage area, and hinged plate upside is pressed and will be opened lower temporary storage area by downward rotation.When multiple independent lower temporary storage areas and upper temporary storage areas are set in the collection box, multiple different surrounding rock alteration specimens can be collected and temporarily stored at one time, the physical isolation of specimen is realized instantaneously and clearly, the experimental analysis failure caused by specimen mutual mixing, extrusion and the like is avoided, and the accuracy of subsequent alteration zoning map preparation and the reliability of alteration-mineralization relationship analysis are improved.

The utility model provides a kind of integrated window frame, including outer window, inner window, window frame material, the window frame material is connected into an organic whole with outer window and inner window;The space is set up to place window opening machine on the wall side of window frame material, and window opening machine is used to open and close outer window.The utility model has the advantages that: improve installation efficiency, facilitate use, save raw materials, and good ornamental value.

This invention provides an auxiliary machine-side feeding device and method. The auxiliary machine-side feeding device includes: a frame, a tread feeding template, a zero-track feeding template, and a tread / zero-track drive mechanism. The tread feeding template is movably connected to the frame; the zero-track feeding template is movably connected to the frame and moves synchronously with the tread feeding template in at least one direction; the tread / zero-track drive mechanism is driven by both the tread feeding template and the zero-track feeding template, and is capable of driving both the tread feeding template and the zero-track feeding template to move synchronously in at least one direction. This invention solves the problems of complex structure and high cost of existing auxiliary machine-side feeding devices.

This invention relates to the field of automatic testing equipment technology, and in particular to an automatic ECU loading and testing device, comprising: a feeding conveyor assembly mounted on a frame for conveying materials; a barcode scanning assembly mounted on the feeding conveyor assembly; a positioning assembly mounted on the feeding conveyor assembly; a clamping and moving assembly mounted on the frame for clamping and moving the materials onto a testing assembly; and an unloading conveyor assembly mounted on the frame for conveying qualified materials to a designated location. This invention facilitates the automatic and rapid testing of various functions of an ECU, improving the testing efficiency and accuracy of the ECU.