24 results about "Integrated automation" patented technology

The present application relates to the field of workpiece maintenance, especially to a kind of maintenance lifting section automatic device.The maintenance lifting section automatic device includes upper beam, maintenance lifting beam, pressure disc and drive structure, the bottom end of upper beam is equipped with lower beam, lower beam is slidably connected with base, one side of upper beam and lower beam is equipped with support frame, maintenance lifting beam is installed in one side of lower beam, screw rod is rotatably connected between support frame, limit rod is fixedly connected between support frame, maintenance lifting beam is screw-connected with screw rod, maintenance lifting beam is slidably connected with limit rod, and rotatable pressure disc is symmetrically arranged on both sides of lower beam.The present application realizes automatic lifting and sliding adjustment in the process of workpiece maintenance by integrating automation components such as drive structure, screw rod and limit rod, significantly reduces manual intervention, and improves the automation level of maintenance operation.This not only reduces labor cost, but also improves maintenance efficiency and shortens maintenance cycle.

This invention discloses a wafer lamination machine, belonging to the field of wafer lamination technology, comprising: a base; a material handling section, which includes a lifting module and a material handling unit, the lifting module lifting the material handling unit; a lamination section, which includes a side plate, a lamination driving structure, and a lamination tensioning structure, the lamination driving structure clamping and driving the film material, and the lamination tensioning structure mounted on the side plate; a pressing section, which includes a pressing driving module and a pressing roller; and a cutting section, which is mounted on the side plate and located above the base, the cutting section including a cutting driver, a cutting cylinder, and a cutting blade. This invention achieves automated operation of the wafer lamination process through the coordinated operation of the base, material handling section, lamination section, pressing section, and cutting section. The overall structure is rationally laid out, achieving a high degree of functional integration within a limited space, with a high level of automation control, simple operation, and strong stability.

This invention provides an automatic circuit board cutting device, including a base, a laser cutting head, and a central control module. A rotating shaft is mounted on the center of the upper surface of the base via a rotation drive assembly. Multiple mounting plates are fixedly connected to the outer surface of the rotating shaft. Mounting slots are formed on the outer sides of each mounting plate. Positioning components are provided on both the front and rear sides of each mounting plate. The mounting slots are used to place the circuit board to be cut, and the positioning components are used to fix the circuit board to be cut. This invention, by setting multiple rotatable mounting plates on the base and utilizing the central control module for coordinated control, achieves multi-station switching and continuous circuit board cutting. This integrates automated feeding, positioning, cutting, finished product collection, and waste separation functions, eliminating reliance on manual intervention, realizing continuous unmanned operation, and significantly improving cutting efficiency.

The present utility model relates to an integrated automated technological line for the production of wooden furniture parts, which will find application in the field of the furniture industry. An integrated automated technological line for the production of wooden furniture parts includes an electronic device for digital design (1) with specialized software connected to a high-performance machining machine (2) which has 5 spindles and is functionally connected to a multi-operation machining center with numerical program control (3), which is functionally connected to a grinding machine (4), the high-performance machining machine (2) being connected to a control unit (2.1), and the multi-operation machining center with numerical program control (3) being connected to a computer (3.1), with a 3D motion simulation module (3.2) and a remote control (3.3) being connected, the grinding machine (4) being connected to a control panel (4.1).

The utility model discloses a full intelligent unloading machine belongs to transfer equipment technical field, a full intelligent unloading machine, including the chassis, the both ends of chassis are fixedly installed with front mounting seat and rear mounting seat, the both ends position of front mounting seat bottom are fixedly installed with universal wheel, the bottom rotatory mounting of rear mounting seat has the rotating shaft, the both ends of rotating shaft are fixedly connected with drive wheel, the top of rear mounting seat is installed with servo motor, it can effectively solve the existing workpiece transfer process over-reliance on manual operation leads to the problem, such as high labor cost, low efficiency, great labor intensity and existence security risk, through integrated automation drive, lifting, grabbing, rotating and leveling function, realize workpiece from the storage location to the target position full process intelligent transfer, reduce manual intervention, promote the transfer efficiency and safety, satisfy modernization production to efficient, accurate operation demand.

This invention provides an integrated device and method for concrete 3D printing based on mesh-based synchronous reinforcement, relating to the field of concrete 3D printing equipment. It addresses the problems of low integration, discontinuous mechanical properties, and low automation levels caused by the separation of reinforcement and printing processes in existing concrete 3D printing. The device includes a concrete conveying and printing module and a mesh-based synchronous reinforcement module. The concrete conveying and printing module includes a material cylinder, a material transfer channel, and a diversion nozzle. The mesh-based synchronous reinforcement module is connected to the diversion nozzle. The diversion nozzle contains a mesh channel and symmetrical diversion channels. After being diverted, the concrete wraps around the flexible steel mesh conveyed by the mesh channel at the confluence printing port, achieving synchronous printing and reinforcement. The method achieves intra-layer and inter-layer mechanical continuity by controlling the cross-layer protrusion of the steel mesh to form overlaps. This invention achieves integrated automation of printing and reinforcement, improves the overall mechanical properties of concrete components, reduces post-processing, and adapts to complex bending printing paths.

The invention discloses a bag opening recovery and air exhaust sealing all-in-one machine and method suitable for a square-opening ton bag, and belongs to the field of packaging machinery. The bag opening recovery and air exhaust sealing all-in-one machine comprises a frame body, a lifting mechanism is arranged on the frame body, a bag opening recovery mechanism is arranged in the middle of a lifting frame, and swing heat sealing mechanisms are symmetrically arranged on the two sides of the bag opening recovery mechanism; the bag opening recovery mechanism comprises a first inner bag opening unit and a second inner bag opening unit, the first inner bag opening unit and the second inner bag opening unit can move in the left-right direction in the face-to-face or back-to-back direction, the first inner bag opening unit comprises a first inner supporting plate, the first inner supporting plate can move in the face-to-face or back-to-back direction, and the second inner bag opening unit comprises a second inner supporting plate. The second inner supporting plates can move face to face or back to back in the front-back direction, two sets of M-edge reset plates which are symmetrically arranged in the front-back direction are arranged between the first inner supporting plates and the second inner supporting plates, and the M-edge reset plates can move face to face or back to back in the front-back direction. According to the invention, the integrated automatic operation of M-edge recovery, air exhaust and sealing of the square-opening ton bag is realized, and the working efficiency is improved.

The utility model discloses an ultrasonic emulsification reaction kettle for wax removal water production, including support subassembly, coaxial nesting's heating component and ultrasonic stirring unit, emulsification subassembly and safety control unit. Through ultrasonic stirring cooperation multidirectional stirring vane and ultrasonic transducer group intensification emulsion dispersion, hot water cavity even heating cooperation precision temperature control, integrated automation control and safety protection function. Solve traditional equipment emulsification uneven, temperature control inaccuracy, automation deficiency and potential safety hazard etc. problem, promote wax removal water production efficiency and quality, be applicable to the large -scale industrial production.

This application discloses an automatic trimming machine for hydraulic buffer cylinders, comprising: a conveyor for conveying the cylinder; an electric slide table and a motor, the motor being located at the output end of the electric slide table; a mounting beam fixedly connected to the output shaft of the motor; a cutting blade corresponding to the end of the cylinder conveyed by the conveyor, with its first end fixedly connected coaxially to the output shaft of the motor and its second end equipped with a cutting head; two sliding columns located on both sides of the cutting blade and slidingly engaged with the mounting beam, the first end of each sliding column penetrating the mounting beam and fixedly connected to an anti-detachment disc, and the second end fixedly connected to a roller support; and the two ends of the roller being rotatably connected to the roller support. This application solves the problems of low efficiency, poor precision, and weak adaptability of traditional trimming processes by integrating automated conveying, precise positioning, dynamic buffering, and multi-dimensional adjustment technologies, providing an innovative solution for efficient and high-precision trimming of hydraulic buffer cylinders.

The utility model discloses a flexible swing tray machine of visual positioning relates to swing tray machine related technical field, including the unloading mechanism, material taking mechanism and the tray mechanism of setting down in proper order on the workstation, the left and right ends of tray mechanism still are equipped with the material feeding tray mechanism and the unloading tray mechanism, still include visual system and control system, the visual system includes positioning device, appearance detection device and state detection device, the control system is used for controlling each mechanism and system coordinated operation. The utility model mainly is through the height integration automation production, and its core work flow is material loading - visual positioning - material - appearance detection - accurate placement - full tray off line, and the whole process is by control system unified scheduling, and visual system provides the basis for decision, realizes from the full automation operation of the neat arrangement in the material tray in the disorderly material. Its main role is to replace the traditional manual operation, and the production efficiency, the placement consistency and product quality are improved greatly, especially suitable for the automation packaging and assembly process of precision electronic components, medical instruments, small hardware parts and the like.

The application relates to a hard-arm lifting tool and a method for transferring a battery PACK package, and belongs to the technical field of battery production equipment. The lifting tool comprises a hard-arm lifting frame (an inner arm and an outer arm cooperate with a guide assembly to realize rigid lifting guidance), a clamping mechanism installed below the frame, and a control system. The core innovation is to integrate multiple safety interlocking mechanisms: through a floating positioning pin mechanism and a sensor, an interlock that can only be clamped after successful positioning is realized; through a load weight detection sensor, an anti-misoperation interlock that prohibits opening of the clamping jaw when there is a load is realized; an independent mechanical type anti-falling device is arranged as a redundant protection. The application realizes fast and accurate positioning of the battery PACK package, safe lifting and transferring with full-process anti-misoperation, and intelligent operation easy to integrate an automatic production line, and significantly improves the transfer efficiency and the intrinsic safety level.

This invention provides a welding quality defect detection device, specifically relating to the field of mechanical automation technology. It includes a detection unit, a frame, a loading / unloading unit, a conveying unit, a welding unit, and an unloading platform. The detection unit comprises a U-shaped bracket, a first Y-axis module, a Z-axis module, and a vision unit. The vision unit is equipped with a CCD camera, a rectangular white light source, a ring-shaped white light source, and an image processing unit, possessing feature recognition and positioning accuracy of 0.045mm pixels and a field of view of 109.52mm × 91.03mm, enabling precise capture of welding defects. The loading / unloading unit automatically picks up and transports solar cells. The conveying unit integrates a welding module and a defective product module, realizing the conveying of solar cells and the separation of good and defective products. This equipment integrates automated loading / unloading, welding, defect detection, and separation functions, and is suitable for batch visual inspection scenarios in solar cell production and processing.

This invention discloses a closed-loop, uniformly circulated micro-arc oxidation device. The overall design employs a closed structure, comprising five subsystems: an anode device, a lifting device, a cathode device, a liquid supply device, and an electrical system. These subsystems work together to achieve functions such as workpiece clamping and disassembly, solution temperature control and delivery, and uniform electric field discharge during the micro-arc oxidation process. Using this device for micro-arc oxidation effectively solves the problems of poor stability, poor uniformity, and poor consistency in traditional micro-arc oxidation devices regarding solution, temperature, current density, and electric field control. It achieves precise control of process parameters in each stage of micro-arc oxidation, improving product quality consistency and overall performance stability. It possesses advantages such as small size, modularity, integrated automation, high efficiency, and precision, and can be widely promoted for engineering applications. It has practical guiding significance for the process promotion and intelligent development of micro-arc oxidation equipment.

The application discloses a fibroblast transfection method and system based on automatic parameter optimization, integrates an automatic liquid treatment workstation and matched hardware to construct an automatic device, the matched hardware comprises an electrotransfection module, a culture box and a cell counter, key parameter groups of transfection are screened to form a characteristic vector, and a value range and a constraint condition are set; subsequently, cells are pretreated and data is collected, standard data is obtained through missing value filling and outlier elimination; then, a random forest model is used to screen core optimization parameters, and a particle swarm optimization algorithm is used to obtain an optimal parameter combination; finally, the optimal parameters are analyzed into hardware instructions for execution. The system comprises a server, the automatic liquid treatment workstation and the matched hardware. The method realizes automatic transfection and intelligent parameter optimization of a whole process, and improves transfection efficiency and stability.

The utility model provides a kind of high-temperature curing room for prepreg product, it is related to material manufacturing technical field, to solve the problem of low curing production quantity, difficult batch production, higher control requirement to temperature, and longer curing time, leading to the problem of low production efficiency when using existing equipment, including main part;Main body is high-temperature curing room body;Main part is connected with cabinet door by hinge;Temperature controller is installed on main body;Fan is installed on the top of main body;Fan bottom is equipped with pipeline;Pipeline is arranged in the inside of main body.The temperature control function is realized by temperature controller;Meanwhile, the temperature in room is maintained by fan and pipeline, to ensure the constancy of curing time;Process optimization process of product production line can be more efficiently and high quality to complete;Through the use of the device, product quality performance can be optimized;Through integrated automation technology, production efficiency is improved, time is saved, and through the above-mentioned automation control function, energy consumption is further shortened.

The application discloses a kind of based on kirin system kernel vulnerability upgrade method, it is related to operating system technical field, the application includes the following steps: whether it is x86_64, non then error termination process;Query current kernel package version, if matching vulnerability repair target version is prompted to complete and terminates;Determine SP version to match upgrade package, not support then error termination;Backup GRUB configuration according to start mode, record default kernel start item, pause key service and generate system state snapshot;Select the kernel package of corresponding SP version and execute installation, installation fails then trigger automatic rollback;Restart server, and the starting state is monitored by BMC, timeout / failure triggers hardware recovery, success then confirm kernel version;Verify kernel, service, system log etc., then complete upgrade;Failure then automatically rollback and verify rollback result.The application integrates automatic backup and rollback mechanism in kirin system kernel upgrade process, improves the security and reliability of system update.

The application discloses a transformer differential protection device and method of a substation comprehensive automation system. The device contains current collection, data processing, protection action and other modules, optimizes the current signal through phase correction and balance coefficient compensation algorithm, adopts two-section type ratio differential criterion combined with secondary harmonic braking, and accurately distinguishes internal faults and magnetizing inrush current. The device is matched with CT disconnection blocking and fault recording function, can dynamically adjust parameters, cooperates with the system through DL / T634.5104 protocol, realizes data uploading, remote control and alarm linkage. After the device is connected to the system, the protection action is fast in response and small in error, the recording data support background analysis, effectively avoids misoperation and refusal to operate, improves the operation reliability and operation and maintenance efficiency of the transformer, and is suitable for transformers of various voltage grades of 10kV-110kV.

This utility model discloses a multi-blade collaborative copper particle shearing device, belonging to the field of metal material processing technology. It includes a multi-wire copper wire unwinding component, comprising an independently servo-driven unwinding wheel and a tension controller; a copper wire straightening component, comprising multiple sets of straightening rollers; a length-clamping component, comprising a linked servo motor and a photoelectric encoder; a rotary disc shearing component; and a copper particle collection component. This utility model boasts high production efficiency, increasing efficiency by more than 2 times through the combination of multi-wire unwinding and multi-blade collaborative shearing; high control precision, with the length-clamping mechanism ensuring consistent copper particle length with an error ≤ ±0.5mm; and high integration of automation, automating the entire process from unwinding to collection, reducing manual intervention.

We provide the system. [Solution] A means of collecting business data from an information processing device, A method for analyzing collected business data and classifying business processes into multiple types, A means for selecting the optimal automation algorithm for each type based on the classification results, A means of integrating the selected automation algorithm into the information system, A means to continuously monitor the performance of integrated automation algorithms and propose performance improvements, A means for displaying algorithm optimization information in real time on a display device, A system that includes this.

The utility model discloses a reaction device for crosslinking sodium hyaluronate preparation relates to crosslinking sodium hyaluronate preparation technical field, including bottom plate and motor, bottom plate: the left and right sides of top surface all are fixed with frame, the front and back two sides of frame inside all install the position corresponding main linear motor, the inside surface of main linear motor mobile base is connected with the end of support one side, the inside end of support is connected with the outside surface of sealing cover, the motor is fixed in the top surface middle part of sealing cover, the output shaft of motor is connected with the top end of coupling, this reaction device for crosslinking sodium hyaluronate preparation passes through integrated automation control, accurate quantitative feeding, dynamic temperature control and high -efficient mixing design, has improved the homogeneity, repeatability and production efficiency of sodium hyaluronate crosslinking reaction significantly, has reduced manual operation error simultaneously, has extensive application value in scientific research and industrial production.

A system and method provide an integrated automation solution that links multiple systems and applications of a contact center operation and provides a unified support interface and unified knowledge base that delivers relevant data in real-time to assist contact center personnel during a customer interaction. Robotic Process Automation (RPA) is used for automating workflows and processes with robots (e.g., attended and / or unattended) that perform various tasks and activities for capturing information (data, documents, etc.) from multiple front-end and / or back-end systems and applications to provide the necessary data and information in real-time during a contact center session.

This invention discloses a fully unattended pool test system for a wind-wave integrated system, belonging to the technical field of pool model testing for offshore floating wind-wave multi-energy integrated devices. It includes a sensing layer, a decision-making layer, a control layer, and an execution layer. The sensing layer synchronously collects data on waves, motion states, equipment operation, and loads across all dimensions. The decision-making layer integrates automated control, intelligent PTO optimization, and graded safety protection functions. The control layer achieves sequential, synchronous closed-loop control of wave generation, PTO damping adjustment, and aerodynamic load application. The execution layer is equipped with multiple functional modules to complete wave generation, aerodynamic load application, and continuous stepless adjustment of PTO damping. Using this system, multi-device collaborative control is achieved, eliminating manual dependence and enabling autonomous, fully automated test operation. This effectively improves the coupling control accuracy and test data accuracy of the wind-wave integrated test, enhancing the operational safety and continuity of the test system.