114 results about "Integrated processing" patented technology

An integrated processing equipment for assembling and welding ship pipe fittings is disclosed. This invention primarily addresses the difficulties of manual assembly and flipping of large-size ship pipe fittings, the high skill requirements for multi-skilled welders, the long training period, high labor costs, and high labor intensity. The invention provides an integrated processing equipment for assembling and welding ship pipe fittings, integrating assembly and CO2 full-scale welding into a single process, achieving a high degree of automation. It reduces workpiece transfer and repetitive clamping, significantly improving production efficiency and reducing labor intensity and equipment footprint.

This utility model discloses an integrated processing device for neodymium iron boron magnets, including a main body box and an adjustment assembly placed on the upper surface of the main body box. The adjustment assembly includes an adjustment rod, an adjustment block, a fixed frame, and a limiting block. The fixed frame is fixedly connected to the upper surface of the main body box, and the limiting block is fixedly connected to the inner side wall of the fixed frame. The adjustment block is slidably connected to the fixed frame through the limiting block. An adjustment rod is provided through the fixed frame, and the lower end of the adjustment rod is threaded into the adjustment block. The main body box is fixed, and the fixed frame, limiting block, and other components are installed. By rotating the adjustment rod, the adjustment block is driven to slide along the limiting block to adjust the height of the processing part to adapt to workpieces of different specifications. At the same time, a stepper motor drives a first transmission wheel, which drives a first driven wheel via a first transmission belt, causing the rack and pinion conveyor belt to run. The workpiece mounting platform clamps the magnet and smoothly transmits it to the processing area. A second servo motor drives a friction roller via a second transmission belt to perform the processing action.

The application discloses a kind of high-precision automatic folding indentation integrated processing device of honeycomb carton, comprising: workbench, transverse drive mechanism, electric slide rail, lifting drive mechanism, lifting rod, connecting plate, floating indentation wheel mechanism, rigid indentation wheel mechanism, pivot, folding plate, motor, cylinder and control panel.Workbench top is equipped with rack;Transverse drive mechanism is installed in rack;Electric slide rail is connected with transverse drive mechanism;Lifting drive mechanism is installed in electric slide rail;Lifting rod is slidably connected in lifting drive mechanism;Connecting plate is connected on lifting rod;Floating indentation wheel mechanism is elastically installed on connecting plate;Rigid indentation wheel mechanism is installed on connecting plate;Pivot is rotatably arranged in workbench;Folding plate is fixedly connected with pivot;Motor is connected with pivot;Cylinder is installed on workbench top;Control panel controls each electrical mechanism.It can effectively prevent irregular surface indentation of honeycomb paperboard, improve the folding precision of honeycomb carton.

This invention discloses an integrated adaptive cutting and stripping processing device for multi-specification cables, comprising a base, with support seats evenly mounted on the top of the base, and a circular ring plate connected to the top of the support seats. This invention utilizes a spring-moving rod-ball bearing adaptive structure in the cable clamping mechanism to adapt to cables of different diameters without replacing the clamping components. Combined with the precise adjustment function of the adjusting rod in the stripping mechanism, it can adapt to cables with different insulation thicknesses, significantly improving the device's versatility and adaptability. Simultaneously, it integrates the three core functions of clamping, stripping, and cutting onto the same base, with the stripping and cutting components centrally arranged on the central circular ring plate. Combined with the precise transport of the movable transport seat, it achieves continuous automated operation of "transportation-clamping-stripping-cutting," completely changing the traditional multi-device, step-by-step operation mode, significantly shortening the processing flow and improving processing efficiency.

The application provides coaxial pipe rib directional de-rib brush pipe end punching integrated processing equipment and method thereof, which comprises the following steps: sequentially feeding each pipe to be processed to the rib directional mechanism by the feeding frame; the pipe falls into the V-shaped groove, the positioning plate moves to push the pipe end, so that the pipe end moves to the set processing position, then the pressing roller is pressed down to make the pipe rotate at a constant speed; the positioning rod moves to the pipe position until the end of the positioning rod extends into the inside of the pipe end to be processed, the outer rib on the outside of the positioning rod positions the inner rib on the inside of the pipe end, so that the pipe stops rotating and the rib orientation is completed; the mechanical hand grabs the pipe after rib orientation, the pressing roller rises and is separated, the mechanical hand moves the pipe to the pipe end de-rib boring mechanism to make the inner rib of the pipe end be bored out; the mechanical hand moves the pipe after de-rib to the brush mechanism to remove the pipe end burrs by the rotating steel wire brush; the pipe after brushing is sequentially moved to the extrusion drum mechanism for extrusion drum treatment and the punching mechanism for side hole punching.

The application discloses a flue gas carbon dioxide capturing and conveying integrated system, and relates to the technical field of carbon dioxide capturing.The carbon dioxide capturing and conveying integrated system comprises a pretreatment and absorption module, an integrated processing module, a refining and liquefaction module and an energy management and control module, the pretreatment and absorption module is used for preliminarily treating flue gas and absorbing CO2 in the flue gas, the integrated processing module comprises a multistage compressor unit, a desorption tower and a closed heat pump circulation system, the closed heat pump circulation system is used for transmitting heat generated by the multistage compressor unit to the desorption tower, the refining and liquefaction module is used for refining CO2 gas desorbed and obtaining liquid CO2 used for conveying through liquefaction, and the energy management and control module is used for dynamic regulation and control of each module.The capturing and conveying integrated system can realize integrated, efficient and compact processing from flue gas to conveyable liquid CO2 product through process depth coupling and modular design.

The application discloses a kind of uncovering dish-washing machine tableware recycling basket cleaning and shelving integrated processing system and method, including frame module, uncovering dish-washing machine, stacking module and storage module.Frame module contains dirty bowl collection frame, first execution component, first frame table and dishwashing frame, dirty bowl collection frame contains disordered dishware to be cleaned, first execution component is symmetrically arranged at its two sides, for grabbing dishware and regularizing placement to dishwashing frame, uncovering dish-washing machine is arranged at the right side of first frame table, receives dishwashing frame and executes standardization cleaning, stacking module contains second frame table and second execution component, second frame table is used to receive dishwashing frame after cleaning, and second execution component is used to place dishware in dishwashing frame, storage module includes first receiving platform and second receiving platform, respectively used for stacking qualified dishware and secondary centralized temporary storage turnover.The application realizes the continuous operation of dishware from recycling to storage, reduces the frequency of manual intervention, and improves the utilization rate of uncovering dish-washing machine.

This invention discloses a novel expansion-quenching composite forming method for steel pipe structures, achieving integrated processing of steel pipe forming and performance enhancement. The steps are as follows: The raw material steel pipe is placed in a heating furnace, heated to above the austenite transformation temperature and held at that temperature to achieve complete austenitization; the austenitized steel pipe is removed by a transport mechanism and precisely placed into a forming mold; after infrared thermography confirms that the steel pipe is above the austenite transformation temperature, the mold is closed, and room temperature water is injected under high pressure into the inner cavity of the steel pipe. Hydraulic pressure is used to expand the high-temperature steel pipe until it completely fits the mold cavity, forming a complex closed cross-section; with the help of room temperature water circulation inside the pipe and a mold cooling system, in-mold quenching and hardening are completed simultaneously with the expansion, and precise temperature control achieves room temperature water quenching; after the expansion and quenching process is completed, the mold is opened, the part is removed, and transferred to a testing platform. This process can complete complex forming and performance enhancement of steel pipes in one step, improving processing efficiency and part performance.

This invention discloses an integrated processing device for drilling and grinding the inner wall of an oil well casing head, including a casing head and its internal support arm. A locking part is provided on the rack plate. When the rack plate moves upward, it drives the gear, one-way bearing, and switching shaft to rotate, swapping the positions of the drill bit and grinding head, locking the locking part and locking the switching shaft. When the rack plate moves downward, the locking part is unlocked, and the switching shaft is not locked. This invention can simultaneously perform diameter expansion and grinding on the inner side of the casing head, avoiding problems such as increased metal hardness and oxide layer adhesion caused by traditional cooling operations. It reduces grinding difficulty and tool wear, improves hole wall smoothness, and ensures subsequent sealing performance and assembly accuracy. Furthermore, it features two processing structures, enabling simultaneous processing of inner wall holes. Different processing requirements can be met by individually controlling an electric push rod, utilizing residual heat for grinding, improving efficiency and cleanliness.

The utility model discloses a ventilation window part integrated processing fixture relates to mechanical processing field. This ventilation window part integrated processing fixture, including five axle pedestals, is fixedly installed with base platform connecting piece on five axle pedestals, is slidably arranged with clamping platform on base platform connecting piece, and the top of clamping platform is movably provided with upper pressing plate. This ventilation window part integrated processing fixture, when carrying out vertical roof beam, T column, L shape spare, Z shape spare and special-shaped part clamping, places the shim in the adaptive recess, and directly clamps this kind of workpiece, when carrying out crossbeam clamping, places the one side of crossbeam in the adaptive recess, and clamps crossbeam, when carrying out angle column clamping, forms the combination spare of the regularity of upper and lower surfaces with angle column pad and angle column splicing, clamps the workpiece after combination through clamping platform and upper pressing plate, ensures the clamping stability, is suitable for the multiple component processing of ventilation window, reduces the fixture cost, promotes the adaptability, and convenient to dismount simultaneously.

The application belongs to the technical field of surface treatment equipment, and discloses an automatic polishing and deburring integrated device, which comprises a treatment seat, the top surface and the bottom surface of the treatment seat are respectively provided with a guide groove and a bottom cavity, the inner part of the treatment seat is respectively provided with an assembly cavity and an adaptive ring cavity, and the top surface of the treatment seat is fixedly provided with a lifting arm. The second electric push rod in the deburring assembly reduces the pressure on the outer side of the metal round plate, and cooperates with the rotation of the deburring assembly, so that the connecting block changes from static compression to dynamic grinding, thereby realizing the deburring treatment of the outer side arc surface of the metal round plate. The whole polishing and deburring are continuously completed, the switching speed is fast, and the efficiency is high. During the polishing of the top surface of the metal round plate and the deburring of the outer side arc surface, the polishing assembly and the deburring assembly respectively undertake the positioning task of different treatment processes, maintain the stability of automatic polishing and deburring, have good comprehensive treatment effect, and have high efficiency.

The application discloses a kind of PVD and printing integrated decoration pattern method and system, it is related to surface decoration processing technical field, the method fuses Imprinting positive and negative face transfer printing process and PVD coating technology, through integrated process design, realize the synchronous forming of decorative pattern and functional coating, give consideration to pattern delicacy, coating stability and product double-sided decoration demand.The method of the application includes mold pretreatment, UV glue transfer substrate forming, integrated PVD coating and printing, solidification forming and post-processing etc., system is correspondingly provided with mold module, transfer module, integrated processing module, solidification module and detection module.Adopt the application can realize first texture depth 10-240 μm, surface hardness reaches 8H decorative effect, coating adhesion grade is greater than or equal to 4B, wear resistance is increased by more than 30%, widely used in consumer electronics products, automobile trim parts, household appliance shell and other fields, significantly improve production efficiency and product added value.

This invention discloses a process for preparing blast furnace pulverized coal injection with improved combustion performance, relating to the field of blast furnace pulverized coal injection technology. It includes constructing a blast furnace pulverized coal injection preparation system. At least two different types of raw coal are screened and iron-removed separately. This invention solves the problems of poor combustion performance, large moisture fluctuations, and coarse particle size control in existing technologies by setting up a raw coal pretreatment terminal, equipment control port, integrated processing management port, and automated control port. The addition of the blast furnace pulverized coal injection preparation system allows staff to view and manage the overall preparation process anytime, anywhere, enabling precise control of each step. It also allows for the management, visualization, and storage of blast furnace pulverized coal injection preparation data and corresponding analysis results, facilitating the management of blast furnace pulverized coal injection through internet cloud control and improving the level of intelligence in blast furnace pulverized coal injection management.

This invention discloses an integrated processing mechanism for positioning, drilling, and chamfering of cable fittings, relating to the field of cable processing technology. The integrated processing mechanism includes a base, a cleaning mechanism, a drilling mechanism, a chamfering mechanism, and a clamping mechanism. A U-shaped frame is fixedly installed on the top of the base, and a sliding groove is formed through the top of the U-shaped frame. A shift plate is horizontally slidably installed inside the sliding groove. The cleaning mechanism is mounted on the shift plate and includes a first electric push rod, a first hanging frame, a second motor, and a first mounting sleeve. This integrated processing mechanism for positioning, drilling, and chamfering of cable fittings utilizes a cleaning mechanism composed of a first electric push rod, a second motor, a rotating rod, a brush, and a dust collection mechanism. After the drilling process is completed and before the chamfering process begins, the rotating rod drives the brush to extend into the drilled hole and rotate for cleaning. Simultaneously, the dust collection mechanism, through an external dust collection device, creates negative pressure at the hole opening to immediately suck away the swept-out chips.

This invention relates to the field of aluminum alloy profile processing technology, and more particularly to a profile shaping and processing device for heat dissipation housings of communication equipment. The device includes an extruder, with a feeding and shaping composite device at the feed end of the extruder, and a conveying roller device on the feed side of the feeding and shaping composite device. The feeding and shaping composite device includes an upper shaping component and a lower shaping component symmetrically arranged vertically, with centering components on both sides of the lower shaping component. A gantry frame and a hydraulic cylinder are arranged on the outer side of the feeding and shaping composite device. The shaping component is equipped with an extrusion roller and a cleaning roller. The cleaning roller can move between a working position and a storage position and cooperates with a dust collection frame to achieve cleaning. The feeding and shaping composite device also includes a transmission unit for driving the extrusion roller closer and a power component for driving the centering components to move. This invention achieves integrated processing of cleaning, conveying, shaping, and centering of the housing through the coordinated operation of the cleaning roller, extrusion roller, and centering components, improving shaping accuracy.

The utility model discloses a kind of grinding and polishing integrated robots for lacquer production, it is related to lacquer production technical field.The utility model includes bottom plate, and bottom plate top end is equipped with mechanical arm, and one end of mechanical arm is equipped with grinder, and the side of grinder output end is equipped with force chamber, and six-dimensional moment sensor is installed in force chamber inside, and six-dimensional moment sensor end is fixedly connected with change abrasive part, and change abrasive part end is detachably connected with polishing piece.The utility model is installed force chamber and change abrasive part between grinder and polishing piece, and six-dimensional moment sensor is used to control the force exerted on lacquer surface, and the stable replacement of polishing piece is matched, so that the integrated processing function of robot on lacquer surface grinding and polishing is realized.

The application provides a power distribution intelligent gateway data integration system and method, and relates to the technical field of gateway data integration.The method comprises the following steps: obtaining gateway historical collection data of an intelligent gateway, performing classification processing based on data types, and forming different gateway type integrated data; performing feature information extraction of data application on different gateway type integrated data, and forming gateway type application feature information; obtaining real-time collection data of the intelligent gateway, combining the gateway type integrated data and the gateway type application feature information to perform feature integration analysis, and forming real-time data integration analysis result information; and performing integrated processing on the real-time collection data according to the real-time data integration analysis result information, and forming real-time gateway integrated data.The method fully guarantees the reasonable and efficient integration of the gateway on the collection data, provides convenience for fault early warning, data source tracing, data subsequent extraction processing and the like, and makes the data processing of the gateway more efficient, reasonable and accurate.

This application relates to a portable knowledge storage and retrieval device and method. The storage and retrieval device includes a portable storage device, and a control module, a basic computing power module, a RAG processing module, an encrypted storage module, and an interactive interface built into the portable storage device. The data communication terminal of the control module establishes a data communication connection with the host side, and the signal output terminal of the control module is connected to the basic computing power module, the RAG processing module, the encrypted storage module, and the interactive interface, respectively. The basic computing power module is used to perform vector encoding processing, similarity calculation, and generation reasoning processing on user input data. The RAG processing module is used to perform block processing on user input data and generate structured knowledge blocks based on the block results. It can realize integrated processing of knowledge construction, retrieval, and question answering functions without relying on external computing power or network environment, improve processing efficiency and response speed, and significantly improve the overall stability and collaborative efficiency of the system.

This invention discloses a manufacturing equipment and method for hot roughing universal joints used in metallurgical steel rolling. The equipment includes a worktable with four support legs at its bottom and a central control system at its top. It also includes a speed-changing support mechanism mounted on the top of the worktable, with two fixing mechanisms on the mechanism. The two fixing mechanisms respectively fix the universal joint and a flange. This supports the universal joint and the flange, enabling synchronous rotation and position adjustment, providing stable support for subsequent welding, straightening, and other processes. This device significantly improves welding quality by refining grains and dispersing impurities through multi-field coupling; avoiding surface damage through non-contact creep straightening; achieving micron-level straightening through ultrasonic rolling; forming a deep residual compressive stress layer to improve fatigue resistance; reducing human error through automated closed-loop control; adapting to various workpiece specifications; and significantly improving efficiency and reducing costs through integrated processing.

This application discloses a control testing method, apparatus, system, and program product for construction machinery. Relating to the field of construction machinery technology, the method includes: acquiring electrical signals generated from operating components for controlling actuators, and matching the electrical signals with corresponding operating actions to form a corresponding control mapping relationship; generating control signals based on the control mapping relationship to drive the actuator using either a host computer or a physical input device. By matching and analyzing the electrical signals of the operating components and establishing control mapping relationships, a structured expression of the control principle of construction machinery can be achieved, and control signals can be generated based on the control mapping relationship, realizing integrated processing of control principle detection and control testing, improving testing efficiency and consistency.

This utility model discloses a high-efficiency integrated processing device for semiconductor equipment with multi-station collaboration, specifically relating to the field of semiconductor manufacturing technology. It includes an operating table, with a rounding processing component and an edge grinding processing component arranged sequentially from left to right on the upper end of the operating table. A fixing component is provided at the front end of the rounding processing component. By setting a moving structure, after the rounding processing of the ingot is completed and the clamping is released, the ingot can be quickly moved to the edge grinding processing area with the aid of an auxiliary moving function. During this process, there is no need to move the fixing component, and another ingot can be simultaneously fixed to the fixing component. This operation effectively reduces the transition time between the completion of the rounding processing and the edge grinding processing of the ingot, avoiding equipment idle waiting caused by removing and installing ingots. It achieves seamless connection between the rounding and edge grinding mechanisms, greatly improving the overall operating efficiency of the equipment, effectively reducing equipment idle time, and increasing equipment utilization.

The utility model belongs to fastener processing equipment technical field discloses a kind of multi-station linkage mechanism, including camshaft, operation mechanism one and operation mechanism two;Camshaft is provided with cam one and at least one cam two;Operation mechanism one is movably connected with movable swing piece, and the end of movable swing piece away from operation mechanism one and cam one movably cooperate, and movable swing piece converts the circular movement of cam one into the linear motion of operation mechanism one;Cam two pushes and pushes operation mechanism two action.The utility model can adaptively drive the action of operation mechanism one and operation mechanism two, ensure the smoothness of process connection, effectively reduce waiting time.The utility model further discloses a kind of bolt tail integrated processing equipment with the above multi-station linkage mechanism.

The application discloses a kind of multistage separation integrated processing method and device, for the process synergy of existing technology is poor, separation efficiency is low, and secondary emulsification is prone to occur and so on, the application is controlled by PLC system coordination, in turn, filtering, heating, coupling enhanced separation, chaotic electric field dehydration, vacuum circulation separation and multi-gradient fine filter processing are carried out.Coupling enhanced separation unit combines electric field pre-separation and cyclone centrifugal enhanced separation;Chaotic electric field dehydration unit uses pulse position modulation electric field to destroy emulsion interface;Vacuum circulation separation unit realizes depth purification under negative pressure environment.The scheme realizes the step-by-step efficient removal of different particle size impurities in industrial waste oil, and the quality of regenerated oil is significantly improved, and the energy consumption of the system is greatly reduced.The device adopts modular design, and each unit is intelligently coordinated, with high processing efficiency, strong adaptability, stable operation and other advantages, providing reliable technical support for industrial waste oil resource utilization.

This invention discloses a method for member preference modeling and product recommendation based on omnichannel consumption trajectories, relating to the fields of retail digitization and intelligent recommendation. The method includes: collecting member channel consumption records and generating a unified consumption event sequence; generating a unified member index based on identity clues; performing continuity judgment on the unified consumption event sequence based on the unified member index, outputting cross-channel intent continuity coefficients and consumption trajectory fragments; performing preference deposition on the consumption trajectory fragments to generate dynamic member preferences; collecting product operation records and generating product constraint information; and generating product recommendation results based on consumption trajectory fragments, product constraint information, and dynamic member preferences. By unifying omnichannel consumption events, constructing continuous consumption trajectories, and integrating product operation constraints, the method achieves integrated processing of member preference modeling and product recommendation.

The application discloses an intelligent conference room audio and video automatic adjusting system and a control method, and belongs to the technical field of audio and video processing. A content generation request of a user is received and semantic analysis is performed, a user intention type and target content description information are identified, an original material or a trigger audio and video generation engine is called to synthesize new material for multi-dimensional feature extraction, an input content identification module is used for scene classification, object detection and emotion analysis to generate an identification result, automatic editing is performed on the material to generate target audio and video content, a unique identifier is allocated for the target content and is stored, the identification result is converted into structured metadata, a vector index is constructed based on multi-dimensional features, an inverted index is constructed based on the structured metadata, and a hybrid retrieval index is formed to support subsequent semantic retrieval. The application realizes integrated processing of the whole process from user intention understanding, content generation, multi-modal analysis, intelligent editing to semantic retrieval, and significantly improves the automation level and retrieval accuracy of audio and video content processing.

This invention relates to the field of PE pipe manufacturing technology and discloses an integrated processing device for an automated PE pipe production line. The device includes a main body, a moving mechanism at the top of the main body, and an elastic expansion centering mechanism at the top of the moving mechanism. The elastic expansion centering mechanism includes a conical column, a sleeve, a fixed frame, a conical moving block, a tension spring, a limiting strip, and a conical hole. A flaring mandrel is located at the top of the rotary turret, and a radial saw is located at the top of the rotary turret. This solution uses an elastic expansion centering mechanism to tighten the pipe from the inside, which helps avoid elliptical deformation and center offset caused by external clamping, improving pipe end concentricity. It also integrates cutting, chamfering, and flaring into one unit, allowing multiple processes to be completed in a single clamping operation, reducing equipment footprint and cycle time losses. The floating tool holder, combined with springs, compensates for uneven pipe ends, resulting in more uniform chamfering. The flaring mandrel utilizes the process interval for preheating, ensuring smoother connections.

This invention relates to the field of stamping part rolling technology, specifically a multifunctional five-wheel rolling device and method for prefabricated components. It includes a support frame with a housing fixedly connected to it. A pressing structure and a rolling structure are mounted on the side of the housing. Through a transmission system consisting of a single motor, sprockets, and pulleys, the pressing structure rollers one and two, and the rolling structure rollers three, four, and five, are driven synchronously. Furthermore, a differentiated sprocket meshing position design enables the reverse rotation of rollers two and four, ensuring continuous reverse extrusion shaping in the pressing process and bending forming in the rolling process. This eliminates the need for workpiece transfer between equipment, significantly shortening the processing cycle, reducing manual labor intensity, and minimizing investment in single-process equipment and space occupation, thereby significantly improving production efficiency and cost-effectiveness. In addition, integrated processing avoids secondary positioning errors during workpiece transfer, ensuring the forming accuracy of the steel ring and its fit with the subsequent concrete cover plate.

This invention discloses an integrated processing device for copper removal and sorting of waste motor stators, relating to the field of waste motor recycling technology. The integrated processing device includes a sorting box, a copper-cutting mechanism, a clamping mechanism, a copper-pulling mechanism, and a sorting mechanism. A copper-removing box communicating with the interior is fixedly installed on the top of the sorting box. The sorting mechanism is located inside the sorting box and includes a vibrating frame, a screening screen frame, a fixed plate, a servo motor, and a cam. The vibrating frame is located inside the sorting box, and the screening screen frame is held in place within the vibrating frame. In this integrated processing device, the servo motor drives the cam to rotate, pushing the vibrating frame to reciprocate along a slide bar. Under the reset action of the spring, high-frequency vibration is generated, achieving online automatic separation of copper and impurities. The purity of the copper is significantly improved, eliminating the need for manual secondary sorting.