116results about How to "Realize intelligent production" patented technology

The invention discloses a ceramic large plate of an anhydrous glaze line all-digital jet printing process. The large plate comprises a bottom blank layer and a surface pattern layer; the surface pattern layer consists of a jet printing bottoming layer, a jet printing pattern layer, a jet printing protection layer/or a jet printing glue layer bonded with a dry particle layer in sequence from bottomto top; and the bottoming layer, the pattern layer, the protection layer/or the glue layer are formed by digital jet printing through a ceramic ink jet printer. The ceramic large plate and a manufacturing method thereof on a glaze line hardly need manual operation in the whole process for all-digital jet printing of the ceramic large plate and a sheet thereof; the texture is rich; the yield is increased; and anhydrous scene production environment is more accordant with modern green and intelligent manufacturing.

The invention discloses a panel furniture flexible production line. The panel furniture flexible production line comprises a panel storage mechanism, a rail trolley for conveying and a plate banding mechanism, and further comprises a power roller conveying line used for conveying panels, an electronic saw discharging machine used for discharging materials, a rotary lifting table used for transferring the panels, a vertical rotary sorting machine used for sorting the panels, a box sealing machine used for sealing and casing finished-products of panel furniture and a roadway stacking machine used for stereoscopic storage and automatic warehouse outlet of the finished-products of the panel furniture. By adopting the panel furniture flexible production line, customized production in the furniture industry is realized; the panel furniture flexible production line is applicable to both large-scale standard product production and small-scale customized production; labor cost is reduced; and automatic and intelligent production of the furniture is realized.

The invention discloses a feeding device and method for heat exchanger sheet forming. The device comprises a PLC installed on an electric control cabinet near a machine frame, and an automatic feedingmechanical hand system, a conveying mechanism, a conveying positioning system, a sheet stretching die, an automatic taking stacking system which are installed on the machine frame in sequence from left to right. The automatic feeding mechanical hand system is used for sucking heat exchanger sheet semi-finished products and transferring the semi-finished products to the conveying mechanism, the conveying mechanism is used for transferring the heat exchanger sheet semi-finished products to the conveying positioning system, the conveying positioning system is used for aligning the heat exchangersheet semi-finished products and transferring the semi-finished products to the sheet stretching die, and the sheet stretching die is used for stretching the heat exchanger sheet semi-finished products. The feeding device and method have the advantages that automation of the feeding work procedure, the conveying work procedure, the positioning work procedure, the stacking work procedure and the like for the plate type heat exchanger stainless steel sheet semi-finished products is achieved, production efficiency is improved, the traditional labor intensive production way is changed, and a guarantee is provided for large-batch production and industrial production.

The invention provides a high speed railway ballastless track pre-tensioning method flow unit production line. The high speed railway ballastless track pre-tensioning method flow unit production line comprises a tension station, a vibration compaction station, a maintenance station, a relaxation station and a demolding station, wherein the tension station, the vibration compaction station, the maintenance station, the relaxation station and the demolding station are fixedly arranged in sequence, the production line is provided with track template molds which works in coordination with the stations, all the stations are fixed on the ground surface through a support in a suspended mode, and are coordinated with a mobile type transporting cart for transporting a track plate mold and/or a track plate to transport the track plate mold and/or the track plate to work stations. According to the high speed railway ballastless track pre-tensioning method flow unit production line, all the fixed stations are arranged in the production sequence and fixed on the ground surface in a suspended mode, and the transporting cart is arranged to move along center lines at the inner sides of all the work station and to transport the track plate mold and/or the track plate to the work stations, so that the stationary track plate mold and/or the track plate moves along the production line in the work sequence as the transporting cart moves; by the coordination of a specially arranged control system, the automatic and intelligent production of the track plate is achieved. The production cost is reduced, the product quality is guaranteed, and the working efficiency is greatly improved.

The invention provides an intelligent assembly line of an LED filament lamp. The intelligent assembly line comprises a filament fixing device, a ball lamp carrier for clamping and fixing the LED filament lamp, a first filament fixing guide device, a filament lead polarity testing device, a filament lead transparent casing pipe threading device, a PCB threading device and a filament lead and PCB welding device; the filament lead polarity testing device comprises a steering device and a testing device body; and the ball lamp carrier comprises a PCB positioning and rotating mechanism for clampingand positioning a PCB. By means of the intelligent assembly line, the problem that in an existing LED filament lamp production technology, various high-precision assembly operations (including a positioning guide station, a transparent casing pipe threading station, a threading station, a welding station and a cleaning station) need to be carried out on the LED filament lamp manually can be solved in a targeted mode, the intelligent assembly line of the LED filament lamp and an operation method of the intelligent assembly line have a high automatic operation function, and various assembly works required by the LED filament lamp can be well completed.

The invention discloses a full-automatic intelligent production line for PVC pipes. The production line comprises a feeding machine, an extruder, an extrusion die, a sizing sleeve, a spraying vacuum shaping box, a traction machine, a cutting device, a side turning device, an infrared scanning detector, a code spraying machine, a pipe stacking frame and an industrial personal computer, wherein a spraying device and a waste water recycling device are arranged in the spraying vacuum shaping box, and the cutting device is composed of a cutting machine frame, bearings, a screw, a first motor, a nutseat, a fixing rod, a second motor and a cutting knife; a pressing device is arranged on the cutting machine frame; and the side turning device is composed of a side turning machine frame, a connecting shaft, a side turning plate and a third air cylinder, a U-shaped groove is formed in the side turning plate, a weight sensor is arranged in the U-shaped groove, and the infrared scanning detector and the code spraying machine are arranged on the side turning machine frame. The full-automatic intelligent production line has the beneficial effects of being simple in structure and high in practicability.

The invention discloses a full-automatic capacitor assembling system and belongs to the field of capacitor manufacturing equipment. A machine table is provided with a cover plate riveting mechanism, an aluminum shell assembling mechanism and a sleeve mechanism, and a transmission mechanism is arranged in the machine table; a capacitor core cladding provided with a cover plate in a riveted manner is conveyed to the aluminum shell assembling mechanism by the cover plate riveting mechanism; the aluminum shell assembling mechanism conveys a capacitor subject to aluminum shell waist bundling and sealing to the sleeve mechanism; and the cover plate riveting mechanism, the aluminum shell assembling mechanism and the sleeve mechanism are driven by the transmission mechanism at the same time. According to the full-automatic capacitor assembling system, due to reasonable arrangement, the work procedure is simplified; full-automatic assembling is achieved in all process operation, and the intelligent degree is high; a unique optic, mechanic and electric detection integrated device is innovatively designed in a breakthrough manner, a plurality of detection stations are arranged, bad products are effectively eliminated, the product consistency is guaranteed, intelligent production is achieved, and the production quality is improved; and the problems that the labor intensity of personnel islarge, the production efficiency is low, the floor space of the equipment is large, the survival quality is low, and personnel shortage is caused are solved.

The invention relates to an intelligent steam stripping robot and a work method thereof. The robot comprises a stand column, a rear arm beam, a front arm beam, a conveying barrel and a material scattering head. The stand column is vertically and fixedly installed on the ground on the outer side of a steam barrel. One end of the rear arm beam is installed on the stand column. The other end of the rear arm beam is hinged to one end of the front arm beam. The front arm beam and the rear arm beam are driven by two rotation arm motors installed at the lower end of the rear arm beam respectively to horizontally swing and rotate. Raw material conveying and scattering can be carried out in a full-automatic manner. The material conveying safety, stability and sanitation can be guaranteed through an original inner arm material conveying mechanism, and the evenness of raw materials in the steam barrel can be guaranteed through vision detection. The distillation effect is good, intelligent production is completely achieved, efficiency is improved, and the machining quality is improved.

The invention provides a die-casting workshop. The die-casting workshop comprises a control system, a central smelting furnace, a conveying device and a plurality of die-casting production lines arranged side by side, wherein the central smelting furnace and the conveying device are electrically connected with the control system. Each die-casting production line comprises a die-casting machine, aconveyor belt and a workpiece taking robot, wherein the part taking part is used for taking out workpieces die-cast by the die-casting machine and transferring the workpieces onto the conveyor belt. The die-casting machines can transmit melt demand signals to the control system. The control system can send a control instruction to drive the conveying device to convey melt of the central smelting furnace to the die-casting machines after receiving the melt demand signals. The die-casting workshop can achieve workshop automation and intelligent production through the control system, reduce the field management cost and improve the production efficiency.

The invention discloses a laser marking device for piston pins. The laser marking device for the piston pins is structurally characterized in that locating mounting frames are installed on a fixed base through mounting screws, V-shaped locating blocks are installed on the locating mounting frames through locating block screws, the locating mounting frames are provided with a shield, and the shield covers the V-shaped locating blocks; a servo sliding platform is installed on the fixed base and arranged on one side of the locating mounting frames, and a servo motor is arranged at one end of the servo sliding platform; an adjusting seat is installed on the top of the servo sliding platform, the adjusting seat and a fixed plate are fastened together through fixed plate screws, and a laser marking machine is installed on the fixed plate; and one end of a drag chain is installed on the lower portion of the fixed base through a drag plate metal plate, the other end of the drag chain is fixedly connected with a fixing metal plate, and the fixing metal plate is installed on the laser marking machine and moves along with the laser marking machine. The laser marking device for the piston pins can conduct automatic online marking on end faces of the piston pins, marks the piston pins with production information in a laser marking manner, greatly shortens the marking period and improves the work efficiency.

The present invention discloses a battery extracting mechanism of a full-automatic AGV battery replacement system. The battery extracting mechanism includes a horizontal rolling device, a middle supporting plate, connecting rods, four guide columns, linear bearings, a lifting plate, a lifting driving device and a claw device; rolling wheels are arranged on the horizontal rolling device, and the four corners of the middle supporting plate are fixed to the four corners of the bottom of the horizontal rolling device through the four connecting rods respectively; each linear bearing is fixed at the corresponding corner of the middle supporting plate; the upper ends of the four guide columns are connected with the four linear bearings in a sliding mode respectively, and lower ends of the four guide columns are fixed at the four corners of the lifting plate; the lifting driving device is installed on the middle supporting plate and drives the lifting plate to ascend and descend; the claw device is arranged on the lifting plate. The mechanism can greatly improve the production efficiency, save labor cost, reduce the labor intensity of workers and make logistics-related industries truly achieve intelligent production and is very high in practical value and wide in market prospect.

The invention discloses bridge type opening and closing bridge equipment of a flat glass production line. A flat glass main conveying roller way and a synchronous belt roller way are connected througha rotating shaft, a chain is pulled through a telescopic air cylinder arranged below the main conveying roller way, the chain drives a gear installed on the rotating shaft, and the gear rotates to drive the rotating shaft to rotate, so that the synchronous belt roller way is driven to rotate, and the horizontal and vertical 90-degree turnover of the synchronous belt roller way is realized. According to the equipment, intelligent production of the flat glass connecting line is realized, a pioneer which is produced by connecting the front end and the rear end of flat glass is opened up, the problem of product logistics at the front end and the rear end of the flat glass is solved, the loss of products in the transportation process is reduced, the labor cost caused by upper pieces and lowerpieces is greatly reduced, and benefits are brought to enterprises.

The invention discloses a centralized processing and distributed operation framework construction method for a spatial data service. The method comprises the following steps: deep analysis of data processing characteristics is performed, and standardized organization is carried out on spatial data and processing services; automatic processing services are integrated into a framework in a centralized parallel computing mode, and interactive editing services are integrated into the framework in a distributed operation mode, so unified regularization processing of spatial data is realized; and meanwhile, a spatial data processing framework is designed based on three principles of middleware, atomization and telescoping, so that the framework can be suitable for various operation scenes in thetechnical field of photogrammetry and remote sensing monitoring application. The invention has the advantages that intelligent production of large-data-volume spatial data is achieved, time redundancy caused by offline function circulation is reduced, connection between an automatic processing service and an interactive operation task is effectively improved, and centralized processing and distributed cooperative operation under various service scenes for spatial data processing are achieved.

The invention discloses a novel drying device. The novel drying device comprises a drying box body, a hot air circulation device, a single chip microcomputer, an electric pushing rod, a baffle, an upper partition plate, a middle partition plate and a lower partition plate; the upper partition plate, the middle partition plate and the lower partition plate are obliquely installed in the drying boxbody from the top to bottom, so that the drying box body is divided into an upper drying space, a middle drying space, a lower drying space and a bottom heating space; material dryness degree sensorsare correspondingly arranged at the part, close to a first material channel, of the upper partition plate, the part, close to a second material channel, of the middle partition plate, and the part, close to a material outlet, of the lower partition plate; and the material dryness degree sensors, vibrators, a fan, a heater, a first electric door and a second electric door are electrically connectedwith the single chip microcomputer. Material inlets are formed in the parts corresponding to the different layers of the partition plates so as to dry multiple layers of materials simultaneously, andthe materials meeting the dryness degree requirement can be sent out in time through cooperation of the material dryness degree sensors, the electric doors, the baffle, the single chip microcomputerand the like, so that the drying efficiency is improved, the quality of drying products is ensured, and the intelligent production is achieved.

The invention provides a circuit board assembling line. The circuit board assembling line comprises a U-shaped conveying line, and a tin soldering device, a cover plate uncovering device, a glue spraying device, a baking device, a cover plate covering device, a turnover device, a code spraying device and a plurality of dispensing devices which are sequentially arranged in the conveying direction of the conveying line, and a screw locking device arranged at the tail of the conveying line. After a product enters the tin soldering device for tin soldering, a cover plate is taken down through thecover plate uncovering device, after the glue spraying device performs glue spraying on a circuit board, the product is dried through the baking device, the circuit board is covered with the cover plate through the cover plate covering device, then, the product is turned over by 180 degrees through the turnover device, after a code is sprayed to the product through the code spraying device, dispensing is performed on the product through the multiple dispensing devices, screw locking is performed on the product, and automatic tin soldering, cover plate uncovering, code spraying, drying, cover plate covering, overturning, code spraying, dispensing and screw locking of the circuit board are completed, intelligent production is achieved, the production efficiency is high, and manpower is saved.

The invention discloses an output-based self-adaptive intelligent production method. The method comprises the following steps: S1) monitoring production information of each station of a production line; S2) judging whether the production line needs to enter a waiting state; S3) judging whether an initial station needs supplement; S4) judging whether the production line needs stopping; and S5) when the production line stops, clearing materials automatically by each station. According to the provided output-based self-adaptive intelligent production method, operation of the production line is adjusted adaptively based on the preset target output, and thus production line quantitative product production and production line clearing operation can be realized simultaneously. The whole process does not need participation of workers and is highly automatic, thereby greatly reducing production line clearing time, improving production line production efficiency and realizing production line intelligent production.

The invention is applicable to the technical field of intelligent adjustment control systems, and provides a conveyor belt system and a conveyor belt control method. The conveyor belt system comprises a control part, a conveyor belt assembly and carriers, wherein each carrier comprises a damping wheel set, a speed sensing part and a control module. When a certain carrier in a conveyor belt is in clamping stagnation, th said carrier converts sliding friction into rolling friction through the corresponding damping wheel set, so that sliding abrasion between the conveyor belt and the said carrier is avoided, carrier shaking caused by sliding friction force between the conveyor belt and the said carrier can also be prevented, a workpiece on the said carrier is effectively prevented from falling off, and better stability is achieved. According to the conveyor belt system, intelligent production is achieved through matching of the damping wheel sets and the speed sensing parts, the sliding friction between the carrier in clamping stagnation and the conveyor belt can be avoided, the workpiece is prevented from falling off, the running speed of the conveyor belt can be intelligently controlled, large-scale rear-end collision of the carriers is avoided, and system paralysis is prevented.

The invention discloses an intelligent control system and a method for manufacturing an optical fiber prefabricated rod by using an OVD (optical variable device) and relates to the field of optical fiber manufacturing. The intelligent control system comprises a support device, at least one blowtorch, a diameter measuring device and a control device, wherein the support device is used for clampinga core rod to be processed; a weighing sensor is arranged on the support device; the weighing sensor is used for measuring the weight of a loosened body on the core rod in real time; the at least oneblowtorch is arranged on the support device; the diameter measuring device is used for measuring the outer diameter of the loosened body in real time; and the control device is used for receiving weight data transmitted from the weighing sensor and outer diameter data transmitted from the diameter measuring device, and used for adjusting the flow of the blowtorch according to the weight data and the outer diameter data, and thus the outer diameter and the density of the loosened body are both within preset ranges. By adopting the intelligent control system, the outer diameter size, the weightand the density of the loosened body can be precisely controlled.

The invention provides an automatic discharging system and method of heat exchanger plate pieces. The system comprises a stainless steel uncoiling device, a stainless steel coil flat plate device anda laser cutting device in sequence; an automatic stacking machine is arranged above the laser cutting device, the stainless steel uncoiling device is used for uncoiling the stainless steel coil, meanwhile, isolation paper on the stainless steel coil is coiled up, the stainless steel coil flat plate device is used for leveling the uncoiled stainless steel coil, the laser cutting device is used forcarrying out laser cutting on the leveled stainless steel coil, and the heat exchanger plate pieces are formed; the automatic stacking machine is used for stacking the heat exchanger plate pieces. Through automatic uncoiling, automatic leveling, automatic laser cutting and automatic stacking of the stainless steel plate pieces, intelligent production of the heat exchanger plate pieces can be achieved, traditional old processes of plate shearing machines, punching machines and punching molds are replaced, and production efficiency and precision are improved.

The invention discloses an intelligent manufacturing unit management and control system and device based on a flexible circuit board SMT workshop. The system comprises an intelligent manufacturing unit knowledge base, an intelligent manufacturing unit database, an intelligent manufacturing unit technological parameter self-sensing and self-configuration unit and an intelligent manufacturing unit product quality information prediction unit. The intelligent manufacturing unit process parameter self-sensing and self-configuration unit is realized through the intelligent manufacturing unit database and the intelligent manufacturing unit knowledge base, and the intelligent manufacturing unit product quality information prediction unit is realized through the intelligent manufacturing unit database and the intelligent manufacturing unit knowledge base. Through the intelligent manufacturing unit management and control system based on the flexible circuit board SMT workshop, the intelligent level of the SMT workshop can be improved, the production efficiency is greatly improved, and intelligent production of the SMT workshop is realized.

Provided in the invention is a control method of a central control terminal. The method comprises the steps: receiving production information that is sent by a conveying device and comprises a first processing parameter and product quality detection information; adjusting the first processing parameter into a second processing parameter according to the quality detection information; and sending the second processing parameter to coating associated equipment. The invention also provides a central control terminal, intermediate equipment and a computer readable storage medium. According to theinvention, the processing parameters of the coating associated equipment can be automatically adjusted, and the coating efficiency and yield are improved.