1804 results about "Manufacturing line" patented technology

The application discloses a special hoisting clamp for a partition plate, a hoisting system and a hoisting type mounting method of the partition plate. Through the design of the special hoisting clamp, the main body of the lifting appliance, the vertical telescopic top block, the guide rod and the multi-link clamping jaw are matched, and the linkage structure of the built-in X-shaped link assembly, the reset spring and the elastic roller of the partition plate is combined, so that the accurate alignment of the partition plate, the controllable telescopic roller and the reliable clamping are realized. Meanwhile, a two-layer partition type hoisting system is built, the partition plate taking and placing area and the mold assembly area are separated, the partition plate storage rack, the cleaning device and the mold locking mechanism matched with the semi-circular turntable of the limiting motor are integrated. The application can produce multi-specification blank bodies without customizing multiple-specification molds, reduces raw material loss, realizes full-process automatic transfer and assembly of the partition plate, effectively improves assembly accuracy and production efficiency, saves labor and equipment investment cost, and is suitable for intelligent and large-scale continuous operation of the aerated concrete production line.

The utility model discloses a kind of claw pole automation cleaning production lines, it is related to mechanical manufacturing technical field, and its technical scheme main points include cleaning mechanism and conveying belt, the conveying belt is set in the downside of cleaning mechanism, the cleaning mechanism includes drum conveying component, and the drum conveying component is used to convey material frame;The steering drum component is set in the end of drum conveying component;The truss is set in the side of steering drum component away from drum conveying component, and mechanical hand is set on truss, and the mechanical hand is used to grab claw pole in material frame;The cleaning machine is set in the side of truss, and the cleaning machine is used to clean the claw pole grabbed on mechanical hand, effect is through mechanical hand standardization grabbing and placing claw pole, reduce the defect such as bruise caused by artificial feeding, reduce quality risk, through drum conveying component and steering drum component optimization field layout, reserve forklift passageway, facilitate to reduce artificial feeding operation.

The invention relates to a corrugated board line (2) which extends in a longitudinal direction (L) from a rear side (4) to a front side (6), has a wet end (8) which begins at the rear side (4) and a dry end (10) which ends at the front side (6), is configured for producing corrugated board composed of a plurality of paper webs (12, 12a), has a printing machine (28) for printing one of the paper webs (12) such that the paper web is subsequently a printed paper web (12a) having a printed side (30), has a drying section (32) for the printed paper web (12a), wherein the drying section (32) begins at the printing machine (28). Furthermore, the invention relates to a method for operating a corrugated board line (2) and to a method for retrofitting an existing corrugated board line as a corrugated board line (2).

The present application relates to the technical field of electromagnetic oven glass panel manufacturing, and discloses an electromagnetic oven glass thermal stress simulation method based on machine learning.The method comprises the following steps: deploying a sensor group on a toughened cooling production line, continuously collecting the temperature, stress, thickness, and operating parameters such as air grid wind speed, air pressure, and nozzle angle of the glass ribbon, and forming a time series data set.For each monitoring time, the preliminary correlation degree of stress and operating parameters is analyzed, and the number identification of a single glass panel and its unique stress response mode are used for calibration to accurately quantify the influence of individual differences.The non-thermal stress feature occurrence probability is introduced to screen out the data of key monitoring time points with small interference.Based on the pure data, a machine learning simulation model is constructed, the thermal stress and non-thermal noise are separated, and the accuracy of the simulation model and the guiding value for actual production are improved.

The utility model discloses a production line of old bean curd of rushing pulp, including the chain conveyer belt for conveying tray, the left side terminal of chain conveyer belt and the left side initial end of intermittent conveying device are installed with tray transfer device, the right side below of chain conveyer belt is installed with control box, and the PLC control system is installed in control box, the right end of chain conveyer belt is installed with pulp device, and the middle part is installed with heat preservation bin, the intermittent conveying device is used for intermittent conveying basket body, and the top includes the basket area of change, three -stage squeezing device, the basket area of cover, and the turnover device from left to right. The utility model replaces the production mode of manual handling bean curd, and realizes the accurate control of coagulating agent addition amount, and the pulp liquid thickness is consistent, and the squeezing time is unified, and the product hardness consistency improves, avoids the breakage of bean curd caused by manual handling, eliminates the extrusion friction of manual operation to the surface of bean curd, realizes the industrialization continuous production demand.

This invention relates to the field of loading and unloading robot technology, and discloses a loading and unloading robot for a production line, including a mounting base. The mounting base has a shock-absorbing seat inside, and the shock-absorbing end of the shock-absorbing seat is connected to an electric turntable. The rotating end of the electric turntable is connected to a robot arm assembly and a connecting seat two. A pressure sensor is installed at the connection point between the robot arm assembly and the electric turntable. A counterweight component is fixedly installed on the outer wall of the connecting seat two. The counterweight component includes a pneumatic slide rail and a follower frame. The center of gravity is adjusted through the counterweight component, thereby ensuring that the center of gravity of the structure above the electric turntable does not shift excessively relative to the central axis of the shock-absorbing seat. This avoids the problem of loosening or disconnection at the connection points of the shock-absorbing seat, the electric turntable, and the robot arm assembly. Utilizing the fast response of pneumatic technology, the torque can be changed in a short time simply by controlling the amount and pressure of the input compressed gas.

The present application belongs to the technical field of safety belt discharging, and particularly relates to a discharging equipment for safety belt production, which comprises a force isolating frame, a winding frame, a tension-reducing discharging mechanism and a close-fitting falling force mechanism, the winding frame is arranged on one side of the force isolating frame, the tension-reducing discharging mechanism comprises a winding assembly, an auxiliary winding assembly, a guide assembly and a buffer assembly, the winding assembly is arranged at one end of the winding frame away from the force isolating frame, the auxiliary winding assembly is arranged at one end of the force isolating frame away from the winding frame, the guide assembly is arranged at one end of the force isolating frame close to the winding assembly, and the buffer assembly is arranged on the auxiliary winding assembly. The present application provides a discharging equipment for safety belt production, which can increase the tension of the safety belt, improve the winding tightness, isolate the external force applied to the winding safety belt from the production line, and ensure the stability of the tension of the safety belt production line.

The utility model relates to timber processing technical field, and disclose a kind of modern timber processing standard production line;Including support platform, further include: fixed in the conveying device of support platform one side, the bottom of the support platform is fixedly connected with support leg, the front and rear sides of the support platform top are all fixedly connected with positioning plate. Through the guiding roller installation in movable frame interior, again cooperation first spring can realize elastic to the both sides of conveying device limiting effect, prevent wood from producing deviation and falling in conveying process and so on, and the setting of screw rod can adjust the position of guiding roller, increase conveying area on conveying device, through the setting of second spring, when the wood uneven surface such as knot, protruding log is conveyed, guiding roller is lifted by protruding part, avoid hard contact and lead to wood edge knock loss, wood flat section passes, guiding roller resets and sticks to wood surface under the action of second spring, ensure that thrust conduction is stable.

The utility model belongs to wine box production equipment technical field discloses a kind of glue sprayer for wine box production line, including rack, conveyer belt, limiting rod and glue spraying device, conveyer belt is installed on rack, two limiting rods are installed on the rack side wall of conveyer belt both sides, rack is also equipped with support frame, glue spraying device is installed on support frame, glue spraying device includes screw rod elevator, horizontal glue sprayer, vertical glue sprayer and incoming material detector, two groups of screw rod elevators are sequentially arranged along the conveying direction of conveyer belt, horizontal glue sprayer and vertical glue sprayer are respectively installed on screw rod elevator, conveyer belt has two sections, two sections conveyer belt junction between horizontal glue sprayer and vertical glue sprayer, incoming material detector for detecting wine box is installed on the rack of each screw rod elevator side, incoming material detector and the controller of corresponding position screw rod elevator and the controller of conveyer belt are connected.The utility model can make wine box complete glue spraying operation in turn when passing through glue spraying device.

This invention discloses a method for manufacturing 50W470 high-magnetic-induction, low-iron-loss non-oriented electrical steel without normalization, comprising: hot iron pretreatment; centralized stacking of cast billets; hot rolling on a 2250mm production line; rolling the hot-rolled coil to 0.50mm using a 5-stand acid continuous rolling mill with a total reduction rate of 78%; and rapid heating in the continuous annealing furnace heating section. Its chemical composition by mass percentage is: C: ≤0.0025%, Si: 1.65~1.85%, Mn: 0.20~0.40%, P: ≤0.030%, S: ≤0.004%, Als: 0.50~0.70%, N: ≤0.0020%, O ≤0.0020%, Ti: ≤0.0025%, Nb ≤0.0030%. The purpose of this invention is to achieve full-process production and control of low iron loss and high magnetic induction performance, ensuring that the magnetic properties meet market and user requirements.

The utility model relates to food packaging technical field especially is a kind of food packaging production line, including U-shaped frame, the lower end four corners of U-shaped frame are evenly provided with supporting leg, the inner lower wall middle part of U-shaped frame is provided with through hole, the inner surface upper portion of U-shaped frame is provided with conveyor belt, four the supporting leg between commonly provided with sewage tank, the front end middle part of U-shaped frame is fixedly installed with cleaning device and is inserted, the front end middle part of U-shaped frame is provided with fixed plate above, the upper end middle part of U-shaped frame is provided with fixed cover, the upper end of fixed plate is provided with hot air machine. A kind of food packaging production line described in the utility model, by setting scraping device and cleaning device, first to scrape plate scraping large impurities to reduce cleaning pressure, then left side water spray pipe flushing, brush cleaning and right side water spray pipe secondary flushing are realized depth cleaning, finally by hot air machine drying conveyor belt, can thoroughly remove impurities, guarantee health safety.

The utility model relates to the field of steam pipeline production, concretely relates to a kind of tape binding mechanism of aerogel steam pipeline production line.The utility model a kind of tape binding mechanism of aerogel steam pipeline production line, including binding mechanism trolley, binding mechanism trolley is equipped with binding mechanism slide rail, binding mechanism slide rail is movably provided with binding mechanism sliding block, binding mechanism trolley is equipped with binding mechanism sliding cylinder and binding mechanism lifting cylinder, binding mechanism sliding cylinder promotes binding mechanism sliding block movement.The utility model can realize automatic tape winding.

The application discloses a cylindrical medicine overturning and boxing device, which realizes the functions of packaging box line changing, overturning and boxing through automation and unmanned operation by taking a cylinder as a driving force and completing the overturning and boxing of the packaging box through a push rod mechanism. Unmanned automatic production is realized, the boxing stability is improved, the product quality is ensured, and the equipment efficiency is high. The device is suitable for the needs of an automatic production line, reduces the labor intensity, realizes the isolation of people, and solves the problems of low production capacity, poor real-time performance and insufficient production safety in the production process.

A method is presented for providing a continuous web to an absorbent article manufacturing line. The method includes conveying a first roll of material through a splice box. The method also includes providing a second roll of the material extending into the splice box. The method also includes sensing upcoming expiration of the first roll of material. The method also includes using a first and second vacuum to hold a respective first portion of the first roll and a second portion of the second roll against first and second components of a thermal welding apparatus. The method also includes forming a thermal weld at the splice location between the first and second portions. The method also includes cutting the first roll of material upstream of the thermal weld. The method also includes conveying the second roll of material through the splice box without stoppage of the absorbent article manufacturing line.

The application discloses an intelligent conveying equipment for candy processing, and relates to the technical field of candy conveying, which comprises a candy feeding assembly for placing round candies, the upper side of the candy feeding assembly is provided with a conveyor, the transmission end of the conveyor is uniformly provided with a plurality of arrangement assemblies for arranging the candies individually, and the other side of the conveyor is provided with a candy discharging assembly for picking out unqualified candies and arranging qualified candies into the next production line. When the candies are conveyed by the conveyor, the V-shaped blocks are designed differently according to different conveying directions: in the process of conveying upwards, the V-shaped blocks are arranged in an inverted manner, which can effectively prevent the candies from falling accidentally during the conveying process; and when conveying downwards, the V-shaped blocks are adjusted to be arranged in a normal manner, so that the candies can fall smoothly after reaching the specified position.

To facilitate the tracking of the causes of defects. [Solution] The management device 40 manages the production line 12 (casting apparatus 12) of product 20. The management device 40 includes a storage unit 28 that stores sensor information from sensors 16 placed on the production line 12, a storage unit 24 that stores control information on the production line 12, and a storage unit 32 that stores defect information, including image data of products determined to be defective, regarding defects in product 20. The management device 40 also includes a display unit 48 and a display control unit 46 that causes the display unit 48 to display a single screen G12 including defect information 52, sensor information 54 corresponding to the defect information 52, and control information 56 corresponding to the defect information 52.

The present invention discloses a method and system for intelligent control of a cookware production line based on finished product inspection, relating to the technical field of production line control. It includes: constructing a cookware positioning model based on abnormality feature information from each section of the cookware production line, wherein the abnormality feature information is obtained from abnormality image data collected by visual machines, and combined with operating condition data of control equipment to locate the conveying section where the abnormal cookware is situated; generating control instructions based on the operating condition data output by the cookware positioning model and the abnormality feature information. In scenarios where multiple types of control equipment participate in the same processing chain, the present invention achieves cross-equipment action mapping through a collaborative control mechanism, automatically calculates adaptive parameter quantities for downstream control equipment to realize dynamic linkage, such that the action chain no longer relies on static settings but adjusts automatically according to the actual abnormality severity, significantly reducing error accumulation caused by segmented processing and improving the uniformity and stability of the overall processing effect.

The utility model discloses a kind of outer cover falling device for ice cream filling production line, including two bottom supporting plate: the top of bottom supporting plate is fixedly connected with side supporting plate, the top between two side supporting plate is fixedly connected with two supporting plate by bolt one, the top of two supporting plate is provided with connecting plate, the front side and rear side of connecting plate bottom are fixedly connected with two material blocking rod by bolt two.The utility model is stacked to ice cream outer cover by the cooperation of connecting plate, material blocking rod and supporting plate, the bottom ice cream outer cover is adsorbed by suction cup, and the bottom ice cream outer cover is sucked and rotated to fall by the cooperation of lifting swing arm and material falling assembly, lid is realized, and the bottom ice cream outer cover is adsorbed by the cooperation of lifting swing arm and material falling assembly, the ice cream outer cover is positioned and blocked by the cooperation of blocking component, i.

The utility model relates to vacuum electroplating tank technical field, and disclose a kind of vacuum electroplating tank of automatic electroplating production line, including vacuum electroplating tank, the top of vacuum electroplating tank is equipped with tank cover, the inside and bottom of vacuum electroplating tank are provided with agitating component and driving component;The agitating component includes: mounting bracket, mounting bracket is used to stabilize motor;Motor is used to drive each component synchronous movement, the vacuum electroplating tank of this automatic electroplating production line, by the agitating component being set, when gear one is engaged with rack, rack moves and drives gear two forward rotation;When gear one is disengaged from rack, gear one is engaged with gear two, gear two can be reversed, under the continuous operation of motor, gear two can drive rotating rod and agitating plate reciprocating rotation, make workpiece constantly back and forth to turn over, avoid affecting the electroplating work of workpiece, simultaneously avoid the workpiece accumulation problem caused by one-way overturning, to improve the electroplating efficiency.

This invention relates to a dual-purpose spinning device, belonging to the field of spinning technology, to address several problems in production lines for two spinning technologies, including redundant construction, high production costs, low efficiency of switching between the first and second spinning heads using a threaded connection, wear and tear on the sealing rings over time, and cumbersome adjustments to the rotating support. The invention comprises a spinning unit, an angle conversion unit, and a spinning tank unit. The spinning unit is mounted on the angle conversion unit, and both the angle conversion unit and the spinning tank unit are located on the ground. The spinning device of this invention achieves horizontal and vertical switching of the spinning angle by interchangeable first and second spinning heads, thereby matching the spinning angle requirements of different processes such as wet spinning and dry-wet spinning. This spinning device can accommodate two process paths, serving two purposes in one machine, eliminating the need for additional production line layouts and reducing production costs.

Disclosed is a modularly combined production line for a polyimide film, said production line comprising a casting machine, a peeling chamber, and a tenter machine; the tenter machine is formed by connecting and combining tenter box units that can be combined. The tenter box units are divided into ceramic heating subunits or hot-air heating subunits. There are two or more tenter box units, and each tenter box unit comprises at least one ceramic heating subunit and one hot-air heating subunit. According to the present invention, a modular design and configuration are used to achieve remote production and assembly, and facilitate disassembly and mounting. The tenter machine part has tenter box structures that can be freely combined in different forms, particularly allowing flexible use of respective advantageous properties of the ceramic heating subunits and hot-air heating subunits to meet different film requirements, thus fully improving production flexibility and convenience, as well as enhancing the precision of temperature control, thereby better satisfying the production needs of polyimide films and contributing to improved film product quality.

This utility model relates to the field of automotive production line installation technology, and in particular to a precision welding gripping auxiliary device for automotive production line installation, comprising a scissor-type lifting structure, a gripping structure, and an adjustment structure. By controlling multiple first hydraulic cylinders simultaneously to move a support plate away from the connecting plate, the support plate drives a sliding rod to slide along the inner wall of the connecting rod, increasing the distance between the connecting plate and the support plate. Controlling a third hydraulic cylinder to move a limiting rod causes the arc-shaped block to separate from the arc-shaped rod. When adjusting the angle of the support plate, controlling a second hydraulic cylinder to move a guide block causes the circular block to move along the sliding groove, while simultaneously causing the circular block to rotate the support rod along the connecting plate. The support rod, through the guide rod, drives the support plate to move circumferentially, thereby adjusting the welding angle of the components between the gripping components. After adjusting to a suitable angle, controlling the third hydraulic cylinder to move the arc-shaped block against the arc-shaped rod, thereby limiting the adjustment angle of the support plate.

The application discloses a kind of transport equipment automated production line, comprising: assembly workstation, the quantity of the assembly workstation is several and is evenly distributed in same side along production line path;Intelligent warehousing unit, the intelligent warehousing unit is located in the feeding end of the assembly workstation side, for providing material for the assembly workstation;Intelligent detection unit is located at the end of production line, the discharge end of the intelligent detection unit is equipped with unqualified product outlet and qualified product outlet, central control system, the central control system includes demand analysis module, path planning module, interlock control module, monitoring and early warning module and data traceability module in, it is related to the field of automated equipment manufacturing technology, flexible production capacity significantly improves: by modular assembly station and logic control architecture, the quick switching production of more than a variety of above type transport equipment is realized, production line adjustment cycle shortens, equipment utilization improves.

The invention relates to a conformity control installation (1a) for a manufacturing line of cast concrete segments comprising at least one mold (2) including a base (3) and side walls (4, 5) and means (30) for automated in-person and dimensional control of said mold (2) before the pouring of fluid concrete into it, said means comprising a movable digital image acquisition element (33) for extracting a plurality of predetermined control points, and a computer terminal (40) integrating image processing software that retrieves the plurality of captured points to generate a three-dimensional map of the inside of the mold in the form of a point cloud and then compares this map with a digital reference model in order to detect any geometric differences and indicate whether the mold conforms to said model. Figure for the abstract: Fig. 3

This invention discloses a nasal oxygen cannula assembly device, belonging to the field of medical device technology. The key technical features include a frame with a conveyor line for transporting nasal oxygen cannulas. One end of the frame has a feeding mechanism for placing the nasal oxygen cannulas, and the other end has a sorting mechanism. Along the conveying direction of the conveyor line, one side of the frame sequentially includes a fixing buckle assembly mechanism, a gluing mechanism, and a second assembly mechanism; the other side has a gluing mechanism, a first assembly mechanism, and a connecting mechanism. One side of the conveyor line has a fork block, and the other side has a clamping plate. The first assembly mechanism assembles the nasal plug, the second assembly mechanism assembles the three-way connector, and the connecting mechanism completes the assembly and connection of the nasal oxygen cannulas. This device enables rapid assembly, shortens the production line and production time, improves production efficiency, and ensures product quality.

This application discloses a fabric vibratory compaction system and a precast component production line, including two rows of fabric vibratory compaction devices. Each row of devices is spaced apart along the transfer path of the mold or mold table. Each device includes a base, a support seat, an air spring, a mold locking unit, and a vibratory motor. The support seat is located above the base, and its upper surface is a bearing plane for supporting the mold or mold table. The support seat is connected to the base at opposite ends via air springs, which enable the support seat to move vertically. The mold locking unit is fixedly connected to one side of the support seat and is located outside the transfer path of the mold or mold table, configured to lock the mold or mold table onto the support seat. The lower part of the support seat has a motor mounting base, on which the vibratory motor is mounted. Each bearing plane is on the same surface. The fabric vibratory compaction system of this application has advantages such as high compaction efficiency and good compaction quality.

This invention discloses an online electric edge-rolling machine for continuous acid rolling. The edge-rolling machine includes a split frame, a double-cone adaptive rolling shaft, a permanent magnet synchronous drive module, a waste edge centering device, a tension adaptive module, and a PLC linkage control unit. Through permanent magnet synchronous drive and linkage with the production line, the synchronization error is ≤1m / min, and the speed reaches 350m / min. The double-cone rolling shaft is suitable for waste edges of 10-50mm, and the tension is adjustable from 80-250N. This significantly improves wear resistance, centering accuracy, tension stability, and equipment lifespan. This invention solves the problems of loose edge winding, poor synchronization, and severe wear in high-speed thick strip steel production lines and is suitable for continuous acid rolling production lines.

The utility model relates to the field of packing tape processing, propose a kind of PET packing tape production line's feeding device's guide assembly, including support seat, initiative guide unit and auxiliary guide unit.Support seat top side is used for PET packing tape directional conveying.Initiative guide unit contains two first installation plates, and is arranged in the support seat top side along the vertical conveying direction gap, and positioning shaft both ends are connected two first installation plates, annular cylinder rotatable sleeve joint positioning shaft, and power structure drives its rotation;Two annular adjusting pieces are movably sleeved outside annular cylinder, and each is equipped with electric telescopic rod to drive its reciprocating sliding along annular cylinder axis.Auxiliary guide unit contains two second installation plates, and is arranged in the support seat top side along the vertical conveying direction gap, and rotating shaft is rotatably arranged between two second installation plates and both ends are rotationally matched.The assembly is directly driven annular adjusting piece adjusting interval by electric telescopic rod, simplifies structure, and the rotating annular cylinder of initiative guide unit provides initiative conveying force, cooperates with auxiliary guide unit, and the guiding effect is improved.

This utility model relates to the technical field of dry-mixed mortar production lines, specifically disclosing a high-efficiency drying device for dry-mixed mortar production lines. The device includes a drying cylinder, a cover assembly installed at one end of the drying cylinder, and a feeding chute for material feeding connected to the top of the drying cylinder. A drying assembly is located on the side of the feeding chute, and an angle adjustment assembly is located below the drying cylinder. The cover assembly includes a drying cylinder cover slidably disposed on the side of the drying cylinder, with a scraper fixed to the surface of the drying cylinder cover facing the drying cylinder, and a connecting rod between the scraper and the drying cylinder cover. The angle adjustment assembly includes a base disposed at the bottom of the drying cylinder, and a second hydraulic cylinder is rotatably connected between the base and the drying cylinder. This utility model allows the drying cylinder cover to move under the action of the first hydraulic cylinder, eliminating the need for operators to directly touch the drying cylinder and preventing burns.

This utility model discloses a multi-station rubber strip production line, belonging to the technical field of colloid production equipment. It includes an extruder, a vulcanizing device, and a traction mechanism. Two sets of extruders are located on either side of the vulcanizing device. The traction mechanism is located between the two sets of extruders and below the vulcanizing device. The traction mechanism includes a first belt drive assembly and a second belt drive assembly. The first belt drive assembly includes a first driving pulley, a first driven pulley, and a first belt. The second belt drive assembly is located on both sides of the first belt drive assembly and includes a second driving pulley, a second driven pulley, a third driven pulley, a fourth driven pulley, a first guide pulley, a second guide pulley, a third guide pulley, a fourth guide pulley, and a second belt. The second belt is located outside the first belt. This utility model enables vulcanization treatment of two sets of rubber strips, improving processing efficiency.