189 results about "Reclaimer" patented technology

The utility model discloses a kind of semi-automatic foot mat machines, including rack, the top of rack is fixedly connected with Feida positioning mechanism, horizontal material taking mechanism and rotary positioning mechanism;Feida positioning mechanism includes mounting seat, and the material roll for installing foot mat roll material of fixedly connected on mounting seat, for receiving the material roll of foot mat roll material bottom film, for driving material roll to go out multiple material pulling roller, for stripping the positioning stripping assembly of foot mat material on roll material;Horizontal material taking mechanism includes stand, cross-moving component being installed on stand, and for suction foot mat material and take material component up and down;Rotary positioning mechanism includes driving motor being installed in rack, and rotary positioning disc are fixedly connected with driving motor output end, bottom disc is installed in rotary positioning disc top, and for compacting bottom disc compacting component.The utility model compared to pure manual operation, can improve production efficiency, and guarantee the positioning accuracy of each link in production process, help to improve the production quality of foot mat.

This invention provides a packaging device and method for medical BD test kits, including a workbench. An operating table is fixedly installed on the right side of the workbench. Multiple vertically arranged square placement cylinders are fixedly installed circumferentially on the workbench. These cylinders are used to stack cardboard and sterilization indicator cards. A rotating column is also installed on the workbench. Multiple connecting arms are fixedly connected to the circumferential sidewalls of the rotating column. Each connecting arm has a picking mechanism at its end for adsorbing the cardboard and sterilization indicator cards. A rotating shaft capable of rotating 180° at intervals is installed on the operating table. A packaging plate is fixedly connected to the top of the rotating shaft. This device can automatically stack cardboard and sterilization indicator cards in sequence and automatically complete the packaging process of stacked cardboard, achieving a high degree of automation and preventing sequence errors.

This application relates to a material preparation device for a laminating machine, including a frame, a material hopper mounted on the frame, a stop block, and a lifting plate. The material hopper has a material receiving trough with its opening located on the upper side. One side wall of the trough has an opening forming an inlet window, and the opposite side wall has an avoidance window. The stop block is movably mounted on the frame and is used to either remove or form an obstruction to the inlet window. The lifting plate is vertically slidably mounted on the frame and is used to lift the workpiece in the material hopper to the position where the laminating machine can pick up the workpiece. This material preparation device for a laminating machine, by using a lifting plate to lift the workpiece in the material receiving trough, allows the picking mechanism above the hopper to pick up the workpiece from a constant position. The slidably mounted stop block restricts the workpiece position and allows the workpiece to enter the hopper.

The application discloses a roof integrated automatic mounting system and a use method thereof, which comprises an installation operation X-direction sliding rail, a material taking operation X-direction sliding rail, an installation operation frame, an installation manipulator, a material taking manipulator, a transfer operation table and a roof integrated storage rack; the installation operation X-direction sliding rail and the material taking operation X-direction sliding rail are horizontally arranged and are both installed above an operation surface; the material taking manipulator is installed on the material taking operation X-direction sliding rail, and the transfer operation table and the roof integrated storage rack are arranged below the material taking operation X-direction sliding rail; the installation operation frame is installed on the installation operation X-direction sliding rail, the installation operation frame is internally provided with an installation operation Y-direction sliding rail which is perpendicular to the installation operation X-direction sliding rail, the installation manipulator is installed on the installation operation Y-direction sliding rail, the installation manipulator can grab the roof integration from the transfer operation table, and the state of the roof integration on the transfer operation table is same as the installation state. The system has reasonable structure design, high operation efficiency and good application prospect.

The utility model relates to an ACT lower cover automatic forming device, including the machine table, be equipped with the carousel that rotates through servo motor drive on the machine table, two lower moulds are equipped with about the centre of symmetry on the upper end surface of carousel, one side of machine table is equipped with the press, the output of press is connected with the upper mould, the intermediate position of lower mould is equipped with the profiling block, be equipped with the positioning convex point for positioning metal piece and be equipped with the positioning groove for accommodating the pin perpendicular to metal piece end face on the profiling block, be equipped with the profiling groove on the lower end surface of upper mould, after the upper mould and lower mould close mould, form the cavity between profiling groove and profiling block, one side of carousel is equipped with the material taking mechanism, the other side of machine table is equipped with metal piece transplanting mechanism and product transplanting mechanism respectively, the other side of product transplanting mechanism is equipped with the blanking mechanism. The two lower moulds of this application through being equipped with carousel can realize alternate feeding injection molding, and the production efficiency is greatly improved.

The application discloses a trapezoidal anti-material pile collapse material taking operation control method of a circular stacker-reclaimer, and the whole material taking process of a scraper material taking mechanism comprises the following steps: the scraper material taking mechanism is lowered from one side of a material pile to be taken, and then the scraper material taking mechanism is rotated to the other side of the material pile to be taken after scraping material to the other side of the material pile to be taken, and then the scraper material taking mechanism is lowered to the latest material taking boundary of one side of the material pile to be taken for cyclic material taking; the scraper material taking mechanism is rotated to the joint of the material pile to be taken and an adjacent material pile not to be taken or a retaining wall, and the scraper material taking mechanism reaches the latest material taking boundary when the distance between the scraper material taking mechanism and the material pile not to be taken or the retaining wall reaches a preset safety distance set in the current material taking process, and the current material taking boundary is earlier than the last material taking boundary. In this way, the material pile to be taken is taken in a trapezoidal mode on each side, and the trapezoidal mode plays the roles of anti-collision protection and preventing the material pile not to be taken from collapsing.

The utility model provides a kind of coal recovery device of transfer machine, including the end plate of being arranged in the middle tank upper end of transfer machine;At least one discharge port with large upper end opening and small lower end opening is provided on the end plate;The lower end opening of the discharge port is communicated with the internal space of middle tank;The length direction of the discharge port is along the length direction of the middle tank, and the upper end of the discharge port is detachably provided with several cover plates along the length direction side by side in the width direction of the discharge port.The cable slot is respectively arranged on one side or both sides of the end plate in the width direction of the discharge port;Groove cover is arranged on the upper end of the cable slot, and the groove cover and the cable slot main body are detachably connected.The utility model is provided with the discharge port that can be opened or closed on the middle tank of transfer machine, which is convenient for floating coal recovery, and plays a protective role for the middle tank when not recovering floating coal.

The application discloses a game handle center upper cover assembly machine, which comprises a center upper cover feeding and discharging machine, a center upper cover taking robot arranged at one end of the center upper cover feeding and discharging machine, a turnover positioning mechanism arranged at one side of the center upper cover taking robot, a large bubble cotton assembling assembly arranged at one side of the center upper cover feeding and discharging machine, a magnet assembling assembly arranged at one side of the large bubble cotton assembling assembly and a 4-connected LED lens assembling assembly arranged at one side of the magnet assembling assembly. Through the arrangement of the center upper cover feeding and discharging machine, the center upper cover taking robot, the turnover positioning mechanism, the large bubble cotton assembling assembly, the magnet assembling assembly and the 4-connected LED lens assembling assembly, the feeding, taking and transferring, turnover positioning, large bubble cotton assembling, magnet assembling and 4-connected LED lens assembling of the center upper cover can be continuously completed in the same equipment, the repeated positioning errors caused by manual transferring and multi-equipment connection are reduced, and the automation degree and the production efficiency of the whole machine are improved.

A battery electrode weighing and sorting machine includes: a feeding conveyor belt module for connecting to the previous process for feeding electrode sheets; a stacking module including a cutting robot and a piston-type pneumatic vibrator at its end, wherein the piston-type pneumatic vibrator is connected to a vacuum suction cup for separating and picking up individual electrode sheets; and a weighing module including a Y-axis servo-driven weighing robot and a precision electronic scale for receiving electrode sheets and outputting weight signals. In summary, the battery electrode weighing and sorting machine provided by this utility model achieves full automation of the entire process from automatic material handling and accurate weighing to intelligent sorting of electrode sheets through an automated robot combined with a pneumatic vibration material handling mechanism and a PLC intelligent sorting system, effectively solving the problem of low efficiency in manual sorting.

The embodiment of the application provides a mobile power supply towing device of a bucket wheel stacker-reclaimer, relates to the technical field of a mobile power supply device of a machine cable of a bucket wheel stacker-reclaimer. The mobile power supply towing device is aimed at improving the problems of poor operation reliability and single function of the existing bucket wheel stacker-reclaimer towing device in a bulk material operation environment. The upper material blocking plate is arranged above the guide rail, the lower slag blocking plate is arranged in the inner side of the flexible carrier, the power cable and the mobile water cable are laid at the same time, and the protection and laying integrated structure is formed. In operation, the upper material blocking plate blocks the upper falling material from invading the guide rail area, the lower slag blocking plate sweeps the internal dust and pushes it to both sides with the trolley, and the problems of external falling material invasion and internal dust abrasion are solved. At the same time, the power cable is powered with the vehicle, the mobile water cable supplies water for the dust removal equipment with the vehicle, and the reliable power supply and follow-up water supply functions are realized. Through the three-dimensional protection and function integration of the internal and external cooperation, the operation reliability in the extreme dust environment is improved, and the functional limitation that the traditional towing device can only supply power is broken through.

An automatic feeding and assembly machine for inner lining rings and its assembly method are disclosed, comprising: an automatic feeding and assembly machine for inner lining rings, including a feeding vibratory feeder, a linear conveying mechanism, and a single picking mechanism; a transfer positioning mechanism is mounted on one side of the single picking mechanism, an assembly fixture is mounted on one side of the transfer positioning mechanism, and a material transfer mechanism is mounted on one side between the transfer positioning mechanism and the assembly fixture; the material transfer mechanism includes a transverse drive module, on which a first manipulator and a second manipulator are respectively mounted; the second manipulator includes a second lifting drive module, a transverse pushing component, a second picking rod component, an upper clamping fixing component, a lower pressing fixing component, and a lower pushing drive component; a first clamping drive component is mounted on one side of the transfer positioning mechanism, and a second clamping drive component is mounted on one side of the assembly fixture; and an assembly method for the automatic feeding and assembly machine for inner lining rings, comprising the assembly steps of the automatic feeding and assembly machine for inner lining rings.

The utility model relates to intravenous infusion bag conveying and liquid preparation front end processing technical field discloses a kind of liquid bag cabinet for intelligent automatic liquid preparation, including rack, feeding mechanism, blanking mechanism and material taking mechanism;Feeding mechanism is located on rack;Blanking mechanism is located on rack;Material taking mechanism is located on rack.Through setting feeding mechanism, material taking mechanism and blanking mechanism, the automatic loading and unloading of liquid bag are realized, the transmission and processing speed of liquid bag can be greatly improved, compared with artificial transportation, greatly reduce manpower demand and time consumption, simultaneously, through feeding mechanism, material taking mechanism and blanking mechanism three accurate control liquid bag's transmission and clamping, avoid the liquid bag drop problem caused by the strength limit of carrier, uneven ground or improper operation, reduce the risk of liquid bag confusion, also reduce the breakage rate caused by external force in the process of transportation, guarantee the integrity and safety of liquid bag.

A long arm type compact wheel bucket excavator relates to mechanical equipment for open pit mining, comprising a supporting mechanism, a bucket wheel driving mechanism, a discharging arm rotating mechanism, a crawler walking mechanism and a tensioning mechanism, the discharging arm rotating mechanism comprising a main machine walking mechanism, a supporting base assembly, a rotating platform assembly and an adjusting plate assembly; the supporting base assembly comprising a central pipe vertically fixed on the main machine walking mechanism and a mounting seat fixed on the central pipe; the rotating platform assembly comprising a rotating platform rotatably supported on an L-shaped beam; the adjusting plate assembly comprising an adjusting plate body, a lower connecting shaft slide way symmetrically arranged on both sides of the adjusting plate body and an upper connecting shaft slide groove symmetrically arranged on the other two sides of the adjusting plate body, the guide directions of the lower connecting shaft slide way and the upper connecting shaft slide groove being perpendicular to each other. The wheel bucket excavator does not need to additionally set a reclaimer and will not generate triangular coal, and has the advantages of good stress characteristics, good safety and the like.

This utility model relates to the field of electroplating line technology, and in particular to a diamond toroidal wire electroplating line, comprising: a machine base having several workstations and an loading / unloading station; each workstation of the machine base is provided with a bearing component for hanging fixtures, and a material-picking mechanism is slidably connected above the machine base for transferring the fixtures; wherein, a rotating component is also provided at the loading / unloading station, and during the loading stage, the material-picking mechanism picks up the fixtures loaded with the workpieces to be electroplated from the rotating component; the electroplating line of this utility model has made a breakthrough on the basis of traditional manual production, with the material-picking mechanism automatically transferring the fixtures at each workstation. From the first process to the last process, only the operator needs to operate at the loading / unloading station, without any manual intervention. Production quality can be uniformly controlled, improving work efficiency and product yield, thereby reducing personnel and production costs.

This utility model provides a tilting machine for tilting workpieces from a material cylinder onto the material channel of a drying production line. It includes a frame, a tilting hopper, and a power mechanism. The tilting hopper is hinged to the frame and its reciprocating rotation relative to the frame is controlled by the power mechanism. The tilting hopper has a tilting flow channel, and a placement platform for placing the material cylinder is located at the bottom of the channel. Above the material cylinder, a baffle prevents the material cylinder from sliding and falling off along the flow channel during tilting. This utility model has a simple and reasonable structural design. A tilting cylinder provides the tilting power to the hopper, and the tilting operation is completed through the hinged rotation of the hopper. Simultaneously, the cooperation between the tilting cylinder and the baffle effectively presses and positions the material cylinder, preventing it from loosening during tilting. The material cylinder positioning is reliable, and the baffle presses against the top edge of the material cylinder, preventing obstruction of the workpiece's descent.

This utility model discloses a bin feeding and receiving mechanism, including a bin conveying component, a bin recycling component, a lifting drive component, and a bin grabbing hook component. The bin conveying component and the bin recycling component are arranged in layers on different planes. The lifting drive component includes a first linear drive module, a slider, a support arm, and a lifting plate. The first linear drive module drives the slider to move. One end of the support arm is connected to the slider, and the other end is connected to the lifting plate. The first linear drive module drives the slider to move the lifting plate up and down, allowing the lifting plate to switch between the plane where the bin conveying component and the plane where the bin recycling component are located. The bin grabbing hook component is used to grab bins on the lifting plate and place them onto the bin recycling component. The bin feeding and receiving mechanism disclosed in this utility model can realize a continuous cycle of full bin conveying and empty bin recycling. This utility model also discloses a fully automatic material handling machine.

This invention relates to the field of tunnel construction technology, and more particularly to a bottom-pulling device for a transfer machine. It includes a connecting seat, a slewing bearing, a base, and a bottom-pulling assembly. The bottom-pulling assembly is hinged to the top of the base, and the bottom of the base is rotatably connected to the top of the connecting seat via the slewing bearing. The inner ring of the slewing bearing is fixedly connected to the connecting seat, and the outer ring is fixedly connected to the base, allowing the bottom-pulling assembly to rotate 360° horizontally relative to the connecting seat with the base. The bottom of the connecting seat can be detachably connected to the transfer machine used in coal mines. This device can be easily installed on existing transfer equipment, enabling the existing transfer machine to have a bottom-pulling function, eliminating the need for manual bottom-pulling operations. It also eliminates the need for a separate power source and walking mechanism for this bottom-pulling device, fully utilizing the existing high-pressure hydraulic system and track walking capability of the transfer machine, achieving expanded equipment functionality and multi-purpose use, and significantly reducing equipment investment costs.

This invention relates to the field of automatic control technology for stacker-reclaimers, specifically a quality control system for the entire process of mixing operations of a stacker-reclaimer. It overcomes the shortcomings of existing mixing operations, which are prone to material mixing errors. This system allows remote control personnel to start and stop the mixing process with a single button, eliminating the need for continuous close monitoring of the mixing process by staff. Instead, the automated system dynamically monitors the belt scale accuracy, automatically adjusts the operating flow according to the mixing ratio requirements, and spreads any single materials generated during automatic reversal or layer changing. Simultaneously, it minimizes the occurrence of single materials, better controls the mixing operation, and improves mixing quality and operational efficiency.

This invention belongs to the field of building block processing technology, specifically relating to a universal material handling robot for building block injection molding production. It includes a frame, a conveying device, and a conveying drive mechanism. The conveying device includes a support, multiple sets of suction components, a lateral spacing adjustment mechanism, and a longitudinal spacing adjustment mechanism. The lateral spacing adjustment mechanism includes multiple sets of lateral drive rods and a lateral drive mechanism. The longitudinal spacing adjustment mechanism includes multiple sets of longitudinal drive rods and a longitudinal drive mechanism. The suction components are installed at the intersection of the lateral and longitudinal drive rods, and each suction component has sliding holes that mate with the lateral and longitudinal drive rods. This universal material handling robot can be adapted to various sizes of building block molds and has the advantages of convenient adjustment and precise positioning, thereby improving the production efficiency of building blocks.

This invention relates to the field of automated production technology for square aluminum-cased lithium battery module PACKs for energy storage, and discloses an automated CCS installation device for energy storage modules. The device includes a enclosure, with a material-retrieving robot positioned in the center of the inner side of the enclosure. Inside the enclosure, on one side of the material-retrieving robot, are sequentially arranged a CCS-A hopper, a CCS-B hopper, and a CCS spacer foam hopper. Inside the enclosure, opposite the CCS-B hopper, is an assembly platform on which energy storage modules are placed. A secondary positioning platform is positioned inside the CCS-A hopper, between the CCS spacer foam hopper and the assembly platform. This invention, through a highly coordinated automated process, completely replaces the traditional manual identification, grasping, visual alignment, and pasting fixing operation mode. This not only stabilizes the installation cycle at a preset high-efficiency level, eliminating the speed bottleneck and instability of manual operation, but also directly reduces the manpower required for this workstation. This also achieves cost savings on auxiliary materials.

The utility model discloses a kind of layered feeding mechanisms of board splitter, including workbench, translation mechanism and material taking mechanism.The movable end of translation mechanism is detachably provided with independent turnover magazine, and turnover magazine is equipped with multiple layers of bearing structure, each layer is composed of horizontal guide chute, for layered storage PCB material plate, and slidable sealing plate is provided at the opening of storage channel.Material taking mechanism includes lifting assembly, telescopic mechanism and clamping mechanism, and lifting pull rod and negative pressure suction nozzle are provided above telescopic mechanism, for automatically opening sealing plate and clamping PCB material plate.The mechanism stores PCB material plate by turnover magazine, sealing plate dustproof protection, combined with automatic opening and closing and material taking design, significantly improve feeding efficiency and positioning accuracy.In addition, guide plate spacing is adjustable, compatible with different size PCB material plate, and full-process monitoring is realized by sensor.The utility model has the advantages of compact structure, convenient operation, pollution prevention and efficient feeding, and is suitable for the automation production demand of PCB board splitting process.

This utility model discloses a sheet feeder device, including a hopper, a peeling platform, a traction mechanism, a picking mechanism, and a discharging mechanism. The hopper supplies sheet material, which includes a backing paper and materials adhered to the backing paper. The traction mechanism includes a front-end pulling assembly and a rear-end pulling assembly. The rear-end pulling assembly includes a rear-end pulling clamp and a rear-end pulling drive mechanism. The front-end pulling assembly includes a front-end pulling seat, a front-end pulling clamp, and a front-end pulling drive mechanism. The front-end pulling clamp is movably mounted on the front-end pulling seat, and the front-end pulling seat is provided with an elastic reset mechanism that ensures the front-end pulling clamp always tends to move away from the discharging mechanism. This utility model can avoid insufficient tension or severe deformation caused by asynchronous movement of the front-end and rear-end pulling assemblies, thus improving the sheet peeling quality and efficiency.

The utility model provides a kind of open-pit mine self-moving transfer machine, material conveying device is conveyed to the material of mining, material conveying's receiving end is arranged receiving end walking chassis, and unloading end is set unloading end walking chassis, it is simultaneously set to self-walking structure, in the continuous mining process of material, material conveying device can realize walking and follow mining equipment to move, simultaneously, receiving platform is rotatable to the receiving end of material conveying device Support, and unloading platform is rotatable to the unloading end of material conveying device Support, so that receiving end follows the form of mining equipment walking, unloading end can be kept in substantially predetermined position, and the receiving car etc. of rear end is docked, by the arrangement of walking chassis, and receiving end and unloading end are adjusted to conveying direction while realizing walking, adjust the conveying posture of material conveying device, satisfy stability requirement.The utility model further provides a kind of open-pit mining equipment.

The application relates to the technical field of plastic product forming equipment, and discloses a material taking mechanism for a plastic product hot-press forming machine, which comprises a portal frame, the top of the portal frame is fixedly connected with a guide rail, the top of the guide rail is slidably connected with a movable frame, the bottom of the movable frame is fixedly connected with a guide seat, the inner side of the guide seat is slidably connected with a movable seat, one side of the movable seat is provided with a mounting plate, a material taking module is arranged on the mounting plate, the material taking module comprises a sealing box, the bottom of the sealing box is connected with a flexible suction cup, a plurality of air holes are arranged in the flexible suction cup, one end of the sealing box is connected with an air inlet hose, the inlet end of the air inlet hose is connected with a gas blowing pump, the other end of the sealing box is connected with an air outlet hose, the outlet end of the air outlet hose is fixedly connected with an air exhaust pump, the outlet end of the air exhaust pump is connected with an air exhaust pipe, and the top of the mounting plate is provided with a power module. Through the design of elastic connection, integrated power and optimized heat dissipation, the material taking process is high-efficient and stable.

The application relates to the technical field of magnetic steel assembling equipment, in particular to automatic magnetic steel assembling equipment, which comprises an equipment body, a rotor conveying mechanism, a jacking and pressing mechanism, a magnetic steel conveying mechanism, a positioning and pushing mechanism and a material taking mechanism are arranged on the equipment body, a material loading tray for bearing and positioning a rotor is arranged on the rotor conveying mechanism, the rotor conveying mechanism is used for conveying the material loading tray to a working position of the jacking and pressing mechanism, the jacking and pressing mechanism comprises a jacking positioning assembly and a pressing assembly, the jacking positioning assembly is used for jacking the material loading tray to a preset height, and the magnetic steel conveying mechanism is used for conveying magnetic steel to the positioning and pushing mechanism. The automatic magnetic steel assembling equipment realizes automatic operation in the whole process from feeding, positioning, pre-assembly to pressing, each process is orderly connected, manual intervention is greatly reduced, and the problems of magnetic steel deviation, inclination and inconsistent depth caused by manual operation are effectively avoided.

The present application relates to the technical field of cooling tower filtration, and discloses a cooling tower circulating water filter and recovery device, which comprises a base, the top of the base is fixedly connected with a pump, and the top of the base is fixedly connected with two sand filter tanks, sewage flows out from the water inlet of the sand filter tank, at this time, the water gap area formed by water inlet one and water inlet two is smallest, when backwashing, the water gap area formed by water inlet one and water inlet two is increased, at this time, the quartz sand and anthracite coal stuck on the flow-through port lose the limitation and are impacted upward by water vapor, since water vapor continuously flows outwards, the quartz sand is difficult to flow into the fixed plate from the outside of the outer filter head, the problem that the filter head is blocked by the tiny quartz sand or anthracite coal, resulting in incomplete backwashing, is effectively prevented.

The application discloses a kind of all-around intelligent environmental protection system suitable for gate type mixing stockyard reclaimer, mainly used technical scheme is: at least four sets of high-pressure micro-mist spraying unit;At least five sets of water spraying unit;Stockyard spraying unit;Water supply unit, it includes upper water unit, and the water storage tank connected with the upper water unit and the pump valve filtration water supply unit connected with the water storage tank, the pump valve filtration water supply unit is connected with at least four sets of high-pressure micro-mist spraying unit, at least five sets of water spraying unit and stockyard spraying unit respectively;Heating insulation unit, it includes electric heat tracing junction box and multiple electric heat tracing resistors connected with the electric heat tracing junction box, the multiple electric heat tracing resistors are respectively evenly installed on the water storage tank and the pump valve filtration water supply unit connection pipeline and the pump valve filtration water supply unit and at least four sets of high-pressure micro-mist spraying unit, at least five sets of water spraying unit, stockyard spraying unit connection pipeline;Control unit.