209results about "Ingot casting plants" patented technology

The invention relates to the technical field of magnesium ingot conveying, in particular to a discharging and conveying device and method for magnesium ingot conveying The discharging and conveying device comprises a rack, a continuous casting machine body and a conveying mechanism are vertically distributed on the rack, the continuous casting machine body is used for conveying produced magnesium ingots from left to right, and a limiting mechanism is arranged on the rack. A side scrap removing mechanism is arranged between the continuous casting machine body and the conveying mechanism, the magnesium ingot discharging angle, the optimal discharging position and the vertical sliding track can be accurately controlled, and the magnesium ingots are prevented from deviating in the conveying process; chippings and impurities on the surfaces of the magnesium ingots are brushed away, and the situation that normal conveying of the magnesium ingots is affected due to deviation of conveying of the magnesium ingots caused by blockage, blockage and clamping stagnation of chain seams of the conveying mechanism due to direct contact with the conveying mechanism after blanking is prevented; the arrangement action of a plurality of magnesium ingots required by stacking is preposed, and the situation that the magnesium ingots and a chain belt are scraped when the magnesium ingots are stacked at a processing point and wait for a stacking robot to grab the magnesium ingots is reduced.

The invention relates to the technical field of antimony ingot casting, and discloses an antimony ingot casting device which comprises a rack, two annular chains are arranged in the rack, casting grooves are fixed between the two annular chains in an array mode, the inner sides of the two annular chains are meshed with a driving assembly, a casting cylinder is arranged above the left half portion of the rack, and the casting cylinder is arranged above the right half portion of the rack. Pouring heads are arranged at the front end of the pouring cylinder in an array mode, a transmission assembly is arranged between the front side of the pouring cylinder and the front side of the driving assembly, a liquid supplementing assembly is connected to the rear end of the pouring cylinder in an inserted mode, a slag scraping assembly is arranged at the top of the liquid supplementing assembly, and a reciprocating driving piece is rotationally connected to the right side of the pouring cylinder. The pouring cylinder reciprocates back and forth, and the hollow plate is driven to reciprocate back and forth under the connecting action of the lantern ring, the connecting rod and the sliding seat, so that the telescopic column slides anticlockwise along the annular groove, the scraper is attached to the top of the filter plate to slide, impurities intercepted at the top of the filter plate are scraped to the top of the deslagging hopper, and the aim of deslagging in advance is achieved.

The invention discloses a low-oxygen high-purity zinc small ingot forming glove box device, which relates to the technical field of oxygen-free glove boxes, and comprises a box body, a glove box door arranged on one side of the box body, a glove opening arranged on one side of the box body, and a vacuum extraction system, the heating device is arranged on one side in the box body, the mold assembly is arranged on the other side in the box body, the crucible assembly is heated through the heating device, the transferring mechanism drives the crucible assembly to move and ascend and descend, the pouring assembly is used for pouring materials in the crucible assembly into the mold assembly, and the pouring assembly is located between the transferring mechanism and the mold assembly. The transfer mechanism, the dumping assembly and the mold assembly are sequentially lowered in height. The device is reasonable in design and ingenious in structural design in the transferring and transferring process, zinc materials are molten in the glove box, the glove box is vacuumized and then filled with inert gas, the zinc materials are prevented from being oxidized in the forming process, in addition, the transferring mechanism drives the crucible assembly to move and ascend and descend, and the dumping assembly assists the crucible assembly in obliquely dumping materials. By arranging the glove box, the product quality and the working efficiency are improved.

The utility model discloses an automatic demoulding device for aluminum ingots, which relates to the technical field of demoulding devices and comprises a bottom plate, a conveying unit, a moving unit, an overturning fixing unit and a knocking demoulding unit. A mounting table is fixedly connected to the upper end of the bottom plate; the conveying unit comprises a rectangular plate, a first motor, a rotating shaft and a first conveying belt, the first conveying belt is fixedly connected to the front side and the rear side of the upper end of the mounting table, the first motor is fixedly connected to the middle of the right end of the mounting table, an output shaft of the first motor is fixedly connected with the rotating shaft, and the rotating shaft is connected with the rotating shaft. The outer side of the rotating shaft is fixedly connected with the rear end of a rectangular plate; the moving unit is mounted on the mounting table; the overturning fixing unit is mounted on the moving unit; according to the automatic demolding device for the aluminum ingot, the device can be automatically turned over, and a mold obtained after demolding can be separated from a part.

The utility model belongs to the technical field of external refining of molten aluminum, and discloses external refining equipment for aluminum smelting for cast rolling, which comprises a plurality of box devices for containing aluminum ingots and scraping aluminum oxide in a reciprocating manner, and further comprises a feeding device for supporting and circularly conveying the aluminum ingots which are turned up and down and continuously discharged, one end of the feeding device is symmetrically provided with two discharging devices used for discharging aluminum ingots in a rotating, knocking and vibrating mode, and the box devices are evenly installed on the feeding device. The feeding device comprises a rack body, a conveying assembly is arranged in the rack body, and a pushing assembly used for providing reciprocating power is installed in front of the rack body. According to the external refining equipment for cast-rolling aluminum smelting, through the arrangement of overall bearing movement and up-and-down overturning discharging of aluminum ingots, the stress uniformity is improved, and the maintenance period and the service life are prolonged; and through the arrangement of scraping the aluminum oxide towards the two ends through reciprocating motion, the thoroughness of scraping the aluminum oxide is ensured.

The utility model relates to the technical field of pig casting machines, in particular to a disc pig casting machine system, and aims to solve the problems of more manual operation, higher potential safety hazard, high labor intensity of workers, lower production efficiency and unstable production quality in the production process of the conventional disc pig casting machine system. In order to achieve the purpose, the disc pig casting machine system comprises a disc pig casting machine body, a lifting lug inserting device, an automatic demolding device and a plurality of molds arranged on the disc pig casting machine body, and further comprises at least one casting station, a lifting lug inserting station, a cooling station and a demolding station. According to the utility model, the lifting lug is inserted into the molten metal by the lifting lug inserting device instead of manual work, and the mold can fall off from the metal ingot by the automatic demolding device instead of manual work, so that the manual work participating in the production of the metal ingot can be reduced, the potential safety hazard and the labor intensity of workers are reduced, and meanwhile, the production efficiency can be improved and the production quality can be stabilized.

The utility model discloses a full-process intelligent metal ingot casting system, which relates to the technical field of non-ferrous metallurgical equipment and comprises a linear casting machine. A scooping spoon is arranged at the hand part of the casting robot; the scum removing robot is arranged on one side of the linear casting machine, and a scum removing plate is mounted on the hand of the scum removing robot; the input end of the chain conveyor corresponds to the lower part of the output end of the linear casting machine; the input end of the chain scraper conveyor corresponds to the output end of the chain conveyor; a laser coding machine, an appearance quality detection device, a trimming robot and a stacking robot are sequentially arranged on the side of the chain conveyor in the conveying direction. The palletizing robot corresponds to the output end of the chain conveyor; a full-automatic packaging machine, an automatic weighing device and an automatic labeling device are sequentially arranged on the chain scraper conveyor in the conveying direction; and the controller controls the operation of the casting system. According to the utility model, the ingot casting precision and the product quality can be improved, and unattended operation and automation and intelligentization of the whole process in the ingot casting process are realized.

The invention discloses aluminum ingot production equipment for aluminum product recycling, and relates to the technical field of structural part die-casting aluminum alloy raw material production. The device comprises a smelting furnace, a discharge pipe sealing mechanism, an automatic residue treatment mechanism and a mold cooling process. According to the equipment, a reliable exhaust pipe sealing structure is formed through the sealing seat, the blocking column, the step inner hole and the limiting shifting block, and heat insulation protection is achieved through the heat dissipation gas channel. The outer ring and the inner ring are matched to drive the first clamping plate and the second clamping plate, so that residues in molten aluminum are concentrated and clamped under the action of rotation, and automatic slag throwing outside the smelting furnace is achieved through centrifugal force. The slag collecting cover, the slag discharging opening and the sliding groove form a complete slag discharging path. The forming die moves on the conveying belt, can directly receive molten aluminum to be poured and enter the pouring chamber to be cooled, and the ingot casting efficiency is greatly improved.

The application discloses an alloy vacuum separation furnace, which comprises a runner, a separation chamber and a mold system; the separation chamber comprises an isolation box, and an upper molten pool, an inclined part and a lower molten pool are arranged in the isolation box from top to bottom. The number of the inclined part is more than one, and the inclined part has an inclined surface. Alloy melt to be separated is poured into the upper molten pool through the runner; the upper molten pool and the lower molten pool are provided with plug parts; the melt in the upper molten pool can flow into the inclined part downstream of the upper molten pool by opening the plug part of the upper molten pool, and then flow into the lower molten pool through the inclined part. The mold system comprises a preparation chamber, a second isolation valve, a pouring chamber, a third isolation valve and a discharge chamber which are sequentially connected, and the pouring chamber is connected with the separation chamber. The melt in the lower molten pool can be quantitatively poured into a mold in the pouring chamber. The alloy vacuum separation furnace is continuously worked through the inclined part, the production efficiency is improved, and the alloy vacuum separation furnace is suitable for large-batch continuous production. The application further discloses an alloy separation method implemented by using the alloy vacuum separation furnace and a copper and zinc material.

The application discloses an aluminum alloy ingot casting device, which comprises a mounting frame, a plurality of molds are rotatably installed in the inner cavity of the mounting frame, a feeding pipe is fixedly installed on the top of the mounting frame, and a water tank is fixedly installed on one side of the mounting frame; the device further comprises a drying mechanism which is used for drying the aluminum alloy ingot cooled by water; the drying mechanism comprises a fan, the fan is fixedly installed on one side of the water tank, a gas pipe is fixedly connected to one side of the fan, an electric heating wire is fixedly installed in the inner cavity of the gas pipe, a plurality of air outlet pipes are fixedly installed on the outer surface of the gas pipe, a plurality of rolling shafts are rotatably installed in the inner cavity of the water tank, and a connecting box is fixedly installed on the top of the water tank; due to the self-gravity of the aluminum alloy ingot, the aluminum alloy ingot slowly slides on the top of the rolling shafts through the inclined arrangement of the rolling shafts, the fan blows air into the inner cavity of the gas pipe, the air is heated by the electric heating wire in the inner cavity of the gas pipe, hot air blows towards the aluminum alloy ingot to blow off the water on the surface of the aluminum alloy ingot, and the aluminum alloy ingot is dried.

The invention provides a gold and silver ingot multi-mold static ingot casting machine. The gold and silver ingot multi-mold static ingot casting machine comprises a melting and cooling mechanism, a mold moving mechanism, a weighing and feeding mechanism, a cover taking mechanism, an ingot discharging and cooling mechanism, a furnace conveying mechanism, an ingot overturning mechanism, a mold spacer block, a mold and a mold cover. The conveying and furnace entering mechanism is used for moving the mold filled with the raw materials from the tail end of the cooling station to the front end of the heating station and conveying the mold into the heating station; the mold moving mechanism is used for achieving mold transferring, and the cover taking mechanism, the weighing and feeding mechanism, the ingot overturning mechanism and the ingot discharging and cooling mechanism are arranged on one side of the cooling station. When the heating station of the melting and cooling mechanism completes melting of the raw materials in the mold, the mold is sent to the cooling station. And at the moment, the conveying and charging mechanism can convey another mold filled with the raw materials into a heating station of the melting and cooling mechanism in time for melting and casting. In this way, the heating station is fully utilized, continuous ingot casting of the heating station is achieved, and then the ingot casting efficiency can be more effectively improved.

The utility model discloses a cold casting system, and relates to the technical field of smelting equipment. Comprising a supporting table, a flow dividing base, a cooling ingot mold and a vibration mechanism, wherein the flow dividing base, the cooling ingot mold and the vibration mechanism are installed on the supporting table. The flow dividing base is used for containing casting liquid and provided with multiple flow dividing openings used for guiding the casting liquid. A flow guide face is formed at the top of the cooling ingot mold, the flow guide face is arranged in a step mode with the height gradually decreased in the direction from the feeding end to the discharging end of the cooling ingot mold, the cooling ingot mold is located below the flow guide face and is provided with a cooling hole where cooling liquid enters the cooling ingot mold, and the feeding end communicates with the multiple flow dividing openings. The flow guide face is used for guiding casting liquid entering the feeding end to the discharging end, and the cooling ingot mold is used for cooling the casting liquid flowing through the flow guide face so that the casting liquid can form blocky solids. The vibration mechanism is used for driving the cooling ingot mold to vibrate to crush and disperse blocky solids. The cooling device has the advantages of being high in production efficiency, improving the product yield, being short in cooling time, and improving the stability and the uniformity of the quality of finished products.

The utility model relates to aluminium big slab ingot casting well deepening structure, including anchor line, big steel cylinder, protection steel cylinder, concrete cushion, protection cylinder and flange base, the both sides of casting well set anchor line, the bottom center of casting well sets up big steel cylinder, concrete cushion and protection cylinder are set up in big steel cylinder, and the concrete layer is poured between the protection cylinder circumferential side and big steel cylinder inner wall, and the flange base for installing hydraulic cylinder is anchored in the top of protection cylinder, protection steel cylinder is coaxially arranged in big steel cylinder, and the top end of protection steel cylinder is close to flange base lower plane, and protection steel cylinder vertically downward passes through protection cylinder and concrete cushion and then extends out of big steel cylinder, the ground on one side of the top end of casting well is built to have the pit, and the auxiliary turnover device and steel backing plate are set up in the pit, and the straight up slab ingot is laid to the steel backing plate by auxiliary turnover device, the utility model discloses can increase the structural strength of casting well, and gradually lays down the straight up slab ingot again, and then hoists and transports to the next process, is applicable to the casting operation of bigger specification slab ingot.

The invention provides an energy-saving production line and method integrating steel ingot red-feeding forging and heat treatment, and belongs to the technical field of steel ingot forging. Comprising a steelmaking area, a forging area and a heat treatment area, a smelting furnace machine used for smelting molten iron and a plurality of steel ingot molds used for pouring forged and pressed sample pieces are arranged in the steelmaking area, and a conveyor used for transporting the steel ingot molds for molten iron pouring and a plurality of transport vehicles used for transporting the steel ingot molds are arranged on the outer side of the smelting furnace machine; the discharging end of the conveyor is provided with a first transferring mechanism used for transferring the steel ingot molds on the conveyor to the transport cart. A plurality of groups of mold opening mechanisms for performing red demolding on steel ingot molds on the transport vehicle, a forging heating furnace for heating forged and pressed sample pieces and a forging oil press for forging and pressed sample pieces are arranged in the forging area, and a second transfer mechanism for transferring the forged and pressed sample pieces is further arranged on the outer side of the mold opening mechanism; and a plurality of heat treatment furnaces for normalizing are arranged in the heat treatment area. And the effect of saving resources is achieved.

A plant for producing metal anodes, in particular for use in an electrolytic tinplate production line, the plant comprising - a melting furnace (1 ) adapted to be loaded with scrap of said metal and provided with at least one pouring duct (4) for pouring molten metal; - a carousel (2), arranged below said melting furnace (1 ) and provided with a plurality of shell molds (3) arranged radially with respect to an axis of rotation (X) of said carousel (2); wherein said carousel (2) is configured to intermittently rotate so that at each radial rotation step at least one shell mold (3) of said plurality of shell molds stops in a respective casting position (9) at the corresponding pouring duct (4), and at least one other shell mold (3) stops in an extraction position (10) for the extraction of a solidified anode; wherein, in the casting position (9), the shell molds (3) are in an inclined position, at an angle other than zero, with respect to the horizontal so that a first end (5) of the shell mold (3), proximal to the corresponding pouring duct (4), is higher than a second end (6) thereof, opposite the first end (5) and distal from said pouring duct (4); and wherein there is provided an adjustment system (7, 8) for adjusting the inclination of each shell mold (3) along at least one part of the carousel (2), said adjustment system being configured to bring each shell mold (3) from said inclined position at the respective casting position (9) to a horizontal position at the respective extraction position (10), and then back to said inclined position.

The invention discloses a molten aluminum treatment process and molten aluminum treatment equipment. The molten aluminum treatment process comprises the following steps: S1, carrying out refining treatment on original molten aluminum; s2, the refined molten aluminum is subjected to quality detection; s3, if the detection result is qualified, the qualified molten aluminum is conveyed to a heat preservation procedure for heat preservation; and S4, the qualified molten aluminum obtained after heat preservation is used for casting, foundry returns generated through casting are subjected to melting and heat preservation treatment again, and then the foundry returns are converged into the original molten aluminum to be refined again. Therefore, according to the molten aluminum treatment process, energy consumption can be reduced, and recycling of foundry returns can be achieved.

The utility model relates to the technical field of ingot casting machines, in particular to a transplanting device of a disc ingot casting machine, and aims to solve the problems of high labor intensity of an operator, high requirement on an operation technology of the operator and low production efficiency when a crane is manually operated to hoist and transfer metal ingots. In order to achieve the purpose, the transplanting device of the disc pig casting machine comprises a truss, a translation mechanism, a first lifting mechanism and a lifting hook arranged on the first lifting mechanism, and a lifting lug is arranged in a metal ingot; the translation mechanism is arranged on the truss and is used for driving the first lifting mechanism to move; the first lifting mechanism is used for driving the lifting hook to lift, and after the first lifting mechanism lifts the metal ingot, the translation mechanism drives the first lifting mechanism to move, so that the transplanting device can transfer the metal ingot. According to the utility model, the metal ingot is hoisted and transferred by controlling the translation mechanism and the first lifting mechanism instead of manually operating a crane, so that the manual participation degree can be reduced, and the operation precision and the production efficiency are improved.

This utility model relates to the technical field of cooling devices, specifically a cooling device with a leveling mechanism. It includes a water-cooling tank, an overflow tank, and multiple leveling mechanisms. The overflow tank is fixedly installed inside the water-cooling tank and the two are connected. The multiple leveling mechanisms are evenly placed on the working surface, and the water-cooling tank is placed on the multiple leveling mechanisms. Each leveling mechanism includes a support frame and two adjustable leveling structures at both ends of the support frame. The top of the support frame contacts the water-cooling tank. Each leveling structure includes an adjusting screw and an adjusting nut. The upper part of the adjusting screw is fixedly connected to the support frame via the adjusting nut, and the lower part of the adjusting screw extends outside the support frame. The bottom of the adjusting screw is fixedly connected to a support plate, which is used to contact the working surface. This utility model's cooling device, by setting multiple leveling mechanisms, supports the water-cooling tank to keep it level, enabling the water-cooling tank to achieve uniform heat exchange for lead ingots.

The utility model relates to a casting area smoke collecting system which comprises a guide rail, a rectangular frame is connected to the guide rail in a sliding mode through a driving trolley, a quadrangular frustum pyramid frame is arranged on the top of the rectangular frame in an overlapped mode, a front receding opening and a rear receding opening are formed in the front side and the rear side of the rectangular frame respectively, and a receding hole is formed in the center of the top side of the quadrangular frustum pyramid frame. A receding channel is formed in the front inclined side face of the quadrangular frustum pyramid frame, the two ends of the receding channel communicate with the top of the front receding opening and the receding hole correspondingly, an upper baffle used for closing the receding channel is arranged on the front inclined side face of the quadrangular frustum pyramid frame, and a front baffle and a rear baffle are arranged on the front side and the rear side of the rectangular frame correspondingly. A plurality of air suction holes are evenly formed in the left inclined side and the right inclined side of the quadrangular frustum pyramid frame, the air suction holes are all connected with top dust collection equipment through ventilation pipes, receding channels, receding holes and front receding openings for receding, and the first ingot mold and the ladle are arranged in the rectangular frame, so that smoke is covered with the rectangular frame and the quadrangular frustum pyramid frame, smoke overflow is reduced, and the service life of the rectangular frame is prolonged. Meanwhile, the dust can be conveniently sucked away by top dust collection equipment.

The utility model discloses efficient aluminum alloy casting equipment which comprises a fixing frame, a plurality of smelting furnaces and an accelerated melting hopper, the smelting furnaces are installed on the fixing frame, and the accelerated melting hopper is installed on the smelting furnaces. The accelerated melting hopper comprises a feeding ring, a feeding hopper and a melting device, the feeding hopper is connected to a furnace opening of the smelting furnace through the feeding ring, and the melting device is installed on the feeding ring; the melting device comprises an annular sliding block, a first screw rod, a spring, a second screw rod, an adjusting frame, an adjusting bearing, a track bearing, a hinge rod, a spray gun and a universal positioning device; track grooves which are symmetrical up and down are formed in the feeding hopper; the efficient aluminum alloy casting equipment is simple in structure, convenient to use and practical, aluminum ingots can be guided into a hearth by being pushed by a shovel through the feeding hopper, the operation difficulty of clamping and throwing the aluminum ingots by workers is lowered, and the material throwing efficiency is improved.

The utility model relates to an automatic transfer platform device for a casting mold of a vacuum induction furnace. A table-board mold vehicle driving bracket is arranged above a rotating platform along a preset axis; the first driving mechanism is arranged at one end of the table-board mold vehicle driving bracket and is fixed on the rotating platform; the mold trolley is arranged on the table-board mold trolley driving bracket; the ingot casting chamber is arranged on one side of the rotating platform along a preset axis, and the mold vehicle is transferred into the ingot casting chamber before casting; the roasting furnace is arranged in the vertical direction of the preset axis of the ingot casting chamber and close to the rotating platform; the mold vehicle driving bracket is arranged in the roasting furnace, and the mold vehicle driving bracket is transversely placed and is perpendicular to the direction of the ingot casting chamber; transferring the mold vehicle between the ingot casting chamber and the roasting furnace by using the rotating platform; the mold transferring device has the advantages of being compact in structure, convenient to use, easy to operate and the like, and the molds can be automatically transferred in the limited workshop space.

The invention provides titanium alloy smelting ingot casting machining equipment and method, and relates to the technical field of titanium alloy machining, the titanium alloy smelting ingot casting machining equipment comprises a base, a hollow shell is arranged on the base, a feeding pipe is arranged on one side of the upper portion of the hollow shell, two gate valves are arranged in an inner cavity of the feeding pipe, and a first through groove is formed in one side of the feeding pipe; a first through groove is formed in one side of the hollow shell, a sampling mechanism is arranged in the first through groove, a smelting furnace is arranged in an inner cavity of the base, a rotating device is arranged on the smelting furnace, a second through groove is formed in one side of the hollow shell, a first sealing plate is arranged in the second through groove, and an ingot casting mold and a first hydraulic rod are fixedly arranged on the two sides of the first sealing plate; a vacuum pump is arranged on one side of the hollow shell and one side of the feeding pipe, and layered sampling can be conducted on titanium alloy molten metal in the smelting furnace under the condition that the vacuum environment is not damaged.

The invention relates to the technical field of rare earth ingot forming and cleaning, in particular to integrated forming and cleaning equipment for rare earth metal ingots. Comprising an electrolytic furnace unit and a cleaning unit arranged on the side portion of the electrolytic furnace unit, and further comprises an impurity removal unit arranged on the right side of the cleaning unit, and a mechanical arm unit is arranged between the cleaning unit and the impurity removal unit; the cleaning unit is used for removing an oxide layer on the outer side of the rare earth ingot, the mechanical arm unit transfers the rare earth ingot with the oxide layer removed to the impurity removing unit, and the impurity removing unit is used for removing impurities on the outer side of the rare earth ingot; the technical problem of how to automatically remove the oxide layer on the outer side of the rare earth ingot is solved.

The invention discloses an efficient casting system which comprises a metal smelting furnace, a liquid pump, an ingot casting machine, a quantitative casting device, an air cooling device and a water cooling device. The ingot casting machine comprises a rack, a driving wheel set, a toothed chain and a mold, the driving wheel set is installed on the rack, and the driving wheel set and the toothed chain drive the mold to horizontally move and sequentially pass through a casting station and a cooling station; the quantitative casting device is located at a casting station and comprises a base, a casting hopper and a driving assembly, the liquid pump pumps molten metal in the metal smelting furnace into the casting hopper, the air cooling device and the water cooling device are both located at a cooling station, the air cooling device blows air to the molten metal in a mold from top to bottom, and the water cooling device is mainly used for cooling the ingot casting machine. According to the efficient casting system, the liquid pump is used for accurately controlling the liquid amount of molten metal pumped into the casting hopper every time, the liquid pumping mode is high in mechanization efficiency, the exposure time of the molten metal in air can be greatly shortened, and oxidation and temperature loss of the molten metal are reduced.

This utility model discloses a continuous casting device for a lead ingot casting machine, relating to the technical field of lead ingot casting machines. Specifically, it is a continuous casting device for a lead ingot casting machine, comprising a drive component, a conveying component, a primary cooling component, multiple supporting components, four drive components, and a concrete foundation cast from concrete components. This utility model achieves continuous production of lead ingots through the continuous movement of the conveying component. Compared with existing technologies, this continuous production method can greatly improve production efficiency and reduce production time. The drive component drives the rotating shaft to rotate, which in turn drives the sprocket to rotate, thereby moving the conveying component. When the conveying component moves past the water storage tank, the molten lead in the mold is cooled and solidified. This continuous production method avoids the problems of slow mold cooling and solidification speed and the inability to continuously cast molds in traditional equipment, achieving highly efficient production of lead ingots.

The invention discloses an aluminum-manganese-magnesium alloy ingot continuous casting molding device, which relates to the technical field of alloy ingot casting, and comprises a box body and a casting unit, an electromagnetic heating ring is fixed in the box body, a temperature controller is arranged on the side face of the box body, an adjusting unit is arranged on the front side face of the box body, a casting liquid shell is installed in the adjusting unit, casting openings are evenly formed in the surface of the casting liquid shell, and a conical groove is formed in the casting liquid shell and communicates with the casting openings; according to the aluminum-manganese-magnesium alloy ingot continuous casting forming device, the problem that waste is easily caused by traditional pouring of alloy liquid is solved in the mode that liquid is discharged from the bottom of the furnace body, meanwhile, the safety of the device is effectively improved, impurities and the like in the alloy liquid can be effectively removed through the arranged two-stage filter screen, and the service life of the device is prolonged. The quality of subsequent aluminum-manganese-magnesium alloy ingot finished products is guaranteed, and the casting liquid shell with the adjustable position can solve the problem that the casting position is single.

The application discloses a continuous casting aluminum-magnesium alloy production line, which comprises a smelting furnace, a tilting pouring furnace, a continuous ingot casting machine provided with a mold, a plug rod tundish and a slag scraping device arranged in sequence. The application relates to the technical field of aluminum-magnesium alloy preparation, and can be buckled on the mold after pouring to perform vacuumizing operation, effectively avoiding the contact between aluminum liquid and air and preventing the generation of fine defects. Meanwhile, the mold periphery is cooled during the vacuumizing operation, which is helpful to the rapid and uniform cooling of the aluminum liquid and improves the overall quality of the aluminum alloy ingot. In the slag scraping process, inert gas is sprayed to the slag scraping plate, so that the tiny blocky dross is concentrated on the slag scraping plate, and the cleaning effect of the dross is improved. In addition, inert gas is directly blown to the surface of the solution after the dross is scraped, so that the impurity residues are minimized, the contact between the aluminum alloy solution and air is further prevented, and the surface quality of the aluminum alloy ingot is ensured.

The utility model belongs to the field of casting machines, particularly relates to a casting machine for electric lead casting molding, and aims to solve the problems that impurities in lead liquid are cleaned by a manual hand-held tool in the prior art, high-temperature danger is caused in the cleaning process, and the automation degree of a casting process is reduced. Collecting bins are fixedly connected to the two sides of the conveyor, the same U-shaped frame is fixedly connected to the two sides of the conveyor, a connecting frame is arranged below the U-shaped frame, the top of the connecting frame slides in the U-shaped frame, a cleaning frame is arranged below the connecting frame, a connecting rod is fixedly connected to one side of the connecting frame, and the connecting rod is fixedly connected to the other side of the connecting frame. A plurality of lead molds are mounted on the conveyor belt of the conveyor; the utility model has the beneficial effects of high-efficiency automatic cleaning, accurate control, flexible adjustment, stability, reliability, energy conservation, environmental protection, easiness in maintenance and the like, and provides high-efficiency and reliable forming equipment for the electric lead casting industry.

A monitoring system can monitor the level of molten metal in the molds. The monitoring system can include a camera and a computer system. The camera can be positioned to acquire or detect optical data related to one or more molds disposed in the casting environment and can transmit the optical data to the computer system. For example, the computer system can determine the level of molten metal in the molds. The level of molten metal in the molds can be compared to a baseline level. The computer system can generate operational instructions based on the comparison of the current level to the baseline level. The operational instructions can be used to adjust the casting process.

The present application relates to the technical field of ferroalloy production equipment, and discloses a ferroalloy casting machine with a crushing function, which comprises a bottom plate and a guide plate arranged on the bottom plate, in the present application, the shallow ingot mold of the first and second placing plates is alternately fed, when the ferroalloy in the shallow ingot mold of the first placing plate is crushed under the crushing plate, the second placing plate synchronously injects and cools the ferroalloy liquid, and the alternate operation shortens the waiting time and improves the production efficiency. The multiple protruding positioning blocks on the lower surface of the crushing plate break along the stress weak part by virtue of the normal temperature brittleness of the ferroalloy, and form blocks of a predetermined size. The tooth rack drives the tooth plate, the connecting plate and the scraper frame to move to the corresponding side of the shallow ingot mold, the crushed ferroalloy is ejected by the top plate, and the scraper frame pushes the crushed blocks into the hopper by moving upward with the crushing plate. The dust suction box in the crushing and conveying process adsorbs dust, the ferroalloy blocks fall into the sleeve to drive the pressing plate to slide, the lifting block reaches the preset switch, the discharge pipe flap is closed, the pressing plate is turned over to discharge the blocks in the sleeve, and the device is intelligentized.