1401 results about "Casting mold" patented technology

The invention discloses a conformal cooling device for die-casting die temperature intelligent control and a regulation and control method. The conformal cooling device comprises a die body, an embedded conformal cooling runner network, a multi-mode temperature sensing array, a partition flow regulation and control valve group, a central cooperative controller and a cooling medium circulation supply unit. Through the combination of shape follow-up runner design and partition dynamic regulation and control, a cooling blind area is effectively eliminated, the surface temperature uniformity of a cavity is remarkably improved, and the cooling time of a hot spot area is shortened, so that the defects of shrinkage cavities, hot cracks and the like are inhibited, and the defect rate of castings is reduced. And under the cooperation of multi-mode sensing and intelligent control, the system response is accelerated, the energy consumption is reduced, the die-casting rhythm is shortened, and the synchronous optimization of the production efficiency and the energy utilization efficiency is realized.

The invention belongs to the technical field of material processing, and discloses a magnesium alloy casting semi-solid injection molding method and application, and the method comprises the following steps: checking and adjusting a semi-solid injection machine, a casting mold and other equipment to be in a normal state, and placing magnesium alloy particles in a designated area of a hopper; putting a long nozzle of the semi-solid injection platform into the center of a mold sprue; setting the temperature of each section of a mold temperature controller, a charging barrel and a nozzle; preserving heat for a period of time after the temperature of the charging barrel reaches a set value, so that the temperature of materials in the charging barrel is uniform; setting the injection rate, the cooling time, the material return distance and the melt pressure of the semi-solid injection machine; and after a release agent is quantitatively sprayed to the mold, a semi-solid injection program is started, and a casting is obtained. The AS41B magnesium alloy particles with good heat resistance are adopted as the raw material, the semi-solid injection molding method is combined, a melting furnace is not needed, only heating to the semi-solid state is needed, the melt temperature is low, energy is saved, the service life of a mold is prolonged, protective gas is not needed, and the manufactured casting is good in mechanical property and high in heat resistance.

The invention relates to the field of casting, and discloses a casting mold and a casting process for an air compressor gearbox shell, and the casting mold comprises a fixed mold, a movable mold, an electromagnetic vacuum valve communicating with a mold cavity, and a local extrusion mechanism arranged on the movable mold; the local extrusion mechanism comprises an air cylinder and a movable block, and an ejection mechanism is installed on the fixed die. The casting process comprises the following steps: before casting, exhausting air from the cavity through the electromagnetic vacuum valve; injecting molten metal; when the molten metal is in a pasty solidification period, the air cylinder pushes the movable block to carry out forced feeding; during forced feeding, the electromagnetic vacuum valve is quickly opened and closed, so that residual gas is discharged; and after the workpiece is solidified, the movable block is pushed again through the air cylinder at the moment of opening the mold, and the workpiece is stripped from the movable mold and stays on the fixed mold. The problems of casting air holes, shrinkage porosity defects and workpiece adhesion to the movable mold are solved, and the casting compactness and the workpiece strength are improved.

The invention provides a triple GIS shell metal mold casting mold, and relates to the technical field of casting molds, the triple GIS shell metal mold casting mold comprises a casting bottom mold part, and a sand core assembly is arranged above the casting bottom mold part; the sand core assembly is used for forming a triple GIS shell flange; a wedge block positioning piece is mounted on the casting bottom mold piece; casting mold body parts are arranged on the two sides of the sand core assembly and used for being installed on a casting machine. The exhaust flow dividing piece is adopted and matched with opening of the second electromagnetic valve, suction through an external vacuum pump can be facilitated, exhaust is promoted, and the liquid inlet efficiency is improved; the problem that an existing triple GIS shell casting mold is not convenient to automatically control to actively exhaust and prevent hollowing in the early stage of casting is solved.

The invention relates to an automatic control method for electromagnetic stirring parameters of a slab continuous casting crystallizer, which comprises the following steps of: 1, selecting a proper water gap immersion depth according to the condition of a continuous casting production field, 2, networking to obtain technological parameters such as a casting blank section, a casting speed, the water gap immersion depth and an argon blowing flow, and 3, automatically controlling and calculating the electromagnetic stirring parameters. The method comprises the following steps: step 1, calculating the most preferential stirring parameter under the current working condition through table look-up and interpolation calculation, step 4, outputting an electromagnetic stirring current parameter, step 5, executing the output electromagnetic stirring parameter, step 6, tracking the quality of a continuous casting slab product, repeating the steps 1-6 at regular time, and repeating the steps 2-6 under the condition that the step 1 is not changed. According to the scheme, casting blank surface defects are effectively removed, and the product quality is improved. After the optimized method is adopted, the occurrence rate of longitudinal cracks on the surface of the steel grade is reduced to 1.96% from 4.73%, and the defect rate of the steel grade is reduced to 3.93% from 8.41%.

The invention relates to the technical field of casting, and discloses a quick-cooling and continuous-production faucet casting mold which comprises a base table, a standby station, an injection molding station, a cooling station and a demolding station are arranged above the base table, and lower molds and upper molds are arranged at the standby station, the injection molding station, the cooling station and the demolding station correspondingly. A rotary switching assembly for driving each group of molds to rotate for position switching is arranged above the base table, and through the rotary switching assembly, the upper mold and the lower mold which are located at the standby station, the injection molding station, the cooling station and the demolding station continuously rotate, so that the position switching of the molds among the stations is realized; and the mold can sequentially complete corresponding operation at all stations according to a set sequence, a smooth production cycle is formed, the production efficiency of faucet casting is remarkably improved, the requirement for continuous production is met, the waiting time in the production process is shortened, and the equipment utilization rate is increased.

The invention discloses an automatic control method and device for a furnace plug of an aluminum ingot casting holding furnace, the device comprises a holding furnace (11), the holding furnace (11) is connected with an annular distributor through a chute (16), and the annular distributor is connected with a casting mould (15), and the automatic control method is characterized in that after production is started, a furnace mouth of the holding furnace (11) is closed firstly, and after the temperature and the liquid level of molten aluminum in the holding furnace (11) reach the standard, the furnace mouth of the holding furnace (11) is opened; molten aluminum flows into a chute (16), passes through an annular distributor and then enters a casting mold (15); when molten aluminum flows into the annular distributor, the conveying speed of the casting mould (15) is controlled by detecting the liquid level of the molten aluminum, and accurate casting of aluminum ingots is achieved. The opening degree of the furnace plug and the conveying speed of the aluminum ingot casting mold can be adjusted, so that the flow of molten aluminum is stable, and the quality of cast aluminum ingots reaches the standard; in addition, the casting mold conveying speed can be adjusted in time according to liquid level fluctuation, and the situation that molten aluminum overflows or is cut off is avoided.

The GDC casting mold comprises a left mold body and a right mold body, corresponding forming cavities are formed in the left mold body and the right mold body, sand cores are arranged in the forming cavities, riser cavities are communicated beside the forming cavities, vent holes are formed in the riser cavities, ejector pin rods are movably inserted in the vent holes, the ejector pin rods are of a hollow rod structure, and the ejector pin rods are of a hollow rod structure. One side of the ejector pin rod is fixed on an ejector plate, one side of the ejector plate is connected with an ejector driving piece, a vacuum generator is arranged on the ejector plate, one end of the ejector pin rod is communicated with a vacuum port of the vacuum generator, and an air supply port of the vacuum generator is communicated with an external compressed air supply source. According to the GDC casting mold, the dead head cavity communicates with the side of the forming cavity, waste gas left in the mold filling process of molten metal is gathered in the dead head cavity and is efficiently discharged along the vent hole, the ejector pin rod and a discharge outlet of the vacuum generator under the assistance of vacuum negative pressure, and the defects of air holes, shrinkage cavities or shrinkage porosity of castings are avoided; the compactness and the surface quality of the casting are influenced.

The invention discloses a centrifugal casting device based on a precise structural part, and relates to the technical field of high-quality copper casting manufacturing, the centrifugal casting device comprises a device base, a cooling structure is arranged on one side of the device base, a casting air cooling structure is arranged in the cooling structure, and a wall thickness adjusting structure is arranged on the other side of the device base. The centrifugal casting effect of a precise structural part is improved through cooperation of multiple structures, an eighth servo motor drives a casting chamber to rotate, a stabilizing frame guarantees stability, an air pump conveys air to form a uniform airflow field, a first servo motor adjusts a liquid storage block to enable an arc-shaped frame to wrap the casting chamber, and a water pump drives cooling liquid to circulate; the second servo motor adjusts the distance of the cooling frame to control the cooling strength, the multiple motors are matched with the embedded block and the connecting rod to achieve initial adjustment and fine adjustment of the casting mold diameter, the auxiliary frame and the reset spring prevent displacement, during demolding cleaning, the multiple motors are in linkage to achieve stable demolding, the cleaning roller automatically cleans the casting mold, and the manual step is omitted.

The utility model belongs to the technical field of precision casting dies, and particularly relates to an alloy casting precision casting die which comprises a water tank, a lower die is fixedly connected to the top of the water tank, an upper die is arranged on the top of the lower die, a cooling groove is formed in the lower portion of the interior of the lower die, and cooling circulation pipes are fixedly connected between the two sides of the top of the water tank and the lower die. One ends of the two cooling circulating pipes extend into the lower mold and are respectively communicated with the two ends of the cooling tank; the utility model provides a precision casting mold for an alloy casting, and solves the problems that in the prior art, after the alloy casting is cast, the casting can be demolded and taken out after being naturally cooled, but the natural cooling is very time-consuming, the casting is tightly adhered to a mold groove, and the casting cannot be taken out after being naturally cooled. As a result, labor burden is increased while the demolding efficiency is reduced, the casting cannot be quickly cooled and molded, the casting cannot be quickly demolded, and the residual heat of the mold and the casting can scald workers during demolding work.

The invention relates to the technical field of resonant pouring castings, in particular to a method for improving the homogeneity of castings in all directions based on resonant pouring, which comprises the following steps: preparing a mold / casting mold, setting resonant parameters, pouring molten metal, maintaining resonance and solidifying, and detecting the homogeneity. Through the resonance effect, molten metal mold filling is uniform, the size qualification rate is increased, meanwhile, grain refinement can be promoted, the isotropic performance uniformity and stability of a casting are remarkably improved, the internal defect rate is greatly reduced, the comprehensive yield is increased, and energy consumption and cost are reduced.

The invention discloses an electric arc additive repairing method for an ultra-large die-casting die. The electric arc additive repairing method comprises the following steps that (1) die damage analysis and pretreatment are conducted; (2) multi-metal gradient structure design; (3) arc additive repairing parameters are determined; (4) path trajectory planning; (5) electric arc additive repair is implemented; and (6) repairing post-treatment and performance detection. According to the technical scheme provided by the invention, through self-adaptive layering and path trajectory planning of the three-dimensional model, the electric arc additive repairing period of the ultra-large die-casting die is shortened; and in addition, through the multi-metal gradient structure design, performance matching of the repairing layer and the mold base body is achieved, and the repairing effect of electric arc additive repairing of the ultra-large die-casting mold is improved.

The application discloses a kind of high insulating safety shoes and processing injection mold, it is related to safety shoes processing technical field, including processing device, the processing device is set on processing groove, several groups of rotating rods are rotatably connected on the inside, rotating drum is fixedly installed on the rotating rod, transmission belt is sleeved on the rotating drum, limiting slot is set on the transmission belt, one end of one of the rotating rod extends to the outside of the processing device, one end of the rotating rod is fixedly connected with the output end of driving motor, the driving motor is fixedly installed on first mounting frame, the first mounting frame is fixedly installed on the processing device.The application has reasonable structure, realizes the raw material of processing is poured into the inside of casting mold groove, then the lower mold base is transmitted to the baffle between by the operation of driving motor, the scraper moves by the operation of servo motor, so that the excess raw material on the casting mold groove is scraped by the scraper, so that the processing box is processed.

The invention discloses a method for manufacturing a hydraulic support column socket casting mold through the 3D printing technology, and relates to the technical field of mold manufacturing, the method comprises the following steps that a three-dimensional digital model of a column socket casting is obtained, and the model comprises a ball socket curved surface with the continuous change curvature; based on the geometrical characteristics of the ball socket curved surface, multiple sub-regions with different printing process requirements are identified, and differentiated printing process parameter sets are distributed to the sub-regions; printing a mold blank according to the printing process parameter set by adopting a fused deposition modeling process; and the mold blank is subjected to finish machining, and the casting mold is obtained. In the process of 3D printing of the column socket mold, the ball socket area is divided into a plurality of sub-areas of the high-risk area and the general area according to intelligent geometric analysis of the curvature and the normal direction, different printing strategies are adopted in the different sub-areas, the amplitude of the periodic wavy surface is weakened, and the size precision and the profile tolerance of the casting mold are remarkably improved.

The invention discloses a mold for aluminum alloy casting and an aluminum alloy casting feeding method.The mold comprises a left mold body and a right mold body, casting cavities are formed in the left mold body and the right mold body, sand cores are arranged in the casting cavities, the casting cavities are arranged in the vertical direction, the top ends of the casting cavities penetrate to the top of the mold, cap cavities are formed in the two sides of the casting cavities, and the cap cavities communicate with the casting cavities; the casting mold cavity is provided with a main pouring gate penetrating to the top end of the mold, a plurality of transverse pouring gates are arranged beside the main pouring gate, one end of each transverse pouring gate is communicated with the main pouring gate, the other end of each transverse pouring gate is communicated with the cap cavity, and the mold for aluminum alloy casting is used for feeding. The casting mold cavity of the mold for aluminum alloy casting is vertically arranged, the top end of the casting mold cavity is open, aluminum alloy liquid is stably filled from bottom to top, heat can be concentrated to the top, sequential solidification from bottom to top is formed, shrinkage cavities and shrinkage porosity are effectively reduced, an opening in the top provides a direct exhaust channel for gas in the mold and gas generated by a sand core, and the casting mold cavity is more stable. And the risk that the casting generates air holes is greatly reduced.

The invention provides high-phosphorus wear-resistant gray cast iron and a production method thereof, and belongs to the technical field of high-phosphorus wear-resistant gray cast irons.The production method comprises the following steps that raw materials are inspected; smelting is conducted, specifically, waste steel, gray iron foundry returns, pig iron, a carburant and ferrophosphorus are sequentially put into an electric furnace to be melted; nickel, chromium and copper are sequentially added into the electric furnace, and the molten iron is quenched and tempered, so that the final components of the molten iron meet the requirements; molding: preparing a casting mold; a casting ladle is preheated, meanwhile, an inoculant is placed at the bottom of the casting ladle, then molten iron is poured into the casting ladle, and the inoculant is added along with flow in the process that the casting ladle conducts casting into the mold; box opening: the box is opened after the temperature is reduced, and the formed high-phosphorus wear-resistant gray cast iron is obtained; and performing heat treatment: performing high-temperature annealing on the high-phosphorus wear-resistant gray cast iron, and inspecting the casting to obtain a final finished product. According to the technical scheme, the purpose of improving the abrasion resistance and the mechanical performance of the gray cast iron is achieved.

The utility model relates to the technical field of pipeline bent pipe repairing device assembly machining, in particular to a vertical line casting mold of a fire-fighting pipeline indoor hydrant casting, which comprises a positioning mold and a die-casting mechanism, and the die-casting mechanism comprises a movable mold, a plurality of upper insertion rods, a plurality of lower insertion rods, a material injection assembly, a protection assembly and a plurality of locking assemblies. Two built-in rings in an existing locking assembly provide mounting support for an abutting cylinder and a locking plate correspondingly, the locking plate is elastically connected with the built-in ring on the upper side of the movable mold through a plurality of lead screws, the abutting cylinder is supported to pass through the locking plate after the locking plate is pressed by the abutting cylinder, the locking plate is attached to the built-in rings when the locking plate is not pressed, and therefore a material injection pipe in a material injection assembly is supported to be connected in an inserted mode at any time; the device is simple in structure and convenient and simple to operate, and solves the problems that the injection port and the conveying pipeline at the upper end cannot be detached, a gap between two templates is large due to the conveying pipeline, and the injection molding efficiency is influenced.

The invention relates to the technical field of automobile anti-collision beams, and particularly discloses a processing technology of an automobile high-strength and high-performance aluminum alloy anti-collision beam, which comprises the following steps: step 1, smelting: smelting industrial pure aluminum to a liquid state, stirring, sequentially adding Cu, Mn and Cr metals, stirring again, adding Si, Zn and Mg metals, continuously stirring, and adding RE and Ti to obtain a melt; step 2, casting: a semi-continuous casting method is adopted, the melt is placed in a casting mold for shaping, and a casting rod is obtained; step 3, homogenizing: loading the cast rod into a soaking pit furnace, heating to 515-535 DEG C, preserving heat for 8-10 hours, slowly cooling to below 200 DEG C along with the furnace, discharging and air cooling, and eliminating casting stress and component segregation; on the basis of existing 6-series aluminum alloy components, the mass fraction of each chemical component in the aluminum alloy raw material is readjusted, so that 6-series products meeting 7-series performance standards are processed, key performance indexes such as tensile strength, yield strength, ductility and elasticity modulus of the anti-collision beam are greatly improved, the process cost is reduced, and the production efficiency is improved. Efficient production and processing of enterprises are facilitated, and the purpose of thinning and weight reduction of the anti-collision beam is achieved.

The utility model relates to the field of injection mold design, and discloses an injection mold of a double-layer storage box, which comprises a first casting mold frame, a second casting mold frame and a lower mold seat, a mold cover is arranged above the first casting mold frame, the second casting mold frame is arranged right below the first casting mold frame, the lower mold seat is arranged right below the second casting mold frame, and a mold cover is arranged above the lower mold seat. A first casting mold device is formed between the first casting mold frame and the second casting mold frame, an embedded layered shell of the double-layer storage box can be formed in the first casting mold device in a die-casting mode, a second casting mold device is formed between the second casting mold frame and the lower mold base, and an external supporting box body of the double-layer storage box can be formed in the second casting mold device in a die-casting mode. The embedded layered shell is placed in the external supporting box body, and then the double-layer storage box with the suspended bottom can be formed. According to the utility model, the two groups of casting mould devices which work independently are arranged, so that the molding treatment of the embedded layered shell and the external supporting box body can be realized.

The invention relates to a skeleton type internal chill for a thick and large casting, belongs to the technical field of metal casting, and solves the problems that in the prior art, fusion of a traditional internal chill and a casting body is poor, the defects of inclusion and air holes are easily generated, and a solid external chill has a poor chilling effect on an ultra-thick and large part. The skeleton type internal chill comprises a hollow skeleton main body and a positioning structure, the outer contour shape of the hollow framework body is matched with the contour of a wall thickness area of a target casting in a profiling mode. The positioning structure is used for being matched with a positioning part on a casting mold core so as to fix the skeleton type internal chill at a preset position; after the framework type internal chill is fixed through the positioning structure and is closed, the hollow framework main body can be coaxially centered in a wall thickness area of a casting cavity, and a preset cooling gap is formed between the outer surface of the hollow framework main body and the surface of the cavity. And finally, the chilling effect on the wall thickness core area of the thick and large casting is remarkably enhanced, the shrinkage porosity and shrinkage cavity defects are effectively eliminated, and the internal density of the casting is improved.

This invention relates to the field of metal heat treatment technology, specifically disclosing a vibration-assisted low-pressure casting method and apparatus, comprising: a casting mold, a crucible, a riser pipe, a compressed air conveying structure, and an ultrasonic vibration auxiliary module. The casting mold is divided into a left mold and a right mold, which are fixedly connected. The crucible is connected to the riser pipe, and the riser pipe is connected to the gating system of the casting mold. The ultrasonic vibration auxiliary module includes a mold insert and a piezoelectric ceramic plate. The piezoelectric ceramic plate is disposed between the mold insert and the cavity surface of the casting mold, and is electrically connected to an ultrasonic generator. This invention's vibration-assisted low-pressure casting method and apparatus organically combine ultrasonic vibration technology with traditional low-pressure casting processes, fundamentally solving the problem of insufficient filling in complex structure castings and improving the density of the casting during solidification.

The invention provides a pouring mold for thermal battery shell processing, and belongs to the technical field of thermal battery processing. Comprising a mold body, a fixed mold body is arranged at the top end in the mold body, a movable mold body is arranged at the bottom end in the fixed mold body, pouring gates are formed in the bottom ends of the periphery of the fixed mold body, mold cavities are formed in the centers of the contact surfaces of the fixed mold body and the movable mold body, and exhaust grooves are formed in the four corners and the opposite sides of the outer sides of the two mold cavities; an auxiliary pouring assembly is arranged in the bottom end of the fixed mold and used for assisting in material pouring. A vacuum pumping assembly is arranged on the outer side of the auxiliary pouring assembly and is used for pumping gas in the cavity; a condensation assembly is arranged at the bottom end of the interior of the movable mold and used for cooling the movable mold. And the vacuum pumping system is communicated with the exhaust groove, gas in the cavity is pumped before pouring, bubble retention is reduced, and the compactness of the shell is improved.

The invention relates to the technical field of die-casting dies, in particular to an automobile part die-casting die and a using method thereof.The automobile part die-casting die comprises a base, guide rails are vertically and fixedly arranged at the four corners of the top of the base, and electric control sliding seats are slidably arranged on the guide rails. According to the automobile part die-casting die and the using method thereof, through a die core-transverse shaft-edge block linkage structure, when the die core is subjected to weight unbalance due to abrasion and fracture, the die core can naturally incline around the transverse shaft, and the visual physical inclination state can rapidly remind a user that the die core is damaged; faults can be judged without depending on complex sensors or detection instruments, and the problem that die-casting products are scrapped in batches due to the fact that hidden damage of the die cores is not found in time is solved. Meanwhile, compared with a traditional mode of manually and regularly checking the mold core, the design greatly shortens the fault recognition time, so that a user can clearly replace the mold core at the first time, the mold overhauling efficiency is remarkably improved, and the shutdown waiting time of equipment is shortened.

The utility model relates to the technical field of oil cylinder body casting molds, and discloses a cylinder body casting mold of an oil cylinder, which comprises a box body, a mold body I positioned on one side in the box body and a mold block III positioned in the middle position in the box body, the mold body I comprises a mold body II arranged on the other side in the box body, adjusting blocks I are arranged at the middle positions of one ends of the mold body I and the mold body II; the servo motor is arranged on one side of the box body, and the output end of the servo motor is connected with a two-way screw penetrating into the two first adjusting blocks. Through the servo motor and the two-way screw rod, the two sets of first adjusting blocks can drive the first die body and the second die body to conduct opposite adjustment, adjustment of the first die body and the second die body is more stable through the limiting rods and the limiting holes, and friction between the first die body and the box body and friction between the second die body and the box body can be reduced through the sliding rails and the sliding grooves; and the casting mold can be disassembled and assembled conveniently, and the casting mold can be used conveniently.

The utility model relates to metal casting technical field, and disclose a kind of low-pressure casting mould of adjustable casting cavity, including top die, bottom die, side mould, top rod, top rod plate, connecting plate, pull rod, the top die includes top die body, top die core, slider, inclined guide pillar, stop block, spring, the top die body is fixedly connected with stop block by bolt, and slidingly connected between slider, the top die core is fixedly connected with shunt cone, top die core and slider can be relatively moved between.The inclined guide pillar is fixed on connecting plate, connecting plate fixed pull rod, pull rod top end sets drive mechanism, for the lifting of inclined guide pillar, the slider corresponding inclined guide pillar direction sets a from top to bottom inclined through-hole, when inclined guide pillar moves downward, it can be inserted into the inclined through-hole of slider, slider is driven to move in direction away from top die core.This structure mould structure when switching size offset product does not need to add additional top die core, and can easily realize the change type work on die-casting machine platform, i.e. simple structure, convenient operation, improve metal utilization rate can also save time and increase production efficiency, save production cost.

The utility model discloses a casting mould quick positioning connecting structure, including upper die and lower die, the die cavity surface clamping of upper die has lower die, still include three order positioning groove, fixed pin mechanism, mould spin hole and stop spin hole, the die cavity surface rectangle distribution of upper die is equipped with three order positioning groove, through setting three order positioning groove at upper die, and lower die place sets up mould spin hole and stop spin hole for assembling fixed pin mechanism, and the fixed pin mechanism of lower die place containing head fixed column, vice fixed platform, main fixed platform can cooperate three order positioning groove and form three point contact surface formula positioning connection, and the positioning butt joint level is increased significantly, can realize the positioning of upper die and lower die fast and accurately, and the composite installation mode of main fixed platform rear tail spin column cooperation inner hexagonal bolt at lower die, both solve the problem of single thread installation instability, and when the positioning part wears, through the convenient spin disassembly operation realizes the quick replacement of positioning structure.

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 relates to an auxiliary casting mold device for cast steel forming of a mine dump truck, which comprises a ventilation device composed of a ventilation pipe, a pressure regulating box and an air inlet box, and a fixed mold frame for cast steel forming; the upper port of the pressure regulating box is communicated with the lower port of the air inlet box; the ventilation pipe is provided with a ventilation triggering device at the end; an adjusting pipe is slidably connected in the air inlet box; the adjusting pipe is a pipe structure with a contraction in the middle and expansion at both ends; the application utilizes the pressure change caused by the contraction and expansion positions of the adjusting pipe by the cooling airflow to adjust the pressure in the pressure regulating cavity, and further adjusts the suction process of the ventilation pipe to the gas in the fixed mold frame; on one hand, the gas in the fixed mold frame is timely sucked into the pressure regulating cavity to avoid the residual gas in the fixed mold frame; on the other hand, after pouring is completed, the liquid cast steel material in the ventilation pipe is re-pressed into the fixed mold frame to reduce the loss of the cast steel material.

The utility model relates to the technical field of hub manufacturing, and particularly discloses a multi-channel cooling liquid flow optimized hub casting die which comprises an installation frame, a lower casting die is installed on one side face of the installation frame, a cooling assembly is connected to one side face of the installation frame, and the cooling assembly comprises a liquid storage tank. And one side surface of the liquid storage tank is communicated with a liquid supply pump. According to the multi-channel cooling liquid flowing optimized hub casting mold, cooling liquid can be conveniently stored through the liquid storage tank, the temperature of the cooling liquid is low, the cooling effect of the cooling liquid on the lower casting mold body is better, the cooling liquid can be conveniently guided into the lower casting mold body in cooperation with a liquid injection pipe and an annular coil pipe, a hub is evenly and rapidly cooled, and the cooling efficiency is improved. And meanwhile, an external thread communicating pipe is matched to be in threaded connection with one end of the annular coil pipe, the filter can be conveniently replaced, the filter can filter cooling liquid, the situation that conduction is affected by impurities in the cooling liquid is avoided, and the cooling efficiency is improved.