168results about "Moulding machine components" patented technology

The utility model relates to a through-type drawing device for a plurality of large iron molds with different cavities, and belongs to the field of machinery. The device comprises movable trolley tracks, a lifting travelling crane, a plurality of movable trolleys, a fixed iron mold and a model drawing separation mechanism, the movable trolleys are all arranged on the movable trolley tracks, the movable trolley tracks are arranged on the two sides of the fixed iron mold and the model drawing separation mechanism, the lifting travelling crane is arranged above the fixed iron mold and the model drawing separation mechanism, and the lifting travelling crane is arranged above the fixed iron mold and the model drawing separation mechanism. Two rails are installed on a base in the fixed iron mold and model drawing separation mechanism, drawing supports are fixed to the two sides of the rails, two lifting drawing hydraulic cylinders are installed in the upper plane of each drawing support, a plurality of clamping mechanisms are fixed to each drawing support, and two drawing beams are fixedly connected through two drawing supporting beams. The device is reasonable in structural design, convenient to install, reliable in operation, low in labor intensity, high in mechanization degree, good in drawing quality of an iron mold casting mold, smooth in technological process and capable of meeting use requirements.

The application belongs to the field of core shooting machines, in particular to a kind of foundry coated sand core shooting machine, including frame, movable die assembly, fixed die assembly, sand shooting assembly, sand supply assembly, and the fixed die assembly includes upper die;The upper die and frame are in fixed connection;The upper die top is provided with sand inlet, and bottom is provided with forming chamber;The inner wall of the upper die is provided with exhaust air duct;The bottom of the exhaust air duct is provided with a plurality of first exhaust ports, and the first exhaust port is in communication with the forming chamber;Through the cooperation of first exhaust port, exhaust air duct and second exhaust port, the forming cavity of upper die and bottom die can be exhausted, to reduce the loosening of sand particles in the cavity caused by gas, improve the density and smoothness of the surface of the formed sand core, and at the same time, through the setting of the protrusion, the escape speed of the gas in the exhaust air duct can be accelerated, thereby ensuring the exhaust effect of the device.

The invention relates to a 3D printing sand mold cleaning device which is characterized by comprising an automatic sand cleaning room, a roller shutter door arranged at an inlet of the sand cleaning room, an automatic transfer trolley used for bearing and transferring a sand mold, a sand cleaning mechanism, an air supply system and a control unit. The sand cleaning mechanism comprises a plurality of sand cleaning actuators and a driving mechanism used for driving the sand cleaning actuators to do linear movement independently. An automatic sensing device is arranged on each sand cleaning actuator and is used for detecting the distance between the automatic sensing device and the surface of the sand mold in real time in the moving process; the control unit is in signal connection with the driving mechanism, the automatic induction device and the air supply system. The invention further relates to a sand cleaning method for the 3D printing sand mold. According to the scheme, the problem that a traditional automatic sand cleaning device cannot treat sand molds with complex inner cavities, deep cavities or special-shaped structures can be solved.

The vibrating screen for the vertical sand spraying machine comprises a screen frame, a screen plate, a drainage partition plate, a vibrator and a flow guide pipe, the screen plate is arranged at the bottom of the screen frame, screen holes are evenly formed in the screen frame and the screen plate respectively, and the vibrator is arranged on the outer wall of one side of the screen frame; an integral structure formed by connecting the screen frame and the screen plate is obliquely arranged, the drainage partition plate is arranged in the integral structure formed by connecting the screen frame and the screen plate, and the portions, located on the two sides of the drainage partition plate, of the screen plate are provided with a feeding position and the flow guide pipe correspondingly; an opening is formed in the side, away from the feeding position, of the drainage partition plate. The vibrating screen has the advantages that the vibrating screen is simple in overall structural design, effective separation of sand grains and sand bumps is achieved with extremely low cost, the blocking frequency of the screen plate is remarkably reduced, the noise reduction effect is greatly improved, the failure rate of a sand spraying machine is reduced, and uniformity in the sand spraying process is achieved.

The utility model relates to the technical field of shell core machines, in particular to a sand blowing mechanism for a shell core machine, which comprises a base, mounting brackets are symmetrically arranged on the top surface of the base, the mounting brackets are fixedly mounted on the top surface of the base through bolts, and mounting modules are symmetrically arranged on the two mounting brackets. The mounting module comprises an X-shaped connecting plate arranged on the inner side of the mounting support, supporting assemblies are symmetrically arranged at the lower end of the X-shaped connecting plate, and a sand blowing mechanism is arranged on the X-shaped connecting plate. The mold has the advantages that the structures of the movable mold and the static mold are modularized, so that the maintenance operation space is more sufficient when any one of the movable mold and the static mold is maintained, the maintenance working efficiency is improved, the design is more reasonable, and the mold is more convenient to use. And the supporting assembly is further arranged to reduce the impact during sand shooting, and the practicability is higher.

This invention discloses a sand mold forming die, relating to the field of mold equipment technology. The forming die can form a mold body from molding sand in one step, and two sets of mold bodies can be joined to form a complete sand mold. Specifically, it includes: a bottom mold, a top mold, and an interface plate. The bottom mold has a first shaping surface for forming the external shape of the mold body, and the top mold has a second shaping surface for forming the internal shape of the mold body. When the bottom mold and the top mold are joined, the first shaping surface and the second shaping surface are opposite each other. The interface plate is movably placed on the first shaping surface to form a connecting part on the outside of the mold body during molding. After the mold bodies are joined to form a sand mold, different sand molds can be connected in series through the connecting part. This invention can use a single type of mold to manufacture different types of mold bodies that can be joined together, greatly improving the preparation efficiency and economic benefits of sand molds.

The utility model relates to a sand core making machine, and discloses a sand core ejection structure of a vertical sand core making machine, which comprises an equipment frame, a first mounting part, a second mounting part, four connecting columns, a group of springs, a third mounting part and an oil cylinder. At the beginning, the upper mold is in an upper limit position, and at the moment, the first ejector rod of the third mounting part penetrates out of the upper frame body, acts on the connecting part and overcomes the spring, so that the second ejector rod of the ejection part exceeds the mold cavity of the mold part. And then, the oil cylinder enables the upper mold to move downwards, before the upper mold and the lower mold are closed, the first ejector rod is separated from the connecting part, and under the action of the spring, the second ejector rod recovers to be flush with the mold cavity of the mold part. And then, the upper mold continues to move downwards to be closed with the lower mold, a sand shooting hole is formed in the side wall of the mold, and a sand shooting cylinder shoots sand into the mold from the sand shooting hole. And finally, the oil cylinder enables the upper mold to move upwards and restore to the initial state, and the second ejector rod ejects the sand core in the mold cavity of the lower mold upwards, so that the sand core is separated from the mold cavity.

The invention provides an automatic material receiving device for a core shooter, which belongs to the technical field of core shooters, comprises a material receiving bracket, and is characterized in that a material receiving conveying module is arranged on the material receiving bracket, a protection box is arranged on the outer side of the material receiving conveying module, an air exhaust module is arranged on the protection box, and a refrigeration module is arranged on the air exhaust module; an exhaust cooling module is arranged on the refrigeration module, and a cold water supply module is arranged on one side of the refrigeration module. The automatic material receiving device for the core shooter solves the problems that an existing automatic material receiving device for the core shooter is poor in cooling effect, low in cooling speed and not beneficial for subsequent personnel to take.

The utility model belongs to the technical field of machining auxiliary tools, and provides an automatic carrying mechanism for cylinder body sand core blanks, which is labor-saving and quick to use and also reduces the blank breakage rate. Comprising an industrial mechanical arm, a workpiece fork, a first in-position monitor, a core rod removing plate, a chain scraper conveyor and a core shooter, a discharging track is arranged at an outlet of the core shooter, one end of the discharging track is located in the core shooter, the other end of the discharging track is located outside the core shooter, and a blank output trolley is installed on the discharging track; a first in-place monitor is installed at the position, away from a core shooter body, of an outlet rail of the core shooter, an industrial mechanical arm, a core rod removing plate and a chain scraper conveyor are fixedly installed on one side of the outlet rail of the core shooter, and a workpiece fork is installed at the arm end of the industrial mechanical arm. The core rod removing plate is structurally characterized in that a thin plate is mounted at the upper end of a bracket fixed on the ground.

The application relates to the technical field of casting, in particular to a resin sand molding mold stripping device convenient for large casting, which has the following technical scheme: an annular track is arranged on the ground and below the horizontal plane, an inner surrounding area of the annular track is used to form a placing station for placing a mold and a sand box; a positioning assembly is slidably arranged in the annular track; and a pressing assembly is arranged on the positioning assembly, the positioning assembly is used to drive the pressing assembly to move above lugs on the periphery of the mold, and the pressing assembly is used to press the lugs of the mold to fix the mold. The application has the advantages that manual knocking on the mold is not needed for many times, the mold is not easily damaged, the whole process is fast and convenient, the stripping action can be completed only by once hoisting, the production efficiency and the overall molding quality are improved.

The utility model discloses a shell core machine, and relates to the technical field of casting. The shell core machine is technically characterized by comprising a shell core machine bottom frame, a mold frame component and a sand shooting device are installed above the shell core machine bottom frame, a cavity is formed in the shell core machine bottom frame, and openings are formed in the top and the front side of the shell core machine bottom frame; a screening frame is arranged in the cavity and placed on the first supporting angle steel and the second supporting angle steel, and the first supporting angle steel and the second supporting angle steel are both fixedly connected with the shell core machine bottom frame. And a purging unit is mounted outside one side of the shell core machine chassis in the length direction. When the shell core machine is used, the screening net in the shell core machine can automatically complete separation work of available precoated sand and impurity sand blocks, so that the trouble that workers need to screen and separate the impurity sand blocks and the available precoated sand grains subsequently can be omitted, and the workload of the workers is effectively reduced.

The invention relates to the technical field of evanescent mode casting models, and discloses evanescent mode manufacturing equipment which comprises a casting mold frame, a moving guide mechanism, a cooling box and a mold are arranged in the casting mold frame, and the moving guide mechanism is used for driving the cooling box and the mold to move; wherein the cooling box is located between the mold and the moving guide mechanism, when the cooling box is attached to the mold, the cooling box is used for cooling the mold, temperature transfer can be conducted between the cooling box and the mold, and the evanescent mode manufacturing technology comprises the steps that 1, the evanescent mode equipment is used for manufacturing an evanescent mode; 2, the cooling box is filled with a cooling medium; 3, the cooling box is attached to the mold, and the mold is cooled through the cooling box; and 4, the mold is moved for demolding, and the mold cooling device has the advantages that cooling liquid can evenly cool the mold, and meanwhile the cooling efficiency is high.

The invention provides a sand mold three-dimensional interconnected high-flexibility channel rapid freezing device and method.The device comprises a frozen sand mold printing system and a frozen sand mold post-processing system, and the frozen sand mold post-processing system comprises a pore positioning module, a pore sand cleaning module and a rapid freezing module; a belt conveyor is arranged between the frozen sand mold printing system and the frozen sand mold post-processing system, and a printed frozen sand mold is transferred from the frozen sand mold printing system to the frozen sand mold post-processing system through the belt conveyor. On the basis of an airflow scanning positioning and closed-loop sand cleaning system, the pore three-dimensional shape is precisely reduced, residual sand is removed, micron-sized pore control and overall frozen sand mold rapid freezing are achieved, the consumable cost is reduced, the frozen sand mold whole-process machining efficiency is effectively improved, and the product quality is improved. And a high-precision, short-period and zero-waste green casting solution is provided for the fields of aerospace, automobiles and the like.

The application discloses a kind of 3D printing sanding devices of sanding stable, it is related to printing sanding technical field, including lower sand hopper, the top of lower sand hopper is equipped with sand supply port, the bottom of lower sand hopper is equipped with the lower sand port of fixed width, lower sand hopper below is equipped with conveying belt assembly, lower sand port two sides are equipped with sand outlet and sand blocking piece, sand blocking piece is contacted with the upper surface of conveying belt assembly, and sand outlet bottom and the upper surface of conveying belt form sand outlet passage between.The lower sand hopper below is provided with conveying belt assembly, and the sand material discharged from lower sand port can be retained on conveying belt assembly, sand blocking piece blocks sand material from discharging from rear, and only when conveying belt assembly starts transportation, sand material in lower sand hopper can be continuously discharged from sand outlet passage.The lower side of sand outlet passage is conveying belt, with certain deformability, and when facing sand material with slightly larger particle size than sand outlet passage or insufficient roundness, sand outlet passage can also discharge it, reducing the situation that sand material is stuck and blocked in sand outlet passage.

The application relates to the field of molding sand printing, in particular to a sand feeding part capable of feeding various molding sands and a molding sand printing device, which comprises a base frame, a plurality of sand boxes arranged along the length direction of the base frame, the upper ends of the sand boxes are all provided with openings, and the bottoms of the sand boxes are all provided with sand pushing plates capable of moving upward; a roller shutter plate is slidably arranged on the upper side of the base frame, a slot is formed in the roller shutter plate, and the upper ends of the sand boxes can be aligned with the slot in sequence by sliding the roller shutter plate. The application has the effects of improving the sand feeding efficiency when a single sample is printed by using various molding sands, and improving the printing efficiency of the sample.

The application provides a multi-material interlayer and intra-layer double-composite digital differential sanding device, which comprises a plurality of combined lifting sand dischargers, a sanding printing device, a forming platform, a support frame, a base and a detection sand supplementing device, wherein the plurality of combined lifting sand dischargers are composed of a sand scraping plate, a plurality of combined sand storage boxes, a motor and a spiral sand feeder, the sanding printing device is composed of a printing nozzle, a sand A storage box, a sand B storage box, a gradient mixed sanding box, a scraping plate, a twisting mechanism, a heating pipe and an extrusion stirring device, and the detection sand supplementing device is composed of a detection device and a sand supplementing device. The multi-material casting obtained by the device has excellent performance, the thermal physical property parameters of each part change uniformly in gradient, which is beneficial to uniform heat dissipation of the casting and collapse of the sand mold during pouring, fully plays the advantages of multi-material heat transfer and heat storage, and realizes high-throughput preparation of the continuous gradient transition layer of the multi-material sand mold.

The invention relates to a method and a device for rapidly forming a near-infrared targeted hardened water glass binder blast sand mould driven by a solar cell. The three translation mechanisms are used for driving the sand leaking mechanism, the water glass spraying mechanism and the near-infrared resistance wire heating mechanism to conduct sand laying, water glass binder spraying and near-infrared heating respectively, rapid molding and hardening of sand are achieved, and the working efficiency is improved. A near-infrared optical conversion agent is added into a water glass binder, the near-infrared optical conversion agent absorbs near-infrared light, molecules or electrons in a material are excited to enter a high-energy state, and then redundant energy is released as heat in the process of returning to a ground state; the near-infrared targeted heating of the water glass binder containing the near-infrared optical conversion agent is realized, and the hardening speed of the water glass binder is further improved.

This invention relates to the field of core-making equipment technology and provides a high-precision mold closing and flipping mechanism for core-making equipment. The mechanism includes a four-guide-rod guide frame fixed to the main body of the core-making equipment; a fixed mold mounting plate fixedly sleeved on the four-guide-rod guide frame; an assembly plate fixedly sleeved on the four-guide-rod guide frame; a flipping plate disposed within the assembly plate and the four-guide-rod guide frame; an adjustment mechanism disposed on the assembly plate for controlling the flipping plate's flipping and mold closing; and a cooling mechanism disposed on the four-guide-rod guide frame for cooling. This high-precision mold closing and flipping mechanism for core-making equipment effectively alleviates the overheating problem of the four-guide-rod guide frame and reduces component wear and malfunctions.

The utility model relates to the technical field of precoated sand core shooters, and provides a precoated sand core shooter for continuous production of metal castings, which comprises a bottom plate, the top of the bottom plate is fixedly connected with an L-shaped support, the back of the L-shaped support is fixedly connected with a driving motor, and the driving motor is fixedly connected with the bottom plate. The other end of an output shaft of the driving motor is fixedly connected with a rotating shaft in a sleeving mode, and the outer surface of the rotating shaft is fixedly connected with a rotating rod in a sleeving mode. In the device, through the arrangement of the driving motor, the rotating rod, a circular shaft, a T-shaped rod and a scraping plate, when the driving motor operates, the rotating shaft can drive the rotating rod to rotate; according to the technical scheme, the circular shaft rotates to drive the T-shaped rod to move forwards, so that the scraping plate moves forwards, the purpose of automatically scraping the residual precoated sand at the injection port of the mold is achieved, and the technical problem of residual precoated sand at the injection port of the mold in the prior art is solved.

An inorganic sand core mold water cooling shooting plate comprises a shooting plate and a plurality of sand shooting nozzles, the shooting plate is provided with a plurality of sand shooting openings, the sand shooting nozzles are installed at the bottom of the shooting plate, and sand shooting cavities of the sand shooting nozzles correspond to the sand shooting openings; the sand shooting nozzle comprises a shell and an inner core, the inner core penetrates in the axial direction to form a sand shooting cavity, the inner core is sleeved with the shell, a water cooling cavity is formed between the shell and the inner core, the shell is provided with a water inlet and a water outlet, and the water inlet and the water outlet are communicated with the water cooling cavity; the plurality of sand shooting nozzles are connected through hoses, and a water inlet of one sand shooting nozzle is connected with a water outlet of another sand shooting nozzle through a hose. The sand shooting nozzle is directly mounted at the bottom of the shooting plate, and the water cooling cavity is formed in the sand shooting nozzle, so that the complicated process that a water cooling channel needs to be milled on the shooting plate in a traditional mode can be avoided, the overall structure of the shooting plate mold is simplified, and the manufacturing cost is reduced.

This utility model discloses an adjustable shaft holder for cast steel molding, including a shaft base and a shaft. A cross groove is provided on the top surface of the shaft base, and bolt holes are spaced apart within the cross groove. A bushing is bolted above the bolt holes, and a shaft groove is provided inside the bushing, with the shaft itself housed within the groove. This utility model, by providing multiple bolt holes within the cross groove, allows for flexible adjustment of the shaft's center distance according to production needs, meeting the production requirements of castings of different sizes. It enables 2-hole and 4-hole shaft holders to share a single base, improving the device's versatility and production adaptability, significantly reducing the number of shaft holders required and storage space needed, and greatly lowering production costs.

A method of manufacturing a sand casting hybrid tooling pattern plate used to form a mold in foundry sand includes providing a base plate having a planar surface, creating a surface condition on the planar surface of the base plate for subsequent additive manufacturing directly on the surface, and forming, via additive manufacturing, a mold-cavity-forming pattern member on the planar surface of the base plate.

This utility model relates to the field of core shooting machine technology, specifically a feeding device for a core shooting machine, comprising: a discharge port provided below the sand shooting box, and an electric push rod provided inside the discharge port; a connecting plate installed at the bottom end of the electric push rod, and an mounting plate connected to one side of the connecting plate, with a telescopic sleeve installed on the surface of the mounting plate; a scraper provided on one side of the mounting plate, with a telescopic rod fixedly connected to the surface of the scraper; by providing a telescopic scraper, when it is necessary to clean the inside of the discharge port, the motor drives the electric push rod to rotate through the rotating rod, and the electric push rod drives the scraper to slide along the inner wall of the discharge port through the connecting plate and the mounting plate, scraping and cleaning the sand particles and adhesive adhering to the inner wall of the discharge port. At the same time, the extension and retraction of the electric push rod drives the connecting plate to rise and fall inside the discharge port, and the connecting plate drives the scraper to rise and fall synchronously through the mounting plate, thereby achieving a comprehensive cleaning of the inner wall of the discharge port and avoiding the problem of incomplete cleaning of sand particles or adhesive due to deformation of the cleaning plate.

A sand core making machine that includes a hopper having a hollow body with an inner surface delimiting a passageway for a material used in the manufacture of a sand core. The hopper includes a plurality of breaker assemblies with each breaker assembly having at least one string. The ends of a string are attached to corresponding attachment points of the inner surface of the hollow body, such that the strings are arranged in a flow passage of the material. At least two breaker assemblies are spaced apart such that the two breaker assemblies interact with each other to break lumps of the material supplied to the hopper when the hollow body is shaken.

The present application relates to the technical fields of coated sand core making, in particular to a sand shooting machine for forklift accessory mold forming, comprising a sand shooting machine body, sand shooting heads, and a feeding table, wherein the sand shooting machine body is provided with the feeding table and a plurality of sand shooting heads, the sand shooting heads are provided with sand shooting nozzles, the feeding table can move in the vertical direction, the feeding table is provided with an upper mold at the bottom end, the sand shooting machine body is provided with a lower mold, the upper mold and the lower mold are matched to form a mold for forming coated sand, the sand shooting heads and the sand shooting nozzles are matched to spray coated sand into the mold, and the sand shooting heads and the feeding table are provided with a waste gas removal device. When the coated sand in the mold is heated to produce toxic waste gas during the working process of the sand shooting machine, the waste gas removal device can automatically remove the toxic waste gas.

The invention relates to the technical field of gearbox casting, and discloses large gearbox body combined casting equipment which comprises a sand mixer used for manufacturing self-hardening sand; the at least one molding machine is used for compacting and molding the manufactured self-hardening sand for at least two times to form an upper sand mold and a lower sand mold; the first conveying assembly is arranged in the middle of the molding machine and used for conveying a sand box used for manufacturing the upper sand mold or the lower sand mold to a bottom mold of the molding machine and conveying the manufactured upper sand mold or the lower sand mold to the position above the pouring table; and the second conveying assembly and the first conveying assembly are located on the same conveying line, and the second conveying assembly is used for conveying the upper sand mold or the lower sand mold to the pouring table and enabling the upper sand mold to be positioned and placed on the lower sand mold. The first conveying assembly and the molding machine are tightly matched to complete manufacturing of an upper sand mold or a lower sand mold, the upper sand mold or the lower sand mold is directly conveyed to the second conveying assembly on the same conveying line, only the conveying direction of a sand box needs to be positioned, and manual operation can be reduced.

The invention belongs to the technical field of core casting, and discloses core box transferring equipment. The core box transferring equipment comprises a moving vehicle body and bearing equipment, wherein the moving vehicle body comprises a mounting plane; the bearing equipment is arranged on the mounting plane and comprises a driving assembly and two bearing mechanisms arranged at intervals along the X axis, extension plates are arranged at the two ends, along the X axis, of a mold frame of the core box, the two bearing mechanisms bear the two extension plates correspondingly, and the moving vehicle body can move towards or away from the moving part so that the core box can be moved to or out of the position above the moving part. The driving assembly is configured to drive the bearing mechanism to move downwards or upwards along the Z axis so as to drive the core box to move along the Z axis to be inserted into or pulled out of the moving part. According to the core box transferring equipment, automatic transferring and automatic loading and unloading of the core box can be completed, the production cost is reduced, the occupied area is small, and the transferring efficiency is high.

The utility model belongs to the technical field of sand mold rapid casting, and discloses casting 3D printing sand mold rapid casting equipment which comprises a fixing box, a printer body is installed in the fixing box, two translation sliding grooves are formed in the inner wall of the bottom end of the fixing box, a printing box is movably installed in the fixing box, and a protruding block is fixedly installed on the front end face of the printing box. Through holes are formed in the upper end and the lower end of the protruding block, inserting rods are movably installed in the through holes, two supporting assemblies capable of supporting the printing box to horizontally move and slide are installed on the side walls of the front side and the rear side of the printing box correspondingly, and two anti-toppling assemblies capable of preventing the printing box from toppling in the moving process are installed at the bottom end of the printing box. The hydraulic push rod at the bottom end of the fixed box slowly shrinks to enable the fixed box to incline, so that the printing box slowly slides out, and in the sliding-out process, the printing box is supported through the lifting rod, the universal wheels, the rotating plate and the second universal wheels, and it is guaranteed that the printing box can horizontally move and slide out of the fixed box.

The utility model relates to the technical field of core making equipment, and discloses core making equipment for sand mold casting, which comprises a core making box and a molding sand box, the molding sand box is arranged in the core making box, a servo motor is arranged at the lower part of one side of the core making box, and a screw rod assembly is arranged on the bottom surface in the core making box. A servo motor is arranged in the core making box, an output rod of the servo motor rotationally penetrates through the core making box to be connected to the input end of the lead screw assembly, and clamping plates are symmetrically fixed to the output end of the lead screw assembly. The air permeability can be guaranteed, the strength of the molding sand can be guaranteed, the problem that the molding sand prepared by existing core making equipment for sand mold casting is poor in air permeability or insufficient in strength is solved, and the situation that the molding sand does not have air permeability due to repeated pressing is avoided.