18results about How to "Guaranteed molding accuracy" patented technology

A kind of continuous die, to form guard board support, the continuous die includes upper die and lower die, the continuous die includes transverse sequential distribution blanking station, forming station, flanging station and separation station, the upper die and lower die are provided with two groups of blanking mould core, two groups of forming mould core, two groups of flanging mould core and two groups of shearing mould core about a transverse extension symmetry axis symmetry in corresponding station.The utility model continuous die, with multiple stations, make the force that mould is suffered when clamping more dispersed, and bend structure is symmetrically arranged, force is symmetrical, prolongs the service life of mould.

The present disclosure relates to the technical field of cold header, and one embodiment of the present disclosure provides a torsion shear bolt cold header, which comprises a calibration device, and the calibration device comprises two side plates one. In the present disclosure, the design of the cooperation of the extrusion roller one and the extrusion roller two with the inclined surface of the positioning ring effectively corrects the bending deformation of the steel bar, and significantly improves the feeding smoothness; the circulating cooling and lubricating system composed of the water tank and the water jet head not only reduces the friction resistance between the steel bar and the mold, but also prolongs the service life of the equipment; through the cooperative control of the electric clamp and the cold header, the precise feeding and forming of the steel bar are realized, and the forming precision of the torsion shear ring groove is ensured. These improvements enable the equipment to stably process the bent steel bar, greatly improve the production efficiency and product quality; through the above technical scheme, the technical problem of easy deformation of the steel bar in the related art is solved.

This invention provides a titanium plate grinding machine, comprising a gantry frame, a grinding assembly, and a drive assembly. The drive assembly is mounted on the gantry frame. The grinding assembly includes a grinding head beam mounted on the drive assembly and a grinding head assembly mounted on the grinding head beam. The grinding head assembly is a four-grinding-head structure, including a first grinding head, a second grinding head, a third grinding head, and a fourth grinding head. The drive assembly includes a traveling motion device, a lateral movement device, and a lifting device for driving the grinding head assembly to move in three-dimensional space. This invention employs a four-grinding-head structure, coupled with an inverted T-shaped grinding head beam, significantly improving grinding efficiency and equipment stability, and avoiding tool marks. All motion axes are upgraded to servo control, improving grinding accuracy and uniformity. The grinding wheels are locked with flange bolts, simplifying disassembly and assembly and ensuring grinding quality. A new spray cooling system and a removable sludge tank are added to achieve centralized waste removal and water resource recycling.

The application discloses a kind of convex structure 3D printing method of inner cone parts, belong to 3D printing manufacturing technical field, it includes box, the base is placed in the bottom of the box, the outer side of the base is fixedly installed with portal frame, the first motor is installed in the base side, the fan that is used with the air suction pipe is installed in the working tank, the filter plate is installed in the first fixed block buckle;Through the extension head structure design to the inner wall of inner cone part main body, extension head itself has the effect of strengthening the overall structure support strength of part, the use amount of extension head and part inner wall part support can be greatly reduced when D printing, not only reduce the support material cost, but also can reduce subsequent support piece removal process, avoid to cause damage to extension head, part inner wall when removing support, further improve part forming quality and production efficiency, especially adapt to the precise printing demand of complex convex structure such as inner cone part inner wall extension head with structural strengthening function.

This invention discloses an aluminum-plastic back panel forming device and method, comprising a clamping mold, a trimming mold, a convex bulge forming mold, and a convex dot punching mechanism. The convex bulge forming mold is located inside the clamping mold, and several convex dot punching mechanisms are distributed in the convex bulge forming mold area. The convex bulge forming mold includes an upper convex bulge forming mold, which is connected to the bottom side of a transition plate via an elastic reset member. The elastic reset member pulls the upper convex bulge forming mold against the bottom side of the transition plate. The convex dot punching mechanism includes a convex dot punch rod, the upper end of which is fixedly connected to a main drive plate. The convex dot punch rod is connected to the upper convex bulge forming mold via a transmission structure, and is used to drive the upper convex bulge forming mold to complete the convex bulge forming after the convex dots are formed. This invention can ensure the stamping performance of the aluminum-plastic back panel structure formed in one stamping process and guarantee the forming quality of the aluminum-plastic back panel.

This utility model discloses a precast power wall end mold with a walking mechanism, relating to the field of precast power wall technology. It includes a mold body, a first mold support welded to the bottom of the mold body, an inclined support welded to the side of the mold body opposite to the casting side, a first roller and a second roller mounted on the first mold support, an independent roller mounted on the inclined support, and a braking device for braking the first roller. The lowest points of the wheel surfaces of the first roller and the independent roller are at the same height, used for rolling support on the top plane of the upper horizontal section of an I-beam track. The second roller is a conical wheel located below the first roller, used for rolling against the bottom inclined surface of the upper horizontal section of the I-beam track. When used as the end mold of a precast power wall casting equipment, this utility model's precast power wall end mold achieves more stable movement and excellent controllability.

The utility model relates to injection moulding processing mould technical field especially relates to a kind of injection molding part quick -wired mould. Including: top plate, top block being arranged in the top plate below, intermediate block being arranged in the top block below, several bottom blocks being arranged in the intermediate block below and bottom plate being arranged in the bottom block below, the inside detachable connection of the top block has mould core;The middle part of the top plate is provided with main flow pipeline, and the main flow pipeline is communicated with the mould core. The utility model provides a kind of injection molding part quick -wired mould with the advantages of high work efficiency, good product quality, long service life, low cost, simple structure and easy to disassemble and assemble.

This utility model relates to the technical field of injection molds, and in particular to an injection molding structure combining a sliding block and a slanted ejector. It includes a front mold assembly, a rear mold assembly, a sliding block mechanism, and a slanted ejector mechanism. The front mold assembly has a front mold core, the rear mold assembly has a rear mold core, and the sliding block mechanism has a sliding block insert. The front mold core, rear mold core, and sliding block insert cooperate to form an injection cavity. The sliding block insert is located on the side of the injection cavity and is used to injection mold the side wall of the plastic part. The slanted ejector mechanism has a slanted ejector rod, and the sliding block insert has a guide slanted hole. The slanted ejector rod passes through the guide slanted hole, thereby cooperating with the sliding block insert to injection mold the undercut on the side of the plastic part. In summary, this design effectively handles the undercut on the side of the plastic part, while simplifying the mold structure, reducing manufacturing costs, and improving demolding reliability.

The utility model provides a kind of high-precision positioning mechanism of aluminium alloy die-casting die with insert, belong to mould technical field.It includes lower mould plate, the lower mould plate is provided with two installation annular iron insert's forming cavity, the lower mould plate is provided with high-precision positioning assembly corresponding with annular iron insert, the lower mould plate is also equipped with wind-water cooling combined type cooling runner structure.High-precision positioning assembly can be accurately positioned annular iron insert by being set, improve insert installation precision, avoid die-casting size out-of-tolerance and combination bad;With wind-water cooling combined type cooling runner structure, the speed of expansion and contraction of aluminium iron can be comprehensively prevented insert skin aluminium shell fracture, guarantee product performance and reliability.

The application discloses a chain bucket type rectangular groove excavating device and a whole-section soil sampling method thereof, and belongs to the technical field of soil sample collection. The device comprises an elevator assembly, a quadrilateral frame, a chain excavating assembly, an excavating bucket and a cutting unit. The elevator assembly is fixed to the ground surface, the quadrilateral frame can be horizontally slid to adjust the position, the bottom of the chain excavating assembly is horizontally arranged, and the cutting unit cuts the root system before the excavating bucket contacts the soil. When sampling, a first pair of parallel rectangular grooves are excavated first, the elevator is moved and rotated by 90 degrees, and then a second pair of parallel rectangular grooves are excavated, so that a character-shaped groove is formed, a protection plate is installed and spliced into a sample box body, and the soil column is pulled out as a whole by using the elevator. The application does not need to dig an operation pit, can realize root cutting, anti-soil return, synchronous film laying and in-situ protection of the soil column, and has the advantages of high sampling efficiency, good soil column integrity, safe and convenient operation and the like.

The invention belongs to the technical field of die-casting dies, and provides a die-casting die for a shell, which comprises a movable die assembly, a fixed die assembly, a sliding block mechanism, a cooling mechanism and a feeding mechanism, the sliding block mechanism comprises an auxiliary sliding block, and the auxiliary sliding block comprises a feeding end face and a profiling face. The fixed mold assembly comprises a mold core, and a cooling hole is formed in the mold core; the cooling mechanism comprises a high-pressure point cooling pipe, and the high-pressure point cooling pipe is used for forming a cooling loop in the sleeve; the feeding mechanism comprises a main flow channel and a feeding channel. Compared with the prior art, the auxiliary sliding block is arranged on the side wall, without an inverted buckle structure, of the product cavity to serve as a feeding auxiliary structure, the feeding direction of the product cavity is parallel to the thickness direction of the shell in cooperation with the feeding mechanism, stable feeding of molten metal in the thickness direction of the shell is achieved, and strong impact on local parts of the cavity is avoided; and the filling uniformity of the molten metal is improved.

The utility model relates to the technical field of injection molding devices, and discloses a high-frequency vibration bubble-removing injection molding device for an elastomer sealing element, which comprises a base, a lower mold and an upper mold, a vertical guide rod is fixedly mounted on the base, and the lower mold and the upper mold are respectively provided with a sliding hole matched with the vertical guide rod in a sliding manner. A vibration motor is fixedly installed on the lower surface of the lower die, and limiting clamping grooves are formed in the outer walls of the two sides of the lower die. According to the high-frequency vibration bubble-removing injection molding device for the elastomer sealing element, the driving piece is arranged to control the upper mold to move up and down, and the guiding piece is matched with the inserting block and the limiting clamping groove, so that automatic clamping and locking during mold closing of the upper mold and the lower mold and automatic unlocking during mold opening are achieved, manual operation of the limiting assembly is not needed, and the production efficiency is improved. And meanwhile, when the vibration motor drives the lower mold to vibrate, a gap can be effectively prevented from being formed between the upper mold and the lower mold, and the forming precision of the elastomer sealing element is guaranteed.

The utility model discloses a mould insert of variable diameter spiral cooling waterway, including insert body, the insert body inside is equipped with spiral cooling waterway, spiral cooling waterway includes a plurality of spiral watercourse unit along the axial distribution of insert body, adjacent spiral watercourse unit's diameter is different, and spiral watercourse unit's diameter gradually increases or gradually reduces along the cooling liquid flow direction, spiral watercourse unit includes the cooling channel of spiral and is provided with the connecting portion at the both ends of cooling channel, and adjacent spiral watercourse unit is communicated through the connecting portion. Through the spiral watercourse unit of diameter gradual change, realizes the dynamic regulation of cooling liquid flow rate according to the principle of fluid mechanics, and the heat dissipation demand of accurate matching mould different parts is promoted, and the cooling efficiency is improved significantly, and the forming cycle is shortened.

The utility model discloses a kind of glass fiber molding plastic product hot-pressing forming mould, it is related to forming mould technical field, including bottom plate and cooling assembly;Bottom plate: the middle part of upside is fixed with installation box, lower female die is placed in the inside of installation box, the upside of bottom plate is equipped with compression assembly, the downside of compression assembly is equipped with upper male die assembly, upper male die assembly and lower female die correspond to each other, the inside of installation box is equipped with fixed component;Cooling assembly: including cooling pipe, water tank, water pump, outlet tube, return pipe and temperature sensor, the inside of installation box is equipped with serpentine groove, the inside of serpentine groove is fixed with cooling pipe, the rear end of bottom plate upside is fixed with water tank, the inside of water tank is equipped with water pump, the inside of water outlet of water pump is fixed with outlet tube, the front end of outlet tube is connected with the right end of cooling pipe, different production can be adapted without replacing integral mould.

This utility model relates to the field of transmission belt processing technology, specifically an integrated molding die for a rubber transmission belt. The utility model includes a base plate, with at least four support rods fixedly connected to the bottom of the base plate. An inner mold is disposed above the base plate, and a guide sleeve is fixedly connected inside the inner mold. A guide rod is fixedly connected to the center of the upper surface of the base plate. The inner mold is slidably connected to the guide rod via the guide sleeve. Lifting rings are fixedly connected to both sides of the guide sleeve above the inner mold. An outer mold assembly is disposed below the base plate. This utility model employs a multi-set openable outer mold plate design in the outer mold assembly. Through servo motor-driven gear transmission, the outer mold plates synchronously close towards the center or separate outwards. During demolding, the outer mold plates move in a dispersed manner, avoiding the hard friction between the outer mold plate and the rubber transmission belt during demolding, effectively preventing scratches, cracks, or wear on the transmission belt surface, and ensuring the product's appearance and performance.

This invention discloses a method for forming an insert for casting and a dedicated mold thereof, specifically including the following steps: placing a preheated metal preform into the cavity of a casting mold using a positioning structure, located at a hot spot or area requiring strengthening in the casting; clamping and fixing the metal preform using a positioning mechanism in the mold during mold closing to prevent displacement during pouring; injecting molten metal into the cavity using casting equipment, with the molten metal slowly rising from the bottom or side and covering the preform. The method for forming an insert for casting and the dedicated mold of this invention accurately position the metal preform in a designated area within the mold, pour molten metal into the cavity to cover the preform, and control the cooling process to allow the molten metal to solidify around the preform, forming a composite casting metallurgically bonded to it. The metal preform constitutes a localized cavity structure within the casting, which can be used to optimize the solidification process in hot spot areas, while simultaneously achieving weight reduction and strengthening.

The utility model relates to the technical field of plastic mould, and disclose a kind of guiding and positioning mechanism of plastic mould, the slider is provided in the top of movable mould, the slider is symmetrically provided with two groups of ejector pin assemblies for preventing product sticking to lateral mould on its front and back sides, two groups of positioning devices are symmetrically arranged on movable mould to ensure the accurate reset of slider when mould is opened;The bottom of fixed mould is provided with wedge block matched with slider, inclined guide pillar is provided on wedge block to provide power for the sliding of slider and cooperates with guide groove to guide sliding insertion;When movable mould is relative to fixed mould opening, slider is away from wedge block, and the limiting ball in threaded column A is inserted into the positioning hole in the bottom of slider under the abutting action of spring A, to realize the accurate reset of slider. Through inclined guide pillar guiding, multiple reset and limiting structure cooperation, realize the high-precision motion control and accurate reset of slider;Ejector pin assembly combines mechanical limiting active demoulding, and adapts to automatic production.