摘要:
The present invention disclose a die casting machine with L-shape frame, comprising at least one L-shape frame, a fixed die plate, fixed on one end of an upward extending side of said frame, a moving die device, disposed on the other side of said frame and slidable relative to said frame, and comprising a moving die plate opposite to said fixed die plate, and being lockable to said frame by a mould clamping device; a notch, formed on a bottom of said frame, a first deformation compensation device, provided in said notch, and adapted for applying forces in opposite directions on both sides of said notch, while said moving die plate is being clamped with said fixed die plate. The first deformation compensation device of the present invention is adapted to applying forces on both sides of the notch in the lower position of the frame, in order to compensate the squeeze to the central section on the bottom of frame, which weaken the elastic distortion of the track on the frame, and eliminates the effects of the die casting or injection molding products due to deformation.
摘要:
In an injection apparatus 100, an acceleration cylinder 2 and booster cylinder 3 for driving an injection cylinder 1 connected to an injection plunger are connected in parallel with each other with respect to the injection cylinder 1. A piston 2P of the acceleration cylinder 2 and a piston 3P of the booster cylinder 3 are synchronously driven by a motor 10, a ball screw 11 and a nut 12. A pilot operated check valve 4 and flow rate adjustment circuit 5 are provided between a bottom chamber 1B of the injection cylinder 1 and a bottom chamber 2B of the acceleration cylinder 2. Moreover, flow rate adjustment circuit 7 is provided between a rod chamber 1R of the injection cylinder 1 and rod chambers 2R and 3R of the acceleration cylinder 2 and booster cylinder 3. The injection apparatus 100 uses the driving force of the motor 10 to drive the injection cylinder 1 at high speed by means of both the acceleration cylinder 2 and the booster cylinder 3 and to drive the injection cylinder 1 at high pressure by means of only the booster cylinder 3.
摘要:
A die casting apparatus (100) for amorphous alloy comprises a stationary die (1) and a movable die (2); a sealed cabin (4) difining a sealing chamber (40); a protecting gas supplying device connected with the sealed cabin (4) for supplying the protecting gas into the sealing chamber (40); a melting device (5) for receiving and melting amorphous alloy; a feed sleeve (6) having a molten material inlet (60), with a plunger (7) positioned therein for injecting the molted amorphous alloy from the melting device (5) into a die chamber via the molten material inlet (60); a driving device (8) connected with the plunger (7) for driving the plunger (7) in the feed sleeve (6); and a gas purifying device (10) communicated with the sealed cabin (4) for purifying the gas from the sealed cabin (4). A method of die casting an amorphous alloy comprises the steps of purifying a sealing chamber (40) defined in a sealed cabin (4); supplying protecting gas into the sealing chamber (40) to maintain the protecting gas in the sealing chamber (40) to a positive pressure; feeding amorphous alloy into a melting device (5) to obtain the molten amorphous alloy; feeding the molten amorphous alloy into a die chamber (3); and opening the mated stationary and movable dies to extract at least a component. The apparatus and method use positive pressure protecting gas without the need to form high degree vacuum, thus reducing manufacturing and maintenance costs.
摘要:
An injection device (1) allowing the efficient supply, fusing, and injection of light metal materials, particularly magnesium alloy materials, and the facilitated maintenance and inspections thereof, comprising a fusing device (10), a plunger injection device (20), and a connection member (18) communicating these devices with each other, wherein the plurality of light metal materials are inserted into a fusing cylinder (11) or (111) in the form of billets (2), the inserted billets (2) are molten starting at the forward portion thereof and changed into molten metal for several shots, the molten metal is extruded by a billet inserting device (50) through billets (2) themselves, passed through the connection member (18), and metered by an injection cylinder (21), the measured molten metal is injected by the plunger (24) of a plunger drive device (60), and the backflow of the molten metal in the fusing cylinder (11) or (111) and the injection cylinder (21) is prevented by a seal member formed of the molten metal solidified in a rather softened state.
摘要:
A method of producing on-demand, semi-solid material for a casting process. A metal alloy is heated to a molten state which is maintained within a desired temperature range. A portion of the molten alloy is transferred into a processing vessel (42) that includes its own cooling arrangement to facilitate cooling of the vessel (42) and the molten alloy contained therein. A thermal jacket may alternatively be used to facilitate such cooling. A stator (44) creates an electromagnetic field which is applied to the molten alloy to create a stirring action that results in a desired flow pattern of the molten alloy. The electromagnetic stirring begins as soon as the molten alloy is placed in the vessel (42) and continues while the cooling continues in order to create a slurry billet of the desired metallurgical composition. The slurry billet is then discharged from the vessel (42) directly into a shot sleeve (32) of a casting machine.
摘要:
An injection molding system for a metal alloy includes a feeder in which the metal alloy is melted and a barrel in which the liquid metal alloy is converted into a thixotropic state. An accumulation chamber draws in the metal alloy in the thixotropic state through a valve disposed in an opening between the barrel and the accumulation chamber. After the metal alloy in the thixotropic state is drawn in, it is injected through an exit port provided in a first portion of the accumulation chamber. A screw located in the barrel is rotated to advance the metal from the barrel into the accumulation chamber, located laterally w.r.t. the barrel. A piston located in a second portion of the accumulation chamber is adapted to advance and retract for injecting metal drawn in the chamber from said chamber into a mold.
摘要:
An injection molding system for a metal alloy includes a feeder in which the metal alloy is melted and a barrel in which the liquid metal alloy is converted into a thixotropic state. An accumulation chamber draws in the metal alloy in the thixotropic state through a valve disposed in an opening between the barrel and the accumulation chamber. After the metal alloy in the thixotropic state is drawn in, it is injected through an exit port provided in a first portion of the accumulation chamber. A screw located in the barrel is rotated to advance the metal from the barrel into the accumulation chamber, located laterally w.r.t. the barrel. A piston located in a second portion of the accumulation chamber is adapted to advance and retract for injecting metal drawn in the chamber from said chamber into a mold.