CN101758210B - Pouring machine moving along with flow - Google Patents

Abstract

A flow-following moving type casting machine comprises a track, traveling wheels and a running trolley, wherein the running trolley is arranged on the track through the traveling wheels, a support and an inclined rail are installed on the running trolley, a roller of a mold trolley takes a beam body and the inclined rail of the running trolley as the track, a lifting machine is fixed on the running trolley, a steel wire rope is sleeved on a rope guide wheel assembly on the support, one end of the steel wire rope is connected with the lifting machine, the other end of the steel wire rope is connected with the mold trolley, and a product mold is placed on the mold trolley. The casting machine moving along with the flow is used for producing, casting and molding alloy and metal by a medium-frequency induction furnace, a casting molding die can move along with a furnace body in an approximate arc shape, splashing of smelted molten liquid during casting can be reduced, the distance between the die and a discharge port is shortened, a molten liquid flow column is shortened, contact time of the molten liquid and air is greatly shortened, casting speed is increased, secondary oxidation of materials during casting is reduced, the distance between the die and the discharge port is small, and loss of the molten liquid flow column to the die is reduced.

Description

Follow-the-flow pouring machine

technical field

The invention relates to a flow-moving pouring machine. the

Background technique

When the existing intermediate frequency induction furnace produces alloys or metals, the main method of casting the alloys or metals is: the mold is fixed, the furnace body is tilted to rotate, and the alloy and metal liquid are directly poured into the mold, or the alloy and metal liquid are poured into the ladle and then poured into the mould. When pouring in this way, the melt is easy to splash, and the contact time between the melt and the air is long, and the material will be oxidized again, which will affect the quality of the product. the

Contents of the invention

The object of the present invention is to provide a flow-moving pouring machine with simple structure, which can reduce the splashing of molten liquid and the contact time between molten liquid and air, and reduce the secondary oxidation of materials. the

The flow-moving pouring machine of the present invention comprises a track, a walking wheel, and a running trolley, the running trolley is arranged on the track through the walking wheels, a bracket and a ramp are installed on the running trolley, and the rollers of the mold trolley use the beam body and the rail of the running trolley. The inclined rail is a track, the hoist is fixed on the running trolley, the steel wire rope is set on the guide wheel assembly on the bracket, one end is connected with the hoist, and the other end is connected with the mold trolley, and the product mold is placed on the mold trolley. the

In the flow-moving pouring machine of the present invention, the track and the running trolley are installed in front of the tilting furnace body. When working, the running trolley advances close to the furnace body, and at the same time starts the hoist. The mold trolley rises, and when the distance between the mold and the outlet of the tilting furnace body is 10cm, it enters the pouring procedure, the furnace body starts to tilt, the melt flows out from the outlet, and is poured onto the casting mold for molding, and the furnace body moves with the flow The pouring machine runs according to the set program. After pouring the melt, the running trolley of the flow-moving pouring machine returns to the initial position, and the furnace body turns back to the smelting production state, waiting for the start of the next procedure. the

The flow-moving pouring machine of the present invention is used for the casting and molding of alloys and metals in an intermediate frequency induction furnace. The pouring mold can move in an approximate arc along with the furnace body, which can reduce the splashing of the smelted molten liquid when pouring. At the same time, the distance between the mold and the discharge port is shortened, the flow column of the melt is shortened, the contact time between the melt and the air is greatly reduced, the pouring speed is increased, and the secondary oxidation of the material during pouring is reduced. The distance between the mold and the discharge port Small, and at the same time reduce the loss of the melt flow column to the mold. the

Description of drawings

Fig. 1 is a structural schematic diagram of the present invention. the

Detailed ways

A flow-moving pouring machine, comprising a track 2, traveling wheels 3, and a running trolley 1, the running trolley 1 is set on the track 2 through the traveling wheels 3, a support 5 and an inclined rail 8 are installed on the running trolley 1, and a mold trolley 11 The roller 10 of the running trolley 1 uses the bottom beam body of the running trolley 1 and the inclined rail 8 as the track, the hoist 4 is fixed on the bracket 5 of the running trolley 1, and the steel wire rope 6 is set on the rope guide wheel assembly 7 on the bracket 5, and one end is connected to the hoisting The machine 4 is connected, and the other end is connected with the mold trolley 11, and the product mold is placed on the mold trolley 11. The track 2 and the running trolley 1 are installed in front of the tilting furnace body 9 . the

Claims (1)

1. stream movable casting machine, comprise track (2), road wheel (3), running trolley (1), it is characterized in that: running trolley (1) is arranged on the track (2) by road wheel (3), support (5) and oblique rail (8) are installed on the running trolley (1), the roller (10) of mould trolley (11) is a track with the bottom surface beam body and the oblique rail (8) of running trolley (1), elevator (4) is fixed on the support (5) of running trolley (1), steel wire rope (6) is nested with on the sheave assembly (7) on the support (5), steel wire rope (6) one ends link to each other with elevator (4), steel wire rope (6) other end is connected with mould trolley (11), and product mold is placed on the mould trolley (11).

Images