CN221064423U - Teapot bag for pouring molten iron - Google Patents

Abstract

The utility model discloses a teapot bag for pouring molten iron, which comprises a teapot bag body and a pouring tube, wherein the pouring tube which covers a liquid outlet of the teapot bag body is fixed outside a shell of the teapot bag body, and the teapot bag further comprises a pouring stopping mechanism, the pouring stopping mechanism comprises a guide hole, a stopping ring, a stopping disc, a guide rod, an arc supporting plate, an L-shaped connecting plate, a sealing plate, a spiral tube, a screw rod, a stopping disc, final quotaion and a holding column, the pouring tube is arranged at the teapot bag body for pouring molten iron, the pouring stopping mechanism is used for stopping the pouring tube in an inclined state manually, so that a worker can stop the continuous outflow of molten iron manually and conveniently when the pouring tube is inclined to pour molten iron in the teapot bag body, the pouring tube of the teapot bag body is prevented from being continuously injected into a full mold manually, and the stopping operation of the teapot bag body is avoided by using a lifting device for a plurality of times.

Description

Teapot bag for pouring molten iron

Technical Field

The utility model relates to the technical field of ladles, in particular to a teapot ladle for pouring molten iron.

Background

The ladle, also called ladle, is a pouring device for a casting facility for pouring operations in a foundry, and is transported to a casting mold by a travelling crane for pouring after receiving molten iron in front of the ladle, and a teapot-type teapot-ladle liner for pouring molten iron is generally made of refractory materials.

When a teapot ladle for pouring molten iron in the prior art is lifted to a mold for pouring molten iron, a pouring pipe of the teapot ladle usually guides molten iron to flow into the mold in an inclined state, and when the molten iron in the mold reaches a pouring liquid level, the teapot ladle can only control a lifting device to control the teapot ladle to return to a vertical upward state again to stop pouring at the pouring pipe, so that the teapot ladle is more troublesome in pouring molten iron outside the mold and the pouring operation is more troublesome.

Disclosure of utility model

The utility model mainly aims to provide a teapot bag for pouring molten iron, wherein a pouring pipe is provided with a pouring stopping mechanism at a teapot bag body for pouring molten iron, the pouring stopping mechanism enables the teapot bag body to have a structure capable of stopping the pouring pipe manually in an inclined state, so that a worker can stop the pouring pipe to stop the continuous flow of molten iron manually and conveniently when pouring molten iron in the teapot bag body obliquely, the pouring pipe of the teapot bag body is convenient to stop the continuous injection of molten iron into a filled mold manually, the teapot bag body is prevented from being subjected to repeated pouring stopping operation of adjusting the teapot bag body by using lifting equipment, and the problems in the background art can be effectively solved.

In order to achieve the above purpose, the technical scheme adopted by the utility model is as follows:

The utility model provides a teapot package for pouring molten iron, includes teapot package body and pouring spout, the casing external fixation of teapot package body has the pouring spout that encloses self liquid outlet, still includes and ends the pouring mechanism, it includes guide hole, retaining ring, ends dish, guide arm, arc fagging, L shape even board, seals board, spiral pipe, screw rod, fender dish, final quotaion and holds the post, the teapot package body is close to one side package barrel upside symmetry of pouring spout and has offered the guide hole, and the drill way welding of guide hole has the retaining ring, insert the guide arm between retaining ring and the guide hole, and the terminal welding of the body of rod that the guide arm inserted the guide hole has the retaining disk, the outer body of rod welding of guide arm and retaining ring has the board lower surface at the arc fagging, and the arc fagging is towards the outer cambered surface welding of pouring spout has the sealing board through L shape even board, the sealing board embeds in the pouring spout, the upper plate welding that the L shape even board kept away from the pouring spout has inside to connect the spiral pipe soon, and the outer end department welding of the body of rod that the screw rod stretches out has the fender dish through holding the post welding.

Further, an arc wrapping plate is welded between the baffle disc and the tail disc outside the holding column; an arc wrapping plate is arranged between the baffle disc and the tail disc, so that an additional hand protecting cover body can be formed.

Further, the vertical short plate and the long plate of the L-shaped connecting plate are respectively welded with a sealing plate and an arc supporting plate; the L-shaped connecting plate is connected with the arc supporting plate by welding the sealing plate and the arc supporting plate respectively by means of the vertical short plate and the long flat plate.

Further, the plate body of the sealing plate is embedded into the liquid outlet pipe orifice of the pouring pipe and is the same as the pouring pipe orifice in shape; the sealing plate can be embedded into the pouring pipe to seal the cover and stop water.

Further, the diameter of the disc body of the stop disc is the same as the diameter of the ring body of the stop ring, and the diameter of the ring hole of the stop ring is the same as the diameter of the rod body of the guide rod; after the diameters of the disk body of the stop disk and the ring body of the stop ring are the same, the stop disk can be embedded into the guide hole, and the stop disk cannot be pulled out of the guide hole along with the guide rod from the stop ring.

Compared with the prior art, the utility model has the following beneficial effects:

According to the utility model, the pouring tube is arranged at the teapot ladle body for pouring molten iron, and the pouring stopping mechanism enables the teapot ladle body to have a structure capable of stopping the pouring tube manually in an inclined state, so that when the pouring tube is inclined to pour out molten iron in the teapot ladle body, a worker can manually and conveniently push the pouring tube to stop continuous outflow of the molten iron, and the pouring tube of the teapot ladle body is convenient to manually prevent continuous injection of the molten iron into a filled mold, thereby avoiding repeated use of lifting equipment at the teapot ladle body to adjust the pouring stopping operation of the teapot ladle body.

Drawings

Fig. 1 is a schematic view of the overall structure of a teapot bag for pouring molten iron.

FIG. 2 is an exploded view of a pouring stopper of a teapot bag for pouring molten iron according to the present utility model.

In the figure: 1. a teapot bag body; 2. a pouring tube; 3. a pouring stopping mechanism; 4. a guide hole; 5. a stop ring; 6. a stop disc; 7. a guide rod; 8. an arc supporting plate; 9. l-shaped connecting plates; 10. sealing plate; 11. a spiral tube; 12. a screw; 13. a baffle disc; 14. a tail disc; 15. a holding column; 16. arc cladding plate.

Detailed Description

The utility model is further described in connection with the following detailed description, in order to make the technical means, the creation characteristics, the achievement of the purpose and the effect of the utility model easy to understand.

As shown in fig. 1-2, a teapot bag for pouring molten iron comprises a teapot bag body 1 and a pouring tube 2, wherein a pouring tube 2 covering a liquid outlet of the teapot bag body 1 is fixed outside a shell of the teapot bag body 1, the teapot bag further comprises a pouring stopping mechanism 3, the pouring stopping mechanism 3 comprises a guide hole 4, a stop ring 5, a stop disc 6, a guide rod 7, an arc supporting plate 8, an L-shaped connecting plate 9, a sealing plate 10, a spiral tube 11, a screw 12, baffle discs 13, final quotaion and a holding column 15, the guide hole 4 is symmetrically arranged at the upper ring surface of a bag barrel on one side of the teapot bag body 1 close to the pouring tube 2, the stop ring 5 is welded at the orifice of the guide hole 4, the guide rod 7 is inserted between the stop ring 5 and the guide hole 4, the end of the guide rod 7 is welded with the stop disc 6, the outer rod body of the guide rod 7 extends out of the guide hole 4 and the stop ring 5 and is welded on the lower surface of a plate body of the arc supporting plate 8, the arc supporting plate 8 is welded with the sealing plate 10 towards the outer cambered surface of the pouring tube 2 through the L-shaped connecting plate 9, the sealing plate 10 is embedded into the pouring tube 2, the sealing plate 9 is welded with the spiral tube 11 and the screw 13 is welded at the end of the spiral tube 13 is welded with the end 13 far from the spiral tube 11.

Wherein, an arc wrapping plate 16 is welded between the baffle discs 13 and final quotaion and 14 outside the holding column 15; an arc wrap plate 16 is provided between the baffle plates 13 and final quotaion 14 to form an additional hand shield body.

Wherein, the vertical short plate and the long plate of the L-shaped connecting plate 9 are respectively welded with a sealing plate 10 and an arc supporting plate 8; the L-shaped connecting plate 9 is connected with the arc supporting plate 8 by welding the sealing plate 10 and the arc supporting plate 8 respectively by means of the vertical short plate and the long flat plate.

Wherein, the plate body of the sealing plate 10 is embedded into the liquid outlet pipe orifice of the pouring pipe 2, and the plate body shape of the sealing plate 10 is the same as the pipe orifice shape of the pouring pipe 2; sealing plate 10 can be inserted into pouring tube 2 to seal the cover.

The diameter of the disk body of the stop disk 6 is the same as the diameter of the ring body of the stop ring 5, and the diameter of the ring hole of the stop ring 5 is the same as the diameter of the rod body of the guide rod 7; after the diameters of the disk body of the stop disk 6 and the ring body of the stop ring 5 are the same, the stop disk 6 can be embedded into the guide hole 4, and the stop disk 6 can not be pulled out of the guide hole along with the guide rod 7 from the stop ring 5.

It should be noted that the present utility model is a teapot ladle for pouring molten iron, the pouring tube 2 is provided with the pouring stopping mechanism 3 at the teapot ladle body 1 for pouring molten iron, the guide hole 4 of the pouring stopping mechanism 3 is provided with the guide rod 7 at the teapot ladle body 1 for insertion, when the guide rod 7 is pulled by the stop ring 5 of the guide hole 4, the stop disc 6 with larger bottom of the guide rod 7 can be stopped by the stop ring 5 at the guide hole 4, the guide rod 7 is prevented from being completely separated from the guide hole 4, when molten iron is poured into the teapot ladle body 1 and needs to be transferred to the mold, the lifting device can lift the teapot ladle body 1 to be moved to the position above the mold to gradually incline, at the moment, the sealing plate 10 slides outwards from the pouring tube 2, the L-shaped connecting plate 9 is forced to pull the guide rod 7 outwards at the sealing plate 10 to expose the guide hole 4, then molten iron can be poured into the mold from the pouring tube 2 of the teapot ladle body 1, after the current mould is filled with molten iron, a long screw 12 is screwed into a spiral pipe 11 at an L-shaped connecting plate 9 by holding a holding column 15, a baffle 13, a tail disk 14 and an arc wrapping plate 16 are arranged at the holding column 15 to form a high-temperature-resistant hand guard structure, then the screw 12 can push a sealing plate 10 back to a pouring pipe 2 against the L-shaped connecting plate 9 to stop flow, at the moment, the filled mould can be pushed into the lower part of the teapot bag body 1 again after being pulled away, then the screw 12 is pulled to carry the sealing plate 10 to be far away from the pouring pipe 2, the screw 12 is unscrewed from the spiral pipe 11 again, the molten iron is poured into the mould from the pouring pipe 2 by gradually tilting the teapot bag body 1, and the length of the residual rod body after the screw 12 is screwed at the spiral pipe 11 needs to be set as long as possible under the condition that a worker is kept away from high temperature.

The utility model is a teapot bag for pouring molten iron, wherein the parts are all known by the skilled person, and the structure and principle of the teapot bag are all known by the skilled person through technical manuals or through routine experimental methods.

The foregoing has shown and described the basic principles and main features of the present utility model and the advantages of the present utility model. It will be understood by those skilled in the art that the present utility model is not limited to the embodiments described above, and that the above embodiments and descriptions are merely illustrative of the principles of the present utility model, and various changes and modifications may be made without departing from the spirit and scope of the utility model, which is defined in the appended claims. The scope of the utility model is defined by the appended claims and equivalents thereof.

Claims (5)

1. The utility model provides a teapot package for molten iron pouring, includes teapot package body (1) and pouring tube (2), the casing external fixation of teapot package body (1) has pouring tube (2) that cover self liquid outlet, its characterized in that: still include and stop watering mechanism (3), stop watering mechanism (3) include guide hole (4), stop ring (5), stop dish (6), guide arm (7), arc fagging (8), L shape even board (9), seal board (10), spiral pipe (11), screw rod (12), baffle dish (13), final quotaion (14) and hold post (15), guide hole (4) have been seted up to the one side package barrel up ring surface department symmetry that teapot package body (1) is close to pouring tube (2), and the drill way welding of guide hole (4) has stop ring (5), insert guide arm (7) between stop ring (5) and guide hole (4), and the body of rod end welding of guide arm (7) insertion guide hole (4) has stop dish (6), the outer body of rod welding of guide arm (7) extension guide hole (4) and stop ring (5) is at the plate body lower surface of arc fagging (8), and arc fagging (8) have seal board (10) towards the welding of the outer cambered surface of pouring tube (2) on one side package barrel up ring surface department of pouring tube (9), seal board (10) are embedded into pouring tube (2), seal board (12) are kept away from on spiral pipe (2) the welding of spiral pipe (2), and a baffle disc (13) is welded at the outer end rod body of the screw rod (12) extending out of the spiral tube (11), and a tail disc (14) is welded on the baffle disc (13) through a holding column (15).

2. A teapot bag for pouring molten iron as set forth in claim 1, wherein: an arc wrapping plate (16) is welded between the baffle disc (13) and the final quotaion (14) outside the holding column (15).

3. A teapot bag for pouring molten iron as set forth in claim 1, wherein: the vertical short plate and the long plate of the L-shaped connecting plate (9) are respectively welded with the sealing plate (10) and the arc supporting plate (8).

4. A teapot bag for pouring molten iron as set forth in claim 1, wherein: the plate body of the sealing plate (10) is embedded into the liquid outlet pipe orifice of the pouring pipe (2), and the shape of the plate body of the sealing plate (10) is the same as the pipe orifice of the pouring pipe (2).

5. A teapot bag for pouring molten iron as set forth in claim 1, wherein: the diameter of the disk body of the stop disk (6) is the same as the diameter of the ring body of the stop ring (5), and the diameter of the ring hole of the stop ring (5) is the same as the diameter of the rod body of the guide rod (7).