阅读说明：本技术 模铸浇注装置 (Die casting pouring device ) 是由 李雄 杜思敏 林发驹 魏涛 于 2020-12-04 设计创作，主要内容包括：本发明涉及模铸浇注装备领域,尤其是一种有效提高钢锭质量的模铸浇注装置,包括通过内部通路依次连通的漏斗砖、铸管砖、中心砖、流钢砖、流钢尾砖和模底砖,所述中心砖的出口设置有中心砖出口凸台,流钢砖的入口设置有流钢砖入口凹槽,中心砖出口凸台与流钢砖入口凹槽互相匹配。本发明通过对模铸浇注装置内流通通道节点的优化,有效的降低了浇注时容易出现的漏钢、开裂等浇筑缺陷,从而有效的提高了产品的品质。另外,钢液的顺流可减小接头位置的压力,减少钢液对流钢砖耐材的冲刷,避免外来物质对钢液的污染。本发明尤其适用于钢锭模铸浇注的工艺场合之中。(The invention relates to the field of die casting pouring equipment, in particular to a die casting pouring device capable of effectively improving the quality of steel ingots. According to the invention, through optimizing the nodes of the flow channels in the die casting pouring device, the pouring defects of bleed-out, cracking and the like which are easy to occur during pouring are effectively reduced, and thus the product quality is effectively improved. In addition, the pressure at the joint position can be reduced by the downstream flow of the molten steel, the scouring of the molten steel to refractory materials of the steel brick is reduced, and the pollution of foreign substances to the molten steel is avoided. The invention is especially suitable for the technical occasion of ingot casting.)

1. Die casting pouring device, include through funnel brick (1), cast pipe brick (2), central brick (3), runner brick (8), runner tail brick (6) and the mould end brick (7) that interior passageway communicates in proper order, its characterized in that: the outlet of the central brick (3) is provided with a central brick outlet boss (31), the inlet of the runner brick (8) is provided with a runner brick inlet groove (81), and the central brick outlet boss (31) is matched with the runner brick inlet groove (81).

2. A die-casting gating apparatus as defined in claim 1, wherein: an outlet of the runner tail brick (6) is provided with a runner tail brick outlet boss (63), an inlet of the mold bottom brick (7) is provided with a mold bottom brick inlet groove (71), and the runner tail brick outlet boss (63) is matched with the mold bottom brick inlet groove (71).

3. A die-casting gating apparatus as defined in claim 1, wherein: the outlet of the runner brick (8) is provided with a runner brick outlet boss (82), the inlet of the runner brick (6) is provided with a runner brick inlet groove (61), and the runner brick outlet boss (82) is matched with the mould bottom brick inlet groove (71).

4. A die-casting gating apparatus as defined in claim 1, 2, or 3, wherein: the anti-leakage steel brick comprises at least two steel runner bricks (8) which are connected in an initial position, and a leakage-proof steel clamp (5) is arranged at the joint of the adjacent steel runner bricks (8).

5. A die-casting gating apparatus as defined in claim 4, wherein: the leak-proof steel clamp (5) is a U-shaped leak-proof steel clamp.

6. A die-casting gating apparatus as defined in claim 1, 2, or 3, wherein: and a reinforcing steel belt (4) is arranged on the periphery of the runner brick (8).

7. A die-casting gating apparatus as defined in claim 1, 2, or 3, wherein: the number of the outlets of the central brick (3) is at least one.

8. A die-casting gating apparatus as defined in claim 1, 2, or 3, wherein: a bending chamfer (62) is arranged at the bending part of the internal passage of the runner tail brick (6).

Technical Field

The invention relates to the field of die casting pouring equipment, in particular to a die casting pouring device.

Background

The existing die casting pouring system comprises a funnel brick, a cast pipe brick, a central brick, a runner tail brick, a die bottom brick and an ingot die. In the existing pouring system, the connection mode between the central brick and the runner brick is that the groove on the central brick is connected with the boss on the runner brick, the connection mode is not beneficial to the downstream flow of molten steel, when the molten steel flows through, the joint position of the runner brick bears larger pressure, so that the boss on the runner brick is washed in the flowing process of the molten steel, and refractory materials are brought into the molten steel. Meanwhile, the steel flowing tail brick and the die bottom brick are in a plane butt joint mode, steel leakage is easy to occur at a joint, and centering between the die bottom brick and a tail brick hole is not facilitated. In addition, the length of the runner brick of the existing system is short, the runner brick is not provided with an anti-cracking device, no leakage-proof measure is taken for the joint between the bricks, the tail part of the runner tail brick is lengthened, and a runner dead zone is easy to appear.

Disclosure of Invention

The invention aims to provide a die casting pouring device for effectively improving the quality of steel ingots.

The technical scheme adopted by the invention for solving the technical problems is as follows: the die casting pouring device comprises a funnel brick, a cast pipe brick, a center brick, a runner tail brick and a die bottom brick which are sequentially communicated through an internal passage, wherein a center brick outlet boss is arranged at an outlet of the center brick, a runner brick inlet groove is arranged at an inlet of the runner brick, and the center brick outlet boss is matched with the runner brick inlet groove.

Furthermore, a runner tail brick outlet boss is arranged at the outlet of the runner tail brick, a die bottom brick inlet groove is formed at the inlet of the die bottom brick, and the runner tail brick outlet boss is matched with the die bottom brick inlet groove.

Furthermore, an outlet boss of the runner brick is arranged at the outlet of the runner brick, an inlet groove of the runner brick is arranged at the inlet of the runner brick, and the outlet boss of the runner brick is matched with the inlet groove of the die bottom brick.

Further, the anti-leakage steel brick comprises at least two steel flow bricks connected in an initial position, and a steel leakage preventing clamp is arranged at the joint of the adjacent steel flow bricks.

Further, the leak protection steel card is a U-shaped leak protection steel card.

Furthermore, a reinforcing steel strip is arranged on the periphery of the runner brick.

Further, the number of the outlets of the central brick is at least one.

Furthermore, a bending chamfer structure is arranged at the bending part of the internal passage of the runner tail brick.

The invention has the beneficial effects that: according to the invention, through optimizing the nodes of the flow channels in the die casting pouring device, the pouring defects such as steel leakage, steel flowing brick cracking and the like which are easy to occur during pouring are effectively avoided. In addition, the pressure at the joint position can be reduced by the downstream flow of the molten steel, the scouring of the molten steel to refractory materials of the steel brick is reduced, and the pollution of foreign substances to the molten steel is avoided, so that the quality of the product is effectively improved. The invention is especially suitable for the technical occasion of ingot casting.

Drawings

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

Fig. 2 is a schematic view of the construction of the center block of the present invention.

Fig. 3 is a schematic structural diagram of the runner brick of the present invention.

Fig. 4 is a schematic structural diagram of the runner brick of the invention after connection.

Fig. 5 is a schematic structural view of the runner tail brick of the present invention.

Fig. 6 is a schematic structural view of the mold bottom block of the present invention.

Labeled as: the steel tube brick comprises a funnel brick 1, a cast tube brick 2, a center brick 3, a center brick outlet boss 31, a reinforcing steel belt 4, a leakage-proof steel clamp 5, a steel runner brick 6, a steel runner brick inlet groove 61, a bent chamfer 62, a steel runner brick outlet boss 63, a mold bottom brick 7, a mold bottom brick inlet groove 71, a steel runner brick 8, a steel runner brick inlet groove 81 and a steel runner brick outlet boss 82.

Detailed Description

The invention is further described below with reference to the accompanying drawings.

The die casting pouring device shown in fig. 1 to 6 comprises a funnel brick 1, a cast pipe brick 2, a central brick 3, a runner brick 8, a runner tail brick 6 and a die bottom brick 7 which are sequentially communicated through an internal passage, wherein a central brick outlet boss 31 is arranged at an outlet of the central brick 3, a runner brick inlet groove 81 is arranged at an inlet of the runner brick 8, and the central brick outlet boss 31 and the runner brick inlet groove 81 are matched with each other.

In practical use, molten steel is injected from the funnel brick 1, flows to the central brick 3 along the cast pipe brick 2, and then flows to the runner brick 8 in the central brick 3, because the central brick outlet boss 31 is matched with the runner brick inlet groove 81, and the flow direction is from the central brick 3 to the runner brick 8, the molten steel flows from the boss to the groove direction, and the forward flow of the molten steel can reduce the pressure born by the refractory bricks at the joint, therefore, the leakage of the molten steel and the scouring of the molten steel to the refractory bricks can be prevented. Generally, the funnel brick 1 and the cast tube brick 2 are arranged along the vertical direction, the flow of the cast tube brick is realized by the self weight of molten steel, and when the molten steel flows to the central brick 3, the molten steel flows along the horizontal direction until the molten steel flows to the tail brick 6 and the bottom brick 7 of the mold. Molten steel enters the ingot mould from the mould bottom brick 7 and forms a steel ingot after cooling. Generally, it is preferred that the outlet of the central brick 3 is at least one, so as to fulfill the need of pouring the runner bricks 8 simultaneously in multiple directions. In order to remove the extension area of the tail end of the runner tail brick 6 after passing through the central hole and avoid a runner dead zone, a bending chamfer 62 is preferably arranged at the bending part of the internal passage of the runner tail brick 6.

Based on the same conception, the pressure at the joint position is reduced by realizing the downstream flow of the molten steel, the scouring of the molten steel to the refractory material of the steel brick is reduced, and the better centering in the installation process of the steel ingot mould is ensured, and the scheme is preferably selected: the outlet of the runner tail brick 6 is provided with a runner tail brick outlet boss 63, the inlet of the die bottom brick 7 is provided with a die bottom brick inlet groove 71, and the runner tail brick outlet boss 63 is matched with the die bottom brick inlet groove 71. And preferably, the outlet of the runner brick 8 is provided with a runner brick outlet boss 82, the inlet of the runner brick 6 is provided with a runner brick inlet groove 61, and the runner brick outlet boss 82 is matched with the mold bottom brick inlet groove 71.

In order to meet the corresponding requirement for conveying molten steel in the horizontal direction, the following scheme is preferred: the anti-leakage steel brick comprises at least two steel runner bricks 8 connected at the head, and anti-leakage steel clamps 5 are arranged at the joints of the adjacent steel runner bricks 8. The structure of the matched runner brick 8 is preferably reinforced by adopting U-shaped steel clamps at the periphery of the runner brick 8 and the connecting joint position thereof, so that the runner brick can be prevented from cracking and molten steel can be prevented from leaking. In addition, in order to ensure the structural strength of the runner brick 8 in actual use, it is preferable that the periphery of the runner brick 8 is provided with a reinforcing steel strip 4.