KR890004134A - Gas Combustion Accelerator - Google Patents

Abstract

No content

Description

Gas Combustion Accelerator

As this is a public information case, the full text was not included.

5 is a configuration diagram showing another embodiment of the present invention, FIG. 6 is a plan view showing another embodiment of the present invention, FIG. 7 is a side view thereof, FIG. 8 and a part of the manufacturing process of the above embodiment respectively. Perspective and sectional views.

Claims (26)

A gas combustion accelerator mounted on a crater of a combustor, the gas combustion accelerator comprising a platinum-black or platinum-based catalyst wire for coils, swirls or waves, The gas combustion accelerator according to claim 1, wherein a diameter or an outer dimension of the cross section of the catalyst molten iron material is 0.03 mm, internal diameter 0.30 mm, and is formed in a coil shape and a gap is formed between the coil parts of the coil part. 3. The gas combustion accelerator as set forth in claim 2, wherein the coiled shape of the catalyst molten iron forms an elliptical shape having a small width in the flame direction. The gas combustion accelerator according to any one of claims 1 to 3, wherein the catalyst molten material has a structure supported by a heat-resistant metal wire that is embossed to the crater. 5. The gas combustion accelerator according to claim 4, wherein two heat-resistant metal wires are woven in a cross shape, and the coil-shaped catalyst wire material is bonded to the heat-resistant metal wires mounted on the crater. The method of claim 4, wherein the two heat-resistant metal wires are cross-shaped. And a gas combustion accelerator having a structure in which the catalyst molten iron is vortex-shaped at the intersection of the heat resistant metal wires. The method of claim 4. And a catalyst combustion material having a structure in which coils are wound in a coil shape around a heat-resistant metal wire mounted on a crater. 8. The gas combustion promoting material according to claim 7, wherein four heat-resistant metal wires are provided, and two heat-resistant metal wires are woven together in a lattice shape such that two longitudinal and horizontal angles are parallel to each other. The said heat resistant metal wire is provided with one. A gas combustion promoter having a structure in which the heat resistant metal wire is bent so as to form an intersection and the catalyst wire is wound in a coil shape around the heat resistant metal wire in the intersection or the vicinity thereof. 8. The gas combustion accelerator according to claim 7, wherein one heat-resistant metal wire is curved in an approximately S-shape and the catalyst wire is wound in a coil shape around a central portion of the heat-resistant metal wire. The gas combustion accelerator according to claim 10, wherein the gas-heat-promoting material has a structure in which the heat-resistant metal wire is fixed to a flaw formed in the circumferential direction on an inner surface of a ring mounted on a crater of a combustor. The wire rod according to claim 7, wherein the heat-resistant metal wire has two rows of wire winding portions for winding the catalyst wire, and both ends of the heat-resistant metal wire are curved in an arc shape, and the end portion of the wire winding portion is mounted on the crater. The gas combustion accelerator is inserted into the slit of the reel and fitted into the groove formed in the circumferential direction on the outer surface of the ring. 8. The gas combustion accelerator as set forth in claim 7, wherein the heat-resistant metal wire has two rows of wire winding portions for winding the catalyst wire, and at least one wire winding portion is zigzag. The ring according to any one of claims 1 to 3, which has two rings mounted on a crater of a combustor, forms a slit in one ring, puts the catalyst molten metal into the slit, and puts the other ring in the ring. A gas combustion promoter having a mounting structure in which the buried wire rod is sandwiched between two rings to be fixed to the fixed wire rod. 5. The fuel cell according to claim 4, having two rings mounted on the burner of the combustor, forming a slit in one ring, inserting an end portion of the heat-resistant metal wire on which the catalyst molten metal is mounted in the slit, and placing the other ring in the slit. A gas burning accelerator having a mounting structure in which the heat-resistant metal wire is fixed between the rings and fixed between the two rings. 16. The gas combustion accelerator as set forth in claim 15, wherein a catalyst filler material is fixed in said slit formed in said ring or separately formed slit. 4. A ring according to any one of claims 1 to 3, having a ring mounted on a crater of a combustor, wherein a slit is formed in the ring, the catalyst molten metal is placed in the slit, and the slit is collapsed to fix the catalyst molten material. Gas combustion accelerator with mounting structure. The method according to claim 4, wherein the slit is formed in the ring of the combustor, and the end of the upper heat-resistant metal wire in which the catalyst molten metal is mounted is placed in the slit, and the slit is crushed to fix the heat-resistant metal wire. Gas combustion accelerator with mounting structure. 19. The gas combustion accelerator as set forth in claim 18, wherein a catalyst filler material is fixed in said slit formed in said ring or separately formed slit. The curved piece according to any one of claims 1 to 3, having a ring mounted to a crater of a combustor, wherein a slit is formed in the ring, the catalyst molten material is placed in the slit, and a curved piece formed at the inlet of the slit. The gas combustion accelerator having a mounting structure fixed to the heat-resistant gold wire. The curved piece of Claim 4 which has a ring attached to the burner of a combustor, forms a slit in the said ring, puts the edge part of the said heat-resistant metal wire which mounted the said catalyst molten metal into the said slit, and formed it in the inlet of the said slit. A gas combustion accelerator having a mounting structure in which the heat-resistant metal wire is fixed by the. 22. The gas combustion accelerator as set forth in claim 21, wherein a catalyst molten metal is fixed in said slit formed in said ring or separately formed slit. The gas combustion accelerator according to claim 4, wherein a ceramic layer is formed on the surface of the heat-resistant metal wire. A plurality of slits are formed in one ring, having two rings mounted on the crater of the combustor. A plurality of platinum black silver platinum crab catalyst wires in a straight line are placed in the slit, and the other ring is A gas combustion accelerator having a mounting structure in which a catalyst wire is inserted into a ring and fixed between two rings. A plurality of platinum black silver-plated catalyst molten metal, which has a ring attached to the crater of the combustor and forms a plurality of slits in the ring, has a linear shape, and the slits are collapsed to fix the catalyst molten material. Gas combustion accelerator with mounting structure. A plurality of platinum black silver-plated catalyst molten metal, which has a ring attached to the crater of the combustor and forms a plurality of slits in the ring and forms a straight line, is formed by a curved piece formed at the inlet of the slit. Gas combustion accelerator having a mounting structure fixed to the heat-resistant metal wire. ※ Note: The disclosure is based on the initial application.