초록 ▼

A method of forming brush seal segments includes mounting a pair of full form plates having opposite arcuate edges in back-to-back relation and wrapping wire about the form plates in multiple passes to form wire runs at angles, e.g., 35-45° relative to radii of the arcuate edges. Half form plates ar

A method of forming brush seal segments includes mounting a pair of full form plates having opposite arcuate edges in back-to-back relation and wrapping wire about the form plates in multiple passes to form wire runs at angles, e.g., 35-45° relative to radii of the arcuate edges. Half form plates are assembled to opposite sides of the full form plates adjacent one edge of the subassembly. The wire wrap adjacent the one edge of the full form plates is removed. Welds are applied between each adjacent half and full form plates. The inner edges of the wrapped wire and inner frame members of the full form plates are removed. The assembly is then separated to form a pair of arcuate brush seal segments.

대표청구항 ▼

What is claimed is: 1. A method of manufacturing a brush seal comprising: a) winding a wire about a subassembly including first and second form plates in back-to-back relation to one another to form first and second spaced runs of wire along opposite sides of the subassembly and about first and sec

What is claimed is: 1. A method of manufacturing a brush seal comprising: a) winding a wire about a subassembly including first and second form plates in back-to-back relation to one another to form first and second spaced runs of wire along opposite sides of the subassembly and about first and second opposite edges of the form plates; b) securing first and second elongated elements to and on opposite sides of the subassembly adjacent the first form plate edges with the first and second elements overlying portions of the first and second wire runs respectively; c) removing portions of the wound wire overlying the first edges of the form plates leaving portions of the wire runs extending respectively between the first and second elements on said opposite sides of the subassembly and wire portions about the second edges of the form plates; d) securing the first run portion, the first element and the first form plate to one another; e) securing the second run portion, the second element and the second form plate to one another; f) removing (i) remaining portions of the wire extending about the second edges of the form plates and (ii) portions of said form plates adjacent the second edges thereof leaving the first and second wire run portions cantilevered from the form plates and elements; and g) separating the first and second form plates from one another to form a pair of brush seal segments. 2. A method according to claim 1 including forming each form plate with a through opening between opposite first and second edges thereof. 3. A method according to claim 1 including forming form plates having arcuate first and second edges. 4. A method according to claim 1 including forming wire retention surfaces along at least one of the edges of each form plate including forming one of grooves, serrations or tacky surfaces along said one edge. 5. A method according to claim 1 including forming first aligned openings in said form plates and said elements enabling the form plates and elements to be secured to one another by applying one of bolts, pins or dowels through said aligned openings. 6. A method according to claim 1 including forming a through opening between opposite sides of the first and second edges thereof, leaving opposite frame members of each form plate connected by legs at opposite ends of the form plate, forming said first and second form plates having arcuate first and second frame members, and wherein step (f) includes cutting the legs of said first and second form plates between the first and second edges and at opposite ends of said first and second form plates to cantilever the wire runs. 7. A method according to claim 1 including forming said first and second form plates with said first edges thereof coincident with the arc of a circle, and step (a) includes winding the wire about said first and second form plates at an angle to radii of the first edges. 8. A method according to claim 1 wherein step (a) includes winding the wire about the first and second form plates in passes at different angles relative to one another. 9. A method according to claim 1 wherein each of said first edges of said first and second form plates has a selected radius and step (a) includes winding the wire about said first and second form plates in at least one pass in a direction generally corresponding to a radius at each winding location along said first and second form plates, and winding the wire about said first and second form plates in at least one subsequent pass about said first and second form plates at an angle to the radially wound wire. 10. A method according to claim 1 including forming said first and second form plates having said first edges thereof coincident with the arc of a circle, forming grooves or indentations along said first edges and winding the wire along said first and second form plates and along the grooves or indentations at an angle to radii of the first edges. 11. A method according to claim 1 including forming said first and second form plates having said first edges thereof coincident with the arc of a circle, disposing a sheet of material between said first and second form plates having a first edge corresponding to or projecting beyond said first edges of said first and second form plates and having a generally corresponding arc, said first sheet material edge having grooves or indentations, and winding the wire about said first and second form plates and along the grooves or indentations of the sheet material edge at an angle to radii of said first edges of said first and second form plates. 12. A method according to claim 1 including forming said first and second form plates having said first edges thereof coincident with the arc of a circle, forming grooves along a rod, securing the rod along the first edge of each form plate and generally to a corresponding arc, and winding the wire about said first and second form plates along the grooves of the rod at an angle to radii of a center of the circle. 13. A method according to claim 1 wherein step (a) includes rotating a reel carrying the wire about said first and second form plates to wind the wire about said first and second form plates. 14. A method according to claim 1 including, prior to step (a), (i) winding a guide wire about a sheet of metal stock material and (ii) locating said guide wire wound sheet of metal stock material between said form plates; and step (a) includes winding said wire about the first and second form plates and about said guide wire wound sheet of metal stock material using said guide wire to guide the first wire about the subassembly at an angle relative to said guide wire.