[특허]Anchoring of septums in acoustic honeycomb

Hexcel Corporation

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특허 상세정보

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Anchoring of septums in acoustic honeycomb

특허상세정보
국가/구분	United States(US) Patent 등록
국제특허분류(IPC7판)	E04B-001/84 B64C-001/40 E04B-001/82
미국특허분류(USC)	181/292; 181/288; 244/123.13
출원번호	US-0227755 (2011-09-08)
등록번호	US-8607924 (2013-12-17)
발명자 / 주소	Ichihashi, Fumitaka
출원인 / 주소	Hexcel Corporation
대리인 / 주소	Bielawski, W. Mark
인용정보	피인용 횟수 : 6 인용 특허 : 20

초록

A honeycomb structure that includes cells in which septums are located to provide acoustic dampening. The cells are formed by at least four walls wherein at least two of the walls are substantially parallel to each other. The septums include warp fibers and weft fibers that are substantially perpendicular to each other. The septums are oriented in the honeycomb cells such that the weft fibers and/or warp fibers are substantially perpendicular to the parallel walls.

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1. An acoustic structure that is adapted to be located near a source of noise, said acoustic structure comprising: a honeycomb comprising a first edge to be located nearest said source of noise and a second edge, said honeycomb further comprising a plurality of wall, said walls comprising an upper edge located at said first edge of said honeycomb and a lower edge located at said second edge of said honeycomb, said walls further comprising side edges that extend between said first and said second edges of said honeycomb, said walls being connected to each other along said side edges, said walls defining a plurality of cells wherein at least one of said cells is defined by at least four of said walls and Wherein at least two of said walls defining said cell form a pair of walls that are substantially parallel to each other and wherein said walls define a perimeter around said cell wherein at least one of said parallel walls forms a larger portion of said cell perimeter than at least one of the cell walls that is not parallel with said larger wail;a septum located within said cell, said septum comprising an acoustic material that comprises a plurality of warp fibers and a plurality of weft fibers, said warp fibers and weft fibers being substantially perpendicular to each other, wherein each of said warp fibers comprises a resonator portion located within said cell and anchoring portions located at each end of said warp fiber and wherein each of said weft fibers comprises a resonator portion located within said cell and anchoring portions located at each end of said weft fiber, said septum being oriented in said cell such that resonator portions of either said warp or weft fibers are substantially perpendicular to said larger wall in the direction extending between the sides of said larger wall; andan adhesive that bonds said anchoring portions of said warp and weft fibers to said walls. 2. An acoustic structure according to claim 1 wherein said warp fibers are more flexible than said weft fibers. 3. An acoustic structure according to claim 2 wherein at least a portion of said weft fibers are substantially perpendicular to said larger wall in the direction extending between the sides of said larger wall. 4. An acoustic structure according to claim 1 wherein at least one of said cells is defined by at least two pairs of walls, said walls in each pair being substantially parallel to each other. 5. An acoustic structure according to claim 1 wherein said cell is defined by six walls. 6. An acoustic structure according to claim 2 wherein said warp fibers have a cross-sectional diameter and said weft fibers have a cross-sectional diameter, the diameter of said weft fibers being greater than the diameter of said warp fibers. 7. A precursor structure that is adapted to be made into an acoustic structure which is adapted to be located near a source of noise, said precursor structure comprising: a honeycomb comprising a first edge to be located nearest said source of noise and a second edge, said honeycomb further comprising a plurality of wall, said walls comprising an upper edge located at said first edge of said honeycomb and a lower edge located at said second edge of said honeycomb, said walls further comprising side edges that extend between said first and said second edges of said honeycomb, said walls being connected to each other along said side edges, said walls defining a plurality of cells wherein at least one of said cells is defined by at least four of said walls and wherein at least two of said walls defining said cell form a pair of walls that are substantially parallel to each other and wherein said walls define a perimeter around said cell wherein at least one of said parallel walls forms a larger portion of said cell perimeter than at least one of the cell walls that is not parallel with said larger wall;a septum located within said cell, said septum comprising an acoustic material that comprises a plurality of warp fibers and a plurality of weft fibers, said warp fibers and weft fibers being substantially perpendicular to each other, wherein each of said warp fibers comprises a resonator portion located within said cell and anchoring portions located at each end of said warp fiber and wherein each of said weft fibers comprises a resonator portion located within said cell and anchoring portions located at each end of said weft fiber, said septum being oriented in said cell such that resonator portions of either said warp or weft fibers are substantially perpendicular to said larger wall in the direction extending between the sides of said larger wall; andwherein said anchoring portions of said warp and/or weft fibers are friction fit to said walls. 8. A precursor structure according to claim 7 wherein said warp fibers are more flexible than said weft fibers. 9. A precursor structure according to claim 8 wherein at least a portion of said weft fibers are substantially perpendicular to said larger wall in the direction. extending between the sides of said larger wall. 10. A precursor structure according to claim 7 wherein at least one of said cells is defined by at least two pairs of walls, said walls in each pair being substantially parallel to each other. 11. A precursor structure according to claim 7 wherein said cell is defined by six walls. 12. A precursor structure according to claim 8 wherein said warp fibers have a cross-sectional diameter and said weft fibers have a cross-sectional diameter, the diameter of said weft fibers being greater than the diameter of said warp fibers. 13. A method for making an acoustic structure that is adapted to be located near a source of noise, said method comprising the steps of: providing a honeycomb comprising a first edge to be located nearest said source of noise and a second edge, said honeycomb further comprising a plurality of wall, said walls comprising an upper edge located at said first edge of said honeycomb and a lower edge located at said second edge of said honeycomb, said walls further comprising side edges that extend between said first and said second edges of said honeycomb, said walls being connected to each other along said side edges, said walls defining a plurality of cells wherein at least one of said cells is defined by at least four of said walls and wherein at least two of said walls defining said cell form a pair of walls that are substantially parallel to each other and wherein said walls define a perimeter around said cell wherein at least one of said parallel walls forms a larger portion of said cell perimeter than at least one of the cell walls that is not parallel with said larger wall;inserting a septum into said cell, said septum comprising an acoustic material that comprises a plurality of warp fibers and a plurality of weft fibers, said warp fibers and weft fibers being substantially perpendicular to each other, wherein each of said warp fibers comprises a resonator portion located within said cell and anchoring portions located at each end of said warp fiber and wherein each of said weft fibers comprises a resonator portion located within said cell and anchoring portions located at each end of said weft fiber, said septum being inserted in said cell such that resonator portions of either said warp or weft fibers are substantially perpendicular to said larger wall in the direction extending between the sides of said larger wall; andbonding said anchoring portions of said warp and weft fibers to said walls. 14. A method for making an acoustic structure according to claim 13 wherein said warp fibers are more flexible than said weft fibers. 15. A method for making an acoustic structure according to claim 14 wherein at least a portion of said weft fibers are substantially perpendicular to said larger wall in the direction extending between the sides of said larger wall. 16. A method for making an acoustic structure according to claim 13 wherein at least one of said cells is defined by at least two pairs of walls, said walls in each pair being substantially parallel to each other. 17. A nacelle for an aircraft engine that comprises an acoustic structure according to claim 1. 18. A method for making an acoustic structure according to claim 14 wherein said warp fibers have a cross-sectional diameter and said weft fibers have a cross-sectional diameter, the diameter of said weft fibers being greater than the diameter of said warp fibers. 19. An aircraft that comprises an acoustic structure according to claim 1. 20. A method for making an acoustic structure according to claim 18 wherein said cell is defined by six walls.

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Anchoring of septums in acoustic honeycomb

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