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US 11,059,586 B2Granted
Structural spacer members
AssigneeThe Boeing Company
InventorNathanial C. Cuddy
Life of this patent
Estimating the term…
Abstract
A rigid member configured to maintain components in spaced relationship is disclosed. An outer wall portion of the rigid member is arranged substantially concentric about a central axis and a fastener-receiving portion is arranged within the outer wall portion. The fastener-receiving member defines a central bore extending therethrough and oriented substantially concentric about the central axis. A plurality of interconnecting portions extend between the outer wall portion and the fastener-receiving portion.
Claims25
A rigid member configured to be cut to selected lengths to form spacers for assembly of a storage bin assembly, the rigid member comprising:
- an outer wall portion substantially concentric to a central axis, the outer wall portion having a length;
- a first inner wall portion offset inward from the outer wall portion, wherein the first inner wall portion is concentric to the central axis;
- a plurality of interconnecting portions that couple the outer wall portion to the first inner wall portion, wherein the interconnecting portions of the plurality of interconnecting portions have the length;
- a first fastener-receiving portion offset inward from the first inner wall portion, wherein the first fastener-receiving portion defines a central bore, and wherein a location of the first fastener-receiving portion is configured to enable a fastener, with a portion of the fastener positioned in the central bore, to couple a first spacer cut from the rigid member to a support member of the storage bin assembly;
- second fastener-receiving portions coupled to the first inner wall portion and the first fastener-receiving portion, each second fastener-receiving portion separated from the outer wall portion by a respective interconnecting portion of the plurality of interconnecting portions, wherein each of the second fastener-receiving portions has a second bore, and wherein a second bore central axis of each second bore is located a first distance from the central axis;
- and
- a third fastener-receiving portion coupled to the first inner wall portion and the first fastener-receiving portion, the third fastener-receiving portion separated from the outer wall portion by a respective interconnecting portion of the plurality of interconnecting portions and the third fastener-receiving portion having a third bore with a third bore central axis located a second distance from the central axis different than the first distance, wherein locations of the second bores and the third bore of the rigid member are configured to enable a second spacer cut from the rigid member to be secured between a first pivot member and a wall of a storage bin of the storage bin assembly by first fasteners in working relation with the second bores and the third bore, and wherein the locations of the second bores and the third bore of the rigid member are configured to enable a third spacer cut from the rigid member to be secured between a second pivot member and a support wall of the storage bin assembly by second fasteners in working relation with the second bores and the third bore.
4 more elements
A storage bin assembly comprising:
- a storage bin, wherein the storage bin comprises side walls;
- a first pivot member coupled to a side wall of the side walls by a first plurality of fasteners;
- a unitary rigid member between the first pivot member and the side wall to space the first pivot member a particular distance from the side wall, wherein the unitary rigid member comprises:
- an outer wall portion substantially concentric to a central axis;
- a first inner wall portion offset inward from the outer wall portion, wherein the first inner wall portion is concentric to the central axis;
- one or more interconnecting portions that couple the outer wall portion to the first inner wall portion;
- a central portion offset inward from the first inner wall portion, wherein the central portion defines a central bore through the unitary rigid member;
- second fastener-receiving portions coupled to the first inner wall portion and the central portion, wherein each of the second fastener-receiving portions has a second bore through the unitary rigid member configured to receive a shaft of a fastener of the first plurality of fasteners, and wherein a second bore central axis of each second bore is located a first distance from the central axis;
- and
- a third fastener-receiving portion coupled to the first inner wall portion and the central portion, wherein the third fastener-receiving portion has a third bore through the unitary rigid member configured to receive a shaft of a fastener of the first plurality of fasteners, and wherein a third bore central axis of the third bore is located a second distance from the central axis different than the first distance;
- a support wall;
- and
- a second pivot member coupled to the support wall by a second plurality of fasteners, wherein the second pivot member is coupled to the first pivot member in a working relation to enable rotation of the storage bin to an open position and to a closed position.
10 more elements
A storage bin assembly comprising:
- a support wall;
- a second pivot member coupled to the support wall by a second plurality of fasteners;
- a first unitary rigid member between the second pivot member and the support wall to space the second pivot member a first particular distance from the support wall, wherein the first unitary rigid member comprises:
- an outer wall portion substantially concentric to a central axis;
- a first inner wall portion offset inward from the outer wall portion, wherein the first inner wall portion is concentric to the central axis;
- one or more interconnecting portions that couple the outer wall portion to the first inner wall portion;
- a central portion offset inward from the first inner wall portion, wherein the central portion defines a central bore through the first unitary rigid member;
- second fastener-receiving portions coupled to the first inner wall portion and the central portion, wherein each of the second fastener-receiving portions has a second bore through the first unitary rigid member configured to receive a shaft of a fastener of the second plurality of fasteners, and wherein a second bore central axis of each second bore is located a first distance from the central axis;
- and
- a third fastener-receiving portion coupled to the first inner wall portion and the central portion, wherein the third fastener-receiving portion has a third bore through the first unitary rigid member configured to receive a shaft of a fastener of the second plurality of fasteners, and wherein a third bore central axis of the third bore is located a second distance from the central axis different than the first distance;
- a storage bin, wherein the storage bin comprises side walls;
- and
- a first pivot member coupled to a side wall of the side walls by a second plurality of fasteners, wherein the first pivot member is coupled to the second pivot member in a working relation to enable rotation of the storage bin to an open position and to a closed position.
10 more elements
Dependencies are inferred from the claim text.