Abstract: An air inlet section for an enclosure for an aircraft engine is provided that includes an inner barrel panel, an outer barrel panel, a lipskin and a forward bulkhead. The lipskin extends between an inner barrel end and an outer barrel end. The inner barrel end is disposed proximate the forward end of the inner barrel panel and the outer barrel end is disposed proximate the forward end of the outer barrel panel. The forward bulkhead has a panel that extends between an outer radial end and an inner radial end. The inner barrel panel, the outer barrel panel, and the lipskin define an interior annular region, and the forward bulkhead defines a sub-portion of interior annular region. The outer radial end of the forward bulkhead panel is disposed forward of the inner radial end of the forward bulkhead panel.

Abstract: A housing includes a pressure relief door and a deflector. The pressure relief door includes a first door end disposed at a first hinge axis of the housing and an opposing second door end. The pressure relief door is rotatable between a first door position and a second door position about the first hinge axis and defines a portion of the housing in the first door position. The deflector includes a first deflector end disposed at a second hinge axis of the housing and an opposing second deflector end. The deflector is rotatable between a first deflector position and a second deflector position about the second hinge axis. Rotation of the pressure relief door from the first door position to the second door position effects rotation of the deflector from the first deflector position to the second deflector position.

Abstract: A housing includes a pressure relief door and a deflector. The pressure relief door includes a first door end disposed at a first hinge axis of the housing and an opposing second door end. The pressure relief door is rotatable between a first door position and a second door position about the first hinge axis and defines a portion of the housing in the first door position. The deflector includes a first deflector end disposed at a second hinge axis of the housing and an opposing second deflector end. The deflector is rotatable between a first deflector position and a second deflector position about the second hinge axis. Rotation of the pressure relief door from the first door position to the second door position effects rotation of the deflector from the first deflector position to the second deflector position.

Abstract: An air inlet section for an enclosure for an aircraft engine is provided that includes an inner barrel panel, an outer barrel panel, a lipskin and a forward bulkhead. The lipskin extends between an inner barrel end and an outer barrel end. The inner barrel end is disposed proximate the forward end of the inner barrel panel and the outer barrel end is disposed proximate the forward end of the outer barrel panel. The forward bulkhead has a panel that extends between an outer radial end and an inner radial end. The inner barrel panel, the outer barrel panel, and the lipskin define an interior annular region, and the forward bulkhead defines a sub-portion of interior annular region. The outer radial end of the forward bulkhead panel is disposed forward of the inner radial end of the forward bulkhead panel.

Abstract: A toy vehicle set is disclosed herein. A toy vehicle set includes a toy vehicle having at least one reflective surface. A toy track is provided having a toy vehicle guiding pathway. A toy vehicle identification system is coupled to at least a portion of the toy track. The identification system includes a light source arranged to direct an emitted light towards the at least one reflective surface. A plurality of light sensors, each arranged to receive the emitted light that is reflected from the at least one reflective surface. A controller is electrically coupled to the plurality of light sensors, the controller having a processor responsive to executable computer instructions for identifying the toy vehicle in response to a first signal received from the plurality of light sensors.

Abstract: A basket assembly to be hung on the wall of a bathroom for keeping a bar of wet soap, comprising a basket, a soap holder detachably mounted onto the boom of the basket, and a hanger on which the basket is hung, the soap holder having a plurality of bar members spacially arranged in two rows so that a bar of soap may be held between the two rows of the standed bar members. A vessel-shaped adaptor is provided to fit the soap holder to enable the basket assembly to be converted into a wall vase as one may wish.