Abstract: A buckle assembly configured to mate with a plurality of tongues may include a rotational lever; a latch plate supported by the rotational lever and configured to move in a vertical direction when the lever rotates; a plurality of latch pins, wherein each latch pin is configured to engage the latch plate at one end of the pin and one of the plurality of tongues at the other end of the pin in order to mate the tongue with the buckle assembly; and a rotational solenoid. A core of the rotational solenoid may be connected to the rotational lever, so that rotation of the core causes the lever to rotate and the latch plate to move in a vertical direction. Each of the latch pins is configured to disengage from the corresponding tongue when the lever rotates.

Abstract: A buckle assembly configured to mate with a plurality of tongues may include a rotational lever; a latch plate supported by the rotational lever and configured to move in a vertical direction when the lever rotates; a plurality of latch pins, wherein each latch pin is configured to engage the latch plate at one end of the pin and one of the plurality of tongues at the other end of the pin in order to mate the tongue with the buckle assembly; and a rotational solenoid. A core of the rotational solenoid may be connected to the rotational lever, so that rotation of the core causes the lever to rotate and the latch plate to move in a vertical direction. Each of the latch pins is configured to disengage from the corresponding tongue when the lever rotates.

Abstract: A seat belt system for a vehicle may include a tongue configured to slidably engage a seat belt; a retractor coupled to a portion of the vehicle, the retractor configured to receive the seat belt; and a height adjuster. The height adjuster may include a guide webbing configured to be secured to a portion of the vehicle; a frame supporting a locking mechanism; and a supporting surface to support the seat belt as the seat belt changes direction. The position of the frame relative to the guide webbing is adjustable. The locking mechanism is configured to lock the frame in a position relative to the guide webbing by clamping the guide webbing without input from the user and stays in position during a crash.

Abstract: A seat belt monitoring system is provided. The seat belt monitoring system includes a seat belt system. The seat belt system has a first portion including a seat belt webbing and a tongue. The seat belt system also includes a buckle. A radio frequency device is associated with the first portion. The seat belt monitoring system further includes a radio frequency receiver that detects either a signal from the radio frequency device or a particular spatial relationship between the radio frequency device and a second radio frequency device placed near the buckle of the seat belt system.

Abstract: A bus or motor-coach includes a curtain airbag module. The airbag module comprises a curtain airbag, a trim cover, a plurality of fasteners to attach the curtain airbag module to an interior bus component or side wall of the bus, and an inflator to inflate the curtain airbag.

Abstract: A seat belt stowage apparatus includes a seat with a backrest, a cavity, and a seat belt buckle. The cavity is located in the seat. The buckle is releasably attached to a seat belt tongue. The buckle is movable between a stowage position inside the cavity and an in-use position. When a force is applied to the seat belt buckle, a buckle strap allows the seat belt buckle to be rotated forward out of the seat. When the force is removed, a torsion spring reverts the seat belt buckle to the stowage position inside the cavity.

Abstract: A method of teaching a student how to read comprises selecting a word to be taught, the word comprising a letter; providing the letter with a visual indicium to form a phonogram, the visual indicium symbolizing a known word having a known pronunciation; using at least a portion of the known pronunciation of the known word to guide the student on how the phonogram is pronounced; and using the pronunciation of the phonogram to guide the student on how the word to be taught is read.

Abstract: A turbine motor of the present invention includes a noise reduction system. The turbine motor includes a housing, a motor, a cooling fan, an air intake assembly, an exhaust assembly, an air intake motor cover assembly and a conduit. The motor is positioned in the housing and the motor has an air intake. The cooling fan is attached to the motor and is for cooling it. The air intake assembly is proximate to the cooling fan and is attached to the housing. The exhaust assembly is proximate to the cooling fan and is attached to the housing. The air intake motor cover assembly is proximate to the air intake on the motor and is attached to the housing. The conduit extends between the air intake assembly and the air intake motor cover.

Abstract: A fan casing for a gas turbine engine is provided which combines the functions of blade containment and noise suppression. The fan casing has an annular metallic inner shell with a plurality of holes are formed therethrough. An acoustic absorber, such as a cellular resonator, is disposed around the inner shell.

Abstract: A turbine motor of the present invention includes a noise reduction system. The turbine motor includes a housing, a motor, a cooling fan, an air intake assembly, an exhaust assembly, an air intake motor cover assembly and a conduit. The motor is positioned in the housing and the motor has an air intake. The cooling fan is attached to the motor and is for cooling it. The air intake assembly is proximate to the cooling fan and is attached to the housing. The exhaust assembly is proximate to the cooling fan and is attached to the housing. The air intake motor cover assembly is proximate to the air intake on the motor and is attached to the housing. The conduit extends between the air intake assembly and the air intake motor cover.

Abstract: A fan casing for a gas turbine engine is provided which combines the functions of blade containment and noise suppression. The fan casing has an annular metallic inner shell with a plurality of holes are formed therethrough. An acoustic absorber, such as a cellular resonator, is disposed around the inner shell.