Headset receiver and sanitizing storage system therefor

Claim 2

The combination of a headset receiver and storage system therefor for use in an aircraft passenger entertainment system comprising: a housing including means for receiving electromagnetic signals and for converting the electromagnetic signals into audible signals; means coupled to said housing for supplying the audible signals to a listener's ears; and a case having at least one port for receiving and storing said housing in said case, and sanitizing means positioned adjacent said port for sanitizing said housing and said audible signal supplying means when received in said case.

Claim 3

The combination according to claim 1 in which said case has a plurality of said ports and retainers for receiving and retaining an equal plurality of said housings and said audible signal supplying means.

Claim 4

The combination according to claim 1 in which said housing is configured generally as a thin parallelepiped having front and rear surfaces joined by edge surfaces, in which said front and rear surfaces are relatively large with respect to said edge surfaces for permitting insertion of said housing at one of said edge surfaces into and through said port.

Claim 5

The combination according to claim 3 further including recessed openings in said edge surface for reception of at least one battery and volume and channel controls.

Claim 6

The combination according to claim 4 in which said front and rear surfaces have generally rectangular configurations with relatively long base and top edges and relatively short side edges to configure said edge surfaces into relatively thin elongated base and top surfaces and relatively thin short side surfaces, said recessed battery opening extending into said base surface and said recessed control openings extending respectively into said side surfaces.

Claim 7

The combination according to claim 5 further including a pair of ears extending from said top surface at its corners with said side surfaces, and a pair of acoustical stems secured to each of said ears for supplying the audible signals to the listener's ears.

Claim 8

The combination according to claim 6 in which said housing has a decreasing thickness between said front and rear surfaces from lines thereon spaced from said top surface and extending thereto and to said ear portions for aiding insertion of said housing into said port.

Claim 9

The combination of a headset receiver and storage system therefor for use in an aircraft passenger enertainment system comprising: a plurality of housings; a case having a plurality of ports and holders for receiving at most an equal plurality of said housings; each of said housings being configured generally as a thin parallelepiped having front and rear surfaces joined by edge surfaces, in which said front and rear surfaces are relatively large with respect to said edge surfaces for permitting respective insertion of said housings at their edge surfaces through respective ones of said ports, and including means for receiving electromagnetic signals and for converting the electromagnetic signals into audible signals; means coupled to each of said housings for supplying the audible signals to a listener's ears; and means adjacent said ports for sanitizing said housings and audible signal supplying means upon insertion thereof into said case.

Claim 10

The combination of a headset receiver and storage system therefor for use in an aircraft passenger enertainment system comprising: a plurality of housings; a case having a plurality of ports and holders for receiving at most an equal plurality of said housings; each of said housings being configured generally as a thin parallelepiped having front and rear surfaces joined by edge surfaces, in which said front and rear surfaces are relatively large with respect to said edge surfaces for permitting respective insertion of said housings at their edge surfaces through respective ones of said ports, and including means for receiving electromagnetic signals and for converting the electromagnetic signals into audible signals; means coupled to each of said housings for supplying the audible signals to a listener's ears; and means adjacent said ports for sanitizing said housings and audible signal supplying means upon insertion thereof into said case.

Claim 11

The combination according to claim 8 in which said audible signal supplying means includes acoustical stems secured to each of said housings for supplying the audible signals to the listener's ears.

Claim 12

The combination according to claim 9 in which said case holders include parallel pairs of channels into which said housings respectively slide and fit for holding said housings respectively within said case, each of said channel pairs being aligned with a respective one of said ports.

Claim 13

The combination of headset receivers and a storage system therefor for use by listeners in an aircraft passenger entertainment system comprising: a plurality of housings, and acoustical stems secured to each of said housings for supplying the audible signals to the listeners' ears; a case having a plurality of ports and holders for receiving at most an equal plurality of said housings and acoustical means in which said case holders include parallel pairs of channels into which said housings respectively slide and fit for holding said housings respectively within said case, each of said channel pairs being aligned with a respective one of said ports; means adjacent said ports for sanitizing said holders and said acoustical stems upon insertion thereof into said case; and each of said housings being configured generally as a thin parallelepiped whose front and rear surfaces are relatively large with respect to its edge surfaces, for permitting insertion of each of said housings at one of its edge surfaces through a respective one of said ports, and including means for receiving electromagnetic signals, for converting the electromagnetic signals into audible signals, and for supplying the audible signals through said acoustical stems to a listener's ears.

Claim 14

The combination of headset receivers and a storage system therefor for use by listeners in an aircraft passenger entertainment system comprising: a plurality of housings, and acoustical stems secured to each of said housings for supplying the audible signals to the listeners' ears; a case having a plurality of ports and holders for receiving at most an equal plurality of said housings and acoustical means in which said case holders include parallel pairs of channels into which said housings respectively slide and fit for holding said housings respectively within said case, each of said channel pairs being aligned with a respective one of said ports; means adjacent said ports for sanitizing said holders and said acoustical stems upon insertion thereof into said case; and each of said housings being configured generally as a thin parallelepiped whose front and rear surfaces are relatively large with respect to its edge surfaces, for permitting insertion of each of said housings at one of its edge surfaces through a respective one of said ports, and including means for receiving electromagnetic signals, for converting the electromagnetic signals into audible signals, and for supplying the audible signals through said acoustical stems to a listener's ears.

Claim 15

The combination according to claim 1 in which said sanitizing means comprises a pad of foam moistened with a sanitizing fluid, said pad having slits aligned with said ports and said channel pairs.

Claim 16

The combination according to claim 12 further including means for removably retaining said sanitizing pad adjacent to said ports and in said case.

Claim 17

The combination according to claim 13 in which said removable retaining means comprises at least a first grid plate having said ports therein and including with said case, a cooperating latching mechanism for releasably securing said first grid plate to said case and said sanitizing pad therebetween.

Claim 18

The combination according to claim 14 further including stops in said case, and in which said removable retaining means further comprises a second grid plate having said ports and abuttable against said stops, and forming a sandwich construction with said sanitizing pad and said first grid plate, with said sanitizing pad positioned between said first and second grid plates.

Claim 19

The combination according to claim 15 further including a stop bar secured to said case and further within said case then said second grid plate, said stop bar extending transversely to said grid ports and said sanitizing pad slits to provide an abutment and to limit reception of said housings within said case, such that said acoustic stems are extendable beyond said stop bar into said case and that said housings are retained within said grid plates and said sanitizing pad.

Claim 20

The combination according to claim 16 further including a handle secured to said case to permit it and its contained housings to be hand carried.

Claim 21

The combination according to claim 17 further including means on said case for enabling said case to be stacked with like cases.

Claim 22

The combination according to claim 16 wherein said case includes a pair of parallel sides between which said channels extend, said sides having therein respective ones of said sandwich construction of said sanitizing pad and said first and second grid plates latchable to said case and said stop bar, for enabling said housings and acoustical stems to be inserted, sanitized and stored in said case at both said sides thereof.

Claim 23

A housing for a headset receiver which is adapted to receive electromagnetic signals, to convert the electromagnetic signals into audible signals and to enable supply of the audible signals to a listener's ears, comprising: an enclosure configured generally as a thin parallelpiped having smooth exterior surfaces including front, rear and edge surfaces, in which said front and rear surfaces are relatively large with respect to said edge surfaces and have generally rectangular configurations with relatively long base and top edges and relatively short side edges to configure said edge surfaces into relatively thin elongated base and top surfaces and relatively thin short side surfaces; and recessed openings formed by recesses in said edge surfaces and by portions of said front and rear surfaces overlapping the recesses for receiving and enclosing at least one battery and for enclosing control knobs to enhance the smoothness of said exterior surfaces by reducing the number of exterior discontinuities, said recessed battery opening extending into said base surface and said recessed control knob openings extending respectively into said side surfaces.

Claim 24

A housing for a headset receiver which is adapted to receive electromagnetic signals, to convert the electromagnetic signals into audible signals and to enable supply of the audible signals to a listener's ears, comprising: an enclosure configured generally as a thin parallelpiped having smooth exterior surfaces including front, rear and edge surfaces, in which said front and rear surfaces are relatively large with respect to said edge surfaces and have generally rectangular configurations with relatively long base and top edges and relatively short side edges to configure said edge surfaces into relatively thin elongated base and top surfaces and relatively thin short side surfaces; and recessed openings formed by recesses in said edge surfaces and by portions of said front and rear surfaces overlapping the recesses for receiving and enclosing at least one battery and for enclosing control knobs to enhance the smoothness of said exterior surfaces by reducing the number of exterior discontinuities, said recessed battery opening extending into said base surface and said recessed control knob openings extending respectively into said side surfaces.

Claim 25

A housing according to claim 20 further including a pair of ears extending from said top surface at its corners with said side surfaces, and a pair of acoustical stems secured to each of said ears for supplying the audible signals to the listener's ears.

Claim 26

A housing according to claim 20 further including at least one cutout in said front and rear surfaces adjacent said battery recessed opening to facilitate removal of a battery therefrom.

Claim 27

A housing according to claim 21 in which said housing has a decreasing thickness between said front and rear surfaces from lines thereon spaced from said top surface and extending thereto and to said ear portions for aiding insertion of said housing into a carrying case.

Claim 28

A housing according to claim 21 further including a pair of guide tabs extending outwardly sideways respectively from said ears.

Claim 29

A housing according to claim 20 further including electromagnetic signal detection means witthin said enclosure, and a cover over said electromagnetic signal detection means forming a part of at least one of said front and rear surfaces and being flush therewih to enhance the smoothness of said exterior surfaces.

Claim 32

A method according to claim 26 for enabling a plurality of such headset receivers to be reused, further comprising the step of providing the case with a plurality of sanitizing and storing facilities for each of the receivers and in which said sanitizing while retained and stored step further comprises the step of sanitizing the receivers while being stored respectively in individual ones of the facilities within the case.