Remote control protective holder and detection device

Claim 2

A lightweight portable remote control holder for protection of a conventional remote controller having top and bottom edges separated by a thickness, said holder comprising: a support housing having an upper portion and a lower portion, said upper portion defined by two parallel spaced apart upper side edge bands being generally co-extensive in length, each having a first end and an opposite end, with said upper side edge bands integrally connected along said first end by a first end band and a first cross band positioned a predetermined distance from said opposite end of said upper side edge bands thereby forming a generally rectangular support conforming to said top edges of a remote controller, said lower portion defined by two parallel spaced apart lower side edge bands being generally co-extensive in length, each having a first end and an opposite end, with said lower side edge bands integrally connected along said first end by a second end band and a second cross band positioned a predetermined distance from said opposite end of said lower side edge bands thereby forming a generally rectangular support conforming to said bottom edges of a remote controller; means for locking said upper portion to said lower portion for securing the remote controller therebetween; and a detection means for locating said remote controller having a self contained energy source coupled to said support housing.

Claim 3

The holder according to claim 1 wherein said upper and lower side edge bands are constructed from an elastic rubber material allowing said holder to expand in length to accommodate a long remote controller.

Claim 4

The holder according to claim 1 wherein said first and second end bands and said first and second cross bands of said upper and lower portions are constructed from an elastic rubber allowing said holder to expand in width to accommodate a wide remote controller.

Claim 5

The holder according to claim 1 wherein said first ends and said opposite ends of said upper and lower side edge bands are enlarged to form bumpers of impact resistant material.

Claim 6

The holder according to claim 4 wherein at least two of said bumpers includes a fluorescent illumination material.

Claim 7

The holder according to claim 1 wherein said upper and lower portions are constructed from a material having illumination qualities.

Claim 8

The holder according to claim 1 wherein said means for locking include asymmetrical tabs positioned at each end of said side upper and lower side edge bands to accommodate said thickness of a majority of commercially available remote control units.

Claim 9

The holder according to claim 1 wherein said means for detection is further defined as an electrical circuit for selectively receiving an electromagnetic field transmitted by a conventional television, said electrical circuit having a means for generating an audio signal upon receipt of said field.

Claim 10

The holder according to claim 8 wherein said means for generating an audio signal is a piezo transducer.

Claim 11

The holder according to claim 8 wherein said means for receiving includes an antenna formed from a ferrite rod wrapped with copper winding electrically coupled to a capacitor tuned to receive at a frequency between 15500 Hz and 16000 Hz.

Claim 12

The holder according to claim 1 including an illumination system operatively associated with said detection means for locating said remote controller, said illumination system comprising: a rigid neck having a first end and a distal second end, said first end rotatably coupled to said detection means and said distal end available for extending over a key pad of a conventional remote control unit set within said support housing, said distal end including a light source operable by said energy source.

Claim 13

The holder according to claim 11 wherein said illumination system includes an electrical switch connected between said energy source and said light source for manual operation thereof.

Claim 14

The holder according to claim 11 wherein said means for detection includes an electrical circuit for sensing movement of said support housing.

Claim 15

A lightweight portable remote control holder for protection of a conventional remote controller having top and bottom edges separated by a thickness, said holder comprising: a support housing having an upper portion and a lower portion, said upper portion defined by two parallel spaced apart elastic upper side edge bands being generally co-extensive in length, said upper side edge bands integrally connected along one end by a first elastic end band creating an enlarged corner along said end, and a first elastic cross band positioned a predetermined distance from an opposite end of said upper side edge bands thereby forming a generally rectangular support conforming to the top edges of a remote controller with said opposite ends having enlarged ends, said lower portion defined by two parallel spaced apart elastic lower side edge bands being generally co-extensive in length, with said lower side edge bands integrally connected along one end by a second elastic end band forming an enlarged corner and a second elastic cross band positioned a predetermined distance from an opposite end of said lower side edge bands forming a generally rectangular support conforming to the bottom edges of a remote controller with said opposite ends having enlarged ends; means for locking said upper portion to said lower portion for securing the remote controller therebetween; and a detection system having a detection means with an electrical circuit for selectively receiving an electromagnetic field radiated from a cathode-ray tube of a conventional television, said electrical circuit having a means for generating an audio signal upon receipt of said field.

Claim 16

A lightweight portable remote control holder for protection of a conventional remote controller having top and bottom edges separated by a thickness, said holder comprising: a support housing having an upper portion and a lower portion, said upper portion defined by two parallel spaced apart elastic upper side edge bands being generally co-extensive in length, said upper side edge bands integrally connected along one end by a first elastic end band creating an enlarged corner along said end, and a first elastic cross band positioned a predetermined distance from an opposite end of said upper side edge bands thereby forming a generally rectangular support conforming to the top edges of a remote controller with said opposite ends having enlarged ends, said lower portion defined by two parallel spaced apart elastic lower side edge bands being generally co-extensive in length, with said lower side edge bands integrally connected along one end by a second elastic end band forming an enlarged corner and a second elastic cross band positioned a predetermined distance from an opposite end of said lower side edge bands forming a generally rectangular support conforming to the bottom edges of a remote controller with said opposite ends having enlarged ends; means for locking said upper portion to said lower portion for securing the remote controller therebetween; and a detection system having a detection means with an electrical circuit for selectively receiving an electromagnetic field radiated from a cathode-ray tube of a conventional television, said electrical circuit having a means for generating an audio signal upon receipt of said field.

Claim 17

The holder according to claim 14 including an illumination system operatively associated with said detector system comprising: a rigid neck having a first end and a distal second end, said first end rotatably coupled to said detection means and said distal end available for extending over a key pad of a conventional remote control unit set within said support housing, said distal end including a light source operable by said energy source.

Claim 18

The holder according to claim 14 wherein said means for detection includes an electrical circuit for sensing movement of said support housing electrically coupled to said audio output.

Claim 19

A remote control detection device for incorporation with a remote control device comprising: a first means for producing a first signal by selectively receiving an electromagnetic field transmitted by a conventional television; a means for amplifying said first signal; a second means for producing a second signal by sensing motion of said remote control device; a means for generating an audio signal based upon said first and second signals.

Claim 20

A remote control detection device for incorporation with a remote control device comprising: a first means for producing a first signal by selectively receiving an electromagnetic field transmitted by a conventional television; a means for amplifying said first signal; a second means for producing a second signal by sensing motion of said remote control device; a means for generating an audio signal based upon said first and second signals.

Claim 21

The detection device according to claim 17 wherein said means for generating an audio signal is further defined as a piezo transducer.

Claim 22

The detection device according to claim 17 wherein said first means includes an antenna formed from a ferrite rod wrapped with copper winding electrically coupled to a capacitor tuned to receive at a frequency between 15500 Hz and 16000 Hz.