Broadcasting receiver for vehicles

Claim 2

A broadcasting receiver for vehicles which comprises: a base plate disposed on a static portion of a vehicle for horizontal rotation about a vertical pivot axis, a main reflector for receiving and reflecting broadcasting signals fixed to a rotation shaft attached to said base plate for rotation about an axis perpendicular to said base plate vertical pivot axis between a turned down position overlying said base plate and a projected stand up position, an arm having one end attached to said base plate such that said arm is rotatable about a common axis with that of said rotation shaft, a sub-reflector for reflecting broadcasting signals reflected by said main reflector and rotatably attached to one end of said arm, a broadcasting signal detector attached to said main reflector for detecting signals reflected by said sub-reflector and transmitting them to the inside of the vehicle by means of a cord and, a mechanism for preventing said cord from being twisted by rotation of the base plate.

Claim 3

A broadcasting receiver for vehicles of claim 1, in which said mechanism for preventing the cord from being twisted comprises a rotary joint attached to the base plate and provided with a gear mechanism operatively responsive to rotation of said base plate which always acts to untwist the cord against the twisting action by rotation of the base plate.

Claim 4

A broadcasting receiver for vehicles of claim 1, in which said base plate is attached to a mounting plate of a vehicle body so as to be rotatable in a plane substantially parallel to said mounting plate.

Claim 5

A broadcasting receiver for vehicles of claim 1, in which said main reflector is so disposed as to cover the substantial entire surface of said base plate accommodating said arm and sub-reflector thereunder when the main reflector is rotated to the turned down position.

Claim 6

A broadcasting receiver for vehicles which comprises: a base plate disposed on a static portion of a vehicle for horizontal rotation about a vertical pivot axis, a main reflector for receiving and reflecting broadcasting signals and being fixed to a rotation shaft attached to said base plate for rotation about an axis perpendicular to said base plate vertical pivot axis, an arm having one end attached to said base plate so that the arm is rotatable about a common axis with that of said rotation shaft, a sub-reflector for reflecting broadcasting signals reflected by said main reflector and rotatably attached to one end of said arm, a broadcasting signal detector attached to said main reflector for detecting signals reflected by said sub-reflector and transmitting them to the inside of the vehicle by means of a cord, an angle adjusting device for adjusting and maintaining said main reflector at a predetermined angle with respect to said arm when the main reflector is in a stand-up position, a device for causing said sub-reflector to stand up in relation to said arm so that the sub-reflector takes a predetermined angle position with respect to said main reflector, and said angle adjusting device comprising a first projection formed on the side of said main reflector and a second projection formed on the side of said arm and an adjustable screw which is screwed in said second projection and contacts said first projection.

Claim 7

A broadcasting receiver for vehicles which comprises: a base plate disposed on a static portion of a vehicle for horizontal rotation about a vertical pivot axis, a main reflector for receiving and reflecting broadcasting signals and being fixed to a rotation shaft attached to said base plate for rotation about an axis perpendicular to said base plate vertical pivot axis, an arm having one end attached to said base plate so that the arm is rotatable about a common axis with that of said rotation shaft, a sub-reflector for reflecting broadcasting signals reflected by said main reflector and rotatably attached to one end of said arm, a broadcasting signal detector attached to said main reflector for detecting signals reflected by said sub-reflector and transmitting them to the inside of the vehicle by means of a cord, an angle adjusting device for adjusting and maintaining said main reflector at a predetermined angle with respect to said arm when the main reflector is in a stand-up position, a device for causing said sub-reflector to stand up in relation to said arm so that the sub-reflector takes a predetermined angle position with respect to said main reflector, and said angle adjusting device comprising a first projection formed on the side of said main reflector and a second projection formed on the side of said arm and an adjustable screw which is screwed in said second projection and contacts said first projection.

Claim 8

A broadcasting receiver for vehicles of claim 5, in which said base plate is attached to a horizontal mounting plate of a vehicle body so as to be rotatable in a plane substantially parallel to said horizontal mounting plate.

Claim 9

A broadcasting receiver for vehicles of claim 5, in which said main reflector is so disposed as to cover the substantial entire surface of said base plate accommodating said arm and sub-reflector thereunder when the main reflector is at a turned down position.

Claim 10

A broadcasting receiver for vehicles which comprises: a base plate disposed on a static portion of a vehicle so as to be horizontal and rotatable about a vertical axis, a main reflector for receiving and reflecting broadcasting signals and being fixed to a rotation shaft attached to said base plate for rotating about a horizontal axis perpendicular to said base plate vertical rotation axis, an arm having one end attached to said base plate so that the arm is rotatable around a common horizontal axis with that of said rotation shaft, a sub-reflector for reflecting broadcasting signals reflected by said main reflector and rotatably attached to one end of said arm, a broadcasting signal detector attached to said main reflector for detecting signals reflected by said sub-reflector and transmitting them to the inside of the vehicle by means of a cord, a mechanism for preventing said cord from being twisted by rotation of the base plate, and an angle adjusting device for adjusting and maintaining said main reflector at a predetermined angle to said arm when the main reflector is in a stand-up position, and a device for causing said sub-reflector to stand up in relation to said arm so that said sub-reflector takes a predetermined angle position to said main reflector.

Claim 11

A broadcasting receiver for vehicles which comprises: a base plate disposed on a static portion of a vehicle so as to be horizontal and rotatable about a vertical axis, a main reflector for receiving and reflecting broadcasting signals and being fixed to a rotation shaft attached to said base plate for rotating about a horizontal axis perpendicular to said base plate vertical rotation axis, an arm having one end attached to said base plate so that the arm is rotatable around a common horizontal axis with that of said rotation shaft, a sub-reflector for reflecting broadcasting signals reflected by said main reflector and rotatably attached to one end of said arm, a broadcasting signal detector attached to said main reflector for detecting signals reflected by said sub-reflector and transmitting them to the inside of the vehicle by means of a cord, a mechanism for preventing said cord from being twisted by rotation of the base plate, and an angle adjusting device for adjusting and maintaining said main reflector at a predetermined angle to said arm when the main reflector is in a stand-up position, and a device for causing said sub-reflector to stand up in relation to said arm so that said sub-reflector takes a predetermined angle position to said main reflector.

Claim 12

A broadcasting receiver for vehicles of claim 8, wherein said mechanism for preventing the cord from being twisted comprises a rotary joint attached to the base plate and provided with a gear mechanism which always acts so as to untwist the cord against the twisting action by the base plate, and said angle adjusting device comprising a first projection formed on the side of main reflector and a second projection formed on the side of said arm and an adjustable screw which is screwed in said second projection and contacts said first projection.