The receiver portion is located remotely from the transmitter portion.

In the upper electrode (14), a plane (26a) facing the emitter part (12) at a circumference part (26) of the penetrating part is separated from the emitter part (12).

The first electrode and the light-emitting portion are insulated from the conductive portion by the insulating portion.

Electrons are emitted from the tip of the electron-emitting portion.

By sensing light transmitted through or reflected by the light-transmitting portion (105), the light-transmitting portion (105) can be used as a register mark for locating the mesh portion (103).

The service number identifies the transmitting party for a predetermined period.

Message detail; the transmitting Party ALFA-3 ISO country code

The anode layer (12) transmits the light emitted from the light-emitting part (17).

The embodiments of the present invention provide a method for controlling an Outdoor Unit (ODU) of a transmitting party, wherein the ODU of the transmitting party transmits radio frequency signals to an ODU of a receiving party.

The parallel data at the transmitter portion is associated with generated control characters when parallel data is not read from the buffer associated with the transmitter portion.

  Consequently, a charge concentration is not likely to occur in the light-emitting portion, and the light-emitting surface area can be effectively utilized.

The sending party generatesa digest of the message using a key, and sends the digest to the receiving party.

The first token is sent electronically via a nonsecure communication network (40) from the initiating party to the verifying party.

Such an advertisement could include a 'testimonial' from the sending party (5), whose credibility is established with the receiving party (6).

In order to be able to identify discrete steering angles, the signal-originator unit (10) operates in conjunction with two sensors (12, 13).