The illumination relay is configured to provide an illumination beam to the coupling lens along an illumination path having a first optical axis.

Before the entrance - just connect through an astronomical relay or lighting relay.

The illumination relay is configured to provide an illumination beam to the coupling lens along an illumination path having a first optical axis.

Before the entrance - just connect through an astronomical relay or lighting relay.

The present invention comprises an illumination sensor, an illumination controller, an illumination selector, an amplifier, a taillight, a relay, a light switch, an accelerator sensor, and a light.

This can involve, in particular, a projection lens system or a relay lens system that can be placed in the illuminating system.

A relay connector with illumination function (3) is movably mounted on the rail body.

The illumination equipment and an illumination stand (ST1) employ the illumination device (U).

At the lighting element, a lighting status of at least one neighboring lighting element is sensed.

As one of the most popular forms of lighting control, relay and multi-use devices can have the greatest impact in terms of energy management and lighting control.

As one of the most popular forms of lighting control, relay controllers can have the greatest impact in terms of energy management and lighting control.

The lighting system includes a first lighting module and a second lighting module connected parallel to the first lighting module.

This video -lighting system comprises a lighting system (110) comprising a plurality of lighting units with unique lighting unit identifiers.

A lighting unit includes a lighting source and a lighting driver connected to the lighting source.

The lighting unit includes a lighting module (250, 350), and a lighting driver (240, 340) supplying power to the lighting module.