Illumination device and surface light emission module

1. An illumination device comprising:

one or more surface light emission modules including a surface light emission panel emitting light by being supplied with power;

a panel base partitioned into two or more scheduled light emission regions and configured to make the surface light emission panel to emit light by installing the surface light emission module in the selected scheduled light emission region;

a power passing means configured to pass the power from the adjacent scheduled light emission region; and

a power supply configured to supply the power to the surface light emission panel, wherein

each of the scheduled light emission regions has a base power input unit and a base power output unit, and by the base power output unit being connected to the base power input unit between adjacent scheduled light emission regions, a series connection line is constituted of the power supply and the two or more scheduled light emission regions,

the surface light emission module includes a panel power input unit connected to the base power input unit and a panel power output unit connected to the base power output unit for supplying the power to the surface light emission panel, and

the power passing means passes the power from the adjacent scheduled light emission region by directly connecting the base power input unit to the base power output unit.

2. The illumination device according to claim 1 , wherein

the power supply is a constant current power supply, and

the constant current power supply and the two or more scheduled light emission regions constitute a constant current series connection line.

3. The illumination device according to claim 2 , wherein

the power supply includes a first constant current power supply and a second constant current power supply, and

a first constant current series connection line connected to the first constant current power supply and a second constant current series connection line connected to the second constant current power supply are disposed in parallel to each other.

4. The illumination device according to claim 3 , wherein

the base power input unit includes a first base power input unit and a second base power input unit,

the base power output unit includes a first base power output unit and a second base power output unit,

the first constant current power supply, the first base power input unit, and the first base power output unit constitute the first constant current series connection line,

the second constant current power supply, the second base power input unit, and the second base power output unit constitute the second constant current series connection line,

the surface light emission module includes a first surface light emission module and a second surface light emission module, wherein

the first surface light emission module includes:

a first light emission line connected to the first constant current series connection line and supplying power to the surface light emission panel in a state where the first surface light emission module is installed in the scheduled light emission region; and

a first connection line connected to the second constant current series connection line and constituting the power passing means by directly connecting the second base power input unit to the second base power output unit, and

the second surface light emission module includes:

a second connection line connected to the first constant current series connection line in a state where the second surface light emission module is installed in the scheduled light emission region and constituting the power passing means by directly connecting the first base power input unit to the first base power output unit; and

a second light emission line connected to the second constant current series connection line and supplying power to the surface light emission panel, and

the surface light emission module further includes a connection panel as the power passing means having, in a state where installed in the scheduled light emission region, a first connection line connected to the first constant current series connection line and directly connecting the first base power input unit to the first base power output unit, and a second connection line connected to the second constant current series connection line and directly connecting the second base power input unit to the second base power output unit.

5. The illumination device according to claim 4 , wherein

the connection panel includes a non-emission dummy panel having the same shape as that of the surface light emission module.

6. The illumination device according to claim 3 , further comprising:

a first switching member as a power passing means connected to the first constant current power supply and a second switching member as a power passing means connected to the second constant current power supply provided between the base power input unit and the base power output unit, wherein

the first constant current power supply and the first switching member constitute the first constant current series connection line, and

the second constant current power supply and the second switching member constitute the second constant current series connection line, wherein

the surface light emission module includes a first surface light emission module and a second surface light emission module, wherein

the first surface light emission module includes a first switching means switching the first switching member from an on state to an off state and allowing an electric current of the first constant current series connection line to flow in the surface light emission panel by releasing the power passing means in a state where the first surface light emission module is installed in the scheduled light emission region, and

the second surface light emission module includes a second switching means switching the second switching member from an on state to an off state by approaching the second switching member and allowing an electric current of the second constant current series connection line to flow in the surface light emission panel by releasing the power passing means in a state where the second surface light emission module is installed in the scheduled light emission region.

7. A surface light emission module comprising a first surface light emission module emitting light by being installed in a scheduled light emission region of a base panel being partitioned into two or more scheduled light emission regions, wherein

the first surface light emission module includes:

a first light emission line, in a state where the first surface light emission module is installed in the scheduled light emission region, connected to a first constant current series connection line constituted of a first constant current power supply, a first base power input unit of the base panel, and a first base power output unit of the base panel and supplying power to the first surface light emission module; and

a first connection line, in a state where the first surface light emission module is installed in the scheduled light emission region, connected to a second constant current series connection line constituted of a second constant current power supply, a second base power input unit of the base panel, and a second base power output unit of the base panel and allowing power from an adjacent scheduled light emission region to pass through by directly connecting the second base power input unit to the second base power output unit.

8. The surface light emission module according to claim 7 , wherein

the surface light emission module includes a second surface light emission module, wherein

the second surface light emission module includes:

a second connection line, in a state where the second surface light emission module is installed in the scheduled light emission region, connected to the first constant current series connection line and allowing the power from the adjacent scheduled light emission region to pass through by directly connecting the first base power input unit to the first base power output unit; and

a second light emission line, in a state where it is installed in the scheduled light emission region, connected to the second constant current series connection line and supplying the power to the second surface light emission module.