Electroluminescent assembly

A male electroluminescent device, comprising:

• a male electroluminescent zone, wherein:
• a male core comprising an electroluminescent male electroluminescent layer, covering a male dielectric layer, is sandwiched between a first male conductive layer and a second male conductive layer,
• the male electroluminescent device further comprising:
• a first male connection zone, wherein a first male connector is in contact with the first male conductive layer and is configured to be connected to a first female conductive layer of a female electroluminescent device, and
• a second male connection zone, wherein a second male connector is in contact with the second male conductive layer and is configured to be connected to a second female conductive layer of a female electroluminescent device.

A female electroluminescent device, comprising:

• a female electroluminescent zone, wherein:
• a female core comprising a female electroluminescent layer, covering a female dielectric layer, is sandwiched between a first female conductive layer and a second female conductive layer,
• a first female connection zone, wherein the first female conductive layer comprises a first female extension which extends beyond the female core and which is configured to be connected to the first male connector of a male electroluminescent device, and/or
• a second female connection zone, wherein the second female conductive layer comprises a second female extension which extends beyond the female core and which is configured to be connected to the second male connector of a male electroluminescent device.

A mixed electroluminescent device, comprising:

• an electroluminescent zone, wherein:
• a core comprising a electroluminescent layer covering a dielectric layer is sandwiched between a first conductive layer and a second conductive layer,
• a first and a second male connection zone, the first male connection zone comprising a first male connector in contact with a first male conductive layer and configured to be connected to a first female conductive layer of a female electroluminescent device, the second male connection zone comprising a second male connector in contact with a second male conductive layer and configured to be connected to a second female conductive layer of the female electroluminescent device;
• and
• a first and/or a second female connection zone, wherein the first female connection zone comprises the first female conductive layer comprising a first female extension which extends beyond a female core and which is configured to be connected to the first male connector, and wherein the second female connection zone comprises a second female conductive layer comprising a second female extension which extends beyond the female core and which is configured to be connected to the second male connector.

A method for producing a male electroluminescent device, comprising:

• supplying a male adhesive layer, comprising a first male connector and/or a second male connector,
• depositing on the male adhesive layer:
• a first conductive layer,
• a dielectric layer,
• an electroluminescent layer, and
• a second conductive layer,
• such that:
• the first male connector is in contact with the first male conductive layer, and/or
• the second male connector is in contact with the second male conductive layer.

A method for producing a male electroluminescent device, comprising:

• supplying a male protective layer (9′), comprising a first male connector and/or a second male connector,
• depositing on the male protective layer:
• a second conductive layer,
• an electroluminescent layer,
• a dielectric layer, and
• a first conductive layer,
• such that:
• the first male connector is in contact with the first male conductive layer, and/or
• the second male connector is in contact with the second conductive layer.