Lighting devices, methods of producing the same, and vehicles including the same

A method, the method comprising:

• forming a single, unitary body from a metal clad printed circuit board having at least a base metal layer, a circuit layer, and a dielectric layer between the base metal layer and the circuit layer, wherein forming the body includes:
• providing a first support member having a first support surface;
• providing a second support member having a second support surface, wherein the first support member and the second support member are integral with each other with a bend at a boundary therebetween;
• providing a first protruding member integral with and extending from the first support member, the first protruding member having a first functional surface;
• providing a second protruding member integral with and extending from the first support member, the second protruding member having a second functional surface;
• providing a third protruding member integral with and extending from the second support member, the third protruding member having a third functional surface;
• and
• providing a fourth protruding member integral with and extending from the second support member, the fourth protruding member having a fourth functional surface;
• securing a first light source to the first support surface such that the first light source is operable via the circuit layer to emit light, wherein the first functional surface and the second functional surface are each within paths of light emitted from the first light source;
• securing a second light source to the second support surface such that the second light source is operable via the circuit layer to emit light, wherein the third functional surface and the fourth functional surface are each within paths of light emitted from the second light source;
• configuring the first functional surface and the second functional surface to reflect and/or block the light emitted by the first light source;
• and
• configuring the third functional surface and the fourth functional surface to reflect and/or block the light emitted by the second light source.

A vehicle, comprising:

• a lighting device secured to an exterior of the vehicle, the lighting device including:
• a single, unitary body formed of a metal clad printed circuit board having at least a base metal layer, a circuit layer, and a dielectric layer between the base metal layer and the circuit layer, the body comprising:
• a first support member having a first support surface;
• a second support member having a second support surface, wherein the first support member and the second support member are integral with each other with a bend at a boundary therebetween;
• a first protruding member integral with and extending from the first support member, the first protruding member having a first functional surface;
• a second protruding member integral with and extending from the first support member, the second protruding member having a second functional surface;
• a third protruding member integral with and extending from the second support member, the third protruding member having a third functional surface;
• a fourth protruding member integral with and extending from the second support member, the fourth protruding member having a fourth functional surface,
• a first light source fixed to the first support surface and configured to emit light therefrom, wherein the first light source is operable via the circuit layer, wherein the first functional surface and the second functional surface are each disposed within paths of light emitted from the first light source and configured to reflect and/or block the light emitted by the first light source;
• and
• a second light source fixed to the second support surface and configured to emit light therefrom, wherein the second light source is operable via the circuit layer, wherein the third functional surface and the fourth functional surface are each disposed within a path of light emitted from the second light source and configured to reflect and/or block the light emitted by the second light source;
• a user interface functionally coupled to the lighting device via the circuit layer and configured to selectively operate the first light source and the second light source to emit light therefrom;
• and
• a power supply functionally coupled to the lighting device via the circuit layer and configured to provide electrical power thereto.