Lighting tool for vehicle

A lighting tool for a vehicle comprising:

• a first light source configured to emit first light;
• a second light source that is disposed adjacent to the first light source and that is configured to emit second light in a same direction as the first light;
• and
• a projection lens configured to project the first light and the second light in a same direction,
• wherein the projection lens has a first lens body including a first incidence section disposed at a side facing the first light source and an emitting section disposed at a side opposite to the first incidence section, a second lens body including a second incidence section disposed at a side facing the second light source and an intermediate layer in between the first lens body and the second lens body,
• the emitting section of the first lens body is disposed in front of the first light source and the second light source and has an emitting surface on a side of a front surface of the first lens body, the emitting surface being constituted by a convex-lens surface,
• the first lens body includes a first boundary surface, which is provided between the emitting section and the second incidence section and which forms a boundary with the intermediate layer, and a second boundary surface, which is provided between the first incidence section and the second incidence section from a boundary line with respect to the first boundary surface and which forms a boundary with the intermediate layer, is provided,
• the second lens body includes a first boundary surface, which is provided between the emitting section and the second incidence section and which forms a boundary with the intermediate layer, and a second boundary surface, which is provided between the first incidence section and the second incidence section from a boundary line with respect to the first boundary surface and which forms a boundary with the intermediate layer, is provided,
• the first lens body and the second lens body have a structure in which the first boundary surface of the first lens body and the first boundary surface of the second lens body are facing each other via the intermediate layer and the second boundary surface of the first lens body and the second boundary surface of the second lens body are facing each other via the intermediate layer,
• the first boundary surface and the second boundary surface of the second lens body are disposed at an acute angle including the boundary line of the second lens body therebetween,
• a focus of the emitting surface, which is constituted by the convex-lens surface, of the first lens body, is set on the boundary line of the first lens body or in a vicinity thereof,
• the boundary line of the first lens body has a shape which defines a cutoff line of a first light distribution pattern while extending in a horizontal direction,
• among the first light that has entered inside of the first lens body from the first incidence section, a light directed forward of the first lens body is guided inside of the first lens body toward the emitting section and is emitted to an outside of the first lens body, and the first light reflected at the second boundary surface of the first lens body is emitted from the emitting section to the outside of the first lens body after being guided inside of the first lens body and forms the first light distribution pattern which includes the cutoff line defined by the boundary line of the first lens body, and
• among the second light that has entered inside of the second lens body from the second incidence section, the second light that has passed through the first boundary surface of the second lens body is emitted from the emitting section to the outside of the first lens body after passing through the intermediate layer and the first boundary surface of the first lens body and being guided inside of the first lens body, and the second light that has passed through the second boundary surface of the second lens body is remitted from the emitting section to the outside of the first lens body after passing through the intermediate layer and the second boundary surface of the first lens body and being guided inside of the first lens body.