Light flux controlling member, light emitting device, and lighting device

A light flux controlling member that emits light from a light emitting element, from a location diagonally in front of an illumination target surface, diagonally with respect to the illumination target surface, a center axis of the light flux controlling member being provided to match an optical axis of the light emitting element, the light flux controlling member comprising:

• an input surface that receives as input the light from the light emitting element;
• a total reflecting surface that total-reflects to collect part of the light received as input on the input surface;
• and
• an output surface that outputs the light total-reflected on the total reflecting surface and light arriving directly from the input surface, wherein:
• the input surface is an inner surface of a recess formed on a back surface side to face the light emitting element, and has a first input surface that is located in a bottom part of the recess and a second input surface that is located between the first input surface and an opening edge of the recess;
• the total reflecting surface is formed between the back surface side and the output surface side and is formed to surround the optical axis, and total-reflects light received as input mainly from the second input surface in the input surfaces, toward the output surface side;
• the output surface has a first output surface that is formed in a location on an opposite side of the back surface, around the optical axis, and that is provided closer to the illumination-target surface beyond the optical axis, and a second output surface that is provided in a location farther away from the illumination target surface than the first output surface;
• and
• the second output surface is formed such that, compared to light distribution characteristics of output light from a surface rotating the first output surface through 180 degrees around the optical axis of the light emitting element as a rotation axis, with output light from the second output surface, a greater number of light fluxes travel toward the illumination target surface.