Illumination device, display device, television receiving device

An illumination device, comprising:

• a light source;
• a light source substrate on which the light source is mounted;
• a reflective member that reflects light from the light source, and that has a light source insertion hole for inserting the light source, the reflective member covering a mounting surface on the light source substrate for mounting the light source;
• a first light-reflecting layer that reflects light from the light source, the first light-reflecting layer being formed at least in the light source insertion hole of the reflective member on the light source substrate;
• and
• a second light-reflecting layer disposed in the light source insertion hole of the reflective member on the light source substrate, the second light-reflecting layer having a light reflectance different from that of the first light-reflecting layer and being disposed so as to cover a portion of the first light-reflecting layer,
• wherein the light source is a point light source on the mounting surface of the light source substrate, and the second light-reflecting layer surrounds the point light source in a plan view, and
• wherein the second light-reflecting layer includes a plurality of dots distributed in the light source insertion hole on the mounting surface of the light source substrate so as to surround the point light source on a circle with a center corresponding in position to the point light source, said dots adjacent in a circumferential direction having a substantially equal area and gaps therebetween.

An illumination device, comprising:

• a light source;
• a light source substrate on which the light source is mounted;
• a reflective member that reflects light from the light source, and that has a light source insertion hole for inserting the light source, the reflective member covering a mounting surface on the light source substrate for mounting the light source;
• a first light-reflecting layer that reflects light from the light source, the first light-reflecting layer being formed at least in the light source insertion hole of the reflective member on the light source substrate;
• and
• a second light-reflecting layer disposed in the light source insertion hole of the reflective member on the light source substrate, the second light-reflecting layer having a light reflectance different from that of the first light-reflecting layer and being disposed so as to cover a portion of the first light-reflecting layer,
• wherein the light source substrate includes an optical lens that is disposed so as to face the light source and that receives light from the light source and outputs said light while applying an optical effect thereon, the light source insertion hole in the reflective member being large enough to insert both the light source and the optical lens, and
• wherein the second light-reflecting layer is formed at least in an area corresponding in position to the optical lens in a plan view.

An illumination device, comprising:

• a light source;
• a light source substrate on which the light source is mounted;
• a reflective member that reflects light from the light source, and that has a light source insertion hole for inserting the light source, the reflective member covering a mounting surface on the light source substrate for mounting the light source;
• a first light-reflecting layer that reflects light from the light source, the first light-reflecting layer being formed at least in the light source insertion hole of the reflective member on the light source substrate;
• and
• a second light-reflecting layer disposed in the light source insertion hole of the reflective member on the light source substrate, the second light-reflecting layer having a light reflectance different from that of the first light-reflecting layer and being disposed so as to cover a portion of the first light-reflecting layer,
• wherein the mounting surface of the light source substrate has formed thereon a wiring line member connected to the light source,
• wherein the first light-reflecting layer is made of a solder resist that covers the wiring line member, and
• wherein the solder resist from which the first light-reflecting layer is made is coated as a liquid onto the mounting surface of the light source substrate and then cured.