A luminous frame assembly includes a support frame and a pod light device. The pod light device includes a housing, light guide bars, and an electronic assembly. The light guide bars are connected to the housing at intervals along a radial direction, with each light guide bar having at least one curved portion, and one end of each light guide bar protruding downward from the housing. The electronic assembly includes a main board and light-emitting components, with some of the light-emitting components facing a top of the housing and others being connected to the light guide bars. When the light-emitting components emit light, a unique visual effect is produced, and the chains and the entire receiving basket are illuminated for providing a clear target to facilitate nighttime play or sports, thereby improving user experience and practicality.

A light-emitting diode light string with an optical fiber includes a first wire, a second wire, a light-emitting diode, and an optical fiber. The light-emitting diode is connected in parallel between the first wire and the second wire, which has a light-emitting surface, and when activated, generates a light at the light-emitting surface to have a first brightness. The optical fiber has a light entering end, a side light exiting portion, and a light exiting end. The light entering end is connected to the light-emitting surface, and the light entering end, the light exiting end, and the light-emitting surface are substantially aligned with a plumb line. The light has a second brightness at the light exiting end, the light has a third brightness at the side light exiting portion, the first brightness is substantially equal to the second brightness, and the second brightness is greater than the third brightness.

The present disclosure provides a surface assembly, an interior part and an interior system. And the surface assembly includes a skin, and an outer surface of the skin being used as the outer surface of the surface assembly, and as a visible surface to the user provided by the surface assembly, and the skin further includes an inner surface opposite to the outer surface; and a light guiding stitch, the light guiding stitch being connected with the skin by a sewing configuration, and the sewing configuration includes a first part located on the outer surface, a second part penetrating thickness of the skin; and a third part located in the inner surface; and the light guiding stitch provides a light path that a light beam enters the light guiding stitch at one end in length direction of the light guiding stitch, and emits through at least one first part.

An optical waveguide based side illuminating assembly having an elongated, side-emitting light waveguide, an optical protective coating surrounding the waveguide, an elongated base to which the waveguide is attached lengthwise along the elongated base, via the optical protective coating, a reflector between the optical protective coating and the elongated base and extending lengthwise along the base, and an elongated reinforcing structure embedded in the elongated base, or attached to an outer surface of the elongated base, and extending lengthwise along the elongated base. Other aspects are also described and claimed.

This lighting apparatus includes a linear light guide body that has a first side end into which light from a light source is introduced and a second side end positioned opposite to the first side end, and emits light in a linear shape by propagating the light introduced into the first side end toward the second side end, and a light shielding tube that has a covering portion attached to the linear light guide body to surround at least the second side end of the linear light guide body and a protruding portion integrally connected to the covering portion and protruding from the second side end of the linear light guide body, in which the protruding portion is configured to be able to be bent with respect to the covering portion to cover a second side end surface of the linear light guide body.

One aspect of this disclosure is a photoluminescent apparatus comprising a body made from a glow medium comprising a photoluminescent material and a biocompatible silicone, the photoluminescent material being hosted in and rechargeable through the biocompatible silicone, a total mass of the body comprising a concentration of the photoluminescent material greater than 20% and less than 50%. Related apparatus, kits, methods, and systems also are described.

Described embodiments include an audio speaker configured to emit sound in a main sound emission direction,. The audio speaker comprises a voice coil, a movable diaphragm connected to the voice coil and configured to move together with the voice coil, the movable diaphragm comprising, in a direction opposite the main sound emission direction, a front surface and a rear surface opposite the front surface. The audio speaker further comprises a light source configured to emit light which is located, in a direction of the main sound emission direction, below the voice coil, and a light guide configured to guide the light emitted from the light source to the front surface of the movable diaphragm.

An illumination device includes one or more illumination sources each comprising a length of material and one or more lights configured to illuminated the length of the material, one or more mounting brackets configured to receive a portion of the length of the one or more illumination sources and couple the received portion of the one or more illumination sources to a surface of an object, a control module comprising a power source and an electrical circuit, wherein the electrical circuit is configured to electrically couple the power source to the one or more illumination sources based on operation of a switch in the electrical circuit, and a control module mounting bracket configured to selectively secure the control module to the surface of the object.

This lighting apparatus includes a linear light guide body that has a first side end into which light from a light source is introduced and a second side end positioned opposite to the first side end, and emits light in a linear shape by propagating the light introduced into the first side end toward the second side end, and a light shielding tube that has a covering portion attached to the linear light guide body to surround at least the second side end of the linear light guide body and a protruding portion integrally connected to the covering portion and protruding from the second side end of the linear light guide body, in which the protruding portion is configured to be able to be bent with respect to the covering portion to cover a second side end surface of the linear light guide body.

An illumination device includes one or more illumination sources each comprising a length of material and one or more lights configured to illuminate the length of the material, one or more mounting brackets configured to receive a portion of the length of the one or more illumination sources and couple the received portion of the one or more illumination sources to a surface of an object, a control module comprising a power source and an electrical circuit, wherein the electrical circuit is configured to electrically couple the power source to the one or more illumination sources based on operation of a switch in the electrical circuit, and a control module mounting bracket configured to selectively secure the control module to the surface of the object.