A reflector mounting structure includes a fender reinforcement section (13A) that is attached to an inner side surface of a fender which faces a wheel, the fender being configured to cover an outside of the wheel, and a reflector support section (13B) to which a reflector (17) is attached, wherein the reflector support section (13B) and the fender reinforcement section (13A) are formed as an integrated fender assembly (13).

A reflector mounting structure includes a fender reinforcement section (13A) that is attached to an inner side surface of a fender which faces a wheel, the fender being configured to cover an outside of the wheel, and a reflector support section (13B) to which a reflector (17) is attached, wherein the reflector support section (13B) and the fender reinforcement section (13A) are formed as an integrated fender assembly (13).

[Problem] To provide a vehicle notification device that allows others to easily recognize the vehicle. [Solution] A vehicle notification device comprises a base portion, an attaching portion that is provided on the base portion and that can be attached to or detached from a rotating body of a vehicle that is configured to be run by a manual drive force, a wireless transmitter configured to transmit a wireless signal that notifies the presence of itself to an external device that is external to the vehicle, and a power generator that generates electric power supplied to the wireless transmitter.

A glow cover for parts of a motorcycle. The glow cover includes a reflective bottom layer and an attached glow-in-the-dark top layer. The cover is secured to the motorcycle using an elastic circumferential boundary that provides a snug fit and helps to keep the cover securely in place during use and while the motorcycle is at speed on the roadway. The elastic material conforms to the shape of the motorcycle, creating a secure fit that helps to keep the cover in place during use.

The cover includes different portions for covering various parts of the motorcycle such as the front fender, fuel tank, airbox, saddlebag, headlight, and more. The cover is designed to glow in the dark, enabling other motorists to see the motorcycle and driver from long distances thus reducing the chance of an accident occurring with other motorists who may have trouble seeing a motorcycle.

A glow cover for parts of a motorcycle. The glow cover includes a reflective bottom layer and an attached glow-in-the-dark top layer. The cover is secured to the motorcycle using an elastic circumferential boundary that provides a snug fit and helps to keep the cover securely in place during use and while the motorcycle is at speed on the roadway. The elastic material conforms to the shape of the motorcycle, creating a secure fit that helps to keep the cover in place during use.

The cover includes different portions for covering various parts of the motorcycle such as the front fender, fuel tank, airbox, saddlebag, headlight, and more. The cover is designed to glow in the dark, enabling other motorists to see the motorcycle and driver from long distances thus reducing the chance of an accident occurring with other motorists who may have trouble seeing a motorcycle.

A light reflective cover in the present invention includes a main reflective surface and a ridge. The main reflective surface is a concave surface. The ridge protrudes from the main reflective surface. The ridge has a light source end and a light emitting end that are opposite to each other, and a ridge-top reflective surface extending between the light source end and the light emitting end. The ridge-top reflective surface includes a first part near the light source end and a second part near the light emitting end. The ridge-top reflective surface has a step between the first part and the second part. An illumination apparatus includes the light reflective cover and a light source. The light source is disposed at one side of the light reflective cover having the main reflective surface and the ridge.

[Problem] To provide a vehicle notification device that allows others to easily recognize the vehicle.

[Solution] A vehicle notification device comprises a base portion, an attaching portion that is provided on the base portion and that can be attached to or detached from a rotating body of a vehicle that is configured to be run by a manual drive force, a wireless transmitter configured to transmit a wireless signal that notifies the presence of itself to an external device that is external to the vehicle, and a power generator that generates electric power supplied to the wireless transmitter.

In a corner reflector installation structure that is applicable to a vehicle including: a lamp; a cover member that covers a part of the lamp; and a corner reflector, the corner reflector is provided inside a housing constituting the lamp. The corner reflector installation structure is configured such that that the cover member and the corner reflector overlap with each other in a front view of a vehicle body. The cover member is inclined such that a vehicle body upper side of the cover member is located backward relative to a vehicle body lower side of the cover member in a side view of the vehicle. The cover member is inclined such that a vehicle body lower side of the cover member is located backward relative to a vehicle body upper side of the cover member in a side view of the vehicle.

In a corner reflector installation structure that is applicable to a vehicle including: a lamp; a cover member that covers a part of the lamp; and a corner reflector, the corner reflector is provided inside a housing constituting the lamp. The corner reflector installation structure is configured such that that the cover member and the corner reflector overlap with each other in a front view of a vehicle body. The cover member is inclined such that a vehicle body upper side of the cover member is located backward relative to a vehicle body lower side of the cover member in a side view of the vehicle. The cover member is inclined such that a vehicle body lower side of the cover member is located backward relative to a vehicle body upper side of the cover member in a side view of the vehicle.

Techniques related to retroreflective surface layers for micro-mobility transit vehicles are disclosed. A retroreflective surface layer may be formed over at least a portion of a component of a micro-mobility transit vehicle by forming a powder coat layer over the portion of the component and baking the powder coat layer to cure the powder coat layer. An uncured clear coat layer may be formed over the powder coat layer. The uncured clear coat layer may be impregnated with a plurality of glass beads via an air-pressure applicator. The uncured clear coat layer impregnated with the glass beads may be baked to cure the clear coat layer. The retroreflective surface layer may include the powder coat layer, clear coat layer, and the plurality of glass beads distributed within the clear coat layer. The retroreflective surface layer may reflect incident light back to its source with minimal scattering of the light.