Multi-ocular light

A multi-ocular light composed by using a multi-ocular lens integrating a plurality of lenses and comprising one illumination light source for said multi-ocular lens, and a reflector mirror for distributing light from this single illumination light source to said respective lenses, wherein a movable shutter for opening/closing light distributed by at least one lens among said multi-ocular lens, is disposed between said illumination light and said reflector mirror, the driving light distribution is set to the light radiated outside from said lens opened/closed by said movable shutter, the crossing light distribution is set to the light radiated outside from the other lens, and the driving light distribution and the crossing light distribution is changed over by the operation of said movable shutter.

A multi-ocular light composed by using a multi-ocular lens integrating a plurality of lenses and comprising one illumination light source for said multi-ocular lens, and a reflector mirror for distributing light from this single illumination light source to said respective lenses, wherein:

• a second reflector mirror corresponding to the same lens as a second illumination light source to correspond to at least one lens of this multi-ocular lens is disposed at the back of said multi-ocular lens, the crossing light distribution is set to the light radiated outside from said lens corresponding to said illumination light, the light distribution other than crossing light distribution is set to the light radiated outside from the lens corresponding to said second illumination light, and the light distribution other than crossing light distribution is obtained when said illumination light source and second illumination light are turned on, or only said second illumination light is turned on.

A multi-ocular light composed by using a multi-ocular lens integrating a plurality of lenses and comprising one illumination light source for said multi-ocular lens, and a reflector mirror for distributing light from this single illumination light source to said respective lenses, wherein:

• a signal light source is provided at the back of said multi-ocular lens to correspond to at least one lens of this multi-ocular lens, in order to assure the illumination function when said illumination light source is turned on, and the signal function when said signal light source is turned on;
• and
• a movable shutter for opening/closing light distributed by at least one lens among said multi-ocular lens, is disposed between said illumination light and said reflector mirror, the driving light distribution is set to the light radiated outside from said lens opened/closed by said movable shutter, the crossing light distribution is set to the light radiated outside from the other lens, and the driving light distribution and the crossing light distribution is changed over by the operation of said movable shutter.

A multi-ocular light composed by using a multi-ocular lens integrating a plurality of lenses and comprising one illumination light source for said multi-ocular lens, and a reflector mirror for distributing light from this single illumination light source to said respective lenses, wherein

• a signal light source is provided at the back of said multi-ocular lens to correspond to at least one lens of this multi-ocular lens, in order to assure the illumination function when said illumination light source is turned on, and the signal function when said signal light source is turned off;
• and
• a second reflector mirror corresponding to the same lens as a second illumination light source to correspond to at least one lens of this multi-ocular lens is disposed at the back of said multi-ocular lens, the crossing light distribution is set to the light radiated outside from said lens corresponding to said illumination light, the light distribution other than crossing light distribution is set to the light radiated outside from the lens corresponding to said second illumination light, and the light distribution other than crossing light distribution is obtained when said illumination light source and second illumination light are turned on, or only said second illumination light is turned on.