Abstract: A housing body of a visible light communication terminal houses a light receiving unit configured to receive a visible light communication signal to convert the received visible signal to an electrical signal, an output unit configured to output information obtained from the visible light communication signal, and a power supply unit configured to supply power to the light receiving unit and the output unit. An ear hooking part is curved in an arc-like shape and is attached at one end thereof to the housing body, and is configured to fit the housing body to an auricle by being hooked onto the auricle and together with the housing body sandwiching the auricle therebetween. The light receiving unit is located on a portion of the housing body on an upper side thereof in a vertical direction in a state where the housing body is fitted to the auricle.

Abstract: A housing body of a visible light communication terminal houses a light receiving unit configured to receive a visible light communication signal to convert the received visible signal to an electrical signal, an output unit configured to output information obtained from the visible light communication signal, and a power supply unit configured to supply power to the light receiving unit and the output unit. An ear hooking part is curved in an arc-like shape and is attached at one end thereof to the housing body, and is configured to fit the housing body to an auricle by being hooked onto the auricle and together with the housing body sandwiching the auricle therebetween. The light receiving unit is located on a portion of the housing body on an upper side thereof in a vertical direction in a state where the housing body is fitted to the auricle.

Abstract: An LED unit includes a housing accommodating a wiring substrate mounted an LED, the housing including a light projecting portion for projecting light emitted from the LED, and wiring lines electrically connected to the wiring substrate. First and second lead-out portions, for leading out the wiring lines, are respectively provided at opposite end portions of the housing along a specified direction when seen in a plan view. First and second attachment portions for attaching the housing are respectively provided in the opposite end portions of the housing along the specified direction. The first and second lead-out portions are arranged at the opposite sides from each other with respect to a centerline of the housing extending along the specified direction. The first and second attachment portions are respectively arranged at the opposite sides from the first and second lead-out portions with respect to the centerline of the housing.

Abstract: An LED unit includes a housing accommodating a wiring substrate mounted an LED, the housing including a light projecting portion for projecting light emitted from the LED, and wiring lines electrically connected to the wiring substrate. First and second lead-out portions, for leading out the wiring lines, are respectively provided at opposite end portions of the housing along a specified direction when seen in a plan view. First and second attachment portions for attaching the housing are respectively provided in the opposite end portions of the housing along the specified direction. The first and second lead-out portions are arranged at the opposite sides from each other with respect to a centerline of the housing extending along the specified direction. The first and second attachment portions are respectively arranged at the opposite sides from the first and second lead-out portions with respect to the centerline of the housing.