Abstract: A garnish for a vehicle includes a vehicle exterior garnish section facing the outside of a vehicle body and a vehicle interior garnish section facing the inside of a passenger compartment, wherein the vehicle interior garnish section has a panel opposing surface (14) opposite to an opening edge of a vehicle external side of an opening section (6) of a vehicle body panel (5) and an interior surface (13) facing the inside of the passenger compartment through the opening section (6), and the vehicle exterior garnish section is installed at the vehicle external side of the vehicle interior garnish section.

Abstract: A garnish for a vehicle includes a vehicle exterior garnish section facing the outside of a vehicle body and a vehicle interior garnish section facing the inside of a passenger compartment, wherein the vehicle interior garnish section has a panel opposing surface (14) opposite to an opening edge of a vehicle external side of an opening section (6) of a vehicle body panel (5) and an interior surface (13) facing the inside of the passenger compartment through the opening section (6), and the vehicle exterior garnish section is installed at the vehicle external side of the vehicle interior garnish section.

Abstract: A vehicle exterior image capturing device is provided with a detecting unit, such as a sensor microphone and a sensor camera, that detects a predetermined change n conditions of an occupant in a compartment of a vehicle, an exterior image capturing unit that continuously images the exterior of the vehicle compartment and generates a series of exterior images, and a storage unit that stores a part of the series of exterior images when the predetermined occupant's condition change is detected by the detecting unit. The vehicle exterior image capturing device may further include an interior image capturing unit that continuously images the interior of the vehicle compartment and generates a series of interior images. In the latter case, the storage unit also stores a part of the series of interior images.

Abstract: A typical single chip microcomputer disclosed in the present application comprises a control circuit, a processing circuit and a plurality of address register--status register pairs. A logical unit formed within the control circuit comprises an electrically writable non-volatile-semiconductor memory device. Information can be externally written into the non-volatile semiconductor memory included in the logical unit, and the above described plurality of address register--status register pairs can be arbitrarily selected. As a result, logic function of the logical unit can be arbitrarily established in accordance with externally supplied information. Demanded specifications of various users can be satisfied by the logic function thus arbitrarily formed.