Jvc Kenwood Corporation

Tomohiro Matsuoka

Manabu Karasawa

Yoshiharu Koji

Takeshi Kuchinomachi

Fumihiko Yokoyama

Yasuo Sugita

Takashi Himukashi

An in-vehicle imaging device includes an impact detecting unit configured to detect an impact on a vehicle, a connection processing unit configured to connect to a first phone contact when the impact detected by the impact detecting unit is equal to or greater than a predetermined magnitude and to set a second phone contact as a destination of a connection when the impact is less than the predetermined magnitude, and an operation detecting unit configured to detect a user's operation. The connection processing unit connects to the second phone contact when the impact is less than the predetermined magnitude and the operation detecting unit detects an operation for connecting to a phone contact.

In-vehicle imaging device and non-transitory computer-readable storage medium storing a program

A video recording device includes a data acquisition unit configured to acquire data indicating a result of detecting a phenomenon associated with an action of taking the video recording device out from a vehicle, a determination unit configured to determine whether the result indicated by the data meets a predetermined condition, and a control unit configured to control the video recording device such that an operation for an interface used to operate the video recording device is disabled when the result indicated by the data is determined to meet the predetermined condition.

Video recording device and non-transitory computer readable medium

A low-level region detection unit is configured to detect a low-level region from a far-infrared camera image. A transparent region detection unit is configured to detect a low-level region based on at least the near-infrared camera image, the low-level region having a predetermined level or less resulting from being a transparent region that is a region covered with a visually transparent material, within the low-level region detected by the low-level region detection unit. The image segmentation unit is configured to segment a portion of the transparent region from the near-infrared camera image. The superimposition unit is configured to superimpose the portion of the transparent region onto a position of the far-infrared camera image, which corresponds to a position of the transparent region, and generate a synthetic image.

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Yokohama, Japan

Tomohiro Matsuoka