Abstract: There are provided a system and a method for photography management. The system includes a communication control unit capable of controlling cooperation between a first communication terminal and a second communication terminal. The communication control unit includes functions of: acquiring a taken photo including unique pattern information given in advance to a specific vehicle from a camera of the second communication terminal; identifying whether there is a match between the taken photo and the specific vehicle based on the taken photo and information acquired from the first communication terminal; and giving an instruction to the second communication terminal, the instruction being given by at least one of a display indicating that a vehicle in the taken photo is the specific vehicle on which a person having a desire of being photographed occupies and a voice output indicating that the vehicle is the specific vehicle.

Abstract: A vehicle control system includes a communication control unit for controlling cooperation between a user terminal used by a user who is capable of moving by using a user vehicle and a photographer terminal used by a photographer who is capable of photographing the user with a camera, and a vehicle control unit such as a service dedicated application capable of controlling the user vehicle. When a subject vehicle approaches a photographing position of the photographer, the vehicle control unit changes a traveling state of the subject vehicle to a traveling state that is easy to see from the photographer.

Abstract: A battery is provided. The battery includes an electrode having a flat shape. The electrode is wound and includes a through hole. The through hole is further provided in a wound-back portion of the electrode.

Abstract: Provided is an injection apparatus which injects a dosing liquid containing a prescribed substance to an object region. The injection apparatus includes a storage unit storing the injection liquid, a drive unit imparting injection energy and a pressurization unit pressurizing the stored injection liquid with the injection energy. The injection apparatus also includes an injection unit injecting the pressurized injection liquid to the object region through an injection port. In a pressure transition of the injection liquid at the injection port, a vibration in the pressure transition reaches a converged state within a prescribed period of time from a rising time of pressure, and pressure reaches a peak value thereof at a prescribed rate of increase. Alternatively, the vibration in the prescribed period of time is a vibration at a frequency belonging to a prescribed frequency range. As a result, invasiveness to the object region during injection is reduced.

Abstract: Provided is an administration apparatus for administering a dosing liquid. The administration apparatus includes a storage unit storing the dosing liquid, a drive unit imparting administration energy and a pressurization unit pressurizing the stored dosing liquid with the administration energy. The administration apparatus also includes an injection unit injecting the pressurized liquid to an object region through an injection port. In a pressure transition of the dosing liquid at the injection port, a vibration in the pressure transition reaches a converged state from a rising time of pressure. Furthermore, a ratio of a peak value of an initial vibration element to a peak value of subsequent vibration elements other than the first vibration element is higher than 1 and equal to or lower than a prescribed first ratio. As a result, invasiveness to the object region during administration is reduced.

Abstract: A battery is provided. The battery includes an electrode having a flat shape. The electrode is wound and includes a through hole. The through hole is further provided in a wound-back portion of the electrode.