Panasonic Corporation

Panasonic Intellectual Property Management Co., Ltd.

Seiji Kubo

Akihiro Ebina

Yoshifumi Sakata

Taku Matsuda

Takeshi Shimamoto

A flying object control system includes a flying object, and a setting base that performs holding of the flying object and releasing the holding, the flying object and the setting base being communicable with each other. The flying object controls, upon receiving a takeoff instruction, thrust for taking off from a predetermined initial position, and when the thrust becomes greater than or equal to a first threshold, the flying object notifies the setting base of a start notification. Upon receiving the start notification, the setting base releases the holding of the flying object and notifies the flying object of a release completion notification. Upon receiving the release completion notification, the flying object takes off from the predetermined initial position by controlling the thrust in such a manner that the thrust becomes a second threshold smaller than the first threshold.

Flying object control system and flying object control method

A terminal apparatus operates according to manipulation by a user on a Graphical User Interface (GUI) screen. The terminal apparatus includes: a generator that generates the GUI screen, the GUI screen including an object selectable in the manipulation and a pointer for selecting the object; and a blur calculator that calculates a vertical blur amount and a horizontal blur amount of a position at which the pointer is displayed on the GUI screen. The generator changes the GUI screen in a vertical direction depending on the vertical blur amount, and changes the GUI screen in a horizontal direction depending on the horizontal blur amount.

Terminal apparatus and GUI screen generation method

A stereoscopic image display control apparatus includes: an output unit which outputs a stereoscopic image to a display device; an input accepting unit which accepts, from a user, input of a change instruction to change a state of the stereoscopic image displayed by the display device; a change amount prediction unit which predicts amounts of change in projection and recession of the stereoscopic image in unit time to be caused when the state of the stereoscopic image is changed in accordance with the change instruction accepted by the input accepting unit; and a display control unit which decreases a change speed of the state of the stereoscopic image to be outputted from the output unit when one of the amounts of change in projection and recession in unit time predicted by the change amount prediction unit exceeds a predetermined threshold value.

Stereoscopic image display control apparatus, stereoscopic image display control method, and program

A communication apparatus () includes: a communication unit () connectable to one end of a cable (); a first detection unit () which detects a maximum transmission capability of an external device based on a communication standard with which the external device complies, the external device being connected to an other end of the cable () connected to the communication unit (); a second detection unit () which detects a maximum transmission capability of the cable () connected to the communication unit (); and an alert output unit () which outputs an alert when the maximum transmission capability of the cable () is smaller than the maximum transmission capability of the external device, the maximum transmission capability of the cable having been detected by the second detection unit (), and the maximum transmission capability of the external device having been detected by the first detection unit ().

Communication apparatus, television receiver, video signal processing apparatus, communication method, program, and integrated circuit

A communication device includes: a wireless communication unit configured to perform data transmission and receiving with another communication device via a wireless network; and a communication control unit electrically connected with the wireless communication unit via a media independent interface (MII) bus and configured to control the wireless communication unit using a management data input-output/management data clock (MDIO/MDC) included in the MII bus.

Growing community of inventors

Osaka, Japan

Seiji Kubo