Tsunami Simulator" installed at Giken's Kochi headquarters

Tsunami Simulator" installed at Giken's Kochi headquarters

Tsunami Simulator" installed at Giken's Kochi headquarters=May 23,2025,Kouchi

Tsunami Simulator" installed at Giken's Kochi headquarters

Tsunami Simulator" installed at Giken's Kochi headquarters

Tsunami Simulator" installed at Giken's Kochi headquarters=May 23,2025,Kouchi

Double Giken's wire-suspended robot hand system

Double Giken's wire-suspended robot hand system

Double Giken (Zama City, Kanagawa Prefecture) has developed a wire-suspended robot hand system called the Flying Carry System (photo). By stretching and loosening four wire cables stretched in the air, the system can move as if it were flying. The position of the winches is controlled by finely adjusting the winding of the winches. The robot hand is capable of handling a wide range of shapes and materials of objects with its original technology and can hold them firmly. The robot hand has a wide range of applications, and President Wada says, "We would like to collaborate with companies in different fields to build a suitable system. Since it can be powered via wires, it can operate longer than flying robots (drones). The payload is about 20 kilograms. (Photo taken on December 13, 2019, credit: Nikkan Kogyo Shimbun / Kyodo News Images)

Double Giken's Communication Tool for ALS Patients

Double Giken's Communication Tool for ALS Patients

Double Giken has developed a technology to identify the words a patient thinks from the blood flow in the brain and project them on a screen for ALS patients who cannot move their eyelids or fingers. The technology is based on a device that uses near-infrared spectroscopy (NIRS) to determine "yes/no" from brain activity. The patient selects one word at a time and only the vowel sound of the word to be communicated, and the number of words is used to analogize the candidate words to be communicated and show them on the screen. The system, which consists of a personal computer and a terminal, will go on sale in September at the earliest. It was developed with the support of the New Energy and Industrial Technology Development Organization (NEDO) in collaboration with Professor Naoki Tanaka of Toyo University and others. Photo taken on June 4, 2019, location unknown, credit: Nikkan Kogyo Shimbun / Kyodo News Images