Kobelco Construction Machinery Co., Ltd.

Other

Ryuichi Hirose

Yoichiro Yamazaki

Takayuki Doi

Tomofumi Okada

Seiji Saiki

Masaki Otani

Ryota Hama

Yuki Morita

Hajime Uchiyama

Hiroyasu Nadamoto

Yuya Matsuda

Kazuo Masuko

Provided is a system or the like which can achieve improvement in remote operation efficiency of a work machine by improving an efficiency of calibration processing. A determination result of whether a remote operation factor corresponds to an actual machine operation factor is recognized by a first support processing element. 'The remote operation factor' is a factor defining an operation setting of a remote operation mechanismincluded in a remote operation apparatus. “The actual machine operation factor” is a factor defining an operation setting of an actual machine operation mechanismincluded in a work machine. Processing of making the actual machine operation factor correspond to the remote operation factor is executed by a second support processing elementon a requirement that the determination result is negative.

Remote operation support system, remote operation support method and remote operation supporting complex system

The remote operation system has a mutual communication function of communicating with each of plural work machines and a remote operation device which remotely operates a cooperating work machine as a remote operation target among the plural work machines. The remote operation system includes a first support process element that acquires captured image which is captured by an actual machine image-capturing device of a first work machine establishing communication by a first communication path and transmits the captured image to the remote operation device and a second support process element that recognizes that one designation operation is performed, which is a portion of plural operations for causing a second work machine establishing communication by a second communication path and in which a changing situation corresponding to the operation appears in the captured image and that transmits a command signal corresponding to the one designation operation to the second work machine.

Work support system and work support composite system

Provided is a work machine or the like which can switch between a power supply state and a power supply cutoff state of an actual machine control device irrespective of switching on or off an actual machine switch. On switching an actual machine switchfrom off to on, a first power supply route from an actual machine power sourceto an actual machine control deviceis formed. Consequently, a second power supply route from the actual machine power sourceto the actual machine control deviceis formed. Then, the first power supply route is cut off, while the second power supply route not through the actual machine switchis maintained.

Work machine and remote operation support system

To provide a working machine including a lower travelling body and an upper slewing body disposed in a slewable manner with respect to the lower travelling body, the working machine being capable of more reliably preventing the upper slewing body from coming into contact with an obstacle existing around the working machine. The working machine includes a detection device, a position identification device, and a movement control device. The position identification device includes a calculation section, a conversion section, and an identification section. The movement control device controls the movement of the upper slewing body in such a way as to prevent the upper slewing body from coming into contact with the obstacle based on the position of the obstacle relative to the virtual boundary surface, the position being identified by the identification section.

Working machine

A construction machine includes a vehicle body having, a moving section, a driving mechanism, a manipulation device that receives a manipulation, a controlling unit, a manipulation detecting unit that detects the manipulation given to the manipulation device, and an obstacle detecting device that detects an obstacle in a periphery of the vehicle body. The controlling unit executes emergency-stop-processing and continuous-stop-processing. The emergency-stop-processing is executed to stop the operation of the moving section regardless of a signal from the manipulation detecting unit upon detection of the obstacle by the obstacle detecting device when the controlling unit controls the driving mechanism to drive the moving section. The continuous-stop-processing is executed to keep the operation of the moving section stopped when the obstacle detecting device does not detect the obstacle and the manipulation detecting unit detects manipulation when the operation of the moving section is stopped by the emergency-stop-processing.

Construction machine

Vehicular air conditioning control apparatus

Growing community of inventors

Tokyo, Japan

Ryuichi Hirose