A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
WORK MACHINE PERIPHERAL MONITORING SYSTEM, AND WORK MACHINE PERIPHERAL MONITORING PROGRAM
To provide a peripheral monitoring system that can instantly recognize a change in a surrounding condition that occurs while a vehicle is stopped by an image displayed in real time without requiring high-speed computing performance.SOLUTION: A peripheral monitoring system includes a controller C that can capture an image of an imaging device I attached to a work machine H and output the image to an output destination, and the controller C includes a transmittance switching image compositing unit 2 that synthesizes transmittance switching images obtained by switching, at a predetermined cycle, a first transmittance composited image which is a composite of a current image of the imaging device I and a stopped time image stored in a stop time image memory at first transmittance, and a second transmittance composite image which is a composite of the current image and the stopped time image with second transmittance, and the transmittance switching image synthesized by a transmittance switching image output unit 3 is displayed on a display unit D visible to an operator.SELECTED DRAWING: Figure 2
【課題】高速な演算性能が要求されることなくリアルタイムで表示する映像によって、停車中に生じた周辺状況の変化の認識が瞬時にできる周辺監視システムを提供する。【解決手段】作業機械Ｈに取り付けられる撮像装置Ｉの映像を取り込んで出力先に出力可能なコントローラＣを備え、コントローラＣが、撮像装置Ｉの現在映像と停止時点映像メモリに記憶している停止時点映像を第１透過率で合成した第１透過率合成映像と、現在映像及び停止時点映像を第２透過率で合成した第２透過率合成映像とを所定の周期で切り換えた透過率切換映像を合成する透過率切換映像合成部２を備えたものであり、透過率切換映像出力部３で合成した透過率切換映像をオペレータが視認可能な表示部Ｄに表示させるように構成した。【選択図】図２
WORK MACHINE PERIPHERAL MONITORING SYSTEM, AND WORK MACHINE PERIPHERAL MONITORING PROGRAM
To provide a peripheral monitoring system that can instantly recognize a change in a surrounding condition that occurs while a vehicle is stopped by an image displayed in real time without requiring high-speed computing performance.SOLUTION: A peripheral monitoring system includes a controller C that can capture an image of an imaging device I attached to a work machine H and output the image to an output destination, and the controller C includes a transmittance switching image compositing unit 2 that synthesizes transmittance switching images obtained by switching, at a predetermined cycle, a first transmittance composited image which is a composite of a current image of the imaging device I and a stopped time image stored in a stop time image memory at first transmittance, and a second transmittance composite image which is a composite of the current image and the stopped time image with second transmittance, and the transmittance switching image synthesized by a transmittance switching image output unit 3 is displayed on a display unit D visible to an operator.SELECTED DRAWING: Figure 2
【課題】高速な演算性能が要求されることなくリアルタイムで表示する映像によって、停車中に生じた周辺状況の変化の認識が瞬時にできる周辺監視システムを提供する。【解決手段】作業機械Ｈに取り付けられる撮像装置Ｉの映像を取り込んで出力先に出力可能なコントローラＣを備え、コントローラＣが、撮像装置Ｉの現在映像と停止時点映像メモリに記憶している停止時点映像を第１透過率で合成した第１透過率合成映像と、現在映像及び停止時点映像を第２透過率で合成した第２透過率合成映像とを所定の周期で切り換えた透過率切換映像を合成する透過率切換映像合成部２を備えたものであり、透過率切換映像出力部３で合成した透過率切換映像をオペレータが視認可能な表示部Ｄに表示させるように構成した。【選択図】図２
WORK MACHINE PERIPHERAL MONITORING SYSTEM, AND WORK MACHINE PERIPHERAL MONITORING PROGRAM
作業機械周辺監視システム、作業機械周辺監視プログラム
KOBAYASHI TAKESHI (author)
2021-02-18
Patent
Electronic Resource
Japanese
| European Patent Office | 2024
PERIPHERAL MONITORING DEVICE, WORK MACHINE, PERIPHERAL MONITORING CONTROL METHOD, AND DISPLAY DEVICE
| European Patent Office | 2019