Abstract:
본발명에따르면, 전방향주행이가능한이송부과하중물을집거나들어올릴수 있는작업부를구비한로봇과운전자의동작을감지할수 있는착용가능한작업복과학습플랫폼으로, 운전자의동작을작업지원주행로봇이모사할수 있도록, 그기구와제어방법을제공한다. 또한작업경로가일정하지않은공정이있는공장, 작업공간이정형화되지않은공장또는필수공정만운전자가관여하는반무인화공정의공장과같은곳의고하중물이송, 정밀한작업, 자유로운경로작업등을수행할수 있다. 본발명에서는구동부는전방향으로로봇을이송및 방향전환할수 있는구동부를내장한전방향차륜시스템을구비하고있어, 주행중 또는제자리에서 360회회전이가능한로봇이송구동부와교환이가능한작업부를구비한작업지원주행로봇으로구성된다. 따라서이러한로봇을다양한방법으로적용함으로써기존의고정점이있는로봇공정으로해결하지못한공정을진행할수 있으며, 소규모의고하중물을다루는공정에서도이용할수 있어, 종래의운전자의투입시간대비생산성을높일수 있다. 또한작업지원주행로봇의군집작업및 운전자의순차적작업을수행할수 있어, 반무인화공정을구성할수 있다.
Abstract:
The present invention relates to a device for sensing a pedestrian and avoiding a collision with a pedestrian and a method thereof. The device includes an image sensor unit acquiring images of a target object in a vehicle driving direction taken separately by at least one method; a distance sensor unit acquiring information about the distance between a vehicle and the target object by detecting signals reflected by the target object in the vehicle driving direction separately by at least one method; a sensor fusion processing unit fusing the information obtained by the image sensor unit and distance sensor unit to sense a pedestrian and outputting at least one information related to the pedestrian; and a collision determining unit determining whether the risk of a collision between the vehicle and pedestrian exists or not by combining at least one information related to the pedestrian with vehicle information and predicting collision avoidable situations to output controlling signals for avoiding a collision per the situation when it is determined that the risk of a collision between the vehicle and pedestrian exists.
Abstract:
PURPOSE: A green drive component test system is provided to drive a vehicle under an actual driver seat condition in a virtual driving scenario, thereby testing and evaluating the performance of green drive components under various conditions. CONSTITUTION: A green drive component test system includes a simulator unit (100), a test evaluation control unit (200), a component test model unit (300), and a test evaluation analysis unit (500). The simulator unit generates a virtual driving scenario for a green drive component test and collects vehicle movement signals by driving a vehicle under an actual driver seat condition. The test evaluation control unit receives the collected vehicle movement signals from the simulator unit and controls the green drive component test. The component test model unit transmits the virtual vehicle movement signals and fuel consumption information to the simulator unit. The test evaluation analysis unit evaluates and tests green drive components according to the vehicle movement signals collected by the simulator unit. [Reference numerals] (100) Simulator unit; (200) Test evaluation control unit; (300) Component test model unit; (400) Driving information generating unit; (500) Test evaluation analysis unit; (600) Dynamo analysis unit; (700) GPS simulator unit; (800) Test evaluation display unit
Abstract:
PURPOSE: An in-wheel driving system and a control method thereof are provided to improve efficiency of power by controlling the driving with a plurality of motors of different performance. CONSTITUTION: An in-wheel driving system comprises a housing(10), a plurality of motors(120), and a power transmission unit(130). The housing is installed inside a wheel(10) connected to a tire(20), and a shaft(11) is rotatably installed in the housing. A plurality of motors comprises a first motor(120a) and a second motor(120b) and is installed in the housing in order to be connected to the shaft. The power transmission unit transmits each rotatory power of the motors to the shaft.
Abstract:
다수의 모터들을 구비한 인휠 구동 시스템이 제공된다. 일 실시예에 따른 인휠 구동 시스템에 의하면, 하우징은 휠 내에 배치되고 상기 휠의 샤프트가 회전 가능하게 상기 하우징에 결합된다. 다수의 모터들은 상기 하우징의 내측에 설치된다. 동력전달부는 상기 다수의 모터들 각각의 회전력을 상기 샤프트로 전달한다.
Abstract:
PURPOSE: A contactless type power transmitting-receiving apparatus for electric vehicles and a power supplying system using the same are provided to locate a coil receiving part between two guiding panels by forming a guiding part using two guiding panels. CONSTITUTION: A power supplying part(1) supplies power. Coil type transmitting parts(11, 12) transmits power from the power supplying part to vehicles based on electromagnetic induction. The coil type transmitting parts form magnetic field according to the flow of a current. A guiding part(3) includes the coil type transmitting parts. Two guiding panels are arranged on end of the guiding part. Another end of the guiding part is in connection with the power supplying part.
Abstract:
A HUD(Head Up Display) system is provided to enable a driver to have valid focus length using actual distance of an image source and a reflection mirror without using a complex optical system. According to a HUD(Head Up Display) system for a vehicle, an image source(110) is installed on the top of a wind shield(3) and projects vehicle information or traveling information toward a dash board(2). A reflection mirror(120) reflects the image projected from the image source to the wind shield, and is installed on the dash board to form an optical pat in order for the image incident on the wind shield to have valid focus length.