Samsung Heavy Ind. Co., Ltd

Youngjun Park

Seong Ho Cho

Eunjung Kim

Jinhyung Park

Sangwhee Kim

Young-Il Shin

Jongho Eun

Jaeyong Lee

Donghun Lee

Jaehoon Kim

Yunkyu Choi

Youngyoul Ha

Sangmin Kang

Jongung Choi

Sungmoon Joo

Sanghoon Baek

Hieyong Jeong

Disclosed are an moving apparatus and a method of performing work to an interior of a hull block. The moving apparatus according to an exemplary embodiment of the present invention includes a guide rail configured to guide a working robot, a moving means driving unit configured to move the moving apparatus, and a storage battery configured to supply electricity to the moving means driving unit.

Moving apparatus and method of operating the same

Provided is an apparatus for measuring a location of an underwater vehicle, including a hull information generating unit dividing a hull surface into a plurality of areas, and generating normal vector information for each area and level information which is information for a depth that each area is submerged into water, a vehicle information receiving unit receiving attitude and depth information for a vehicle attached to the hull surface, and a location determining unit comparing the attitude information for the vehicle with the normal vector information for the area, and comparing the depth information for the vehicle and the level information for the area to determine a location of the vehicle.

Apparatus for measuring location of underwater vehicle and method thereof

A device and method for controlling a real time weaving motion are provided. In order to control operation of a robot in a working space, a main moving path of the robot in the working space is determined, a unit motion constituting the determined main moving path is generated, while a continuous motion in which a unit motion is connected, weaving that dynamically changes offset is generated, and a compensation displacement or a compensation rotation amount that is determined according to the work environment is generated. A position and a rotation amount of the robot are calculated in the working space according to at least one of the unit motion, the weaving, the compensation displacement, and the compensation rotation amount.

Device and method for controlling weaving motion in real time

A moving apparatus includes: robot guiding rails extended in a first direction to guide the working robot, and including first and second ends; first rollers included at a vicinity of the first end of the robot guiding rail and having a rotation axis in a second direction perpendicular to the first direction; hook arms included at the vicinity of the first end of the robot guiding rail, and including hooks extended in the first direction and facing upwardly; hook latches included at a vicinity of the second end of the robot guiding rail, positioned at a position corresponding to the hook arm, and latched by the hooks of the hook arms at lower sides thereof; and docking guiding rails included at the vicinity of the second end of the robot guiding rail, extended in the first direction, and having an upper surface for guiding the first roller.

Moving apparatus and docking method between moving apparatuses

Disclosed are an underwater moving apparatus and a moving method thereof. The underwater moving apparatus of an exemplary embodiment of the present invention includes a body; a propelling device installed on a rear side of the body; a thruster unit including an up and down directional thruster and a left and right directional thruster installed at the body; and a plurality of leg units positioned at both side portions of the body and including a multi-joint module.

Underwater moving apparatus and moving method thereof

Growing community of inventors

Daejeon, South Korea

Youngjun Park