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    • 1. 发明公开
    • 3차원 모델링을 위한 GPS 조합형 타겟
    • 用于3D建模的GPS组合目标
    • KR1020100076285A
    • 2010-07-06
    • KR1020080134288
    • 2008-12-26
    • 한국건설기술연구원
    • 조문영채명진김정렬박재우이규원
    • G01C3/16G01C15/02
    • G01C3/16G01C15/02G01S19/13G06T17/00
    • PURPOSE: A GPS combined target for three-dimensional modeling is provided to check whether a poll wherein a target is attached is inclined in the horizontal or the vertical direction and to change the location to the exact location if necessary. CONSTITUTION: A GPS combined target for three-dimensional modeling comprises a multi-stage pole(3) wherein the length of the multi-stage pole is adjustable with being slid, a scanner target(2) wherein the center of the scanner target is combined in order to be penetrated into the top end portion of the multi-stage pole and which is a three dimensional sphere, a tripod(5) which is combined with the lower part of the multi-stage pole, and a GPS antenna(4) which is installed in the center of the tripod and is located in the lower part of the scanner target. The center of the center of the scanner target and the center of the GPS antenna are located on the central axis of the multi-stage pole.
    • 目的:提供用于三维建模的GPS组合目标,以检查其中附着目标的轮询是否在水平或垂直方向上倾斜,并且如果需要则将位置改变到精确位置。 构成:用于三维建模的GPS组合目标包括多级极(3),其中多级极的长度可通过滑动来调节;扫描器目标(2),其中扫描器目标的中心被组合 为了穿透多级极的顶端部,是三维球体,与多级杆的下部结合的三脚架(5)和GPS天线(4) 它安装在三脚架的中心,位于扫描仪目标的下部。 扫描仪目标的中心和GPS天线的中心位于多级杆的中心轴上。
    • 2. 发明公开
    • 건설현장의 3차원 모델링을 위한 조합형 타겟
    • 3D建模的组合目标
    • KR1020100007354A
    • 2010-01-22
    • KR1020080067960
    • 2008-07-14
    • 한국건설기술연구원
    • 조문영채명진김정렬박재우이규원
    • G01C3/16G01C3/00G01C3/02
    • G01C3/16G01C3/02G01C9/18G01C15/06
    • PURPOSE: A combination target for three-dimensional modeling of a construction site is provided to make the three-dimensional modeling through a long term by mounting and fixing a scanner target securely. CONSTITUTION: A combination target for three-dimensional modeling of a construction site comprises a multi-stage pole(3), a scanner target(2), a prism reflection mirror(4), a leveler(1), and a stable substrate(5). The multi-stage pole adjusts the length through a sliding method. The scanner target is combined to pass the central part through the upper end pole of the multi-stage pole. The prism reflection mirror is located on top of the scanner target and combined with the upper end pole of the multi-stage pole. The leveler checks a slope in vertical or horizontal direction and is installed at an end of the upper end pole. The stable substrate is combined to pass the central part through the lower end pole of the multi-stage pole.
    • 目的:提供施工现场三维建模的组合目标,通过安全地固定和固定扫描仪目标,长期实现三维建模。 构成:施工现场的三维建模的组合目标包括多级杆(3),扫描器目标(2),棱镜反射镜(4),矫直机(1)和稳定基板( 5)。 多级杆通过滑动方式调节长度。 组合扫描仪目标以通过中心部分穿过多级杆的上端极。 棱镜反射镜位于扫描仪靶的顶部,并与多级杆的上端极组合。 矫直机在垂直或水平方向上检查斜坡,并安装在上端杆的末端。 将稳定的基板组合以使中心部分穿过多级杆的下端极。