公开(公告)号：KR101236195B1

公开(公告)日：2013-02-26

申请号：KR1020120080299

申请日：2012-07-24

Applicant: 대한민국(육군참모총장)

Inventor： 김형세 ,  김종필 ,  오철홍 ,  정재우 ,  김영국 ,  이문환 ,  정찬석

IPC: G09B9/00 ,  G09B9/42 ,  G09B5/02 ,  G09B19/16 ,  G06T17/05

CPC classification number: G09B9/42 ,  G06T17/05 ,  G09B5/02 ,  G09B19/165

Abstract: PURPOSE: A link method of a real-time unmanned spy plane image simulator and a training simulation and a system thereof are provided to uplift a fighting power of a group by solving all limitations for real-time link between a simulation and a simulator. CONSTITUTION: A UAV engine processor(10) comprises a UAV damage processing terminal(11), a troops data for transmitting terminal(12) generating the information of a fixed object and a moving object, and a UAV data receiving terminal(13) for processing the current location information of UAV. A UAV operator(20) transmits information processed in a UAV engine processor to a UAV control processor set through a computer network. A UAV operator controls the direction and angle of a UAV sensor and the screen size which can be zoomed in and out with a control and adjustment device(40) by determining a rule displayed through a UAV control processor. A UAV operator displays information which processes unit information in the screen size by a UAV engine processor on a UAV screen display part and inputs a configuration and connection information connecting with a UAV engine processor by using a setting part(24). An enlarged image display terminal(50) transmits the image of a UAV screen display part through a remote image transmission group and displays the transmitted image. [Reference numerals] (10) UAV system; (100) Main model; (11) Developing a UAV damage processing terminal[citing existing information model logic]; (12) Transmitting GT[corps information] - generating fixed object, moving object information; (13) Receiving UAV information(such as location information); (AA) Command station; (BB) Image communication; (C1,C2,C3) Additional information; (D1,D2,DE) UAV state information; (EE) UAV simulation group

Abstract translation: 目的：提供实时无人间谍飞机图像模拟器和训练模拟器及其系统的链接方法，通过解决模拟和模拟器之间的实时链接的所有限制来提升组的战斗力。 构成：无人机发动机处理器（10）包括无人机伤害处理终端（11），产生固定物体和移动物体的信息的发射终端（12）的部队数据和用于 处理无人机的当前位置信息。 UAV运营商（20）通过计算机网络将在UAV引擎处理器中处理的信息发送到UAV控制处理器集。 UAV操作员通过确定通过UAV控制处理器显示的规则来控制UAV传感器的方向和角度以及可以通过控制和调节装置（40）放大和缩小的屏幕尺寸。 无人机操作者显示通过UAV屏幕显示部件上的UAV引擎处理器处理屏幕尺寸的单位信息的信息，并且通过使用设置部分（24）输入与UAV引擎处理器连接的配置和连接信息。 放大图像显示终端（50）通过远程图像发送组发送UAV屏幕显示部分的图像并显示发送的图像。 （附图标记）（10）无人机系统; （100）主要型号; （11）开发无人机伤害处理终端[引用现有信息模型逻辑]; （12）发送GT [兵团信息] - 生成固定对象，移动对象信息; （13）接收UAV信息（如位置信息）; （AA）指挥站; （BB）图像通信; （C1，C2，C3）附加信息; （D1，D2，DE）无人机状态信息; （EE）无人机模拟组