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    • 1. 发明公开
    • 지적측량 표지정보 관리 시스템 및 방법
    • 用于管理CADASTRAL调查的标记信息的方法和系统
    • KR1020150047693A
    • 2015-05-06
    • KR1020130127184
    • 2013-10-24
    • 김평
    • 김평박희주박정인
    • G06Q50/10
    • G06C15/04G06Q20/3274G06Q50/26
    • 본발명은지적측량표지정보관리시스템및 방법에관한것으로써, 지적측량에기준이되는측량기준점표지기에일정이상의자기력을가지는자기마커를구비하고, 측량기준점표지기의상면에표지기고유번호와위치정보를읽을수 있는 QR 코드를부착하여, 측량하는사람이스마트폰을이용하여 QR 코드를인식하면, 스마트폰이 GPS 기능으로현재위치정보와 QR 코드정보를지적측량표지정보관리서버에전송하고, 지적측량표지정보관리서버가지적측량표지관리대장데이터베이스로부터현재위치정보에해당하는등록지적측량표지정보를가져와 QR 코드정보에포함된지적측량표지정보와비교해그 결과를스마트폰으로제공해줌으로써, 측량하는사람이측량기준점표지기가원래등록된제자리에설치되었는지, 원래의자리로부터이동되어설치되었는지를확인할수 있도록하는것을특징으로한다.
    • 本发明涉及一种在地籍调查中管理标记信息的方法和系统。 包括在测量标准点标记中具有超过某一磁力的磁性标记是地籍测量的标准,并且可以读取标记序列号和位置信息的QR码附加到测量标准点的顶部 标记,并且因此,如果进行调查的用户使用智能电话识别QR码,则智能电话使用GPS功能将当前位置信息和QR码信息发送到地籍测量显示信息管理服务器。 地籍调查显示信息管理服务器从地籍调查显示管理寄存器数据库中输入与当前位置信息对应的登记的地籍调查显示信息,将其与包含在QR码信息中的地籍调查显示信息进行比较,并提供比较结果 到智能手机,使得进行调查的用户可以确认测量标准点标记是否安装在原始注册的地方,或者通过从原始位置移动来安装。
    • 2. 发明公开
    • 매설물 관리시스템
    • 烧结材料管理系统
    • KR1020020029164A
    • 2002-04-18
    • KR1020000059968
    • 2000-10-12
    • (주) 이우티이씨김평석창성
    • 석창성김정표김평
    • G01V3/10
    • G01V3/081G01V15/00
    • PURPOSE: A management system for buried materials is provided to prevent damage under construction and to help a construction plan by getting information for buried materials in advance. CONSTITUTION: The management system for buried materials comprises: probing equipment(10) containing a power supply unit(11) supplying power sources by converting an alternating current and a direct current into an alternating current, an induced magnetic field generating unit(12) generating a magnetic field by taking the power sources from the power supply unit(11), a guide magnetic field controlling unit(14) attached to the front end of the guide magnetic field generating unit and an antenna(17) receiving signals transmitted from the outside, a signal amplifying unit(18) amplifying the received signals, an analog/digital converting unit(19) converting the amplified signals into digital signals, and a data processing unit(13) processing the digital signals to be movable; a buried chip module(20) containing a guide magnetic field receiving unit(21) generating an alternating voltage from the magnetic field generated from the guide magnetic field generating unit, a circuit protective switching unit(22) switching if the alternating voltage is higher than the appointed value, an alternating current/direct current converting unit(23) converting the alternating voltage into a direct voltage, a microprocessor(24) controlling a buried chip module(20) by taking the appointed direct voltage, a memory(25) outputting the information of the buried materials stored by the control of the microprocessor(24), and a transmitting unit(26) transmitting the outputted information from the memory.
    • 目的:提供埋藏材料管理系统,以防止施工中的损坏,并提前通过获取埋藏材料的信息来帮助施工计划。 构成:埋地材料管理系统包括:探测设备(10),其包含通过将交流电和直流电转换为交流电来供电的供电单元(11);感应磁场产生单元(12),其产生 通过从电源单元(11)获取电源的磁场,附接到引导磁场产生单元的前端的引导磁场控制单元(14)和接收从外部发送的信号的天线(17) ,放大接收信号的信号放大单元(18),将放大的信号转换为数字信号的模拟/数字转换单元(19),以及数字处理单元(13),处理可移动的数字信号; 埋入芯片模块(20),其包含从导向磁场产生单元产生的磁场产生交流电压的导向磁场接收单元(21),如果交流电压高于 指定值,将交流电压转换为直流电压的交流/直流转换单元(23),通过采取所指定的直流电压来控制埋地芯片模块(20)的微处理器(24),输出 通过微处理器(24)的控制存储的埋藏材料的信息,以及从存储器发送输出信息的发送单元(26)。
    • 4. 发明公开
    • 자기 어레이를 이용한 매설물 정보 시스템
    • 使用磁场阵列的材料信息系统
    • KR1020020029162A
    • 2002-04-18
    • KR1020000059966
    • 2000-10-12
    • (주) 이우티이씨김평
    • 석창성김정표김평
    • G01V3/10
    • G01V3/081G01V15/00
    • PURPOSE: An information system for buried materials using a magnetic field array is provided to receive information of pipes buried under the ground. CONSTITUTION: The information system for buried materials using a magnetic field array comprises a magnetic array(11) digitalizing various information of pipes by arranging a permanent magnet attached to pipelines(10) buried under the ground, a magnetic antenna(13) receiving a magnetic field generated from the magnetic array, then converting into an electric current and voltage, a signal amplifier(14) amplifying the received signals, a signal indicating part(15) composed of an ammeter/voltmeter or an LED to show the existence/nonexistence and size of the amplified signals, an A/D (analog/digital) converter(16) digitizing the amplified signals, a magnetic array information storage unit(21) storing the corresponding information to the arrangement of a magnetic array, a date processing unit(18) processing by comparing the digitalized signals with the data of the magnetic array information storage unit and analyzing the data, a display unit(19) displaying the signals processed from the date processing unit, a memory unit(20) connected with the data processing unit to store various information of buried pipes, and a power supply unit(17) supplying power sources to each unit.
    • 目的:提供使用磁场阵列的掩埋材料信息系统,以接收埋在地下的管道信息。 构成:使用磁场阵列的掩埋材料的信息系统包括磁性阵列(11),通过布置附着在埋在地下的管道(10)上的永磁体来数字化各种管道信息,磁接收器(13) 磁场,然后转换成电流和电压;放大接收信号的信号放大器(14);由电流表/电压表或LED组成的信号指示部分(15),以显示存在/不存在;以及 放大信号的大小,对放大信号进行数字化的A / D(模拟/数字)转换器(16),将对应信息存储到磁阵列的配置的磁阵列信息存储单元(21),日期处理单元 18)通过将数字化信号与磁阵列信息存储单元的数据进行比较并分析数据进行处理;显示单元(19),显示从数据 e处理单元,与数据处理单元连接以存储埋管的各种信息的存储单元(20),以及向每个单元提供电源的电源单元(17)。
    • 9. 发明公开
    • 자기 마커를 이용한 지하 매설물 위치 검출 장치 및 방법
    • 用于使用磁标记找到地下位置的方法和装置
    • KR1020150075420A
    • 2015-07-06
    • KR1020130157005
    • 2013-12-17
    • 김평
    • 김평신예은
    • G01V3/08G01V15/00
    • Y02A90/344G01V3/08G01V3/165G01V15/00
    • 본발명은지하매설물에부착된자기마커로부터발생하는자기장의세기를검출하여지하매설물의위치와심도를추정하여관로의위치를정확히파악할수 있도록하는자기마커를이용한지하매설물위치검출장치및 방법에관한것으로써, 본발명에따른자기마커를이용한지하매설물위치검출장치는, 지하매설물의일측에설치되어위치탐지를위한자기장을출력하는자기마커(Magnetic Marker); 및상기자기마커의자기장을탐지하여자기력을출력하는탐지센서를하나이상구비하고, 상기하나이상의탐지센서를통해탐지된자기력의강도에따라상기자기마커의위치를표출하고, 상기자기마커의종류와개수에따른자기력데이터에대응되게설정된심도에근거해상기하나이상의탐지센서를통해탐지된자기력에따라심도를추정하는마커탐지기를포함하는것을특징으로한다.
    • 本发明涉及一种使用能够通过检测产生的磁场的强度来估计地下物体的位置和深度来正确地识别管道位置的磁性标记物来检测地下物体的位置的方法和装置 从附着在地下物体上的磁标记。 根据本发明,使用磁标记器检测地下物体的位置的装置包括:安装在地下物体一侧的磁性标记,以输出用于检测位置的磁场; 以及标记检测器,其包括至少一个检测传感器,通过检测磁性标记的磁场来输出磁力,以根据通过至少一个检测传感器检测的磁场的强度来表示磁性标记的位置,以及 基于根据磁性标记的类型和数量的与磁力数据对应的设定深度,根据通过至少一个检测传感器检测的磁力估计深度。
    • 10. 发明授权
    • DGPS 기반 자기마커 정밀위치 확인용 지하시설물 관리시스템
    • 使用基于DGPS的磁标记极性的BURIED对象管理系统
    • KR100908832B1
    • 2009-07-21
    • KR1020080104113
    • 2008-10-23
    • (주) 이우티이씨김평
    • 김평
    • G01S5/14
    • A buried object management system for identifying a correct location of a magnetic marker based on a DGPS(Differential Global Positioning System) is provided to reduce labor costs by performing simultaneously a probing process and a measuring process. A buried object management system for identifying a correct location of a magnetic marker based on a DGPS includes a GPS receiver(32a), a DGPS receiver(32a'), a first and second radio frequency units(32b,32b'), and a first and second signal processing units(32c,32c'). The GPS receiver receives a GPS signal of a present probing location. The DGPS receiver receives error correction data from a base station GPS. The first and second radio frequency units convert radio frequencies of the GPS receiver and the DGPS receiver to intermediate frequencies. The first and second signal processing units diffuse reversely the output signals of the first and second radio frequency units in order to perform a spectrum transformation process.
    • 提供了一种用于基于DGPS(差分全球定位系统)识别磁性标记的正确位置的掩埋物体管理系统,以通过同时执行探测过程和测量过程来降低人工成本。 用于基于DGPS识别磁标记的正确位置的掩埋物体管理系统包括GPS接收器(32a),DGPS接收器(32a'),第一和第二射频单元(32b,32b')和 第一和第二信号处理单元(32c,32c')。 GPS接收器接收当前探测位置的GPS信号。 DGPS接收机从基站GPS接收纠错数据。 第一和第二射频单元将GPS接收机和DGPS接收机的射频转换成中频。 第一和第二信号处理单元反向扩散第一和第二射频单元的输出信号,以执行频谱变换处理。