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    • 6. 发明公开
    • 지베렐린을 생산하는 미생물 및 이를 이용한 미생물 제제
    • 生产GIBBERELLIN和MICROORGANISM代理的MICROORGANISM
    • KR1020140080071A
    • 2014-06-30
    • KR1020120149488
    • 2012-12-20
    • 경기도
    • 이현주홍순성원선이김순재김희동
    • C12N1/20A01N63/02C05F11/08C12P27/00
    • The present invention relates to a novel Bacilus sp. microorganism which produces plant hormone gibberellin, a microorganism agent using the same, and a manufacturing method of gibberellin. More specifically, the purpose of the present invention is to provide a novel Bacillus sp. GM-B6 microorganism which produces gibberellin 4 having a plant growth promoting effect and has a control effect against a pathogenic bacterium of a plant disease; to use the same through microorganism formulation for promoting plant growth and preventing plant diseases; and to provide a manufacturing method of the gibberellin using the microorganism. The Bacillus GM-B6 microorganism according to the present invention produces the gibberellin 4 and promotes plant growth and has antimicrobial effect against main diseases caused when crops are cultivated, thereby improving the quality of agricultural products and enhancing yield and farm income.
    • 本发明涉及一种新颖的Bacilus sp。 产生植物激素赤霉素的微生物,使用其的微生物剂和赤霉素的制造方法。 更具体地,本发明的目的是提供一种新型的芽孢杆菌属 产生具有植物生长促进作用的赤霉素4的GM-B6微生物,对植物病害致病菌具有控制作用; 使用相同的微生物制剂促进植物生长和预防植物病害; 并提供使用该微生物的赤霉素的制造方法。 根据本发明的芽孢杆菌GM-B6微生物产生赤霉素4并促进植物生长,并且对作物栽培时引起的主要疾病具有抗菌作用,从而提高农产品质量,提高产量和农业收入。
    • 7. 发明授权
    • 이동수단을 갖는 개량된 해충예찰 트랩장치
    • 改进的具有运输手段预测的牵引装置
    • KR101391594B1
    • 2014-05-27
    • KR1020130000512
    • 2013-01-03
    • 경기도
    • 이영수홍순성김순재김희동임재욱
    • A01M1/02A01M1/00A01G9/24B61B13/04
    • Y02A40/264A01M5/00A01G13/10A01M1/026A01M1/10A01M1/14Y10S43/00
    • The present invention relates to an improved insect monitoring trap device for insect monitoring having a transport unit. The present invention is directed to an insect monitoring trap device which lures to trap insects, and comprises a track frame and a trap moving cart. The track frame includes: a track installation frame which is a rectangular long frame with an opened upper portion, as seen from the cross section, and which is inserted into the ground such that upper left and right ends thereof are on the same plane as the ground, thereby forming left and right wings; and a single rail track which has a cross section of a ″藥�Prime; shape, and which is fixed and installed inside the track installation frame by using a shock and noise absorbing mortar. The trap moving cart includes: a fixing part which is formed on an upper surface thereof and which mounts and fixes the insect monitoring trap by a known fixing unit; front and rear flange guiding wheels which are respectively formed at the front and rear of an upper portion thereof, which have track recess portions mounted on the single rail track of the track frame, and which are rotated and moved by a driving motor; an obstacle sensor which is formed at the front in a progress direction and which senses and informs an obstacle; a controller which controls the driving motor so as to allow the trap moving cart to move on the single rail track by a predetermined distance after a predetermined period of time; and a battery for supplying power the driving motor. The present invention has an effect of significantly improving reliability in insect monitoring through even one insect monitoring trap device of high price since, while the rail is installed to cross a predetermined section representing a plat cultivation area and the insect monitoring trap device is movably installed on the rail, the insect monitoring trap device performs insect monitoring while being stopped for a set time and moves to an another place to be monitored along the rail by a predetermined distance, thereby performing insect monitoring in a plurality of places.
    • 本发明涉及一种用于具有运输单元的用于昆虫监测的改进的昆虫监测捕集装置。 本发明涉及一种昆虫监测捕集装置,其捕捉昆虫,并包括轨道框架和捕集器移动推车。 轨道框架包括:轨道安装框架,其是从横截面看,具有敞开的上部的矩形长框架,并且插入地面中,使得其左上端和右端位于与 从而形成左右翼; 和一条横截面为“药 ”的单轨道; 形状,并通过使用震动和噪声吸收砂浆固定并安装在轨道安装框架内。 捕集器移动推车包括:固定部分,其形成在其上表面上,并通过已知的固定单元安装并固定昆虫监测捕集器; 前后法兰导轮分别形成在其上部的前部和后部,其具有安装在轨道框架的单个轨道上的轨道凹部,并且由驱动电机旋转和移动; 障碍物传感器,其沿前进方向形成在前方并感测并通知障碍物; 控制器,其控制所述驱动电动机,以使所述捕集器移动推车在预定时间段之后在所述单个轨道上移动预定距离; 以及用于为驱动电机供电的电池。 本发明通过甚至一种高价格的昆虫监测捕集装置具有显着提高昆虫监测的可靠性的效果,因为在轨道安装成跨越代表平台栽培区域的预定区段并且昆虫监测捕集装置可移动地安装在 轨道,昆虫监测捕集装置在停止一定时间的同时执行昆虫监测,并沿着轨道移动到另一个要监测的地方预定距离,从而在多个地方进行昆虫监测。
    • 9. 发明公开
    • 농업용 온실가스 자동 포집 장치
    • 燃气采购设备
    • KR1020130076563A
    • 2013-07-08
    • KR1020110145196
    • 2011-12-28
    • 경기도
    • 원태진조광래최병열김순재
    • G01N1/22
    • PURPOSE: An automatic agricultural greenhouse gas collecting device is provided to improve the convenience for installing and transferring the automatic greenhouse gas collecting devices which are dispersedly installed in different regions. CONSTITUTION: An automatic agricultural greenhouse gas collecting device includes a gas collecting box (100), a control box (200), a gas collecting unit, and a solar cell unit (400). The gas collecting box is installed at a place planed to collect greenhouse gas. Air including agricultural greenhouse gas discharged from plants is filled inside the gas collecting box by opening and closing a dual cover (120) on the top surface of the gas collecting box. The control box, which is attached on a side of the gas collecting box, sucks the air filled inside the gas collecting box via a through-hole formed on the gas collecting box and includes a main board controlling the operation of various kinds of motors. The gas collecting unit, which is arranged inside the control box, receives the sucked air from the gas collecting box via an intake pipe by the control of the main board and fills the air inside a gas collecting bottle, thereby collecting the gas.
    • 目的:提供一种自动农业温室气体收集装置,以提高分散安装在不同地区的自动温室气体收集装置的安装和运输方便。 构成:一种自动农业温室气体收集装置,包括气体收集箱(100),控制箱(200),气体收集单元和太阳能电池单元(400)。 气体收集箱安装在计划收集温室气体的地方。 通过打开和关闭气体收集箱顶表面上的双盖(120)将包括从植物排出的农业温室气体的空气填充在气体收集箱内。 安装在气体收集箱一侧的控制箱通过形成在气体收集箱上的通孔吸入填充在气体收集箱内部的空气,并包括控制各种电动机操作的主板。 配置在控制箱内部的气体收集单元通过主板的控制经由进气管从气体收集箱接收吸入的空气,并且填充集气瓶内的空气,从而收集气体。