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    • 6. 发明公开
    • 식물 생장촉진용 발광패키지
    • LED包装用于植物生长促进
    • KR1020110073826A
    • 2011-06-30
    • KR1020090130576
    • 2009-12-24
    • 경기도주식회사 파이컨아이에스엠 주식회사
    • 이상우심상연이수연서명훈김순재임재욱박경열
    • A01G7/04F21S2/00F21Y101/00
    • A01G7/04A01G7/045F21S2/00F21S2/005F21Y2101/00
    • PURPOSE: A light emitting package for plant growth promotion is provided to reduce establishment areas, production costs and power consumptions by constituting a light emitting chip to the single light emitting package, and by generating and combining a plurality of lights. CONSTITUTION: The light emitting package includes a plurality of light emitting chips(10); an electrode(20); a heat radiation plate; a cylindrical type lens; and a package housing(50). The electrode interlinks the light emitting chip electrically. The lens outputs light emitted from the light emitting chip to outside. In the package housing, the electrode and the light emitting chip are mounted. A hollow(53), in which the lens is fixed to emit light emitted from the light emitting chip to outside, is formed. The package housing includes an upper housing(51) and a lower housing(52). In the upper housing, a hollow and an inner wall(54) surrounding the hollow are formed. The inner wall is formed to be narrow along the inside, and an edge of the inner wall is rounded. One end of the electrode is connected through a line(11) to an anode electrode or a cathode electrode of each light emitting chip, and the other end is extended to outside and arranged to a printed circuit board.
    • 目的:提供用于植物生长促进的发光包装,通过将单个发光封装的发光芯片构成,并通过生成和组合多个灯来减少建筑面积,生产成本和功耗。 构成:发光封装包括多个发光芯片(10); 电极(20); 散热板; 圆柱形透镜; 和包装壳体(50)。 电极电连接发光芯片。 透镜将从发光芯片发出的光输出到外部。 在封装外壳中,安装电极和发光芯片。 形成透镜被固定以将从发光芯片发射的光发射到外部的中空部(53)。 包装壳体包括上壳体(51)和下壳体(52)。 在上壳体中形成围绕中空的中空壁和内壁(54)。 内壁沿内侧形成为较窄,内壁的边缘为圆形。 电极的一端通过管线(11)连接到每个发光芯片的阳极电极或阴极电极,另一端延伸到外部并布置到印刷电路板。
    • 7. 发明公开
    • 설사병 백신활성 유전자를 발현하는 형질전환 벼 및 그의 생산방법
    • 用于表达具有二羧酸的疫苗活性的基因的转化米及其生产方法
    • KR1020110068431A
    • 2011-06-22
    • KR1020090125389
    • 2009-12-16
    • 경기도
    • 소호섭한영희이지영임재욱박경열김영호홍순성양문식김율호한범수
    • C12N15/82A01H1/00C12N15/29C07K19/00
    • C12N15/8258
    • PURPOSE: A transgenic rice plant which expresses a gene of diarrhea vaccine activity is provided to remarkably reduce the use of antibiotics. CONSTITUTION: A method for producing a transgenic rice plant which expresses A gene diarrhea vaccine activity comprises: a step of preparing a recombinant vector by inserting nontoxic B subunit gene of Vibrio cholerae of sequence number 1, nontoxtic B subunit gene of E.coli of sequence number 2, and bar gene into pMJ103 vector to prepare a recombinant vector; a step of inserting pMJ103 recombinant vector to Agrobacterium to prepare transformed strain; a step of inoculating transformed Agrobacterium and co-culturing; a step of selecting alive callus and performing secondary culture to obtained secondary cultured callus; a step of performing bright culture of the callus and rooting in MS0 medium; a step of harvesting rice transformant.
    • 目的:提供一种表达腹泻疫苗活性基因的转基因水稻,显着降低了抗生素的使用。 构成:生产表达A基因腹泻疫苗活性的转基因水稻植物的方法,包括:通过插入序列号1的无毒性B亚基基因,大肠杆菌的无毒性B亚基基因序列来制备重组载体的步骤 2号和bar基因转入pMJ103载体中制备重组载体; 将pMJ103重组载体插入农杆菌以制备转化菌株的步骤; 接种转化的土壤杆菌并共培养的步骤; 选择活的愈伤组织和进行二次培养以获得次级培养的愈伤组织的步骤; 在MS0培养基中培养愈伤组织和生根的步骤; 收获稻转化株的一步。
    • 10. 发明公开
    • 공중 수분을 이용한 식물 관수시스템
    • 灌溉系统在空气中使用水分
    • KR1020130000812A
    • 2013-01-03
    • KR1020110061565
    • 2011-06-24
    • 경기도
    • 이수연서명훈심상연이원석원선이임재욱박경열김영호
    • A01G27/02A01G27/00
    • A01G27/02A01G27/003A01G27/008
    • PURPOSE: A plant irrigation system is provided to supply filtered water which is produced by condensing moisture in the air after inhalation of the dispersed air in a vast area to plants planted in a plant cultivator. CONSTITUTION: An air moisture collecting unit(200) inhales air which exists in a space where a plant cultivator is installed, and collects the moisture in the air. An apron fixation tank(300) stores water collected from the air moisture collecting unit. An irrigation water tank(400) receives the collected water by being connected to the apron fixation tank, and temporarily stores the water before supplying to the plant. A water pipe(500) supplies the water by being connected from the irrigation water tank to the plant cultivator. An irrigation control unit(600) automatically manages the collection of water from the air moisture collection unit, and the irrigation of water stored in the irrigation water tank. The humid air flows in, and the dry air is ejected from a collecting tube(210). An evaporator cools the air flowed through the collecting tube. The condenser(230) condenses the air cooled by applying the pressure in the evaporator. A suction pan(240) generates the air flow which comes into the collecting unit, and the air flow which ejects dried air outside after the condensation of the moisture. A water level sensor(440) senses the water level which is stored in the irrigation water tank. [Reference numerals] (220) Evaporator; (230) Condenser; (610) Power supplying unit; (620) Moisture collecting control unit; (630) Pump driving control unit
    • 目的:提供一种植物灌溉系统来提供过滤水,该过滤水通过在大面积吸入分散的空气之后将空气中的水分冷凝成植物种植在植物栽培机上的植物而产生。 构成:空气湿度收集单元(200)吸入存在于设置有植物栽培机的空间中的空气,并收集空气中的水分。 挡板固定箱(300)存储从空气湿气收集单元收集的水。 灌溉水箱(400)通过连接到围裙固定箱收集收集的水,并在供应给工厂之前临时存储水。 水管(500)通过从灌溉水箱连接到植物耕作机供水。 灌溉控制单元(600)自动管理来自空气湿度收集单元的水的收集以及灌溉水箱中储存的水的冲洗。 潮湿空气流入,干燥空气从收集管(210)喷出。 蒸发器冷却通过收集管流动的空气。 冷凝器(230)通过在蒸发器中施加压力来冷凝被冷却的空气。 抽吸盘(240)产生进入收集单元的空气流,以及在水分冷凝后将干燥空气喷射到外部的空气流。 水位传感器(440)感测存储在灌溉水箱中的水位。 (220)蒸发器; (230)冷凝器; (610)供电单元; (620)水分收集控制单元; (630)泵驱动控制单元