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    • 11. 发明授权
    • 양액공급방법
    • 营养溶液供应方法
    • KR101179868B1
    • 2012-09-05
    • KR1020120048939
    • 2012-05-09
    • 경상남도박철수
    • 황연현장영호안철근안재욱윤혜숙손길만노치웅최복경
    • A01G31/00A01G31/02A01G27/00
    • Y02P60/216A01G31/00A01G27/00A01G31/02
    • PURPOSE: A nutrient solution supplying method is provided to prevent the environmental contamination by the excessive usage of a nutrient solution, and to reduce the cost for supplying the nutrient solution. CONSTITUTION: A nutrient solution supplying method comprises the following steps: operating a nutrient solution pump(10) for supplying a nutrient solution to a crop storing tray(30) from a nutrient solution container(20); detecting the flow of the nutrient solution from the lower side of the crop storing tray using a sensor member(40), and transmitting the detected signal to a controller; and stopping the operation of the nutrient solution pump using the controller for stopping the supply of the nutrient solution.
    • 目的:提供营养液供应方法,以防止过量使用营养液的环境污染,并降低供应营养液的成本。 构成:营养液供给方法包括以下步骤:操作营养液泵(10),用于从营养液容器(20)向作物储存托盘(30)供应营养液; 使用传感器构件(40)检测来自作物存放托盘的下侧的营养液的流动,并将检测到的信号传送到控制器; 并使用控制器停止营养液泵的运转,停止供应营养液。
    • 12. 发明授权
    • 양액공급시스템
    • 营养解决方案供应系统
    • KR101179866B1
    • 2012-09-05
    • KR1020120048938
    • 2012-05-09
    • 경상남도박철수
    • 황연현장영호안철근안재욱윤혜숙손길만노치웅최복경
    • A01G31/00A01G31/02A01G27/00
    • A01G31/00A01G27/00A01G31/02
    • PURPOSE: A nutrient solution supplying system is provided to prevent the environmental contamination by the excessive usage of a nutrient solution, and to reduce the cost for supplying the nutrient solution. CONSTITUTION: A nutrient solution supplying system comprises the following: a nutrient solution supply pump for supplying a nutrient solution from a nutrient solution container to a crop storing tray; a sensor member detecting the flow of the nutrient solution by detecting the electricity resistance, installed on the crop storing tray; a body(41) having an empty space in the inside; a nutrient solution sensor installed on a nutrient solution flow including path(42); a transfer line(44) inserted into the empty space in the body, and combined to the nutrient solution sensor for detecting the flow of the nutrient solution; and a combining unit including a nutrient solution hole(45).
    • 目的:提供营养液供应系统,以防止过量使用营养液的环境污染,并降低供应营养液的成本。 构成:营养液供应系统包括:营养液供应泵,用于将营养液从营养液容器供应到作物储存盘; 传感器构件,通过检测安装在作物存放托盘上的电阻来检测营养液的流动; 在内部具有空的空间的主体(41); 安装在包含路径(42)的营养液流上的营养液传感器; 插入体内空间的输送管线(44),并组合到营养液传感器中,用于检测营养液的流动; 以及包括营养液孔(45)的组合单元。
    • 13. 发明授权
    • 선도유지와 작업효율을 동시에 개선한 자동포장기용 단감의 포장방법
    • 一种改进的包装方法,用于长期保存甜菜和包装效果
    • KR101128437B1
    • 2012-03-23
    • KR1020110081372
    • 2011-08-16
    • 경상남도
    • 안광환노치웅홍광표
    • B65B25/04B65B67/02B65B51/10
    • B65B25/041B65B51/08B65B55/20B65B61/02B65B2220/18
    • PURPOSE: A sweet persimmon packing method for an automatic packing machine is provided to improve the efficiency of sweet persimmon packing by automating a packing process into double stages of small- and large-size packing. CONSTITUTION: A sweet persimmon packing method for an automatic packing machine comprises the steps of: placing two to five sweet persimmons on a Styrofoam support with a length of 20-30cm and a width of 10cm, packing the sweet persimmons into a small film bag with a length of 25-40cm, a width of 15cm, and a thickness of 0.03mm and sealing the small film bag through thermal bonding, punching three to five holes with a diameter of 100μm, three to ten small packages of sweet permissions into a large film bag with a length of 40-80cm, a width of 78cm, and a thickness of 0.05mm and binding the opening of the large film bag with a strap.
    • 目的:提供一种自动包装机的甜柿包装方法,通过将包装过程自动化成双阶段的小型和大型包装,提高甜柿包装的效率。 构成:一种自动包装机的甜柿子包装方法,包括以下步骤:将两至五个甜柿子放在长20-30厘米,宽10厘米的聚苯乙烯泡沫塑料支架上,将甜柿包装成小薄膜袋, 长度25-40厘米,宽15厘米,厚0.03毫米,通过热粘合密封小薄膜袋,冲孔三至五孔,直径为100μm,三至十个小包装甜味许可成大 长度为40-80cm,宽度为78cm,厚度为0.05mm的电影袋,并将大型薄膜袋的开口用带捆扎。
    • 14. 发明公开
    • 버찌음료
    • 功能饮料使用樱桃
    • KR1020120000947A
    • 2012-01-04
    • KR1020100061496
    • 2010-06-28
    • 경상남도
    • 하기정김낙구손길만노치웅이상영
    • A23L2/02A23L19/20
    • A23L2/02A23L5/43A23V2250/2104A23V2250/606
    • PURPOSE: A cherry drink containing an antocyanine component, and a producing method thereof are provided to use a cherry concentrate and cherry sugar-soaked liquid to improve palatability. CONSTITUTION: A cherry drink containing an antocyanine component contains 1-4wt% of cherry concentrate having the sweetness of 21-31 Brix, 2-4wt% of cherry sugar-soaked liquid, 10-12wt% of high fructose corn syrup, and 80-87wt% of purified water. A producing method of the cherry drink comprises the following steps: firstly extracting cherry, and filtering the extract; pouring water to the extract, and heating at 90-110 deg C for 3-5 hours for concentrating before filtering the extract to obtain the cherry concentrate; and mixing the cherry extract from the first extracting process and the cherry concentrate before concentrating into the sweetness of 21-31 Brix.
    • 目的:提供含有异花青组分的樱桃饮料及其制备方法,以使用樱桃浓缩物和樱桃糖浸泡液来改善适口性。 构成:含有一种异花青组分的樱桃饮料含有1-4重量%的甜度为21-31白利糖度的樱桃浓缩物,2-4重量%的樱桃糖浸泡液,10-12重量%的高果糖玉米糖浆和80- 87wt%的净化水。 樱桃饮料的生产方法包括以下步骤:首先提取樱桃,过滤提取物; 将水倒入萃取液中,并在90-110℃下加热3-5小时,然后过滤提取物,得到樱桃浓缩物; 并将第一次提取过程的樱桃提取物和樱桃浓缩物混合,然后浓缩至21-31白利糖度的甜度。
    • 15. 发明公开
    • 단감쨈 제조방법
    • 如何制作甜柿子
    • KR1019990065576A
    • 1999-08-05
    • KR1019980000926
    • 1998-01-15
    • 대한민국(농촌진흥청장)대한민국 관리부서:경상남도 농촌진흥원
    • 서광기김인하안광환노치웅신원교
    • A23L1/06
    • 본 발명은 단감쨈의 제조방법에 관한 것으로 그 제조기술과 공정의 표준화를 설정하였다. 완숙한 단감을 꼭지, 껍질, 씨를 제거한 후 몇 조각으로 자르고 파쇄를 쉽게하기 위하여 단감 중량비로 물 50%를 가한후 파쇄기에서 약 2분 정도 파쇄하여 단감펄프를 만든다. 파쇄한 단감에 단감의 특성을 살리기 위하여 0.16㎤이하의 단감 조각(slice)을 약 30% 첨가후 가열한 후, 단감 중량비로 설탕 30∼40%, 맥아당(당 함량 45% 이상) 40∼60%, 구연산 0.3%, 펙틴 2%, 한천 0.05%를 첨가하여 약 20∼30분 가열 농축한 후 용기에 담고 밀봉하여 냉각후 90∼95℃에서 25∼30분간 가열살균하면 담황색의 단감을 주 재료로한 단감쨈이 완성된다. 이러한 공정을 거쳐 부가가치가 높은 단감쨈을 제조생산할 수 있어 과잉생산에 따른 단감 가격 하락을 막고 상품성이 낮은 단감을 가공용으로 이용함으로써 재배농민의 소득증대 및 안정적 생산 기반조성과 우리 농산물을 이용한 건강식품개발로 국민 건강증진에 크게 기여할 것으로 사료된다.
    • 17. 发明公开
    • 관수 제어방법
    • 灌溉控制方法
    • KR1020140082289A
    • 2014-07-02
    • KR1020120152058
    • 2012-12-24
    • 경상남도
    • 윤혜숙황연현장영호안철근안재욱손길만노치웅최복경박철수
    • A01G25/16A01G25/00
    • Y02P60/216A01G25/16A01G25/00A01G25/165
    • The present invention relates to an irrigation control method. According to the irrigation control method, irrigation is started at a predetermined irrigation start time, set on a timer. At the irrigation start time, a light intensity value is measured at the same time; and if the light intensity value does not reach a predetermined value, irrigation is not started. When the light intensity value reaches the predetermined value as time passes, finally irrigation is started. According to the present invention, irrigation is finally started only when the light intensity value, measured, reaches the predetermined value even though the irrigation start time has come. According to the irrigation control method, crops can be irrigated in a timely and precise manner when the crops begin production activity and need water; waste of water resource can be significantly minimized; stress is not imposed on the crops; and the yield of the crops can be increased. The irrigation control method is ecofriendly.
    • 本发明涉及一种灌溉控制方法。 根据灌溉控制方法,在预定的灌溉开始时间开始灌溉,设定在定时器上。 在灌溉开始时间,同时测量光强值; 并且如果光强度值未达到预定值,则不开始灌溉。 当光强值随时间过去达到预定值时,最后开始灌溉。 根据本发明,即使已经到了灌溉开始时间,只有当所测量的光强度达到预定值时,才最后开始冲洗。 根据灌溉控制方式,当作物开始生产活动并需要水时,可以及时准确地灌溉作物; 浪费水资源可以大大减少; 作物不施加压力; 可以增加作物的产量。 灌溉控制方法是环保的。
    • 18. 发明授权
    • 공기압력을 이용한 대용량 액체탱크로의 버섯 균사 배양액 접종방법
    • 使用空气压力的灭菌液体罐的制备方法
    • KR101389628B1
    • 2014-05-07
    • KR1020120119809
    • 2012-10-26
    • 경상남도
    • 김민근류재산제희정박기관이영한송원두노치웅최복경
    • C12M1/04C12N1/14C12Q1/02
    • C12M29/06C12M29/04C12N1/14
    • The present invention relates to a method for injecting mushroom mycelium culture medium using air pressure, the method comprising: a culturing container in which mushroom mycelium is cultured; and a large-scale liquid tank in which the culture mushroom mycelium is injected from the culturing container. More specifically, the method comprises: an air line that supplies air to the culturing container and liquid tank; a mycelium transferring line that transfers mycelium to the liquid tank from the culturing container; and a control valve that controls the opening and closing of the air line and mycelium transferring line. The spray strength of air pressure that is applied towards the culturing container and liquid tank from the air tank through the air line is adjusted, and the spray direction thereof is adjusted through the control valve, so that mycelium culture in the culturing container is transferred to and injected in the liquid tank through the mycelium transferring line by means of the air pressure. Bacteria and fungi in air that can be injected when a user inject mycelium after opening a top lid of a liquid tank through existing methods are prevented from being injected in the liquid tank, so that non-contaminated liquid mushroom mycelium can be produced. The injection of mycelium is reproducibly and repeatedly performed by means of the device of the present invention so that a worker can conveniently work without generating contamination and liquid mycelium can be stably produced.
    • 本发明涉及使用空气压力注入蘑菇菌丝体培养基的方法,该方法包括:培养蘑菇菌丝体的培养容器; 以及从培养容器中注入培养菌丝体的大型液体罐。 更具体地说,该方法包括:向培养容器和液体容器供给空气的空气管路; 将菌丝体从培养容器转移到液体罐的菌丝体转运线; 以及控制空气管路和菌丝体输送管线的打开和关闭的控制阀。 调节从空气罐通过空气管道向培养容器和液体罐施加的空气压力的喷雾强度,并且通过控制阀调节其喷射方向,使培养容器中的菌丝体培养物转移到 并通过空气压力通过菌丝体输送管线注入液体罐中。 当通过现有方法打开液体罐的顶盖后用户注入菌丝体时可以注射的细菌和真菌被防止注入到液体罐中,从而可以生产未被污染的液体蘑菇菌丝体。 通过本发明的装置可重复地和重复地进行菌丝体的注射,使得工人可以方便地工作而不产生污染,并且可以稳定地生产液体菌丝体。