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    • 1. 发明授权
    • 미세 조류 농축 장치
    • KR101589896B1
    • 2016-02-04
    • KR1020130149567
    • 2013-12-03
    • 박노성동명대학교산학협력단
    • 박노성박준협
    • C12M1/10C12N1/12
    • 본발명은비교적간단한구성으로미세조류를수확할수 있는미세조류농축장치를제공하는것을그 목적으로한다. 상기의목적을달성하기위하여본 발명은, 회전에의하여유입되는혼합액체에포함된미세조류를분리하여농축하는미세조류농축장치에있어서, 베이스; 상기베이스상면에고정되며, 전기에의하여회전하는모터축의포함하는모터; 상기베이스상면에고정되는축고정부; 상기축고정부에회전고정되어상기모터축의회전에의하여동시에회전하는주축; 상기주축의상단측면에삽입되어고정되는비산부; 상기비산부에고정되는안내관; 상기비산부하단에고정되며, 상기비산부및 상기안내관을수용하는회전드럼; 상기회전드럼내에원주방향에동일한간격으로설치되는블레이드; 및상기축고정부에고정되어상기회전드럼을감싸며, 혼합액체가유입되는유입관과액체만이배출되는배출관을포함하는케이싱을포함하되, 상기유입관을통하여유입된혼합액체는상기안내관, 비산부를통하여상기회전드럼에유입되어미세조류가회전드럼의외면부에농축되는것을특징으로한다.
    • 3. 发明授权
    • 초소형 스프링의 제조방법
    • 纳米或微型微型弹簧的制造方法
    • KR101032323B1
    • 2011-05-06
    • KR1020080065998
    • 2008-07-08
    • 동명대학교산학협력단
    • 박준협
    • B21F35/00B82Y40/00
    • 본 발명은 초소형 스프링의 제조방법에 관한 것으로, 보다 상세하게는 스프링의 내경과 외경의 변경없이 스프링정수를 변화시킬 수 있는 나노 또는 마이크로 크기의 초소형 스프링을 제조하는 방법에 관한 것이다.
      상술한 본 발명은,
      소정형상의 단면을 갖는 선재 외주면에 감광액이 응고되어 소정두께를 이루는 감광부가 형성되도록 하는 감광부형성단계;
      상기 감광부에 나선형으로 빔을 조사한 후 현상액에 침지시켜 상기 감광부에 나선형의 홈이 형성된 몰드를 만드는 몰드성형단계;
      상기 몰드를 소정의 용융금속조에 넣어 상기 홈에 용융금속이 충전된 후 응고되도록 함으로써 금속부가 생성되는 스프링형성단계;
      상기 금속부가 생성된 몰드 전체를 감광부용해액에 침지시켜 상기 몰드를 제거하는 몰드제거단계; 를 포함하는 초소형 스프링 제조방법을 제공한다.
      초소형, 나노, 마이크로, 스프링, 제조, 선재, 감광액, 몰드
    • 4. 发明授权
    • 인체 모형을 이용한 주사 교육시스템
    • 注射教育系统使用人体模型。
    • KR101386338B1
    • 2014-04-17
    • KR1020130044694
    • 2013-04-23
    • 동명대학교산학협력단
    • 배재환박준협옥수열김현식옥지원
    • G09B9/00G09B23/28G09B5/02
    • G09B9/00G09B5/02G09B23/285
    • The present invention relates to an injection education system using a human body model, and more particularly, to the injection education system using a human body model capable of being utilized for education on injection by measuring the insertion length and the insertion angle of an syringe needle, as well as the insertion amount and the insertion speed of an injection solution in case of inserting a syringe for injection education to a site for being injected on the human body model, and thereby, enabling to provide users with information if the syringe is correctly inserted into the corresponding site as three-dimensional graph human body model simulation. The present invention produces effects for capable of precisely performing education on syringe injection by measuring the insertion length and the insertion angle of an syringe needle, as well as the insertion amount and the insertion speed of an injection solution in case of inserting a syringe for injection education to a site for being injected on the human body model, and thereby, enabling to provide users with information if the syringe is correctly inserted into the corresponding site as three-dimensional graph human body model simulation.
    • 本发明涉及一种使用人体模型的注射教育系统,更具体地,涉及一种使用能够通过测量注射器针头的插入长度和插入角度而能够用于注射教育的人体模型的注射教育系统 以及将注射用注射器注入的情况下的注射溶液的插入量和插入速度注入到人体模型上的位置,从而能够向使用者提供注射器正确的信息 插入相应的站点作为人体模型的三维图形模拟。 本发明通过测量注射器针头的插入长度和插入角度以及插入注射器注射器的插入量和插入速度来产生能够精确地进行针筒注射的教育的效果 教育到注射在人体模型上的站点,从而能够向用户提供信息,如果注射器正确插入相应的位置作为三维图形人体模型模拟。
    • 5. 发明授权
    • 셈(SEM) 내에 설치되어 인-시츄(in-situ) 방식으로 시편의 인장 및 피로 시험을 위한 장치.
    • 用于测试样本的测试仪器在SEM中的拉伸和疲劳测试
    • KR101374276B1
    • 2014-03-12
    • KR1020120127158
    • 2012-11-12
    • 동명대학교산학협력단
    • 박준협김윤재심기동이명우
    • G01N3/08H01J37/26
    • G01N3/08G01N2203/0017G01N2203/0073G01N2203/0244G01N2203/0682H01J37/26
    • The present invention relates to a device for the tensile and fatigue tests of specimens having a structure for measuring tensile and fatigue strengths while efficiently performing a microscopic image observation because it is installed inside a SEM to perform the tensile and fatigue tests of specimens in situ. According to the present invention, the in-situ device for the tensile and fatigue tests of specimens installed inside a SEM comprises: a flat supporting plate (1); an actuator (2) installed in one side of the supporting plate; a stage (3) facing the actuator; a plate (4) connected to the top of the actuator (2) and moving back and forth; a fixing member having a C-shaped cross section which is connected to one side of the stage (3) to face the plate (4); and an operation member (6) having one side close to the fixing member (5) and the other side attached to the plate (4). The operation member (6) is operated by the actuator (2).
    • 本发明涉及一种用于拉伸和疲劳试验的装置,其具有用于测量拉伸和疲劳强度的结构,同时有效地执行显微图像观察,因为它安装在SEM内部以便对原位进行试样的拉伸和疲劳试验。 根据本发明,安装在SEM内的试样的拉伸和疲劳试验的原位装置包括:平板支撑板(1); 安装在支撑板的一侧的致动器(2); 面向致动器的台(3) 连接到致动器(2)的顶部并且前后移动的板(4); 具有C形横截面的固定构件,其与所述平台(3)的与所述板(4)相对的一侧连接; 以及操作构件(6),其一侧靠近所述固定构件(5),另一侧安装在所述板(4)上。 操作构件(6)由致动器(2)操作。
    • 7. 发明公开
    • 초소형 스프링의 제조방법
    • 用于制造纳米或微米弹簧的方法
    • KR1020100005897A
    • 2010-01-18
    • KR1020080065998
    • 2008-07-08
    • 동명대학교산학협력단
    • 박준협
    • B21F35/00B82Y40/00
    • B21F35/02B21F3/06B82Y40/00
    • PURPOSE: A manufacturing method of a micro type spring is provided to improve the installation stability of the spring and to reduce the manufacturing cost. CONSTITUTION: A photosensitive unit(130) in which the photosensitive solution coagulates in the outer circumference of a wire(110) having the cross section of the predetermined shape is formed. The beam is spirally emitted to the photosensitive unit and is dipped in a developer. A mold(140) in which a groove(132) of helix is formed in the photosensitive unit is made. The mold is put into a predetermined molten metal bath and the molten metal is charged in a groove. The molten metal is solidified and the metal unit is created. The mold is dipped in the photosensitive unit solution and the mold is eliminated. A wire is dipped in the photosensitive solution. The photosensitive solution coagulates in the wire outer circumference by adding the heat to the wire.
    • 目的:提供微型弹簧的制造方法,以提高弹簧的安装稳定性并降低制造成本。 构成:形成感光性溶液在具有预定形状的横截面的导线(110)的外周中凝结的感光单元(130)。 将光束螺旋地发射到感光单元并浸入显影剂中。 制造在感光单元中形成螺旋槽的槽(132)的模具(140)。 将模具放入预定的熔融金属浴中,将熔融金属装入槽中。 熔融金属固化并形成金属单元。 将模具浸入感光单元溶液中,并且去除模具。 将电线浸入感光溶液中。 感光性溶液通过向导线加热而在线外周部凝结。
    • 8. 发明授权
    • 미세 조류 농축 장치
    • 水生微藻密度浓缩装置
    • KR101589895B1
    • 2016-02-04
    • KR1020130149568
    • 2013-12-03
    • 박노성동명대학교산학협력단
    • 박노성박준협
    • C12M1/10C12N1/12
    • 본발명은비교적간단한구성으로미세조류를수확할수 있는미세조류농축장치를제공하는것을그 목적으로한다. 상기의목적을달성하기위하여본 발명은, 회전에의하여유입되는혼합액체에포함된미세조류를분리하여농축하는미세조류농축장치에있어서, 베이스; 상기베이스상면에고정되며, 전기에의하여회전하는모터축의포함하는모터; 상기베이스상면에고정되는축고정부; 상기축고정부에회전고정되어상기모터축의회전에의하여동시에회전하는주축; 상기주축의상단측면에삽입되어고정되는회전드럼; 상기회전드럼내에원주방향에동일한간격으로설치되는블레이드; 및상기축고정부에고정되어상기회전드럼을감싸며, 혼합액체가유입되는유입관과액체만이배출되는배출관을포함하는케이싱을포함하되, 상기유입관을통하여유입된혼합액체는상기회전드럼에유입되어미세조류가회전드럼의외면부에농축되는것을특징으로한다.
    • 9. 发明授权
    • 투약 교육용 주사기
    • 剂量教育注射器
    • KR101359209B1
    • 2014-02-06
    • KR1020130001957
    • 2013-01-08
    • 동명대학교산학협력단
    • 박준협옥수열김현식옥지원
    • G09B19/24G09B23/28A61M5/32A61M5/48
    • G09B19/24A61M5/3287A61M5/486G09B23/285
    • The present invention relates to an injector for educating medication and more specifically, to an injector for educating medication which can be utilized for educating dosage by measuring the insertion length of an injector needle, insertion angle of the injector needle, dosage of the injection liquid and dosage speed, and providing the same to the users. According to the present invention, the injector comprises: a displacement measuring tool which is structured to be horizontal with the injector needle; a flow velocity sensor for measuring dosage speed of the injector injected into the human body; a flux sensor for measuring dosage amount of the injector; and a slope measuring tool for measuring the insertion angles of the injector needle. The injector for educating medication includes a control tool which calculates displacement, flow velocity, flux, and slope values by obtaining the sensing signals and displays corresponding values to a user so that the injector for educating medication can accurately educate medication of the injector. [Reference numerals] (500) Control tool
    • 本发明涉及一种用于教育药物的注射器,更具体地,涉及一种用于教育药物的注射器,其可以通过测量注射针的插入长度,注射针的插入角度,注射液的剂量和 剂量速度,并提供给用户。 根据本发明,喷射器包括:位移测量工具,其被构造成与喷射器针水平; 用于测量喷射到人体内的喷射器的剂量速度的流速传感器; 用于测量喷射器的剂量的流量传感器; 以及用于测量注射器针的插入角度的斜度测量工具。 用于教育药物的注射器包括控制工具,其通过获得感测信号并且向用户显示相应的值来计算位移,流速,通量和斜率值,使得用于教育药物的注射器可以准确地教导注射器的药物。 (附图标记)(500)控制工具