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    • 23. 实用新型
    • 자동으로 작동하는 커프를 구비한 혈압 측정기
    • 有袖带自动工作血压计
    • KR2019980019934U
    • 1998-07-15
    • KR2019960033130
    • 1996-10-08
    • 주식회사 지앤알
    • 박원희
    • A61B5/02
    • 본고안은자동으로작동하는커프를구비한혈압측정기에관한것으로, 보다상세하게는환자의혈압을측정할때 측정부위에감겨지는커프를자동으로조여주면서커프내에공기를공급하고배기시켜주는기능을갖는자동으로작동하는커프를구비한혈압측정기관한것으로, 오실로메트릭방식에의하여혈압을측정하는혈압장치에서혈압을측정하고자하는피측정자의팔에감겨져혈압을측정할수 있게해주는혈압측정기에있어서, 인체의팔에감겨지는제 1커프(31)와, 상기한제 1커프(31)의외측에설치되어제 1커프(31)를지지및 보조해주는제 2커프(32)와, 상기한제 1커프(31)의일단이연결되어제 1커프(31)를조여주거나풀어주는구동벨트(13)와, 상기한구동벨트(13)를구동시켜주도록제 1풀리(14)가연결되어정역회전이가능한모터(15)와상기한모터(15)의고속회전력을저속및 고-토크의회전력으로변환시켜주는감속기(16)로이루어진구동부(15, 16)와, 상기한제 1커프(31) 속에놓인팔(17)에제 1커프(31)가모두감기면상기한구동부(15, 16)의회전을정지시켜주는브레이크(18)와, 상기한구동벨트(13)가장착되는제 2풀리(19)와, 상기한제 2풀리(19)를지지해주는축(20)과, 상기한축(20)이지지되는브라켓(21)과; 상기한구동벨트(13)에연결되어그 일단이연결된제 1커프(31)를조이거나당겨주는안내블록(22)과, 상기한구동벨트(13)에부착된제 1커프(31)의일단이부착된안내블록(22)을직선상에서움직이도록안내해주는가이드(23)와, 상기한가이드(23)의양단을지지해주는지지부(24)와, 상기한제 1 및제 2커프(31, 32)의타단이고정되는고정블록(24)으로이루어지는커프구동장치와; 상기한제 1커프(31)에팔이놓여지면상기한구동부(15, 16)를경우에따라정역회전시켜주는작동스위치부(39)와; 상기한제 1 및제 2커프(31, 32)에공기를공급해주는에어컴프레셔(37)와; 상기한에어컴프레셔(37)로부터공급되는압축공기를제 1 및제 2커프(31, 32)에분배해주는에어터미널(34)과; 상기한에어터미널(34)에부착되어제 1 및제 2커프(31, 32)에공급된압축공기의압력을감지하는센서(36)와; 상기한에어터미널(34)과제 1커프(31) 사이에연결되어제 1커프(31)에공급된공기를단속해주는솔레노이드밸브(33)와; 상기한에어터미널(34)에연결되어상기한제 1 및제 2커프(31, 32) 내에가압이완료되면혈압을오실로메트릭방법으로측정할때 피측정자의혈압보다소정의압력을더 가압한후 맥박당미세하면서단계적으로배기시키면서혈압을측정할수 있도록제 1 및제 2커프(31, 32) 내의공기를배출시켜주는배기밸브(35)와; 상기한구동부(15, 16)를구동시켜주는드라이버(41)와; 상기한구동부(15, 16)에가해지는전류의크기를감지하는구동전류센서(40)와; 상기한작동스위치(39)로부터작동신호가입력되면드라이버(41)에신호를보내어구동부(15, 16)를작동시켜주고, 상기한구동전류센서(40)를통하여구동부(15, 16)의동작상태를감지하여상기한제 1커프(31)가팔(17)에밀착되면구동부(15, 16)에전류공급을차단하는동시에브레이크(18)를작동시켜주고, 에어컴프레셔(37)를작동시켜에어터미널(34)을통해혈압을측정할수 있도록제 1 및제 2커프(31, 32)에공기를공급한후에제 1커프(31)와에어터미널(34) 사이에있는솔레노이드밸브(33)를폐쇄하고, 에어터미널(34)에연결되어제 1커프(31)의압력을측정하면서배기밸브(35)를제어하여단계적으로제 1커프(31)내의공기를배기시켜주는제어부(38)로구성된다.
    • 纸提案涉及一种血压计具有袖带,其自动工作,并且更特别是具有一个功能,同时自动收紧箍带的区域上卷绕用于测量以测量患者的血压袖带供应空气,并通过排气 在血压计,可用于涉及具有袖带,其自动工作,缠绕在测量以确定血液中的压力装置的血压测量由示波法血压测量的血压的受试者的臂的血压计中,主体臂 和所述第一压脉袋31卷绕时,上述第一压脉袋31是令人惊讶的是安装在第一压脉袋31中,支撑和辅助的侧,所述第二压脉袋32,并且在第一箍上述(31 )驱动带13,通过驱动驱动带13与第一皮带轮14,其一端被连接到拧紧或松开连接扭转电动机的所述第一袖带(31),得到是正向和反向旋转( 15)高速旋转的涡期限马达(15)和低速高扭矩议会力 由减速齿轮16,其将一个力(15,16)和,放置在上述第一压脉袋31中,臂17 EJE第一箍31加茂两个冷表面由于驱动单元(15,16)的驱动单元 和其之前停止国会的制动器(18),驱动带13和第二滑轮19,这是最复杂的,即支撑第二滑轮19和hanchuk(上述第二轴20 20)不支持该支架21在其上; 连接到驱动带13,其一端连接到所述第一箍(31)中的一个以紧固或附接至驱动带13,拉导块22和第一压脉袋(31)的一端,该 指南,移动,以便引导安装导块22,沿着线23,并与支撑在上述导向件23 uiyang然而,上述第一mitje第二箍支撑部24(31,32) 由该固定uita单衣固定块24的小腿驱动装置; 其中,所述第一压脉袋(31)被放置在一个EPAL驱动器(15,16),以向前和向后旋转,按照操作开关部39,当; 上述第一mitje第二箍空气压缩机37用品(31,32)和一个egong; 空气终端34分配到第一mitje第二箍(31,32)与从所述一个空气压缩机(37)和供给的压缩空气; 一个附接至空气终端34。第一袖带mitje 2传感器36,用于检测压缩空气供给(31,32)的压力; 其中,所述空气端子34,突出第一箍31,其在所述第一压脉袋(31)和连接在所述间歇进给空气之间的电磁阀33; 加压后的一个连接到空气端子34,在上述第一mitje第二箍(31,32)完成时的时间,以测量由比所测量的多个压力到预定压力脉冲被检体的血压示波法血压 排气阀35,通过在第一mitje第二箍排出空气(31,32)是在测量血压细如糖和逐渐排气; 和一个驱动器41,其驱动上述驱动单元(15,16); 的驱动单元,其驱动所述电流传感器40,用于检测电流的大小成为导通(15,16)和所述; 当操作信号的输入从上述操作开关39是将信号发送到驱动器41通过驱动电流传感器40操作所述驱动单元(15,16),所述驱动单元的操作(15,16)以得到, 当上述的第一压脉袋31 gapal 17埃米尔复杂通过检测状态驾驶员通过同时操作所述制动器18阻止的电流供应给(15,16),通过操作空气压缩机37,空气 关闭终端34,在两者之间,使得可以测量血压第一mitje第二箍(31,32),所述第一压脉袋31与空气端子34 hanhue供给通过egong电磁阀33,空气 它被连接到端子34和测量第一压脉袋31的压力,并且控制排气门35由一步一步控制单元38的,其在所述第一压脉袋(31)中的空气排出。
    • 24. 发明公开
    • 에바시트가 라미네이팅된 집광형 태양전지 모듈
    • EVA板层压集中器光伏太阳能电池模块
    • KR1020110129077A
    • 2011-12-01
    • KR1020100048508
    • 2010-05-25
    • 주식회사 지앤알
    • 최오진조성용
    • H01L31/054
    • Y02E10/50H01L31/054
    • PURPOSE: An EVA sheet laminated concentrating photovoltaic solar cell module is provided to improve the quality and durability by protecting the solar cell from outside. CONSTITUTION: In an EVA sheet laminated concentrating photovoltaic solar cell module, a heat sink(10) emits the heat from a solar cell module to outside. A circuit board(20) is combined in the top of the heat sink. The circuit board is electrically connected to the solar cell(30). A plurality of solar cells are installed in one ceramic substrate(31). An ever sheet(100) laminates the solar cell and the substrate together with.
    • 目的:提供EVA板层压聚光光伏太阳能电池模块,通过保护太阳能电池免受外界的影响,提高质量和耐用性。 构成:在EVA片层压聚光光伏太阳能电池模块中,散热片(10)将太阳能电池组件的热量发射到外部。 电路板(20)组合在散热器的顶部。 电路板电连接到太阳能电池(30)。 多个太阳能电池被安装在一个陶瓷基板(31)中。 一片薄片(100)与太阳能电池和基板一起层叠。
    • 25. 发明公开
    • 단축형 태양광 추적기용 집광형 태양전지모듈
    • 单轴太阳能跟踪器CPV模块
    • KR1020110049231A
    • 2011-05-12
    • KR1020090106154
    • 2009-11-04
    • 주식회사 지앤알정병호
    • 최오진정병호
    • H01L31/054
    • Y02E10/50H01L31/054
    • PURPOSE: A light concentrating type solar battery module for a single axis solar tracker is provided to refract solar light to be incident in the normal direction to a fresnel lens, thereby obtaining sufficient light concentrating efficiency. CONSTITUTION: A light concentrating type solar battery module for a single axis solar tracker comprises a solar battery cell, a fresnel lens(22), and a refractive lens(23). The fresnel lens is located in front of a solar battery cell to concentrate solar light on the solar battery cell. The refractive lens refracts solar light, which is incident at an incident angle tilted to the normal of the fresnel lens, in parallel with the normal of the fresnel lens. The altitude of the normal of the fresnel lens is equal to the sun altitude of the spring equinox day and the autumnal equinox day. The fresnel lens refracts the solar light of winter solstice or summer solstice in parallel with the normal of the fresnel lens.
    • 目的:提供一种用于单轴太阳能跟踪器的聚光型太阳能电池模块,用于折射沿法线方向入射到菲涅尔透镜的太阳光,从而获得足够的聚光效率。 构成:用于单轴太阳能跟踪器的聚光型太阳能电池模块包括太阳能电池单元,菲涅尔透镜(22)和折射透镜(23)。 菲涅尔透镜位于太阳能电池单元的前面,以将太阳能光集中在太阳能电池单元上。 折射透镜折射以与菲涅尔透镜的法线倾斜的入射角入射的太阳光,与菲涅耳透镜的法线平行。 菲涅耳透镜的正常高度等于春分日和秋分日的太阳高度。 菲涅耳透镜将冬至或夏至的太阳光与菲涅尔透镜的法线平行折射。
    • 26. 发明授权
    • 1축식 태양광 추적 장치
    • 1个用于跟踪阳光的轴类型装置
    • KR100937859B1
    • 2010-01-21
    • KR1020080096860
    • 2008-10-01
    • 주식회사 지앤알유제문
    • 유제문
    • H02S20/32H02S20/10F24J2/52
    • H02S20/32H02S20/10
    • PURPOSE: A single-shaft solar tracking device is provided to install a frame between posts easily by coupling a main shaft supported on top of the post and a shaft connection part of the frame through splines. CONSTITUTION: A single-shaft solar tracking device comprises a base(10), posts(20), a main shaft(30), a frame(40), a solar cell module panel(50), and a drive motor. Male splines are formed on both ends of the main shaft. Female splines are formed on a shaft connection part of the frame and engaged with the male splines so that the shaft connection part and the main shaft are coupled. The shaft connection part comprises a fixed bracket which is welded to the frame, a connection bracket which is welded to one side of the female splines, and bolts and nuts which fasten the fixed and connection brackets abutted each other.
    • 目的:提供单轴太阳能跟踪装置,通过将支撑在柱顶上的主轴和框架的轴连接部分通过花键联接,从而容易地在支柱之间安装框架。 构成:单轴太阳能跟踪装置包括基座(10),支柱(20),主轴(30),框架(40),太阳能电池模块面板(50)和驱动马达。 在主轴的两端形成有花键。 母花键形成在框架的轴连接部分上并与外花键接合,使得轴连接部分和主轴联结。 轴连接部分包括焊接到框架的固定支架,焊接在阴齿条的一侧的连接支架,以及固定和连接支架相互紧固的螺栓和螺母。
    • 28. 发明公开
    • 동맥경화진단장치 및 그 측정방법
    • 非侵入式血管屏障装置及其测量方法
    • KR1020080024609A
    • 2008-03-19
    • KR1020060088928
    • 2006-09-14
    • 주식회사 지앤알
    • 박원희
    • A61B5/021A61B5/02
    • An arteriosclerosis diagnosing apparatus and a measurement method thereof are provided to measure pulse waves without influence of external noises by installing both a pressing unit and an exhaust unit on each cuff. An arteriosclerosis diagnosing apparatus includes cuffs(120~123), pressing units, exhaust units, and main body control units. The cuffs are installed on arms and legs respectively to measure velocity of pulse waves. The pressing units and the exhaust units are installed in the cuffs to press the cuffs and exhaust air from the cuffs. The main body control units are electrically connected to the pressing units and the exhaust units to control the pressing units and the exhaust units and measure the velocity of the pulse waves.
    • 提供了一种动脉硬化诊断装置及其测量方法,用于通过将按压单元和排气单元安装在每个袖带上来测量不受外部噪声影响的脉搏波。 动脉硬化诊断装置包括袖口(120〜123),按压单元,排气单元和主体控制单元。 袖口分别安装在手臂和腿上以测量脉搏波的速度。 按压单元和排气单元安装在袖口中以压紧袖带并从袖带排出空气。 主体控制单元电连接到按压单元和排气单元,以控制按压单元和排气单元并测量脉搏波的速度。
    • 29. 发明公开
    • 체성분 측정방법
    • 身体组成分析方法
    • KR1020070058217A
    • 2007-06-08
    • KR1020050116573
    • 2005-12-01
    • 주식회사 지앤알
    • 박원희
    • A61B5/04
    • A body composition analyzing method is provided to measure a body composition and to reduce an input time by automatically measuring the body composition only through connection of a general USB memory to a body composition analyzing apparatus. A body composition analyzing method includes the steps of: inputting individual body information into a general computer, copying the inputted information into a general USB memory, connecting the general USB memory to a USB port of a body composition analyzing apparatus, and transmitting the individual body information to the analyzing apparatus; measuring a weight of a measured person stepping on the body composition analyzing apparatus when the general USB memory is connected to the body composition analyzing apparatus(S1); analyzing an impedance of the measured person by applying a current to the measured person after or while simultaneously measuring the weight; analyzing a body composition by calculating the impedance value of the measured person in a microprocessor according to a predetermined order(S2,S3); copying and storing the body composition analyzing result into the general USB memory(S4); and connecting the general USB memory to a personal computer to copy and store the analyzing result(S5).
    • 提供一种身体成分分析方法,用于通过一般的USB存储器与人体成分分析装置的连接自动测量身体组成来测量身体组成并减少输入时间。 身体成分分析方法包括以下步骤:将个人身体信息输入到通用计算机中,将输入的信息复制到通用USB存储器中,将通用USB存储器连接到人体成分分析装置的USB端口,并且传送个体 信息给分析装置; 当通用USB存储器连接到身体成分分析装置时,测量踏在人体成分分析装置上的被测量人的体重(S1); 通过在同时测量重量之后或同时测量重量时向所测量的人施加电流来分析所测量的人的阻抗; 通过根据预定顺序(S2,S3)计算微处理器中所测量的人的阻抗值来分析身体组成; 将身体成分分析结果复制并存储到一般的USB存储器中(S4); 并将通用USB存储器连接到个人计算机以复制和存储分析结果(S5)。