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公开(公告)号：KR101628705B1
公开(公告)日：2016-06-10
申请号：KR1020140166292
申请日：2014-11-26
Applicant: (주)프론틱스
Abstract: 본발명은, 장방형의박스형상으로상측면에시험기본체가안착되어고정되는시험기결합부, 및시험기결합부의평면이동이가능하도록시험기결합부의일측에결합되는상부베드와하부베드가상하로적층결합되며결합부위에서로대응되는돌기부와요홈부로이루어지는가이드레일이구비되어있는수평이동부를포함하는휴대용시험기고정장치를제공한다. 본발명에의하면시험장소에구애받지않고기계, 건설, 화학등 각종산업현장에서바로시험대상물에시험기를신속하고견고하게고정하여작업공정과비용을단축시킬수 있게되고또한, 시험장소에구애받지않음과동시에시험대상물의형상에도구애받지않고신속하게현장에서시험할수 있게되어시험기설치에필요한인력과시간을절약할수 있는효과가있게된다.
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公开(公告)号：KR101373059B1
公开(公告)日：2014-03-11
申请号：KR1020130011379
申请日：2013-01-31
Applicant: (주)프론틱스
CPC classification number: G01N3/42 , G01L1/06 , G01L5/0047 , G01N2203/0016 , G01N2203/008 , G01N2203/0212
Abstract: The present invention relates to a residual stress estimation method using an instrumented indentation technique. According to an embodiment of the present invention, the residual stress estimation method using the instrumented indentation technique is provided for estimating the residual stress when the residual stress does not exist in a test piece.
Abstract translation: 本发明涉及使用仪器化压痕技术的残余应力估计方法。 根据本发明的实施例，提供了使用仪表式压痕技术的残余应力估计方法，用于在残留应力不存在于试件中时估计残余应力。
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公开(公告)号：KR1020110057475A
公开(公告)日：2011-06-01
申请号：KR1020090113902
申请日：2009-11-24
Applicant: (주)프론틱스
CPC classification number: G01N3/42 , G01L5/0047 , G01N2203/0078
Abstract: PURPOSE: An apparatus for an indentation test with a micom and a method for evaluating residual stress using the same are provided to be used for a large structure by controlling the range of an applied load. CONSTITUTION: An apparatus for an indentation test with a micom comprises an actuator, a slider, a slider guide, an indenter, a load sensor, a displacement sensor, a micom, and a main computer(150). The actuator is installed inside a tester body(110). The slider is connected to a ball screw and a screw nut and comprises a cylinder slid along a rotary shaft. The slider guide is coupled to the tester body and guides the sliding of the slider. The indenter is connected to the slider and applies a load to a test piece. The load sensor measures the load applied to the test piece. The displacement sensor measures the depth that the indenter is inserted into the test piece. The micom is installed inside the tester body and controls the actuator. When the measured values of the load sensor and the displacement sensor exceed a reference value, the main computer stops power supply.
Abstract translation: 目的：通过控制施加的负载的范围，提供用于使用微型计算机进行压痕测试的装置和使用其的用于评估残余应力的方法以用于大结构。 构成：用于具有微型计算机的压痕测试的装置包括致动器，滑块，滑块引导件，压头，负载传感器，位移传感器，微型计算机和主计算机（150）。 致动器安装在测试器主体（110）内。 滑块连接到滚珠丝杠和螺母，并包括沿旋转轴滑动的圆柱体。 滑块引导件联接到测试器主体并引导滑动件的滑动。 压头连接到滑块，并向测试件施加负载。 负载传感器测量施加到测试件上的负载。 位移传感器测量压头插入试件的深度。 微型计算机安装在测试仪主体内并控制执行机构。 当负载传感器和位移传感器的测量值超过参考值时，主电脑停止供电。
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公开(公告)号：KR1020100004940A
公开(公告)日：2010-01-13
申请号：KR1020097016242
申请日：2007-02-06
Applicant: (주)프론틱스
Inventor： 한재환
CPC classification number: G01N3/42 , G01N2203/0254 , G01N2203/0272
Abstract: PURPOSE: An evaluation method of the anisotropic residual stress using the instrumented indentation technique is provided to measure isotropic residual stress among the mechanical property valuations of a material by an anisotropic indenter. CONSTITUTION: An instrumented indentation test using an anisotropic indenter proceeds after applying biaxial tension residual stress including one axial tension and isotropic property. It is compared that a slope of the indentation load-depth curve in indentation and the slope of the indentation load-depth curve under non-stress while the biggest residual stress is being applied in a longitudinal axis of the anisotropic indenter. It is compared that the slope of the indentation load-depth curve in indentation and the slope of the indentation load-depth curve under non-stress while the longitudinal axis of the anisotropic indenter is in parallel with the direction where the biggest residual stress is applied.
Abstract translation: 目的：提供使用仪器压痕技术的各向异性残余应力的评估方法，通过各向异性压头来测量材料的力学性能估值之间的各向同性残余应力。 构成：使用各向异性压痕进行的仪器化压痕试验在施加包括一个轴向张力和各向同性的双轴拉伸残余应力后进行。 比较压痕中的压痕载荷 - 深度曲线的斜率和非应力下的压痕载荷 - 深度曲线的斜率，同时在各向异性压头的纵向轴上施加最大的残余应力。 比较压痕中的压痕载荷 - 深度曲线的斜率和非应力下的压痕载荷 - 深度曲线的斜率，而各向异性压头的纵轴与施加最大残余应力的方向平行 。
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25.发明授权연속압입시험을 이용한 선형적인 가공경화현상을 갖는재료의 가상의 가공경화지수, 응력계수,항복강도 및인장강도 결정방법 有权연속압입시험을이용제형형인가공경화현상을갖는재료의가상의가공경화지수，응력계수，항복강도및인장강도결정방
公开(公告)号：KR100643193B1
公开(公告)日：2007-02-28
申请号：KR1020050093986
申请日：2005-10-06
Applicant: (주)프론틱스
IPC: G01N3/42
Abstract: A measurement method of fictitious strain-hardening exponent, strength coefficient, yield strength, and tensile strength using a continuous indentation test is provided to analyze elastic deflection and plastic pile-up as analyzing factors of a contacting area between an indenter and a sample material when testing indentation tensile and yield properties. A measurement method of fictitious strain-hardening exponent, strength coefficient, yield strength, and tensile strength using a continuous indentation test includes the steps of setting an n value of a virtual strain-hardening exponent of a specific austenite metal, estimating a value of f(n) by substituting the set value of n into f(n), estimating a value of (dm)k at a kth indentation test by substituting the estimated value of f(n) into dm(f(n),hf), where k is an integer from 1 to m, estimating a value of nj to allow m number of (dm)k to approach (Lmax)k=lambda(dm)khj+2, comparing the value of nj with the value of n set in the setting step, repeating the step of setting, the step of estimating the value of f(n), the step of estimating the value of (dm)k, the step of estimating the value of nj, and the step of comparing by setting n to as nj when the value of nj is different from the value of n, and determining a final value of nf as nf=nj when the value of nj is equal to the value of n. The value of n is 0.001 when the setting is performed at first time.
Abstract translation: 提供虚拟应变硬化指数，强度系数，屈服强度和使用连续压痕测试的拉伸强度的测量方法，以分析弹性偏转和塑料堆积作为分析压头和样本材料之间接触面积的因素时 测试压痕拉伸和屈服性能。 虚拟应变硬化指数，强度系数，屈服强度以及使用连续压痕试验的拉伸强度的测量方法包括以下步骤：设定特定奥氏体金属的虚拟应变硬化指数的n值，估计f （n）代入f（n），通过将f（n）的估计值代入dm（f（n），hf），估计在第k次压痕测试中的（dm）k的值， 其中k是从1到m的整数，估计nj的值以允许m个（dm）k接近（Lmax）k = lambda（dm）khj + 2，将nj的值与n集合的值进行比较 在设定步骤中，重复设定步骤，估计f（n）的值的步骤，估计（dm）k的值的步骤，估计nj的值的步骤和通过 当nj的值不同于n的值时将n设置为nj，并且当nj的值等于值o时，将nf的最终值确定为nf = nj f n。 第一次执行设置时，n的值为0.001。
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Patent Agency Ranking
公开(公告)号：KR1020020089092A
公开(公告)日：2002-11-29
申请号：KR1020010028474
申请日：2001-05-23
Applicant: (주)프론틱스
IPC: G01N3/24
Abstract: PURPOSE: A jig apparatus for shear test is provided to test adhesion force of different material regardless of the type and shape of the different material, while allowing alignment of specimen and load to be easily carried out. CONSTITUTION: A jig apparatus(20) comprises a load transfer unit(22) and a specimen fixing unit(24). The load transfer unit includes a connector(25) having an upper portion connected to a load generating device and a lower portion fixing a plate(28); and the plate having an upper portion fixed by the connector and a lower portion extended in a vertical direction, such that the lower end of the plate contacts a specimen so as to apply a shear stress to the specimen. The specimen fixing unit includes a specimen support(34) having a front surface for fixing the specimen; and a fixing member for fixing the specimen support at the bottom, and which is screw-coupled with the specimen support. The fixing member includes a base(30) having a guide groove formed in a lengthwise direction, and a tray(32) having a lower portion engaged with the guide groove of the base and an upper portion extended in a vertical direction.
Abstract translation: 目的：提供用于剪切试验的夹具装置，以测试不同材料的类型和形状的不同材料的粘合力，同时允许样品和负载的对准以容易地进行。 构成：夹具装置（20）包括负载传送单元（22）和样本固定单元（24）。 负载传递单元包括具有连接到负载产生装置的上部和固定板（28）的下部的连接器（25）。 并且所述板具有由所述连接器固定的上部和在垂直方向上延伸的下部，使得所述板的下端与试样接触以对所述试样施加剪切应力。 样本固定单元包括具有用于固定样本的前表面的样本支撑件（34） 以及固定构件，用于将样本支撑件固定在底部，并与样本支架螺纹连接。 固定构件包括具有沿长度方向形成的引导槽的基座（30）和具有与基座的引导槽接合的下部的托架（32）和沿垂直方向延伸的上部。
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公开(公告)号：KR101685507B1
公开(公告)日：2016-12-13
申请号：KR1020150047661
申请日：2015-04-03
Applicant: (주)프론틱스
Abstract: 본발명은계면접합력평가방법에관한것이다. 본발명에의하면계면접합력평가방법는압입시험을통해최대압입하중(L)과최대압입깊이(h)를측정하는단계; 최대압입하중(L)과최대압입깊이(h)를경도(HHH) 산출식과소성영역부피(VV) 산출식에대입하여기판의경도(H), 박막의경도(H), 복합경도(H), 기판의소성영역부피(V), 박막의소성영역부피(V)를산출하는단계; 기판의경도(H)와박막의경도(H)를비교하는단계; 각각의경도(HHH)와소성영역부피(VV)를계면변수(x) 산출식에대입하여계면변수(x)를산출하는단계; 및계면에의한일(W) 산출식을통해계면접합력에의한일(W)을산출하는단계를포함하여시험조건에영향을받지않는정량적인계면접합력을구하게되는계면접합력평가방법이다.
Abstract translation: 本发明涉及评估界面结合力的方法。 根据本发明，评估界面结合力的方法包括：通过压痕测试测量最大压痕载荷（L）和最大压痕深度（h）; 最大压痕负载（L）和最大的压痕深度（h）硬度（HHH）计算表达式塑性区体积（VV）代入等式图基板uigyeong（H），薄膜uigyeong图（H），该复合硬度（H） ，衬底的烧结体积（V）和薄膜的烧结体积（V）; 比较衬底的直径（H）和薄膜的直径（H）; 通过将每个直径（HHH）和塑性区体积（VV）代入界面变量（x）计算表达式来计算界面参数（x） （W）通过界面结合力（W）的计算式计算为界面结合力，并且是用于评估不受测试条件影响的界面结合力的方法。
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公开(公告)号：KR101670762B1
公开(公告)日：2016-11-01
申请号：KR1020140166295
申请日：2014-11-26
Applicant: (주)프론틱스
Abstract: 본발명은, 모터와제어부가내장되어있는하우징, 모터에의해상하로이동되는압입자, 상기하우징의단부에형성된고정브라켓, 상기하우징에결합되어초음파에의해시험대상물의두께를측정하는초음파두께측정기가구비되어있는압입시험기; 모터와제어부가내장되어있는하우징, 모터에의해회전하는스크류축, 스크류축에결합되는볼너트가수용되며슬라이더에결합되는실린더, 상측단부는하우징에결합되고하측단부는베이스플레이트에결합되어고정되는수개의가이드부재, 가이드부재가관통되어결합되며모터의작동시실린더와함께가이드부재를따라서상하로이동되는슬라이더, 슬라이더에결합되어슬라이더와함께상하로이동되는표면검사기와전해연마기가구비되어있는표면검사및 전해연마장치; 장방형의박스형상으로상측면에압입시험기또는표면검사및 전해연마장치가안착되어고정되는시험기결합부, 시험기결합부의평면이동이가능하도록시험기결합부의일측에결합되는상부베드와하부베드가상하로적층결합되며결합부위에서로대응되는돌기부와요홈부로이루어지는가이드레일이형성되어있는수평이동부가구비되어있는고정장치를포함하는휴대용시험장치를제공한다.
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