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    • 1. 发明授权
    • 적층형 글레이징의 제조 방법
    • 制造层压玻璃的方法
    • KR101698613B1
    • 2017-01-20
    • KR1020117007421
    • 2009-09-30
    • 쌩-고벵 글래스 프랑스
    • 드코르셀로맹르바쇠르파비엔누게장-끌레망
    • C03C27/12C03C27/10B32B17/10G01N3/32
    • B32B17/10036B32B17/10761G01N3/32G01N2203/0222G01N2203/0248
    • 본발명은유리기능을갖는 2개의기판사이에적층중간층이개재된적층형글레이징을제조하는방법에관한것으로, 미리 - 일정한동적변위를부과하면서온도와주파수를변경시킴으로써, 점성분석기(viscoanalyzer)를이용하여, 상기중간층의샘플에대해영률 E를측정하고; - 주어진온도에서상기중간층샘플을구성하는재료의거동을결정하는법칙 E(f)를수립하기위하여, WLF(윌리엄스-랜델-페리) 방정식을이용하여, 얻어진곡선의수치처리를수행하고; - 샘플의기계적특성은이전단계로부터도출되고, 적층형글레이징패널의굽힘에대한유한요소해석법기반수치모델을생성하고; - 수치계산의결과를적층형글레이징내의전단을전달할때 중간층의기여가전달계수ω에의해표현되는해석식에의해얻어진결과와비교하고; - 전달계수ω를결과가수렴할때까지해석식에서변화시키고; - ω를전달계수라하고 E를중간층의영률이라고할 때, 전달함수ω = f(E)를연속적인반복에의해구축한다.
    • 一种层压玻璃的制造方法,其中在具有玻璃功能的两个基板之间插入层压中间层,包括:使用粘度分析仪,通过改变温度和频率来测量中间层样品上的杨氏模量E,同时施加 恒定的动态位移; 使用WLF(Williams-Landel-Ferry)方程对所获得的曲线进行数值处理,以建立在给定温度下构成中间层样品的材料的行为的规律E(f); 在层压玻璃板的弯曲中产生基于有限元法的数值模型,其中来自前述操作的样品的机械性质; 将数值计算的结果与通过转移系数ω表示在层压玻璃板中的转移剪切中的中间层的参与的分析式获得的结果进行比较; 改变分析公式中的传递系数ω,直到结果收敛; 并通过连续迭代构建传递函数ω= f(E)。
    • 3. 发明公开
    • 2차 전지 전용 파괴시험장치
    • 用于锂离子电池的自动断路试验设备
    • KR1020100118189A
    • 2010-11-05
    • KR1020090036889
    • 2009-04-28
    • 주식회사 코아텍
    • 이용성
    • G01N3/18G01M7/08
    • G01N3/18G01M7/08G01N2203/0067G01N2203/0222
    • PURPOSE: An automatic breaking test equipment for a secondary battery, which improves product reliability, is provided to improve inspection convenience by integrally supplying a test environment and a displacement value. CONSTITUTION: An automatic breaking test equipment for a secondary battery comprises a chamber unit(100), a press unit(200), a measuring unit(300), a filter unit(400) and a control unit(500). The chamber unit tests the deformity of a target battery from the fixed temperature. The press unit comprises a load cell(210) formed in the inner bottom of the chamber unit. The measuring unit has a temperature sensor and a pressure sensor to measure the battery surface temperature change and variable value of power.
    • 目的:提供一种提高产品可靠性的二次电池自动断路试验设备,通过一体化提供测试环境和位移值来提高检测便利性。 构成:用于二次电池的自动断裂测试设备包括室单元(100),压制单元(200),测量单元(300),过滤单元(400)和控制单元(500)。 室单元从固定温度测试目标电池的畸形。 压制单元包括形成在室单元的内底部中的测力传感器(210)。 测量单元具有温度传感器和压力传感器,用于测量电池表面温度变化和功率的可变值。
    • 7. 发明公开
    • 비산화물계 세라믹스의 열충격 시험 장치 및 방법
    • 用于测试非氧化物陶瓷的热冲击的装置和方法
    • KR1020110077342A
    • 2011-07-07
    • KR1020090133887
    • 2009-12-30
    • 주식회사 포스코재단법인 포항산업과학연구원
    • 정한남이승석
    • G01N3/60G01N25/02
    • G01N3/60G01N25/02G01N2203/0222G01N2203/0238
    • PURPOSE: An apparatus and a method for testing thermal shock of non-oxidation ceramics are provided to prevent oxidation of the non-oxidation ceramics. CONSTITUTION: An apparatus for testing thermal shock of non-oxidation ceramics includes a transport unit(10), a first chamber(20), a second chamber(30), a gas supply part(200), a gas discharge part(300), and a controller(400). The transport unit transfers non-oxidation ceramic samples. The first chamber applies a first temperature to the samples transferred by the transport unit. The second chamber applies a second temperature higher than the first temperature to the samples. The gas supply part supplies an inert gas to the first chamber and the second chamber. The gas discharge part discharges the inert gas of the second chamber and the first chamber. The controller controls the transport unit, the first temperature, the second temperature, the gas supply part and the gas discharge part.
    • 目的:提供一种用于测试非氧化陶瓷热冲击的装置和方法,以防止非氧化陶瓷的氧化。 构造:用于测试非氧化陶瓷的热冲击的装置包括运输单元(10),第一室(20),第二室(30),气体供应部分(200),气体排出部分(300) ,以及控制器(400)。 运输单元转移非氧化陶瓷样品。 第一个室对运送单元传送的样品施加第一个温度。 第二室向样品施加高于第一温度的第二温度。 供气部分向第一室和第二室供应惰性气体。 排气部排出第二室和第一室的惰性气体。 控制器控制运输单元,第一温度,第二温度,气体供应部分和气体排出部分。
    • 8. 发明公开
    • 경도 측정용 가열 장치
    • 一种用于固体试验的加热器
    • KR1020080049923A
    • 2008-06-05
    • KR1020060120495
    • 2006-12-01
    • 현대자동차주식회사
    • 정연준
    • G01N3/02G01N3/18
    • G01N3/40G01N3/54G01N2203/0222G01N2203/0226G01N2203/0298
    • A heater for testing solidity is provided to improve convenience of a test and reduce cost by substituting for a high cost heater for testing solidity at high temperature. A heater for testing solidity includes a cylindrical tester main body(10), a base plate(20), a support(30), a heat transfer bar(40), a sample set screw, and a thermometer(70). A sample(5) is loaded on the center of the base plate. The support is installed on the base plate and fixes the sample at a predetermined height. The heat transfer bar is installed on the base plate and connected to a power line(45). The sample set screw is driven to the sample loaded on the base plate. The thermometer by is installed inside the main body to measure the temperature of the sample.
    • 提供了一种用于测试坚固性的加热器,以提高测试的便利性并且通过代替高成本的加热器来测试高温下的坚固性来降低成本。 用于测试坚固性的加热器包括圆柱形测试器主体(10),基板(20),支撑件(30),传热杆(40),样品定位螺钉和温度计(70)。 样品(5)装载在基板的中心。 将支撑件安装在基板上并将样品固定在预定高度。 传热杆安装在基板上并连接到电源线(45)。 将样品固定螺丝驱动到装在基板上的样品。 温度计安装在主体内部以测量样品的温度。
    • 9. 发明授权
    • 송전선의 열내력 결정 방법
    • 송전선의열내력결정방법
    • KR100433302B1
    • 2004-05-27
    • KR1020017001454
    • 2000-06-01
    • 도쿄 덴료쿠 홀딩스 가부시키가이샤
    • 기타무라사토시이소자키마사노리하지히로타카
    • G01K7/00
    • G01N3/18G01N3/08G01N2203/0222G01N2203/0278G01N2203/028H02G1/02
    • Samples of electric wire from an operational power transmission line are prepared and the samples are subjected to a heat history process at a plurality of temperatures to determine a correlation between electric wire temperature, heating time, and valuation basis of residual strength, followed by determining an operating temperature of the electric wire of the operational power transmission line based on the correlation. For determining the above correlation, it is preferred to first determine a relation between the valuation basis of residual strength and the plurality of temperatures, and then based on the result thereof determine each of constants A, B and C in "the heat history exp äA .T-B+C .ln (h)ü" so that the relation between said heat history exp äA .T-B+C .ln (h)ü and said valuation basis of residual strength becomes linear, where T represents electric wire temperature ( DEG C) and h represents heating time (hrs). The present method allows the thermal strength of power transmission lines to be determined more accurately according to conditions associated with such power transmission lines.
    • 准备来自运转用输电线路的电线样品,并在多个温度下对样品进行热历史处理,以确定电线温度,加热时间和剩余强度的评估基础之间的相关性,然后确定 基于相关性来确定运转用输电线的电线的运转温度。 为了确定上述相关性,优选首先确定剩余强度的评估基准与多个温度之间的关系,并且然后基于其结果确定常量A,B和C中的每一个在“热历史exp ä A .T-B + C .ln(h)ü“ 因此,所述热历史表达式A·T-B + C·ln(h)< 并且所述剩余强度的估算基础变成线性的,其中T表示电线温度(℃),h表示加热时间(小时)。 本方法允许根据与这种输电线路相关的条件更精确地确定输电线路的热强度。