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    • 1. 发明申请
    • FRICTION DAMPER WITH V-GROOVE
    • 带V形槽的摩擦阻尼器
    • WO2017104951A1
    • 2017-06-22
    • PCT/KR2016/010951
    • 2016-09-30
    • ESCO RTS CO., LTD.
    • CHO, Yeoung CheolJI, Yong SooBAEK, Joon HoLEE, Chan YoungBANG, In Seok
    • F16F15/02F16F15/04E01D19/04F16L3/16E04B1/98
    • E01D19/04E04B1/98E04H9/021F16F15/02F16F15/04
    • Disclosed is a friction damper that has a unique load-displacement hysteresis characteristic such that, when the frictional coefficient between members that generate friction is smaller than the slope of an inclined surface, the friction damper is always returned to the original position thereof in a case where an external force is removed or remains at a level that does not exceed a threshold value. The V-groove friction damper includes: a V-groove member including a concave V-shaped groove; a V-shaped frictional contact member including a V-shaped frictional contact portion; a guide member configured to guide a left/right movement of the V-groove member; and an elastic compression unit installed on the guide member, and configured to elastically compress the V-shaped frictional contact member toward the V-groove member.
    • 公开了一种摩擦阻尼器,其具有独特的载荷 - 位移滞后特性,使得当产生摩擦的构件之间的摩擦系数小于倾斜表面的斜率时,摩擦阻尼器总是返回 在外力被移除或者保持在不超过阈值的水平的情况下移动到其原始位置。 V形槽摩擦阻尼器包括:V形槽构件,其包括凹形V形槽; 包括V形摩擦接触部分的V形摩擦接触元件; 引导构件,其构造成引导V形槽构件的左/右移动; 以及弹性压缩单元,所述弹性压缩单元安装在所述引导构件上,并且构造成将所述V形摩擦接触构件弹性地压向所述V形槽构件。
    • 3. 发明申请
    • SPHERICAL BEARING AND PLASTIC BLOCK WITH SPHERICAL SURFACE FOR THE SAME
    • 球形轴承和塑料块与其相同的球形表面
    • WO2013191356A1
    • 2013-12-27
    • PCT/KR2013/001823
    • 2013-03-06
    • RTS CO., LTD.R.J. WATSON, INC.
    • KIM, Sung Kyu
    • E01D19/04F16F15/02
    • E01D19/046F16C13/04F16C13/06F16C2350/00
    • A spherical bearing is disclosed, which is easy to make, can be made small, and does not have a sticking problem of a spherical block. The spherical bearing includes a plastic spherical block made of plastic and including a convex spherical surface, a spherical groove member including a spherical groove with which the convex spherical surface engages and surface-contacts and allowing rotation with respect to the plastic spherical block, and a weight-delivering member installed opposite to the spherical groove member with the plastic spherical block in the middle, and wherein a frictional surface of the plastic spherical block rubbing against the spherical groove member or the weight-delivering member is made of engineering plastic such as PA, POM etc. having a hardness of 75D through 95D.
    • 公开了一种容易制造的球形轴承,并且不会产生球形块的粘附问题。 球面轴承包括由塑料制成并包括凸形球形表面的塑料球形块,球形凹槽构件,其包括球形凹槽,凸形球形表面与球形凹槽接合并表面接触并允许相对于塑料球形块旋转, 配重部件与球形槽部件相对设置,中间具有塑料球形块体,并且其中塑料球形块体与球形槽部件或重物传送部件摩擦的摩擦面由工程塑料制成,例如PA ,POM等,硬度为75D〜95D。
    • 6. 发明授权
    • Isolator for supporting electric/electronic equipment having outstanding damping performance and rubber ball for the same
    • 用于支持具有不可估量性能的电气/电子设备的隔离器及其相同的橡胶球
    • KR101187412B1
    • 2012-10-02
    • KR20120031054
    • 2012-03-27
    • RTS CO LTD
    • KIM SUNG KYU
    • F16F15/02F16F15/04F16F15/08
    • PURPOSE: A seismic isolation device for supporting an electric unit or an electronic unit and a rubber ball for the same are provided to prevent the impact following an earthquake and reduce unintended movement generated during installation or transport of an electric unit or an electronic unit. CONSTITUTION: A seismic isolation device(100) for supporting an electric unit or an electronic unit comprises a lower plate(110), an upper plate(140), rubber balls(120), and a rigid ball(130). The lower plate comprises a plurality of primary concave grooves(111). The upper plate is installed on the top portion of the lower plate. The upper plate comprises a plurality of secondary concave grooves(141). The rubber balls are located between the first and second concave grooves. The rubber balls absorb horizontal force which is being applied to an electric unit or an electronic unit. The rigid balls support the upper plate without deformation and maintain the horizontal state of the upper plate and move the plate.
    • 目的:提供用于支撑电气单元或电子单元的隔震装置和用于其的橡胶球,以防止地震之后的冲击,并减少在安装或运输电气单元或电子单元期间产生的意外移动。 构造:用于支撑电气单元或电子单元的隔震装置(100)包括下板(110),上板(140),橡胶球(120)和刚性球(130)。 下板包括多个主凹槽(111)。 上板安装在下板的顶部。 上板包括多个次级凹槽(141)。 橡胶球位于第一和第二凹槽之间。 橡胶球吸收施加到电单元或电子单元的水平力。 刚性球不会变形地支撑上板,并保持上板的水平状态并移动板。
    • 7. 发明公开
    • THE ROTATING DEVICE OF TRAY OF THE TEST KIT FOR SEMICONDUCTOR PACKAGE
    • 用于半导体封装的测试套件的转盘旋转装置
    • KR20090028192A
    • 2009-03-18
    • KR20070093605
    • 2007-09-14
    • RTS CO LTD
    • SUNG KYUNG
    • H01L21/66H01L21/02
    • A rotating device of tray of the test kit for semiconductor package is provided to easily separate the empty tray from the semiconductor package-loaded tray and to improve the efficiency of process. The rotation apparatus is installed at the guide frame(110). The movable plate(120) is moved along the guide frame. The clamp section(140) laminates the package-accepted tray and the empty tray and grips. The rotating unit(130) is installed between the clamp section and the movable plate and rotates the clamp section. The holding section(150) is installed at the lower part of clamp section bottom. The holding section separates the empty tray from the accepted tray.
    • 提供用于半导体封装的测试套件的托盘的旋转装置,以容易地将空托盘与半导体封装装载托盘分开并提高加工效率。 旋转装置安装在引导框架(110)上。 可移动板(120)沿着引导框架移动。 夹紧部分(140)将包装接受的托盘和空的托盘叠合并夹紧。 旋转单元(130)安装在夹持部和可动板之间,并使夹持部旋转。 保持部(150)安装在夹持部底部的下部。 保持部分将空托盘与可接受的托盘分开。
    • 10. 发明授权
    • Combination type expansion joint
    • 组合式扩张接头
    • KR101173684B1
    • 2012-08-13
    • KR20120046636
    • 2012-05-03
    • RTS CO LTD
    • KIM SUNG KYU
    • E01D19/06E01C11/02
    • E01D19/065E01C11/02E01D19/041E01D19/14E01D2101/30E01D2101/40E04B1/36E04B1/68F16F7/104F16F15/02
    • PURPOSE: A composite expansion joint device is provided to prevent a support beam from becoming separated from a sliding box without a spacer. CONSTITUTION: A composite expansion joint device(200) comprises a cross beam(250), two or more support beams(260), first and second sliding boxes(270,280), first sliding members(S1), and rotation allowance members(262). The cross beam is arranged along the gap between first and second decks(10,20) and supports the bottom surfaces of first and second fingers. The support beams support the cross beam. The first and second sliding boxes support both ends of the support beams and allow the expansion and contraction of the first and second decks. The first sliding members are attached on the top and bottom surfaces of the first and second sliding boxes. The rotation allowance members allow the vertical rotation of the support beams and support the support beams to the bottom surfaces of the first and second sliding boxes.
    • 目的:提供一种复合膨胀接头装置,以防止支撑梁与滑动箱分离而不需要间隔件。 组合物:复合膨胀节装置(200)包括横梁(250),两个或多个支撑梁(260),第一和第二滑动箱(270,280),第一滑动构件(S1)和旋转允许构件(262) 。 横梁沿着第一和第二甲板(10,20)之间的间隙布置并且支撑第一和第二手指的底面。 支撑梁支撑横梁。 第一和第二滑动箱支撑支撑梁的两端并允许第一和第二甲板的膨胀和收缩。 第一滑动构件附接在第一和第二滑动盒的顶表面和底表面上。 旋转允许构件允许支撑梁的垂直旋转并将支撑梁支撑到第一和第二滑动箱的底表面。