会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Gel casting module and electrode module of an electrophoresis device
    • 凝胶模块和电泳装置的电极模块
    • US07544279B2
    • 2009-06-09
    • US11150157
    • 2005-06-13
    • Hui-Wan Chen
    • Hui-Wan Chen
    • G01N27/453B29C33/22
    • G01N27/447
    • A gel casting module and an electrode module provided on a caster in an electrophoresis device having at least a recess provided for clinging thereto of a flat plate of a gel plate sandwich, a caster lid is provided on the lower side of the recess of the caster and can be turned to press on the recess; the caster is provided on two sides of its shoulder with clasps for fixing or releasing the caster lid, thereby the caster is used as a main-body for the gel casting module and the electrode module to position the gel plate sandwich. When in use, it needs only to do an action of closing the caster lid, the gel plate sandwich can be surely fixed on the caster; this not only increases the convenience of operation, but also largely simplifies the operation procedure for electrophoresis gel casting and running.
    • 一种凝胶浇铸模块和电极模块,其设置在电泳装置中的脚轮上,该电泳装置具有至少一个用于将凝胶板夹心板的平板固定在其上的凹部,脚轮盖设置在脚轮的凹槽的下侧 并可以转动按压凹槽; 脚轮的两侧设置有用于固定或释放脚轮盖的卡扣,从而将脚轮用作凝胶浇铸模块和电极模块的主体以定位凝胶板夹心。 在使用中,只需要做一个关闭脚轮盖的动作,凝胶板夹心就可以固定在脚轮上; 这不仅增加了操作的便利性,而且大大简化了电泳凝胶浇铸和运行的操作程序。
    • 2. 发明授权
    • Electrophoresis module having electrophoresis bath with upright carriers
    • 电泳模块具有直立载体的电泳槽
    • US07276143B2
    • 2007-10-02
    • US10713015
    • 2003-11-17
    • Hui-Wan Chen
    • Hui-Wan Chen
    • G01N27/453
    • G01N27/44756
    • The electrophoresis module has an upright cassette of which at least one of the front and rear sides has a recess opened upwardly, the recess has on the peripheral edge thereof a buffering member; the cassette has on the two ends thereof a clamping assembly each, each clamping assembly is composed of a front and a rear clip and a rotating knob in order that a set of carrier can be placed in the recess of the cassette and between the clips, and the rotating knob is rotated to make the clips press the carrier toward the buffering member on the peripheral edge of the recess; then gel pouring and sealing operation is performed after sealing the periphery of the carrier set, and lastly, the cassette clamping the carrier set is placed in the electrophoresis bath for directly proceeding with electrophoresis separation engineering.
    • 所述电泳模块具有直立盒,所述前侧和后侧中的至少一个具有向上开口的凹部,所述凹部在其周边上具有缓冲构件; 盒子的两端具有夹紧组件,每个夹紧组件由前夹和后夹和旋钮组成,以便一组托架可以放置在盒的凹槽中和夹子之间, 并且旋转旋钮被旋转以使得夹子将该载体朝向凹部的周边边缘上的缓冲构件压紧; 然后在密封载体组件的周边之后进行凝胶浇注和密封操作,最后,将夹持载体组件的盒子放置在电泳槽中,以直接进行电泳分离工程。
    • 3. 发明授权
    • Electrophoresis separator
    • 电泳分离机
    • US06929732B2
    • 2005-08-16
    • US09963564
    • 2001-09-27
    • Hui-Wan Chen
    • Hui-Wan Chen
    • B01D57/02G01N27/447G01N27/453
    • B01D57/02G01N27/44756
    • An electrophoresis separator of which a receiving tank used for placing therein carriers has slots on the two sides thereof, one side of each carrier has a notch matching with a corresponding slot; so that when the carrier is inserted in the receiving tank, a blocking piece provided at the bottom of the receiving tank covers the bottom of the carrier and the crevice between the notch and the receiving tank; and a blocking sheet is inserted into the slot and notch. The blocking sheet can be removed from the slot and notch after the gel in the carrier is fixed and shaped, then the gel can contact the electric conducting liquid in the electrophoresis tank through the slot and notch; the other end of the gel body will contact the electric conducting liquid through an upper opening of the carrier directly. When electrodes are activated, electric current floating is resulted to cause an effect of molecule separation and analysis for the sample in the gel.
    • 用于放置载体的接收罐的电泳分离器在其两侧具有槽,每个载体的一侧具有与相应槽相匹配的凹口; 使得当载体插入接收罐中时,设置在接收罐底部的阻挡件覆盖载体的底部和凹口与接收槽之间的缝隙; 并且阻挡片插入槽和凹口中。 在载体中的凝胶固定和成型后,可以从槽和凹口中移除阻挡片,然后凝胶可以通过槽和凹口与电泳槽中的导电液体接触; 凝胶体的另一端将通过载体的上部开口直接接触导电液体。 当电极被激活时,电流漂浮导致凝胶中样品的分子分离和分析的影响。
    • 4. 发明申请
    • Electrophoresis module having electrophoresis bath with upright carriers
    • 电泳模块具有直立载体的电泳槽
    • US20050103632A1
    • 2005-05-19
    • US10713015
    • 2003-11-17
    • Hui-Wan Chen
    • Hui-Wan Chen
    • G01N27/447G01N27/453
    • G01N27/44756
    • The electrophoresis module has an upright cassette of which at least one of the front and rear sides has a recess opened upwardly, the recess has on the peripheral edge thereof a buffering member; the cassette has on the two ends thereof a clamping assembly each, each clamping assembly is composed of a front and a rear clip and a rotating knob in order that a set of carrier can be placed in the recess of the cassette and between the clips, and the rotating knob is rotated to make the clips press the carrier toward the buffering member on the peripheral edge of the recess; then gel pouring and sealing operation is performed after sealing the periphery of the carrier set, and lastly, the cassette clamping the carrier set is placed in the electrophoresis bath for directly proceeding with electrophoresis separation engineering.
    • 所述电泳模块具有直立盒,所述前侧和后侧中的至少一个具有向上开口的凹部,所述凹部在其周边上具有缓冲构件; 盒子的两端具有夹紧组件,每个夹紧组件由前夹和后夹和旋钮组成,以便一组托架可以放置在盒的凹槽中和夹子之间, 并且旋转旋钮被旋转以使得夹子将该载体朝向凹部的周边边缘上的缓冲构件压紧; 然后在密封载体组件的周边之后进行凝胶浇注和密封操作,最后,将夹持载体组件的盒子放置在电泳槽中,以直接进行电泳分离工程。
    • 5. 发明申请
    • TECHNICAL MEASURE FOR GEL ELECTROPHORESIS SHAPING
    • 凝胶电泳形成技术
    • US20120312686A1
    • 2012-12-13
    • US13594866
    • 2012-08-26
    • Hui-Wan Chen
    • Hui-Wan Chen
    • B29C39/14G01N27/447
    • G01N27/44773G01N27/44704
    • A technical measure for gel electrophoresis shaping that can make the gel electrophoresis generate no bubbles including in the gel, and can make a gradient gel being more accurate and more stable in quality. When liquid gel enters a collecting trough under continuous driving of a roller in the collecting trough to be injected into a carrier sheet set from a gel output port and a narrow seam, former injected liquid gel can be pushed upwards by latter injected liquid gel, and an accomplished product of gel can be obtained. If the collecting trough is input with two liquid basic materials, the liquid gel continuously output into the carrier sheet set can have a gradient.
    • 凝胶电泳成型的技术措施可以使凝胶电泳在凝胶中不产生气泡,并可使梯度凝胶更加准确,质量更稳定。 当液体凝胶在收集槽中的辊连续驱动下进入收集槽以从凝胶输出口和窄缝注入到载体片组中时,前者注射的液体凝胶可以被后注入的液体凝胶向上推,并且 可以获得完成的凝胶产品。 如果收集槽输入两个液体基本材料,则连续输出到载体片组中的液体凝胶可以具有梯度。
    • 6. 发明申请
    • Technical measure for gel electrophoresis shaping
    • 凝胶电泳成型技术措施
    • US20100089755A1
    • 2010-04-15
    • US12285642
    • 2008-10-10
    • Hui-Wan Chen
    • Hui-Wan Chen
    • G01N27/447
    • G01N27/44773G01N27/44704
    • A technical measure for gel electrophoresis shaping that can make the gel electrophoresis generate no bubbles including in the gel, and can make a gradient gel being more accurate and more stable in quality. When liquid gel enters a collecting trough under continuous driving of a roller in the collecting trough to be injected into a carrier sheet set from a gel output port and a narrow seam, former injected liquid gel can be pushed upwards by latter injected liquid gel, and an accomplished product of gel can be obtained. If the collecting trough is input with two liquid basic materials, the liquid gel continuously output into the carrier sheet set can have a gradient.
    • 凝胶电泳成型的技术措施可以使凝胶电泳在凝胶中不产生气泡,并可使梯度凝胶更加准确,质量更稳定。 当液体凝胶在收集槽中的辊连续驱动下进入收集槽以从凝胶输出口和窄缝注入到载体片组中时,前者注射的液体凝胶可以被后注入的液体凝胶向上推,并且 可以获得完成的凝胶产品。 如果收集槽输入两个液体基本材料,则连续输出到载体片组中的液体凝胶可以具有梯度。
    • 7. 发明授权
    • Technical measure for gel electrophoresis shaping
    • 凝胶电泳成型技术措施
    • US08398838B2
    • 2013-03-19
    • US12285642
    • 2008-10-10
    • Hui-Wan Chen
    • Hui-Wan Chen
    • B29C35/02
    • G01N27/44773G01N27/44704
    • A technical measure for gel electrophoresis shaping that can make the gel electrophoresis generate no bubbles including in the gel, and can make a gradient gel being more accurate and more stable in quality. When liquid gel enters a collecting trough under continuous driving of a roller in the collecting trough to be injected into a carrier sheet set from a gel output port and a narrow seam, former injected liquid gel can be pushed upwards by latter injected liquid gel, and an accomplished product of gel can be obtained. If the collecting trough is input with two liquid basic materials, the liquid gel continuously output into the carrier sheet set can have a gradient.
    • 凝胶电泳成型的技术措施可以使凝胶电泳在凝胶中不产生气泡,并可使梯度凝胶更加准确,质量更稳定。 当液体凝胶在收集槽中的辊连续驱动下进入收集槽以从凝胶输出口和窄缝注入到载体片组中时,前者注射的液体凝胶可以被后注入的液体凝胶向上推,并且 可以获得完成的凝胶产品。 如果收集槽输入两个液体基本材料,则连续输出到载体片组中的液体凝胶可以具有梯度。
    • 10. 发明授权
    • Semi-dry electroblotter
    • 半干电印机
    • US06592734B2
    • 2003-07-15
    • US09842853
    • 2001-04-27
    • Hui-Wan Chen
    • Hui-Wan Chen
    • C02F140
    • G01N27/44739
    • A semi-dry electroblotter for transferring a gel after its electrophoresis onto a membrane enabling the electro-blotting process to be efficiently and effectively carried out within a short time, eliminating the shortcomings of the traditional technology, includes an upper block, and a corresponding lower block. A respective positioning member is disposed on each of the lateral sides of the upper block and the lower block, such that the upper block and the lower block will be coupled automatically when they are closed in a correct guiding position. An elastic member and an electrode plate are separately disposed in the interior of the upper block and the lower block, and the elastic member supports the electrode plate so that the electrode plate is biased in a clamping direction. When the gel, membrane, and transfer buffer are placed on the electrode plate in the lower block, and covered with the upper block, and after automatically coupled by the positioning member, the elastic member will provide an appropriate elastic pressure against the electrode plates of the upper block and the lower block to evenly clamp the gel, membrane, and transfer buffer.
    • 一种用于在电泳后将凝胶转移到膜上的半干电印迹机,使得能够在短时间内有效且有效地进行电印迹过程,消除了传统技术的缺点,包括上部块和相应的下部 块。 相应的定位构件设置在上部块和下部块的每个横向侧上,使得当它们在正确的引导位置关闭时,上部块和下部块将被自动地联接。 弹性构件和电极板分别设置在上部块和下部块的内部,并且弹性构件支撑电极板,使得电极板沿夹紧方向偏置。 当凝胶,膜和转移缓冲液放置在下块中的电极板上并且被上块覆盖时,并且在由定位构件自动耦合之后,弹性构件将向相对于电极板的电极板提供适当的弹性压力 上块和下块均匀夹紧凝胶,膜和转移缓冲液。