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    • 1. 发明申请
    • Method for welding process consistency
    • 焊接工艺一致性的方法
    • US20090188903A1
    • 2009-07-30
    • US12018918
    • 2008-01-24
    • Shixin Jack HuWenkao HouHao DuPei-Chung WangRoland J. Menassa
    • Shixin Jack HuWenkao HouHao DuPei-Chung WangRoland J. Menassa
    • B23K9/095
    • B23K9/0953
    • A method is provided for monitoring and controlling the process consistency of an arc welding process. The weld voltage signal is monitored and analyzed to determine the occurrence of the detachment of a weld droplet. The weld droplet detachment is determined via statistical techniques as having occurred at a normal interval following a prior detachment indicating consistent weld process or as a sporadic detachment having occurred at an irregular interval with respect to the prior detachment and indicating inconsistent weld process. The weld process is adjusted by controlling the weld process variables to maximize the predominance of droplet detachment at normal intervals and minimize the occurrence of the sporadic detachments.
    • 提供了一种用于监测和控制电弧焊接过程的工艺一致性的方法。 监测和分析焊接电压信号,以确定焊接液滴脱落的发生。 通过统计技术,通过统计技术确定焊接熔滴脱离是在事先脱离之后的正常间隔发生的,表示一致的焊接过程,或作为相对于先前的脱离以不规则间隔发生并表示不一致的焊接过程的零星脱离发生。 通过控制焊接过程变量来调整焊接过程,以最大化在正常间隔下液滴分离的优势,并将散发分离的发生降至最低。
    • 4. 发明授权
    • Online monitoring system and method for a short-circuiting gas metal arc welding process
    • 短路气体金属电弧焊工艺在线监测系统及方法
    • US06744011B1
    • 2004-06-01
    • US10305377
    • 2002-11-26
    • Shixin Jack HuYunxian ChuWenkao HouSamuel Paul MarinPei-Chung Wang
    • Shixin Jack HuYunxian ChuWenkao HouSamuel Paul MarinPei-Chung Wang
    • B23K9095
    • B23K9/0953B23K31/12
    • The present invention generally relates to a useful online monitoring system and method of user thereof for monitoring a welding process to determine weld quality, weld process stability, and weld geometry for each weld formed during a welding process. More particularly, the online monitoring system has a computer having a graphical user interface (GUI); at least one welding machine; a communication interface for interfacing communication between the at least one welding machine and the computer; a data acquisition system for acquiring welding signal data, the data acquisition system having an associated memory means; a quality management database for managing and storing acquired welding signal data; and a statistical signal processing system in communication with the data acquisition system for processing welding signal data stored in the data acquisition system associated memory means, and in further communication with the communication interface for communicating processed welding signal data to the GUI.
    • 本发明一般涉及一种有用的在线监测系统及其用户的方法,用于监测焊接过程以确定焊接过程中形成的每个焊缝的焊缝质量,焊接过程稳定性和焊缝几何形状。 更具体地,在线监视系统具有具有图形用户界面(GUI)的计算机; 至少一台焊接机; 用于在所述至少一个焊接机与所述计算机之间进行通信的通信接口; 用于获取焊接信号数据的数据采集系统,所述数据采集系统具有相关的存储装置; 用于管理和存储获取的焊接信号数据的质量管理数据库; 以及统计信号处理系统,与数据采集系统通信,用于处理存储在数据采集系统相关联的存储装置中的焊接信号数据,并与通信接口进一步通信,用于将经处理的焊接信号数据传送到GUI。
    • 6. 发明授权
    • In-between toe massager or cleaner with spatulate extensions
    • 中间脚趾按摩器或带有扩展扩展的清洁器
    • US07310850B2
    • 2007-12-25
    • US11249878
    • 2005-10-13
    • Jack Hu Ge
    • Jack Hu Ge
    • A47K7/02A47K7/04
    • A47K7/026
    • The present invention is a handheld and highly mobile device with paddle extensions adapted to be comfortably inserted at the same time between a user's toes. The paddle extensions can be moved in an up and down sliding motion for massage or cleaning of inter-toe surfaces. The paddle extensions provide massage in one embodiment and scrubbing or cleansing in another embodiment. In a cleansing embodiment, the invention device incorporates a readily cleaned or disposable glove that form-fits over the paddles. The glove is made of absorbent material with a smooth to coarse outside surface to facilitate cleaning and/or scrubbing.
    • 本发明是一种手持和高度移动的设备,其具有适于在用户的脚趾之间同时舒适地插入的桨扩展。 桨叶延伸部可以上下滑动运动,用于按摩或清洁趾间表面。 在另一实施例中,桨形延伸部在一个实施例中提供按摩并进行擦洗或清洁。 在清洁实施例中,本发明装置包括容易清洁或一次性的手套,其形成在桨上。 手套由吸收材料制成,具有光滑粗糙的外表面,以便于清洁和/或擦洗。