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
    • 34. 发明授权
    • Accelerated solution treatment process for aluminum alloys
    • 铝合金加速固溶处理工艺
    • US07967925B2
    • 2011-06-28
    • US12145614
    • 2008-06-25
    • Qigui Wang
    • Qigui Wang
    • C22F1/04
    • C22F1/04C22C21/00C22C21/04
    • A method of providing solution heat treatment to an aluminum alloy. A non-isothermal process is used to provide a faster heat treatment cycle time while maintaining or further improving the alloy mechanical properties after subsequent aging hardening. The process includes establishing a temperature inside a processing vessel that is greater than a soaking temperature but less than a liquidus temperature of the alloy, rapidly heating the alloy to the soaking temperature in a first heating operation, reducing the temperature inside of the processing vessel to the soaking temperature, then heating the alloy to a temperature above the soaking temperature through a gradually increasing temperature in a second heating operation. Protocols for the improved solution heat treatment may be based on one or more of computational thermodynamics, dissolution kinetics and coarsening kinetics.
    • 向铝合金提供固溶热处理的方法。 使用非等温工艺提供更快的热处理循环时间,同时保持或进一步提高后续老化硬化后的合金机械性能。 该方法包括在处理容器内建立温度大于均热温度但小于合金的液相线温度,在第一加热操作中将合金快速加热至均热温度,将处理容器内的温度降低至 均热温度,然后在第二加热操作中将合金加热到高于均热温度的温度逐渐升高的温度。 用于改进的固溶热处理的方案可以基于计算热力学,溶解动力学和粗化动力学中的一种或多种。
    • 35. 发明申请
    • Systems and methods for predicting heat transfer coefficients during quenching
    • 淬火期间传热系数的预测系统和方法
    • US20110098989A1
    • 2011-04-28
    • US12589351
    • 2009-10-22
    • Qigui WangBowang XiaoGang WangYiming RongRichard D. Sisson
    • Qigui WangBowang XiaoGang WangYiming RongRichard D. Sisson
    • G06G7/56G06G7/64G06F17/10G06G7/57G06F17/00
    • G06F17/5018B22D30/00C21D1/613C21D1/62C21D11/005C22C21/00C22F1/04C22F1/06G06F2217/08G06F2217/16G06F2217/80
    • A method to predict heat transfer coefficients for metal castings during quenching and/or cooling is provided. First, an initial set of HTC data are obtained from the computational fluid dynamics (CFD) simulation based on the metal casting geometry, initial metal casting temperature (distribution), quench bed/tunnel dimensions and set-up, and a given or baseline (standard) quenching condition including, but not limited to, air and/or gas flow velocity, air and/or gas flow direction relative to the work piece, air and/or gas temperature, air and/or gas humidity, etc. The initial HTC values for the entire surface of the work piece calculated from CFD can then be optimized by multiplying scale factors to minimize the error between the predicted temperature-time profiles and the experimental measurements for the given or standard/baseline quench condition. When the HTC values are optimized for a standard/baseline quench condition, a set of semi-empirical equations (or weight functions) can be used to quickly modify the standard/baseline HTC data for different quenching conditions (i.e., variations of quenching conditions from the baseline) without performing complete heat transferring and optimization calculations. A system and article of manufacture are also provided.
    • 提供了一种在淬火和/或冷却期间预测金属铸件的传热系数的方法。 首先,从基于金属铸造几何,初始金属铸造温度(分布),淬火床/隧道尺寸和设置的计算流体动力学(CFD)模拟获得初始的HTC数据集,以及给定或基线( 标准)淬火条件,包括但不限于空气和/或气体流速,相对于工件的空气和/或气体流动方向,空气和/或气体温度,空气和/或气体湿度等。初始 然后可以通过乘以比例因子来优化从CFD计算的工件的整个表面的HTC值,以使预测温度 - 时间曲线与给定或标准/基线淬火条件的实验测量之间的误差最小化。 当对于标准/基线淬火条件优化HTC值时,可以使用一组半经验方程(或权重函数)来快速修改不同淬火条件下的标准/基线HTC数据(即淬灭条件的变化 基线),而不进行完全的热传递和优化计算。 还提供了系统和制品。
    • 37. 发明授权
    • Rotor for electric motor and brazing process
    • 转子用于电动机和钎焊工艺
    • US08684257B2
    • 2014-04-01
    • US13209588
    • 2011-08-15
    • Richard J. OsborneQigui WangYucong Wang
    • Richard J. OsborneQigui WangYucong Wang
    • B23K31/02
    • H02K15/0012H02K17/165
    • A plurality of conductor bars are positioned within slots of a laminated electric steel disc stack, and the ends of the conductor bars are brazed to end rings to manufacture a rotor. The method includes inserting the conductor bars into the slots of the disc stack, providing the end rings with slots for receiving the ends of the conductor bars; positioning spacers of braze material adjacent each end of each of the conductor bars to create a gap between the end rings and the steel disc stack; and applying heat to melt the braze material of the spacers whereby braze material is furnished by the spacers of braze material to braze the first and second ends of the conductor bars to the first and second end rings. Channels are provided in the face of the end rings facing the steel disc stack to drain away excess braze material.
    • 多个导体条定位在层叠电动钢盘堆叠的槽内,并且导体棒的端部钎焊到端环以制造转子。 该方法包括将导体棒插入盘堆叠的槽中,为端环提供用于接收导体棒的端部的槽; 将钎焊材料定位在每个导体棒的每个端部附近以在端环和钢盘堆之间形成间隙; 并且施加热量以熔化间隔件的钎焊材料,由此钎焊材料由钎焊材料的间隔件提供以将导体条的第一和第二端钎焊到第一和第二端环。 在面向钢盘堆叠的端环的表面设有通道,以排除多余的钎焊材料。
    • 40. 发明申请
    • ROTOR FOR ELECTRIC MOTOR AND BRAZING PROCESS
    • 电机和制动过程转子
    • US20130043760A1
    • 2013-02-21
    • US13209588
    • 2011-08-15
    • Richard J. OsborneQigui WangYucong Wang
    • Richard J. OsborneQigui WangYucong Wang
    • H02K17/16B23K31/02B23K1/20
    • H02K15/0012H02K17/165
    • A plurality of conductor bars are positioned within slots of a laminated electric steel disc stack, and the ends of the conductor bars are brazed to end rings to manufacture a rotor. The method includes inserting the conductor bars into the slots of the disc stack, providing the end rings with slots for receiving the ends of the conductor bars; positioning spacers of braze material adjacent each end of each of the conductor bars to create a gap between the end rings and the steel disc stack; and applying heat to melt the braze material of the spacers whereby braze material is furnished by the spacers of braze material to braze the first and second ends of the conductor bars to the first and second end rings. Channels are provided in the face of the end rings facing the steel disc stack to drain away excess braze material.
    • 多个导体条定位在层叠电动钢盘堆叠的槽内,并且导体棒的端部钎焊到端环以制造转子。 该方法包括将导体棒插入盘堆叠的槽中,为端环提供用于接收导体棒的端部的槽; 将钎焊材料定位在每个导体棒的每个端部附近以在端环和钢盘堆之间形成间隙; 并且施加热量以熔化间隔件的钎焊材料,由此钎焊材料由钎焊材料的间隔件提供以将导体条的第一和第二端钎焊到第一和第二端环。 在面向钢盘堆叠的端环的表面设有通道,以排除多余的钎焊材料。