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    • 1. 发明申请
    • ROTOR AND METHOD OF FORMING SAME
    • 转子及其形成方法
    • US20130127291A1
    • 2013-05-23
    • US13299420
    • 2011-11-18
    • John S. AgapiouThomas A. PerryJames G. Schroth
    • John S. AgapiouThomas A. PerryJames G. Schroth
    • H02K17/16H02K15/02
    • H02K15/0012H02K17/165Y10T29/49012
    • A method of forming a rotor, wherein the rotor includes a plurality of conductor bars each joined to a shorting ring, includes disposing an end of each of the plurality of conductor bars within a respective one of a plurality of cavities defined by the shorting ring. The method also includes, after disposing, deforming the end of each of the conductor bars, and brazing the end of each of the conductor bars to the shorting ring to form the rotor. A rotor includes a shorting ring defining a plurality of cavities therein each having a shape, a plurality of conductor bars each having an end disposed within a respective one of the cavities and joined to the shorting ring, wherein the end is deformable to the shape, and a braze material disposed in contact with the end of each of the conductor bars within a respective one of the cavities.
    • 一种形成转子的方法,其中所述转子包括各自连接到短路环的多个导体条,包括将所述多个导体条中的每一个的端部设置在由所述短路环限定的多个空腔中的相应的一个中。 该方法还包括在布置之后使每个导体棒的端部变形,并且将每个导体棒的端部钎焊到短路环以形成转子。 转子包括限定多个空腔的短路环,每个空腔具有一个形状,多个导体条各自具有设置在相应的一个空腔内并连接到短路环的端部,其中该端部可变形为该形状, 以及钎焊材料,其布置成与相应的一个空腔内的每个导体棒的端部接触。
    • 2. 发明授权
    • Rotor and method of forming same
    • 转子及其形成方法
    • US09350217B2
    • 2016-05-24
    • US13299420
    • 2011-11-18
    • John S. AgapiouThomas A. PerryJames G. Schroth
    • John S. AgapiouThomas A. PerryJames G. Schroth
    • H02K15/02H02K17/16H02K15/00
    • H02K15/0012H02K17/165Y10T29/49012
    • A method of forming a rotor, wherein the rotor includes a plurality of conductor bars each joined to a shorting ring, includes disposing an end of each of the plurality of conductor bars within a respective one of a plurality of cavities defined by the shorting ring. The method also includes, after disposing, deforming the end of each of the conductor bars, and brazing the end of each of the conductor bars to the shorting ring to form the rotor. A rotor includes a shorting ring defining a plurality of cavities therein each having a shape, a plurality of conductor bars each having an end disposed within a respective one of the cavities and joined to the shorting ring, wherein the end is deformable to the shape, and a braze material disposed in contact with the end of each of the conductor bars within a respective one of the cavities.
    • 一种形成转子的方法,其中所述转子包括各自连接到短路环的多个导体条,包括将所述多个导体条中的每一个的端部设置在由所述短路环限定的多个空腔中的相应的一个中。 该方法还包括在布置之后使每个导体棒的端部变形,并且将每个导体棒的端部钎焊到短路环以形成转子。 转子包括限定多个空腔的短路环,每个空腔具有一个形状,多个导体条各自具有设置在相应的一个空腔内并连接到短路环的端部,其中该端部可变形为该形状, 以及钎焊材料,其布置成与相应的一个空腔内的每个导体棒的端部接触。
    • 5. 发明授权
    • Coulomb damping features using ultrasonic welding
    • 库仑阻尼功能采用超声波焊接
    • US08905291B2
    • 2014-12-09
    • US12902368
    • 2010-10-12
    • James G. SchrothThomas A. Perry
    • James G. SchrothThomas A. Perry
    • B23K20/10
    • B23K20/103Y10T428/12347
    • Selected surface regions of coulomb vibration damping strips are bonded face-to-face by ultrasonic welding to a surface region of an article that may experience excessive vibration in use. In one embodiment, prior to welding, the intended facing side of the damping strip is treated to form surface regions that are oxidized, roughened, or coating so that the treated regions do not weld to the article surface. In another embodiment of the invention the ultrasonic welding process is controlled so as to produce regions (sometimes randomly interposed regions) of welded and non-welded regions between the damping strip and adjacent article surface. The unbonded regions of the otherwise welded strip lie in closely-spaced, interfacial, frictional contact with the adjacent article surface to damp vibration in the article. Other processes may be used for welding a damping strip to a surface of an article while leaving un-bonded, friction damping regions between regions of the damping strip and the facing surface of the article.
    • 库仑振动阻尼带的选定表面区域通过超声波焊接面对面地接合到在使用中可能经历过度振动的制品的表面区域。 在一个实施例中,在焊接之前,处理阻尼带的预期面向侧以形成被氧化,粗糙化或涂覆的表面区域,使得处理区域不与制品表面焊接。 在本发明的另一个实施例中,控制超声波焊接工艺,以便在阻尼带和相邻的制品表面之间产生焊接和非焊接区域的区域(有时是随机插入的区域)。 否则焊接的条带的未粘合区域与相邻的制品表面紧密间隔的界面,摩擦接触以阻止制品中的振动。 可以使用其它工艺来将阻尼带焊接到制品的表面,同时在阻尼带的区域和制品的相对表面之间留下未结合的摩擦阻尼区域。
    • 8. 发明申请
    • COULOMB DAMPING FEATURES USING ULTRASONIC WELDING
    • COULOMB阻尼特性使用超声波焊接
    • US20110143161A1
    • 2011-06-16
    • US12902368
    • 2010-10-12
    • James G. SchrothThomas A. Perry
    • James G. SchrothThomas A. Perry
    • B32B15/01B23K20/10B23K31/02
    • B23K20/103Y10T428/12347
    • Selected surface regions of coulomb vibration damping strips are bonded face-to-face by ultrasonic welding to a surface region of an article that may experience excessive vibration in use. In one embodiment, prior to welding, the intended facing side of the damping strip is treated to form surface regions that are oxidized, roughened, or coating so that the treated regions do not weld to the article surface. In another embodiment of the invention the ultrasonic welding process is controlled so as to produce regions (sometimes randomly interposed regions) of welded and non-welded regions between the damping strip and adjacent article surface. The unbonded regions of the otherwise welded strip lie in closely-spaced, interfacial, frictional contact with the adjacent article surface to damp vibration in the article. Other processes may be used for welding a damping strip to a surface of an article while leaving un-bonded, friction damping regions between regions of the damping strip and the facing surface of the article.
    • 库仑振动阻尼带的选定表面区域通过超声波焊接面对面地接合到在使用中可能经历过度振动的制品的表面区域。 在一个实施例中,在焊接之前,处理阻尼带的预期面向侧以形成被氧化,粗糙化或涂覆的表面区域,使得处理区域不与制品表面焊接。 在本发明的另一个实施例中,控制超声波焊接工艺,以便在阻尼带和相邻的制品表面之间产生焊接和非焊接区域的区域(有时是随机插入的区域)。 否则焊接的条带的未粘合区域与相邻的制品表面紧密间隔的界面,摩擦接触以阻止制品中的振动。 可以使用其它工艺来将阻尼带焊接到制品的表面,同时在阻尼带的区域和制品的相对表面之间留下未结合的摩擦阻尼区域。