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
    • 23. 发明授权
    • Method of producing a slip-resistant substrate by depositing raised
bead-like configurations of a compatible material at select locations
thereon, and a substrate including same
    • 通过在其上的选定位置沉积相容材料的凸起的珠状构造以及包括其的基板来制造防滑基板的方法
    • US5620552A
    • 1997-04-15
    • US304255
    • 1994-09-12
    • Paul E. Denney
    • Paul E. Denney
    • B23K26/34C23C4/12C23C24/10C23C26/02B32B31/00
    • C23C4/12B23K26/32B23K26/324B23K26/34B23K35/0244C23C24/10C23C26/02B23K2203/02B23K2203/04B23K2203/05B23K2203/08B23K2203/10B23K2203/14B23K2203/18B23K2203/42B23K2203/50B23K2203/52Y10T428/12049Y10T428/12056Y10T428/12063Y10T428/1209Y10T428/12097Y10T428/12146
    • An article having a slip-resistant surface and method of producing the same includes metallurgically bonding raised bead-like configurations of a compatible material at select locations on the article surface. The method includes injecting, substantially simultaneously with projecting a high power radiant energy beam, powder particles into a portion of the beam lying a distance away from the point of impingement on the surface portion of the article. The particles interact with the beam for a time period sufficient to cause at least partial melting of a substantial number of particles which are then transported to a selected point on the surface portion. The partially melted particles, along with completely and/or any substantially unmelted particles, are allowed to bond with the surface material thereby forming a raised configuration thereon. The process is repeated for forming another raised configuration at another selected location on the surface portion for thereby forming a slip-resistant article. The configurations include an upright portion of substantially all sintered particles and extending a substantial distance above the surface portion, and an anchor portion which is embedded a slight distance into the surface portion and includes a weld of the base material uninterrupted with the sintered particles. The anchor portion has a height dimension which is substantially less than the height dimension of the configuration.
    • 具有防滑表面的制品及其制造方法包括在制品表面的选定位置处将兼容材料的凸起珠状构造冶金结合。 该方法包括基本上同时将粉末颗粒投射到远离冲击点远离物品表面部分的梁的一部分中的基本同时地喷射。 颗粒与光束相互作用一段时间,足以使至少部分熔化大量的颗粒,然后将其输送到表面部分上的选定点。 部分熔融的颗粒以及完全和/或任何基本上未熔化的颗粒被允许与表面材料结合,从而在其上形成凸起构型。 重复该过程以在表面部分上的另一选定位置形成另一凸起构型,从而形成防滑制品。 这些构造包括基本上所有的烧结颗粒的直立部分,并且在表面部分之上延伸相当长的距离,以及在表面部分中嵌入一小段距离的锚定部分,并且包括与烧结颗粒不间断的基材的焊缝。 锚固部分​​的高度尺寸基本上小于构型的高度尺寸。
    • 27. 发明授权
    • Fusion zone purification by controlled laser welding
    • 通过受控激光焊接融合区域净化
    • US4000392A
    • 1976-12-28
    • US639145
    • 1975-12-09
    • Conrad M. BanasEdward M. Breinan
    • Conrad M. BanasEdward M. Breinan
    • B23K26/12B23K26/24B23K27/00
    • B23K26/127B23K26/064B23K26/0643B23K26/0648B23K26/0665B23K26/12B23K26/123B23K26/24B23K2203/04B23K2203/05B23K2203/10B23K2203/14
    • A method of accomplishing a controlled weld with a beam of laser radiation is disclosed. The workpiece is cleaned and fitted prior to joining and a flow of a gas is provided in the weld region to prevent the formation of radiation insulating plasma between the laser source and the workpiece and to aspirate gaseous impurities from the weld zone. In addition, a trailing cover gas is provided to both the top and the bottom of the weld until the joint is sufficiently cooled to prevent reaction between the metal and the atmosphere. The beam must contain more than two kilowatts of power and be focusable on the workpiece to a power density of at least one megawatt per square inch in order to produce a keyhole in the fusion zone. Further, a weld speed in excess of twenty inches per minute and a progressive solidification technique of the weld contribute to the expulsion of contaminants from the weld.
    • 公开了一种用激光束照射完成受控焊接的方法。 工件在接合之前被清洁和装配,并且在焊接区域中提供气体流以防止在激光源和工件之间形成辐射绝缘等离子体并且从焊接区域吸出气态杂质。 另外,在焊接的顶部和底部都提供了后盖气体,直到接头被充分冷却以防止金属和大气之间的反应。 梁必须包含超过两千瓦的功率,并可在工件上聚焦至至少1兆瓦/平方英寸的功率密度,以便在熔融区产生锁孔。 此外,超过二十英寸每分钟的焊接速度和焊接的渐进凝固技术有助于从焊缝排出污染物。
    • 29. 发明授权
    • Titanium reinforced structural panel having a predetermined shape
    • 具有预定形状的钛增强结构板
    • US5797239A
    • 1998-08-25
    • US782228
    • 1997-01-13
    • Mark A. ZacconeJeffery D. Russom
    • Mark A. ZacconeJeffery D. Russom
    • B21D26/055B23K20/02E04C2/34
    • B21D26/055B23K20/023B23K2203/14
    • A method of fabricating a structural panel having a predetermined shape in which an inflatable envelope assembly is formed from at least a pair of superplastically formed and diffusion bonded metallic core sheets. The inflatable envelope assembly can be disposed between first and second metallic face sheets which are generally superplastically formed into the predetermined shape prior to being assembled. Thereafter, the assembled face sheets and the inflatable envelope assembly can be superplastically formed and diffusion bonded to form an integral structure, such as structural panel having a compound curvature. Alternatively, the inflatable envelope assembly can be disposed between a pair of reinforced titanium composite sheets. The reinforced titanium composite sheets can also be joined to adjacent face sheets, such as by welding or diffusion bonding, such that an integral structural panel having the predetermined shape can be readily fabricated. The reinforced titanium composite sheets have a flow stress greater than the inflatable envelope assembly and the face sheets to provide increased strength and stiffness for the resulting structural panel. The structural panel can also have a variety of predetermined shapes, such as predetermined complex shapes including shapes having a predetermined compound curvature. The resulting structural panel, such as a wing, wing tip or fan blade, is also generally smooth so as to eliminate mold line defects which adversely affect the aerodynamic performance of the structural panel.
    • 一种制造具有预定形状的结构板的方法,其中由至少一对超塑性和扩散结合的金属芯片形成可膨胀的外壳组件。 可充气封套组件可以设置在第一和第二金属面板之间,在组装之前通常超塑性地形成预定形状。 此后,组装的面板和可膨胀的外壳组件可以被超塑性地形成并且扩散接合以形成整体结构,例如具有复合曲率的结构面板。 或者,可充气封套组件可以设置在一对增强的钛复合片之间。 增强的钛复合片也可以通过焊接或扩散接合而接合到相邻的面片,使得可以容易地制造具有预定形状的整体式结构面板。 增强的钛复合片材具有大于可充气封套组件和面板的流动应力,以为所得到的结构板提供增加的强度和刚度。 结构面板还可以具有各种预定形状,例如包括具有预定复合曲率的形状的预定复杂形状。 所得到的结构板,例如机翼,翼尖或风扇叶片,也通常是平滑的,以便消除不利地影响结构板的空气动力性能的模具线缺陷。