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
    • Solder application technique
    • 焊接应用技术
    • US06840432B1
    • 2005-01-11
    • US10419071
    • 2003-04-21
    • Michael M. RamargeDavid P. BaileyThomas C. Hartman
    • Michael M. RamargeDavid P. BaileyThomas C. Hartman
    • B23K1/20B23K35/00B23K35/12H01C7/108B23K31/02
    • B23K1/20B23K35/001B23K2101/36H01C7/108H01C7/12
    • A method of joining an end face of a first electric component to an end face of a second electric component includes applying a first metal layer to the end face of the first electric component to form a first metallized layer and applying a second metal layer to the end face of the second electric component to form a second metallized layer. A first fusible alloy layer is applied to the first metallized layer by melting a fusible alloy and propelling the melted fusible alloy onto the first metallized layer, and a second fusible alloy layer is applied to the second metallized layer by melting a fusible alloy and propelling the melted fusible alloy to the second metallized layer. The method further includes contacting the first fusible alloy layer to the second fusible alloy layer. Next, the end faces and fusible alloy layers are heated to melt the fusible alloy layers. After heating, the end faces and fusible alloy layers are cooled to form a bond between the end faces.
    • 将第一电气部件的端面与第二电气部件的端面接合的方法包括将第一金属层施加到第一电气部件的端面,以形成第一金属化层,并将第二金属层施加到 第二电气部件的端面以形成第二金属化层。 通过熔化可熔合金并将熔融的可熔合金推进到第一金属化层上,将第一熔融合金层施加到第一金属化层,并且通过熔化可熔合金将第二熔融合金层施加到第二金属化层上,并推进 熔融的可熔合金到第二金属化层。 该方法还包括将第一可熔合金层与第二熔融合金层接触。 接下来,加热端面和可熔合金层以熔化可熔合金层。 加热后,端面和熔融合金层被冷却以在端面之间形成结合。
    • 4. 发明授权
    • Solder application technique
    • 焊接应用技术
    • US06575355B1
    • 2003-06-10
    • US09873335
    • 2001-06-05
    • Michael M. RamargeDavid P. BaileyThomas C. Hartman
    • Michael M. RamargeDavid P. BaileyThomas C. Hartman
    • B23K3102
    • B23K1/20B23K35/001B23K2101/36H01C7/108H01C7/12
    • A method of joining an end face of a first electric component to an end face of a second electric component includes applying a first metal layer to the end face of the first electric component to form a first metallized layer and applying a second metal layer to the end face of the second electric component to form a second metallized layer. A first fusible alloy layer is applied to the first metallized layer by melting a fusible alloy and propelling the melted fusible alloy onto the first metallized layer, and a second fusible alloy layer is applied to the second metallized layer by melting a fusible alloy and propelling the melted fusible alloy to the second metallized layer. The method further includes contacting the first fusible alloy layer to the second fusible alloy layer. Next, the end faces and fusible alloy layers are heated to melt the fusible alloy layers. After heating, the end faces and fusible alloy layers are cooled to form a bond between the end faces.
    • 将第一电气部件的端面与第二电气部件的端面接合的方法包括将第一金属层施加到第一电气部件的端面,以形成第一金属化层,并将第二金属层施加到 第二电气部件的端面以形成第二金属化层。 通过熔化可熔合金并将熔融的可熔合金推进到第一金属化层上,将第一熔融合金层施加到第一金属化层,并且通过熔化可熔合金将第二熔融合金层施加到第二金属化层上,并推进 熔融的可熔合金到第二金属化层。 该方法还包括使第一可熔合金层与第二熔融合金层接触。 接下来,加热端面和可熔合金层以熔化可熔合金层。 加热后,端面和熔融合金层被冷却以在端面之间形成结合。
    • 7. 发明授权
    • Solder application technique
    • 焊接应用技术
    • US06279811B1
    • 2001-08-28
    • US09570404
    • 2000-05-12
    • Michael M. RamargeDavid P. BaileyThomas C. Hartman
    • Michael M. RamargeDavid P. BaileyThomas C. Hartman
    • B23K120
    • B23K1/20B23K35/001B23K2101/36H01C7/108H01C7/12
    • A method of joining an end face of a first electric component to an end face of a second electric component includes applying a first metal layer to the end face of the first electric component to form a first metallized layer and applying a second metal layer to the end face of the second electric component to form a second metallized layer. A first fusible alloy layer is applied to the first metallized layer by melting a fusible alloy and propelling the melted fusible alloy onto the first metallized layer, and a second fusible alloy layer is applied to the second metallized layer by melting a fusible alloy and propelling the melted fusible alloy to the second metallized layer. The method further includes contacting the first fusible alloy layer to the second fusible alloy layer. Next, the end faces and fusible alloy layers are heated to melt the fusible alloy layers. After heating, the end faces and fusible alloy layers are cooled to form a bond between the end faces.
    • 将第一电气部件的端面与第二电气部件的端面接合的方法包括将第一金属层施加到第一电气部件的端面,以形成第一金属化层,并将第二金属层施加到 第二电气部件的端面以形成第二金属化层。 通过熔化可熔合金并将熔融的可熔合金推进到第一金属化层上,将第一熔融合金层施加到第一金属化层,并且通过熔化可熔合金将第二熔融合金层施加到第二金属化层上,并推进 熔融的可熔合金到第二金属化层。 该方法还包括使第一可熔合金层与第二熔融合金层接触。 接下来,加热端面和可熔合金层以熔化可熔合金层。 加热后,端面和熔融合金层被冷却以在端面之间形成结合。