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    • 1. 发明专利
    • Production of compound material
    • 生产复合材料
    • JPS61135475A
    • 1986-06-23
    • JP25597184
    • 1984-12-04
    • Mikio NishihataTanaka Kikinzoku Kogyo Kk
    • NISHIHATA MIKIOTAKARASAWA KATSUYUKI
    • H01R43/16B23K1/00C23C2/36H01H11/04
    • PURPOSE: To produce continuously the compound material of good quality without separation in cut and bend works, etc. by joining the strip materials of precious metals in the longitudinal direction of the surface of a strip metal material and by performing a molten soldering in the longitudinal direction of the part being not joined.
      CONSTITUTION: A strip shaped material 2 is joined in the longitudinal direction of the surface of a strip shaped metal material 1 and the compound strip material of the strip metal material 1 is obtd. with executing a cold rolling work further. The compound strip material is passed through the slit provided on the solder melting tank and moved with dipping the one side end part in the molten solder inside the tank and with the molten soldering the compound material 3' providing a solder layer 4 on the one side end part is produced.
      COPYRIGHT: (C)1986,JPO&Japio
    • 目的:通过在带状金属材料的表面的长度方向上连接贵金属的带状材料并且通过在纵向上进行熔融焊接来连续地生产质量好的复合材料,而不会在切割和弯曲加工等中分离 零件未连接的方向。 构成:带状材料2沿带状金属材料1的表面的长度方向接合,并且可以看到带状金属材料1的复合带状材料。 进一步执行冷轧工作。 复合条带材料通过设置在焊料熔化槽上的狭缝,并且通过将一侧端部浸入罐内的熔融焊料中而移动,并且通过熔融焊接将复合材料3'在一侧上提供焊料层4 生产终端。
    • 2. 发明专利
    • Wire for dot printer
    • 线打印机线
    • JPS61110562A
    • 1986-05-28
    • JP23125584
    • 1984-11-05
    • Mikio NishihataTanaka Kikinzoku Kogyo Kk
    • NISHIHATA MIKIOTAKARASAWA KATSUYUKI
    • C25D7/00B21F45/00B41J2/25
    • B41J2/25
    • PURPOSE:To enhance lightweightness, abrasion resistance, strength or the like, by a construction wherein a cover layer of gold or a gold alloy is provided on a part or the entire part of the surface of a wire of Ti or a Ti alloy, and a hard solder is adhered to one end part of the wire. CONSTITUTION:The cover layer 3 of gold or a gold alloy is provided by plating, cladding, thermal spraying or other means on the surface of the wire 2 made of Ti or a Ti alloy and having a diameter of about 0.3mm. Next, a hard solder 4 such as silver hard solder and German hard solder is adhered to onened part of the wire 2 to produce a wire 1 for a dot printer. The cover layer 3 may cover either the entire part or a part of the surface of the wier 2. The wires 1 are connected to an electromagnetic driver through the hard solder 4, and the tips of the wires 1 are so located as to face to a platen 7.
    • 目的:通过在Ti或Ti合金的线的表面的一部分或全部上设置金或金合金覆盖层的结构来提高轻量化,耐磨性,强度等,以及 硬焊料粘附到导线的一个端部。 构成:金或金合金的覆盖层3通过电镀,包层,热喷涂或其他方式提供在由Ti或Ti合金制成并具有约0.3mm直径的金属线2的表面上。 接下来,将诸如银硬焊料和德国硬焊料的硬焊料4粘附到导线2的一部分上,以制造点印刷机的导线1。 覆盖层3可以覆盖绕线器2的表面的整个部分或一部分。电线1通过硬焊料4连接到电磁驱动器,并且电线1的尖端位于面向 压板7。
    • 3. 发明授权
    • Copper base alloys and terminals using the same
    • 铜基合金和使用其的端子
    • US5387293A
    • 1995-02-07
    • US36489
    • 1993-03-24
    • Takayoshi EndoKenji TakenouchiMikio NishihataToshio AsanoAkira Sugawara
    • Takayoshi EndoKenji TakenouchiMikio NishihataToshio AsanoAkira Sugawara
    • C22F1/08C22C9/02
    • C22F1/08C22C9/02C22C9/06
    • A copper base alloy for terminals that is of the Cu-Ni-Sn-P or Cu-Ni-Sn-P-Zn system and that has a tensile strength of at least 50 kgf/mm.sup.2, a spring limit of at least 40 kgf/mm.sup.2, a stress relaxation of not more than 10% and a conductivity of at least 30% IACS is provided. Terminals the spring portion or the entire part of which is produced from that copper base alloy, having an insertion/extraction force of 0.2-3 kgf and a resistance of not more than 3 m.OMEGA. at low voltage and current as initial performance, with the added characteristic that the terminals will experience not more than 20% stress relaxation are also provided. The alloy is superior to the conventional bronze, phosphor bronze and Cu-Sn-Fe-P alloys for terminals in terms of tensile strength, spring limits, stress relaxation characteristic and conductivity and, hence, the terminals manufactured from those alloys have higher performance and reliability than the terminals made of the conventional copper base alloys for terminals.
    • 用于Cu-Ni-Sn-P或Cu-Ni-Sn-P-Zn系的端子用铜基合金,其拉伸强度为至少50kgf / mm 2,弹簧极限为至少40kgf / mm2,应力松弛不大于10%,电导率至少为30%IACS。 端子弹簧部分或其整个部分由该铜基合金制成,其具有0.2-3kgf的插入/拉伸力和在低电压和电流下不超过3m欧姆电阻作为初始性能,其中 还提供了终端将经历不超过20%的应力松弛的特征。 在拉伸强度,弹簧极限,应力松弛特性和导电性方面,该合金优于常规的青铜,磷青铜和Cu-Sn-Fe-P合金,因此,由这些合金制造的端子具有更高的性能和 可靠性高于由常规铜基合金端子制成的端子。