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    • 21. 发明授权
    • Method of joining individual parts of an X-ray anode, in particular of a
rotating anode
    • 连接X射线阳极,特别是旋转阳极的各个部分的方法
    • US4394953A
    • 1983-07-26
    • US247539
    • 1981-03-12
    • Alfred SonnweberHubert BildsteinLambert Egger
    • Alfred SonnweberHubert BildsteinLambert Egger
    • B23K1/20H01J35/10B23K1/19
    • H01J35/108B23K1/20
    • In the manufacture of rotating anodes for X-ray tubes consisting of a basic body made of high-melting metal or its alloys and one or a plurality of graphite parts, the graphite parts (3) are provided with grooves (5) and boreholes (6) before the individual parts are joined by soldering. The grooves (5) mainly having a semicircular cross section are provided in the surface (4) of the graphite parts (3) to be joined by soldering. The boreholes (6) extend through the graphite parts (3) and feed into the grooves (5) approximately vertical to the graphite surface (4). Excessive solder and gases formed during soldering may flow or escape by way of the grooves and boreholes, which produces an improved soldered joint with increased adhesive or bonding strength between the basic body and the graphite parts.
    • PCT No.PCT / AT80 / 00022 Sec。 371日期1981年3月12日 102(e)1981年3月10日PCT PCT 1980年7月7日PCT公布。 公开号WO81 / 00226 日本1981年2月5日。在由高熔点金属或其合金制成的基体和一个或多个石墨部件构成的X射线管的旋转阳极的制造中,石墨部件(3) 在各个部件通过焊接接合之前,槽(5)和钻孔(6)。 主要具有半圆形截面的槽(5)设置在石墨部件(3)的通过焊接接合的表面(4)中。 钻孔(6)延伸通过石墨部件(3)并且进入到垂直于石墨表面(4)的凹槽(5)中。 在焊接期间形成的焊料和气体过多可能会通过凹槽和钻孔流动或逸出,从而产生改进的焊接接头,增加了基体和石墨部件之间的粘合力或粘合强度。
    • 25. 发明授权
    • Sputter target and process for producing sputter target
    • 用于生产溅射靶的溅射靶和工艺
    • US4731116A
    • 1988-03-15
    • US943930
    • 1986-12-18
    • Erich Kny
    • Erich Kny
    • C04B35/58C04B35/56C22C1/05C23C14/34B22F3/24
    • C23C14/3414
    • Sputter targets and a process for producing sputter targets are provided, comprised of carbides and/or nitrides and/or borides of refractory metals. In a first step, a dense composite body is produced comprised of one or more carbides and/or nitrides and/or borides of the metals of Groups IV A-VI A of the periodic table and a metallic binding agent comprised of one or more metals of the iron group of the periodic table. This composite body in the form of a shaped blank is machined, if necessary, and the binding agent is removed by chemical or electrochemical treatment. The sputter target as so produced has excellent mechanical strength and high thermal shock resistance. Levels of contaminating elements and the residual metallic binding agent are extremely low, meeting the requirements typically placed on sputter targets.
    • 提供溅射靶和用于生产溅射靶的方法,其包括难熔金属的碳化物和/或氮化物和/或硼化物。 在第一步骤中,由周期表第IVA-VIA族金属的一种或多种碳化物和/或氮化物和/或硼化物以及由一种或多种金属组成的金属粘合剂制成致密复合体 的铁族元素周期表。 如果需要,将成形坯料形式的复合体加工,并通过化学或电化学处理除去粘合剂。 如此制造的溅射靶具有优异的机械强度和高耐热冲击性。 污染物质和残留金属结合剂的含量极低,满足溅射靶的典型要求。
    • 26. 发明授权
    • Coated cemented carbide elements and their manufacture
    • 涂层硬质合金元件及其制造
    • US4162338A
    • 1979-07-24
    • US875071
    • 1978-02-03
    • Wilfried Schintlmeister
    • Wilfried Schintlmeister
    • C23C16/30C23C16/34C23C16/36B05D1/36B05D3/10B05D7/14
    • C23C16/30C23C16/34C23C16/36
    • Cemented carbide elements with working faces bearing a thin multilayer or stratified coating of nonuniform composition of wear-resistant materials exhibit superior wear-resistance for improved performance and service life under severe service conditions as in the case of inserts for cutting tools and wire drawing dies. In one embodiment, an initial carbon-rich layer of titanium carbide or carbonitride coating material in direct contact with a cemented carbide part or insert underlies a middle or intermediate stratified transition zone made up of a series of parallel layers or strata of coating material wherein the content of carbon and nitrogen is not constant but varies with the stratum or location by depth in that zone with the material gradually changing to titanium compounds that are progressively lower in combined carbon content and richer in nitrogen than in the initial layer until the composition of the outermost stratum of the transition zone approximates that of the overlying surface layer of high nitrogen content (e.g., titanium nitride). The coating is formed by a gas deposition method wherein changes in the concentration of gaseous carbon and nitrogen compounds are used to control the formation of the various layers of different composition in the layered coating.
    • 具有承受非均匀组合的耐磨材料的薄多层或分层涂层的工作面的硬质合金元件在严格的使用条件下表现出优异的耐磨性,如在用于切削工具和拉丝模的刀片的情况下的性能和使用寿命。 在一个实施方案中,与硬质合金部分或嵌入件直接接触的碳化钛或碳氮化物涂层材料的初始富碳层位于由一系列平行层或涂层材料层组成的中间或中间分层过渡区域之下,其中, 碳和氮的含量不是恒定的,而是随着该区域中的深度的层或位置而变化,随着材料逐渐变化为与初始层相比,组合碳含量和氮中的浓度逐渐降低的钛化合物,直到 过渡区的最外层近似于高氮含量的上覆表面层(例如,氮化钛)的层。 通过气相沉积法形成涂层,其中使用气态碳和氮化合物浓度的变化来控制层状涂层中不同组成的各层的形成。
    • 27. 发明授权
    • Coated cemented carbide elements
    • 涂层硬质合金元件
    • US4101703A
    • 1978-07-18
    • US571695
    • 1975-04-25
    • Wilfried Schintlmeister
    • Wilfried Schintlmeister
    • C23C16/30C23C16/34C23C16/36B32B15/04B32B9/04
    • C23C16/36C23C16/30C23C16/34Y10T428/12056Y10T428/31536Y10T428/31678
    • Cemented carbide elements with working faces bearing a thin multilayer or stratified coating of nonuniform composition of wear-resistant materials exhibit superior wear-resistance for improved performance and service life under severe service conditions as in the case of inserts for cutting tools and wire drawing dies. In one embodiment, an initial carbon-rich layer of titanium carbide or carbonitride coating material in direct contact with a cemented carbide part or insert underlies a middle or intermediate stratified transition zone made up of a series of parallel layers or strata of coating material wherein the content of carbon and nitrogen is not constant but varies with the stratum or location by depth in that zone with the material gradually changing to titanium compounds that are progressively lower in combined carbon content and richer in nitrogen than in the initial layer until the composition of the outermost stratum of the transition zone approximates that of the overlying surface layer of high nitrogen content (e.g., titanium nitride). The coating is formed by a gas deposition method wherein changes in the concentration of gaseous carbon and nitrogen compounds are used to control the formation of the various layers of different composition in the layered coating.
    • 具有承受非均匀组合的耐磨材料的薄多层或分层涂层的工作面的硬质合金元件在严格的使用条件下表现出优异的耐磨性,如在用于切削工具和拉丝模的刀片的情况下的性能和使用寿命。 在一个实施方案中,与硬质合金部分或嵌入件直接接触的碳化钛或碳氮化物涂层材料的初始富碳层位于由一系列平行层或涂层材料层组成的中间或中间分层过渡区域之下,其中, 碳和氮的含量不是恒定的,而是随着该区域中的深度的层或位置而变化,随着材料逐渐变化为与初始层相比,组合碳含量和氮中的浓度逐渐降低的钛化合物,直到 过渡区的最外层近似于高氮含量的上覆表面层(例如,氮化钛)的层。 通过气相沉积法形成涂层,其中使用气态碳和氮化合物浓度的变化来控制层状涂层中不同组成的各层的形成。