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    • 2. 发明授权
    • Metal treatment system
    • 金属处理系统
    • US4392888A
    • 1983-07-12
    • US337529
    • 1982-01-07
    • Charles E. EckertRonald E. Miller
    • Charles E. EckertRonald E. Miller
    • C22B9/05C22B21/06
    • C22B9/055C22B21/066
    • Molten aluminum or other metals are purified by contacting with a fluorocarbon, such as CCl.sub.2 F.sub.2, in order to decrease the amount of impurity metal elements along with gas and inclusions therein preferably in the presence of an agitator to enhance efficiency. An oxidizer, such as oxygen, is employed to prevent the carbon in the fluorocarbon from forming carbide inclusions. Oxidizing the carbon to carbon monoxide is preferred in treating aluminum since the monoxide effectively removes the carbon from the system without oxidizing aluminum. Preferably, a fluorine acceptor is employed to temporarily combine with the fluorine in the fluorocarbon and prevent it from reacting with carbon such that the fluoride is still available to treat the molten metal. The gases employed to treat the molten metal can be passed over a bed of carbon immediately prior to introduction into the melt. The system operates with low skim generation and without providing a salt cover and is capable of substantially fume-free operation.
    • 熔融的铝或其它金属通过与碳氟化合物例如CCl 2 F 2接触来纯化,以便最好在搅拌器存在下减少杂质金属元素以及气体和夹杂物的量,以提高效率。 使用氧化剂如氧气来防止碳氟化合物中的碳形成碳化物夹杂物。 在处理铝中优选将碳氧化成一氧化碳,因为一氧化物有效地从系统中除去碳而不氧化铝。 优选地,使用氟受体与碳氟化合物中的氟暂时结合并防止其与碳反应,使得氟化物仍然可用于处理熔融金属。 用于处理熔融金属的气体可以在引入熔体之前立即通过碳化床。 该系统以低脱脂生成操作,不提供盐盖,并且能够基本上无烟运行。
    • 3. 发明授权
    • Alloying system
    • 合金系统
    • US4688771A
    • 1987-08-25
    • US812946
    • 1985-12-24
    • Charles E. EckertRonald E. Miller
    • Charles E. EckertRonald E. Miller
    • C22C1/02C22C1/00
    • C22C1/02C22C1/026
    • A system for adding alloying material to molten metal media is disclosed. The system includes spark cup means, preferably cylindrically shaped, which is partially immersed in the molten media. The spark cup preferably has a lower open end which is exposed to a submerged surface of the molten media and an upper inlet, at least a portion of which is located above an exterior surface of the molten media. Means for supplying the spark cup means with an arc shielding gas through the inlet is provided as is means for feeding an elongated form of the alloying material through the spark cup inlet into the cup area or chamber of the spark cup. Also provided is means for establishing an electrical arc discharge between the submerged molten metal surface and the free end of the alloying element in the spark cup. The free end of the alloying element is converted into a spray of superheated alloy materials as it passes through the arc discharge. The shielding gas projects or directs the superheated spray of alloying material into the melt via the submerged surface in the open end of the spark cup. The spark cup is preferably configured to enhance such projection.
    • 公开了一种用于向熔融金属介质中添加合金材料的系统。 该系统包括优选圆柱形的火花杯装置,其部分地浸入熔融介质中。 火花杯优选地具有暴露于熔融介质的浸没表面的下开口端和上部入口,其中至少一部分位于熔融介质的外表面上方。 提供用于通过入口向火花塞装置提供电弧保护气体的装置,用于将细长形式的合金材料通过火花塞入口进入到火花杯的杯区域或室中。 还提供了用于在浸没的熔融金属表面和火花杯中的合金元素的自由端之间建立电弧放电的装置。 合金元素的自由端在通过电弧放电时被转换为过热合金材料的喷雾。 保护气体通过火花杯的开口端中的浸没表面投射或引导合金材料的过热喷雾进入熔体。 火花杯优选地构造成增强这种突出。
    • 7. 发明授权
    • Method and apparatus for removing surface contaminants from metallic
scrap
    • 从金属废料中去除表面污染物的方法和装置
    • US4147531A
    • 1979-04-03
    • US819602
    • 1977-07-27
    • Ronald E. Miller
    • Ronald E. Miller
    • C22B21/00C21B1/00
    • C22B21/0092C22B21/0007Y02P10/218
    • A method is provided for substantially completely removing volatilizable and combustible impurities from the surface of metallic scrap comprising the steps of continuously depositing surface contaminated scrap onto the surface of a stream of molten metal, directly propelling the floating scrap along the molten surface for a time sufficient for the heat from the molten metal to effectuate substantially complete removal of the contaminants from the scrap and forcibly submerging the remaining decontaminated scrap into the molten metal stream. A system is also provided for removing impurities from the surface of scrap comprising a trough of molten metal, means for moving the molten metal through the trough, means for continuously depositing contaminated scrap onto the molten metal surface, means for propelling the floating scrap through the trough and means for forcibly submerging the remaining floating scrap into the molten metal after the contaminants are substantially completely removed.
    • 提供一种用于从金属废料的表面基本上完全除去挥发性和可燃性杂质的方法,包括将表面污染的废料连续沉积到熔融金属流的表面上,直接沿着熔融表面推进浮渣的时间足够 用于来自熔融金属的热量实质上完全从废料中去除污染物并强制地将剩余的去污废料浸没在熔融金属流中。 还提供一种用于从包括熔融金属槽的废料表面去除杂质的系统,用于使熔融金属通过槽移动的装置,用于将污染的废料连续地沉积到熔融金属表面上的装置,用于将浮动废料推进通过 槽和用于在基本上完全去除污染物之后将剩余的浮动废料强制浸入熔融金属中的装置。
    • 9. 发明授权
    • Dual head armature processing method and apparatus
    • 双头电枢加工方法及装置
    • US5675247A
    • 1997-10-07
    • US513207
    • 1995-08-10
    • Ronald E. MillerRobert C. Storar
    • Ronald E. MillerRobert C. Storar
    • B23Q7/04B23Q7/16G01R31/06G01R31/26B65G47/86G01R31/34
    • B23Q7/04B23Q7/16G01R31/346
    • A method and apparatus provides two testing stations at a single conveyor location to permits one part, such as electric motor armatures, to be tested while another part is being loaded or unloaded from a single conveyor system. Two testing heads are mounted on a reciprocating mechanism which allows the testing heads to be moved parallel to and independently of the conveyor system so that one or the other part may be aligned with a single loading and unloading station on the line at any given time. A part is first loaded into test station #1 and is then moved away from the loading station as testing station #2 is moved to it. When an electrical test on the part previously loaded into testing station #2 is finished, testing immediately begins on the part just loaded into test station #1. The part in testing station #2 is unloaded into the space vacated by the previous part, the conveyor is indexed, and the next part is loaded into testing station #2. This test station swapping operation is then reversed, and as soon as testing is complete in station #1, testing begins in station #2. The part in station #1 is unloaded, the conveyor is indexed, and the cycle is repeated. Since a part is always in a testing station waiting to be tested when testing of the previous part is finished, testing does not slow the indexing rate of the conveyor.
    • 方法和装置在单个输送机位置处提供两个测试站,以允许一个部件(例如电动机电枢)被测试,而另一个部件被从单个输送机系统装载或卸载。 两个测试头安装在往复机构上,允许测试头平行于传送系统并独立于传送系统移动,使得一个或另一个部件可以在任何给定的时间与线路上的单个装载和卸载站对齐。 首先将零件装入测试站#1,然后当测试站#2移动到其中时,将其从装载站移开。 当先前装载到测试站#2的部分进行电气测试时,测试站立即开始测试。 试验站#2的部件卸载到上一部分空出的空间中,输送机被分度,下一部分装入试验站#2。 然后,该测试台交换操作被反转,并且一旦测试在站#1中完成,测试从站#2开始。 1号站的部件卸载,传送带被索引,重复循环。 由于当前一部分的测试结束时,部件始终处于等待测试的测试站中,所以测试不会降低输送机的分度率。