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    • 6. 发明授权
    • Process for producing a 3-dimensional component by selective laser melting (SLM)
    • 通过选择性激光熔化(SLM)制备三维成分的方法
    • US08610027B2
    • 2013-12-17
    • US13009941
    • 2011-01-20
    • Simone HövelAlexander StankowskiLukas Rickenbacher
    • Simone HövelAlexander StankowskiLukas Rickenbacher
    • B23K26/14B22D27/02
    • B22F3/1055B22F5/003B22F7/00B33Y10/00B33Y70/00Y02P10/295
    • A process produces a 3-dimensional component (16) by selective laser melting (SLM), in which the component (16) is formed on a foundation with a surface, e.g., a platform (10) or a support, which in particular is a component of the same type which has already been produced previously, by successively melting layers of a first metal powder to form a sequence of stacked layers. The process is substantially simplified and made more flexible by virtue of the fact that the separation of the finished component (16) from the surface of the platform (10) or the support thereof is simplified by providing a separating layer (11) between the component (16) and the platform (10) or the support, this separating layer making it possible to separate the finished component (16) from the platform (10) or the support without damaging the finished component (16).
    • 一种方法通过选择性激光熔化(SLM)产生三维组件(16),其中组件(16)形成在具有表面的基础上,例如平台(10)或支撑件,其特别地是 通过连续地熔化第一金属粉末的层以形成层叠的顺序的先前已经生产的相同类型的组分。 由于通过在组件(16)之间提供分离层(11)来简化最终部件(16)与平台(10)的表面或其支撑件的分离,因此该过程被大大简化并变得更加灵活 (16)和平台(10)或支撑件,该分离层使得可以将成品部件(16)与平台(10)或支撑件分离,而不会损坏最终部件(16)。
    • 7. 发明授权
    • Method for article fabrication using carbohydrate binder
    • 使用碳水化合物粘合剂制造制品的方法
    • US06585930B2
    • 2003-07-01
    • US09842618
    • 2001-04-25
    • Jianxin LiuMichael Rynerson
    • Jianxin LiuMichael Rynerson
    • B22F310
    • B22F7/00B22F1/0059B22F3/008B22F2998/00B33Y10/00B33Y70/00C04B35/636Y02P10/295B22F5/007B22F3/1055
    • A binder, and a method of using it in conventional powder metallurgy processes and solid free form fabrication including metal powder, or combinations of metals and ceramics, in which the binder contains at least one carbohydrate as the active binding compound. The carbohydrate generally contains between 6 and about 900 carbon atoms and may be selected from various categories including but not limited to: 1) monosaccharides; 2) disaccharides; 3) trisaccharides; and 4) polysaccharides containing the base sugars identified in 1)-3) above; and 5) hydrolyzed starches in which the hydrolysate contains between about 6-900 carbon atoms, including dextrins such as limit dextrin, hydrolyzed amylose, and hydrolyzed amylopectin. The amount of carbohydrate in the binder solution is generally on the order of about 5-50 grams carbohydrate per 100 ml of carrier solution, more preferably 5-30 g/ml, and most preferably 15 g/ml (or comparable amounts on a dry basis).
    • 粘合剂及其在常规粉末冶金工艺和固体自由形式制造中的使用方法,包括金属粉末或金属和陶瓷的组合,其中粘合剂含有至少一种碳水化合物作为活性结合化合物。 碳水化合物通常含有6至约900个碳原子,并且可以选自各种类型,包括但不限于:1)单糖; 2)二糖; 3)三糖; 和4)含有上述1)-3)中鉴定的基础糖的多糖; 和5)其中水解产物含有约6-900个碳原子的水解淀粉,包括糊精如极限糊精,水解的直链淀粉和水解的支链淀粉。 粘合剂溶液中的碳水化合物的量通常为每100毫升载体溶液约5-50克碳水化合物量,更优选5-30克/毫升,最优选15克/毫升(或干燥时可比较量) 基础)。
    • 10. 发明授权
    • Production of clad metal articles
    • 生产金属制品
    • US3753704A
    • 1973-08-21
    • US3753704D
    • 1970-08-25
    • INT NICKEL CO
    • MANILLA CHILTON HONAKER HOLEN GOTHARD D
    • B21C23/22B22F3/20B22F7/00B22F7/08B22F7/04B22F7/02
    • B22F7/08B21C23/22B21C33/002B21C33/004B22F3/20B22F7/00
    • Production of clad stock, e.g., bar, tubing, pipe, etc., wherein the cladding is prepared by pressing metal powders to desired form, the green form is sintered and coextruded hot with the core or basis material. Highly corrosion resistant cladding metals can be applied to basis materials of iron-group metals including common structural materials and high recovery of the cladding material is obtained. Externally or internally clad tubes have a cladding of 50 percent nickel-50 percent chromium alloy on substrates of steels, nickel alloys, including nickel-chromium alloys, etc., can readily be produced for use in applications requiring resistance to severe corrosive conditions at various temperatures.
    • 生产包覆坯料,例如棒材,管材,管材等,其中通过将金属粉末压制成所需形状来制备包层,将绿色形式与核心或基础材料进行烧结并共挤出。 高耐腐蚀的包层金属可以应用于铁族金属的基础材料,包括常见的结构材料,并获得高回收率的包层材料。 外部或内部包层管在钢,镍合金(包括镍 - 铬合金等)的基材上具有50%的镍 - 50%铬合金的包层,可容易地用于需要耐各种腐蚀性条件的应用中 温度。