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    • 71. 发明申请
    • PROCESS FOR PRODUCING ALUMINUM ALLOY CAN BODY STOCK
    • 生产铝合金罐体的方法
    • WO1998001593A1
    • 1998-01-15
    • PCT/CA1997000468
    • 1997-07-02
    • ALCAN INTERNATIONAL LIMITED
    • ALCAN INTERNATIONAL LIMITEDWYCLIFFE, PaulLUCE, EdLLYOD, David, J.FITZSIMON, JohnBURGER, Gene
    • C22F01/047
    • C22F1/047C22C21/00
    • A process of manufacturing aluminum can body stock involving the following steps. A molten aluminum alloy is prepared, the alloy containing Mg in the range 1.1 to 1.5 % by weight, Mn in the range 0.4 to 0.9 % by weight, Cu in the range 0.2 to 0.4 % by weight, Fe in the range 0.2 to 0.7 % by weight, Si in the range 0.07 to 0.3 % by weight, all other elements each less than 0.05 % by weight to a maximum of 0.2 % for all other elements. The alloy is cast in a continuous strip casting process to produce a slab having a thickness of at least 9 mm. The slab is rolled using at least 83 % reduction to produce a re-roll strip. The re-roll strip is coiled to form a coil and the coil to cool is allowed to cool naturally. The re-roll strip is then annealed and cold rolled to a final gauge of between 0.26 and 0.4 mm, using a reduction of between 75 and 85 %, with no interanneal. The resulting strip can be used as can body stock having a 45 degree earing of less than 3 % and a yield strength after stoving of at least 265 MPa (38.5 ksi).
    • 制造铝罐体的方法,涉及以下步骤。 制备熔融铝合金,含有1.1〜1.5重量%的Mg,0.4〜0.9重量%的Mn,0.2〜0.4重量%的Cu,0.2〜0.7的Fe的合金 重量%,Si在0.07〜0.3重量%的范围内,对于所有其他元素,所有其它元素均小于0.05重量%,最多0.2重量%。 将该合金铸造在连续条带铸造工艺中以生产厚度至少为9mm的板坯。 使用至少83%的压缩轧制板坯以产生再轧带材。 重卷条卷起形成线圈,使冷却线圈自然冷却。 然后将再轧带材退火并冷轧至最终规格在0.26至0.4mm之间,使用75%至85%之间的还原,无中间膜。 所得到的带材可以用作具有小于3%的45度的罐头坯料和在至少265MPa(38.5ksi)的烘烤后的屈服强度。
    • 74. 发明申请
    • REFERENCE ELECTRODE
    • 参考电极
    • WO1996033398A1
    • 1996-10-24
    • PCT/GB1996000931
    • 1996-04-18
    • ALCAN INTERNATIONAL LIMITEDBOOMER, Douglas, RonaldNEWTON, Christopher, JohnHAINES, Jonathan, PaulSHARMAN, Jonathan, David, Brereton
    • ALCAN INTERNATIONAL LIMITED
    • G01N17/02
    • G01N27/301G01N17/02
    • The present invention relates to a reference electrode, particularly, but not exclusively for use in the measurement of the electrochemical potential of metal in a hot caustic liquid. Preferably the reference electrode is for use in the measurement of electrochemical potential in the caustic solution used to extract aluminium from bauxite in industrial plants using the Bayer process. The reference electrode comprises a reference electrode cell, a first porous membrane, a salt bridge, a second porous membrane and a support for the second porous membrane, wherein the salt bridge is in liquid electrical contact with the reference electrode cell via the first porous membrane, and is in liquid electrical contact with the liquid to be sensed via the second porous membrane, characterised in that the second porous membrane is resistant to the chemical attack of the liquid and is of a porous structure, wherein the average size of the pores of the porous structure is sufficiently large to permit ionic conduction through the membrane, but not so large as to permit significant mass transport of ions therethrough.
    • 本发明涉及参考电极,特别地但不仅仅是用于测量热苛性液体中的金属的电化学电位。 优选地,参考电极用于测量用于使用拜耳法在工业设备中从铝土矿中提取铝的苛性碱溶液中的电化学势。 参考电极包括参考电极池,第一多孔膜,盐桥,第二多孔膜和用于第二多孔膜的支撑体,其中盐桥通过第一多孔膜与参考电极池液体电接触 并且经由第二多孔膜与待检测的液体液体电接触,其特征在于,所述第二多孔膜耐液体的化学侵蚀,并且是多孔结构,其中孔的平均尺寸 多孔结构足够大以允许通过膜的离子传导,但不能大到允许离子通过其显着质量传输。
    • 75. 发明申请
    • PROCESS AND APPARATUS FOR CONTROLLING GRAVITY SETTLING SYSTEM
    • 控制重力设定系统的过程和装置
    • WO1996033000A1
    • 1996-10-24
    • PCT/CA1996000244
    • 1996-04-16
    • ALCAN INTERNATIONAL LIMITED
    • ALCAN INTERNATIONAL LIMITEDFERLAND, PierreTREMBLAY, LeopoldDOUCET, Jean
    • B01D21/00
    • G01N15/04B01D21/32B01D21/34
    • A testing device is described for use in determining optimum operating conditions for a full size industrial continuous gravity settling unit and for the design of such settling unit. The testing device comprises an elongated, cylindrical settling column having concentric, inner and outer transparent cylindrical walls forming an annular space therebetween filled with transparent heat exchange liquid, with the inner wall defining a cylindrical settling cell. A cylindrical feedwell extends downwardly into the top end of the settling cell, an overflow outlet opening is provided in the inner wall at a location above the bottom end of said feedwell, a solids discharge opening is provided at the bottom of the settling cell and a rotating rake is provided at the bottom of the settling cell for compacting collected solids. The device also includes pump means for providing smooth, continuous flows of slurry and flocculant, mixing means for mixing together the slurry and flocculant, and means for measuring and controlling flow rates and temperatures. The testing device is utilized by observing the position and shape of a stream of agglomerated solids leaving the bottom of the feedwell of the settling column and adjusting the flow rate of at least one of the flow rate of the stream of suspended solids and the flow rate of the stream of flocculating agent to the settling column such that the stream of agglomerated solids leaving the feedwell displays hindered settling, and utilizing the adjusted flow rates of the suspended solids stream and the flocculant stream to determine the optimum operating conditions for an industrial settling unit.
    • 描述了用于确定全尺寸工业连续重力沉降单元的最佳操作条件和用于设计这种沉降单元的测试装置。 测试装置包括细长的圆柱形沉降柱,其具有同心的,内部和外部透明的圆柱形壁,其在​​其间填充有透明热交换液体的环形空间,其中内壁限定圆柱形沉降池。 圆柱形进料井向下延伸到沉降槽的顶端,溢流出口在内壁上设置在所述进料井的底端上方的位置处,固体排放口设置在沉降池的底部, 在沉降池的底部提供旋转耙,用于压实收集的固体。 该装置还包括用于提供平滑,连续的浆料和絮凝剂流动的泵装置,用于将浆料和絮凝剂混合在一起的混合装置,以及用于测量和控制流速和温度的装置。 通过观察离开沉降塔的供给井的底部的附聚固体物流的位置和形状,并调节悬浮固体物流的流速和流速的至少一个的流速来利用检测装置 的絮凝剂流到沉降塔,使得离开给料井的附聚物的流显示阻碍沉降,并利用调节的悬浮固体流和絮凝剂流的流速来确定工业沉降单元的最佳操作条件 。
    • 76. 发明申请
    • COATING OF WAX-LIKE MATERIALS ONTO MOVING STRIP ARTICLES
    • 将类似的材料涂在移动条纹上
    • WO1996015857A1
    • 1996-05-30
    • PCT/CA1995000658
    • 1995-11-23
    • ALCAN INTERNATIONAL LIMITEDINNES, Robert, Arthur
    • ALCAN INTERNATIONAL LIMITED
    • B05C05/02
    • B05C5/0295B05C5/001B05C5/0254B05C5/0266B05C9/04B05C11/1042
    • A process of coating a heat-conductive strip article, e.g. aluminum or aluminum alloy strip (14) used in the automotive industry, with a solid wax-like coating material, preferably a wax-type lubricant. The process involves heating a solid wax-like coating material that melts in a temperature range of about 30 to 100 DEG C to form a melt having a viscosity in a range of about 50 centipoise or less and flowing the melt onto a moving surface of the strip article through an elongated slot (15) in a movable coating head having an extended surface adjacent to the slot to form a coating layer on the article. The coating head is pushed towards the surface of the strip article as the melt is flowed as a coating onto the surface from the slot (15) to reduce a coating thickness by pressing the extended surface of the coating head onto the coating as the coating is formed. The process allows a coating of a wax-like material to be formed to a desired thickness and yet allows the wax-like material to solidify shortly after application to the strip article (14) so that the strip can be coiled without providing a cooling run of undue length or special cooling devices.
    • 涂覆导热带状物品的方法,例如, 用于汽车工业的铝或铝合金条(14),具有固体蜡状涂层材料,优选蜡型润滑剂。 该方法包括加热在约30至100℃的温度范围内熔化的固体蜡状涂料,以形成粘度在约50厘泊或更低的范围内的熔体,并使熔体流动到 带状制品通过可移动涂覆头中的细长槽(15),其具有与狭槽相邻的延伸表面,以在物品上形成涂层。 当熔体作为涂层从狭槽(15)流动到表面上时,涂层头被推向带状物品的表面,以通过将涂覆头的延伸表面压到涂层上而减小涂层厚度,因为涂层是 形成。 该方法允许将蜡状材料的涂层形成为所需厚度,并且允许蜡状材料在施加到带状物品(14)之后不久固化,使得条带可以卷绕而不提供冷却流程 不适当的长度或特殊冷却装置。
    • 79. 发明申请
    • PROCESS FOR COMBINED DECOATING AND MELTING OF ALUMINUM SCRAP CONTAMINATED WITH ORGANICS
    • 用有机物污染的铝屑的组合分解和熔融工艺
    • WO1995015404A1
    • 1995-06-08
    • PCT/CA1994000652
    • 1994-11-25
    • ALCAN INTERNATIONAL LIMITED
    • ALCAN INTERNATIONAL LIMITEDTREMBLAY, FrançoisTURCOTTE, Gilles, R.LAVOIE, SergeDUBE, GhyslainTREMBLAY, Sylvain, P.FORTIN, Jean-Yves
    • C22B21/00
    • C22B9/16C22B7/004C22B21/0007Y02P10/218
    • A method of recovering an aluminum-containing metal (16) from a scrap material (14, 14') containing the metal and an organic contaminant, such as paper, plastics, lacquer, paint or oil. The method involves creating a fluidized bed (10) of solid particles, maintaining a zone of the bed at a temperature in the range of the melting point of the metal to 1000 DEG C, introducing the scrap material into the fluidized zone to cause decoating of the metal within a time in the range of 1 to 40 seconds, at least partially melting the metal, and removing the metal material from the fluidized bed. In this way, decoating and at least partial melting is achieved essentially at the same time for improved efficiency. Metals of different melting point may also be separated from each other by providing a series of temperature zones in the fluidized bed (or in a series of fluidized beds) of progressively increasing temperature. If a limited amount of oxygen is introduced into the bed, a combustible gas is produced that can be burned to extract its energy or can be stored for later use.
    • 一种从含有金属和有机污染物如纸,塑料,漆,油漆或油的废料(14,14')回收含铝金属(16)的方法。 该方法包括产生固体颗粒的流化床(10),将床的区域保持在金属熔点范围内的温度至1000℃,将废料引入流化区以引起脱色 金属在1至40秒的范围内的时间内,至少部分地熔化金属,并从流化床除去金属材料。 以这种方式,脱蜡和至少部分熔融基本上在同时实现以提高效率。 通过在逐渐升高的温度的流化床(或一系列流化床)中提供一系列温度区,也可以将不同熔点的金属彼此分离。 如果将有限量的氧气引入床中,则产生可燃烧的气体,其可以被燃烧以提取其能量,或者可以储存以备后用。