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    • 2. 发明授权
    • Trapezium-shaped aqueously-swelling concrete joint-sealing article and
method
    • 梯形膨胀混凝土接头密封制品及方法
    • US5473848A
    • 1995-12-12
    • US241032
    • 1994-05-10
    • William W. Kangas
    • William W. Kangas
    • E02B3/16E02D29/16E04B1/68
    • E04B1/6806E02B3/16E04B2001/6818
    • A shaped, water-expandable water-sealing article used for sealing an area between a first section of at least partially cured concrete and a second, adjacent section of substantially uncured concrete. The clay water sealing article is in the shape of a quadrilateral, preferably a trapezoid, and is disposed to bridge an area between the two sections of concrete. Upon hydration of the clay contained within the shaped water sealing article, expansion of the clay creates expansion forces extending from a corner of the article that is surrounded by the uncured concrete, wherein the corner has an included angle greater than 90.degree., preferably at least 100.degree.. The expansion force developed by the expansion of the shaped water sealing article are absorbed by a substantially increased area of the uncured concrete as compared to expansion forces resulting from a clay-based water seal having a 90.degree. included angle at the corner(s) surrounded by the uncured concrete.
    • 一种用于密封至少部分固化的混凝土的第一部分和基本上未固化的混凝土的第二相邻部分之间的区域的成形的水膨胀的水封制品。 粘土水封制品为四边形,最好是梯形,并设置成桥接两段混凝土之间的区域。 在成型水封制品中包含的粘土水合时,粘土的膨胀产生从被未固化混凝土包围的制品的角落延伸的膨胀力,其中角部具有大于90°的夹角,优选至少 100°。 与成形水密封制品的膨胀形成的膨胀力相比,由在包围的角落处具有90°夹角的粘土基水封所产生的膨胀力相比,未固化混凝土的面积大大增加而被吸收。 由未固化的混凝土。
    • 5. 发明授权
    • Animal dross absorbent and method
    • 动物吸收吸收和方法
    • US5129365A
    • 1992-07-14
    • US552823
    • 1990-07-16
    • John Hughes
    • John Hughes
    • A01K1/01A01K1/015C01B33/32C01B33/40
    • A01K1/0154
    • A composition and method of absorbing animal dross. In one embodiment, the composition comprises discrete particles (about 50 microns to about 3350 microns, preferably about 600 microns to about 3350 microns in size) of a non-compacted water-swellable bentonite clay that effectively absorbs animal dross and simultaneously agglomerates into a sufficiently large and stable mass, thereby permitting physical separation of the soiled and wetted water-swellable bentonite clay particles from discrete particles of the unsoiled and unwetted water-swellable bentonite clay even after partial drying of about 1 to about 24 hours at room temperature, without substantial sticking to animal paws and fur. In another embodiment, the composition comprises discrete particles of a combination of non-compacted water-swellable sodium bentonite clay and calcium bentonite clay that effectively absorbs animal dross and simultaneously agglomerates into a water-dispersible but physically stable mass, thereby permitting physical separation of the soiled and wetted bentonite clay particles from discrete particles of the unsoiled and unwetted water-swellable bentonite clay, and has sufficient water-dispersibility for disposal through a household plumbing or sewer conduit without clogging.
    • 6. 发明授权
    • Method of improving water-swellable clay properties by re-drying,
compositions and articles
    • 通过再干燥,组合物和制品改善水溶胀性​​粘土性质的方法
    • US5114893A
    • 1992-05-19
    • US608816
    • 1990-11-05
    • John Hughes
    • John Hughes
    • B01J20/12C04B33/04C09K8/14
    • C04B33/04B01J20/12C09K8/145Y10S106/04
    • A method of treating a water-swellable clay after the clay has been mined and dried. After the common initial drying of the clay to a moisture content of 12% or less, the clay is re-wetted to a moisture content of more than 12% by weight, preferably at least about 15% or more, based on the dry weight of the clay, then redried to a moisture content of 12% by weight or less, based on the dry weight of the clay. This re-wetting and re-drying processing of a dried clay unexpectedly improves the water absorbency, and viscosity properties; increases the effectiveness of the clays as binders in sand molds and iron ore pelletizing; unexpectedly increases the rheology properties of the clays for oilwell drilling fluids, and lost circulation fluids, and as a suspending agent in the cosmetics and pharmaceutical industries; improves the binding characteristics of the clays to act as a binder for iron ores, such as taconite, and sand molding (foundry industry); and provides unexpectedly increased water absorption in forming water-swellable clay-based water barriers.
    • 在开采和干燥粘土之后处理水溶胀性粘土的方法。 在将粘土通常初始干燥至含水量为12%以下之后,基于干重将粘土再润湿至大于12重量%,优选至少约15重量%以上的含水量 的粘土,然后基于粘土的干重重新进行含水量为12重量%以下的水分含量。 这种干燥粘土的再润湿和再干燥处理意外地提高了吸水性和粘度特性; 提高粘土在砂模和铁矿石造粒中的有效性; 意外地增加了油井钻井液,流失液以及作为化妆品和制药行业悬浮剂的粘土的流变性能; 提高粘土作为铁矿石粘结剂的结合特性,如铁粉,砂型(铸造业); 并且在形成水溶胀性粘土基水屏障时提供意想不到的增加的吸水率。
    • 8. 发明授权
    • Container
    • 容器
    • US5106015A
    • 1992-04-21
    • US729932
    • 1991-07-15
    • Frank VlasatyRobert J. Smith
    • Frank VlasatyRobert J. Smith
    • B65D5/46B65D5/74
    • B65D5/46024B65D5/746
    • A container having four vertical sides, a top side and a bottom side, the six sides being connected to form a cube. The six sides are joined at the edges of the cube, and the juncture of one vertical edge with two upper edges forms a slanted surface. A pouring spout is mounted on the slanted surface and is inset from the planes of the adjacent sides so that it does not interfere with nesting and stacking. A handle is attached to the top side, at approximately its center, for carrying purposes, the handle being foldable to a flat position to facilitate stacking. The container is formed by cutting a blank from a flat sheet of relatively stiff material, and folding the blank along creases to form a closed container. The top and four sides are folded and sealed first, the pouring spout is installed, the container is filled through the open bottom side, and then the bottom side is folded and sealed.
    • 具有四个垂直侧面,顶侧和底侧的容器,六个侧面连接以形成立方体。 六边在立方体的边缘连接,并且具有两个上边缘的一个垂直边缘的接合部形成倾斜表面。 倾倒口安装在倾斜表面上,并从相邻两侧的平面插入,使其不会妨碍嵌套和堆叠。 手柄大致在其中心附近,用于承载目的,手柄可折叠到平坦的位置以便于堆叠。 通过从相对刚性材料的平板切割坯料并且沿着折痕折叠坯料以形成密闭容器而形成容器。 顶部和四边首先被折叠和密封,安装倾倒嘴,容器通过敞开的底侧被填充,然后底侧被折叠和密封。
    • 10. 发明授权
    • Process for preparing water-absorbing resins
    • 制备吸水树脂的方法
    • US4985518A
    • 1991-01-15
    • US389616
    • 1989-08-04
    • William AlexanderMark AndersonBarbara R. Regan
    • William AlexanderMark AndersonBarbara R. Regan
    • A61L15/60B01J20/26C08F8/32C08F220/06
    • C08F220/06A61L15/60B01J20/26C08F8/32
    • A method of preparing a solid water absorbing resin including mixing a monomer solution of (A) acrylic acid neutralized 70-100 mole percent; and (B) a water-miscible to water-soluble polyvinyl monomer in a combined concentration of at least 30 wt. %; with water to form a mixed monomer solution, and adding a thermal initiator and a redox initiator to the mixed monomer solution to form an initiated mixed monomer solution, and wherein the mixed monomer solution is at a temperature below the decomposition temperature of the thermal initiator when the thermal initiator is added to the mixed monomer solution and wherein the temperature of the mixed monomer solution is high enough such that addition of the redox initiator thereto causes sufficient polymerization of the monomers to raise the temperature of the initiated mixed monomer solution to a level sufficient that the thermal initiator decomposes sufficiently to provide, together with the redox initiator, substantially complete polymerization.
    • 一种制备固体吸水树脂的方法,包括将中和的70-100摩尔%的(A)丙烯酸的单体溶液混合; 和(B)水溶性聚乙烯基单体的水混溶性,其浓度至少为30wt。 %; 与水混合以形成混合单体溶液,并向混合单体溶液中加入热引发剂和氧化还原引发剂以形成引发的混合单体溶液,其中混合单体溶液的温度低于热引发剂的分解温度, 将热引发剂加入到混合单体溶液中,其中混合单体溶液的温度足够高,使得加入氧化还原引发剂导致单体的充分聚合,从而将引发的混合单体溶液的温度升高到足够的水平 热引发剂充分分解以与氧化还原引发剂一起提供基本上完全的聚合。