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    • 41. 发明申请
    • PRESERVATIVE COMPOSITIONS FOR A PLANT MATERIAL
    • 植物材料的防腐组合物
    • WO1993016611A1
    • 1993-09-02
    • PCT/FI1993000068
    • 1993-02-26
    • KEMIRA OY
    • KEMIRA OYAHLNÄS, ThomasRAURAMAA, AinoLÖFGREN, Timo
    • A23L03/3508
    • A23L3/3508A23K30/15Y02A40/943
    • The invention relates to a liquid preservative composition which is suited for the preservation of green forage or the like and which contains as its active ingredient benzoic acid or its derivative. Benzoic acid or its derivative specifically promotes useful microbial activity in green forage. In the present invention their action is enhanced by adding to the composition propionic acid, which dissolves them, or a mixture of the same, together with formic acid and/or acetic acid. These acids also as such promote the said useful microbial activity. Other constituents which improve solubility and conventional agents promoting lactic acid fermentation can also be added to the composition.
    • 本发明涉及一种适用于保护绿色饲料等的含有苯甲酸或其衍生物作为活性成分的液体防腐剂组合物。 苯甲酸或其衍生物特别促进绿色饲料中有用的微生物活性。 在本发明中,通过向组合物中加入将它们溶解的丙酸或其混合物与甲酸和/或乙酸一起加入,来提高其作用。 这些酸也如此促进所述有用的微生物活性。 提高溶解性的其他成分和促进乳酸发酵的常规试剂也可以加入到组合物中。
    • 44. 发明申请
    • METHOD AND APPARATUS FOR IMPROVING THE GRINDING RESULT OF A PRESSURE CHAMBER GRINDER
    • 改进压力室磨床研磨结果的方法和装置
    • WO1987003219A1
    • 1987-06-04
    • PCT/FI1986000130
    • 1986-11-20
    • OY FINNPULVA ABKEMIRA OYNIEMI, JoukoPYÖRIÄ, KaarloKORHONEN, Heikki
    • OY FINNPULVA ABKEMIRA OY
    • B02C19/06
    • B02C19/06
    • Method and apparatus for improving the grinding result of a pressure chamber grinder. Finely divided material is fed into a pressurized equalizing tank (2) by a mechanical feeder device (1). The fed material is then transferred into a pre-grinder (3) where the material is fluidized by grinding-gas jets. The fluidized material-gas flow is divided by a bisecting device (6) into two component flows and accelerated through two accelerating nozzles (8) directed towards the centre point of the main grinding chamber (9). The invention is characterized in that the outlet end of main grinding-chamber (9), via an acceleration tube (10), is connected to a free-flow grinder (11) provided with tangentially directed grinding-gas nozzles (12) and wherefrom the ready-ground final product is being removed constantly through a centrally located exhaust pipe (13).
    • 用于改善压力室研磨机研磨结果的方法和装置。 细分材料通过机械进料装置(1)进料到加压均化罐(2)中。 然后将进料的材料转移到预研磨机(3)中,其中材料通过研磨气体射流流化。 流化材料 - 气体流由二等分装置(6)分成两个组分流,并通过指向主研磨室(9)的中心点的两个加速喷嘴(8)加速。 本发明的特征在于,主研磨室(9)的出口端通过加速管(10)连接到设有切向定向研磨气体喷嘴(12)的自由流动研磨机(11),并且其中 现场最终产品通过位于中心的排气管(13)不断地被移除。
    • 46. 发明申请
    • TREATMENT METHOD FOR WASTE WATER SLUDGE COMPRISING AT LEAST ONE METAL
    • 一种包含至少一种金属的废水污泥处理方法
    • WO1995006004A1
    • 1995-03-02
    • PCT/FI1994000376
    • 1994-08-26
    • KEMIRA OYSTENDAHL, KjellJOKINEN, Simo
    • KEMIRA OY
    • C02F01/26
    • C02F9/00C02F1/26C02F11/004C02F2101/105C02F2101/20C02F2209/06C02F2301/08Y02W10/40Y10S210/912
    • A method for treating waste water sludge comprising at least one metal originating from a waste water treatment coagulant, and phosphorus and heavy metals in order to recover said at least one metal and phosphorus and to discharge said heavy metals, said method comprising: acidifying said waste water sludge to dissolve metals contained in the sludge; subjecting the acidified waste water sludge to liquid-liquid extraction for recovering at least a portion of said at least one metal; treating the raffinate of the extraction in a first precipitation stage with appropriate chemicals for precipitating heavy metals, and thereafter discharging the precipitate thereby leaving a solution having a decreased content of heavy metals; and treating the solution having a decreased content of heavy metals in a second precipitation stage with appropriate chemicals for precipitating phosphorus and thereafter recovering the precipitated phosphorus.
    • 一种处理废水污泥的方法,包括至少一种源自废水处理凝结剂的金属,以及磷和重金属,以回收所述至少一种金属和磷并排出所述重金属,所述方法包括:将所述废物酸化 水泥污泥中溶解金属; 使酸化的废水污泥经过液 - 液萃取以回收所述至少一种金属的至少一部分; 在第一沉淀阶段用适当的沉淀重金属的化学品处理萃取液的萃余液,然后排出沉淀物,从而留下重金属含量降低的溶液; 并在第二沉淀阶段用合适的沉淀磷化学品处理重金属含量降低的溶液,然后回收沉淀的磷。
    • 47. 发明申请
    • CATALYST AND METHOD FOR MANUFACTURING THE SAME
    • 催化剂及其制造方法
    • WO1994005424A1
    • 1994-03-17
    • PCT/FI1993000338
    • 1993-08-27
    • KEMIRA OYHÄRKÖNEN, MattiSLOTTE, ThomasKIVIOJA, Matti
    • KEMIRA OY
    • B01J35/04
    • F01N3/281B01J35/04F01N2330/04
    • The invention relates to a catalyst and a method for its manufacture. The catalyst is made of at least two metal foil strips (1, 2), transverse corrugations having been formed in at least one of them. The metal foil strips are formed into a honeycomb (4) containing channels (3). The strips are coated with a support or with supports, and at least one catalytically active agent such as a noble metal is added to the coated strips in order to produce a catalytic surface. In this case the catalytic surface has the physical structure derived from the coating. The honeycomb (4) has at least two catalytic surfaces (5, 6) differing from each other with respect to at least the support or the physical structure.
    • 本发明涉及催化剂及其制造方法。 催化剂由至少两个金属箔条(1,2)制成,其中至少一个已形成横向波纹。 金属箔条形成为包含通道(3)的蜂窝(4)。 条带涂覆有载体或载体,并且至少一种催化活性剂如贵金属加入到涂覆的条中以产生催化剂表面。 在这种情况下,催化表面具有衍生自涂层的物理结构。 蜂窝体(4)具有至少两个相对于至少支撑件或物理结构彼此不同的催化表面(5,6)。
    • 50. 发明申请
    • INTEGRATED SENSOR
    • 集成传感器
    • WO1992005432A1
    • 1992-04-02
    • PCT/EP1991001845
    • 1991-09-23
    • INTERUNIVERSITAIR MICRO ELEKTRONICA CENTRUM VZWENGICOM N.V.VAISALA OYKEMIRA OYVAN GELOVEN, Peter, MariaROGGEN, Jean, Joseph, Marie
    • INTERUNIVERSITAIR MICRO ELEKTRONICA CENTRUM VZWENGICOM N.V.VAISALA OYKEMIRA OY
    • G01N27/12
    • G01N27/12
    • A sensor (1) comprising: an insulating substrate (2) provided with a protruding portion; a heating element, arranged on said insulating substrate near the tip end of said protruding portion; first conductor paths (9) connected on one end to said heating element and extending over the protruding portion; first terminals (8) for supplying electric current to the heating element, which are located opposite the protruding portion of the substrate and which are connected to the other ends of the first conductor paths extending over said protruding portion; a sheet of insulating material provided over said heating element; a sensing element (3) arranged over said heating element near the tip end of said protruding portion; second conductor paths (4) connected on one end to the sensor element (3) and extending over said protruding portion; and second terminals (7) located opposite of said protruding portion of the substrate, and which are connected to the other ends of said second conductor paths and which are adapted for connecting one or more electronic circuits, which might be placed as a hybrid circuit in the same substrate.
    • 1.一种传感器(1),包括:绝缘基板(2),设置有突出部分; 加热元件,布置在所述绝缘基板上,靠近所述突出部分的末端; 第一导体路径(9),其一端连接到所述加热元件并在所述突出部分上延伸; 用于向加热元件提供电流的第一端子(8),它们位于与衬底的突出部分相对的位置,并且连接到延伸在所述突出部分上的第一导体路径的另一端; 设置在所述加热元件上的绝缘材料片; 布置在所述加热元件的靠近所述突出部分的末端的感测元件(3); 第二导体路径(4),其一端连接到所述传感器元件(3)并在所述突出部分上延伸; 以及与所述基板的所述突出部分相对的第二端子(7),并且连接到所述第二导体路径的另一端,并且适于连接可以作为混合电路放置的一个或多个电子电路 相同的底物。