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    • 3. 发明申请
    • INSULATING STRUCTURE FOR RETROFITTING A SURFACE AND METHOD FOR INSULATING A SURFACE
    • 用于改性表面的绝缘结构和绝缘表面的方法
    • WO2015193767A1
    • 2015-12-23
    • PCT/IB2015/054341
    • 2015-06-09
    • SOLUZIONINVENTIVE S.R.L.
    • GALLETTI, DavideLORENZI, SergioROMAGNANI, Ugo
    • B65D90/02B65D90/06B65D88/74
    • B65D90/028B60P3/20B60R13/08B62D33/048B65D88/744B65D90/06
    • The present invention relates to an insulating structure (100, 200) suitable to equip a surface (300) to be thermally insulated, for example the body of a truck. The insulating structure (100, 200) comprises an insulating surface (130) and a sealing element (111) suitable to be positioned between the insulating surface (130) and the surface (300) to be insulated. The sealing element (111) extends along the perimeter of the insulating surface (130) and can be in contact with the surface (300) to be insulated, so that the insulating surface (130) is at a predefined distance from the surface (300) to be insulated so as to form a compartment between the surface (300) to be insulated and the insulating surface (130). Furthermore, the insulating structure (100, 200) has at least one anchor element (120, 220) for fixing the insulating structure (100, 200) to the surface (300) to be insulated.
    • 本发明涉及一种适用于装配待隔热的表面(300)的绝缘结构(100,200),例如卡车的主体。 绝缘结构(100,200)包括绝缘表面(130)和适于定位在待绝缘的绝缘表面(130)和表面(300)之间的密封元件(111)。 密封元件(111)沿着绝缘表面(130)的周边延伸并且可以与要被绝缘的表面(300)接触,使得绝缘表面(130)距离表面(300 )被绝缘以形成待绝缘的表面(300)与绝缘表面(130)之间的隔室。 此外,绝缘结构(100,200)具有用于将绝缘结构(100,200)固定到待绝缘的表面(300)的至少一个锚定元件(120,220)。
    • 5. 发明申请
    • PROCEDIMIENTO PARA LA EXTRACCIÓN SELECTIVA DE HIDROCARBUROS DE ALTA VISCOSIDAD REMANENTES EN FONDOS DE TANQUES DE ALMACENAMIENTO
    • 选择性提取储存罐底部的高粘度碳氢化合物的方法
    • WO2012146797A1
    • 2012-11-01
    • PCT/ES2012/000094
    • 2012-04-19
    • FONTECHA CUETOS, Evaristo
    • FONTECHA CUETOS, Evaristo
    • B08B9/08B63B57/00
    • B08B9/08B65D88/744
    • El objeto del procedimiento es extraer el hidrocarburo libre de contaminantes y a temperatura adecuada para posibilitar su reutilización o venta. El procedimiento, aplicable a tanques de fuelóleo y a tanques de techo flotante de petróleo, comprende las medidas preventivas de riesgos y la instalación de los equipos precisos para realizar las operaciones siguientes: - Calentamiento localizado del hidrocarburo en la zona de aspiración para reducir su viscosidad, lo que facilita su extracción y posibilita ulteriores trasiegos. - Calentamiento y recirculación del aire o nitrógeno en sectores del tanque para provocar la fluencia de la masa superficial del hidrocarburo hacia la zona de aspiración y la segregación en el fondo de los contaminantes. - Bombeo del hidrocarburo caliente y libre de contaminantes a cisternas de transporte, tanques de almacenamiento o unidades de proceso.
    • 本发明涉及一种在适于使其可再利用或销售的温度下提取无污染物的烃的方法。 适用于燃油油箱和浮顶油罐的方法包括防范措施和安装以下操作所需的设备:在吸入区域内对碳氢化合物进行局部加热,以减少 粘度,使得烃更容易提取并能够进行后续的倾析; 加热和再循环罐的扇区中的空气或氮气,以使烃的表面质量流向吸入区域并分离底部的污染物; 并将热的无污染的碳氢化合物泵送到运输容器,储存罐或加工单元中。
    • 7. 发明申请
    • SILO FOR STORING BULK PRODUCTS, IN PARTICULAR DRIED SLUDGE FROM WATER TREATMENT PLANTS
    • 贮存散装产品,特别是水处理厂的干污泥
    • WO2008087301A2
    • 2008-07-24
    • PCT/FR2007002075
    • 2007-12-14
    • DEGREMONTSUTTER FRANCOIS
    • SUTTER FRANCOIS
    • B65D88/08B65D88/744
    • The invention relates to a silo for storing dried bulk products containing organic materials, in particular for storing dried sludge from residual water treatment plants, said products being subject to self-heating phenomena, wherein said silo includes an outer shell (1) having an upper portion and a lower portion, the shell being made of an essentially metallic heat-conducting material and comprising at least an inlet and an outlet for the products, a roof (2) closing the silo in the upper portion, and a discharge device (3) closing the silo in the lower portion. The silo includes at least one inner stack (5) of an essentially metallic heat-conducting material that communicates with the atmosphere in the upper and lower portions, the volume inside the stack being void so as to permit air circulation and heat dispersal, and the ratio d/D between the outer diameter d of the stack (5) and the outer diameter D of the shell being higher than 0.12.
    • 本发明涉及用于储存含有有机物质的干燥散装产品的料仓,特别是用于储存来自剩余水处理装置的干燥污泥,所述产品受到自热现象,其中所述料仓包括外壳(1),该外壳具有上部 所述壳体由基本上金属的导热材料制成并且包括用于所述产品的至少一个入口和出口,封闭所述上部中的所述筒仓的顶部(2),以及排放装置(3 )关闭下部的筒仓。 所述筒仓包括至少一个基本上金属的导热材料的内部堆叠(5),所述内部堆叠(5)与上部和下部中的大气连通,堆叠内部的空间是空的以便允许空气循环和散热,并且 堆叠体(5)的外径d与壳体的外径D之比d / D高于0.12。
    • 8. 发明申请
    • 冷却タンク
    • 冷却罐
    • WO2002087315A1
    • 2002-11-07
    • PCT/JP2002/004059
    • 2002-04-24
    • 株式会社ロッコーエンジニアリング大牟田 守田淵 修李 京春
    • 大牟田 守田淵 修李 京春
    • A01J9/04
    • A01J9/04B60P3/2295B65D88/128B65D88/744B65D88/748B65D90/022F25D17/02F25D31/006Y02A40/965Y02P60/891
    • A tank is provided which is capable of storing, while cooling, a liquid, such as drink, whose storage temperature is close to 0 ° C or below, as in cow's milk. A cooling tank (1) can be transported by being mounted on a truck or the like while storing and cooling cow's milk. Brine (antifreeze solution) whose freezing point is below 0° C is cooled in a cooling unit (34), characterized in that the brine is flowed without stagnation along the liquid passageways formed in the inside of fluid guide members (14, 18) installed on the wall surface of the tank main body (10). As for the cooling unit 34, for example, use is made of what is capable of cooling the brine by an evaporator in a heat pump type refrigerator (30) using a refrigerant. Since brine, whose freezing point is below 0° C, is used, a large-sized cooling water tank becomes unnecessary, and since the brine is flowed without stagnation, the liquid inside can be efficiently cooled.
    • 提供一种罐,其能够在冷却时储存如牛奶中储存温度接近0℃或更低的液体,例如饮料。 冷藏箱(1)可以通过安装在卡车等上,同时储存和冷却牛奶来运输。 其凝固点低于0℃的盐水(防冻溶液)在冷却单元(34)中冷却,其特征在于,盐水沿着安装在流体引导构件(14,18)内部的液体通道流动而不停滞 在罐主体(10)的壁面上。 对于冷却单元34,例如可以使用在制冷剂的热泵式制冷机(30)中通过蒸发器对盐水进行冷却的方法。 由于使用了凝固点低于0℃的盐水,所以不需要大型冷却水箱,并且由于盐水不停滞地流动,因此能够有效地冷却内部的液体。
    • 9. 发明申请
    • THERMOREGULATED TANK CONTAINER
    • 热管式集装箱
    • WO1989000962A1
    • 1989-02-09
    • PCT/DE1988000476
    • 1988-08-02
    • CASSENS, HolgerRÖHL, JürgenRODE, Heinz
    • CASSENS, Holger
    • B65D88/12
    • B65D88/748B65D88/744Y10S220/901
    • A thermoregulated tank container has a supporting structure having the dimensions of a standard parallelepipedal container. A cylindrical tank (3) with a heat-insulating jacket (4) is arranged in the supporting structure (1). Longitudinal channels (9) for conducting a cooling or heating medium are provided between the tank shell and the heat-insulating jacket. The external diameter of the tank is essentially adapted to the internal dimensions of the square cross-section of the supporting structure, so that the theoretically available space inside the square is optimally occupied by the cylinder. The heat-insulating jacket is adapted to the contour of the tank and is arranged inside the parallelepiped defined by the supporting structure (1). The heat-insulating jacket (4) together with the cylindrical tank shell forms, in cross-section, four crescent-shaped channels (9) for conducting the cooling or heating medium which are delimited in the longitudinal direction by the points of contact between the heat-insulating jacket and the cylindrical tank shell in the corresponding vertical and horizontal planes (tangents in the cross-section). The invention thereby achieves a thermoregulated tank container with standard external dimensions, the interior of which is optimally occupied by the cylindrical tank. The four corners resulting from the difference between the circle and the square serve to form the crescent-shaped channels. As the heat-insulating jacket (4) is also essentially circular, less insulating material is used to manufacture it.
    • 温控罐容器具有尺寸为标准平行六面体容器的支撑结构。 在支撑结构(1)中布置有具有绝热套(4)的圆柱形罐(3)。 用于进行冷却或加热介质的纵向通道(9)设置在罐壳和绝热套之间。 罐的外径基本上适应于支撑结构的正方形横截面的内部尺寸,使得正方形内的理论上可用的空间被气缸最佳地占据。 隔热护套适用于罐体的轮廓,并且布置在由支撑结构(1)限定的平行六面体的内部。 隔热套(4)与圆柱形罐壳一起形成四个新月形通道(9),用于传导冷却或加热介质,这些通道(9)在长度方向上被界定为 绝热护套和圆柱形罐壳在相应的垂直和水平面(横截面中的切线)。 因此,本发明实现了具有标准外部尺寸的温度调节的罐容器,其内部被圆柱形罐最佳地占据。 由圆形和正方形之间的差异产生的四个角用于形成月牙形通道。 由于隔热护套(4)也基本上是圆形的,所以使用较不绝缘的材料制造它。
    • 10. 发明申请
    • FOOD-WASTE TANK FOR THE SEPARATION OF FOOD WASTE FROM WATER
    • 用于从水中分离食物废物的食品垃圾桶
    • WO2016080892A1
    • 2016-05-26
    • PCT/SE2015/051227
    • 2015-11-16
    • RENSA ENTREPRENAD SVERIGE AB
    • JANSSON, Mikael
    • B01D21/02B65D88/74B65D88/76B65D30/02E03C1/266E03F5/14E03F5/16
    • E03F5/16B65D88/744B65D88/76B65D90/0066B65D90/029B65D90/105E03C2001/005E03F5/14Y02A20/104
    • A food-waste tank (1) comprising at least two chambers (7, 8) located one after the other separated by a separating wall (6) and comprising a first inlet (9) for food waste mixed with water and a second inlet (10) principally for dish-washing water without food waste. The food-waste tank (1) is formed by an extended double-walled pipe (12) with an end wall (2, 3) at each end that seals the tank (1) and an internal separating wall (6) that extends essentially over the complete diameter of the tank (1), and that divides the food- waste tank into two chambers (7, 8), one of which follows the other. It is preferable that the double-walled pipe (12) is formed by an element of duct, preferably square, wound as a screw, and that connections are arranged to the interior of the element of duct in order to lead a heat-exchange fluid into and out from the interior of the element of duct.
    • 一种食物废物箱(1),包括至少两个由分隔壁(6)分开的室(7,8),所述两个室(7,8)分开并包括用于与水混合的食物废物的第一入口(9)和第二入口 10)主要用于没有食物废物的洗碗水。 食物废物箱(1)由延伸的双壁管(12)形成,在每个端部具有端壁(2,3),其密封罐(1)和基本上延伸的内部分隔壁(6) 在罐(1)的整个直径上,并且将食物 - 废物罐分成两个室(7,8),其中一个彼此相邻。 优选地,双壁管(12)由管道元件形成,优选地是方形的,作为螺杆缠绕,并且连接件布置在管道元件的内部,以引导热交换流体 从管道元件的内部进出。