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    • 6. 发明授权
    • ROOF TILES
    • 屋顶瓦片
    • EP0148886B1
    • 1987-11-19
    • EP84902528.3
    • 1984-06-21
    • Marley Tile AG
    • BURT, Peter
    • B28B13/02B28B5/02E04D1/16
    • B28B13/02B28B5/028
    • A process for manufacturing roof tiles includes introducing tile forming material into a hopper (1) for subsequent discharge onto a succession of moving pallets (8) to form a base ribbon (11) which is cut into individual tiles (12). One or more body colouring pigments are added to the material prior to its introduction into the hopper (1), for example in a screw conveyer (2) leading to te hopper, and a secondary colouring pigment or pigments is added to the material in the hopper (1) to provide the tiles with streaked surfaces.
    • 一种制造屋顶瓦片的方法包括将瓦片形成材料引入料斗(1)中,随后排放到一系列移动托板(8)上以形成被切割成单个瓦片(12)的基带(11)。 在将材料引入料斗(1)之前,例如在通向料斗的螺旋输送机(2)中,将一种或多种体色颜料添加到材料中,并将第二着色颜料或颜料添加到材料中 料斗(1)为瓷砖提供条纹表面。
    • 7. 发明公开
    • Improvements in and relating to tile making machines
    • Maschinen zum Herstellen von Dachziegeln。
    • EP0063039A2
    • 1982-10-20
    • EP82301872.6
    • 1982-04-08
    • POWEL INTERNATIONAL LIMITED
    • Hutchinson, William
    • B28B11/16
    • B28B5/028B28B11/165
    • A cutting mechanism for a tile making machine comprises a pair of knives (10, 11) mounted by pivots (20, 21) on a cutter carriage (12). The actual position of the leading face (32) of a web (33) of each tile pallet is sensed by a sensor (28) which drives a Bourdon cable (31) to set the position of the knives (10, 11) relative to the carriage (12) for the next cut. Thus, the cuts are always made at the correct position relative to the ends of the pallets (3). The sensor (28) is mounted on a sensor carriage (24) secured to the knife carriage (12), and the sensor carriage (24) is movable along tracks (26) by a ram (25) to move the sensor out of engagement with the pallets (3) between each cutting cycle.
    • 瓦片制造机的切割机构包括通过在托架(12)上的枢轴(20,21)安装的一对刀(10,11)。 每个瓦片托盘的腹板(33)的前表面(32)的实际位置由传感器(28)感测,所述传感器驱动布尔登电缆(31)以将刀具(10,11)的位置相对于 用于下一切割的托架(12)。 因此,切口总是相对于托盘(3)的端部在正确的位置进行。 传感器(28)安装在固定在刀架(12)上的传感器滑架(24)上,传感器滑架(24)可通过冲头(25)沿轨道(26)移动,以使传感器脱离接合 每个切割循环之间的托盘(3)。
    • 10. 发明公开
    • VERFAHREN UND VORRICHTUNG ZUR KONTINUIERLICHEN HERSTELLUNG EINES ANORGANISCHEN SCHAUMSTOFFS
    • 方法和设备对于无机泡沫连续生产
    • EP1337385A1
    • 2003-08-27
    • EP01985684.8
    • 2001-09-27
    • Trocellen GmbH
    • BÖSENBERG, JörgLIEFKE, EkkehardMERZ, Harald
    • B28B1/50B28B5/02
    • B28B5/028B28B1/503
    • The invention relates to a method and to a device for the continuous production of an inorganic foamed material. So far, discontinuous methods have been exclusively used to produce molded bodies from molding compounds, comprising an inorganic, so-called agglomerating reactive component, as the curing agent an aqueous second component that induces a curing reaction of the agglomerating component in the alkaline range (geopolymerization), and a foaming agent. The aim is therefore to provide a method for the continuous production of a profile from an inorganic foamed material. The method according to the invention comprises the following steps: I. Mixing a reaction mixture that has a pasty to flowable nature, that contains an inorganic, agglomerating reactive component, as a curing agent an aqueous second component that induces a curing reaction of the agglomerating component in the alkaline range, and a foaming agent. II. Applying the mixture to a lower belt of a double belt conveyor which moves continuously and steadily in the direction of production. The double belt conveyor has a lower belt and an upper belt that moves in synchronicity with the lower belt. The lower belt of the double belt conveyor consists of a plurality of segments (4, 4', 4 ) whose cross-sections determine the lower and the two lateral sections of the profile from foamed material. The upper belt, in a section of the double belt conveyor, engages with the segments (4, 4', 4 ) of the lower belt in a sealing manner so that this section of the double belt conveyor defines a closed reaction chamber that is sealed on all sides. III. Heating the mixture by supplying energy via the upper and/or lower belt and/or by subjecting the mixture to an exothermic reaction. IV. Foaming the mixture within the closed reaction chamber. V. At least partially curing the foamed mixture within the closed reaction chamber. The method according to the invention is suitable for producing continuous or cut, especially rectangular foamed bodies having an apparent density of about 150 to 500 kg/m3.