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    • 54. 发明申请
    • COMBUSTION SYSTEM AND METHOD FOR HEATING PROCESS AIR FOR PAPER DRYING SYSTEMS
    • 用于加热干燥系统的过程空气的燃烧系统和方法
    • WO2014181305A1
    • 2014-11-13
    • PCT/IB2014/061330
    • 2014-05-09
    • NOVIMPIANTI DRYING TECHNOLOGY S.R.L.
    • SACCOMANO, PietroGIANNECCHINI, Massimo
    • D21F5/20F24H3/04D21F5/18
    • F26B21/001D21F5/181D21F5/20F23D91/02F23D2900/21003F24H3/0488F24H9/2085F26B23/02
    • The present invention describes a system for drying a web-like paper sheet. The system comprises at least one drying device (12) capable of blowing high temperature dry air, supplied under pressure through one or more inlet conduits (20) on the web-like paper sheet, and of sucking from such a web-like paper sheet the moist air, ejected through one or more outlet conduits (22) connected to a recirculation conduit (26), and a combustion system (20) which comprises at least one hot gas generator (14) of the so-called direct type, provided with a system (16) for supplying fuel and a system (18) for supplying combustion air. The hot gas generator (14) consists of a burner (32), operatively connected to the system (16) for supplying fuel and to the system (18) for supplying combustion air, and of a combustion chamber (38) which is placed in direct fluid communication with the burner ( 32) by interposing a connection conduit (40). Outside the combustion chamber (38) at least one cooling channel (34) is provided, which encloses such a combustion chamber (38). The cooling channel (34) is placed downstream of the burner (32) and is operatively connected to the recirculation conduit (26), so that the hot gas generator (14) is capable of generating an air and burnt gases mixture which forms the dry air, as well as receiving, through such a recirculation conduit (26), at least part of the moist air so that it can be heated and reutilised by the drying device (12).
    • 本发明描述了一种用于干燥网状纸的系统。 该系统包括至少一个能够吹送高压干燥空气的干燥装置(12),所述干燥空气在压力下通过网状纸上的一个或多个入口导管(20)供应,并且从这样的网状纸张 通过连接到再循环管道(26)的一个或多个出口导管(22)排出的潮湿空气和包括至少一个所谓的直接型热气发生器(14)的燃烧系统(20) 具有用于供应燃料的系统(16)和用于供应燃烧空气的系统(18)。 热气体发生器(14)由燃烧器(32)组成,燃烧器(32)可操作地连接到用于供应燃料的系统(16)和用于供应燃烧空气的系统(18)和燃烧室(38) 通过插入连接导管(40)与燃烧器(32)直接流体连通。 在燃烧室(38)的外部,设置有至少一个冷却通道(34),其包围这样的燃烧室(38)。 冷却通道(34)设置在燃烧器(32)的下游,并且可操作地连接到再循环管道(26),使得热气体发生器(14)能够产生形成干燥的空气和燃烧气体混合物 空气,以及通过这种再循环管道(26)接收潮湿空气的至少一部分,使得其可以被干燥装置(12)加热和再利用。
    • 55. 发明申请
    • DRYER SECTION AND METHOD FOR DRYING A WEB OF FIBROUS MATERIAL, AND MACHINE HAVING SUCH A DRYER SECTION
    • 用干燥方式干燥纤维材料轨道和机器的干燥参与和方法
    • WO2014048431A2
    • 2014-04-03
    • PCT/DE2013200177
    • 2013-09-27
    • PAPIERFABRIK AUGUST KOEHLER SE
    • HUBER MANFREDUHL JOACHIMKUEHNE LUTZBOSCHERT MICHAEL
    • D21F5/00
    • F26B5/02D21F5/006D21F5/18F26B21/001
    • The invention relates to a dryer section for drying a web (10) of fibrous material, particularly paper, cardboard, tissue/sanitary paper, having at least one drying unit (11) for reducing the moisture content of the web (10) by means of convection drying. The drying unit (11) has at least one nozzle (12) for applying a drying fluid to the web (10), at least one discharge device (13) for the moist air produced during convection drying, and transport means for moving the web (10) relative to the drying unit (11). The drying unit (11) has at least one ultrasonic generator (15), which is arranged, for excitating vibrations in the drying fluid, in the region of the nozzle (12) in such a manner that the reduction of the moisture content by ultrasound can be supported over the entire width of the web.
    • 本发明涉及一种干燥部用于干燥特别的纸,板,组织/棉纸的纤维材料的幅材(10),包括至少一个干燥单元(11),以降低纸幅(10)通过对流干燥,其中干燥单元的水分含量( 11)具有至少一个喷嘴(12),用于作用于所述幅材(10)与干燥的流体上,至少一个放电装置(13),用于对流潮湿空气和运输到所述幅材(10)(相对于干燥部11中所产生的),以 动,其特征在于,其在所述喷嘴(12),其通过超声的水分含量在整个幅材厚度的减小是可支持的区域中设置用于干燥液的振动激励,以便所述干燥单元(11)的至少一个超声波发生器(15)。
    • 59. 发明申请
    • DEPOSITION CHAMBER DESICCATION SYSTEMS AND METHODS OF USE THEREOF
    • 沉积室清洁系统及其使用方法
    • WO2006127472A1
    • 2006-11-30
    • PCT/US2006/019480
    • 2006-05-19
    • CARDINAL CG COMPANYHARTIG, Klaus
    • HARTIG, Klaus
    • C23C14/56C23C14/35H01J37/32
    • F26B21/001C23C14/564C23C16/4401F26B21/08
    • The present invention provides a system and method for removing contaminating moisture from a deposition chamber prior to use. Dry air, preferably hot dry air, is blown into the deposition chamber where it absorbs and removes moisture. This is done by connecting a desiccation system including a blower and a dryer to the deposition chamber. The deposition chamber is also provided with a vacuum source; this may be connected to the deposition chamber using the same line as that used for the desiccation source, or may be connected through a separate line. The dry air may re-circulate through the chamber during this flushing method, or the dry air may flow through the deposition chamber continuously. A heat exchanger may also be provided to efficiently reuse hot air used to recharge the desiccation system. The desiccation system and method are particularly suited for decontaminating a magnetron sputtering deposition chamber.
    • 本发明提供一种用于在使用之前从沉积室去除污染水分的系统和方法。 干燥空气,优选热干燥空气,吹入沉积室,在其中吸收和去除水分。 这通过将包括鼓风机和干燥器的干燥系统连接到沉积室来完成。 沉积室还设有真空源; 这可以使用与用于干燥源的线相同的线连接到沉积室,或者可以通过单独的管线连接。 在这种冲洗过程中干燥的空气可以通过室再循环,或者干燥的空气可以连续地流过沉积室。 还可以提供热交换器以有效地再利用用于对干燥系统进行再充电的热空气。 干燥系统和方法特别适用于去除磁控溅射沉积室。
    • 60. 发明申请
    • METHOD OF BURNING A PARTICULATE FUEL AND USE OF THE METHOD FOR BURNING SLUDGE
    • 燃烧颗粒燃料的方法和用于燃烧污泥的方法
    • WO1992014969A1
    • 1992-09-03
    • PCT/DK1992000039
    • 1992-02-06
    • ATLAS INDUSTRIES A/SCHRISTENSEN, Jorgen, Steen
    • ATLAS INDUSTRIES A/S
    • F23C06/04
    • F23G5/32F23G5/165F26B21/001
    • Method for the production of hot drying gas by the burning of flowable, biological refuse in an incinerator (1) which comprises a vertical cyclone furnace (2), into which there is an injection of fuel (6) tangentially together with the primary combustion air, secondary combustion air (7) and tertiary combustion air (8) which is injected into a throat (5). In the bottom of the furnace there is provided a cooled, rotating ash scraper (11). The waste gas is conducted via a throat (5) to a secondary combustion chamber (3) in which an incineration of residuals takes place, and from which the drying gas (4) is removed. Combustion-retarding air (9) is injected into the hottest area of the cyclone furnace (2), so that sintering and the formation of slag is avoided.
    • 通过在包括垂直旋风炉(2)的焚化炉(1)中燃烧可流动的生物垃圾来生产热干燥气体的方法,其中与主燃烧空气切向地注入燃料(6) ,二次燃烧空气(7)和三次燃烧空气(8),其被喷射到喉部(5)中。 在炉底部设有一个冷却的旋转灰分刮刀(11)。 废气通过喉部(5)传导到二次燃烧室(3),其中发生残余物的焚烧,并从中除去干燥气体(4)。 将减燃空气(9)注入旋风炉(2)的最热区域,以避免烧结和形成炉渣。