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    • 1. 发明申请
    • A METHOD AND A DEVICE IN THE MANUFACTURE OF AN OPTICAL FIBRE
    • 光纤制造中的方法和装置
    • WO2003050048A1
    • 2003-06-19
    • PCT/FI2002/000990
    • 2002-12-05
    • PHOTONIUM OYJANKA, KaukoTUURNALA, TaneliMATTILA, TimoRAJALA, Markku
    • JANKA, KaukoTUURNALA, TaneliMATTILA, TimoRAJALA, Markku
    • C03B37/029
    • C03B37/029C03B37/02718C03B2205/56
    • The invention relates to a method and a device in the manufacture of an optical fibre (11), in which manufacture a fibre preform (12) is placed vertically in a drawing furnace (10) or the like, in which drawing furnace (10) the preform (12) is heated in a heating zone in such a way that a thin fibre (11) is formed of the molten zone (16) forming at the lower end of the preform (12) by means of gravity and/or downwards drawing of the fibre (11), and the forming fibre (11) is guided to cool down in a controlled manner in an extension tube (19) following the heating zone. According to the invention, after said heating zone, on the path of the molten or still partly molten fibre (11), the extension tube (19) is provided with a thermophoretic collector (20, 30, 40) which comprises one or more cooled means (21, 31, 41) to thermophoretically deposit, on its surface, impurities contained in the gas flow (18) surrounding the fibre (11).
    • 本发明涉及一种制造光纤(11)的方法和装置,其中制造纤维预制件(12)垂直放置在拉丝炉(10)等中,其中拉丝炉(10) 预成型件(12)在加热区域中被加热,使得纤维(11)由熔融区(16)形成,所述熔融区(16)通过重力和/或向下在所述预型件(12)的下端形成 引导纤维(11)和成形纤维(11)的引导,以受控的方式在加热区之后的延伸管(19)中冷却。 根据本发明,在所述加热区之后,在熔融或仍部分熔融的纤维(11)的路径上,延伸管(19)设置有热解析收集器(20,30,40),其包括一个或多个冷却 在其表面上热电沉积在纤维(11)周围的气流(18)中包含的杂质的装置(21,31,41)。
    • 2. 发明申请
    • PROCEDURE FOR CONTROLLING AND MAINTAINING AIR CURRENTS OR EQUIVALENT IN AN AIR-CONDITIONING INSTALLATION, AND AN AIR-CONDITIONING SYSTEM ACCORDING TO SAID PROCEDURE
    • 在空调安装中控制和维护空气流量或等效的程序以及根据上述程序的空调系统
    • WO1990008293A1
    • 1990-07-26
    • PCT/FI1990000010
    • 1990-01-11
    • HALTON OYAALTO, ErkkiMATTILA, TimoNIEMELÄ, MertsiRANTANEN, Pertti
    • HALTON OY
    • F24F11/00
    • G05D7/0688F24F11/74G05D23/1934
    • The present invention concerns a procedure and apparatus for controlling and maintaining air currents or equivalent in an air-conditioning installation or equivalent. The air-conditioning installation comprises one or several air-conditioning machines (P) for producing the desired flows, and one or several duct systems for conducting the flows into the desired room spaces (H1, H2...) or equivalent and/or out from the room spaces (H1, H2...) or equivalent. The duct systems consist of requisite trunk, zone and room duct systems (R, Z, C). In the procedure the air flow rates required at any given time in the air-conditioning system are determined on the basis of the air temperature and/or air quality and/or air noise levels and/or air pressure conditions and/or other similar factors. On the basis of the respective air flow rates determined by calculation, a combination of the said values for all controll members (S1, S1.1, S1.2...) and air-conditioning machines (P) are thereafter determined at the same time, and the control members (S1, S1.1...) and the air-conditioning machines (P) are at the same time set to settings consistent with said set value combination, whereby the above-mentioned air flow rates will be realized.
    • 本发明涉及用于控制和维持空气调节装置或等同物中的气流或等效物的方法和装置。 空调设备包括用于产生所需流量的一个或多个空调机(P),以及一个或多个用于将流动进入所需房间空间(H1,H2 ...)或等同物和/或 从房间(H1,H2 ...)或等同物。 管道系统由必要的主干,区域和室内管道系统(R,Z,C)组成。 在该程序中,空调系统中的任何给定时间所需的空气流速基于空气温度和/或空气质量和/或空气噪声水平和/或空气压力条件和/或其它类似因素来确定 。 基于通过计算确定的各个空气流量,然后在所述控制构件(S1,S1.1,S1.2 ...)和空调机(P)的所述值的组合在 同时,控制构件(S1,S1.1 ...)和空调机(P)同时设定为与所述设定值组合一致的设定,由此上述空气流量将 实现。
    • 3. 发明申请
    • SEALING A FIBER DRAWING FURNACE
    • 密封纤维绘图炉
    • WO2003059831A1
    • 2003-07-24
    • PCT/FI2003/000020
    • 2003-01-14
    • PHOTONIUM OYMATTILA, Timo
    • MATTILA, Timo
    • C03B37/029
    • C03B37/029C03B2205/80C03B2205/98
    • A drawing furnace (10) or the like for manufacturing optical (3) fiber preferably of a vertical fiber preform (1), which drawing furnace comprises at least a preferably tubular heating element (12) surrounding the fiber preform (1) for heating the fiber preform, an outside insulating layer (13) of the heating element (12), a frame part (11) of the drawing furnace in order to place said heating element (12) and said insulating layer (13) in the drawing furnace (10), and a cover part (20) in order to close the area between said heating element (12) and said frame part (11) to insulate the insulating layer (13) from the gas flow (4) surrounding the fiber preform. A gas tube (16) is fitted between the cover part (20) of the drawing furnace (10) and the heating element (12) in order to feed gas to the gas space surrounding the fiber preform, and the cover part (20) is still fitted mobile in relation to the frame (11) when the length of the heating element (12) changes in such a manner, that a force, which is substantially constant and seals the gas tube to the end of the heating element, is directed at said gas tube in all modes of operation of the drawing furnace (10).
    • 一种用于制造优选垂直纤维预成型件(1)的光学(3)纤维的拉丝炉(10)等,所述拉丝炉至少包括围绕纤维预制件(1)的管状加热元件(12),用于加热 纤维预成型件,加热元件(12)的外部绝缘层(13),拉制炉的框架部分(11),以将所述加热元件(12)和所述绝缘层(13)放置在拉拔炉( 10)和覆盖部分(20),以封闭所述加热元件(12)和所述框架部分(11)之间的区域,以使绝缘层(13)与围绕纤维预制件的气流(4)绝缘。 为了将气体供给到纤维预制件周围的气体空间,气体管(16)装配在拉丝炉(10)的盖部(20)和加热元件(12)之间,盖部(20) 当加热元件(12)的长度以这样的方式变化时,仍相对于框架11移动,即基本上恒定并且将气体管密封到加热元件的端部的力为 在所述拉制炉(10)的所有操作模式下都指向所述气体管。
    • 5. 发明申请
    • DEVICE FOR AND METHOD OF HANDLING RECYCLING CANS
    • 用于处理回收罐的装置和方法
    • WO1990005346A1
    • 1990-05-17
    • PCT/FI1989000190
    • 1989-10-05
    • HALTON OYLUOSTARINEN, JukkaHÄGG, GunnarMATTILA, Timo
    • HALTON OY
    • G07F07/06
    • B30B9/321G07F7/0609
    • The invention concerns a device (10) for handling of recycling cans, which comprises a feed trough (11) into which the recycling can to be recycled and to be fed into the press (17) is placed before it is transferred into the press (17). The press (17) comprises a press drive gear (18), by means of which the press plate (21) in the press (17) is displaced so as to press the recycling can (T) in the direction of the central axis of the recycling can between its ends into a smaller volume. The device (10) for handling of recycling cans comprises a motor (12) by whose operation the feed trough (11) is made free to pivot into a position that removes the recycling can into the press. The feed trough is returned back to its initial position by means of further operation of said motor (12), in which said initial position the feed trough is ready to receive a new recycling can (T). The invention also concerns a method in the handling of recycling cans.
    • 本发明涉及一种用于处理回收罐的装置(10),该装置包括一个进料槽(11),再循环罐可以再循环并进料到压榨机(17)中,该进料槽被转移到压榨机中 17)。 压力机(17)包括压力传动齿轮(18),压力机(17)中的压板(21)通过该压力传动齿轮移动,以便在再循环罐(T)的中心轴线方向 回收可以在其末端之间变小。 用于处理回收罐的装置(10)包括电动机(12),通过其操作使供料槽(11)自由枢转到将再循环罐移入压力机的位置。 通过所述马达(12)的进一步操作将进料槽返回到其初始位置,在该位置,所述进料槽准备好接收新的再循环罐(T)。 本发明还涉及处理回收罐的方法。