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    • 4. 发明申请
    • A CONVERTER APPARATUS AND A METHOD FOR CONTROL THEREOF
    • 一种转换器装置及其控制方法
    • WO2002063757A1
    • 2002-08-15
    • PCT/SE2002/000056
    • 2002-01-15
    • ABB ABLINDBERG, Johan
    • LINDBERG, Johan
    • H02M7/48
    • H02M7/483
    • In an apparatus for converting alternating voltage to direct voltage and conversely with a series connection of at least four units (1-4) each comprising a semiconductor device (10-13) of turn-off type and a diode (14-17) connected in anti-parallel therewith between two poles of a diode voltage side, a flying capacitor (25) is connected between two outer midpoints (24, 26) between two units of the series connection, while the midpoint of the series connection is connected to an alternating voltage phase line (19). An arrangement (27) is adapted to control the units (1-4) for transferring the apparatus between a main operation mode and an alternative operation mode depending upon function parameters of the apparatus. The semiconductor devices of the outer units (1, 4) are then kept continuously turned on in the alternative operation mode and only semiconductor devices of the inner units (2, 3) are then switched. The control arrangement (27) controls the voltage of the pulses on the phase output (18) of the apparatus to be lower in the alternative operation mode.
    • 在用于将交流电压转换为直流电压的装置中,并且相反地使用至少四个单元(1-4)的串联连接,每个单元包括断开型半导体器件(10-13)和连接的二极管(14-17) 在二极管电压侧的两极之间与其平行地平行,在串联连接的两个单元之间的两个外部中间点(24,26)之间连接有飞行电容器(25),而串联连接的中点连接到 交流电压相线(19)。 装置(27)适于根据装置的功能参数来控制用于在主操作模式和替代操作模式之间传送装置的单元(1-4)。 然后,外部单元(1,4)的半导体器件在替代操作模式下被连续地导通,然后只切换内部单元(2,3)的半导体器件。 控制装置(27)在替代操作模式中控制装置的相位输出(18)上的脉冲电压较低。
    • 5. 发明申请
    • COLLAPSIBLE CRATE FOR TRANSPORTATION AND DISPLAY OF PIECES, AND METHOD FOR SUPPLYING AND MERCHANDISING PRODUCTS
    • 运输和展示的可拆卸的标识,以及供应和商品的方法
    • WO2011048259A1
    • 2011-04-28
    • PCT/FI2010/050798
    • 2010-10-14
    • K. HARTWALL OY ABRAMBERG, HerrickLINDBERG, Johan
    • RAMBERG, HerrickLINDBERG, Johan
    • B65D6/18B65D19/18
    • B65D11/1833B65D85/305
    • The invention provides a novel collapsible transportation crate (1) for the transportation and exhibition of non-self-supporting containers (50). The crate(1) comprises a quadrilateral tray (10), which forms the bottom of the crate (1), and at least two lateral walls (20, 40) adapted pivotably to opposite edges (7, 9) of the tray (10), in respect of which the walls (20, 30, 40) are pivotable into an erect position for operational mode of the crate (1), wherein the lateral walls (20, 40) are orthogonal to the tray (10) and define a space for the contents (50), and into a folded position for return mode of the crate (1), wherein the lateral walls (20, 40) are parallel to the tray (10). The crate (1) further comprises at least one supporting frame member (30) adaptable to a laterally supporting position between the erected lateral walls (20, 40) on one lateral side of the crate (1) so that at least one lateral side is left open, and to a folded position, wherein the supporting frame member (30) is parallel to the tray (10).
    • 本发明提供了一种用于运输和展示非自支撑容器(50)的新型可折叠运输箱(1)。 所述条板箱(1)包括形成所述箱体(1)的底部的四边形托盘(10),以及至少两个侧壁(20,40),所述至少两个侧壁(20,40)可枢转地适应所述托盘(10)的相对边缘(7,9) ),其中所述壁(20,30,40)能够枢转到用于所述箱(1)的操作模式的直立位置,其中所述侧壁(20,40)与所述托盘(10)正交并且限定 用于内容物(50)的空间,并且进入用于折返模式的折叠位置(1),其中侧壁(20,40)平行于托盘(10)。 所述条板箱(1)还包括至少一个支撑框架构件(30),所述至少一个支撑框架构件适于横向支撑位置,所述横向支撑位置位于所述壁板(1)的一个侧面上的所述直立的侧壁(20,40)之间, 打开,并且到折叠位置,其中支撑框架构件(30)平行于托盘(10)。
    • 7. 发明申请
    • METHOD AND DEVICE FOR IDENTIFYING INDIVIDUAL ELECTRIC CONDUCTORS
    • 用于识别个体电导体的方法和装置
    • WO1994029736A1
    • 1994-12-22
    • PCT/SE1994000561
    • 1994-06-09
    • LL INSTRUMENT ABLINDBERG, JohanLYDÉN, Åke
    • LL INSTRUMENT AB
    • G01R31/02
    • G01R31/023
    • This invention concerns a device and a method for identifying individual electric conductors in a group (3) of two or more conductors (L1-L3), the group having a first end (4), at which the identities of the conductors are known, and a second end (5), at which the identities of the conductors are unknown and to be established. The identification device (1) comprises two or more conductor connectors (6[L1-L3]), a ground connector (6[0]), and one or more resistors (R1-R3), each of the conductor connectors being electrically connected to the ground connector in such a manner that at least all the conductor connectors except one are connected via at least one of the resistors. Further, the identification device (1) has two or more diodes (D1-D3), and all the conductor connectors are connected to the ground connector by at least one separate diode for each conductor connector, all the diodes being so turned as to conduct current towards the ground connector.
    • 本发明涉及一种用于识别两个或多个导体(L1-L3)的组(3)中的各个电导体的装置和方法,该组具有第一端(4),在该第一端处已知导体的标识, 以及第二端(5),其中导体的身份是未知的并且被建立。 识别装置(1)包括两个或多个导体连接器(6 [L1-L3]),接地连接器(6 [0])和一个或多个电阻器(R1-R3),每个导体连接器电连接 到达接地连接器,使得除了一个以外的至少所有导体连接器经由至少一个电阻器连接。 此外,识别装置(1)具有两个或更多个二极管(D1-D3),并且所有导体连接器通过用于每个导体连接器的至少一个单独的二极管连接到接地连接器,所有二极管被转动以便导通 电流接地连接器。