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    • 1. 发明申请
    • METHOD FOR CONTROLLING AT LEAST A PART OF A PUMP STATION
    • 控制泵站一部分的方法
    • WO2012173552A1
    • 2012-12-20
    • PCT/SE2012/050581
    • 2012-05-31
    • XYLEM IP HOLDINGS LLCLARSSON, MartinFULLEMANN, AlexanderMÖKANDER, Jürgen
    • LARSSON, MartinFULLEMANN, AlexanderMÖKANDER, Jürgen
    • F04D15/00E03F5/22G05B13/02
    • F04D15/0066E03F5/22F04D15/029G05B13/021
    • The invention relates to a method for controlling at least a part of a pump station comprising a number of speed controlled pumps, the method is arranged to minimize the specific energy consumption E spec of said at least a part of a pump station and comprises a sub method, which in turn comprises the steps of: obtaining input data, determining the mutual relative relationships between a first value Al of a quantity corresponding to a first pump speed VI and a second value A2 of said quantity corresponding to a second pump speed V2, and between a first specific energy consumption E spec 1 and a second specific energy consumption E spec 2, and determining a third value A3 of said quantity corresponding to a third pump speed V3, wherein A3 is set equal to A2-B3 if the conditions A2 spec 2 spec 1 are satisfied, A3 is set equal to A2+B4 if the conditions A2>A1 and E spec 2 spec 1 are satisfied, A3 is set equal to A2+B5 if the conditions A2 spec 2>E spec 1are satisfied, and A3 is set equal to A2-B6 if the conditions A2>A1 and E spec 2>E spec 1 are satisfied, wherein B3, B4, B5, and B6 are parameters of said quantity.
    • 本发明涉及一种用于控制包括多个速度控制泵的泵站的至少一部分的方法,所述方法被布置为使泵站的所述至少一部分的比能量消耗Espec最小化,并且包括子方法 ,其又包括以下步骤:获得输入数据,确定与第一泵速度VI相对应的量的第一值A1与对应于第二泵速度V2的所述量的第二值A2之间的相互相对关系,以及 在第一比能量Espec1和第二比能量Espec2之间,并且确定对应于第三泵速度V3的所述量的第三值A3,其中如果满足条件A2spec2spec1,则A3设置为等于A2-B3,A3是 如果条件A2> A1和Espec2spec1满足,则设置为A2 + B4,如果条件A2spec2> Espec1满足,则A3设置为A2 + B5,如果c 满足A2> A1和Espec2> Espec1,其中B3,B4,B5和B6是所述量的参数。
    • 3. 发明申请
    • A NON-RETURN VALVE
    • 非返回阀
    • WO2009008823A1
    • 2009-01-15
    • PCT/SE2008/050841
    • 2008-07-07
    • ITT MANUFACTURING ENTERPRISES INCSVENSSON, RolandLARSSON, MartinCARLSSON, Victor
    • SVENSSON, RolandLARSSON, MartinCARLSSON, Victor
    • F16K15/03F16K15/04F16K15/06
    • F16K15/033F16K15/044F16K15/181F16K15/183
    • The present invention relates to anon-return valve (1) for a liquid piping system, comprising a valve housing (2) and a valve member (3), which is movable between a first position, in which a flow path is blocked, and a second position, in 5 which the flow path is unblocked. The non-return valve (1) comprises a non-return valve attachment (6) comprising a housing (7), a piston assembly (9, 10) and an energy storing means (11), the piston assembly being axially movable in relation to said housing (7) between a first active position, 10 and a second position. In said second position the fluid pressure of said liquid drives the piston assembly against the action of the energy storing means (11) away from said first position, such that the valve member (3) is movable into said second position of the valve member (3).
    • 本发明涉及一种用于液体管道系统的止回阀(1),其包括阀壳体(2)和阀构件(3),所述阀门壳体(2)和阀构件(3)可在阻塞流路的第一位置和 第二位置,其中流路被解除阻塞。 止回阀(1)包括止回阀附件(6),其包括壳体(7),活塞组件(9,10)和能量存储装置(11),活塞组件可相对于轴向移动 到第一活动位置10和第二位置之间的所述壳体(7)。 在所述第二位置,所述液体的流体压力克服所述能量存储装置(11)远离所述第一位置的作用驱动所述活塞组件,使得所述阀构件(3)可移动到所述阀构件的所述第二位置 3)。
    • 4. 发明申请
    • CONDUCTOR ARRANGEMENT, SYSTEM AND METHOD
    • 导体布置,系统和方法
    • WO2008060239A1
    • 2008-05-22
    • PCT/SE2007/050861
    • 2007-11-19
    • LARSSON, Martin
    • LARSSON, Martin
    • H01R25/14H01R13/642
    • H01R25/14H01R13/642H01R24/76H01R25/142H01R2103/00
    • The present invention relates to a connector arrangement (30) for connecting a connector device (40) to a conductor (15a-16e) in a carrying structure (12), which connection arrangement (30) comprises a neck portion (31 ) and a body (32) transversally extending from said neck portion, said body comprising at least one connection surface (33a-33e) for connection of said conductor and connection of the same to said connector device. Said body comprises a first and a second portion and that said first portion has a dimension different than the dimension of said second portion, and that each portion comprises a substantially U and/or V shaped recess (34a, 34b) in the longitudinal direction of said body.
    • 本发明涉及一种用于将连接器装置(40)连接到承载结构(12)中的导体(15a-16e)的连接器装置(30),该连接装置(30)包括颈部(31)和 主体(32)从所述颈部横向延伸,所述主体包括用于连接所述导体和将其连接到所述连接器装置的至少一个连接表面(33a-33e)。 所述主体包括第一部分和第二部分,并且所述第一部分具有与所述第二部分的尺寸不同的尺寸,并且每个部分在纵向方向上包括大致U形和/或V形凹部(34a,34b) 说身体
    • 7. 发明申请
    • OPERATING SYSTEM AND TELESCOPIC TUBE
    • 操作系统和TELESCOPIC TUBE
    • WO2009051523A1
    • 2009-04-23
    • PCT/SE2007/000900
    • 2007-10-15
    • HUSQVARNA AKTIEBOLAGLARSSON, Martin
    • LARSSON, Martin
    • B23B45/14B25D17/30F16B7/10F16M11/26B25D17/28B25D17/32
    • F16M11/28B25H1/0064F16B7/105F16M11/046F16M11/18F16M11/42F16M13/027F16M2200/028
    • An operating system for expanding and clamping a telescopic column (2) between a floor and a ceiling or between other structural parts of a building includes a mechanism (10) for moving an upper section (4) of the column relative to a lower section (3) and for locking the upper section in an adopted clamping position. The mechanism includes a first motion unit (11) for moving the upper section to near its clamping position and a second motion unit (12) for the final movement and for locking the upper section in the clamping position. The system is characterized in that said second motion unit (12) includes a lever (32) which is provided with said engagement member (36), a first spring (66) for turning the lever (32) about an axis of turning (31), a locking device (71,80) for securing the lever in said non-engaging position of the engagement member, and a releasing device (59,60) for controlled release said locking device causing said first spring (66) to turn the lever with the engagement member from said non-engaging position to an engagement position of the engagement member. The upper section (4) may be designed as a tube (14) having, along one of its walls, a longitudinal recess (17) accommodating a rack (13) which forms part of said first motion unit (1).
    • 用于在地板和天花板之间或建筑物的其他结构部件之间扩张和夹紧伸缩柱(2)的操作系统包括用于相对于下部移动该柱的上部(4)的机构(10) 3),并将上部锁定在采用的夹紧位置。 该机构包括用于将上部部分移动到靠近其夹紧位置的第一运动单元(11)和用于最终运动的第二运动单元(12),并用于将上部部分锁定在夹紧位置。 该系统的特征在于,所述第二运动单元(12)包括设置有所述接合构件(36)的杆(32),用于使所述杆(32)围绕转动轴线(31)转动的第一弹簧(66) ),用于将所述杆固定在所述接合构件的所述非接合位置的锁定装置(71,80)以及用于控制释放的释放装置(59,60),所述锁定装置使所述第一弹簧(66) 所述接合构件从所述非接合位置到所述接合构件的接合位置。 上部(4)可以被设计为具有沿其一个壁的纵向凹部(17)的管(14),所述纵向凹部(17)容纳形成所述第一运动单元(1)的一部分的齿条(13)。
    • 9. 发明申请
    • A DRILL STAND FOR A CORE DRILLING DEVICE
    • 钻孔钻机的钻头架
    • WO2008026975A1
    • 2008-03-06
    • PCT/SE2006/001002
    • 2006-09-01
    • HUSQVARNA AKTIEBOLAGLARSSON, Martin
    • LARSSON, Martin
    • B28D7/04B25H1/18B28D1/16
    • B25H1/0064
    • A drill stand (3) for a core drilling device includes a base (4), which is adapted to be anchored to a floor, a column (5) having a normal position at right angles to the base (4), a shaft (6) by which one end of the column (5) is pivotally attached to the base (4), and means for adjusting an inclination of the pivotable column (4) in relation to the normal position, a drilling device (2) for rotating a core drill (1) being mounted on the column (5) and movable there along toward and away from the base (4). The base has a bearing bracket (20) at each end of the shaft (6), and each bearing bracket has a cap portion (21) that can be tightened to lock the shaft (6) against rotation. The column (5) has one end operatively connected to a center portion of the shaft (6) for pivotal movement around a pivotal axis of the shaft.
    • 一种用于钻芯装置的钻台(3)包括适于被锚固到地板上的基座(4),具有与基座(4)成直角的正常位置的柱(5),轴( 6),其中柱(5)的一端枢转地附接到基部(4),以及用于调节可枢转柱(4)相对于正常位置的倾斜的装置,用于旋转的钻孔装置(2) 核心钻头(1)安装在所述柱(5)上,并且在所述基座(4)上朝向和远离所述钻头可移动。 基座在轴(6)的每一端具有一个轴承座(20),并且每个轴承托架都有一个能够拧紧以锁定轴(6)的旋转的盖部分(21)。 柱(5)具有可操作地连接到轴(6)的中心部分的一端,用于围绕轴的枢转轴线枢转运动。