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    • 1. 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)。
    • 2. 发明申请
    • A LEAF SPRING
    • LEAF弹簧
    • WO1990003281A1
    • 1990-04-05
    • PCT/SE1989000509
    • 1989-09-20
    • AB VOLVOINGVARSSON, HenrikSVENSSON, Roland
    • AB VOLVO
    • B60G11/04
    • B60G11/04B60G2202/112B60G2500/20F16F1/18
    • The present invention relates to a leaf spring for the suspension of a rigid wheel axle (10) in an automative vehicle. A first end (15) of the leaf spring (6) is pivotally by non-displaceably connected to the frame (8) of the vehicle or some like vehicle part and the second end (16) of the spring is also connected to the frame (8), whereas the centre part (14) of the spring is connected rigidly to the wheel axle (10). According to the invention, the spring is configured so that when no load is exerted on the spring, that part (17) of the spring (6) which is located between the first spring-end (15) and the centre part (14) of the spring is straight or slightly curved, whereas that part (18) of the spring (6) which is located between the centre part (14) of the spring and the second end (16) of the spring has a double-curve configuration and, seen from the side, at which the load on the centre part attacks, has a convex part (19) located nearest the centre part (14) and a concave part (20) located nearest said second end (16) of the spring and adjoining the convex part (19).
    • 本发明涉及一种用于在自动车辆中悬挂刚性轮轴(10)的板簧。 板簧(6)的第一端(15)通过不可移位地连接到车辆的框架(8)或某些类似的车辆部件而枢转,并且弹簧的第二端(16)也连接到框架 (8),而弹簧的中心部分(14)刚性地连接到轮轴(10)。 根据本发明,弹簧构造成使得当弹簧不施加负载时,位于第一弹簧端部(15)和中心部分(14)之间的弹簧(6)的该部分(17) 弹簧(6)的位于弹簧的中心部分(14)和弹簧的第二端(16)之间的部分(18)具有双曲线形状 并且从侧面看,中心部分上的负载受到攻击,具有位于最靠近中心部分(14)的凸出部分(19)和最靠近弹簧的第二端部(16)的凹入部分(20) 并且邻接所述凸部(19)。
    • 5. 发明申请
    • METHODS OF MOUNTING SUSPENSION ASSEMBLIES
    • 安装悬挂组件的方法
    • WO2008066446A1
    • 2008-06-05
    • PCT/SE2007/001041
    • 2007-11-26
    • VOLVO LASTVAGNAR ABSVENSSON, Roland
    • SVENSSON, Roland
    • B60G21/055
    • B60G9/003B60G21/0551B60G2200/31B60G2202/135B60G2204/1224B60G2204/4404B60G2206/8207B60G2206/91
    • A method of installing a torsion bar suspension assembly (300) to a suspension system of a vehicle (10) with two main beams (220) and wheels (20) mounted onto wheel axle assemblies (200). Included in the torsion bar suspension assembly (300) is a torsion bar (310), and a coupling arrangement (320, 340, 360) for coupling the torsion bar (310) to its wheel axle assembly (200), the torsion bar (310) including retractable and/or pivotal components (410, 600, 610, 620) at its extreme ends, and of retracting and/or pivoting the 0 components (410, 600, 610, 620), and then moving the torsion bar assembly (300) into position between the main beams (220). Coupling the coupling arrangement (320, 340, 360) to the wheel axle assembly (200) and securing the retractable and/or pivotal components (410, 600, 610, 620) to the main structural beams (220) are also included. The invention provides for more convenient mounting of the torsion bar assembly (300).
    • 一种将扭杆悬挂组件(300)安装到具有安装到轮轴组件(200)上的两个主梁(220)和轮(20)的车辆(10)的悬挂系统的方法。 扭杆悬挂组件(300)中包括扭杆(310)和用于将扭杆(310)连接到其轮轴组件(200)的联接装置(320,340,360),扭杆 310)包括在其最终端处的可伸缩和/或枢转部件(410,600,610,620),并且使所述零部件(410,600,610,620)回缩和/或枢转,然后移动所述扭杆组件 (300)进入主梁(220)之间的位置。 还将耦合装置(320,340,360)耦合到轮轴组件(200)并且将可伸缩和/或枢转部件(410,600,610,620)固定到主结构梁(220)上。 本发明提供了更方便地安装扭杆组件(300)。
    • 6. 发明申请
    • ADJUSTMENT DEVICE FOR ADJUSTING PROPELLER BLADES OF A PROPELLER PUMP AND A PROPELLER PUMP INCLUDING SUCH A DEVICE
    • 用于调节螺旋桨的螺旋叶片的调节装置和包括这种装置的螺旋桨泵
    • WO2006137765A1
    • 2006-12-28
    • PCT/SE2006/000658
    • 2006-06-05
    • ITT MANUFACTURING ENTERPRISES INCSVENSSON, Roland
    • SVENSSON, Roland
    • F04D15/00
    • F04D15/0055
    • The present invention relates to an adjustment device for adjusting the pitch angle of the propeller blades (4) of a propeller pump (1) and a propeller pump incorporating such a device. The adjustment device comprises adjustment means (5; 25; 35) mounted within the hub (2) arranged to be axially movable in a direction along the drive shaft (7), the adjustment means (5; 25; 35) being provided with a plurality of guide slots (6; 26a, 26b; 36) arranged at circumferential spacings around the surface; a plurality of attachment means (20) rotationally mounted in the hub (2), each being fixedly attached to a propeller blade (4) and supported by at least one guide slot (6; 26a, 26b; 36), wherein each attachment means (20) and the corresponding at least one guide slot (6; 26a, 26b; 36) are arranged to interact such that a force applied on the attachment means (20) is distributed symmetrically about an axis perpendicular to the drive shaft (7) and parallel with a rotational axis of the attachment means (20); and wherein the guide slots (6; 26a, 26b; 36) are arranged to, at an axial movement of the adjustment means (5; 25; 35), cause the attachment means (5; 25; 35) to rotate about its own rotational axis, whereby the propeller blade (4) in turn is rotated.
    • 本发明涉及一种用于调节螺旋桨泵(1)的螺旋桨叶(4)的俯仰角的调节装置和结合有这种装置的螺旋桨泵。 所述调节装置包括安装在所述轮毂(2)内的调节装置(5; 25; 35),所述调节装置设置成沿着所述驱动轴(7)的方向可轴向移动,所述调节装置(5; 25; 35) 多个导向槽(6; 26a,26b; 36)布置在表面周围的圆周间隔处; 多个安装在所述轮毂(2)中的附接装置(20),每个固定装置固定地附接到螺旋桨叶片(4)上并由至少一个导向槽(6; 26a,26b; 36)支撑,其中每个连接装置 (20)和相应的至少一个引导槽(6; 26a,26b; 36)被布置成相互作用,使得施加在附接装置(20)上的力围绕垂直于驱动轴(7)的轴线对称地分布, 并与所述附接装置(20)的旋转轴平行; 并且其中所述引导槽(6; 26a,26b; 36)被布置成在所述调节装置(5; 25; 35)的轴向移动时使所述附接装置(5; 25; 35)围绕其自身 旋转轴线,由此螺旋桨叶片4依次旋转。
    • 8. 发明申请
    • SHEAR STRAIN CARRYING JOINT BETWEEN TWO ABUTTING ELEMENTS IN A MOTOR VEHICLE
    • 在电动车辆中的两个对象元件之间的剪切应变
    • WO2005038274A1
    • 2005-04-28
    • PCT/SE2004/001454
    • 2004-10-12
    • VOLVO LASTVAGNAR ABSVENSSON, RolandBODIN, Jan-Olof
    • SVENSSON, RolandBODIN, Jan-Olof
    • F16B17/00
    • F16B19/02
    • Shear strain-carrying joint (1) between two parts (2, 3) abutting one another in a motor vehicle. The joint comprises two pins (4, 5) arranged in pairs, securely fixed in the one part (2) projecting upwards from an abutting surface (9) and situated at a selected interval (a) form one another. Openings (7, 8) are furthermore arranged in an abutting surface (6) on the second part (3) and situated at a corresponding interval from one another. The pins are dimensioned, shaped and positioned such that they each fit in one of the openings. The pins (4, 5) in a base section have two convexly curved mating surfaces (20, 21) that give each pin a selected cross-sectional dimension (d) between the mating surfaces. When the parts are in the assembled state, the mating surfaces coincide with sections of the peripheral surface (29) of the openings. Between the curved mating surfaces (20, 21) of the pins sections (15, 16) are arranged, in which each pin has a smaller cross-sectional dimension (x) than the cross-sectional dimension between the mating surfaces.
    • 在机动车辆中彼此邻接的两个部分(2,3)之间的剪切应变承载接头(1)。 接头包括成对设置的两个销(4,5),其牢固地固定在从邻接表面(9)向上突出并且以选定的间隔(a)彼此形成的一个部分(2)中。 开口(7,8)还布置在第二部分(3)上的邻接表面(6)中并且以彼此相应的间隔设置。 销的尺寸,形状和定位使得它们各自装配在一个开口中。 基部中的销(4,5)具有两个凸形弯曲的匹配表面(20,21),其使每个销在配合表面之间具有选定的横截面尺寸(d)。 当部件处于组装状态时,配合表面与开口的周边表面(29)的部分重合。 布置在销部分(15,16)的弯曲配合表面(20,21)之间,其中每个销具有比配合表面之间的横截面尺寸更小的横截面尺寸(x)。