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    • 1. 发明授权
    • Roll that can be bent with a composite shell
    • 可以用复合外壳弯曲的卷
    • US06592503B2
    • 2003-07-15
    • US09803459
    • 2001-03-09
    • Juha IsometsäTuomo KurkelaJorma Snellman
    • Juha IsometsäTuomo KurkelaJorma Snellman
    • B29C4346
    • F16C23/06B65G39/09B65H2404/1371D21G1/0206D21G1/0226F16C13/02
    • A roll has a continuous tubular roll shell (11) of a composite material and axle journals (12) rotating together with the roll shell and joined to each end of the roll shell. The axle journals are supported on a supporting element (13) surrounding the axle journal (12) by at least two bearing elements (14, 15) located at a distance from each other in the axial direction (X—X) of the roll, which supporting element (13) for its part is supported on the machine frame structures (R). The first bearing element (14, 15) is supported on the supporting element (13) through a bending mechanism (20, 21), which is used for applying to the first bearing element (14, 15) a force affecting in a radial direction in order to deflect the first bearing element (14, 15) in relation to the central axis (X—X) of the unbent roll, whereby the axle journal (12) will bend in relation to a pivot point which is formed at the second bearing element (14, 15) and a bending moment is applied to the roll shell (11).
    • 辊具有复合材料的连续管状辊壳(11)和与辊壳一起旋转并连接到辊壳的每个端部的轴颈(12)。 所述轴颈通过位于所述辊的轴向方向(XX)上彼此间隔一定距离的至少两个轴承元件(14,15)支撑在围绕所述轴颈(12)的支撑元件(13)上,所述轴承元件 其部件的元件(13)支撑在机架结构(R)上。 第一轴承元件(14,15)通过弯曲机构(20,21)支撑在支撑元件(13)上,弯曲机构(20,21)用于向第一轴承元件(14,15)施加沿径向影响的力 以便使第一轴承元件(14,15)相对于无卷轴的中心轴线(XX)偏转,由此轴颈(12)将相对于形成在第二轴承元件的枢轴点弯曲 (14,15),并且弯曲力矩施加到辊壳(11)。
    • 2. 发明授权
    • Spreader roll
    • 撒布机卷
    • US07798949B2
    • 2010-09-21
    • US11468098
    • 2006-08-29
    • Kalle VaaraniemiJuha Isometsä
    • Kalle VaaraniemiJuha Isometsä
    • B25F5/02
    • F16C13/04F16C13/028
    • A spreader roll has at least two partial rolls (10, 20, 30) with a composite shell (11, 21, 31) and two end part rolls (10, 30) connected together directly or by an intermediate part roll (20) so a gap (D) remains between the end surfaces of the shells (11, 21, 31) of the partial rolls (10, 20, 30). An end journal (12, 32) is connected to the outer end of the roll shell (11, 31) of each end part roll (10, 30). Each end journal is supported to frame constructions (R) by an end bearing (40, 50). The partial rolls (10, 20, 30) are connected by an intermediate journal (13, 33) rotating with the roll shells (11, 21, 31) of the partial rolls (10, 20, 30). The intermediate journal (13, 33) is supported to a fixed support beam (P) external to the spreader roll by an intermediate bearing (60, 70).
    • 扩展辊具有至少两个具有复合壳体(11,21,31)和两个直接连接在一起的中间部分辊(20)的端部辊(10,30)的部分辊(10,20,30),因此 间隔(D)保留在部分辊(10,20,30)的壳体(11,21,31)的端面之间。 端部轴颈(12,32)连接到每个端部卷(10,30)的辊壳(11,31)的外端。 每个端部轴颈由端部轴承(40,50)支撑到框架结构(R)上。 部分辊(10,20,30)通过与部分辊(10,20,30)的辊壳(11,21,31)一起旋转的中间轴颈(13,33)连接。 中间轴颈(13,33)通过中间轴承(60,70)支撑在扩展辊的外部的固定支撑梁(P)上。