会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 2. 发明授权
    • Rolled plate sectional profile control rolling method and rolling mill
    • 轧制板截面轮廓控制轧制方法和轧机
    • US4703641A
    • 1987-11-03
    • US810972
    • 1985-12-19
    • Ikuo YaritaMasanori KitahamaToru Sasaki
    • Ikuo YaritaMasanori KitahamaToru Sasaki
    • B21B13/14B21B1/22B21B1/38B21B27/02B21B37/00B21B37/28B21B37/34B21B37/40B21B31/18
    • B21B37/40B21B2027/022B21B2269/14
    • A rolling mill comprises a pair of crown work rolls each having, at both ends of a drum, tapered ends ground at different taper angles, respectively. The work rolls are located one above the other with one tapered end of one work roll being in opposition to one tapered end having a different taper angle of the other work roll. The work rolls are movable in axial directions, such that edges of the plates are rolled by one tapered end of one work roll and a drum of the other work roll, and between tapered ends of both the work rolls. The method and rolling mills are capable of controlling the crown and edge drop reduction and simultaneously preventing local protrusions such as high spots and edge built-up to produce flat rolled plates having no difference in thickness and further capable of controlling the crown and the edge drop according to the material, thickness and width of the plates.
    • 一种轧机包括一对冠工作辊,它们在滚筒的两端分别具有不同锥角的锥形端部。 工作辊彼此重叠,一个工作辊的一个锥形端与另一个工作辊具有不同锥角的一个锥形端相对。 工作辊可沿轴向移动,使得板的边缘由一个工作辊的一个锥形端部和另一个工作辊的滚筒以及两个工作辊的锥形端部之间滚动。 该方法和轧机能够控制冠部和边缘下落减少,同时防止诸如高点和边缘组合的局部突起以产生没有厚度差异的平坦轧制板,并且还能够控制冠部和边缘部分 根据材料,板的厚度和宽度。
    • 3. 发明授权
    • Sheet crown control method and rolling equipment line for endless rolling
    • 板材控制方法和轧制设备生产线
    • US5531089A
    • 1996-07-02
    • US237050
    • 1994-05-03
    • Hideyuki NikaidoNobuaki NomuraToshisada TakechiYoshimitsu FukuiMasanori KitahamaKunio IsobeNorio Takashima
    • Hideyuki NikaidoNobuaki NomuraToshisada TakechiYoshimitsu FukuiMasanori KitahamaKunio IsobeNorio Takashima
    • B21B37/00B21B13/02B21B15/00B21B37/26B21B37/28B21B37/38B21B1/24
    • B21B37/28B21B13/023B21B37/26B21B15/0085B21B37/38
    • A sheet crown control method and apparatus for use in endless rolling in which consecutively fed sheets are joined to each other to be continuously rolled through a rolling equipment line. The rolling equipment line includes a junction device for joining consecutively fed sheets to each other, a plurality of stands arranged in tandem on the downstream side of the junction device and having a roll bender load adjusting mechanism and a roll crossing mechanism. The roll cross angle of rolls incorporated in a stand of each rolling mill is set at a predetermined value beforehand if there is a roll cross angle that will enable a target sheet crown to be applied to each sheet and the roll bender load of each stand is adjusted on-line, thereby effecting sheet crown control. Rolling also may be performed while adjusting the roll cross angle of rolls incorporated in stands of each rolling mill on-line together with the roll bender load. The roll bender load and the roll cross load may be adjusted in a transition region where a junction between sheets exists or in a stationary region where sheets of the same material follow one after another.
    • 一种用于环形轧制的片材冠控制方法和装置,其中连续供给的片材彼此接合以通过轧制设备线连续轧制。 轧制设备线包括用于将连续供给的板彼此接合的接合装置,在接合装置的下游侧串联布置的多个机座,并具有辊弯机负载调整机构和轧辊交叉机构。 如果存在能够将目标片材冠部施加到每个片材上的辊交叉角度,并且每个机架的轧辊弯曲装载负载为每个轧机的辊弯曲载荷,则预先将每个轧机的支架中包含的辊的辊横角设定为预定值 在线调整,从而进行表冠控制。 也可以在轧制机上轧辊交叉角度的同时进行轧制,同时辊轧机负载与轧制机在线连接。 可以在存在片材之间的接合处的过渡区域中或在相同材料的片材一个接一个地停留的固定区域中调节轧辊弯曲机负载和轧辊交叉负载。