Invention Grant
US08127737B2 Unfinished cylinder head casting, cast cylinder head for diesel internal combustion engines, and process for producing an unfinished cylinder head casting 有权
未完成的气缸盖铸造,用于柴油内燃机的铸造气缸盖,以及用于生产未完成的气缸盖铸件的工艺

  • Patent Title: Unfinished cylinder head casting, cast cylinder head for diesel internal combustion engines, and process for producing an unfinished cylinder head casting
  • Patent Title (中): 未完成的气缸盖铸造,用于柴油内燃机的铸造气缸盖,以及用于生产未完成的气缸盖铸件的工艺
  • Application No.: US11997849
    Application Date: 2006-07-18
  • Publication No.: US08127737B2
    Publication Date: 2012-03-06
  • Inventor: Rolf Gosch
  • Applicant: Rolf Gosch
  • Applicant Address: AT Linz
  • Assignee: Hydro Aluminium Mandl & Berger GmbH
  • Current Assignee: Hydro Aluminium Mandl & Berger GmbH
  • Current Assignee Address: AT Linz
  • Agency: Proskauer Rose LLP
  • Priority: DE102005037735 20050805
  • International Application: PCT/EP2006/064363 WO 20060718
  • International Announcement: WO2007/017349 WO 20070215
  • Main IPC: B22D15/02
  • IPC: B22D15/02 F02F1/38
Unfinished cylinder head casting, cast cylinder head for diesel internal combustion engines, and process for producing an unfinished cylinder head casting
Abstract:
An unfinished cylinder head casting for producing a cylinder head for internal combustion engines powered with diesel fuel includes a sealing surface, intended for mounting in a finished state on a corresponding sealing surface of an engine block, and designed on a sealing surface section of the unfinished cylinder head casting. A thickness of the sealing surface section in a casting state exhibits a machining allowance in relation to its set thickness, obtained after a material-removing finishing of the sealing surface. The sealing surface includes a combustion chamber region, associated with a combustion chamber formed in the engine block. In the case of such a cylinder head, an optimum load-bearing capacity is achieved in a simple manner in that a combustion chamber region sealing surface section machining allowance amounts to a maximum of 15% of the machining allowance of the sealing surface section in the remaining region of the sealing surface.
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