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    • 4. 发明授权
    • Housing for a turbocharger
    • 涡轮增压器外壳
    • US07089737B2
    • 2006-08-15
    • US10998515
    • 2004-11-29
    • Hartmut Claus
    • Hartmut Claus
    • B22C9/10F02B37/02F02B33/44F02B29/04F02B67/00F02B33/36F02B67/10F02B29/00F02B33/00F01N7/10F04D25/04F02F1/24F02C6/12F02M35/10
    • F01N13/10B22C9/103F01D25/24F02B37/00F02B37/02F04D25/024F04D29/4206F05D2220/40Y02T10/144
    • A housing for a turbocharger comprises a housing shell which surrounds, at least partially, a rotor space, at least one manifold of a combustion engine, a pipe for connecting the housing shell with at least one manifold of the combustion engine, and a cylinder head of said combustion engine. All these parts are integrally cast as one single piece. This may be effected by a method which comprises the steps of: joining and bonding sand cores for part of a housing shell of the turbocharger with sand cores for shaping the cavities of the manifold, and these, in turn, with sand cores for shaping the cylinder head. Subsequently, inserting said joint and bonded sand cores into respective firmly interconnected molds for molding said part of a housing shell of said turbocharger, for said manifold and said cylinder head, and filling molten metal into said molds and allowing solidification of said metal. After that, the integrally cast single piece of part of the housing shell of the turbocharger together with the manifold and the cylinder head is released and the cores are removed.
    • 用于涡轮增压器的壳体包括壳体壳体,该壳体至少部分地包围转子空间,内燃机的至少一个歧管,用于将壳体壳体与内燃机的至少一个歧管连接的管道和气缸盖 的所述内燃机。 所有这些零件都整体铸造成一体。 这可以通过一种方法实现,该方法包括以下步骤:将用于涡轮增压器的壳体壳体的一部分的砂芯与用于成形歧管的空腔的砂芯接合并粘合,并且这些砂芯又用砂芯 气缸盖。 随后,将所述接合和粘结的砂芯插入相应的牢固连接的模具中,用于模制所述涡轮增压器的壳体壳体的所述部分,用于所述歧管和所述气缸盖,并将熔融金属填充到所述模具中并允许所述金属凝固。 之后,释放涡轮增压器的外壳壳体与歧管和气缸盖一体的整体铸造的单件部件,并且将芯体移除。
    • 5. 发明申请
    • Housing for a turbocharger
    • 涡轮增压器外壳
    • US20050144946A1
    • 2005-07-07
    • US10998515
    • 2004-11-29
    • Hartmut Claus
    • Hartmut Claus
    • B22C9/10B22C9/24F01D25/24F01N13/10F01N13/18F02B37/00F02B37/02F02B39/00F04D25/04F04D29/42F01N7/10F02B33/44
    • F01N13/10B22C9/103F01D25/24F02B37/00F02B37/02F04D25/024F04D29/4206F05D2220/40Y02T10/144
    • A housing for a turbocharger comprises a housing shell which surrounds, at least partially, a rotor space, at least one manifold of a combustion engine, a pipe for connecting the housing shell with at least one manifold of the combustion engine, and a cylinder head of said combustion engine. All these parts are integrally cast as one single piece. This may be effected by a method which comprises the steps of: joining and bonding sand cores for part of a housing shell of the turbocharger with sand cores for shaping the cavities of the manifold, and these, in turn, with sand cores for shaping the cylinder head. Subsequently, inserting said joint and bonded sand cores into respective firmly interconnected molds for molding said part of a housing shell of said turbocharger, for said manifold and said cylinder head, and filling molten metal into said molds and allowing solidification of said metal. After that, the integrally cast single piece of part of the housing shell of the turbocharger together with the manifold and the cylinder head is released and the cores are removed.
    • 用于涡轮增压器的壳体包括壳体壳体,该壳体至少部分地包围转子空间,内燃机的至少一个歧管,用于将壳体壳体与内燃发动机的至少一个歧管连接的管道和气缸盖 的所述内燃机。 所有这些零件都整体铸造成一体。 这可以通过一种方法实现,该方法包括以下步骤:将用于涡轮增压器的壳体壳体的一部分的砂芯与用于成形歧管的空腔的砂芯接合并粘合,并且这些砂芯又用砂芯 气缸盖。 随后,将所述接合和粘结的砂芯插入相应的牢固连接的模具中,用于模制所述涡轮增压器的壳体壳体的所述部分,用于所述歧管和所述气缸盖,并将熔融金属填充到所述模具中并允许所述金属凝固。 之后,释放涡轮增压器的外壳壳体与歧管和气缸盖一体的整体铸造的单件部件,并且将芯体移除。
    • 10. 发明申请
    • Twin flow turbine housing
    • 双流涡轮机外壳
    • US20050019158A1
    • 2005-01-27
    • US10897727
    • 2004-07-23
    • Hartmut ClausMichael Mayer
    • Hartmut ClausMichael Mayer
    • F01D9/02F01D1/02
    • F01D9/026F05D2220/40
    • A twin flow turbine housing for two intake channels (13a, 14a) separated from one another in terms of fluid technology and intended for a fluid which is to be fed under pressure to a turbine, for example of a turbocharger, consists of two substantially symmetrical half-shells (13, 14) which between them enclose a substantially flat partition (18). The two half-shells (13, 14) and the partition (18) consist of sheet metal and are welded to one another. The outer contours of the half-shells have bent-over edges (20, 20′) and notches (30′) which are engaged by extensions (30) of the partition (18), the extensions (30) projecting outwards through the notches (30′) to enable them, after assembly of the half-shells, to be welded to the edges thereof. This manufacturing technology can be used for uncontrolled turbochargers and also for turbochargers controlled by a bypass.
    • 用于两个进气通道(13a,14a)的双流涡轮机壳体,用于在流体技术方面彼此分离并且用于在压力下被供给到例如涡轮增压器的涡轮机的流体的两个进气通道(13a,14a)由两个基本上对称的 半壳(13,14),它们之间围绕基本平坦的隔板(18)。 两个半壳(13,14)和隔板(18)由金属片组成并彼此焊接。 半壳体的外轮廓具有弯曲边缘(20,20')和与分隔件(18)的延伸部分(30)接合的凹口(30'),延伸部分(30)通过凹口向外突出 (30'),以使其能够在组装半壳之后被焊接到其边缘。 该制造技术可用于不受控制的涡轮增压器,也可用于由旁路控制的涡轮增压器。