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    • 3. 发明申请
    • Method and device for internal coating of cavities by thermal spraying
    • 通过热喷涂内腔涂层的方法和装置
    • US20050170099A1
    • 2005-08-04
    • US11022076
    • 2004-12-23
    • Rainer GadowAndreas KillingerMichael BuchmannDaniel Lopez Martinez
    • Rainer GadowAndreas KillingerMichael BuchmannDaniel Lopez Martinez
    • C23C4/00C23C4/12C23C4/16B05D1/08B23B3/34
    • C23C4/12B05B7/203B05B13/0431B05B13/0654B05B14/40B05B15/555C23C4/16
    • The invention describes a device and a method for internal coating of cavities of workpieces by thermal spraying, comprising a burner for spraying a coating material, the burner being received on a positioning device for allowing positioning at least in one direction, and further comprising a rotary plate, which can be driven in rotary fashion and on which is provided a workpiece holder for a workpiece that can be positioned relative to the burner by means of a guiding device. The guiding device comprises at least one first linear guide with a first drive means for positioning the workpiece holder, and at least one second linear guide with a second drive means for positioning a balancing weight. The first and the second drive means are driven in opposite senses, which guarantees continuous balancing of the masses when the workpiece is displaced. In order to ensure continuous evacuation of overspray, the rotary plate is provided, in the area of its axis of rotation, with an opening to which an exhaust system can be connected.
    • 本发明描述了一种用于通过热喷涂内部涂覆工件空腔的装置和方法,包括用于喷涂涂层材料的燃烧器,所述燃烧器被容纳在定位装置上,用于允许至少沿一个方向定位,并且还包括旋转 板,其可以以旋转方式驱动,并且其上设置有用于可通过引导装置相对于燃烧器定位的工件的工件保持器。 引导装置包括至少一个第一线性引导件,其具有用于定位工件保持器的第一驱动装置,以及具有用于定位平衡重的第二驱动装置的至少一个第二线性引导件。 第一和第二驱动装置以相反的方向被驱动,这保证当工件移动时质量的连续平衡。 为了确保连续抽出超喷射,旋转板在其旋转轴线的区域中设置有可连接排气系统的开口。
    • 4. 发明授权
    • HVOF wire spray system
    • HVOF钢丝喷涂系统
    • US06924007B2
    • 2005-08-02
    • US10436236
    • 2003-05-13
    • James Browning
    • James Browning
    • B05B7/20C23C4/12B05D1/08
    • B05B7/203C23C4/129
    • In a thermal spray process, a wire is fed into a flame-jet to heat said wire to the melting point, atomize and projected high velocity the droplets so formed against a surface to buildup a coating of material on the surface. The wire is fed into the flame by aligning the cast-plane of the wire with the flame-jet by using a tubular member formed into a circular shape to provide sufficient length to guide wire and to provide the necessary twist amount to the wire to align the cast-plane with the axis of the flame-jet.
    • 在热喷涂工艺中,将线材供给到火焰喷射中以将所述线材加热到熔点,雾化并高速喷射如此形成的液滴,从而在表面上形成材料涂层。 通过使用形成为圆形形状的管状构件将导线的铸造平面与火焰喷射对准来将线材馈送到火焰中,以提供足够的长度来引导导线并且为线对准提供必要的扭转量 具有火焰喷射轴线的投射平面。
    • 5. 发明申请
    • HVOF wire spray system
    • HVOF钢丝喷涂系统
    • US20040228979A1
    • 2004-11-18
    • US10436236
    • 2003-05-13
    • James A. Browning
    • B05D001/08
    • B05B7/203C23C4/129
    • In a thermal spray process, a wire is fed into a flame-jet to heat said wire to the melting point, atomize and projected high velocity the droplets so formed against a surface to buildup a coating of material on the surface. The wire is fed into the flame by aligning the cast-plane of the wire with the flame-jet by using a tubular member formed into a circular shape to provide sufficient length to guide wire and to provide the necessary twist amount to the wire to align the cast-plane with the axis of the flame-jet.
    • 在热喷涂工艺中,将线材供给到火焰喷射中以将所述线材加热到熔点,雾化并高速喷射如此形成的液滴,从而在表面上形成材料涂层。 通过使用形成为圆形形状的管状构件将导线的铸造平面与火焰喷射对准来将线材馈送到火焰中,以提供足够的长度来引导导线并且为线对准提供必要的扭转量 具有火焰喷射轴线的投射平面。
    • 6. 发明授权
    • High-velocity thermal spray apparatus and method of forming materials
    • 高速热喷涂装置及其成型方法
    • US06245390B1
    • 2001-06-12
    • US09393575
    • 1999-09-10
    • Viatcheslav BaranovskiAndrew Verstak
    • Viatcheslav BaranovskiAndrew Verstak
    • C23C412
    • B05B7/224B05B7/203B05B7/205
    • The high-velocity oxygen-fuel or air-fuel apparatus and method to apply low-oxidized and high-density coatings and bulk materials by spraying of non-fused particles, said apparatus comprises a catalytic member in internal burner. Metallic or ceramic catalyst of the catalytic member allows stable combustion at gas temperatures below the melting point of spraying material. Lowering of combustion temperature occurs when increasing the pressure and flow rate of the oxidizer or fuel over stoichiometrical or when adding an inert gas into combustible mixture. The catalytic member contains a catalyst selected from the group of noble metals, or binary oxides of the noble metal and rare earth metal, or other high temperature resistant catalyst capable to lower an ignition temperature of the oxidizer and fuel mixture. The catalytic member is made in a form of a wire or wire-net insert, or a coating on walls and passages of the internal burner or a coating on at least one catalyst ceramic support placed in the internal burner.
    • 高速氧燃料或空气燃料装置以及通过喷射非熔融颗粒来施加低氧化和高密度涂层和散装材料的方法,所述装置包括内部燃烧器中的催化部件。 催化部件的金属或陶瓷催化剂允许在低于喷涂材料熔点的气体温度下稳定地燃烧。 当增加氧化剂或燃料超过化学计量的压力和流量时,或者在将惰性气体加入可燃混合物时,会降低燃烧温度。 催化剂含有选自贵金属或贵金属和稀土金属的二元氧化物的催化剂,或能够降低氧化剂和燃料混合物的着火温度的其它耐高温催化剂。 催化剂构件以线或丝网插入物的形式或内部燃烧器的壁和通道上的涂层或涂覆在置于内部燃烧器中的至少一个催化剂陶瓷载体上的形式制成。