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    • 22. 发明申请
    • Bowl, spin, rinse, and dry module, and method for loading a semiconductor wafer into a spin, rinse, and dry module
    • 碗,旋转,冲洗和干燥模块以及将半导体晶片装载到旋转,冲洗和干燥模块中的方法
    • US20020096200A1
    • 2002-07-25
    • US10013198
    • 2001-11-02
    • Lam Research Corporation
    • Roy Winston PascalBrian M. Bliven
    • B08B003/02
    • H01L21/67017H01L21/67028Y10S134/902
    • A bowl includes a bottom wall having a generally circular shape. A sidewall extends upwardly from the bottom wall to define a cylindrical chamber. The sidewall has a projection that extends into the cylindrical chamber. The projection has a top surface that defines a step in the cylindrical chamber and a sloped surface that extends between the top surface and an inner surface of the sidewall. The top surface of the projection is sloped slightly downwardly. The sloped surface of the projection is oriented relative to the top surface such that extensions of the top surface and the sloped surface define an angle in a range from about 30 degrees to about 45 degrees. A spin, rinse, and dry module including the bowl and a method for loading a semiconductor wafer into a spin, rinse, and dry module also are described.
    • 碗包括具有大致圆形形状的底壁。 侧壁从底壁向上延伸以限定圆柱形腔室。 侧壁具有延伸到圆柱形腔室中的突起。 突起具有限定圆柱形腔室中的台阶的顶表面和在顶壁和侧壁的内表面之间延伸的倾斜表面。 突起的顶部表面略微向下倾斜。 突起的倾斜表面相对于顶表面定向,使得顶表面和倾斜表面的延伸部分限定在约30度至约45度范围内的角度。 还描述了包括碗的旋转,冲洗和干燥模块以及将半导体晶片装载到旋转,冲洗和干燥模块中的方法。
    • 23. 发明申请
    • Automatic cleaning mechanism for a paint sprayer
    • 喷漆机自动清洗机构
    • US20020074024A1
    • 2002-06-20
    • US10023570
    • 2001-12-17
    • Sharon Schwartz
    • B08B003/02
    • B44D3/006B05B15/555
    • A cleaning device which washes each of the components of a paint sprayer from the correct angle to ensure that all residue is properly removed. The invention provides a mechanism for aligning cleaning nozzles with the components of the paint sprayer. Holding devices precisely position components of the paint sprayer such that they align the components to be cleaned with adapters happening solvent spray nozzles. Each holding device is aligned with individual spray nozzles that spray cleaning fluid onto surfaces from which paint is to be removed. Adjustable spray nozzles are provided which allow the cleaning device to be adjusted such that the it can be used with paint sprayers having different configurations. An alternative embodiment provides a kit assembly that can be retrofitted to a conventional cleaning machine. Alternatively, the device may be used with other tools which are disassembled prior to cleaning.
    • 一种清洁装置,其从正确的角度洗涤喷漆机的每个部件,以确保所有残留物被适当地移除。 本发明提供了一种用于将清洁喷嘴与喷漆器的部件对准的机构。 保持装置精确地定位喷漆机的组件,使得它们将待清洁的部件与适配器发生溶剂喷嘴对准。 每个保持装置与单独的喷嘴对准,其将清洁流体喷射到要从中去除油漆的表面上。 提供了可调节的喷嘴,其允许调节清洁装置,使得其可以与具有不同结构的喷漆机一起使用。 替代实施例提供可以改装到常规清洁机器的套件组件。 或者,该装置可以与在清洁之前被拆卸的其它工具一起使用。
    • 24. 发明申请
    • Solar collector washing system
    • 太阳能集热器清洗系统
    • US20020066473A1
    • 2002-06-06
    • US09726584
    • 2000-12-01
    • Gil LevyMichael Gefen
    • B08B003/02
    • E04D15/006B08B1/008B08B3/02F24S40/20Y02E10/40
    • The present invention is a system for, and a method of automatic washing of solar collection panels from dust, sediment, and the like, which tend to accumulate over time. The solar collector washing system comprises: (a) a solar collector having a solar collecting surface, the collector disposed in an angled position; (b) a water pipe mounted substantially above the solar collecting surface, the water pipe having a plurality of holes distributed along a length of the pipe for distribution of water onto the solar collecting surface, and (c) a control mechanism, operatively connected to said pipe, for releasing the water supply.
    • 本发明是一种随着时间的推移而积聚的灰尘,沉积物等的太阳能收集板的自动清洗系统和方法。 太阳能收集器清洗系统包括:(a)具有太阳能收集表面的太阳能收集器,该收集器设置成倾斜的位置; (b)基本上安装在太阳能收集表面上的水管,该水管具有多个沿管道长度分布的孔,用于将水分配到太阳能收集表面上,以及(c)控制机构, 说管道,用于释放供水。
    • 25. 发明申请
    • Fluid processing method of an object to be processed and apparatus thereof
    • 待处理物体的流体处理方法及其装置
    • US20020050281A1
    • 2002-05-02
    • US09955212
    • 2001-09-19
    • Kokusai Electric Co., Ltd.
    • Hitoshi OkaFumio MoritaMasataka FujikiAkinobu Yamaoka
    • B08B003/02
    • H01L21/67017B08B3/10B08B11/02Y10S134/902
    • To carry out very clean and low-cost fluid processing on both the front and rear surfaces of an object to be processed without generating rubbing particles and without leakage of fluid. A retention member for the object to be processed 18 that retains the object to be processed 17 and a rear shielding plate 15 that prevents the rear surface of the object to be processed from becoming contaminated by excessive fluid flow are mechanically separated. The rear shielding plate 15 is fixed in like manner to a front shielding plate 11, only the retention member for the object to be processed 18 is allowed to rotate making it possible to rigidly connect a supply pipe 22 (that supplies fluid through the rear shielding plate 15) to the rear shielding plate 15. Further, a circulation system is provided that collects fluid which underwent front surface processing in a collection tube 13, circulates that fluid and then supplies it to the rear surface of the object to be processed from a supply pipe.
    • 在待加工物体的前表面和后表面上进行非常干净且低成本的流体处理,而不会产生摩擦颗粒并且不会泄漏流体。 机械地分离用于保护被处理物体18的保持构件18和防止被处理物的后表面被过度流体流动污染的后挡板15。 后屏蔽板15以与前屏蔽板11相同的方式固定,仅允许被处理物体18的保持构件旋转,从而可以将供给管22(通过后屏蔽 板15)连接到后屏蔽板15.此外,提供一种循环系统,其收集在收集管13中经历前表面处理的流体,使该流体循环,然后将其从一个 供应管道。
    • 26. 发明申请
    • Wet cleaning process and wet cleaning equipment
    • 湿法清洗和湿洗设备
    • US20020036006A1
    • 2002-03-28
    • US09921555
    • 2001-08-06
    • m FSI LTD.
    • Takeji UedaKoji OkaSanae Sumi
    • B08B003/02
    • H01L21/6708B08B3/02H01L21/67051Y10S438/906
    • A wet treatment method useful in at least one of a chemical processing step and a rinsing step performed upon fabrication of semiconductor devices is disclosed. According to this method, a substrate under treatment is treated with a desired liquid while causing the substrate to revolve around an axis of rotation outside the substrate itself instead of allowing the substrate to rotate about the axis of rotation such that the liquid flowing on a surface of the substrate is maintained flowing under a centrifugal force greater than gravitation. The substrate is treated while supplying a fresh liquid of the same kind as the desired liquid at a flow rate at least equal to a discharge rate of the desired liquid only in a direction conforming with that of the centrifugal force or with that of a flow of the liquid flowing on the surface of the substrate under the centrifugal force. The substrate is, therefore, evenly treated at the surface thereof with the desired liquid while avoiding development of such a situation that flows of the liquid run against each other on the surface of the substrate or a flow of the liquid stagnates on the surface of the substrate. A wet treatment apparatus suitable for use in practicing the wet treatment method is also disclosed.
    • 公开了一种在半导体器件制造中进行的化学处理步骤和漂洗步骤中的至少一个中有用的湿法处理方法。 根据该方法,将处理的基板用期望的液体处理,同时使基板围绕基板本身的旋转轴线旋转,而不是允许基板围绕旋转轴线旋转,使得在表面上流动的液体 的衬底在大于重力的离心力下保持流动。 处理衬底,同时以与期望液体的排出速率至少等于所需液体的排出速率的流速仅在与离心力的流动方向一致的方向供应与所需液体相同种类的新鲜液体, 液体在离心力下在基体表面流动。 因此,在其表面上用所需的液体均匀地处理基材,同时避免液体在基材表面上彼此流动的液体的流动或液体停留在表面上的流动的情况的发展 基质。 还公开了一种适用于实施湿法处理方法的湿式处理设备。
    • 29. 发明申请
    • Multi-container pressure washer and related product selecting valve
    • 多容器压力清洗机及相关产品选择阀
    • US20020033185A1
    • 2002-03-21
    • US09999421
    • 2001-11-15
    • Generac Portable Products, LLC.
    • Herb HoenischPeter NushartWes Sodemann
    • B08B003/02B08B009/032
    • B08B3/026B08B2203/0217
    • A pressure washer includes a chassis as well as a liquid pump, a pump-driving prime mover, plural chemical product containers and a product selecting valve, all supported by the chassis. Each of the containers is attached to a separate valve conduit extending to the valve and the valve is connected to a device conduit extending to the mixing device. A distributor is mounted for movement with respect to the valve body and has a channel for selectively connecting one of the valve conduits to the device conduit. The user may thereby use the pressure washer to dispense any one of plural solutions. A fresh water container facilitates nullwash outnull of the valve and device conduit before switching to another chemical product.
    • 压力清洗机包括底盘以及液体泵,泵驱动原动机,多个化学制品容器和产品选择阀,全部由底盘支撑。 每个容器连接到延伸到阀的单独的阀导管,并且阀连接到延伸到混合装置的装置导管。 分配器安装成相对于阀体运动,并且具有用于选择性地将阀导管中的一个连接到装置导管的通道。 因此,用户可以使用压力清洗机来分配多种解决方案中的任何一种。 淡水容器在切换到另一种化学产品之前便于“清洗”阀门和设备导管。
    • 30. 发明申请
    • Wafer cleaning method
    • US20020011256A1
    • 2002-01-31
    • US09953504
    • 2001-09-13
    • Mario E. Bran
    • B08B003/02
    • H01L21/02041B06B3/00B08B3/12H01L21/67051H01L21/67057Y10S134/902
    • Semiconductor wafers are cleaned using megasonic energy to agitate cleaning fluid applied to the wafer. A source of energy vibrates an elongated probe which transmits the acoustic energy into the fluid. The probe has a solid cleaning rod and a flared or stepped rear base. In one form, the probe is made of one piece, and in another, the rod fits into a socket in the base. This enables a rod to be made of material which is compatible with the cleaning solution, while the base may be of a different material. A heat transfer member acoustically coupled to the probe base and to a transducer conducts heat away from the transducer. A housing for the heat transfer member and the transducer supports those components and provides means for conducting coolant through the housing to control the temperature of the transducer. In another arrangement, an end of the housing is coupled between the transducer and the probe. In one arrangement, fluid is sprayed onto both sides of a wafer while a probe is positioned close to an upper side. In another arrangement, a short probe is positioned with its end face close to the surface of a wafer, and the probe is moved over the wafer as it rotates. The probe may also be positioned through a central hole in a plurality of discs to clean a group of such elements at one time.