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    • 5. 发明授权
    • Blasting agent and blasting method
    • 爆破剂和爆破方法
    • US09314902B2
    • 2016-04-19
    • US13640906
    • 2010-04-15
    • Jörg Halstenberg
    • Jörg Halstenberg
    • B24B11/00B24C9/00B24C11/00
    • B24C9/006B24C11/005Y02P70/179
    • A system including at least one means for mechanical processing of surfaces, in particular steel or cast iron beads using a blasting agent (5). An additive (6) for degreasing and cleaning of the surface to be blasted (2) and/or of the blasting agent is provided with the blasting agent (5), and comprising a granular material (6), which exhibits a lower breaking strength under the mechanical stresses that the blasting agent (5) is subject to during the blasting procedure than the at least one means for mechanical processing of the surfaces themselves. As the granular material (6) breaks down, additional additive (6) is added into the blasting agent (5) such that the proportion of the additive (6) in the blasting agent mixture blend (5) remains largely generally constant even at a prolonged operation of the device.
    • 一种包括用于机械加工表面的装置的系统,特别是使用爆破剂(5)的钢或铸铁珠。 用于喷砂表面(2)和/或喷砂剂的脱脂和清洁的添加剂(6)设置有爆破剂(5),并且包括颗粒材料(6),其具有较低的断裂强度 在爆破过程中受到爆破剂(5)的机械应力比用于表面本身的机械加工的至少一种装置的机械应力下。 当颗粒材料(6)分解时,将额外的添加剂(6)加入到爆破剂(5)中,使得在爆破剂混合物共混物(5)中的添加剂(6)的比例在很大程度上保持恒定,即使在 设备长时间运行。
    • 6. 发明申请
    • SHOT PROCESSING MACHINE
    • SHOT加工机
    • US20150290770A1
    • 2015-10-15
    • US14407386
    • 2012-07-22
    • Mitsuo IshikawaTakuji Yamamoto
    • Mitsuo IshikawaTakuji Yamamoto
    • B24C9/00
    • B24C9/006B24C1/10Y02P70/179
    • Provided is a shot peening device with which recovered projection material and foreign bodies can be more precisely separated while inhibiting an increase in the size of the device. The shot peening device is provided with: a projector which projects projection material onto a workpiece (W); recovery mechanisms which recover the projection material projected by the projector; and a wind power sorting mechanism in which recovered projection material is allowed to fall freely while an upward air current is applied to the recovered projection material, and foreign bodies included in the recovered projection material are separated from the recovered projection material.
    • 提供了一种喷丸硬化装置,通过该喷丸硬化装置可以更精确地分离回收的投影材料和异物,同时抑制装置尺寸的增加。 喷丸硬化装置设有:将投影材料投影到工件(W)上的投影仪; 恢复由投影仪投射的投影材料的恢复机构; 以及风力分选机构,其中允许回收的突起材料自由下落,同时向回收的突起材料施加向上的气流,并且包括在回收的突起材料中的异物与回收的突起材料分离。
    • 8. 发明申请
    • APPARATUS AND METHOD FOR PROVIDING A MODULAR ABRASIVE BLASTING AND RECOVERY SYSTEM
    • 提供模块化抛光和恢复系统的装置和方法
    • US20150209935A1
    • 2015-07-30
    • US14630396
    • 2015-02-24
    • Reco Atlantic, LLC
    • John Russell RODEN
    • B24C3/06
    • B24C3/065B24C3/06B24C9/006Y02P70/179Y10T29/49826
    • A modular abrasive particle blasting system comprises an abrasive blast assembly including at least one blast vessel for delivering blast particles to an abrasive blasting system. The abrasive blast assembly is mounted within a first skid. An abrasive recycling assembly includes at least one vacuum hopper for receiving grit retrieved from an abrasive blasting process. The abrasive recycling assembly is mounted within a second skid. The first and second skids comprise mounting members at a top section and a bottom section of each of the first and second skids to permit mounting of the first and second skids in alternate stacked arrangements whereby the first skid is selective mounted above and below the second skid. The same skid principal may be used to provide a variety of skids, including blast skid, vacuum skid, recycle skid, storage skid, air dryer skid, dust collector skid and or dehumidification skid.
    • 一种模块化的磨粒抛丸系统包括一种磨料喷射组件,其包括至少一个用于将喷砂颗粒输送到喷砂系统的喷砂容器。 磨料喷射组件安装在第一滑动件内。 磨料回收组件包括至少一个真空料斗,用于接收从喷砂工艺中回收的砂粒。 磨料回收组件安装在第二滑动件内。 第一和第二滑动件包括在第一和第二滑动件中的每一个的顶部部分和底部部分处的安装构件,以允许将第一和第二滑板以交替的堆叠布置安装,由此第一滑动件选择性地安装在第二滑动件的上方和下方 。 可以使用相同的滑道主体来提供各种滑行,包括防滑,真空滑移,回收滑板,储存滑板,空气干燥器滑板,除尘器滑道和/或除湿滑板。
    • 9. 发明申请
    • HOLDING TANK FOR GARNET EXTRACTION SYSTEM
    • 甘油提取系统
    • US20150197429A1
    • 2015-07-16
    • US14670496
    • 2015-03-27
    • George Schade
    • George Schade
    • C02F1/38B04C3/00
    • C02F1/385B01D21/0012B01D21/0018B01D21/2405B01D21/2427B01D21/267B01D2221/08B01D2221/14B04C3/00B24C9/003B24C9/006C02F2103/12C02F2201/002Y02P70/179
    • A system and method to extract particulate material from a liquid. The system includes a cylindrical tank forming a hollow cavity and having a top end and a bottom end, a cyclonic separator rigidly attached to the top end of the cylindrical tank and in fluid communication with the hollow cavity, an inflow line coupled to the cyclonic separator, an outflow line coupled to the cyclonic separator, a pump in fluid communication with outflow line, and a fluid reservoir in fluid communication with the inflow line. The method includes capturing particulate matter and liquid in a reservoir, partially separating the particulate matter and liquid within the reservoir, channeling the partially separated particulate matter and liquid to a cyclonic separator positioned above a tank, separating the partially separated particulate matter and liquid within the cyclonic separator, and capturing the particulate matter within the tank.
    • 从液体中提取颗粒物质的系统和方法。 该系统包括形成中空腔并具有顶端和底端的圆筒形容器,刚性地连接到圆柱形罐的顶端并与中空腔流体连通的旋风分离器,与气旋分离器相连的流入管线 耦合到旋风分离器的流出管线,与流出管线流体连通的泵以及与流入管线流体连通的流体储存器。 该方法包括捕获储存器中的颗粒物质和液体,部分地分离储存器内的颗粒物和液体,将部分分离的颗粒物质和液体引导到位于罐上方的旋风分离器,将部分分离的颗粒物质和液体分离 旋风分离器,并捕获罐内的颗粒物质。