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    • 4. 发明授权
    • Simple start ratchet-type carburetor
    • 简单启动棘轮式化油器
    • US08579265B1
    • 2013-11-12
    • US13677313
    • 2012-11-15
    • Qian Chen
    • Qian Chen
    • F02M1/04
    • F02M1/02F02M1/16
    • A simple start ratchet-type carburetor includes a carburetor body, an inlet tube communicated with the carburetor body for forming a fuel passage, a fuel passage of a measuring room, a main fuel supply cavity molded integrally with the carburetor body comprising a choke subassembly, a venturi, and a throttle subassembly. The end of the throttle shaft protruding from the carburetor body provides a first pawl, a second pawl and a hand cranking block, the two pawls are mounted on one end of the throttle shaft by a fastener, the hand cranking block is mounted on the other end, the end of the choke shaft protruding from the carburetor body provides a first ratchet and a second ratchet. An air removing device drives the ratchets to rotate the choke shaft which controls the opening or closing of a shut-off valve device. The carburetor can control precisely the fuel amount.
    • 简单的起动棘轮式化油器包括化油器主体,与化油器主体连通以形成燃料通道的入口管,测量室的燃料通道,与包括扼流圈子组件的化油器本体一体模制的主燃料供给腔, 文丘里管和节流阀组件。 从化油器主体突出的节流轴的端部提供第一棘爪,第二棘爪和手动起动块,两个棘爪通过紧固件安装在节流轴的一端,手动起动块安装在另一个上 从化油器主体突出的阻塞轴的端部提供第一棘轮和第二棘轮。 排气装置驱动棘轮以旋转阻塞轴,其控制关闭阀装置的打开或关闭。 化油器可以精确控制燃油量。
    • 6. 发明授权
    • High strength magnesium slag brick and method of producing the same
    • US07594964B2
    • 2009-09-29
    • US12229154
    • 2008-08-19
    • Jiqiang ZhangQian Chen
    • Jiqiang ZhangQian Chen
    • C04B5/00
    • C04B28/142C04B28/085Y02W30/92Y02W30/94C04B14/04C04B18/14C04B18/144C04B22/064C04B40/024C04B40/0259C04B14/28C04B18/08C04B18/141C04B22/145
    • This invention discloses a high strength magnesium slag brick and a method of producing the same. The high strength magnesium slag brick is composed of 60 to 80 percent by weight of furnace slag from the reduction process of a magnesium production, 15 to 25 percent by weight of crushed stones and/or pebbles, and 1 to 15 percent by weight of gypsum and/or lime. And the amount of water added to the composition is equivalent to 10 to 40 percent of the total weight of raw materials. The method includes dispensing of raw materials, adding of water, mingling, leaving it piled-up, pressing and molding, steam-bathing and drying to obtain the finished product. Gypsum, one of the raw materials of the slag brick, can be produced from the waste gas generated from the magnesium production process. And, the coal cinder or coal ash generated from the burning of coal in the magnesium production process, can also be used as one of the raw materials of the slag brick. This invention uses massive volume of furnace slag from the reduction process of a magnesium production, and together with aforesaid raw materials, to produce construction bricks, easing the environmental pollution problem on one hand, and introducing a new environmental building material on the other hand. The method of producing high strength magnesium slag brick of this invention is simple and is easy to manage. The raw materials are readily available. The production cycle is shorter than conventional processes. The strength of the magnesium slag brick meets the standard of construction brick. And most of all, it is very environmental friendly and economical.