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    • 4. 发明申请
    • Electric vacuum cleaner
    • 电动吸尘器
    • US20050150075A1
    • 2005-07-14
    • US10504629
    • 2003-03-18
    • Ritsuo TakemotoMasatoshi TanakaHiroshi YokoyamaHitoshi SuzukiKiyoshi EbeYoshihiro TsuchiyaAi TanakaYasushi NakatogawaIkuo OshimaYutaka Maeda
    • Ritsuo TakemotoMasatoshi TanakaHiroshi YokoyamaHitoshi SuzukiKiyoshi EbeYoshihiro TsuchiyaAi TanakaYasushi NakatogawaIkuo OshimaYutaka Maeda
    • A47L9/10A47L9/12A47L9/16
    • A47L9/1666A47L9/102A47L9/122A47L9/127A47L9/165
    • A dust separation section 60 is provided at a suction air passage leading from a suction opening (connection opening 43 or suction opening 52, suction opening 100) of a vacuum cleaner main body 20 to an intake opening (33A, 107A) of a motor fan (33, 107) to separate a dust sucked from the suction opening (connection opening 43 or suction opening 52, suction opening 100) with an air and a dust collection section (dust collection room section 55, dust collection room 104) provided at the suction air passage for collecting the dust separated from the air from the dust separation section 60. Moreover, the dust separation section 60 of this electric vacuum cleaner has a dust guiding space adapted to inflow the dust sucked from the suction opening (connection opening 43 or suction opening 52, suction opening 100) from an one end and for guiding the dust that flows in from an other end to the dust collection section by an inertia force, and an air guiding air passage is provided to be communicated with a midstream of the dust guiding space and is communicated with the intake opening (64, 102H) of the motor fan (33, 107) without passing through the dust collection section.
    • 在从真空吸尘器主体20的吸入口(连接开口43或吸入口52,吸入口100)通向吸入口(33A,107A)的吸入空气通路上设置有灰尘分离部60, 电动机风扇(33,107),用于将从吸入口(连接开口43或吸入口52,吸入口100)吸入的灰尘与空气和集尘部(集尘室部55,集尘室104)分离 在吸入空气通道处,用于收集从灰尘分离部分60分离的空气的灰尘。此外,该电动吸尘器的灰尘分离部分60具有灰尘引导空间,其适于使从吸入口(连接开口 43或吸入口52,吸入口100),并且通过惯性力将从另一端流入的灰尘引导到集尘部,并且将引导空气通道设置于b e与尘埃引导空间的中游连通,并且与电动机风扇(33,107)的进气口(64,102H)连通而不通过集尘部。
    • 10. 发明申请
    • ELECTRIC VACUUM CLEANER
    • 电动真空清洁器
    • US20080235901A1
    • 2008-10-02
    • US12042581
    • 2008-03-05
    • Masatoshi TanakaAtsushi MorishitaKiyoshi Ebe
    • Masatoshi TanakaAtsushi MorishitaKiyoshi Ebe
    • A47L9/04
    • A47L9/20
    • In a suctioning state, even if the amount of dust trapped in a dust collecting unit in a main air passage is increased, air suctioned from a hose connection port is branched into a first half passage and reduction in the suction air amount can be suppressed. When the suctioning state is switched to a dust moving state by switch means, the dust trapped in a pleated filter is moved to the dust collecting unit, increase in the air passage resistance at the first half passage side caused by clogging of the pleated filter can be suppressed, and reduction in suction power over time can be suppressed. Since an upper air passage and lower air passage are provided in the lid body, the dust collecting unit is exposed with the lid body opened, whereby maintenance performance of the dust collecting unit is improved.
    • 在吸入状态下,即使在主空气通路中的集尘单元中捕集的灰尘量增加,从软管连接口吸入的空气分支成为第一半通路,也可以抑制吸入空气量的减少。 当通过开关装置将抽吸状态切换到灰尘移动状态时,捕获在褶式过滤器中的灰尘移动到集尘单元,由于褶皱过滤器罐堵塞而导致的第一半通道侧的通风阻力增加 被抑制,并且可以抑制随时间的吸入功率的降低。 由于上部空气通道和下部空气通道设置在盖体中,因此集尘单元暴露于盖体打开,从而提高了集尘单元的维护性能。