Vacuum cleaner

A separation system (100, fig.1) for a vacuum cleaner (10, fig.1), comprising a chamber 122 housing a filter 202 for filtering airflow entering through an airflow inlet (140, fig.6), which extends in a length direction along the chamber and has a U-shaped (i.e., C-shaped or curved) cross-section whe...

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Bibliographic Details
Main Authors Jorge de Melo Delgado Goncalves, Kent Been Lee, Yiu Zhi Liong, Samuel Steven Cole, David Christopher James Newton, Remco Douwinus Vuijk, Benedict Nicholas Samuels, Nicholas Michael Schneider, Stefan Koch
Format Patent
LanguageEnglish
Published 14.02.2024
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Summary:A separation system (100, fig.1) for a vacuum cleaner (10, fig.1), comprising a chamber 122 housing a filter 202 for filtering airflow entering through an airflow inlet (140, fig.6), which extends in a length direction along the chamber and has a U-shaped (i.e., C-shaped or curved) cross-section when viewed along the length direction. The filter may extend in a direction parallel to a first axis along which the airflow enters the chamber. A second filter 208, preferably of flat cross-sectional shape, may underlie the first filter such that airflow flows through it after flowing through the first filter in a direction orthogonal to the first axis. The airflow may then flow to an outlet channel (310, fig.17) underlying the filter, which extends parallel to the first axis, and into a motor assembly (1000, fig.1) before exiting the device. A valve (304, fig.17) may cover a base of the chamber, for controlling airflow through the airflow inlet. The chamber may be defined by a bin body 108 for collecting dirt, where a bin interlock member inhibits removal of the bin body from a core 300 when a cleanerhead (3000, fig.1) is attached.
Bibliography:Application Number: GB20230009816