Abstract: A dust separation section is provided at a suction air passage between a suction opening of a vacuum cleaner main body and an intake opening of a motor fan to separate dust sucked from the suction opening with air and a dust collection section provided at the suction air passage for collecting the dust separated from the air from the dust separation section. Moreover, the dust separation section of the electric vacuum cleaner has a dust guiding space adapted to inflow the dust sucked from the suction opening from one end of the dust guiding space and for guiding the dust from an other end of the dust guiding space to the dust collection section, through a dust strike section, by an inertia force, and an air guiding air passage is provided to guide air from a midstream of the dust guiding space to the intake opening of the motor fan without passing through the dust collection section.

Abstract: There is disclosed a vacuum cleaner including a dust separation section which separates air and dust flowing toward an intake port of a motor blower through a connection port of a cleaner main body. The dust separation section includes an air path forming member which performs a separation function. The forming member includes an introductory port, a derivative port, and an opening disposed between these. In the separation function, while dust-containing air flows toward the derivative port from the introductory port, a part of the air is sucked by the motor blower through the opening. Accordingly, the air is separated from the dust which goes straight in the air path forming member with inertia.

Abstract: There is disclosed a vacuum cleaner including a dust separation section which separates air and dust flowing toward an intake port of a motor blower through a connection port of a cleaner main body. The dust separation section includes an air path forming member which performs a separation function. The forming member includes an introductory port, a derivative port, and an opening disposed between these. In the separation function, while dust-containing air flows toward the derivative port from the introductory port, a part of the air is sucked by the motor blower through the opening. Accordingly, the air is separated from the dust which goes straight in the air path forming member with inertia.

Abstract: 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.

Abstract: There is disclosed a repair request handling apparatus for using a home page and allowing a client terminal to provide a display for urging a selection input of information for identifying each type of product as a repair object, subsequently allowing the client terminal to display a question for checking a trouble state of an identified repair object product, when there is the selection input of the information for identifying the repair object product, identifying a trouble based on trouble information stored in a trouble information database, when there is the answer to the question from the client terminal, and calculating an estimate of a cost required for a repair of the trouble and a date of delivery by identification of the trouble, and allowing the client terminal to display the calculated estimate and the date of delivery and to provide a display for allowing a client to select presence/absence of a repair request or purchase of a new product.