초록 ▼

A blower has an air channel housing that defines an air channel therein, the air channel housing having an air outlet extending therefrom. A plurality of air blades are positioned inside the air channel housing, and positioned horizontally with respect to a surface on which the blower is supported.

A blower has an air channel housing that defines an air channel therein, the air channel housing having an air outlet extending therefrom. A plurality of air blades are positioned inside the air channel housing, and positioned horizontally with respect to a surface on which the blower is supported. A base seat is positioned below the air channel housing, the base seat having a side wall, with an air inlet provided in the side wall. A motor is positioned in the base seat and has a shaft that extends through the air channel housing to be coupled to the air blades.

대표청구항 ▼

What is claimed is: 1. A blower that is supported on a surface, comprising: an air channel housing that defines an air channel therein, the air channel housing having a lower surface and an air outlet extending therefrom; a mount extending from the lower surface of the air channel housing; a plural

What is claimed is: 1. A blower that is supported on a surface, comprising: an air channel housing that defines an air channel therein, the air channel housing having a lower surface and an air outlet extending therefrom; a mount extending from the lower surface of the air channel housing; a plurality of air blades inside the air channel housing, and positioned horizontally with respect to the surface; a base seat positioned below the air channel housing, the base seat having a side wall, with an air inlet provided in the side wall, the base seat further including four planar upper walls that define the borders of an accommodation space; and a motor positioned in the accommodation space and having a shaft that extends through the air channel housing to be coupled to the plurality of air blades; wherein the upper walls of the base seat are fitted into the mount in a manner that is devoid of a sealing element and which prevents the air channel housing from rotating with respect to the base seat; and wherein a plurality of ribs extend from the base seat, and each rib is in direct contact with at least a portion of one of the upper walls. 2. The blower of claim 1, further including a plurality of stakes extending from the base seat. 3. The blower of claim 1, further including a protective screen provided at the air outlet. 4. The blower of claim 1, further including a blade plate that is coupled to the shaft of the motor, with the plurality of air blades carried on the blade plate. 5. The blower of claim 4, wherein the blade plate is oriented horizontally with respect to the surface. 6. The blower of claim 1, wherein the air inlet and the motor are positioned on the same side of the air channel. 7. A method of generating a stream of air, comprising: a. providing a blower that is supported on a surface, the blower having: an air channel housing that defines an air channel therein, the air channel housing having a lower surface and an air outlet extending therefrom; a mount extending from the lower surface of the air channel housing; a plurality of air blades inside the air channel housing; a base seat positioned below the air channel housing, the base seat having a side wall, with an air inlet provided in the side wall, the base seat further including four planar upper walls that define the borders of an accommodation space; and a motor positioned in the accommodation space and having a shaft that extends through the air channel housing to be coupled to the plurality of air blades; wherein the upper walls of the base seat are fitted into the mount in a manner that is devoid of a sealing element and which prevents the air channel housing from rotating with respect to the base seat; and wherein a plurality of ribs extend from the base seat, and each rib is in direct contact with at least a portion of one of the upper walls; b. drawing air through the air inlet; c. passing the drawn air through the motor before delivering the air to the air channel; and d. directing the air from the air channel out of the air outlet. 8. The method of claim 7, further including: orienting the air channel housing and the plurality of air blades in a horizontal position with respect to the surface. 9. A blower that is supported on a surface, comprising: an air channel housing that defines an air channel therein, the air channel housing having a lower surface and an air outlet extending therefrom; a mount extending from the lower surface of the air channel housing; a plurality of air blades inside the air channel housing; a base seat positioned below the air channel housing, the base seat having a side wall, with an air inlet provided in the side wall, the base seat further including four planar upper walls that define the borders of an accommodation space; and a motor positioned in the accommodation space and having a shaft that extends through the air channel housing to be coupled to the plurality of air blades; wherein the blower has an air flow path that begins from the air inlet, extends past the motor to the interior of the air channel housing, and exits through the air outlet, and wherein the upper walls of the base seat are fitted into the mount in a manner that is devoid of a sealing element and which prevents the air channel housing from rotating with respect to the base seat; and wherein a plurality of ribs extend from the base seat, and each rib is in direct contact with at least a portion of one of the upper walls. 10. The blower of claim 9, wherein the air blades are positioned horizontally with respect to the surface.