Abstract: A steamer designed with an ultra slim construction for easier carrying, packing and traveling without compromising efficient and effective steam generation and distribution is disclosed. The steamer comprises a housing characterized by a specific length, width, and height. Integrated within the housing is a reservoir designated for holding water or other liquid to be steamed. This reservoir is connected to the housing and supplies water to a steam generator positioned inside the housing. The steam generator is in fluid communication with the reservoir via a pump, facilitating the transfer of water. The steam generator converts the water into steam and is equipped with a plurality of steam outlets. These steam outlets are uniquely oriented vertically relative to one another along the height of the housing, contributing to the slim construction of the steamer and ensuring an optimal distribution of steam for various applications.

Abstract: A fan with a rotatable fan housing is disclosed. The fan includes a base with right and left side supports and a fan housing that can rotate at least between 0 and 180 degrees relative to the base. A blower assembly within the fan housing produces an air stream, which exits the fan through a plurality of vertical vanes, which directs the air stream to blow vertically along the height of the fan housing. This design allows a user to feel more air along the vertical plane of the user's body, which is ideal in fitness and exercise contexts. The fan may also include a handle positioned around the fan housing's circumference for convenient adjustment and rotation.

Abstract: A tower fan is provided that includes a fan body having a double cross fan blower centered in the body of the fan with a motor positioned between the fan blowers. The tower fan is capable of being oriented in both the horizontal and vertical directions. The fan body may further include first and second ends and at least two supports. At least a first support is coupled to the first end of the fan body and a second support is removably coupled to the least second end of the fan body. The first and second ends of the fan body each have a groove for each receiving at least one of the two support members where each groove extends around the fan body. The supports may be removably coupled to the fan body or one of the at least two supports may be permanently coupled to the fan body.

Abstract: A tower fan is provided that includes a fan body having a double cross fan blower centered in the body of the fan with a motor positioned between the fan blowers in the center of the fan body. The tower fan is capable of being oriented in both the horizontal and vertical directions. The fan body may further include first and second ends and at least two supports. At least a first support is coupled to the first end of the fan body and a second support is removably coupled to the least second end of the fan body. The first and second ends of the fan body each have a groove for each receiving at least one of the at least two support members where each groove extends entirely around the fan body. The at least two supports may both be removably coupled to the fan body or one of the at least two supports may be permanently coupled to the first end of the fan body.

Abstract: A window fan is provided that includes a fan housing and chamber assembly. The fan housing includes a front panel with an air outlet and a rear panel with an air inlet and defines a central chamber. The chamber assembly is positioned within the central chamber of the fan housing and includes a cylindrical fan rotatably mounted within the chamber and driven by a fan motor. An air duct assembly is rotatably mounted within the chamber having an air duct panel that is moveable from an open to closed position such that the air duct panel, when in the closed position blocks the airflow through the window fan and permits air flow through the window fan when in the open position. The fan of the window fan assembly may be a cross flow blower fan.

Abstract: A portable space heater is provided having a heating assembly that includes at least one heating element positioned in front of a fan (defined by the direction of the air flow with the air blowing toward the front) such that the heating element is in linear alignment with the fan along the axis of rotation of the fan. The fan and the at least one heating element may be further positioned within a duct assembly that narrows as it approaches a front grill of the portable space heater.