Abstract: A remote control is provided for controlling an electronic device, where the remote control includes a remote housing and a cradle. A strap is also provided for securing the remote control against an object. The remote housing is removably coupled to the cradle in a manner that allows the remote housing to rotate or be repositioned within the cradle such that the remote housing can remain in an upright position regardless of positioning of the remote control on the object.

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 fan configured to generate multidirectional airflow from a vertically elongated main outlet is disclosed. The fan includes a housing with a blower assembly that receives ambient air through lateral intake openings and emits air through a narrow, vertically extending outlet. Internally, a blower housing with a curved wall directs airflow into a duct chamber that includes an upwardly angled wall surface. The blower outlet is spaced below the main outlet, and the duct geometry, including the angled wall, induces a portion of the airflow to adhere to the surface and exit the outlet in an upward direction. The remaining airflow exits horizontally, producing a compound airflow pattern comprising both forward and upward components without any movable louvers or tilt mechanisms. An oscillating base and optional pivoting support arm allow further directional control.

Abstract: A portable, free-standing humidifier is disclosed that incorporates an integrated lighting and misting chamber to create a visually aesthetic flame-like or lantern-like effect in addition to functional humidity dispersion. The humidifier includes a tank assembly for holding liquid, a base assembly housing a transducer for generating fine mist, and at least one light source configured to illuminate mist traveling through a transparent or translucent chamber. In some embodiments, a mist tube is positioned within the chamber to concentrate mist flow and enhance illumination effects. The device further includes blower assemblies to entrain mist into an upward flow, magnetic sensing systems for verifying proper tank placement, and a controller for managing mist output, lighting effects, and operational safety.

Abstract: A fan includes a vertically oriented body positioned between a base and a top housing. The body is configured to rotate or oscillate about a vertical axis while the base and top housing remain stationary. A connecting member is secured between the base and the top housing and positioned rearward of the body. The connecting member houses a rearward-facing light source configured to emit ambient light. The base of the fan also includes an upward-facing light source positioned encircling the body to provide 360-degree radial illumination. An oscillation mechanism is housed within the base and includes a motor-driven gear assembly that imparts horizontal oscillatory movement to the body. Lighting elements on the base and connecting member are controllable via a user interface or wireless communication module to produce customizable lighting effects including color and brightness.

Abstract: A portable, free-standing air blower is provided. The air blower comprises a main housing with a rotation housing and an extendable arm featuring an air outlet and brush tip. A fan and motor assembly within the main housing generates airflow, enhanced by a vortex lid for improved efficiency. The handle includes a rechargeable battery, visual indicator, and controller for operational adjustments. The arm is rotatably adjustable between at least 0 to 180 degrees relative to the main housing. The air blower combines portability, robust airflow mechanisms, and user-friendly features to provide a multi-functional air blower suitable for diverse environments.