Abstract: A blade for a ceiling fan can include a blade body made from a pulp material. The pulp material can be a unit of pulp in the shape of the blade body. The unit of pulp can be compressed, thermoformed, or stamped. The blade body can be a single or multiple pieces, like an upper and lower half. A skeleton can be located between the upper and lower halves. A coating can be applied to the blade body to reduce friction and/or for waterproofing.

Abstract: Ceiling fans suspended from a structure have a motor to drive blades for moving a volume of air about an area. The motor, with a rotor and stator, can be electrically coupled to the structure. Blades mount to the rotor such that the blades are rotatably driven by the motor. A motor case can mount to the rotor and encase the stator.

Abstract: A ceiling fan or similar air-moving device can include a motor for rotating one or more blades to drive a volume of air about a space. A connector can be used to connect the blade to a blade iron to mount the blade to the motor. The connector can include a set of receptacles configured to insert into openings on the blade, with the set of receptacles connected by a set of arms. A set of mount posts on the blade iron can seat within the receptacles to mount the blade to the blade iron.

Abstract: A ceiling fan or similar air-moving device can include a motor for rotating one or more blades to drive a volume of air about a space. A connector can be used to connect the blade to a blade iron to mount the blade to the motor. The connector can include a set of receptacles configured to insert into openings on the blade, with the set of receptacles connected by a set of arms. A set of mount posts on the blade iron can seat within the receptacles to mount the blade to the blade iron.

Abstract: A blade for a ceiling fan can include a first half and a second half formed from a pulp material. The first half is attachable to the second half to form the blade. Additionally, a blade can include a skeleton with an over molding made from a pulp forming the blade. Furthermore, a blade can be formed using a blade base with a pulp topper added to the blade to form an aerodynamic shape for the blade.

Abstract: An adjustable length spring divider on a coil over shock absorber for a vehicle such as a car, truck or motorcycle. The effective length of the spring divider can be changed with the flip of a switch. The switch activates a piston on the spring divider alternating the piston between a collapse position and an extended position. When in the extended position, the spring divider is effectively longer therefore reducing the force and distance required to compress the springs to a point where the piston contacts the secondary stop on the shock body and reduces the number of springs being used by the shock absorber. The reduction in the number of active springs causes a switch from a lower, primary, spring rate to a higher, secondary, spring rate, where the spring rate can be defined as the amount of weight required to compress the shock absorber one inch.

Abstract: An adjustable length spring divider on a coil over shock absorber for a vehicle such as a car, truck or motorcycle. The effective length of the spring divider can be changed with the flip of a switch. The switch activates a piston on the spring divider alternating the piston between a collapse position and an extended position. When in the extended position, the spring divider is effectively longer therefore reducing the force and distance required to compress the springs to a point where the piston contacts the secondary stop on the shock body and reduces the number of springs being used by the shock absorber. The reduction in the number of active springs causes a switch from a lower, primary, spring rate to a higher, secondary, spring rate, where the spring rate can be defined as the amount of weight required to compress the shock absorber one inch.