Abstract: A hub for an overmolded basket base assembly of a laundry appliance is provided. The hub includes a central core defining an opening along an axis configured to receive a drive shaft. The hub further includes a disc, extending radially outwardly from the core about the axis, the disc configured to be overmolded in polymeric material that forms an overmolded plastic base, the disc including a plurality of posts arranged around the core and extending upward from a top surface of the disc to form a circumferentially-extending array to align the hub when applying torque to the hub.

Abstract: A fabric treating appliance includes a cabinet defining an interior and having a top wall defining an access opening. A cover is provided that is movable relative to the cabinet between an open position and a closed position to selectively close the access opening. A tub is located within the interior and includes and open top aligned with the access opening. A rotatable basket is located within the tub and has a loading opening aligned with the open top and the access opening. A top wall extends between the cabinet and the tub. A scrubbing tool seat recessed in the top wall.

Abstract: A laundry treating appliance for treating laundry items according to an automatic cycle of operation can include a cabinet defining an interior and having an access opening providing access to the interior. A tub can be located within the interior and can at least partially define a liquid chamber. A drum is rotatably mounted within the liquid chamber and at least partially defines a treating chamber. A clothes mover is located within the treating chamber and rotatable about a vertical axis. The clothes mover can include a base and a barrel.

Abstract: A suspension mount assembly for a laundry appliance with a wash unit tub disposed inside an appliance housing and a drum that is rotatably supported within the wash unit tub. A laundry compartment is provided inside the drum and the drum is rotatable about a substantially vertical axis. The wash unit tub is hung from and supported by a plurality of suspension rods. A plurality of upper suspension mount assemblies pivotally couple the suspension rods to an upper frame of the laundry appliance and a plurality of lower suspension mount assemblies couple the suspension rods to the wash unit tub. Each of the upper and lower suspension mount assemblies includes a resilient bushing that permits relative movement between the suspension rods, the upper frame, and the wash unit tub while reducing / dampening the vibrations the suspension rods transmit from the wash unit tub to the upper frame.

Abstract: A laundry appliance includes a rotating drum that receives laundry to be treated. A motor rotates a drive shaft about a vertical axis and engages the rotating drum at a base. A coupler is disposed within an upper portion of the base and that rests upon the drive shaft to transfer rotational forces from the drive shaft to the drum. A lower portion of the base engages an outer surface of the shaft to resist moment forces that are exerted against the drive shaft in an off-axis direction relative to the vertical axis.

Abstract: A hub for an overmolded basket base assembly of a laundry appliance is provided. The hub includes a central core defining an opening along an axis configured to receive a drive shaft. The hub further includes a disc, extending radially outwardly from the core about the axis, the disc configured to be overmolded in polymeric material that forms an overmolded plastic base, the disc including a plurality of posts arranged around the core and extending upward from a top surface of the disc to form a circumferentially-extending array to align the hub when applying torque to the hub.

Abstract: A bi-directional recirculating filtration system for a laundry treating appliance is provided. A removable filtration apparatus for the laundry treating appliance is provided. A laundry treating appliance having a balance ring filtration system is provided. A laundry treating appliance having a removable attachment filter system is provided. A laundry treating appliance having a removable filter cartridge system is provided. A flexible filter diaphragm for use in the capture of pet hair is provided. A recirculating filtration system of a laundry treating appliance is provided.

Abstract: A laundry appliance includes a rotating drum that receives laundry to be treated. A motor rotates a drive shaft about a vertical axis and engages the rotating drum at a base. A coupler is disposed within an upper portion of the base and that rests upon the drive shaft to transfer rotational forces from the drive shaft to the drum. A lower portion of the base engages an outer surface of the shaft to resist moment forces that are exerted against the drive shaft in an off-axis direction relative to the vertical axis.

Abstract: A laundry treating appliance for treating laundry items according to an automatic cycle of operation can include a cabinet defining an interior and having an access opening providing access to the interior. A tub can be located within the interior and can at least partially define a liquid chamber. A drum is rotatably mounted within the liquid chamber and at least partially defines a treating chamber. A clothes mover is located within the treating chamber and rotatable about a vertical axis. The clothes mover can include a base and a barrel.

Abstract: A laundry appliance includes a rotating drum that receives laundry to be treated. A motor rotates a drive shaft about a vertical axis and engages the rotating drum at a base. A coupler is disposed within an upper portion of the base and that rests upon the drive shaft to transfer rotational forces from the drive shaft to the drum. A lower portion of the base engages an outer surface of the shaft to resist moment forces that are exerted against the drive shaft in an off-axis direction relative to the vertical axis.

Abstract: A laundry appliance includes a rotating drum that receives laundry to be treated. A motor rotates a drive shaft about a vertical axis and engages the rotating drum at a base. A coupler is disposed within an upper portion of the base and that rests upon the drive shaft to transfer rotational forces from the drive shaft to the drum. A lower portion of the base engages an outer surface of the shaft to resist moment forces that are exerted against the drive shaft in an off-axis direction relative to the vertical axis.

Abstract: Methods of reducing a likelihood of contact between a rotating laundry-container, such as a basket or drum, located within a tub of a laundry treating appliance where the method includes accelerating a rotational speed of the rotating laundry-container during an extraction cycle speed ramp, monitoring the friction associated with the rotating laundry-container during the speed ramp and comparing to a threshold and altering the accelerating of the rotational speed of the rotating laundry-container when the comparing indicates the threshold is satisfied.

Abstract: A method of detecting high friction events in a laundry treating appliance includes rotating the drum, determining, during the rotation, a torque of the motor, an acceleration of the drum, a speed of the drum, and/or an angular position of the drum at each of multiple speeds, and repeatedly estimating with a parameter estimator, during the rotation, viscous friction, coulomb friction, and total friction based on the torque, acceleration, speed, and/or angular position of the drum. A high friction even is determined based on the estimated viscous friction, coulomb friction and/or total friction.

Abstract: An embodiment of a method of determining inertia of a laundry load may comprise an extraction stabilization phase, where liquid is extracted from the laundry load by rotating the basket at first rotational speed, and a sensing phase. The sensing phase may include a deceleration phase, where the basket speed decreases to a second rotational speed, followed by an acceleration phase, where the basket speed increases back toward the first rotational speed. The inertia of the laundry load may be determined from data sensed during the deceleration and acceleration phases.

Abstract: A method of estimating a water extraction profile in a laundry treating appliance includes accelerating rotation of the drum during a water extraction cycle, determining, during the accelerating rotation, a torque of the motor, an acceleration of the drum, a speed of the drum, and/or an angular position of the drum, and estimating with a parameter estimator, at multiple times during the accelerating rotation, inertia of a laundry load, based on the torque, acceleration, speed, and/or angular position of the drum to establish multiple inertia values. A water extraction profile is then estimated based on the inertia values.

Abstract: A laundry treating appliance having a cabinet, a static wash tub fixed in position relative to the cabinet, a wash basket mounted within the wash tub for rotation about a vertical axis and having at least one drain hole, a drive motor within the cabinet for rotating the wash basket, a catch basin fixed to the wash tub and spaced from the drive motor, a recirculation pump, and a closure between the drive motor and the catch basin.

Abstract: A method of detecting high friction events in a laundry treating appliance includes rotating the drum, determining, during the rotation, a torque of the motor, an acceleration of the drum, a speed of the drum, and/or an angular position of the drum at each of multiple speeds, and repeatedly estimating with a parameter estimator, during the rotation, viscous friction, coulomb friction, and total friction based on the torque, acceleration, speed, and/or angular position of the drum. A high friction even is determined based on the estimated viscous friction, coulomb friction and/or total friction.

Abstract: A method of estimating a water extraction profile in a laundry treating appliance includes accelerating rotation of the drum during a water extraction cycle, determining, during the accelerating rotation, a torque of the motor, an acceleration of the drum, a speed of the drum, and/or an angular position of the drum, and estimating with a parameter estimator, at multiple times during the accelerating rotation, inertia of a laundry load, based on the torque, acceleration, speed, and/or angular position of the drum to establish multiple inertia values. A water extraction profile is then estimated based on the inertia values.

Abstract: Methods of reducing a likelihood of contact between a rotating laundry-container, such as a basket or drum, located within a tub of a laundry treating appliance where the method includes accelerating a rotational speed of the rotating laundry-container during an extraction cycle speed ramp, monitoring the friction associated with the rotating laundry-container during the speed ramp and comparing to a threshold and altering the accelerating of the rotational speed of the rotating laundry-container when the comparing indicates the threshold is satisfied.

Abstract: A laundry treating appliance having a cabinet, a wash tub located within the cabinet and defining an interior, a wash basket mounted within the wash tub and defining a laundry treating chamber, and at least one suspension assembly operably coupled to a portion of the cabinet and a portion of the tub such that the tub is suspended from the cabinet and where the suspension assembly includes a suspension rod for attaching to a portion of the tub in a lower part of the cabinet.