A clean-water-washing function control method of a washing machine, the method comprising: step A: receiving a selection instruction of a laundry process; step B: enabling or disabling selection of a clean-water-washing function of the washing machine according to the selection instruction. A user at self-select the laundry process and decide whether to use the water-washing function, so that the control method not only helps guide the user in choosing to wash clothing in a water saving manner, but can also wash the clothing effectively, and protect the clothing and a recycled water filtration system. Moreover, an autonomous and intelligent washing environment is created for the user.

A display method of an operation interface of an electrical appliance and a control method of a washing machine. The electrical appliance has a human-computer interaction interface including at least two function interfaces that can be selected externally. The method includes: recording a use frequency of each function interface; adjusting a display ranking manner of the human-computer interaction interface automatically, so that the function interface with the highest use frequency is preferentially displayed when the human-computer interaction interface is restarted. A computer controller of the washing machine collects using situations, washing data of all function interfaces, saves the using situations, the washing data in a data storage unit, calculates the stored data, analyzes the use frequencies of the function interfaces when the method is applied to the washing machine. The function interface with the highest use frequency is preferentially displayed when the washing machine is reused by a user.

A laundry treating appliance comprising a dispensing assembly which can identify laundry treating chemistry filled in a loading cup by way of a material sensor, and supplying said laundry treating chemistry to a proper corresponding bulk reservoir.

A home appliance for treating an article according to an automatic cycle of operation, includes a treating chamber having an open face, a door for closing the open face of the treating chamber, two or more sensors on a housing of the home appliance, an actuator operably coupled with the door to move the door from a closed position of the door to an opened position of the door, and a controller.

In accordance with one aspect of the present disclosure, a washing machine includes a rotating tub configured to accommodate laundry, a water supply pipe configured to spray water over a surface of the laundry. The washing machine also includes a controller configured to execute a water supply cycle in which an operation of each of the rotating tub and the water supply pipe is controlled and water is supplied to the rotating tub. The washing machine further includes a wash cycle in which the laundry is washed and the controller executes a first cycle in which the rotating tub is rotated faster than a rotational speed in the wash cycle so as to discharge air contained inside the laundry before the wash cycle is terminated.

The present invention relates to a washing method for textiles, which prevents the clothes to be washed from becoming disarranged, entangled or knotted by means of an intensive agitating cycle with asymmetric and symmetric agitating cycles in combination with soaking periods thereby achieving optimal washing with low water consumption.

A washing machine having a balancer and a control method thereof which achieve correct communication between a controller and a balancing module such that a balancing module is correctly shifted to a target position. The control method of the washing machine includes measuring a first time between position detection time points of the balancing modules during rotation of the rotary tub when the plurality of balancing modules is in a static mode, measuring a second time between position detection time points of the balancing modules during rotation of the rotary tub when any one of the balancing modules is shifted by a predetermined distance through a movement command, and confirming a relationship between a module ID of any one of the balancing modules and a communication ID of the movement command through a relative variation of the second time with respect to the first time.

A drum washing machine capable of performing washing applicable to various washings is provided. The drum washing machine includes: an outer tank provided in a shell; a drum, which is provided in the outer tank and configured to rotate with a horizontal shaft or an inclination shaft inclining relative to a horizontal direction as a center; a driving part, configured to be operated in a first and second driving form, the first driving form refers to a form in which the drum and a rotating body are enabled to rotate at different rotation speeds, the second driving form refers to a form in which the drum and the rotating body are enabled to rotate integrally at a same rotation speed; a control part, configured to control actions of the driving part.

A washing apparatus and control method where the washing apparatus comprises a door configured to open and close the entrance; a tub inside a main body and having an opening corresponding to an entrance to the main body; a diaphragm configured to connect the entrance with the opening; a drum rotatably provided inside the tub; a door washing nozzle provided on the diaphragm to inject washing water to the door. The door washing nozzle is controlled to inject the washing water for a first time in a first section and inject the washing water for a second time in a second section when a washing mode of the diaphragm including the first section at which the drum in a stopped state arrives at a first target rotation speed and the second section at which the drum rotated at the first target rotation speed arrives at a second target rotation speed.

A washing machine includes a main body; a washing tub provided inside the main body to receive washing water; a dewatering tub rotatably provided inside the washing tub; a driving device configured to supply a rotational force; a clutch unit to operate in a first mode in which the rotational force generated in the driving device is transmitted to the dewatering tub and a second mode in which the rotational force is not transmitted to the dewatering tub; a clutch motor to switch an operation mode of the clutch unit; and a cam switch switched from a switch-off state to a switch-on state, wherein the cam switch outputs pulses having the same period as a frequency of AC power supplied to the clutch motor in the switch-on state, and when the cam switch is switched from the switch-off state to the switch-on state, the clutch unit is stopped.