A method may include transmitting, by a spot cleaner, an end signal to notify an end of a washing process performed by the spot cleaner in which a garment was cleaned by the spot cleaner, based on completion of the washing process, wherein the spot cleaner is positionable inside a clothes care apparatus so that the washing process is performable by the spot cleaner while the spot cleaner and garment are inside the clothes care apparatus, and the spot cleaner is positionable outside of the clothes care apparatus so that the washing process is performable by the spot cleaner while the spot cleaner and garment are outside of the clothes care apparatus; and performing, by the clothes care apparatus, a clothes care process or providing an interface to start the clothes care process, based on the end signal having been transmitted by the spot cleaner.

A method may include transmitting, by a spot cleaner, an end signal to notify an end of a washing process performed by the spot cleaner in which a garment was cleaned by the spot cleaner, based on completion of the washing process, wherein the spot cleaner is positionable inside a clothes care apparatus so that the washing process is performable by the spot cleaner while the spot cleaner and garment are inside the clothes care apparatus, and the spot cleaner is positionable outside of the clothes care apparatus so that the washing process is performable by the spot cleaner while the spot cleaner and garment are outside of the clothes care apparatus; and performing, by the clothes care apparatus, a clothes care process or providing an interface to start the clothes care process, based on the end signal having been transmitted by the spot cleaner.

A vibrating washing device having a battery, a transducer, and/or a motor disposed within a housing. Current from the battery causes the transducer and/or motor to vibrate producing high frequency sound waves. When the vibrating device engages saturated garments. cleaning performance and efficiency are improved.

A vibrating washing device having a battery, a transducer, and/or a motor disposed within a housing. Current from the battery causes the transducer and/or motor to vibrate producing high frequency sound waves. When the vibrating device engages saturated garments. cleaning performance and efficiency are improved.

The present disclosure relates to a washing machine for washing laundry. According to exemplary embodiments of the present disclosure, the washing machine may use a novel horizontal vibration method of washing laundry and the like instead of a rotation method. The washing machine may include a moving magnet connected to the washing tub causing the washing tub to move horizontally. The moving magnet may be a permanent magnet or an electromagnet.

The present disclosure relates to a washing machine for washing laundry. According to exemplary embodiments of the present disclosure, the washing machine may use a novel horizontal vibration method of washing laundry and the like instead of a rotation method. The washing machine may include a moving magnet connected to the washing tub causing the washing tub to move horizontally. The moving magnet may be a permanent magnet or an electromagnet.

The disclosure relates to a clothes pre-washing device. The clothes pre-washing device may include a washing tank. The washing tank includes a set of ultrasonic sensors, at least one inlet port, and an outlet port. Each ultrasonic sensor is integrated with an ultrasonic transducer configured for generating ultrasonic waves to create cavitation bubbles in a cleaning solution. Further, the at least one inlet port is controlled via one or more pumps that are configured for recirculating the cleaning solution. The clothes pre-washing device further include an ultrasonic generator coupled to the washing tank, configured for converting electric power into electrical signals to activate each of the ultrasonic transducer for generating the ultrasonic waves; and a top lid coupled to the washing tank configured to cover the washing tank. The top lid includes at least one ultraviolet-C light directed towards the washing tank.

The disclosure relates to a clothes pre-washing device. The clothes pre-washing device may include a washing tank. The washing tank includes a set of ultrasonic sensors, at least one inlet port, and an outlet port. Each ultrasonic sensor is integrated with an ultrasonic transducer configured for generating ultrasonic waves to create cavitation bubbles in a cleaning solution. Further, the at least one inlet port is controlled via one or more pumps that are configured for recirculating the cleaning solution. The clothes pre-washing device further include an ultrasonic generator coupled to the washing tank, configured for converting electric power into electrical signals to activate each of the ultrasonic transducer for generating the ultrasonic waves; and a top lid coupled to the washing tank configured to cover the washing tank. The top lid includes at least one ultraviolet-C light directed towards the washing tank.

A system comprises a support, typically part of dishwashing machine or clothes washing machine, having a plurality of piezoelectric transducers. Each transducer can have a cylindrical housing with a water inlet along a side surface of the housing. The transducers can also comprise a lens and a piezoelectric material with electrodes configured to couple to a power supply.

A system comprises a support, typically part of dishwashing machine or clothes washing machine, having a plurality of piezoelectric transducers. Each transducer can have a cylindrical housing with a water inlet along a side surface of the housing. The transducers can also comprise a lens and a piezoelectric material with electrodes configured to couple to a power supply.