Abstract: The present disclosure discloses a composite balance ring and a washing machine. The balance ring is internally hollow to form a chamber. The chamber is horizontally provided with a partition plate which divides the chamber into upper and lower chambers. The upper and lower chambers communicate through an overflow structure and a backflow structure, and the chamber is filled with balancing liquid with a level close to the partition plate. During the dehydration process of the washing machine, the balancing liquid in the lower chamber overflows into the upper chamber by a low overflow speed through a narrow gap that forms the overflow structure, and the balancing liquid remaining in the lower chamber provided with a counterweight force in the inner tub, so that the increase of eccentric displacement of the inner tub due to eccentric flowing of the balancing liquid is avoided.

Abstract: A draining pump for a washing machine and the washing machine thereof are disclosed. The washing machine includes an inlet system, and a draining system containing the draining pump device. The draining pump has a draining motor, a pump shell, a spinning blade and a filter, wherein, an inlet nozzle and an outlet nozzle are also arranged on the pump shell, and the pump shell is internally arranged with a front pump chamber and a rear pump chamber which are communicated according to the water draining sequence; the spinning blade is arranged in the rear pump chamber and installed coaxially with a revolving shaft of the drain motor, the filter is arranged in the front pump chamber, and a pressure relief plate with pressure relief holes is arranged at one side of the outlet of the filter corresponding to the water spinning blade.

Abstract: A filter apparatus (1) for recycling water of a washing machine having a self-cleaning function and the washing machine are disclosed. The apparatus includes a filter container (11) and a filter mechanism (12), the filter mechanism (12) is rotatably arranged inside the filter container (11), the filter apparatus further includes a self-cleaning mechanism utilizing the inlet water flow to drive the filter mechanism (12) to rotate and to spray and wash the filter mechanism (12). The washing machine includes an outer drum (2); the outer drum (2), a flocculation device (4), the filter apparatus (1) and the outer drum (2) are sequentially and circularly communicated with one another through a pipeline (3); the filter apparatus includes a filter container (11) and a filter mechanism (12) arranged inside the filter container (11), the filter container (11) is communicated with the flocculation container (41) and the outer drum (2).

Abstract: The present invention relates to a smart equipment and the display control method of the soft-operation interface thereof, wherein the display controlling method of the soft-operation interface of the smart equipment comprising: sensing the action changing information of the smart equipment by the gravity sensor; according to the action changing information, adjusting the soft-operation interface arrangement of the smart equipment on its display screen. By using the present invention, it is convenient for users to carry out one-hand operation on the smart equipment, and the convenience for the users is improved.

Abstract: A frequency-variable hand rubbed-type motor speed reduction clutch apparatus, and a washing machine. The clutch apparatus includes: an input shaft (5) connected to a motor rotor (1); a dehydration shaft (18); and a clutch apparatus housing (8) in which the input shaft (5) and the dehydration shaft (18) are mounted. A braking wheel (12) and a braking belt (15) fitted to the braking wheel (12) are disposed on the dehydration shaft (18). A dehydration shaft sleeve (20) rotating together with the input shaft (5) is mounted on the input shaft (5). A clutch shaft sleeve (3) sliding up and down, and engaging with or separated from the dehydration shaft sleeve (20) is mounted on the dehydration shaft (18). The braking belt (15) and the clutch shaft sleeve (3) are separately connected to a traction motor (11) by means of a control apparatus.

Abstract: Disclosed are a self-cleaning washing machine and a control method thereof. The washing machine includes inner and outer drums defining a chamber therebetween, a wave wheel, a water drainage apparatus, cleaning pellets provided in the chamber for cleaning drum walls between the inner and outer drums, and an isolating structure for preventing the cleaning pellets from escaping from the chamber. The isolating structure includes a filtration mechanism arranged in the water drainage apparatus to prevent the cleaning pellets from being flushed away when water is drained, and/or a grid mechanism arranged at the bottom of the inner drum to prevent the cleaning pellets from entering the inner drum. Operably, in the water-draining and/or spin-dry process, the inner drum is controlled to carry out different actions, making the cleaning pellets together with the water flow through a water drainage opening to be collected by a water drainage valve.

Abstract: A method for allocating a cloud-based media resource, comprising: receiving a cloud-based media task request with at least one parameter from a task requester; calculating a second integrated utility value by utilizing the at least one parameter; comparing the second integrated utility value with a first integrated utility value; determining whether to allocate the cloud-based media resource to the task requester according to a result of comparison. An apparatus for allocating a cloud-based media resource according to the present technology is also provided. In some illustrative embodiments, from the view of the utility improvement of cloud-based media services, an objective function is no longer a minimized response time but a maximum utility, and thus the satisfaction of cloud users can be significantly increased.

Abstract: In one aspect of the invention, a drainage and filtering system for a washing machine comprises an outer barrel, and a filtering apparatus, where a groove is defined at the bottom of the outer barrel, the bottom of the groove is provided with a drainage port, the filtering apparatus is mounted in the groove and covers the upper part of the drainage port, the filtering apparatus is provided with at least one filtering passage leading to the drainage port, and a foreign material stop structure is arranged in the filtering passage.

Abstract: A washing machine and washing method thereof comprises an inner tub, an outer tub and solid particles as washing medium. The inner tub, of which the inner wall is provided with lifting ribs protruding inward, rotates under the driving power of a driving device. Inside the washing machine, a storage tank for storing particles connects to the inner tub through a discharge channel for recycling particles and a feeding channel for putting in particles, and an air suction device is arranged on the feeding channel. Through alternate clockwise and counter-clockwise rotates of the inner tub, clothes and particles within are overturned in all directions, thus clothes and particles get better blended, and the cleaning rate gets improved. Meanwhile, putting-in and recycling particles through an air suction device is conducive to 100% recycling of particles.

Abstract: A roller washing machine and the washing method thereof, comprises four layers of mutually sleeved washing tubs and a water containing tub, wherein, a first tub, a second tub, a third tub and a fourth tub are arranged from inside to outside sequentially and particles are stored in a space between the second tub and the third tub; a plurality of first openings used for dewatering are arranged on the walls of the second tub and of the third tub, and a second opening allowing the particles to be put in and recycled is arranged on the wall of the second tub. The roller washing machine integrates such functions as clothes washing, separation of clothes and the particles, recycling and storage of the particles, dewatering of the particles, thus realizing 100% put-in and recycling of the particles, simplifying washing procedures and shortening washing time.

Abstract: Disclosed are an impeller-type heat pump integrated washer-dryer and a drying method. The impeller-type heat pump integrated washer-dryer includes: a housing, an outer drum mounted inside the housing, an inner drum mounted in the outer drum, an impeller provided at the bottom of the inner drum, and an electric motor provided at the lower part of the outer drum for driving of the inner drum and/or the pulsator. An outer part of the outer drum is provided with an air duct and a heat pump system. The air duct communicates with sealed top and bottom ends of the outer drum. The heat pump system has an evaporator and a condenser mounted in the air duct, a throttle apparatus and a compressor. The evaporator, the compressor, the condenser and the throttle apparatus are sequentially connected in succession to form a circulating flow path enabling a medium to flow.

Abstract: The present technology relates to a multimedia content self-adaptive method and a multimedia playing system, wherein the multimedia content self-adaptive method includes: obtaining context information; solving the media content adaptation problem according to the obtained context information. Applying the multimedia content self-adaptive method and multimedia playing system provided by the present technology, the content adaptation for the AV playing environment can be realized under the UPnP AV standard, thereby providing intelligent multimedia services.

Abstract: A washing machine and a washing method, comprises an inner cylinder, an outer cylinder, and solid particles as washing medium. The inner cylinder is driven into rotation by a driver device. The inner cylinder has arranged on the inner wall thereof scraper blades that protrude inwards and are bent along the wall of the inner cylinder. The scraper blades drives the particles into obliquely upward or obliquely downward movements and flipping, thus allowing for more fully mixing clothes with the particles, for simplified washing process, while also for improved cleaning rate, and for facilitated recycling of the particles.

Abstract: A washing machine and a washing method, comprises an inner cylinder, an outer cylinder, and solid particles as a washing medium. The inner cylinder is driven into rotation by a driver unit. A side wall of the inner cylinder is spirally shaped and drives the particles into a spiral movement and flipping within the inner cylinder. When the inner cylinder is spinning, the screw thread drives the particles into flipping in all directions, back-and-forth and up-and-down, within the inner cylinder, thus allowing for increased mixing between clothes and the particles, for simplified washing process while also for improved cleaning rate, and for facilitated recycling of the particles.

Abstract: A washing machine includes an inner tub arranged in an outer tub and a rotatable wave wheel. As every 1 kg load is increased, the height difference h1 between the clothes and water satisfies the formula h1=(?D2h?4V1)/(K?D2), wherein D is the diameter of the inner tub, h is the height of the wave wheel, V1 is the volume of the wave wheel, and K is the optimal clothes load between the wave wheel and the inner tub within the wave wheel height. The clothes overturn periodically while rotating along with the wave wheel. The clothes move towards the center of the wave wheel along the wave wheel while moving upward, overturn outwards in a uniform wobble way after reaching the climax of the wave wheel and fall to the bottom of the inner tub along the inner tub wall, and move towards the center of the wave wheel again.

Abstract: A washing machine contains a wash tub, an impeller and a motor. Clothing is put into the tub and the load is detected. Water is added until the water level is below or equal to load height. To begin washing, the impeller drives the clothing to overturn, resulting in generating three types of water flows: agitating flow, enhancing flow and balancing flow. At first, the agitating flow breaks the balance of the load to disperse clothing, then the enhancing flow overturns clothing for washing. Finally, the balancing flow maintains the circulation path for the load balance overturning. Single sequential control or repeatedly alternating cycle control of the three types of water flows can be adopted for washing. The invention can save water, improve washing efficiency and avoid intertwining of clothing, characterized by full-range, thorough, repeated and efficient washing.

Abstract: An electronic device, and a power supplying method and a wireless power supplying system thereof. The electronic device includes a wired electric power receiving module, a wireless electric power receiving module and a switch. The wired electric power receiving module is connected to an external power supply by wired transmission. The wireless electric power receiving module receives the wireless electric power from an external wireless electric power transmitting device. The switch is coupled to the wired electric power receiving module and the wireless electric power receiving module and is used to switch between the wired electric power receiving module and the wireless electric power receiving module, to supply the operating voltage. The electronic device can operate in the wireless power supplying mode or the wired power supplying mode, so as to facilitate a user to use.

Abstract: A washing machine for automatically adding the detergent by negative pressure comprises a water inlet, a detergent container and a tub. A main inflow waterway and a rinse waterway are provided between the water inlet and the tub. A dosing container which communicates with the detergent container is provided between the rinse waterway and the tub. A venturi tube is provided in the main inflow waterway. Due to venturi effect, the main inflow water stream becomes narrower and the water inflowing velocity is accelerated, so that a relative vacuum area which communicates with the dosing container is formed at the rear side of the venturi tube outlet, negative pressure is generated in the dosing container, and the detergent in the detergent container.

Abstract: A washing machine contains a wash tub, an impeller and a motor. Clothing is put into the tub and the load is detected. Water is added until the water level is below or equal to the load height. To begin washing, the impeller drives the clothing to overturn, resulting in generating three types of water flows: agitating flow, enhancing flow and balancing flow. At first, the agitating flow breaks the balance of the load to disperse clothing, then the enhancing flow overturns clothing for washing. Finally, the balancing flow maintains the circulation path for the load balance overturning. Single sequential control or repeatedly alternating cycle control of the three types of water flows can be adopted for washing. The invention can save water, improve washing efficiency and avoid intertwining of clothing, characterized by full-range, thorough, repeated and efficient washing.

Abstract: A solid particle for washing and the washing method using the same are provided. The solid particle is a polymer solid particle, wherein open pores are distributed on the solid particle surface. The washing method using the solid particle comprises steps of separating the articles to be washed with the solid particles, rinsing the articles to be washed and drying the articles to be washed.