61results about How to "Shorten laundry time" patented technology

This invention discloses an automatic supersonic washing machine without wash including an outer drum, an inner drum, a wave wheel, an inlet pipe, an electrolyte tank, an inlet electromagnetic valve, an outlet pipe, an outlet electromagnetic valve, a motor, a speed vibrator, a controller, an operating panel and supersonic vibrators, in which, said wave wheel is composed of a large and a small wave wheel set concentrically, said supersonic vibrators are composed of three uniformly distributed vibrators of a horn-type Langevin vibrator and cumulative Longevin supersonic vibrators and said electrolyst tank is set in the inlet pipe.

The invention relates to a water temperature control method of a cold and hot water double-inlet washing machine. The water temperature control method is characterized in that a cold water inlet valve and a hot water inlet valve are arranged and are constant-flow water inlet valves, wherein a temperature sensor is arranged in a washing bucket; a controller is used for setting fixed total water inlet time every time of the cold water inlet valve and the hot water inlet valve; the controller calculates a cold water inlet temperature and a hot water inlet temperature according to water temperatures in the washing bucket of the washing machine before and after adding water; then the controller calculates a ratio of desired inlet cold water to desired inlet hot water by using the known cold water inlet temperature, the hot water inlet temperature and the water temperatures in the washing bucket, and converts the ratio into a turn-on time ratio of the cold water inlet valve to the hot water inlet valve every time; and the controller controls the turn-on time of the cold water inlet valve and the hot water inlet valve so as to control the water temperature. According to the water temperature control method of a cold and hot water double-inlet washing machine, the accuracy of water temperature control of the cold and hot water double-inlet washing machine is improved, the washing degree of clothes is increased, the energy consumption is saved, and the washing time is shortened simultaneously.

The invention relates to a washing machine. A detergent container is provided inside a top cover to ensure safety when detergent is received in the detergent container and to improve usability. The drum is rotated and driven in a locked state where the top cover is closed and the opening is prohibited, and the amount of laundry is detected (S2-S6). Then, rotating the drum to the locked position implements the locking of the drum (S7), and unlocking the top cover allows the top cover to be opened (S8). When the load detection is completed, the appropriate detergent amount standard corresponding to the load is known, but the detergent amount standard display is not performed until the top cover is unlocked, but is displayed after the top cover is unlocked (S9). Accordingly, it is possible to prevent the top cover from being opened in a state where the drum is not locked, such as during load detection. In addition, since the user must release the lock of the top cover when seeing the detergent amount standard, it is possible to avoid the situation that the top cover cannot be opened when the user intends to inject detergent in consideration of this situation.

The invention relates to a washing machine and a water treatment system using the washing machine. The washing machine comprises an external drum, an internal drum arranged in the external drum, and a thumb wheel arranged in the internal drum, wherein the thumb wheel is driven by a main motor, and an output shaft of the main motor is connected with the external drum and the internal drum through an electronic clutch; the internal drum comprises at least two pairs of elastic valve bodies and non-elastic valve bodies which are connected together in turn to form a drum body, and through holes which are only opened when the washing machine performs a dewatering process are distributed on wall bodies of the non-elastic valve bodies; each non-elastic valve body is distributed along the outer edge of the thumb wheel and is connected with a connecting rod which is used for controlling the radial displacement of the non-elastic body, and the connecting rod is connected with a driving mechanism; when the washing machine performs a washing process and a rinsing process, along with the rotation of the thumb wheel, the driving mechanism controls each non-elastic valve body to perform quick radial reciprocating displacement through the connecting rod; and when the washing machine performs the dewatering process, along with the rotations of the external drum and the internal drum, the driving mechanism controls each non-elastic valve body to extrude towards the center of the thumb wheel through the connecting rod and releases each non-elastic valve body until the dewatering process is finished. The washing machine can knead and rub clothes in the washing and rinsing processes and can perform dewatering with extruding force in the high-speed rotary dewatering process.

The invention provides a method for washing and rinsing of a washing machine. The method is characterized by comprising the following steps of: starting; filling water and spraying the water through a water pump; filling water until all clothes can be soaked; intermittently de-watering, and spraying the water within an intermittent time interval; continuously de-watering; spraying the water through the water pump, intermittently de-watering through a de-watering cylinder, intermittently spraying the water through the water pump, and continuously and repeatedly de-watering for 2-15 times; intermittently de-watering while discharging the water; continuously de-watering while discharging the water; de-watering through using inertia while discharging the water; and stopping. The washing method of the washing machine, provided by the invention, comprises the following steps of: spraying the water to wash while filling the water; spraying the water, intermittently de-watering, and washing through squeezing; and discharging the water, de-watering, and washing through the squeezing. And the rinsing method of the washing machine, provided by the invention, comprises the following steps of: filling and spraying the water for rinsing; spraying the water, de-watering and rinsing through the squeezing; and discharging the water, de-watering and rinsing through the squeezing. The washing machine provided by the invention has the advantages of small water using amount, few washing agents, small electricity consumption, short washing time, small abrasion and high cleaning rate.

The pressure circulating washing machine has one increased forced water circulating system in the cylinder, and the whole washing process is completed in the sealed cylinder and the forced water circulating system. The water flow of the washing machine has relatively high power and the direction inversely to clothing motion and the cylinder always changes its rotation direction for constant impact to clothing. The beneficial effects include raised clothing detergency and shortened washing time, and the present invention provides one kind of new washing mode and new un-complicated washing machine.

The invention belongs to the technical field of household electrical appliances, and specifically relates to a cooperative system and method for water consumption equipment and a water heater. The invention aims to solve a problem that the existing water heater is relatively single in control mode. To this end, the cooperative control method comprises the steps of obtaining the outlet water flow of the water heater in the water inflowing process of the water consumption equipment; obtaining a fluctuation value of the outlet water flow of the water heater according to the outlet water flow of the water heater; and controlling the operation of the water consumption equipment and/or the water heater according to the fluctuation value of the outlet water flow of the water heater. Through the cooperative control for the water consumption equipment and the water heater, the cooperative control method avoids a problem of collision among multiple sets of water consumption equipment when usingthe water heater while meeting hot water utilization of the water consumption equipment through comparing the fluctuation value of the outlet water flow of the water heater with a preset value in thewater inflowing process.

The invention discloses a washing machine provided with a washing powder dissolving device. The washing machine comprises a machine shell, an outer cylinder, an inner cylinder and an impeller. A detergent box and the washing powder dissolving device are arranged above the machine shell. The washing powder dissolving device comprises a box body, a guide pipe and a stirrer. The right side of the box body is provided with a water inlet, the outer side of the water inlet is provided with a water inlet electromagnetic valve, the water inlet electromagnetic valve is connected with a water inlet tee joint through a water pipe, and the water inlet tee joint is connected with the detergent box through a water pipe. The bottom of the box body is provided with a water outlet, the outer side of the water outlet is provided with a water outlet electromagnetic valve, and the water outlet electromagnetic valve is connected with a water outlet tee joint through a water pipe. The water inlet tee joint is connected with the water outlet tee joint through a branch water pipe. The guide pipe is fixed into the box body and divided into a vertical segment, an elbow segment and a horizontal segment. The vertical segment and the horizontal segment are connected through the elbow segment. The stirrer comprises a motor and a stirring impeller. The motor is arranged above the box body, and the lower end of an output shaft of the motor penetrates into the box body and inserted into the vertical segment of the guide pipe. The stirring impeller is fixed to the lower end of the output shaft of the motor. The inner side of the box body is further provided with a liquid level sensor and a temperature sensor.

The invention relates to a positive-negative pressure system, an operation method thereof and a positive-negative pressure electric appliance using the system. The positive-negative pressure electricappliance comprises: a positive-negative pressure refrigerator, a positive-negative pressure washing machine, a vacuum dish washing and fruit-vegetable cleaning machine, a super-oxygen washing range hood, a positive-negative pressure oven fryer microwave oven, a positive-negative pressure fresh-keeping compartment, a positive-negative pressure fresh-keeping warehouse and a positive-negative pressure module cabinet. According to the technical principle and the basic operation method of the positive-negative pressure system, air flow is regulated and controlled through positive and negative pressure, or multiple effective loads like ozone, air catalysts, negative ions, air-conditioned gas and water are carried for orderly getting in and out of the positive-negative pressure cabins or staying, and needed influences are exerted on objects therein. Accordingly, multiple technologies like vacuum, high pressure, ozone, catalysts, controlled atmosphere fresh-keeping, negative ions, disinfection and purification, humidification and dehumidification, air water production and low-temperature storage are regulated and integrated through the positive-negative pressure system and are combined and applied to the positive-negative pressure electric appliance, a breathing function is given to the electric appliance, and a positive-negative pressure electric appliance subdivision field is developed for upgrading and updating existing electric appliances and traditional technologies.

The invention discloses a control method of a laundry device, more particularly relates to a control method of a laundry device, capable of diversifying the roller driven motion to achieve convenient use and meet the demand of various users. According to the invention, the control method of the laundry device includes: a washing stroke comprising a washing step of supplying the washing water for a washing tub or a roller to wash the washings and a draining step of discharging the washing water, characterized in that in the draining step, the roller driven motion for relapsing to performing the operation for lifting the washings and then falling down in the roller is performed.

The invention belongs to the technical field of household electrical appliances, and specifically relates to a cooperative control system and method for water consumption equipment and a water heater.The invention aims to solve a problem that the existing water heater is relatively single in control mode. To this end, the cooperative control method comprises the steps of obtaining a required temperature of the water consumption equipment before water flows into the water consumption equipment; obtaining a set temperature of the water heater before water flows into the water consumption equipment; and comparing the required temperature of the water consumption equipment with the set temperature of the water heater, and controlling the operation of the water consumption equipment and/or thewater heater according to the comparison result. Through the cooperative control for the water consumption equipment and the water heater, the cooperative control method avoids a problem of collisionamong multiple sets of water consumption equipment when using the water heater while meeting hot water utilization of the water consumption equipment through comparing the set temperature of the water heater with the required temperature of the water consumption equipment before water flows into the water consumption equipment.

The present invention provides a drum washing machine, a control method and control device of the drum washing machine and a computer readable storage medium. The control method comprises the following steps of controlling a motor to rotate; acquiring a maximum position [theta]max and a minimum position [theta]min of the motor or a drum in a cycle; and setting parameters [theta]1 and [theta]2 which meet the following equations respectively: [theta]1=[theta]1+[theta]-[theta]max and [theta]2=[theta]2-[theta]min, and returning to the step of controlling the motor to rotate, wherein [theta]1 on the left side of the equation [theta]1=[theta]1+[theta]-[theta]max and [theta]1 on the right side of the equation [theta]1=[theta]1+[theta]-[theta]max represent a first preset position in a next cycle of the one cycle and a first preset position in the one cycle respectively, [theta] is a maximum preset position of the motor or the drum, and [theta]2 on the left side of the equation [theta]2=[theta]2-[theta]min and [theta]2 on the right side of the equation [theta]2=[theta]2-[theta]min represent a second preset position in the next cycle of the one cycle and a second preset position in the one cycle. The control method provided by the invention can reduce abrasion to clothes.

The invention provides a roller washing machine with a simultaneous washing function and a method for implementing simultaneous washing. The roller washing machine comprises a tank body shell and a pair of inner and outer drum assembles. The two sides of the tank body shell are each provided with an operation panel and a front door cover. The operation panel and the front door cover are provided with a washing machine program controller and a glass bowl door respectively. The pair of inner and outer drum assembles are hung on a front upper beam and a rear upper beam of the tank body shell in aback-to-back mode. The lower portions of the inner and outer drum assembles are supported by supporting spring assemblies. A pair of electromagnetic clutches are fixedly installed on outer drums of the corresponding sides of the inner and outer drum assemblies respectively. The input ends of the electromagnetic clutches are each connected with a belt wheel transmission mechanism which can drive the corresponding electromagnetic clutch to rotate, and the output ends of the electromagnetic clutches are fixedly connected with inner drum assembly shafts of the corresponding sides of the inner andouter cylinder assemblies respectively. A water-saving drainage assembly is fixed to the outer drum of the corresponding side, and the input pipe opening and the output pipe opening of the water-saving drainage assembly are communicated with the water outlet and the water inlet of the outer drum of the corresponding side respectively. The roller washing machine is equivalent to two washing machines and simultaneously washes clothes, water produced when washing is completed in one machine is discharged into the other machine to be repeatedly used, under-clothes and outer clothes can be simultaneously and separately washed, and water and time are saved.

The invention discloses a full-automatic washing machine for removing fluff and suspended matters and a washing method thereof. At least a clutch wave wheel shaft is arranged at the center of an inner dewatering cylinder; a drainage port is formed at the bottom of an outer water tub; the full-automatic washing machine is provided with an extrusion unit device, wherein the device comprises a central screw rod which is fixedly connected and synchronously rotates with the clutch wave wheel shaft through a wave wheel or connection sleeve, and a screw nut disc is sleeved on the central screw rod; a group of water outlet channels are additionally arranged outside the inner dewatering cylinder, and the group comprises at least one water outlet channel; at least one multi-stroke traction motor or at least two single-stroke traction motors are used for controlling to open/close the water outlet channels through a corresponding number of drainage valves in turn; and a water outlet is formed at the lower part of each drainage valve. The washing method is as follows: based on the common four washing processes including water feeding, washing, drainage and dewatering, the extrusion unit device is designed to work at the same time in the washing stage, and the traction motor is controlled to sequentially finish control on opening/closing the corresponding water outlet channel in the drainage stage in a time-shared manner. Through the invention, the washing quality can be greatly improved, and time and water are saved.

The invention relates to a water-saving washing machine. The water-saving washing machine comprises a spray nozzle (1), an inner barrel (2), a rinsing water inlet pipe (7), a water inlet manifold (10) and a washing water inlet pipe (12). The water inlet manifold (10) is connected with the washing water inlet pipe (12) and the rinsing water inlet pipe (7). A rinsing water inlet valve (8) and a pressurization pump (11) are arranged on the rinsing water inlet pipe (7). The outlet end of the rinsing water inlet pipe (7) is connected with the spray nozzle (1). According to the water-saving washing machine, dirty water of clothes is washed away through circulating atomization and rinsing. Due to the fact that clothes are only wetted in each time of rinsing, the required water amount is small, the water amount required for the whole rinsing process is smaller than the water amount required for each time of rinsing of a traditional washing machine, the water consumption is greatly lowered, electricity is saved, and meanwhile the washing time can be effectively shortened.

The invention discloses a drum washing machine. The drum washing machine comprises an outer barrel, an inner barrel, a stirring component, a driving device, a transmission part, a connecting piece anda shifting assembly, wherein the inner barrel is arranged inside the outer barrel and the inner wall of the inner barrel is provided with a lifting rib; the stirring component is rotationally arranged on the rear wall of the inner barrel; the driving device is in transmission connection with the stirring component through a rotating shaft; the transmission part is fixed on a mounting frame and matched with the rotating shaft and a main shaft connected with the inner barrel, can do reverse rotation opposite to rotation of the rotating shaft when the rotating shaft rotates, and rotates in the same direction as the main shaft; the connecting piece is in sliding connection with the mounting frame; the shifting assembly is matched with the connecting piece; when the shifting assembly applies force to the connecting piece, the connecting piece can be separated from the driving device and the driving device can drive the stirring component to rotate for driving the inner barrel to rotate reversely; and when the connecting piece is connected with the driving device, the driving device can drive the stirring component and the inner barrel to rotate in the same direction through self rotation. By means of the washing machine, the problem of the poor washing effect of an existing drum washing machine is solved.