144results about How to "Improve rinsing performance" patented technology

A wet shaver that includes a handle, a shaving head having at least two blades, defining a shaving plane (P), the shaving head having a cam surface, the shaving head being pivotally mounted on the handle about a pivot axis (X) parallel to the shaving plane, the shaving head having a rest position, a biasing member provided on the handle, adapted to exert a camming action on the cam surface to bias the shaving head toward the rest position.

The invention relates to a single-drum front loading washing machine, in particular to a door of the single-drum front loading washing machine. During washing, the drum of the single-drum front loading washing machine contains washing water, but the outer drum does not contain washing water. At present, the single-drum front loading washing machine still uses the machine door of a drum type washing machine, and the porthole of the machine door of the drum type washing machine cannot directly seal the clothes filling opening of the drum. As a result, the highest washing water level can only reach the lower edge of the clothes filling opening of the drum, so high-water level washing or rinsing cannot be performed. In the invention, a door frame 1 is openably arranged on the shell 11 of the washing machine by a hinge, the porthole 2 is fixed on the door frame by a bearing system and a shock absorbing device, or the machine door which is formed by fixedly combining the door frame and the porthole is arranged on the drum by a hinge, and thus, the porthole seals the clothes filling opening of the drum 9 when the door is closed. Therefore, the washing machine provided by the invention can perform high-water level washing or rinsing, the rinsing effect is improved consequently; and during washing, the small clothes in the drum are prevented from entering the space between the drum and an outer barrel 10 to cause a fault.

A drum-type washing machine includes a water tub for storing wash water, a rotary drum placed rotatably in the water tub and having an opening at the front, a motor for driving the rotary drum, a water circulating path for circulating the wash water stored in the water tub to the drum, a pump for conveying the wash water stored in the water tub to the water circulating path, multiple nozzles for jetting the wash water, conveyed to the nozzle water path by the pump, into the rotary drum, and a nozzle water path formed around a front face of the water tub for conveying the wash water from the water circulating path to the nozzles.

A detergent composition comprising; a) a non-phosphorous based builder which is an amino acid based compound or a succinate based compound, b) one or more enzymes which are destabilised by the non-phosphorous containing builder and c) a stabilisation system for the one or more enzymes. The stabilising system comprising one or more divalent metal ion salts and a non-ionic surfactant. Preferably the builder is the tetrasodium salt of glutamic-N,N-diacetic acid and the enzyme comprises protease. The preferred divalent metal ion salts are calcium salts.

The invention discloses a control method of automatic additive adding. The method includes: opening an additive adding control valve, opening a water inlet valve, using negative pressure generated by water inlet to extract additives, measuring water pressure, additive viscosity and additive adding speed, selecting adding time or adding pulse number to judge whether a total adding amount reaches the required additive amount G, and closing the additive adding control valve when the additive adding amount reaches G to complete additive adding. The control method has the advantages that a flow sensor and a negative pressure structure are used in coordination, precise adding of various liquid additives is achieved by combining the on and off of the adding control valve, the influence of the water pressure and the precise detection of the flow sensor and by precise judgement, washing and rising effects are increased, and the control method is simple and practical.

The invention discloses a washing machine. The washing machine comprises a water holding bucket, a motor used for driving the water holding bucket to operate, a current detection device used for detecting working current of the motor, and a controlling device connected with the current detection device and driving the water holding bucket to operate by controlling rotation speed of the motor. When the washing machine is used for hydrating, the controlling device is used for controlling the washing machine to performing de-foaming operation if the working current of the motor is larger than the pre-set current threshold value. Therefore, the washing machine is capable of effectively eliminating foams generated during washing so that rinsing performance is improved and a computer board is prevented against short circuit due to overflow of foams. The machine is capable of reducing residual washing agents in clothes so that human health is ensured and clothes and the skin of a user are protected. In addition, the energy loss of the washing machine is reduced and motor power is decreased. The invention further discloses a controlling method of the washing machine.

The invention relates to washing machines, in particular to a control method for washing quilts by the washing machines. The method includes the following steps that water is fed to a set washing water level while an intermittent rotation of an impeller inner barrel and an internal circulation spray are performed; the impeller is in the intermittent rotation, and the quilts are washed while the internal circulation spray is performed; an intermediate dewatering is performed; water is fed to a set rinse water level while the impeller inner barrel is in the intermittent rotation; the impeller is in the intermittent rotation, and the quilts are rinsed; and the intermediate dewatering, rinse water feeding and rinsing are repeated, and the final dewatering is performed. The invention further relates to a washing machine using the control method. The spraying is performed by means of an internal circulation pump, the washing is performed by the aids that the cycle of starting and stopping of a motor is prolonged and the starting and stopping of the motor are alternately changed, and three-time rinsing at a medium high water level and a gland structure are utilized, so that when the quilts are washed by the washing machines, the cleaning ratio is high, the rinsing effect is good, the abrasion is slight, and the individual needs of consumers are met.

A washing method of automatic washer includes controlling water inlet valve to let washer flow water in continuously; checking whether water level in washer is reached on water overflow level or not and starting up timing if water overflow level is reached as well as closing water inlet valve when timing is on preset time; enabling to drain out oil stain in clothes, washing powder foam, detergent foam and floated ¿C dirt from overflow outlet before water is discharged when washing procedure is finished in order to raise cleaning ration.

A multi-stage treatment and recovery system for PET release films comprises a mechanical dust removal mechanism, a cleaning mechanism, a drying mechanism and a winding mechanism, wherein the release film sequentially passes through the mechanical dust removal mechanism, the cleaning mechanism and the drying mechanism and is wound on the winding mechanism; traveling of the release films in the mechanical dust removal mechanism, the cleaning mechanism, the drying mechanism and the winding mechanism and transition among the mechanisms are guided by a guide roller in rolling fit with the release films; and the actions of the mechanical dedusting mechanism, the cleaning mechanism, the drying mechanism and the winding mechanism are uniformly and coordinately controlled by an electric control system. According to the multi-stage treatment and recovery system for the PET release films, the release films are subjected to dust removal, cleaning, drying and winding in sequence, so that surface impurities of the used release films can be effectively removed, wound and recycled, the purpose of recycling the release films is achieved, the utilization rate of the release films is improved, and the production cost is reduced. The invention also provides a multi-stage treatment and recovery method for the PET release films.

The invention discloses a clothes treating apparatus and a control method thereof. The clothes treating apparatus comprises an inner cylinder, a rotatable pulsator, a driving device and a clutch device, the inner cylinder defines a cavity with an open top, the driving device is used for driving the pulsator to rotate, the clutch device can be switched among a separation state, a first joint stateand a second joint state, the pulsator is free from vertical displacement in the separation state and can be driven to rotate in the first joint state, the inner cylinder and the pulsator can synchronously rotate in the first joint state, and the pulsator can be driven to rotate and can vertically shift relative to the inner cylinder in the second joint state. According to the clothes treating apparatus, when the clutch device is switched to the second joint state, the pulsator rotates and can vertically shift, three-dimensional stirring effects of water flow can be achieved, and washing and rinsing effects and use experience of the clothes treating apparatus are improved.

A roller washing machine is provided. It contains shell with entrance, washing beck, roller, door of water-applying pipe and water-applying device for water-applying pipe and the particular device for water-applying pipe. The particular device can reduce washing times and improve the washing effects.

The invention discloses a chopstick washing machine with a high-temperature disinfection function. The chopstick washing machine comprises a shell, a pipeline, a connector, an electric control system, a structure device, a functional device and a connection device, wherein the electric control system comprises a circuit board, an ultrasonic generator and a temperature sensor; and the functional device comprises a water returning nozzle and a heating pipe. The chopstick washing machine is used for washing through ultrasonic waves; the solubility of a washing solution and the cavitation effect of ultrasonic waves are improved through heating, and sterilization and disinfection are carried out through heating to a high temperature so that the washing effect of the chopstick washing machine is relatively good; a mini-type water pump is used as a core water circulating system so that the technical effect that water is supplied for one time and can be used for a plurality of times is realized; a wireless device is wirelessly connected with intelligent equipment of a user, so that the user can be more flexibly and conveniently use the washing machine; and the chopstick washing machine has relatively good washing effect and relatively less water use amount and is relatively safe and convenient to use.

The invention provides a washing machine capable of further improving the rinsing performance. The washing machine includes; an outer barrel for storing water; an inner barrel arranged in the outer barrel; a driving portion for performing rotation driving on the inner barrel; a water supplying portion for supplying water; a discharge portion for performing discharging on the outer barrel; and a control device for performing a multiple rinsing step. The rinsing step includes: allowing the discharge portion to perform discharging action and allowing the water supplying portion to spray washing articles in the inner barrel with rinsing water so as to achieve rotation spraying rinsing operation while the driving portion is controlled to allow the inner barrel to rotate at a low speed; and controlling the water supplying portion and the discharge portion to collect rinsing water in the outer barrel, and controlling the driving portion to allow positive and negative rotation of the inner barrel to stir the washing articles so as to achieve water collection rinsing operation.

The invention discloses a precise and high-strength sheet metal part. The precise and high-strength sheet metal part comprises a sheet metal part body. The sheet metal part body comprises, by weight,0.03-0.09% of Zr, 1.56-1.98% of Re, 1.32-1.59% of Bi, 0.05-0.16% of C, 3.32-3.56% of Si, 1.26-1.38% of Mn, 0.12-0.15% of Mo, 0.6-0.9% of Ni, 2.23-2.58% of Cu, 1.19-1.25% of Ti, 25-29% of lanthanide-series rare earth, and the balance Fe and trace impurities. The rare earth comprises, by weight, 9.6-9.9% of Ce, 11-15% of La, 9-18% of Y, 11-15% of Sc, 6-9% of Gd, 2-6% of Sm, and the balance Gd.

The invention provides a water-based environment-friendly cleaning method of soldering flux generated in the welding process of a radar electronic module. The cleaned object is the radar electronic module of which a ceramic substrate and a related connector are installed and welded. A cleaning system comprises a cleaning clamp, a moving mechanism, a soaking ultrasonic flow spraying cleaning mechanism, a reverse spraying rinsing mechanism, a solvent dehydration bubbling mechanism, a baking mechanism and a feeding and discharging table. According to the operation steps, 1, the radar electronic module to be cleaned is clamped; 2, soaking ultrasonic flow spraying cleaning is carried out, and a multi-component composite water-based cleaning solution is adopted as a soaking cleaning solution; 3, pure water is used for carrying out reverse spraying rinsing; 4, solvent dehydration bubbling treatment is carried out, and dehydration solvent is ethyl alcohol with concentration being over 95% or other alcohol solutions easy to volatilize; and 5, hot wind baking is carried out.

A crockery basket of a dishwasher for receiving pieces of crockery. The crockery basket includes a bottom; lateral parts that frame the bottom; and at least one row of rods that are arranged on the bottom to hold the pieces of crockery. The at least one row of rods has a base wire and individual rod wires that are attached to the base wire. Each end of the base wire is bent and pivotally mounted on the bottom. When the at least one row of rods is pivoted upright, the base wire is arranged at a distance from the bottom.

The invention provides a spraying barrel cover of a washing machine. The purpose of effectively saving water can be achieved by the washing machine while the rinsing performance is ensured. Moreover, the washing machine has a simple structure and can be operated conveniently. The spraying barrel cover comprises a spraying barrel cover body, a spraying water chamber is arranged in the spraying barrel cover body, the spraying barrel cover also comprises an upper barrel cover and a lower barrel cover, the spraying water chamber is formed through surrounding by the upper barrel cover, water distribution ribs on the upper barrel cover and the lower barrel cover, the upper barrel cover is provided with a water inlet connected with a water feeding pipe, the lower barrel cover is provided with a main spraying port and an auxiliary spraying port, the diameter of the main spraying port is larger than the diameter of the auxiliary spraying port, and the water distribution ribs of the upper barrel cover are inserted into a clamping slot of the lower barrel cover.

The invention provides a drum type washing machine which enables the setting of an even higher water level or an even lower water level by the users' intentions. The washing machine has a rotary drum 1 having the horizontal or diagonal center shaft of rotation, a water receiving tub 3 which is supported elastically in the body 9 of the washing machine and rotatably holds the rotary drum 1 therein, a feed water valve 14 for feeding water into the water receiving tub, a cloth quantity sensing means 30 for detecting the amount of washing within the rotary drum, a water level display part 22e which displays the water level set corresponding to the amount of washing sensed by the cloth quantity sensing means and a water alteration input setting switch 21j capable of altering the water level set. The water level alteration input setting switch is so arranged as to enable the setting of an even higher water level and moreover, an even lower water level as compared with the range of the water level set corresponding to the amount of washing detected by the cloth quantity sensing means, thereby relieving the anxiety about the washing performance felt by the users.

The invention discloses a drainage control method of a washing machine. The drainage control method includes the following steps: controlling a drainage pump of the washing machine to work at a first preset beat and controlling a motor of the washing machine to run at a second preset beat so as to drain water; detecting a water level of a washing barrel of the washing machine and recording the drainage time; and controlling drainage according to the water level of the washing barrel and the drainage time. The drainage control method of the washing machine can optimize the drainage time, and improve the effect of residue removing.

The invention discloses a powdered activated carbon rinsing method and equipment thereof. A plurality of layers of alternatively arranged annular carbon channels and filtrate channels are formed in rinsing equipment; the carbon channels are formed by superposing multiple inverted trapezoids and have the width of 0.3-0.4m and the depth of 1.5-2m; the filtrate channels are formed by superposing multiple inverted trapezoids and have the width of 0.1-0.15m; filtering pore plates and filtering nets are arranged between the two channels; a bottom surface and two vertical faces serving as filtering surfaces are arranged on each carbon channel; and the filtering area of a carbon-water mixture is large. The method comprises the following steps: rinsing to-be-rinsed powdered carbon in the multiple layers of annular carbon channels, stirring and rinsing the carbon-water mixture for proper time by using compressed air, filtering the carbon-water mixture through the filtering nets and the filtering pore plates between the carbon channels and the filtrate channels, adding water into the rinsing equipment to perform repeated rinsing and filtering operations until the impurity content of the carbon meets the requirements; and finally, conveying the last rinsed carbon-water mixture into a filter press to perform filter pressing by using a mud pump.

The invention discloses a high-strength and anti-wear sheet metal part. The high-strength and anti-wear sheet metal part comprises a sheet metal part body, wherein the outer surface of the sheet metalbody is coated with a high-strength and anti-wear layer; the high-strength and anti-wear layer is prepared by compounding a high-strength layer and an anti-wear layer according to a ratio of the high-strength layer to the anti-wear layer of 2: 3; the high-strength layer is prepared from 15 to 19 parts of methyl acetate, 8 to 11 parts of trichloro ethylene, 9 to 16 parts of styrene, 12 to 19 partsof 2-butanone cyclohexanone, 14 to 20 parts of silicone modified epoxy resin, 13 to 17 parts of ATO powder, 7 to 9 parts of E-20 epoxy resin, 11 to 15 parts of alcohol soluble acrylate resin, 20 to 22 parts of carbon fiber powder and 12 to 17 parts of a film forming adjuvant; the anti-wear resistance is prepared from 14 to 19 parts of butadiene styrene rubber, 3 to 8 parts of methylbenzene, 9 to11 parts of water glass, 10 to 13 parts of sodium tetraborate, 22 to 28 parts of mixed phosphate, 18 to 22 parts of cyclohexanone, 11 to 18 parts of aromatic polyamide staple fiber, 19 to 23 parts ofa plasticizer, 32 to 39 parts of an auxiliary material, 13 to 19 parts of a solidifying agent and 29 to 32 parts of a defoaming agent.

The invention discloses a washing method implemented by a washing machine. The washing method has the advantages that rinsing and washing are completed in a combined manner by a washing and pre-rinsing combining step, so that national standards on rinsing and washing parameters can be met, and energy consumption can be reduced.