82results about How to "Reduce the number of rinses" patented technology

The invention provides a glass cleaning agent. The glass cleaning agent is prepared from potassium hydroxide, sodium hydroxide, potassium carbonate, an anion ion surfactant, a non-ionic surfactant, a chelating agent, an alcohol ester type organic solvent, a solubilizer and water. Compared with the prior art, the glass cleaning agent has the advantages that the alkalinity is weak, and the wetting property is strong; under the mutual matching of components, the surface of cleaned glass is smooth, stubborn dirt can be removed, the damage to a glass surface layer is avoided, a defective rework procedure is reduced, and the machine and labor cost and the material cost are effectively reduced; the fine scratching of the glass surface is reduced, the fuzziness and bluing of the glass surface are avoided, the surface can be quickly flushed and cleaned, the residue is avoided, the rinsing frequency is reduced, the components can be completely decomposed, the pollution to environment is avoided, and the glass cleaning agent is suitable for glass heat-bending mobile phone front and back cover plates.

The invention discloses a recycle production line and a recycle technology of PET (Polyethylene Terephthalate) bottles. The recycle production line comprises a first feeding device, a label removing device, a second feeding device, a manual sorting platform, a crusher, a first washing cage, a cleaning and separating device, a high-strength friction cleaning device, a hot-water cleaning device, a first dehydrator, a second washing cage, a second dehydrator, a rinsing device, a third dehydrator and a packer; the cleaning and separating device, the hot-water cleaning device and the rinsing device separately comprise a water tank, stirring cleaners and a mesh screen; each mesh screen tank is formed by sequentially connecting a plurality of arc-shaped mesh screen tank units with upward openings in series along the horizontal direction; a stirring cleaner is arranged above each arc-shaped mesh screen tank unit; each stirring cleaner comprises a rotary shaft and a stirring plate arranged on the rotary shaft; and the rotary shaft of each stirring cleaner is connected with a stirring cleaning driving mechanism. By adopting the production line, the cleaning of fragments is good in effect, high in speed and high in production efficiency.

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.

The invention relates to the field of soil remediation, in particular to a compound chemical leaching method for efficient remediation of heavy metal contaminated soil. Natural organic acid and iron salt are used as main raw materials to prepare a compound leacheate, and the technical problems that an existing soil remediation eluent is high in cost and low in efficiency and can cause secondary pollution easily are solved. According to the compound chemical leaching method, the heavy metal contaminated soil is remediated, the heavy metal content in the soil can be reduced quickly, and a good remediation effect is achieved. Waste liquid generated after leaching is disposed through a regenerant, and the primary regeneration efficiency can reach 80% or over.

The invention provides a method for improving the leaching rate of calcification roasting vanadium slag and improving the filtering effect. The method comprises the following steps: (1) crushing the vanadium slag subjected to calcification roasting, and then fully mixing the vanadium slag with water to prepare ore slurry; (2) adjusting the acidity of the ore slurry by using sulfuric acid so as to perform leaching on the vanadium slag subjected to calcification roasting; (3) filtering to separate the ore slurry after leaching so as to obtain vanadium leachate and to-be-washed tailings; and (4) performing drip washing on the to-be-washed tailings by using water, and collecting the slag washing water. The method has the improvement that a small amount of a leaching additive namely polyacrylic acid, sodium citrate, polydimethylsiloxane, potassium sodium tartrate or urea is also added in the ore slurry in the step (1). Compared with the prior art, the method provided by the invention has the advantages that the vanadium leachate is increased, the vanadium leaching rate is improved, and the output-input ratio for recycling the slag washing water is relatively high.

The invention discloses an ultraviolet-resistant laundry emulsion, which comprises the following parts: 5%-15% aliphatic alcohol polyoxyethylene ether sodium sulfate, 2%-25% alkyl glycoside, 4%-18% alcohol ether carboxylate, 3%-38% coconut oil diglycollic amide, 2 %-36% sulfonate olefin, 0.5%-1.5% thickener, 2.5%-5% compliance agent and 0.5%-2.5% sun-screening agent with certain technical allocation. The invention can adsorb most of ultraviolet on the cloth, which improves the ultraviolet-resistant effect of textile effectively.

The invention relates to a tunnel type continuous washing machine, and belongs to the field of washing equipment. The tunnel type continuous washing machine comprises a pre-washing area, a main washing area, a rinsing area and an after-treatment area, wherein a dewatering area is inserted between the main washing area and the rinsing area and comprises an inner barrel and an outer barrel; two panels are respectively fixed at an inlet and an outlet of the inner barrel; an inlet supporting steel ring and an outlet supporting steel ring are respectively fixed on surfaces, which are not fixed on the inner barrel, of the inlet panel and the outlet panel; the inlet supporting steel ring, the outlet supporting steel ring and the inner barrel are integrated; an optional one of the inlet supporting steel ring and the outlet supporting steel ring is connected with an external driving device; a conveying screw plate is fixed in the inner barrel; a through hole is formed in the inner wall of the inner barrel; and the inner barrel of the dewatering area is driven by an independent motor to rotate. By using the tunnel type continuous washing machine, the rinsing efficiency can be effectively improved; water consumed during rinsing is reduced; resources are saved; dewatered cloth grasses are easily rinsed cleanly; and a washing effect is obviously improved.

The invention relates to an automatic washing powder putting device. The device comprises a solvent box, an upper cover of the solvent box, and a powder leakage hole in a bottom disc. The device is characterized in that an impeller is arranged in the solvent box; a motor supplies kinetic energy to the impeller so as to drive the impeller to rotate; and a dissolving box is arranged on the other side of the powder leakage hole and is provided with a water inlet and a liquid leakage hole. According to the invention, the dissolving box can be used for fully dissolving washing powder, thus improving the purifying capacity of the washing powder, and avoiding waste caused by the inaccuracy of the quantity of the washing power manually put by a user; and the time for dissolving the washing power in a washing machine before is shortened since the washing powder is fully dissolved, so that the washing time of the washing powder is prolonged, and within the same set time, the frequency of rinsing is reduced and water and electricity are saved to achieve the aim of energy conservation. The automatic washing powder putting device conforms to green design and is energy-saving and man-machine.

The invention aims to disclose a minced fish rinsing device and a rinsing method thereof. The minced fish rinsing device comprises a device body; a mesh container whose surface is full densely distributed with of meshes is arranged in the device body; the center of the mesh device is provided with a rotary paddle which is driven to rotate by a rotating shaft; the device body is provided with a water injector used for filling rinsing water into the device body and the mesh container; and the bottom of the mesh container is respectively provided with a pumping port and a sewage draining exit via pipelines. The minced fish rinsing device and the rinsing method thereof have high working efficiency; minced fish is fully mixed with rinsing lotion, thus cleanly rinsing, saving water, reducing rinsing times, and saving equipment investment. The minced fish rinsing device can continuously work continuously, greatly lightens labor intensity greatly and realizes the purposeaim of the invention.

The invention provides a control method and a control device for automatic detergent delivery, and a washing machine. The control method for automatic detergent delivery comprises: when the washing machine operates in an energy saving mode, acquiring weight of to-be-washed load in the washing machine; determining first detergent amount delivered correspondingly according to the load weight when the washing machine operates in a non-energy saving mode; and determining a total amount of rinsing water and total rinsing time required correspondingly according to the load weight when the washing machine operates in the power saving mode; determining, according to the first detergent mount, the total amount of rinsing water, and the total rinsing time, second detergent amount required to be delivered corresponding to the load weight of current washing; controlling a detergent dispensing pump to operate according to the second detergent amount. The technical scheme can effectively improve conditions of unclean and residual detergent caused by energy-saving water consumption or reduction of the number of dehydration times through improving automatic delivery of the detergent, so as to achieve an optimal washing effect.

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 discloses a washing machine dehydration control method and a washing machine, and belongs to the field of washing machine program control. The dehydration control method of the washing machine comprises the steps of monitoring whether clothes washing water exists in a washing drum or not, and if not, making the washing machine conduct direct dehydration according to a set dehydrationrotation speed and dehydration time; if yes, starting drainage, monitoring the turbidity of the clothes washing water and making the washing machine conduct dehydration by adjusting the speed and time according to the adjustable dehydration rotation speed and/or dehydration time according to the turbidity of the clothes washing water. By means of the washing machine dehydration control method, the dehydration rotation speed and time are determined by monitoring the turbidity of the clothes washing water, when clothes are dirty or too much detergent is put, more dirt and detergent can be thrown out, the rinsing frequency is reduced, water is saved, and the clothes cleanness after washing is improved. By means of the washing machine conducting dehydration according to the washing machine dehydration control method, the electric consumption is small, and requirements for energy saving and environment protection are met.

The invention discloses a water washing process of down. The process of cleaning down is divided into two major processes of initial washing and rinsing. The down is degreased by adding warm water at 50-55 degrees Celsius and a part of impurities in the down are washed away. The cold water with 84 disinfectant is used to disinfect and bleach the down for the first time, and the warm water at 50-55 degrees Celsius with 3% detergent, 1% deodorant, and 2.5% antibacterial agent is added to decontaminate and remove the down. Oil, deodorization and re-disinfection. The detergent, deodorant, antibacterial agent and 84 disinfectant in the down are removed by multiple rinsing, so that the cleanliness of the down is above 1000 degrees. Use a low-speed centrifuge to remove the water in the down and remove the residual sewage in the down. This can reduce the number of times for rinsing the down, which not only speeds up the cleaning speed, but also reduces the amount of water used for rinsing.

A laundry detergent comprises a granulated foam control composition and an anionic surfactant, wherein the granulated foam control composition comprises a foam control agent, an organic additive composition, a water soluble particulate carrier and a charged cationic polymer. The foam control agent comprises a polydiorganosiloxane fluid, a hydrophobic filler and optionally an organosilicone resin. A method of cleaning a fabric, a method of conserving water when washing fabric and a method of saving time when washing fabric are also disclosed.

The invention discloses a cloth biological-enzyme cleaning agent. The cloth biological-enzyme cleaning agent is prepared from, by weight, 20%-30% of a nonionic surfactant, 5%-10% of an anionic surfactant, 0.2%-0.5% of ethylenediamine tetraacetic acid, 1%-5% of an enzyme preparation and the balance deionized water. The cloth biological-enzyme cleaning agent is neutral, and cloth is not damaged; as a phosphorus ingredient does not exist, a water body is not polluted; when the cloth biological-enzyme cleaning agent is used for cleaning the cloth, the synergistic effects of all components are achieved, and particularly, by means of the synergistic effects between the enzyme preparation, the nonionic surfactant and the anionic surfactant, various stains on the cloth can be rapidly and effectively removed, and the cloth is as bright as new; the cloth biological-enzyme cleaning agent is small in using quantity and rinsing frequency, cleaning is carried out at the normal temperature, water and energy are saved, and the cleaning cost is saved.

The invention discloses a clothing care machine, comprising a machine body, an outer drum, an inner drum, an ultrasonic generator, a bubble generating chamber, a water inlet pipeline, an air channel,a motor, an impeller and a control device, wherein the ultrasonic generator is arranged on the wall of the outer drum; the water inlet pipeline is used for connecting the out drum with the interior ofthe bubble generating chamber; the air channel is communicated with the bubble generating chamber for providing the outside air; the impeller is arranged in the bubble generating chamber; the controldevice is configured to control the motor to dive the impeller to rotate so as to enable the air in the bubble generating chamber to be mixed with washing water for generating washing bubble water, and control the ultrasonic generator to generate high frequency ultrasonic vibration so as to enable bubbles in the washing bubble water, entering the outer drum, to be broken.

The invention relates to a water processor for clothes washing. The water processor is shaped like a hollow ball; multiple water processing stripes on which raised parts and hollow holes are arranged are disposed on the surface; a water inlet stripe is disposed at the center of the spherical surface of the water processor; and a filter ball is disposed inside. The filter ball is made of an anti-microbial ceramic material and a reduction anti-microbial material. Working principles of the water processor provided by the invention are different from working principles of an impeller washing machine and a roller washing machine; based on the high oxidation ability of ionized water, alkaline ionized water and dirt conduct a saponification reaction, so the dirt can be decomposed and stripped thoroughly; the cleaning rate is high; the dirt removal ability is high; and wear to clothes is slight. Alkaline ionized water generated during clothes washing can clean the clothes; all contact parts between a washing machine and the water can be cleaned; and sterilization effects are achieved during the cleaning, so bacteria breeding can be avoided. The water processor for the clothes washing provided by the invention has the same principles of an ozone washing machine; ozone is not generated; and ozone damage is avoided.

The invention relates to an ultrasonic washing drum device of a washing machine. The ultrasonic washing drum device comprises an outer barrel body, an inner barrel body and an ultrasonic transducer module, wherein the ultrasonic transducer module is a waterproof sheet-shaped ultrasonic transducer sheet which consists of a sheet-shaped sealing covering shell and a plurality of ultrasonic transducers; the waterproof sheet-shaped ultrasonic transducer sheet is fixedly arranged on the inner cavity wall of the outer barrel body along inner cavity wall of the outer barrel body in a circular manner;or the ultrasonic transducer module is a waterproof strip-shaped ultrasonic transducer belt which is formed by coating a plurality of ultrasonic transducers through the strip-shaped sealing covering shell; and the waterproof strip-shaped ultrasonic transducer belt is fixedly arranged on the inner cavity wall of the outer barrel body along the inner cavity wall of the outer barrel body in a circular manner. According to the ultrasonic washing drum device disclosed by the invention, dirt on the outer barrel body and the inner barrel body cannot hide, and is completely cleared, so that the washing machine is kept clean and sanitary; and in a washing process of the washing machine, three-dimensional packaged type ultrasonic cavitation effect is formed on clothes when the ultrasonic transducermodule works, so that cleaning degree of the clothes is better.

The invention relates to an ion exchange system for improving xylitol ion exchange efficiency, wherein the system comprises a decolorizing liquid tank, an ion exchange liquid tank and a connecting pipeline, xylitol decolorizing liquid is temporarily stored in the decolorizing liquid tank, xylitol ion exchange liquid is temporarily stored in the ion exchange liquid tank, and a centrifugal pump andan online pH instrument are respectively connected in series on the connecting pipeline. at least three ion exchange pipelines are arranged on the connecting pipeline between the centrifugal pump andthe online pH instrument in parallel, and a pneumatic butterfly valve and an ion exchange column for combination are respectively arranged on each ion exchange pipeline in series. The invention also discloses a method for improving xylitol ion exchange efficiency by using the ion exchange system. The utilization rate of the ion exchange columns is improved, and the replacement frequency of the ionexchange columns is reduced.

The invention relates to a drainage device of a washing machine. The drainage device of the washing machine comprises a water exhaust device connected with the water bucket of the washing machine, a water outlet pipeline extending out of the box body of the washing machine, and a dewatering pump connected between the water exhaust device and the water outlet pipeline, wherein the water exhaust device comprises at least two water outlets connected with the water bucket, wherein the first water outlet and the water bucket are connected opposite to the lowest point in the direction of gravity, and the second water outlet is higher than the first water outlet. The washing machine comprises the drainage device. Because the washing machine is additionally provided with the second water outlet, foams, cloth fragments, sebum and the like on water surface can flow out of the second water outlet when the water surface of wash water drops to, or is adjacent to the second water outlet, and the quantity of the foams, the cloth fragments, sebum and the like attached to clothes or the water bucket is reduced, thus, the rinsing time can be reduced, the rinsing efficiency is improved, and meanwhile water consumption is lowered.

The invention discloses a wool scouring machine, which comprises a wool scouring machine body, a stirring device placed in the wool scouring machine body, a water outlet arranged at the bottom of the wool scouring machine and a water inlet at the top of the wool scouring machine, and the wool scouring machine body A mobile filter plate is provided, and slide rails are provided on both sides of the interior, the mobile filter plate can move up and down on the slide rails, and the stirring device is fixed on the mobile filter plate through a bracket. In the present invention, the stirring device is placed on the filter plate. After cleaning, the filter plate drives the stirring device and the down to move up, and the down is separated from the water surface for draining, which can increase sewage discharge and reduce the number of rinsing times.

The invention discloses a method for preparing a biomass polyoxyethylene ether carboxyl asymmetric gemini surfactant. The method comprises the steps of: firstly, putting cocinic acid into a stainless steel reaction kettle, dropwise adding diethanol amine to carry out amidation, so as to prepare cocinic acid diethanloamides; putting the cocinic acid diethanloamides into an ethoxylation reaction kettle to react with ethylene oxide, so as to generate coconut oil amide polyoxyethylene ether; putting the coconut oil amide polyoxyethylene ether into a carboxy methylation reaction kettle, so that hydroxyl at one end and sodium chloroacetate are subjected to carboxyl methylation, so as to generate the coconut oil amide polyoxyethylene ether single sodium carboxylate; finally putting the coconut oil amide polyoxyethylene ether single sodium carboxylate into an esterification reaction kettle, so that the residual hydroxyl and the oleic acid are subjected to esterification reaction, so as to generate the novel biomass polyoxyethylene ether carboxyl asymmetric gemini surfactant SX. The emulsifier is small in thrill on eyes and skin of a human body, has excellent emulsibility and cleaning force, and good biodegradability, and is a biomass surfactant with good cost performance.