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38results about How to "Multiple benefits" patented technology

Multi-phase fabric care composition for delivering multiple fabric care benefits

A liquid rinse-added fabric care composition that is characterized by at least two visually distinct phases when the composition is at rest and wherein at least one of the phases contains a fabric care agent is provided. The composition forms a temporary mixture when shaken that allows a consumer to dose a representative sample of the composition and spontaneously re-forms at least two visually distinct phases when allowed to remain at rest. The fabric care agents present in one or more phases of the composition may include fabric softener actives, color care agents, perfumes, antibacterial agents, malodor control agents, ultraviolet protection agents, anti-abrasion, anti-wear & fabric integrity agents, wrinkle control agents, and mixtures thereof. The composition should also contain less than about 5%, preferably less than about 3%, and even more preferably less than about 1% by weight of detergent actives. The composition optionally may contain an electrolyte, phase stabilizer, a phase separation inducing polymer and / or a solvent. Methods for delivering one or more fabric care benefits to a fabric during a laundering operation using the compositions are also disclosed. Methods for conveying information to a consumer concerning a multi-phase liquid rinse-added fabric care composition are also provided. An article of manufacture comprising a liquid rinse-added fabric care composition that has at least two visually distinct phases and a container that enables a consumer to view the visually distinct phases that are present in the composition is also described. Alternatively, the container may comprise a double walled cap and an insert for removing excess composition that may adhere to the cap.
Owner:THE PROCTER & GAMBLE COMPANY

Multi-phase fabric care composition for delivering multiple fabric care benefits

A liquid rinse-added fabric care composition that is characterized by at least two visually distinct phases when the composition is at rest and wherein at least one of the phases contains a fabric care agent is provided. The composition forms a temporary mixture when shaken that allows a consumer to dose a representative sample of the composition and spontaneously re-forms at least two visually distinct phases when allowed to remain at rest. The fabric care agents present in one or more phases of the composition may include fabric softener actives, color care agents, perfumes, antibacterial agents, malodor control agents, ultraviolet protection agents, anti-abrasion, anti-wear & fabric integrity agents, wrinkle control agents, and mixtures thereof. The composition should also contain less than about 5%, preferably less than about 3%, and even more preferably less than about 1% by weight of detergent actives. The composition optionally may contain an electrolyte, phase stabilizer, a phase separation inducing polymer and / or a solvent. Methods for delivering one or more fabric care benefits to a fabric during a laundering operation using the compositions are also disclosed. Methods for conveying information to a consumer concerning a multi-phase liquid rinse-added fabric care composition are also provided. An article of manufacture comprising a liquid rinse-added fabric care composition that has at least two visually distinct phases and a container that enables a consumer to view the visually distinct phases that are present in the composition is also described. Alternatively, the container may comprise a double walled cap and an insert for removing excess composition that may adhere to the cap.
Owner:PROCTER & GAMBLE CO

Thermoelectric conversion type wave power generation system

The invention discloses a thermoelectric conversion type wave power generation system. The thermoelectric conversion type wave power generation system is composed of a system with a guide pier (1) and a guide beam (3), a system with a guide wheel (2) and a floater (4), a connecting rod air cylinder acting system (5-9), a thermoelectric conversion and heat dissipation system (10-12) and the like. The thermoelectric conversion type wave power generation system combines the work-heat conversion principle and the modern thermoelectric conversion technology, the piston air cylinder system (5-9) is fixed above the floater (4), and thermoelectric conversion equipment (thermocouple) (10) is installed in the position, with higher temperature, of an air cylinder (6). The thermoelectric conversion type wave power generation system can act on the piston air cylinder system (5-9) through the mechanical energy generated when the floater (4) moves up and down along with waves to raise the temperature of the air cylinder, and the thermal energy is converted into electricity through the thermocouple (10). The thermoelectric conversion type wave power generation system is simple and reliable in design principle and low in manufacturing cost. As the requirement for utilizing marine energy resources is improved continuously, the power generation system has broad engineering application prospects, and can produce obvious social benefits.
Owner:HOHAI UNIV

Fully mechanized coal gangue synchronous filling system and method based on the reduction of coal mining subsidence degree

The invention belongs to the technical field of green mining environmental protection of underground coal resources and discloses a fully mechanized coal gangue synchronous filling system and method based on the reduction of a coal mining subsidence degree. Through the difference of the specific gravities of coal and coal gangue, through the dry jumping platform sorting machine sorting technology,the coal and the coal gangue are separated, and the coal gangue enters into a coal gangue automatic transport conveyor belt. Through a linkage scraper behind the self-moving fully mechanized mining hydraulic support of long wall mining method fully mechanized coal mining, the goaf where an overlying rock is not fallen yet formed by the fully mechanized mining behind the hydraulic support is filled with the coal gangue, and the technical method of mining coal and filling the goaf of the self-moving fully mechanized mining hydraulic support is filled with the coal gangue at the same time is formed. According to the system and the method, the overlying rock falling amount in the goaf is reduced, the damage degree of underground coal mining surface collapse is directly and indirectly reduced,and the sustainable development goal of the green development of coal resource development and mine ecological environment protection is achieved.
Owner:XIAN CENT OF GEOLOGICAL SURVEY CGS

Method for recycling heavy metals in electroplating wastewater by using modified titanium nanotube

The invention discloses a method for recycling heavy metals in electroplating wastewater by using a modified titanium nanotube. The method comprises the following steps: soaking a titanium nanotube in absolute ethyl alcohol for 12-48 hours, and drying at 60-80 DEG C to obtain the modified titanium nanotube; adjusting pH of electroplating wastewater to 2-7, and then carrying out settling separation or filtering to remove solid impurities; filling the modified titanium nanotube into a packing column, introducing the pretreated electroplating wastewater into the modified titanium nanotube packing column, and carrying out ion exchange till the titanium nanotube is saturated by adsorption; and putting the modified titanium nanotube which is saturated by adsorption into a sodium hydroxide aqueous solution, soaking for 6-18 hours, then filtering out the modified titanium tube, and drying the solution by distillation to obtain heavy metal substances. According to the method disclosed by the invention, the heavy metal ions in the electroplating wastewater are caught and then recycled by the modified titanium nanotube; the modified titanium nanotube which is used for multiple times can also be used as a denitration catalyst, which is favorable for emission reduction of nitric oxides and having multiple benefits.
Owner:SOUTH CHINA INST OF ENVIRONMENTAL SCI MEP

Method for recycling heavy metals in electroplating wastewater by using modified titanium nanotube

The invention discloses a method for recycling heavy metals in electroplating wastewater by using a modified titanium nanotube. The method comprises the following steps: soaking a titanium nanotube in absolute ethyl alcohol for 12-48 hours, and drying at 60-80 DEG C to obtain the modified titanium nanotube; adjusting pH of electroplating wastewater to 2-7, and then carrying out settling separation or filtering to remove solid impurities; filling the modified titanium nanotube into a packing column, introducing the pretreated electroplating wastewater into the modified titanium nanotube packing column, and carrying out ion exchange till the titanium nanotube is saturated by adsorption; and putting the modified titanium nanotube which is saturated by adsorption into a sodium hydroxide aqueous solution, soaking for 6-18 hours, then filtering out the modified titanium tube, and drying the solution by distillation to obtain heavy metal substances. According to the method disclosed by the invention, the heavy metal ions in the electroplating wastewater are caught and then recycled by the modified titanium nanotube; the modified titanium nanotube which is used for multiple times can also be used as a denitration catalyst, which is favorable for emission reduction of nitric oxides and having multiple benefits.
Owner:SOUTH CHINA INST OF ENVIRONMENTAL SCI MEP

Synchronous filling system and method for fully mechanized coal gangue based on reducing the degree of coal mining subsidence

The invention belongs to the technical field of environmental protection for green mining of underground coal resources, and discloses a fully-mechanized coal gangue synchronous filling system and method based on reducing the degree of coal mining subsidence. Through the difference in the proportion of coal and coal gangue, the dry method jumping platform sorter Sorting technology separates coal from gangue, and gangue enters the gangue automatic transport conveyor belt; through the linkage scraper behind the self-moving fully mechanized mining hydraulic support of the longwall coal mining method, the coal gangue is filled behind the hydraulic support In the goaf where the overlying rock formed by fully mechanized mining has not yet collapsed, a technical method is formed to synchronously fill the produced coal gangue into the goaf of the self-moving fully mechanized mining hydraulic support while mining coal. The invention reduces the caving amount of the overlying rocks in the goaf, directly or indirectly reduces the damage degree of underground coal mining surface subsidence, and realizes the sustainable development goal of green development of coal resource development and mine ecological environment protection.
Owner:XIAN CENT OF GEOLOGICAL SURVEY CGS
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