5results about How to "Realize personalized design" patented technology

The invention discloses a flux self-lifting ZnIn2S4 / PVDF (polyvinylidene fluoride) photocatalytic composite membrane as well as a preparation method and anti-pollution application thereof, and the method comprises the following steps: synthesizing a ZnIn2S4 photocatalyst with a nano spherical structure by adopting a hydrothermal method, dispersing the ZnIn2S4 photocatalyst in a PVDF membrane casting solution, and preparing the composite membrane by adopting a phase inversion method. The membrane has an asymmetric spongy communicated pore channel structure, and ZnIn2S4 is uniformly distributed in a membrane matrix, so that the hydrophilicity, antifouling property and photocatalytic degradation capacity of the membrane are remarkably improved. The photocatalytic membrane shows excellent separation and degradation performance on humic acid in a water body under the condition of visible light, the retention rate exceeds 90%, meanwhile, the flux is continuously increased, the flux recovery rate exceeds 100%, and flux reduction caused by pollution and blockage of a traditional photocatalytic composite membrane is effectively avoided. The preparation method is simple to operate and controllable in condition, and the composite membrane has efficient antifouling and self-cleaning performance and is suitable for the fields of drinking water purification, industrial wastewater treatment and other water pollution treatment.

The utility model relates to water purification technical field, concretely provides a kind of pure drinking equipment, to solve the problem of the use experience of user of current pure drinking equipment because of the inability to provide larger water volume, lower temperature's cool boiled water and influence, this application pure drinking equipment includes cold water tank, heating component, cool boiled water tank, refrigerating plant and water outlet component, the water inlet end of cool boiled water tank is communicated with heating chamber, so that hot water in heating chamber flows into cool boiled water tank, cool boiled water tank is located in cold water tank, so that the heat exchange of hot water in cool boiled water tank and cold water in cold water tank is generated to prepare cool boiled water, refrigerating plant is used to refrigerate cold water in cold water tank, the water outlet end of cold water tank, cool boiled water tank can be communicated with water outlet component, so as to output cold water, cool boiled water for user drinking.This application can more quickly prepare a large amount of cool boiled water, so that pure drinking equipment can provide cool boiled water of different temperature, cold water, improve the use experience of user.

The invention discloses an automobile door panel armrest assembly, and relates to the technical field of automobiles. The automobile door panel armrest assembly comprises a fixing part, a connecting part and an armrest part, wherein the fixed part is fixed in a vehicle door; the two ends of the connecting part are movably connected with the fixing part and the handrail part respectively; under the driving of external force, the armrest part is switched between a hidden state and an extending state, and under the condition that the armrest part is in the hidden state, the armrest part is hidden in the automobile door; when the handrail part is in the extending state, the handrail part extends out of the interior of the automobile door. When a user needs to lean on the handrail, the handrail part can stretch out of the interior of the automobile door and is switched to the stretching-out state from the hidden state so that the user can use the handrail conveniently; when a user does not need to lean on the armrest, the armrest part can be retracted into the automobile door and switched to the hidden state from the extending state, and the activity space of the user in the automobile is expanded.

The utility model relates to the technical field of cosmetics, in particular to a reusable and multilayer stacked false eyelash, which comprises eyelashes, double faced adhesive tape and a protective film, one end of each eyelash is provided with an adhesive tape, the double faced adhesive tape is connected with the eyelashes, the protective film is attached to the surface of an adhesive layer of the double faced adhesive tape, and the eyelashes can be stacked and have different colors. The double-faced adhesive tape and the protective film are made of transparent and flexible materials, the double-faced adhesive tape is low in irritation, capable of being repeatedly pasted, moderate in viscidity and capable of being detached and repeatedly used, the protective film forms a blocking area for blocking glue, metal wires are arranged in the adhesive tape, and the hamburger stacking type self-made eyelashes are adopted. The hamburger stacking type structure comprises eyelashes, double-faced adhesive tape, protective film, eyelashes, double-faced adhesive tape, protective film, eyelashes, double-faced adhesive tape and protective film, the styles and colors of the eyelashes on each layer can be different, personalized design is achieved, and the eyelashes and the adhesive tape are sticky when sprayed water and are not sticky when being contacted with water.

The application discloses a magnetic type appearance customization system and an installation method thereof, which is suitable for metal shell cars, such as Tesla Cybertruck and the like. The system comprises a magnetic layer composed of high-performance magnetic material (for example, but not limited to, NdFeB magnet), a flexible buffer protection layer and a customizable appearance film layer. The system realizes default and glue-free fixing mode by using the principle of magnetic attraction, and can be quickly installed and disassembled, while protecting the surface of the car body from damage and realizing personalized appearance customization according to requirements. The total thickness of the entire magnetic type appearance system is about 1.8 mm to 7.5 mm after the combination of the layers. The specific value can be adjusted and optimized according to actual design, magnetic force requirement, environmental adaptability and installation mode.