15 results about "Uv ozone" patented technology

This utility model relates to the technical field of surge arresters, specifically a surge arrester for line overvoltage protection, including a surge arrester mounting base, a surge arrester body, an insulator string, and a surge arrester assembly. The surge arrester body is connected to a fixing point on the surge arrester mounting base, and an insulator string is fixed to an external mounting point on the surge arrester body. An insulator string is also provided at a mounting point on the surge arrester assembly. In this utility model, expanding foam is filled inside the plastic cover. The expanding foam can expand and fill the outside of the ceramic ring, connecting ring, and threaded ring, providing anti-collision protection for the ceramic ring, connecting ring, and threaded ring. When the surge arrester terminal is wrapped with rubber, the expanding foam and the plastic cover shield the silicone rubber jacket, preventing cracking and powdering of the transformer inlet terminal under ultraviolet radiation and ozone. The expanding foam and the plastic cover prevent damage to the transformer inlet terminal of the surge arrester.

The invention discloses an automatic intelligent cleaning and sterile treatment system and process for eggs, and relates to the technical field of automatic cleaning, the system comprises a conveying module, an intelligent detection module, a self-adaptive cleaning module, a drying sterilization module, an intelligent control module and a waste recovery module, and multi-module cooperation is achieved through a PLC. A self-adaptive clamping mechanism of the conveying module adapts to eggs of different specifications, and an intelligent detection module identifies 1-5 levels of smudginess types and eggshell integrity based on a deep learning algorithm, and automatically removes broken eggs; the self-adaptive cleaning module dynamically adjusts parameters according to a detection result to realize targeted spraying and scrubbing; and the drying and sterilizing module adopts linkage of 40-60 DEG C hot air circulation drying and ultraviolet / ozone low-temperature sterilization. After being treated, the wastewater reaches the standard to be discharged or recycled, and efficient, lossless and environment-friendly egg cleaning treatment is achieved.

The invention belongs to the technical field of sewage treatment, and particularly relates to an algae removal process for algal bloom control by ultraviolet ozone and microbubbles. According to the invention, ultraviolet light catalysis, ozone oxidation and microbubble technologies are organically fused to form an efficient and synergistic algae removal system. The waterproof ultraviolet lamp is directly immersed in a water body, so that in-situ efficient production of ozone is realized, and a complex equipment system required by traditional ozone treatment is greatly simplified. The introduction of the microbubble technology significantly improves the gas-liquid mass transfer efficiency, and meanwhile, the generation of strong oxidizing active substances such as hydroxyl free radicals is effectively promoted by an instantaneous high-temperature and high-pressure microenvironment generated when microbubbles are broken in a water body. The system ingeniously combines triple advantages of ultraviolet inactivation, ozone oxidation and microbubble air floatation, and can synchronously degrade algal toxin and remove part of nutritive salt while realizing efficient removal of algal cells.

This technology is advantageous for uniformly performing UV ozone treatment across the entire surface of a substrate, even if the substrate is warped or deformed. [Solution] A substrate processing apparatus comprising: a light source capable of irradiating an irradiation area containing an oxygen-containing atmosphere with ultraviolet light; a moving unit for moving a substrate into the irradiation area; and a plurality of nozzles arranged in a direction intersecting the direction of movement of the substrate by the moving unit, each capable of supplying an inert gas to a different position in the irradiation area, wherein the amount of inert gas supplied from the plurality of nozzles is set according to the distance from the light source to the substrate at the different positions in the irradiation area.

The utility model discloses an ozone disinfection machine of aerosol type, including the casing, the inside fixed fan of casing, the inside fixed ultraviolet ozone generator of casing, the top of fan and ultraviolet ozone generator bottom fixed connection, the top of ultraviolet ozone generator is fixed with water tank, the inside right side of water tank is fixed with two guide rails, is equipped with the baffle between two guide rails. This ozone disinfection machine of aerosol type, through setting up the floating plate, the fixed link and the baffle, will water inlet pipe external pipeline, like this tap water enters the inside of water tank, like this tap water rises in the water tank, the floating plate and tap water surface rise together, then take the fixed link and rise, the fixed link takes the baffle and rises, and the baffle will water inlet pipe and stop, like this can automatic cut off, avoid the water tank inside being pressed and damaged by tap water caused by the water injection all the time.

The utility model belongs to the technical field of ventilation cabinets, and particularly relates to an ultraviolet-ozone dual-mode disinfection medical ventilation cabinet which comprises a cabinet body, a plurality of layer plates are assembled on the inner wall of the cabinet body, a sealing door is assembled on the front side of the cabinet body, side plates are fixedly connected to the positions, close to the rear sides, of the top faces of the layer plates, and through grooves are formed in the side walls of the side plates. And a plurality of movable blocks are slidably connected into the through groove, baffles are fixedly connected to the front side walls of the movable blocks, and ventilation assemblies are arranged on the side walls of the baffles. The ventilation assembly comprises folding corrugated pipes fixedly connected between the movable blocks, the movable blocks are each of a hollow structure, the folding corrugated pipes communicate with the movable blocks, and a cavity is formed in the baffle. According to the utility model, ventilation can be carried out aiming at each layer or local positions, so that files or instruments stored in the cabinet body can be well ventilated.

The application discloses a perovskite solar cell with a modified hole transport layer and a preparation method thereof, comprising an ITO substrate layer, a hole transport layer, a 3MTPAI layer, a perovskite layer, an electron transport layer and an electrode layer arranged in sequence, wherein the hole transport layer is a SAM layer of MeO-2PACz; the preparation method comprises the following steps: ultrasonic cleaning a glass / ITO substrate with deionized water, acetone and isopropyl alcohol in sequence, drying with nitrogen and then treating with ultraviolet ozone; coating MeO-2PACz solution on the glass / ITO substrate and annealing at 100 DEG C; coating 3MTPAI solution on the glass / ITO / MeO-2PACz substrate and annealing at 100 DEG C; coating perovskite solution on the glass / ITO / MeO-2PACz / 3MTPAI substrate and annealing at 100 DEG C, and then evaporating C 60 layer, a BCP film and a silver film in sequence. The application introduces 3MTPAI between MeO-2PACz and perovskite, the introduction of 3MTPAI improves the work function of the SAM, optimizes the energy level matching between the hole transport layer and the perovskite layer, passivates the defects of the perovskite buried substrate interface, thereby promoting the extraction of holes and reducing the non-radiative recombination of the interface.

The ceiling embedded intelligent disinfection cabinet is provided with an air blower, an infrared disinfection lamp and an ultraviolet ozone lamp, the air blower is used for providing an air drying function, so that high temperature generated by the infrared disinfection lamp forms hot air to circulate in a frame, and the air blower is used for providing an air drying function; the intelligent lifting disinfection cabinet is provided with a first fixing mechanism, a second telescopic mechanism, a third telescopic mechanism, a fourth telescopic mechanism, a main transmission system and a control box. The infrared disinfection lamp is used for providing a high-temperature disinfection function, and the ultraviolet disinfection lamp is used for providing an ultraviolet ozone disinfection function, so that double disinfection functions are realized, the disinfection efficiency and effect are improved, and internal tableware is ensured to be clean and sanitary; the air blower is combined to provide air drying and enable high temperature generated by the infrared disinfection lamp to circulate in the cabinet body, so that the disinfection and drying efficiency is improved.

This invention relates to the field of organic electronic materials technology, specifically to an electrochemical preparation method for patterned conductive polymer films, its transfer method, and its applications. The electrochemical preparation method includes: S1, sequentially performing a first washing, a first drying, and a UV ozone pretreatment on a conductive substrate; S2, performing photolithographic patterning on the pretreated conductive substrate from S1; S3, placing the photolithographically patterned conductive substrate from S2 into an electropolymer solution for in-situ electrochemical deposition to form a patterned conductive polymer film; S4, performing a second washing, adhesive removal, and a second drying on the patterned conductive polymer film. By employing photolithographic patterning of the conductive substrate, in-situ electrochemical deposition, and template transfer techniques, high-resolution, high-electrochemically active patterned conductive polymer films can be prepared and integrated with flexible substrates. The process is simple, highly controllable, suitable for large-scale production, and has broad application prospects.

The invention relates to the technical field of a manufacturing process for binding a touch module and an FPC (Flexible Printed Circuit), in particular to a cleaning method for a binding area of a TP sensor, which is suitable for the touch module in which the TP sensor is bound with the TP FPC and / or the FPC in a hot-pressing manner through an ACF (Anisotropic Conductive Film) and a polaroid and an IC (Integrated Circuit) exist in an adjacent area. According to the method, a cleaning window is formed through shielding, a local sealing cavity is established through a sealing cleaning head, and ion neutralization and negative pressure suction linkage dry type removal, micro-droplet impact cleaning and synchronous recovery wet type removal and low-temperature plasma or UV ozone activation are carried out in the cavity. And the pollution index PI is calculated based on the particle counting and the contact angle or surface energy index, and online closed-loop release control is performed in combination with the maximum allowable delay time T, so that the risk of re-pollution and medium overflow is reduced, and the ACF binding consistency and reliability are improved.

The utility model discloses a multifunctional inflator pump which comprises a shell, at least one inflation assembly and at least one disinfection assembly, wherein at least one part of the inflation assembly and at least one part of the disinfection assembly are arranged in the shell. An inflation inlet is formed in the shell, and an output part for outputting the disinfection assembly is arranged on the shell; the inflation assembly comprises a piston piece and a driving mechanism for driving a piston rod of the piston piece to move, and the piston piece is provided with a first opening communicated with the inflation inlet. The disinfection assembly comprises at least one ozone ultraviolet lamp. According to the utility model, ultraviolet and ozone disinfection and sterilization functions are added, and product use functions are increased.

The application relates to the technical field of sewage treatment, and provides intelligent control equipment for sewage treatment based on ultraviolet-ozone linkage, which comprises an image acquisition module and an image processing module; the image acquisition module acquires each frame of sewage image of sewage in an ultraviolet-ozone linkage treatment area; the image processing module identifies particulate matters and flocculants in the sewage image; according to the distribution of the particulate matters and the flocculants in the sewage image, the water turbidity is determined; according to the change of the water turbidity of a plurality of continuous frames of sewage image, the turbidity change performance of each frame of sewage image is determined; according to the turbidity change performance and the water turbidity, the adjusting mode of the ultraviolet equipment power and the ozone injection amount is outputted, so that the conditions of excessive treatment or insufficient treatment of the sewage are avoided, the sewage treatment effect is obviously improved, the treatment cost is reduced, and the possibility of secondary pollution of the sewage is reduced.

The invention discloses a sharp instrument processing box, and belongs to the field of medical instruments, the sharp instrument processing box comprises a box body, the box body is provided with an enzyme liquid cavity, a collecting cavity and a cleaning cavity, the collecting cavity is not communicated with the cleaning cavity, the enzyme liquid cavity is communicated with the cleaning cavity, and an opening is arranged between the collecting cavity and the outer side wall of the box body in a penetrating manner; the collecting box is provided with a first limiting groove and a second limiting groove, a first limiting structure and an elastic piece are arranged in the collecting cavity, one end of the elastic piece is connected with the collecting cavity, and the other end of the elastic piece is connected with the first limiting structure; the box cover is rotationally connected with a second limiting structure and provided with a third limiting structure, and the box cover enters the collecting cavity through the opening in the second direction; the collecting box moves in the reverse second direction and abuts against the third limiting structure; the box cover is rotationally connected to the box body, and an ultraviolet ozone lamp is arranged in the box cover; and the pump body is connected in the enzyme liquid cavity. Through the arrangement, different types of sharp instruments can be treated, so that the problems that the dental postoperative sharp instrument classification treatment process is complicated, and potential safety hazards exist are solved.

The utility model relates to the technical field of thermal steady-state salt removal, in particular to a thermal steady-state salt removal device integrated with a disinfection function, which comprises a pretreatment box and a thermal steady-state salt removal box. A multi-stage pre-filtering plate and a pH adjusting bin are arranged in the pretreatment box and are used for preliminarily filtering amine liquid and adjusting pH; the removal box is provided with an ion exchange bin, a catalytic oxidation reactor and an integrated disinfection module bin from top to bottom, and efficient removal and sterilization of thermal stable salt are achieved through ion exchange, catalytic oxidation and ultraviolet-ozone synergistic disinfection. The integrated disinfection module bin adopts a transparent bin wall, is externally provided with an ultraviolet lamp strip groove and an ozone inlet hole, and is combined with a stirring mechanism to enhance the disinfection uniformity. The device integrates a disinfection function, reduces the operation cost, improves the treatment efficiency, and is provided with a thermal insulation layer and an intelligent control module to ensure the treatment stability.

This invention relates to the field of wastewater treatment technology, particularly a wastewater treatment control process based on dynamic regulation of aeration and carbon source addition. The process includes the following steps: real-time acquisition of microbial metabolic heat change data; biochemical treatment, real-time monitoring of the water's dielectric constant and wastewater flow Reynolds number, combined with the microbial metabolic heat change data acquired in the pretreatment step, constructing a multi-parameter coupled regulation model and dynamically regulating the aeration rate; precise addition of carbon source based on the calculation results of the carbon source demand prediction model; and after biochemical treatment, the wastewater is first ultrafiltration through a nanofiber membrane, followed by combined ultraviolet and ozone disinfection. During the treatment process, treatment parameters are adjusted in real-time according to the membrane flux decay trend to achieve dynamic and precise control of wastewater treatment. This method solves the problems of energy waste caused by excessive aeration or low degradation efficiency caused by insufficient aeration in traditional processes, achieving precise matching between dissolved oxygen supply and microbial demand.