44results about How to "Quick removal" patented technology

This invention relates to the field of wastewater treatment technology, and in particular to a wastewater purification and reuse device based on a membrane bioreactor. Addressing the limited removal efficiency of pollutants adhering to membrane elements in existing technologies, this invention provides a wastewater purification and reuse device based on a membrane bioreactor. The device includes a treatment tank containing a membrane bioreactor assembly. The assembly includes an assembly frame with multiple membrane elements mounted on it. Scrapers that cooperate with the membrane elements are located on both sides of a horizontal plate. A cleaning assembly also includes a vertically movable frame. When the frame moves downwards, the horizontal plate moves downwards, and the scrapers clean the outer surface of the membrane elements downwards. A movable scraper is located on a support, and a collection box is located on one side of the support. When the scraper moves to one side, the collection box opens. By directly scraping away impurities adhering to the outer surface of the membrane elements, suspended solids, colloidal particles, microbial flocs, and other pollutants on the membrane surface can be removed quickly and effectively.

This invention relates to the field of water treatment, specifically to an iron-doped biomass resource-based water treatment catalyst, its preparation method, and its application. The preparation of the water treatment catalyst includes the following steps: Step 1, drying and dehydrating recovered pigeon manure; Step 2, finely sieving the dried pigeon manure; Step 3, heat-treating the purified pigeon manure in a muffle furnace to obtain resource-based biochar; Step 4, ball milling dopamine hydrochloride, ferric chloride hexahydrate, and resource-based biochar at a mass ratio of 1:(5-15):(80-100); Step 5, calcining the ball-milled material in a tube furnace at 850-950℃. The water treatment catalyst provided by this invention can rapidly reduce the antibiotic content in wastewater, while accelerating antibiotic removal under ammonia nitrogen conditions. It achieves long-term continuous purification during long-term reaction, exhibiting good stability and removal effect, and is beneficial for achieving low-cost treatment of agricultural waste and efficient purification of new pollutant wastewater.

The utility model discloses a kind of online feeding devices of stick board cake, comprising: working hopper, opening is equipped on working hopper, and taking material table is equipped at opening;Nozzle assembly, including the mechanical arm movably being equipped on working hopper, nozzle being equipped at the end of mechanical arm and clamping assembly being equipped on nozzle;Storage barrel, it is equipped on working hopper, and the outlet of storage barrel is located at the opening of working hopper;Pusher device, including the push plate for pushing stick board cake, push plate can be slidably arranged in storage barrel.This feeding device automatically pushes stick board cake by pusher device, automatically clamps stick board cake by clamping assembly, and stick board cake is used to wipe spinneret face, all automatically in the whole process, without manual operation, to facilitate quickly remove dirt, oil stain, residual impurities etc. On the spinneret face, save time and effort, and stick board cake feeding efficiency is high, can promote the efficiency of cleaning board, finally improve product production efficiency.

This invention discloses an antifouling membrane made of lanthanum-loaded carbon nanomaterials suitable for phosphorus recovery in wastewater, its preparation method, and its applications. The invention involves loading lanthanum carbonate octahydrate onto the surface of multi-walled carbon nanotubes (MWCNTs) to form lanthanum-loaded carbon nanomaterials (La@MWCNTs), which are then deposited onto the surface of a polyethersulfone-based membrane using vacuum filtration to form a self-supporting membrane. The prepared lanthanum-loaded carbon nanomaterial antifouling membrane possesses both phosphorus removal and recovery capabilities, exhibiting high efficiency in phosphorus removal from water. This facilitates phosphorus elution and recovery, effectively solving the problems of lanthanum-loaded carbon nanomaterial aggregation and recovery, and effectively avoiding the risk of lanthanum-based adsorbent leakage during phosphorus removal. Furthermore, the lanthanum-loaded carbon nanomaterial antifouling membrane operates within a low-pressure range, exhibiting low energy consumption and effectively mitigating membrane fouling caused by humic acid. It shows promising application prospects in wastewater phosphorus recovery and eutrophication control.

The application belongs to the technical field of medical devices, and discloses a tick removing and storage device, which comprises a box body and a hand-held handle. The box body is divided into a first storage compartment and at least two second storage compartments by a partition plate. The top of the second storage compartment is provided with a first opening. A one-way channel assembly is arranged at the first opening to completely seal the first opening. A key plate is hingedly connected to the first opening by a torsional spring. One end of the hand-held handle is provided with a removable remover, and the other end is provided with an opening assembly. The remover comprises a pair of tweezers or a spade. The one-way channel assembly comprises a plurality of circumferentially distributed blocking pieces. The blocking pieces are in the shape of a sector. Two adjacent blocking pieces are partially stacked in sequence to form a continuous cover. The blocking pieces are made of a high-elasticity material. The application is suitable for ticks of different sizes and can ensure that the ticks enter the storage compartment without contact. Through the ingenious design of the dark plate and the light-reflecting plate, the ticks in the retention area can be guided to enter the active area, which is convenient for subsequent centralized processing.

This application discloses a method and apparatus for removing turbulence structures from the surface of wind turbine blades. The method includes: identifying turbulence structures on the surface of a target blade using a flight device; adjusting the relative position of a spray assembly of the flight device relative to the turbulence structure in response to the identification of the turbulence structure; and controlling the spray assembly to spray cleaning fluid onto the turbulence structure in response to the relative position meeting preset conditions, so as to dissolve the turbulence structure. According to the embodiments of this application, after the blade is hoisted, the turbulence structure on the blade can be automatically identified by the flight device, and the turbulence structure on the blade can be removed quickly, efficiently, and safely by spraying cleaning fluid onto the turbulence structure.

This utility model discloses a wood dusting machine, including a frame and a dust collection hood. The dust collection hood is installed at the top of the frame, and lifting frames are symmetrically installed at the bottom of the dust collection hood, all connected to the frame. A right positioning frame is installed on the inner wall of one set of lifting frames, and a left positioning frame is installed on the inner wall of the other set. An exhaust pipe is installed at the center of the top of the dust collection hood. Support frames are installed on the side walls of the lifting frames. Positioning frames are symmetrically installed on the top of the frame on both sides of the lifting frames, and limit strips are installed on the top of the frame on one side of each positioning frame. This utility model not only realizes the automatic conveying and dusting operation of wood for wood processing, facilitating the rapid removal of dust from the wood surface and conveniently clamping and aligning the wood during conveying, preventing the wood from becoming misaligned or uneven in length, but also improves the neatness of the wood and the dusting effect, thus increasing the efficiency of wood dusting.

The utility model discloses a diamond grinding belt, including the body of a belt, the outside of body of a belt is covered with diamond micro powder layer, the diamond micro powder layer is formed by diamond micro powder and adhesive mixture and is attached to the body of a belt after. The utility model provides technical scheme through adopting diamond micro powder as abrasive, has high hardness, good wear resistance and other specific, compares ordinary grinding belt, can more efficiently cut material in the grinding process, thereby improves grinding efficiency and grinding accuracy.

This invention relates to the field of water remediation technology, specifically disclosing a Trichoderma XH5 fungus, a hybrid system, its construction method, and its applications. The Trichoderma XH5 fungus was deposited at the China Center for Type Culture Collection on September 29, 2025, with accession number CCTCC: M 20252142, and is classified as follows: Eastern Trichoderma XH5. The Trichoderma XH5 provided by this invention has the ability to denitrify, specifically by improving the removal rates of nitrates, total nitrogen, and nitrites.

The application discloses a closed laser shock peening water confinement layer applying device, which comprises a structure closing module, an angle adjusting module and a water confinement layer applying module; the structure closing module comprises a shell and a deformation cover, the rear end of the deformation cover is fixedly installed on the shell, the opening and closing angle of the front end of the deformation cover is adjustable, the shell and the deformation cover constitute an isolated cavity which is open at the front side and has an adjustable opening and closing angle and is closed at the rear side; the angle adjusting module is installed on the shell and is used for adjusting the opening and closing angle of the deformation cover; the water confinement layer applying module comprises a water pumping pump used for conveying deionized water into the isolated cavity and a vacuum pump used for pumping the deionized water in the isolated cavity out; the application further discloses a closed laser shock peening water confinement layer applying method, which is based on the closed laser shock peening water confinement layer applying device; the whole device and method have the characteristics of simple principle, strong operability, controllable water flow, wide structure applicability and good engineering practicability.

This invention relates to a precision processing method for photolithographic mask substrates, comprising: cleaning the photolithographic mask substrate blank using single-slot multi-frequency ultrasonic cleaning; polishing the photolithographic mask substrate blank to its full aperture using a planetary double-sided polishing machine to obtain a preliminary photolithographic mask substrate shape; rapidly removing the shallow damaged layer of the preliminary photolithographic mask substrate shape by high-frequency vibration etching with a hydrofluoric acid mixture; correcting the surface shape of the preliminary photolithographic mask substrate shape and removing surface defects using a double-sided polishing machine; detecting the double-sided surface shape of the preliminary photolithographic mask substrate shape after surface defect removal using a laser interferometer; deterministically correcting local surface shape errors of the preliminary photolithographic mask substrate shape through sub-aperture polishing; and controlling the surface roughness of the corrected preliminary photolithographic mask substrate shape to the sub-nanometer level using an ultra-smooth polishing process to obtain the photolithographic mask substrate. This method reduces the number of traditional iterative polishing cycles, shortens the processing cycle, and avoids surface damage caused by traditional long-term mechanical grinding.

The utility model provides a kind of welding device for water pipe construction, it is related to water pipe construction technical field, including two supports, several guide rods are installed between two described supports, the inside one end of support is equipped with fixed block, and fixed block and guide rod are fixedly connected between, the inside one end of support and away from fixed block is equipped with sliding block, and the rod body of guide rod is respectively movably penetrated and installed in the inside of sliding block, welding mechanism is installed between the support.The utility model in this design can quickly remove the burr of water pipe port, the cutting surface of port is flattened, ensure that two water pipe ports are closely adhered when subsequent welding, reduce butt gap from the root, effectively avoid the water leakage hidden danger that appears due to poor sealing in later period, significantly improve the welding quality and pipeline use stability.

This invention relates to the field of solid-state battery technology and discloses a dual-phase solid electrolyte powder and its preparation method. The dual-phase solid electrolyte powder is a uniform composite of LATP (lithium aluminum titanium phosphate) and LLZTO (lithium lanthanum zirconium tantalum oxide), with a LATP to LLZTO weight ratio of 1:2 to 2:1, a particle size of 1 to 3 μm, and an ionic conductivity ≥2.3 × 10⁻⁶. ‑ ³S / cm. Its preparation method includes LATP precursor solution preparation, slurry preparation, spray pyrolysis, and high-temperature calcination steps. This invention, through the synergistic effect of a two-phase structure, combines the high bulk ionic conductivity of LATP with the good interfacial stability of LLZTO, effectively reducing interfacial impedance and suppressing Ti in LATP. 4+ The reduction reaction improves lithium-ion transport efficiency and cycle stability. Batteries using this electrolyte can achieve an initial discharge capacity of over 176 mAh / g, retain ≥88% capacity after 200 cycles, and exhibit excellent safety performance, making it widely applicable to various solid-state lithium-ion batteries.

The utility model relates to underground hydraulic support quick removal technical field discloses a kind of guiding haulage device for underground hydraulic support quick removal, including guide rail, the guide rail inside is provided with guide slot, the guide rail top is slidably connected with sliding plate, the sliding plate lateral wall is rotatably connected with pulley, the pulley is slidably connected in the guide slot inside, the sliding plate top is provided with hydraulic support, the hydraulic support lateral wall is fixedly connected with tow ring pole, the sliding plate lateral wall is fixedly connected with connecting plate, the connecting plate is slidably connected in the guide rail top, the guide rail top is provided with multiple limit grooves. In the utility model, the pulley of the sliding plate lateral wall is driven along guide slot by the guide slot inside guide rail, so as to reach the effect that hydraulic support is quickly removed, solve the problem that hydraulic support moves difficultly, positioning is not accurate due to narrow underground space, improve the efficiency and stability of removal process.

The utility model provides a kind of based on hot air circulation's chili seed drying equipment, including shell, storage tank and hot air circulation device, the shell is provided with the feed inlet being communicated with the storage tank;The hot air circulation device includes circulating hot air blower, air inlet pipe, air return pipe, feeding assembly and several dry plates fixedly connected in storage tank, first heating cavity is provided in the feeding assembly, second heating cavity is provided in the dry plate, the second heating cavity is connected with the first heating cavity by the air inlet pipe, the second heating cavity is connected with circulating hot air blower by air return pipe;The circulating hot air blower is used to the first heating cavity in cyclic input hot air, the feed inlet is located in the discharge end of the feeding assembly;The utility model can dry to humid seed in stage, has remarkable advantage in protecting seed activity, improving drying efficiency and ensuring storage safety.

This invention provides a VOCs-containing acid mist absorption system, comprising an absorption tower, an acid mist adsorption device connected to the absorption tower, a fan connected to the acid mist adsorption device, and an alkali tank connected to the absorption tower via an alkali replenishment pump. A circulation pump and a sewage pump are respectively connected to the side of the absorption tower. A level gauge, a second pressure monitoring gauge, and a pH meter are installed inside the absorption tower. The circulation pump is connected to a dynamic wave regulating valve and a spray regulating valve. A first pressure monitoring gauge is installed on the pipeline between the dynamic wave regulating valve and the absorption tower. An acid mist pipeline is provided at the inlet of the absorption tower. This invention absorbs and discharges VOCs-containing acid mist from the extraction system in a compliant manner through primary dynamic wave absorption, primary packing absorption, and primary activated carbon absorption, ensuring a clean working environment in the extraction production system.

The application discloses a kind of lavender preparation of degradable 3D wire and related equipment, it is related to 3D wire preparation technical field.The frame is rotatably connected with main rod in the inner wall of the frame, and the frame is rotatably connected with the main rod in one end of the frame, and the frame is rotatably connected with the main rod in one end of the frame, and the frame is rotatably connected with the main rod in one end of the frame, and the frame is rotatably connected with the main rod in one end of the frame, and the frame is rotatably connected with the main rod in one end of the frame, and the frame is rotatably connected with the main rod in one end of the frame, and the frame is rotatably connected with the main rod in one end of the frame, and the frame is rotably connected with the main rod in one end of the frame, and the frame is rotably connected in the inside of the frame with folding stirring device.The application is provided with folding stirring device and partition device, and the frame is divided into at least three chambers by partition device, and folding assembly is arranged in stirring melting chamber and vacuum chamber, and folding assembly is stirred to mixture, so that mixture is quickly melted, while stirring mixture in vacuum chamber, and volatile components in molten mixture produce gas, vacuum pump can quickly suck out gas in molten mixture, so that gas in molten mixture can be quickly removed, to ensure the quality of wire after forming.

The utility model belongs to the technical field of washing equipment, concretely relates to a washing equipment, the main body structure includes the shell and the inside setting of several groups of water inlet pipeline, drainage pipeline and several water containing cylinders, the drainage pipeline and the drainage port of setting of shell rear one -to -one, be provided with the drying module that is composed of fan, heater and air duct on the water containing cylinder, the upper portion is provided with the suspension spring, the bottom is provided with the shock absorber, the rear wall is provided with the condensing disc, the inside is provided with the washing cylinder, the water inlet of condensing disc is connected with the water inlet pipeline, the washing cylinder that passes through motor drive is composed of the cylinder ring and the cylinder front wall and the cylinder rear wall of setting of its front and rear, the motor is connected on the cylinder rear wall, is provided with the brush in the cylinder ring, the brush follows the washing cylinder rotation when the motor drive washing cylinder rotates, realizes the function of washing shoes, and when the washing cylinder rotates, the shoes and the brush repeatedly impact friction, remove the dirt fast.

The utility model relates to the technical field of bone cutting apparatus, and disclose a tibial plateau bone cutting apparatus, including bone shovel, the top fixed connection of bone shovel has the sleeve rod, the outer surface sliding connection of sleeve rod has the sleeve, the top thread connection of sleeve rod has the connecting rod, the top fixed connection of connecting rod has the top block, the top surface fixed connection of top block has the arc plate, the outer surface of connecting rod is sleeved with spring, the top fixed connection of sleeve has the top plate, the top surface of top plate is connected with the casing through screw, the utility model discloses through the eccentric wheel of frequency conversion motor drive, drive bone shovel vibration cutting osteophyte, compared with traditional bone rongeur manual operation, can quickly remove the redundant osteophyte on tibial plateau, effectively shorten the operation time, reduce patient anaesthesia risk and medical staff work intensity. Moreover, the arc blade of bone shovel bottom end cooperates vibration cutting, can get the regular shape inside tibial plateau, reduces the situation of the influence of subsequent operation because of the osteophyte removal shape is not good.

This invention relates to the field of PCB manufacturing and discloses a high-precision six-axis drilling device for circuit boards. The device includes a work box with a rotating part at its bottom. A support plate, fixedly connected to the work box, is rotatably connected to the outer side of the rotating end of the rotating part. Guide grooves are provided on both the rotating end of the rotating part and the support plate. A slidable transport part is provided on the guide groove, allowing the transport part to move in and out of the work box along the guide groove. An execution part is located inside the work box, with a positioning part connected to one side of the execution part. The moving end of the positioning part can carry the execution part for vertical displacement. This invention enables simultaneous rapid and precise adjustment, reducing the use of large-sized, high-cost components. While reducing costs, it allows for faster and more precise positioning, thereby improving overall drilling accuracy, increasing work efficiency, and reducing overall equipment costs.

The utility model discloses a cleaning device for a tailing conveying belt. The cleaning device is arranged at the end of the discharging side of the conveying belt. Comprising a first-stage sweeping mechanism, a second-stage sweeping mechanism and a third-stage sweeping mechanism which are sequentially arranged in the running direction of a conveying belt, the first-stage sweeping mechanism is provided with a polyurethane scraper blade with the fitting degree adjustable and an outer curved surface part arranged at the end of the conveying belt, and the second-stage sweeping mechanism is provided with a T-shaped metal scraper. The third-stage cleaning mechanism comprises a high-pressure washing assembly, a cleaning brush and a water scraping assembly which are sequentially arranged. The second-stage cleaning mechanism and the third-stage cleaning mechanism are arranged on the lower surface of the plane part in front of the first set of return stroke carrier rollers of the return stroke section of the conveying belt. The three stages of cleaning mechanisms are arranged on the return stroke section of the conveying belt to sequentially remove slurry, coarse sand, fine sand, surface texture of the conveying belt and residual particles in pits, the surface of the conveying belt is cleaned in a grading mode, the cleaning effect is excellent, abrasion of the surface of the return stroke carrier roller is effectively avoided, the service life is prolonged, and the maintenance cost is reduced.

This utility model discloses a waste incineration fly ash source detoxification and slag collection device system, including a stirring device: a U-shaped base frame, side support columns, a bottom plate, and a motor. The motor is connected to a stirring chamber assembly via a bottom rotating shaft. A top connecting shaft is provided between the top ends of the two side support columns, and the top connecting shaft is connected to a central shaft. Several stirring mesh plates are provided at one end of the central shaft inside the stirring chamber assembly. This system utilizes the centrifugal force generated by the rotation of the stirring chamber assembly to throw the detoxified ash, added water, and adsorbent / passivating agents from the bottom funnel-shaped cavity to the middle cavity. With the help of the stirring mesh plates, the detoxified ash, water, and adsorbent / passivating agents are thoroughly stirred, preventing them from settling on the inner bottom surface of the stirring chamber assembly. The side support columns are rotatably connected to the U-shaped base frame, allowing the system to quickly unload the thoroughly stirred detoxified ash by flipping the stirring chamber assembly, thus improving the system's working efficiency.

The utility model relates to the technical field of UV offset printing ink production, disclose a kind of automatic feeding device for UV offset printing ink production, including pipe body, the top of the pipe body is outwardly inclined, the top of the inside of pipe body is provided with the filter assembly of convenient to take, the filter assembly includes filter layer, the top of both sides in pipe body is fixedly connected with support base, the filter layer is located at the top of the inside of pipe body.This UV offset printing ink production automatic feeding device is provided with filter layer, limiting frame, inner socket, positioning rod, support base and push plate, can carry out deep filtration to the ink imported into pipe body, quickly remove the impurity in ink, optimize the connection mode of filter layer, it is convenient to disassemble and use, solve the problem that plant-based environmentally friendly ink special smell is easy to attract insects, unable to filter ink and reduce the purity of ink, subsequent use is prone to dirty spot and affect the appearance.

The application provides a method for removing photoresist on a wafer and a semiconductor process device. In a process for removing photoresist after ion implantation, the spectrum intensity of the emission light generated by a specific element in the chamber at different sampling moments is obtained; the change characteristic quantity of the spectrum intensity at each sampling moment is determined according to the spectrum intensity corresponding to two adjacent sampling moments; when the change characteristic quantity corresponding to the current sampling moment meets a preset condition, it is determined that the hardening layer removal process is close to the end point, and the wafer is controlled to descend from the current position to the direction of the heating base according to a preset relationship to remove the hardening layer of the photoresist. By obtaining the spectrum intensity of the emission light generated by the specific element, whether the hardening layer removal process is close to the end point is determined according to whether the change characteristic quantity of the spectrum intensity meets the preset condition, and the wafer is controlled to descend for heating only when the hardening layer removal process is close to the end point, so that the hardening layer is prevented from bursting at high temperature.

This application discloses a descaling device for the inlet cylinder of a high-temperature purification furnace, comprising a rotating cylinder and a hand handle. The rotating cylinder has a descaling end and a driving end, and is provided with a cylinder cavity. The descaling end has a sludge inlet communicating with the cylinder cavity. The driving end is a closed structure used to connect to a rotating power element. The hand handle is rotatably connected to the end of the rotating cylinder near the driving end via a rotary joint, allowing the rotating cylinder to rotate relative to the hand handle. The rotary joint has a transfer cavity, and the hand handle has a negative pressure sludge suction channel along its extension direction, which communicates with the cylinder cavity through the transfer cavity. The end of the negative pressure sludge suction channel away from the rotary joint is used to connect to the suction port of a negative pressure device. The descaling device for the inlet cylinder of a high-temperature purification furnace provided by this application can efficiently remove sludge inside the inlet cylinder, extending the service life of the inlet cylinder. Simultaneously, it can also simultaneously suck away the removed sludge, eliminating the hassle of additional cleaning and making it convenient to use.

This invention relates to the field of mirror polishing technology for weld overlays, specifically to a method for mirror polishing stainless steel weld overlays. The method includes: S1, addressing localized misalignment at the T-joints of the longitudinal and circumferential seams of the cylinder by localized smooth transition welding and high-point removal; S2, after confirming the flatness of the surface to be polished, cleaning surface debris; S3, performing rough polishing using an automatic machine, with the cylinder rotating using a roller frame and the arc-shaped end cap rotating using a support turntable, each using an automatic rough polishing device; S4, performing fine polishing manually using an electric angle grinder; and S5, polishing the inner surface of the closure weld seam separately. This invention uses a locking block to lock the first adjusting gear, preventing the polishing belt from vibrating during polishing and affecting the polishing effect. The second rotating wheel ensures that the polishing belt is tensioned regardless of its angle, thus guaranteeing the polishing effect.

This invention belongs to the field of semiconductor polishing technology, specifically relating to a processing method for sapphire substrates used in the high-orientation growth of two-dimensional materials. The method includes: mounting a C-axis [0001] single-crystal sapphire substrate on an angled processing device to process a single-crystal sapphire substrate with a C-axis offset from the A-axis or a C-axis offset from the M-axis; mounting the single-crystal sapphire substrate and a flexible polishing pad on a polishing device, and adding a polyhydroxy functional group compound and deionized water as a polishing fluid; providing charged abrasive particles on the surface of the flexible polishing pad; setting the load and rotation speed of the polishing device to cause relative friction between the single-crystal sapphire substrate and the flexible polishing pad, resulting in the formation of a low-hardness friction reaction layer between the single-crystal sapphire substrate and the polyhydroxy functional group compound in the polishing fluid under the frictional induction of the charged abrasive particles; and uniformly removing the reaction layer through the mechanical action of the charged abrasive particles with a spring-like effect. This invention can greatly improve the processing efficiency of atomic steps on single-crystal sapphire substrates.

This utility model relates to a dust removal device for removing dust from the surface of a laptop battery frame, belonging to the field of frame dust removal technology. It solves the problems of existing dust removal methods easily causing secondary pollution to the battery frame and posing safety hazards due to the inhalation of large amounts of dust by on-site personnel. The device includes a cabinet, a vacuum cleaner, and a workbench. The workbench is located on the upper surface of the cabinet, and a dust guide pipe is provided on the bottom surface of the workbench. The outlet of the dust guide pipe is detachably connected to the inlet of the vacuum cleaner. A through hole communicating with the dust guide pipe is provided on the workbench in an area corresponding to the inlet of the dust guide pipe. It also includes an electrostatic elimination component, which includes a support frame located on the upper part of the cabinet and an ion fan mounted on the support frame. The outlet of the ion fan faces the area on the workbench with the through hole. This device effectively prevents secondary pollution to the battery frame and avoids the inhalation of large amounts of dust by on-site personnel, reducing safety hazards.

This invention discloses a method for the synergistic treatment of hexavalent chromium and sulfadiazine complex wastewater. The method utilizes a bimetallic node coupled with a metal-organic framework derivative electrode for the synergistic treatment of hexavalent chromium and sulfadiazine complex wastewater. The electrode includes a conductive substrate coupled with ZrO2 and ZnO. In this invention, the bimetallic node coupled with a metal-organic framework derivative electrode is used as the working electrode. The resulting photoelectrocatalytic system has advantages such as strong light utilization, fast electron transfer efficiency, and strong conversion effect between complex free radical chemistry and different active substances. It can not only achieve the synergistic degradation of hexavalent chromium and sulfadiazine in wastewater, but also simultaneously and efficiently remove both hexavalent chromium and sulfadiazine from the wastewater. It has advantages such as good recyclability, high removal efficiency, good cycle performance, and strong practical application, making it a widely applicable photoelectrocatalytic method with high practical value and application prospects.

This invention relates to a cabinet for purifying tableware with ozone, comprising a cabinet body, a washing tank and a cleaning tank on the top wall of the cabinet body, a sealed dissolved gas chamber inside the cabinet body, the cleaning tank located within the sealed dissolved gas chamber, several aeration heads on the bottom wall of the sealed dissolved gas chamber, an ozone circulation pump connected to an ozone generator via an air inlet pipe, an air inlet pipe connected to the aeration heads, and a return air pipe connected to the portion of the sealed dissolved gas chamber above the liquid surface. The cleaning tank is connected to a suction pipe located within the sealed dissolved gas chamber, and a drain pipe is provided in the cleaning tank. A plate placement slot is located at the upper opening of the cleaning tank, and a drive chain is located below the plate placement slot. The drive chain has multiple links with an L-shaped cross-section, and the movement trajectory of the links is below the plate placement slot. This invention can efficiently and quickly remove detergent residue.