43 results about "Metal adsorption" patented technology

The present invention provides a sulfonic acid-modified colloidal silica which has excellent long-term stability of metal adsorption amount and is capable of suppressing the amount of residual abrasive grains on a polished metal surface after polishing and cleaning.　This sulfonic acid-modified colloidal silica contains silica particles, and is characterized in that: (1) the surfaces of the silica particles are modified with a sulfonic acid group; (2) the Cu ion adsorption amount of the silica particles is 5.00-110.00 µmol / g; (3) the ratio (Cu ion adsorption amount (µmol / g) / S content (µmol / g)) of the Cu ion adsorption amount to the S content of the silica particles is 0.50 or more; and (4) the rate of change over time of the Cu ion adsorption amount of the silica particles is 1.30 or less as measured by the measurement method described below. [Measurement method of the rate of change over time of the Cu ion adsorption amount of the silica particles] The sulfonic acid-modified colloidal silica is left to stand at 25°C for 3 months. The Cu ion adsorption amount (µmol / g) of the silica particles before standing and the Cu ion adsorption amount (µmol / g) of the silica particles after standing are measured and the rate of change over time of the Cu ion adsorption amount of the silica particles is calculated by the following formula. (Rate of change over time of Cu ion adsorption amount of silica particles) = (Cu ion adsorption amount (µmol / g) of silica particles after standing) / (Cu ion adsorption amount (µmol / g) of silica particles before standing)

The application provides a preparation method of a rare earth metal adsorption and separation resin and a resin extraction column. The preparation method comprises the following steps: adding an oil phase composed of styrene, divinylbenzene, a pore former and an initiator into an aqueous phase containing a dispersant and an inorganic salt to perform suspension polymerization, so as to obtain a white ball resin; performing phthalimide and hydrolysis on the white ball resin, so as to obtain a primary amine resin; performing reaction on the primary amine resin with chloroacetic acid and an alkaline medium, so as to perform carboxymethylation on part of the primary amine sites; and performing reaction on the obtained intermediate resin with phosphorous acid, formaldehyde and an acidic medium, so as to perform phosphonic acid methylation on the remaining part of the primary amine sites. The white ball resin is first subjected to amination, and then part of the carboxymethylation and part of the phosphonic acid methylation are sequentially performed, so that the carboxyl type chelation sites and the phosphonic acid type chelation sites are simultaneously reserved in the same resin bead, thereby being beneficial to improving the comprehensive adsorption performance and separation performance of the resin on the rare earth metal.

1. Name of this design product: Multifunctional Ruler. 2. Application of this design: This design is used for a ruler with functions such as movable marking, level, drawing pen, protractor, and metal adsorption. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

The utility model provides a plasma machine metal particle adsorption control device, and belongs to the technical field of adsorption control devices. Comprising an operation box, rotating wheels rotationally installed at the bottom of the operation box, heat dissipation holes formed in the side surface of the operation box, an air inlet formed in the end of the operation box, a connecting shell fixedly connected to the side wall of the operation box, an operation panel fixedly installed on the surface of the connecting shell and a processing assembly fixedly installed in an inner cavity of the operation box. The metal particle capturing efficiency is remarkably improved through the detachable treatment barrel and the multi-stage adsorption structure, the adsorption effect on micron-sized particles is better, meanwhile, the airflow path design is optimized, efficient filtering is achieved through communication of the transmission pump and the air outlet in cooperation with the metal adsorption layer, it is ensured that airflow is evenly distributed, local overheating is avoided, and the service life of the air purifier is prolonged. In addition, the combined structure of the baffle and the limiting plate enables the installation and replacement of the treatment barrel to be more convenient, and the maintenance cost and the time cost are greatly reduced.

The invention provides an ocean polymetallic crusting mineralization prediction method. The method comprises the following steps: establishing a mineral-geochemical mapping model reflecting an occurrence mechanism of mineralization elements; constructing a multi-factor coupling metallogenic mechanism judgment model for comprehensively representing three types of control factors, namely a hydrodynamic condition, a seawater geochemical condition and a microbial action; the method comprises the following steps: establishing quantitative evaluation indexes corresponding to the biogeochemical process of each stage according to three microscopic growth stages of multi-metal crusting from colloid formation, metal adsorption to precipitation mineralization, and forming a microscopic mineralization stage evaluation system; coupling a mineral-geochemical mapping model, a multi-factor coupling metallogenic mechanism judgment model and a microscopic metallogenic stage evaluation system, and establishing a bidirectional simulation model; and inputting known crusting quality parameters, inverting the bidirectional simulation model and outputting deduced macroscopic geological environment characteristics, and screening a sea and mountain area with similar environment characteristics in a target sea area according to the macroscopic geological environment characteristics so as to delineate a favorable prospective area of the multi-metal crusting.

The invention relates to pipeline outer wall crawling equipment and method for variable pipe diameters and variable pipe wall thicknesses in the field of automation engineering. According to the outer wall crawling method facing the variable pipe wall thickness, pipeline outer wall crawling equipment needs to be designed, the equipment is used for a crawler belt walking on the outer wall of a metal pipeline and a plurality of electromagnets which are installed in the crawler belt, are arranged in the same ring with the crawler belt and are connected in series, and the electromagnets have metal adsorption force under the power-on condition; and all the electromagnets on the contact positions of the crawler belt and the pipeline provide adsorption force to the pipeline. According to the outer wall crawling method, the pipe wall thickness of the pipeline in the advancing direction of the crawler belt is detected, so that the current conveyed to the electromagnet is adjusted, the adsorption force is adjusted, the crawling equipment can crawl on different pipelines, and the technical problem that in the prior art, crawling on the pipelines with different pipe wall thicknesses is difficult is solved; and the crawling equipment can crawl outside pipelines with different pipeline wall thicknesses.

This utility model relates to the field of feed processing technology, specifically a feed raw material screening and impurity removal device, including a machine body. A circular cavity is provided in the middle of the machine body, and a top frame is fixedly installed on the top of the circular cavity. A feeding component is provided on the top frame, and a feed hopper is installed at one end of the top of the top frame. A metal adsorption component is provided on one side of the top of the top frame. A fixed cylinder is fixed in the middle of the bottom of the circular cavity, and mounting holes are opened in the middle of the fixed cylinder and the middle of the bottom of the machine body. A rotating shaft is rotatably connected to the inner wall of the mounting hole through a bearing. This utility model can combine mechanical crushing, air screening, and magnetic adsorption triple impurity removal mechanism, which can effectively remove various impurities such as metal, straw, and dust, improve the purity of feed raw materials, and is suitable for screening various feed raw materials such as soybeans and corn. It has a good crushing and separation effect on agglomerated raw materials, meeting the needs of modern feed production.

The utility model relates to the technical field of chapter grinding, and discloses multifunctional chapter grinding equipment which comprises a metal adsorption device, an upper side sealing structure, a magnetic brush, a grinding structure, a collecting device, a supporting device and a detecting device which are mutually combined for use to play a role, and the whole chapter grinding equipment is divided into three stages of grinding, cleaning and dust collection. Dust generated during grinding can be collected by the collecting device, dust flying during cleaning is avoided, centralized treatment is achieved, a user cannot inhale a large amount of dust, the user is prevented from making contact with the dust in a large amount, and magnetic attraction follow-up cooperation between the metal attraction device and the magnetic attraction brush is achieved. Most dust on the grinding abrasive paper can be brushed and swept in the space formed by the upper side sealing structure and the collecting device, and the situation that the dust scatters and floats everywhere due to the fact that the space is open during brushing and sweeping is avoided.

The utility model discloses a grinding fluid separating and recycling device which comprises a separating and recycling box body, the separating and recycling box body comprises a storage cavity, a flow guide inclined plate is arranged on the side edge of the bottom of the storage cavity, an arc-shaped flow passing plate is detachably arranged on the side edge of the flow guide inclined plate, a metal adsorption roller is rotationally arranged above the arc-shaped flow passing plate, and the metal adsorption roller is connected with the storage cavity. And a magnet piece is arranged in the metal adsorption roller, a scraping plate is arranged on one side of the metal adsorption roller, a collecting chamber is arranged on the side edge of the scraping plate, and a grinding fluid recycling opening is formed in the position, located below the arc-shaped overflowing plate, of the bottom of the separating and recycling box body. According to the scheme, metal scrap iron in grinding fluid can be rapidly separated.

The utility model provides a magnetic attraction type lock cylinder cover structure, which relates to the technical field of locksets, and comprises a lockhole panel and a lock cylinder, the lock cylinder is arranged on the inner side and the outer side of the lockhole panel and is provided with a lock cylinder cover mounting groove, a lock cylinder cover is clamped in the lock cylinder cover mounting groove, one side of the lock cylinder cover is provided with a metal magnetic attraction ring, and the metal magnetic attraction ring is connected with the lock cylinder cover mounting groove. A sealing cover corresponding to the lock cylinder is arranged in the center of the lock cylinder cover, and the sealing cover is connected in the automatic tensioning structure in a sliding manner; a metal magnetic suction ring is in magnetic suction clamping connection with a metal adsorption groove, two prying grooves are obliquely and symmetrically arranged, a user key is conveniently clamped after being obliquely inserted and then disassembled, the disassembly and assembly efficiency and safety are improved, rapid assembly and disassembly of the lock cylinder cover are achieved, the convenience of maintenance operation is greatly improved, and the practicability of the lock cylinder cover is improved. Meanwhile, lock structure damage possibly caused by a traditional fixing mode is avoided; the sealing cover is tightly attached to the lock cylinder under the action of the automatic tensioning structure and blocks the rotating cover, and invasion of dust and moisture is effectively prevented.

The utility model relates to the technical field of building waste treatment, and provides a building waste separating device which comprises a transversely-distributed long-strip-shaped bottom support, a transversely-distributed vibration feeding plate is installed on the bottom support, and a metal adsorption mechanism is arranged on the bottom support and over the vibration feeding plate. The metal adsorption mechanism comprises side fixing plates symmetrically distributed on the two sides, an adsorption belt distributed between the side fixing plates on the two sides, five tensioning driving rollers installed between the side fixing plates on the two sides and tensioning the whole adsorption belt into an inverted right trapezoid shape, and two plate-shaped electromagnets installed in the side fixing plates on the two sides. The device can quickly and accurately separate metal substances and building waste residues in the crushed building waste, improves the efficiency and quality of building waste treatment, and has important environmental protection significance and economic value.

This invention discloses a method for preparing metal-doped hierarchical porous carbon for co-adsorption of multiple VOCs. The method employs a low-cost carbon precursor and constructs a well-developed microporous-mesoporous / macroporous hierarchical pore structure using a chemical / catalytic gradient activation method. Trace metal adsorption sites are dispersed / doped through liquid-phase impregnation / low-temperature fixation. This invention utilizes the mass transfer channel effect and hierarchical storage mechanism of the hierarchical porous carbon support to rapidly and cost-effectively dope metal adsorption sites for the efficient treatment of multiple VOCs in industrial flue gas. It solves the problems of traditional microporous carbon adsorbents, which suffer from limited pore structure, lack of selective adsorption sites for small-molecule polar VOCs, and difficulty in effectively co-adsorbing VOCs with different physicochemical properties in industrial flue gas. Furthermore, it addresses the issues of micropore blockage due to doping, excessive mass transfer resistance, and low accessibility to deep pores and adsorption sites. This provides a new approach for the development and application of VOCs co-adsorption materials.

The invention discloses anti-corrosion wet-type electrostatic dust collection equipment which comprises a dust collector barrel, an air inlet pipeline used for air inlet and an air outlet pipeline used for air outlet are arranged on the dust collector barrel, and an insulating dust collection body is arranged in the dust collector barrel. Only the bottom of the middle annular dust removal body of the annular dust removal bodies is not blocked, and the bottoms of the anode tubes on the annular dust removal bodies on the outer sides of the annular dust removal bodies are blocked by the sealing plates. When the air flow is large, a worker can control an adsorption assembly with the corresponding diameter to start adsorption of a top metal adsorption auxiliary block to drive an annular dust removal body with the corresponding diameter at the bottom to move downwards, and in the downward moving process, the bottom blockage of the annular dust removal body can be ejected open by an ejector rod, so that communication is achieved; the main body material of the whole insulating dust removal body is vinyl conductive glass fiber reinforced plastic, so that the device can be adaptively adjusted according to the actual air flow, the waste of resources is reduced, the use cost is reduced, and the device can be expanded and adaptively reduced.

This invention provides a method for manufacturing an organic solvent that reduces metal impurities, which are a cause of minute defects on wafers, during the lithography process in semiconductor device manufacturing, or a method for reducing metal impurities in purified organic solvents. This invention is a method for manufacturing an organic solvent that includes a step of passing liquid through a filter element. The filter element is characterized by laminating or winding a plurality of different types of filter base fabrics into a hollow inner cylinder. The filter base fabric is a nonwoven fabric with chemically bonded metal adsorption groups to polyolefin fibers. The filter base fabric includes a nonwoven layer A and a nonwoven layer B. The nonwoven layer A is composed of polyolefin fibers with chemically bonded sulfonic acid groups as metal adsorption groups. The nonwoven layer B is composed of polyolefin fibers with at least one group selected from the group consisting of amino groups, N-methyl-D-glucosamine groups, iminodiacetic acid groups, iminodiethanol groups, acetobenzoic acid oxime groups, phosphate groups, carboxylic acid groups, and ethylenediaminetriacetic acid groups as metal adsorption groups.

The utility model provides a filter device for an immersed cooling system. The filter device comprises a sealing cover, a detachable filter cartridge, a metal adsorption net and a filter device shell, a hole penetrates through the sealing cover to serve as an oil inlet; the detachable filter cartridge comprises a porous pipeline, an adsorption filter element, an annular filter screen and a porous shell which are distributed layer by layer from inside to outside; one end of the porous pipeline is in butt joint with the oil inlet, and a plurality of through holes are formed in the side wall of the porous pipeline; a plurality of through holes are formed in the side wall of the pored shell, the bottom of the pored shell is closed so as to wrap the pored pipeline, the adsorption filter element and the lower end face of the annular filter screen, and the upper end of the pored shell is detachably connected with the lower end face of the sealing cover; the metal adsorption net wraps the side wall of the porous shell and is adsorbed on the inner wall of the filtering device shell through the magnetism of the metal adsorption net; the upper end face of the filtering device shell is fixedly connected with the sealing cover, and an oil outlet is formed in the lower end of the filtering device shell. According to the device, potential safety hazards caused by oil degradation are effectively avoided.

This invention relates to the field of screening equipment technology, specifically to a metal screening device for recycled resources, comprising: a housing with an inlet and an outlet at its upper and lower ends, respectively; a loading platform located on the upper side of the housing and corresponding to the inlet, for carrying the material to be screened; a drive mechanism located in the middle of the housing, capable of circumferentially rotating around its own axis within the middle of the housing; and several sets of adsorption mechanisms evenly arranged around the drive mechanism's axis, capable of passing through the loading platform and generating magnetic attraction force on the metal material; the adsorption mechanism loses its magnetic attraction force when aligned with the outlet, and generates magnetic attraction force when misaligned with the outlet. By cyclically driving the adsorption mechanisms through the loading platform via the drive mechanism for metal adsorption and screening, a single batch of waste material can be screened multiple times without secondary feeding or the need for larger screening equipment, thereby improving the overall screening efficiency and effectiveness.

The application provides an electric response biomimetic flow guide composite material and a preparation method and application thereof, and a sludge treatment method, and belongs to the technical field of solid waste treatment and water environment treatment. The electric response biomimetic flow guide composite material comprises a porous biomimetic matrix and a polypyrrole conductive layer covering the surface and the pore channel of the porous biomimetic matrix; and a metal adsorption layer loaded on the surface of the polypyrrole conductive layer or the porous biomimetic matrix; and the porous biomimetic matrix has a through capillary channel in the longitudinal direction. The polypyrrole conductive layer and the metal adsorption layer are constructed on the surface and the pore channel of the porous biomimetic matrix, under the action of an external electric field, the synergistic effect of capillary action, electroosmosis and electromigration is realized, the water in the sludge is migrated along the flow guide direction, and the pollutants such as heavy metals are enriched in a specific area, so that the spatial separation of water and pollutants is realized.

The application discloses a sewage recycling treatment device, and particularly relates to the technical field of sewage treatment, which comprises a treatment box body, four treatment bins are arranged in the treatment box body, a filter assembly one is arranged in the first treatment bin from left to right, a metal adsorption assembly is arranged in the second treatment bin from left to right, and a bubble compression assembly is arranged in the third treatment bin from left to right. In the application, sewage can flow in the treatment box body according to the arrangement of the four treatment bins, the filter assembly one is used for preliminarily intercepting the sewage, the water flow state of the filtering area is maintained, the metal adsorption assembly is used for continuously adsorbing, desorbing and collecting the magnetic metal particles such as iron powder and steel scrap in the subsequent water body, the bubble compression assembly is driven to release uniform micro-bubbles into the sewage, and the filter assembly two is used for finally purifying the sewage, so that the risk of subsequent filter blockage and impurity backflow is reduced, and the stability of the sewage recycling treatment is improved.

A sorbent for metal adsorption from liquids, comprising: a porous support material with a surface area of at least 60 m2 / g, wherein at least 40% of the pores have a diameter of at least 6 Å, and short chain tether groups with multi-atom chains of at most 8 chain atoms and a metal-binding functional group attached to the support material. Also, a method for removing heavy metal contaminants from liquids, comprising: providing a porous inorganic support material, wherein at least 40% of the pores have a diameter of at least 6 Å, and with a surface area of at least 60 m2 / g; providing a plurality of short chain tether groups with multi-atom chains of at most 8 chain atoms and a metal-binding functional group; covalently bonding the tether groups to the support material, forming a sorbent; providing a liquid comprising a heavy metal contaminant; and contacting the liquid to the sorbent.

The utility model relates to the technical field of seamless welding aluminum indoor and outdoor door plates, and solves the problems that the hardness of a gypsum product is still low, and an indoor outer door plate is low in strength, poor in safety and easy to damage and deform due to the influence of external force. The seamless welding aluminum indoor and outdoor door plate comprises a door frame, a hinge groove is formed in the side face of the door frame, a hinge is fixedly connected into the hinge groove, and one end of the hinge is fixedly connected with a door plate assembly; the door plate assembly comprises a door plate, a metal base plate fixedly arranged in an inner cavity of the door plate and a honeycomb-shaped framework welded to the side face of the metal base plate. A sealing groove is formed in the side face of the door plate, a soft magnetic rubber strip is fixedly connected into the sealing groove, a metal adsorption strip is connected to the side face of the soft magnetic rubber strip in a magnetic attraction mode, and the metal adsorption strip is fixedly connected to the surface of the door frame and is in magnetic fit with the soft magnetic rubber strip to achieve sealing.

A valuable metal recovery system (1) is configured from a wastewater treatment device (2) and a valuable metal recovery device (3). The wastewater treatment device (2) is composed of water treatment units including a tank (21), an aggregation and precipitation tank (22), a membrane filtration device (23), and a valuable metal adsorption device (24). The valuable metal adsorption device (24) is detachably provided with an adsorbent column (functional material element). Moreover, each water treatment unit is unitized, can be placed on one or more than two trailers (T), is transported to a drainage site, and is installed on site. The adsorbent column after adsorption is conveyed to a valuable metal recovery device (3), and in the valuable metal recovery device (3), the target valuable metal is eluted or back-extracted from the functional material element filled with the adsorbent material. In this way, a valuable metal recovery system using a functional material capable of selectively adsorbing or concentrating a target valuable metal by using an adsorbent, an extractant, or the like, and capable of recycling the valuable metal by means of methods such as elution regeneration, back extraction, or the like is achieved.

The invention belongs to the field of adsorption materials, and provides a preparation method of a high-efficiency vanadium metal adsorption-reduction material prepared by taking red mud and pyrite as raw materials and adopting flash evaporation Joule heating, which comprises the following steps: washing the red mud until the pH value of a certain washing liquid is stable and is weakly alkaline; the dealkalized red mud and pyrite powder are evenly mixed in water at the preset temperature, and a red mud and pyrite mixed sample is obtained after the mixed solution is dehydrated and dried; uniformly mixing the red mud and pyrite mixed sample with carbon black, and drying to obtain a mixture; and the mixture is subjected to flash Joule heating, and the efficient metal vanadium adsorption-reduction material is obtained. The efficient metal vanadium adsorption-reduction material prepared through flash evaporation Joule heating has a higher specific surface area, the number of pentavalent vanadium reduction adsorption points is remarkably increased, and the adsorption effect on the metal vanadium is effectively improved.

The present application relates to the technical field of polyester microplastic recycling, and particularly relates to a method and a device for separating polyester microplastics from microplastics containing high specific gravity substances. The device comprises an inclined chute body, a water inlet unit, a feed inlet unit, a tidal cofferdam structure, a heavy phase discharge unit, an ultrasonic-pneumatic mixed deagglomeration unit, a metal adsorption body, and a terminal vibrating screen and closed-loop water return system. A tidal water flow is formed by a PLC-controlled variable frequency water pump, a heavy phase settling zone is constructed upstream of the cofferdam, and the enrichment and discharge of high specific gravity substances are realized while intermittently discharging residues. Ultrasonic transducers and microporous aeration pipes work together to break up the agglomerates of powder dust, release the wrapped inorganic particles, and cooperate with the magnetic adsorption body to achieve secondary capture of metal iron scraps. The terminal vibrating screen completes the dehydration and recovery of polyester, and the separated water is reused after multi-stage precipitation. The present application can realize efficient separation of high specific gravity substances and polyester microplastics under the conditions of low energy consumption and water replenishment rate.

The application relates to the injection molding technical field, and particularly discloses an injection molding machine feeding device, which comprises a stock bin, a screw feeder and a screw extruder. The stock bin comprises a feeding part, a metal adsorption part and a discharging part. A rotary valve for isolating or connecting the feeding part and the metal adsorption part is arranged between the feeding part and the metal adsorption part. A rotating magnetic disc for adsorbing magnetic metal particles is arranged between the metal adsorption part and the discharging part, and a plurality of sieve holes for particle falling are arranged on the surface of the rotating magnetic disc. The screw feeder is connected with the screw extruder and used for conveying the screened particles in the discharging part to the screw extruder. A heating part for melting the particles is arranged on the outer part of the screw extruder, and a die head for feeding the material to the injection molding machine is arranged at the tail end of the screw extruder. The injection molding machine feeding device can ensure that the material sent by the screw feeder to the screw extruder and extruded after being heated does not contain magnetic metal particles, the injection molding quality of the injection molding machine is ensured, and the injection molding machine feeding device has high practicability.

The invention discloses a connecting structure of an adsorption type bamboo and wood fiber integrated wallboard and an ALC wall body and a construction method, and belongs to the technical field of building enclosure. The connecting structure comprises an ALC wall body, a salt-fog-resistant HDPE film laid on the outer side of the AL wall body, a galvanized light steel keel fixed to the ALC wall body through self-tapping screws sleeved with EPDM salt-resistant rubber pads, magnetic attraction points fixed to the outer side of the galvanized light steel keel, and a surface layer composite wall plate formed by gluing a metal attraction layer and a bamboo and wood fiber wall plate. And the surface layer composite wall board is detachably fixed through adsorption matching of the metal adsorption layer and the magnetic adsorption points. During construction, the HDPE film is laid firstly, then the galvanized light steel keel and the magnetic attraction points are installed, and finally the surface layer composite wallboard is attracted and fixed. The problem that a coastal environment connecting structure is easy to corrode is solved through multiple salt-fog-resistant protection design, tool-free rapid disassembly and assembly are achieved through magnetic attraction type connection, and excellent weather resistance, high assembly efficiency and convenient maintenance performance are achieved.

A semiconductor manufacturing wastewater treatment system including a first tank configured to store semiconductor manufacturing wastewater containing a metal and silicate and an adsorption device configured to treat the semiconductor manufacturing wastewater supplied from the first tank, wherein the adsorption device includes a metal adsorption device configured to recover the metal from the semiconductor manufacturing wastewater supplied from the first tank and an impurity adsorption device configured to recover the silicate from the semiconductor manufacturing wastewater treated by the metal adsorption device.

The invention relates to the technical field of ultrasonic processing equipment, and particularly discloses a bird's nest ultrasonic wave and static electricity synergistic unhairing device which comprises a bottom shell seat, a bearing module, an ultrasonic wave generating module and a static electricity module. An ultrasonic generator of the ultrasonic generation module is arranged in a bottom shell seat, ultrasonic vibrators are arranged at the bottom and on the side wall of a groove body of a bracket seat, a flexible silica gel pad is laid in the groove, and the bracket seat is rotationally arranged on a bearing seat at the top of the bottom shell seat through a shaft body and is driven by a servo motor to rotate; the electrostatic module is located above the bearing module, an electrostatic generator is installed in the insulating shell, a metal adsorption net is detachably installed at the bottom and electrically connected with the insulating shell, and hair collecting boxes are slidably installed in rails on the two sides of the bottom of the shell. According to the device, through flexible bearing, mild ultrasonic waves and a directional electrostatic field, the completeness of the cubilose is reserved to the maximum extent, the sialic acid wastage rate is reduced, water supplementing is monitored in real time in cooperation with a humidity sensor, and the problems that traditional hair removing efficiency is low, residues are large, and the cubilose is prone to being damaged are solved through the synergistic effect of ultrasonic waves and static electricity.

The present application relates to the technical field of dust collection, and particularly relates to a textile dust collection device for textile production, which comprises a dust collection cavity, a cotton grabbing mechanism, an overturning mechanism, a cotton collecting mechanism, a switching mechanism, a connecting pipe is communicated with the top of the dust collection cavity, a suction port is communicated with the outer wall of the dust collection cavity, and a cotton collection cavity is communicated with the outer wall of the side of the dust collection cavity away from the suction port. Through the switching mechanism, the bidirectional different rotation of the driving motor respectively drives the overturning mechanism and the cotton collecting mechanism, so that the overturning mechanism can drive the cotton grabbing mechanism to continuously pull and then loosen the cotton wool in the dust and metal adsorption separation stage, the cotton wool is prevented from being all accumulated on the metal adsorption plate, the cotton collecting mechanism is driven to collect the cotton wool into the cotton collection cavity after the dust and the metal are separated, the cotton wool is prevented from being gathered, the cotton wool entangled with the metal scrap is pulled down, the separation effect is greatly improved, and the three separations of the dust, the metal scrap and the cotton wool are completed.

The invention discloses a packed tower for PET alcoholysis solution purification, a purification system and a purification process, the packed tower comprises a tower body, the top of the tower body is provided with a feed port, and the bottom of the tower body is provided with a discharge port; a double-fluid atomizing nozzle is arranged at the top in the tower body, the double-fluid atomizing nozzle is provided with a liquid inlet and an air inlet, and the liquid inlet of the double-fluid atomizing nozzle is communicated with a feeding hole in the top of the tower body; a gradient functional filler layer is arranged in the middle of the tower body and comprises a catalytic oxidation section filler layer and a metal adsorption section filler layer from top to bottom; an ozone distribution disc is arranged at the bottom in the tower body, and an ozone inlet is formed in the side wall of the tower body and positioned below the ozone distribution disc. According to the invention, decolorization and demetalization can be synchronously completed in a single tower, the decolorization rate is greater than or equal to 99.5%, the residual quantity of metal ions is less than or equal to 5ppm, and the loss rate of BHET is extremely low.

The utility model discloses a curtain resistance increasing structure, which relates to the technical field of curtain resistance increasing and comprises a curtain box and a remote control, a sliding adjusting groove is arranged inside the bottom end of one side of the curtain box, and a sliding adjusting block is connected inside one side of the sliding adjusting groove in a sliding mode. Through remote control of a magnetic force controller, when the curtain needs to slide to achieve resistance increasing, an electromagnetic disc controls power connection between a connecting line and the magnetic force controller through an electric power at the moment, electromagnetic production of an electromagnetic block is achieved, and the effect of adsorption resistance increasing is achieved for a metal adsorption block on the side face of a sliding adjusting block; the electromagnetic blocks at multiple positions are arranged on the side face of the electromagnetic disc, adsorption resistance increasing is achieved on the sliding adjusting blocks at multiple positions through the electromagnetic blocks, the problem that the sliding adjusting blocks automatically slide in the sliding adjusting grooves is avoided, the stability of the curtain is improved, and when resistance increasing is needed subsequently, the magnetic force controller is directly closed.