1445 results about "Magnetic separator" patented technology

The invention belongs to the technical field of magnetic separation equipment, and particularly discloses an air-blowing anti-blocking magnetic conduction module and a magnetic separator. The air-blowing anti-blocking magnetic conduction module comprises a center shaft, a plurality of magnetic conduction meshes are installed on the center shaft, an airflow channel is formed in the center shaft, circulation gaps are formed between the magnetic conduction meshes, and air outlet holes capable of distributing airflow to the circulation gaps are formed in the center shaft. The magnetic separator comprises a rack, an annular electromagnetic device and a material pipeline are arranged on the rack, and an air-blowing anti-blocking magnetic conduction module is installed in the material pipeline. According to the air-blowing anti-blocking magnetic separator, the magnetic conduction module in the magnetic separator is improved, in the magnetic separation process, air flow can be introduced into circulation gaps formed between the magnetic conduction meshes through the air flow channels, the air outlet holes and the like in the air-blowing anti-blocking magnetic conduction module, the air flow penetrates through meshes of the magnetic conduction meshes along with flowing of materials, and finally the air flow and the materials are discharged together; therefore, the passing ability of the materials is improved, the working efficiency of the magnetic separator is improved, meanwhile, tailings can be reduced, and waste of useful materials is reduced.

The invention discloses a waste battery recycling process and a system thereof, and particularly relates to the technical field of battery recycling. Leaching an electrode material of the waste nickel-metal hydride battery; collecting rare earth elements; precipitating and separating ferro-aluminum; recovering zinc and manganese; recovering the cobalt-containing nickel hydroxide; the system comprises a battery disassembling and screening device, a magnetic separator, a filter press and a reaction kettle, and the filter press comprises a plurality of filter pressing assemblies and is used for filtering liquid; according to the device, a plurality of areas of the filter cloth can be twisted to be in a wrinkled state firstly, then the adjacent positions of the wrinkles are knocked by the adjacent vibration plates, the wrinkled state and the stretched state are switched while the multiple areas of the filter cloth vibrate, the shaking effect of the filter cloth can be enhanced in the switching process, solid particles are separated from the filter cloth more thoroughly, and the filter cloth can be separated more thoroughly. And the recycling rate of the waste battery pack is improved.

The invention relates to the technical field of decoration garbage resource recycling, in particular to decoration garbage resourceful treatment production equipment and method, and the method comprises the steps that decoration garbage is evenly scattered on a conveying belt; the decoration garbage on the conveying belt is sorted; the sorted decoration waste is subjected to primary crushing and then screened, and first aggregate and second aggregate are obtained; magnetic separation is conducted on the first aggregate and the second aggregate through a magnetic separator; controlling magnetic separation current in the magnetic separation process of the magnetic separator, performing secondary crushing on the magnetically separated second aggregate, mixing the magnetically separated second aggregate with the magnetically separated first aggregate, and performing winnowing; screening the winnowed aggregate, and if the aggregate with the particle size larger than the preset particle size exists after screening, performing secondary crushing on the aggregate again to obtain the aggregate meeting the preset particle size; the aggregate meeting the preset particle size is subjected to three-stage crushing and screening, and then fine aggregate, medium aggregate and coarse aggregate are obtained. Therefore, the quality of the recycled aggregate of the decoration garbage is improved.

The invention discloses a scrap aluminum classification and rapid identification method, and relates to the field of scrap aluminum classification and rapid identification, the method comprises the following steps: S1, grading pretreatment: to-be-sorted scrap aluminum is conveyed into a three-layer vibrating screen machine through a conveying belt for grading screening, and different sizes of scrap aluminum are sorted out; and S2, impurity separation is conducted, specifically, the classified scrap aluminum is conveyed into a drum-type magnetic separator, magnetic impurities are removed, then the scrap aluminum subjected to magnetic separation is conveyed to an airflow separator, light non-metal impurities are separated, then the scrap aluminum is conveyed to an objective table through a conveying belt, full-process automatic treatment is conducted, manual dependence is reduced, the production efficiency is improved, and the production cost is reduced. A single production line can reduce the workload of sorting workers; and compared with manual sorting, due to the fact that classification is accurate, the rejection rate of the regenerated aluminum alloy can be effectively reduced, and economic benefits are remarkably improved.

A system, apparatus and method for magnetically separating a fluid flow passing through a pipeline are provided. A magnetic separator assembly having a plurality of elongate magnetic members is provided. Each magnetic member can have a first end and a second end. A cleaner plate can be provided that can move along the magnetic members. After the magnetic separator assembly is used to collect magnetic particles from a fluid flow in a pipeline, the magnetic separator assembly can be cleaned by sliding the cleaning plate along the magnetic members.

The invention discloses a quartz sand impurity removal device for producing glass in the technical field of glass production, which comprises an acid pickling box, a pretreatment shell fixed at an upper opening of the acid pickling box, and a first buffer mechanism and a second buffer mechanism which are positioned in the pretreatment shell and used for controlling the falling speed of quartz sand, the magnetic separation mechanism is used for removing iron from the quartz sand; the negative pressure mechanism is used for sucking dust and smoke; the grinding mechanism is used for removing attachments on the surface of quartz sand, the quartz sand drives the magnetic separation mechanism and the negative pressure mechanism to act through the first buffer mechanism, then falls on the grinding mechanism after passing through the second buffer mechanism, enters the pickling box after being ground, and is subjected to impurity removal such as magnetic separation, dust collection, smoke suction and grinding in the pickling pretreatment process of the quartz sand; impurities such as iron, dust and surface attachments before pickling of the quartz sand can be removed to a great extent, so that the finished product quality of the quartz sand in the pickling process is ensured.

The invention discloses a mineral separation magnetic separator for muddy tungsten polymetallic ore and a recovery system for recovering black tungsten, and relates to the technical field of mineral separation of the muddy tungsten polymetallic ore. The blending box is used for blending raw material ore pulp with the concentration of 30%; the bottom of the blending box is transmitted to the permanent magnet separator through a transmission pump connecting pipeline, and a return pipeline I and a circulating pump I are mounted on the permanent magnet separator; magnetically separating the raw ore pulp by a permanent magnetic separator to obtain weak magnetic concentrate pulp; the bottom of the permanent magnetic separator is provided with a transmission pipeline and connected with the high-intensity magnetic separator, and the transmission pipeline is connected with a transmission pump; the concentrate thickener is used for blending and concentrating to obtain concentrated ore pulp with the concentration of 25-35%; a centrifugal concentrator; a return pipeline II and a circulating pump II are arranged on the centrifugal separator, and the number of cycles is three; and the frequencies of the centrifugal separator are respectively 50HZ, 40HZ and 30HZ. The technical problems that argillization tungsten ore cannot be recycled, and materials with proper tungsten concentration cannot be selected through magnetic separation and gravity separation, and the recycling difficulty is large are solved.

The invention relates to the technical field of jigging magnetic flotation columns, and discloses a jigging magnetic flotation column which comprises an inner cylinder, a magnet exciting coil is fixedly connected to the periphery of the inner cylinder, and an outer cylinder is arranged on the periphery of the magnet exciting coil; a conical concentrator is fixedly connected to the bottom of the inner cylinder, and a pulsation mechanism is arranged on one side of the conical concentrator; and the inner cylinder is connected with a feeding mechanism. The technical problems that a large amount of washing water needs to be used for elutriating the magnetic separator, and the concentration of reagents is affected by adding water into a flotation column are solved, the magnetic separation method for magnetite by applying magnetic levitation is possible, the magnetic separation magnetic field intensity is synchronously and reversely adjusted, and the problems of overflow tailing black running and magnetic ore concentrate magnetic inclusion caused by jigging pulsation are solved; the accidents that the ore pulp of the flotation column runs out of the groove and overflows and the elutriation magnetic separator runs out of the groove and overflows are prevented, and the product recovery rate and the concentrate index are also improved.

The utility model belongs to the technical field of magnetic separators, and particularly relates to an electromagnetic separator with a heat dissipation coil, which comprises a frame, a conveying mechanism mounted on the frame, a transmission mechanism connected with the conveying mechanism, and a magnetic separation mechanism mounted on the frame. The magnetic separation mechanism comprises a shell, a winding reel is mounted in the shell, the winding reel is connected with a mounting frame, and a mounting ring is mounted on the mounting frame; each installation ring is provided with a plurality of winding supporting rods, electromagnetic wires are wound around the outer sides of the winding supporting rods of the installation rings, the electromagnetic wires sequentially wind around the winding supporting rods of the installation rings from inside to outside along the centermost installation ring, and a heat dissipation gap is reserved between every two electromagnetic wire layers. By arranging the mounting ring and the winding supporting rod, a plurality of gaps are reserved between the electromagnetic coils, heat dissipation of the electromagnetic coils is facilitated, the ventilation holes, the draught fan, the coil pipe, the oil cooler and the temperature sensor are additionally arranged, the temperature in the magnetic separation mechanism can be detected and adjusted in real time, and normal operation of the device is guaranteed.

The system is formed by combining and connecting a coarse crusher (1), an ore washing sieve (2), a large dry magnetic separator (3), a wet magnetic separation preselector (4), a fine crusher (5), a dry magnetic separation scavenging machine (6), an aggregate screening machine (7), a preselected concentrate dewatering sieve (8), a preselected tailing dewatering sieve (9), a preselected concentrate concentration magnetic separator (10) and a preselected concentrate filter (11). An ore discharge port of the coarse crusher (1) is connected with a feeding end at the upper part of the ore washing sieve (2), an oversize discharge port of the ore washing sieve (2) is connected with a feeding belt of the large dry magnetic separator (3), and an undersize discharge port of the ore washing sieve (2) is connected with an ore feed port of the wet magnetic preselector (4). Slurry on the surface of high-silt-content raw ore is washed off through screening and ore washing operation, and the ore blocking condition is reduced; dry separation and wet separation processes are combined, a large number of tailings are thrown out in advance, meanwhile, various building material products are produced, and the resource utilization rate is increased.

The invention discloses a beneficiation method of refractory iron ore with symbiotic hematite, limonite and siderite, which comprises the following steps of: crushing weakly magnetic refractory iron ore to below 100mm in a closed circuit, then sequentially carrying out three times of dry screening to obtain four particle fractions of 0-6mm, 6-15mm, 15-40mm and 40-100mm, pre-selecting the particle fractions of 6-15mm by adopting a dry high-intensity magnetic separator, pre-selecting the particle fractions of 15-40mm by adopting a chunk jigger, pre-selecting the particle fractions of 40-100mm by adopting a photoelectric intelligent separator, and pre-selecting the particle fractions of 40-100mm by adopting a high-intensity magnetic separator; photoelectric intelligent pre-selected concentrate is crushed to 0-40 mm through a fine crushing closed circuit, then jigging pre-selected concentrate is combined, then the photoelectric intelligent pre-selected concentrate is crushed to 0-6 mm through an ultra-fine crushing closed circuit, an ultra-fine crushing product is combined with the 0-6 mm fraction, then wet type strong magnetic pre-selection is conducted through a coarse grain wet type strong magnetic separator, the pre-selected concentrate is subjected to ore grinding-fine grain wet type strong magnetic one-coarse one-scavenging one-coarse one-scavenging one-fine one-scavenging reverse flotation, and the final concentrate is obtained. And final concentrate is obtained. The invention has the advantages of large raw ore selection granularity, large tailing discarding amount, low energy consumption, good separation effect and the like.

The utility model discloses a magnetite powder composite cleaning mechanism for a magnetic separator roller, which comprises a magnetic separator body, a cleaning component is arranged on the magnetic separator body, the cleaning component comprises a magnetic suction mechanism and a spraying mechanism, the spraying mechanism is arranged below the magnetic suction mechanism, and the magnetic suction mechanism is arranged on the magnetic separator body. The magnetic attraction mechanism comprises a pipe body and a magnet arranged on the inner side of the pipe body, a scraping mechanism is arranged on the side edge of the magnetic attraction mechanism and comprises a reciprocating lead screw, a supporting arc plate and a scraping plate, and the reciprocating lead screw is sleeved with the supporting arc plate; the spraying and removing mechanism and the magnetic attraction mechanism are additionally arranged on the magnetic separator, the spraying and removing mechanism can work to spray high-pressure water flow to the roller to remove magnetite powder adhered to the roller, primary cleaning of the roller is achieved, a strong magnetic field is generated through the magnetic attraction mechanism, and the magnetite powder adhered to the roller is separated and moved to the magnetic attraction mechanism. Secondary cleaning of the roller is achieved, and cleaning of the roller is effectively and comprehensively achieved.

The invention relates to the technical field of concrete waste recycling, and discloses a concrete recycling and crushing device based on urban building waste cyclic utilization, the concrete recycling and crushing device comprises a treatment box assembly, the top of the inner side of the treatment box assembly is provided with a crushing assembly, the treatment box assembly comprises a box body, and screening outlets are formed in the two sides of the box body; a magnetic separator is installed at the bottom of the treatment box assembly, a collecting box is connected to the bottom of the treatment box assembly, a screening mechanism is arranged on the inner side of the treatment box assembly, the crushing assembly crushes concrete waste, and the crushing assembly drives the screening mechanism to conduct step-by-step vibration screening on the crushed concrete waste during operation. And large-volume crushed concrete waste is discharged from the screening outlet, and small-volume crushed concrete waste enters the collecting box after being screened step by step.

The invention relates to an efficient beneficiation process for recycling iron from iron tailings, which comprises the following steps of: feeding magnetite tailing pulp into a tailing recycling machine, feeding concentrate of the recycling machine into a first-section magnetic separator, and feeding concentrate of the first-section magnetic separator into a concentration magnetic separator; directly feeding concentrate of the concentration magnetic separator into a tower mill, feeding discharged ore of the tower mill into a swirler, and returning settled sand of the swirler to the tower mill to form closed-circuit ore grinding; overflow of the cyclone is fed into a second-stage magnetic separator, second-stage magnetic separator concentrate with the grade being 38% or above is obtained, and the second-stage magnetic separator concentrate is fed into a moxa sand mill; ore discharged by the moxa sand mill is fed into a third-section magnetic separator, concentrate of the third-section magnetic separator is fed into a fourth-section magnetic separator, concentrate of the fourth-section magnetic separator is fed into an elutriator, the concentrate of the elutriator is final concentrate, and the grade reaches 66% or above; the elutriator returns to the first section, the second section, the second section, the third section and the fourth section, and tailings of the magnetic separators are converged into comprehensive tailings. By optimizing the technological process, the concentrate grade is improved by more than 2%, and meanwhile, the tailing grade is reduced by 0.3%.

The invention discloses a low-nickel matte grinding and selecting device, and relates to the technical field of low-nickel matte grinding and selecting. Comprising a mounting frame, a magnetic separator is mounted on the lower side of the mounting frame, a feeding port is formed in the magnetic separator, a base is fixedly connected to the upper side of the mounting frame, two supporting seats are fixedly connected to the base, hollow shafts are rotationally connected to the opposite sides of the two supporting seats, and feeding ports are formed in the hollow shafts; the two hollow shafts are jointly and fixedly connected with a barrel, a plurality of grinding balls different in size are placed in the barrel, a power system used for providing power for rotation of the barrel is arranged on the base, and a plurality of discharging grooves are formed in the barrel. And the plurality of screens are fixedly connected to the interiors of the adjacent discharging grooves respectively. By arranging the screen, particles with qualified particle sizes are discharged through the screen in real time in the ball milling process, the condition of over-milling is prevented, the particle size qualification rate of the finished low-nickel matte is increased, and meanwhile, the influence on the subsequent grading step is reduced.

The invention discloses a composite powder carrier process, and belongs to the technical field of sewage treatment. The invention relates to a composite powder carrier process, which comprises the following steps: introducing sewage to be treated into a sewage treatment tank, adding a high-density magnetic responsive composite carrier to adsorb pollutants, discharging clear water after magnetic settling separation, and keeping the composite carrier to continuously treat new sewage. The magnetic settling plate is electrified for adsorption, and a magnetic separator in the drainage pipeline is used for dual recovery of the high-density magnetic responsive composite carrier, so that the retention rate of the high-density magnetic responsive composite carrier in the sewage treatment tank during sewage treatment is increased, and the utilization rate of the high-density magnetic responsive composite carrier is increased. And the high-density magnetic responsive composite carrier is rapidly pulled to carry pollutants to settle by utilizing magnetic attraction force generated by the magnetic settling plate, so that effective separation of the pollutants and clear water is realized. The high-density magnetic response composite carrier is recycled through the retention effect of the magnetic settlement plate on the carrier and the subsequent operation of supplementing sewage to be treated, and the treatment cost is reduced.

The utility model provides a gas distribution valve and an automobile suspension chassis. The gas distribution valve comprises a gas conveying structure and an electromagnetic valve structure, the electromagnetic valve structure comprises a magnetism isolating sleeve, a valve element and a valve element driving assembly. The valve element is arranged in the magnetism isolating sleeve and is in driving connection with the valve element driving assembly. A gas inlet groove is formed in the magnetism isolating sleeve, and the opening end of the gas inlet groove is connected with a first gas conveying channel of the gas conveying structure in a sealed mode; an electromagnetic valve air inlet is formed in the bottom of the air inlet groove; an electromagnetic valve gas outlet is formed in the magnetism isolating sleeve and is in sealed connection with a second gas conveying channel of the gas conveying structure; the valve element can open and close the electromagnetic valve air inlet through the valve element driving assembly. According to the distribution valve, the air inlet groove is formed in the magnetism isolating sleeve, so that an air inlet valve body is omitted, the canning thickness of sealant at the bottom of the distribution valve shell is reduced, and the overall weight of the distribution valve is reduced.

The invention discloses a sand recovery system of a precoated sand and iron sand mixed molding line, and particularly relates to the technical field of sand mold casting, the sand recovery system comprises a sand recovery device, a screening mechanism used for preliminarily screening mixed sand is arranged in a connecting frame, and a recovery mechanism used for recovering iron sand is arranged in a magnetic separator; a sorting mechanism used for recycling precoated sand is arranged on the surface of the sand recycling device, through the screening mechanism, the recycling mechanism and the sorting mechanism, large-particle sand in mixed sand can be separated out through a screen plate, then iron sand in the sand is separated out through a magnetic suction roller, and the precoated sand in the sand is separated out through an air blower. The precoated sand and the iron sand are added into the sand mixer, so that the precoated sand and the iron sand are mixed in proportion and then put into the molding line again for use, efficient recovery of the precoated sand and the iron sand is achieved, waste of the sand is reduced, and meanwhile energy consumption and equipment complexity in the sand recovery process are reduced by optimizing the sorting technology.

A method of processing waste consumable aerosol-generating articles by pyrolysis, the method comprising the steps of: feeding waste consumable aerosol-generating articles into a pyrolysis reactor, the aerosol-generating articles comprising at least some aerosol-generating articles comprising an aerosol-generating substrate with a metallic susceptor; heating the aerosol-generating articles in the pyrolysis reactor to a temperature sufficient to cause pyrolysis of non-metallic components of the aerosol-generating articles into gaseous products and char, wherein the temperature is less than a melting temperature of the metallic susceptors; extracting the gaseous products from the pyrolysis reactor and feeding the gaseous products to a condensing separator; and feeding the char from the pyrolysis reactor to a magnetic separator and separating the metallic susceptors from the char by applying a magnetic field; wherein at least some of the heat in the pyrolysis reactor is generated by applying an alternating electromagnetic field to the aerosol-generating articles so as to induce eddy currents in the metallic susceptors.

The invention relates to an efficient copper removal and recycling process for copper-cyanogen complex wastewater, which comprises the following steps: (1) critical acidification-selective crystallization of the copper-cyanogen complex wastewater: directionally recombining a copper-cyanogen complex to generate insoluble CuCN crystals by accurately regulating and controlling the pH value of the wastewater; (2) rotational flow enhanced crystallization: separating CuCN crystals from overflow liquid through a hydrocyclone; (3) gradient activation of a composite vulcanizing agent for deep copper removal: enabling the fine CuCN particles and the dissolved-state low-coordination copper-cyanogen complex to react to generate insoluble CuS crystals by adjusting the pH value and adding the composite vulcanizing agent; and (4) magnetic seed enhanced separation: carrying out magnetic separation by adopting modified magnetic seeds and a low-intensity magnetic separator, separating CuS magnetic flocs from the wastewater, and finally obtaining purified tail liquid. According to the closed-loop process, copper in the copper-cyanogen complex wastewater can be efficiently removed and recovered, the purified tail liquid can be reused for cyanidation leaching operation, the unit consumption of sodium cyanide is remarkably reduced, the leaching rate of gold and silver is increased, and zero discharge of wastewater and full recovery of copper resources are truly achieved.

The invention discloses a heavy medium magnetic separator for high-strength magnetic coal, which relates to the technical field of coal processing, and comprises a base, a magnetic separation pool arranged inside the base and a bracket installed on the top of the base, and also comprises: a magnetic separation roller; a driving mechanism, which comprises a first gear installed at one end of the magnetic separation roller, a gear ring installed on the inner wall of one side of the bracket and a first power component for driving the gear ring to rotate; an adjusting mechanism, which comprises two driving disks and a second power component for driving the two driving disks to rotate; by repeatedly dividing the magnetic material outside the magnetic separation roller, the granular impurities wrapped in the magnetic material are exposed, and the exposed granular impurities are removed by the suction force of the negative pressure air duct, so as to achieve the effect of automatically cleaning the magnetic material separated by the magnetic separation, thereby solving the problem that the magnetic material separated by the magnetic separation in the prior art contains a large number of tiny granular impurities and needs to be processed again, and effectively improving the efficiency and cleanliness of the magnetic separation of the magnetic material.

The invention provides a permanent magnet dry magnetic separator with upper and lower rollers, and belongs to the technical field of magnetic separation equipment. The permanent magnet dry magnetic separator comprises a shell, a first magnetic separation area, a second magnetic separation area, an L-shaped port, an upper magnetic separation roller, a material guide area, a feeding unit, a first conveying channel, a second conveying channel, a lower magnetic separation roller, a first discharge port and a second discharge port, the upper magnetic separation roller and the lower magnetic separation roller are distributed in the shell, multiple times of magnetic separation treatment on materials are achieved, effective separation of the magnetic materials is guaranteed, interference of non-magnetic materials is reduced, meanwhile, the reciprocating shaking design of the feeding hopper and the material guiding shell is adopted, and the magnetic separation effect is improved. By means of the design, materials can evenly fall into a magnetic separation area, the magnetic separation efficiency is further improved, in addition, the materials can be air-dried in the reciprocating shaking process, the influence of wet materials on the magnetic separation effect is effectively avoided, and therefore effective separation of magnetic substances and non-magnetic substances is guaranteed.

A mineral separation method for separating and enriching tantalum, niobium and zinnwaldite from feldspar tailings, comprising the following steps: Step 1: Predispersion; Step 2: Vibration classification; Step 3: Strong dispersion; Step 4: Magnetic rough separation; Step 5: Magnetic cleaning; Step 6: Strong dispersion; Step 7: Flotation rough separation; Step 8: Flotation cleaning; Step 9: First pressure filtration; Step 10: Magnetic scavenging; Step 11: Second pressure filtration; Step 12: Flotation scavenging. Compared with the prior art, the advantages of the present invention are as follows: (1) Using a high-speed shearing machine for dispersion can greatly improve the dispersion effect and is beneficial to the subsequent separation of various minerals; Using a high-intensity slurry magnetic separator can effectively remove slime, which is beneficial to the further flotation separation of tantalum and niobium minerals from zinnwaldite and improve the recovery rate; Using a flotation column for the separation of tantalum and niobium ore and zinnwaldite has a large processing capacity, a high recovery rate and environmental neutrality, which is beneficial to environmental protection.

The invention relates to the technical field of magnetic separators, and discloses a free falling body type magnetic separator which comprises a recovery body, a magnetic separation body is arranged on the upper side of the recovery body, a separation cavity is formed in the magnetic separation body, an outer rotating barrel is rotationally arranged on the wall body of the separation cavity, at least two sets of outer ring magnets are arranged on the outer side of the outer rotating barrel, and a gap is formed between every two adjacent outer ring magnets. By arranging the magnetic separation body, the separation cavity, an outer ring magnet, an outer rotating barrel, an outer impurity channel, an outer impurity baffle, an umbrella-shaped body and the like, materials are evenly dispersed into the separation cavity after being treated by the umbrella-shaped body, in the falling process of the materials, the outer ring magnet adsorbs ferromagnetic impurities, and the magnetic separation effect is improved. And in cooperation with rotation of the outer rotating barrel, ferromagnetic impurities are separated to the outer side.

The invention provides intelligent sorting, crushing and grinding equipment for construction waste recycled aggregate and a whole-process management and control preparation system. Construction waste is conveyed into the intelligent sorting device through the conveying belt, the sorted waste enters the intelligent eccentric roller crusher to be subjected to primary crushing, the intelligent eccentric roller crusher crushes large waste, and after crushing, materials are conveyed into the intelligent magnetic separator through the dustproof conveying belt; and then the materials subjected to primary treatment enter an intelligent cone crusher through a dustproof conveying belt to be further crushed, the materials are conveyed into an intelligent magnetic separator through the dustproof conveying belt to be subjected to secondary iron removal, then the materials enter a winnowing machine and a vibration screening machine, and the materials with different granularities are further separated. According to the invention, automation and intellectualization of construction waste treatment are realized, the treatment efficiency and the quality of recycled aggregate are remarkably improved, efficient, clean and economical regeneration treatment of construction waste is realized, and remarkable environmental protection and economic benefits are brought to the technical field of construction waste recovery treatment.

The invention provides equipment and a process for producing biomass waste derived fuel, and belongs to the technical field of biomass waste, the equipment comprises a crusher, a conveying belt A, a bypass magnetic separator, a conveying belt B, a dryer, a conveying belt C and a forming machine, the discharging end of the crusher is connected with the conveying belt A, the conveying belt A is connected with the feeding end of the bypass magnetic separator, and the conveying belt B is connected with the feeding end of the bypass magnetic separator; the dryer further comprises a drying cylinder and a top cover arranged at the top of the drying cylinder, the top cover is further connected with an exhaust port, a filter screen used for blocking impurities generated when materials in the drying cylinder are dried is arranged in the exhaust port, and a drying assembly used for drying the biological waste is further arranged on the inner wall of the dryer. Through rotation and up-down sliding of the material stirring plate, biological waste is fully loosened, gaps between materials are increased, hot air circulation is smoother, the drying efficiency is remarkably improved, and the drying time is shortened.

The invention discloses an efficient and environment-friendly wet type permanent magnet drum type magnetic separator for mining industry, and relates to the field of magnetic separators. An efficient environment-friendly wet type permanent magnet drum magnetic separator for the mining industry comprises a rack, a magnetic separation box is fixedly mounted on the rack, a mounting shaft is mounted on the rack through a support, a magnetic separation drum is rotationally connected to the mounting shaft, and the magnetic separation drum is located in a magnetic separation groove of the magnetic separation box; according to the magnetic separation device, ferromagnetic minerals can be rapidly and effectively separated from ore pulp, the magnetic separation efficiency is greatly improved, impurity minerals mixed in the ferromagnetic minerals can be effectively removed by knocking and vibrating the magnetic separation roller, the impurity content in the magnetic separation minerals is reduced, the purity of the ferromagnetic minerals is improved, subsequent processing is not needed, and the magnetic separation efficiency is improved. And then the magnetic separated minerals are selected, so that the time and the cost are saved, the efficiency is greatly improved, and meanwhile, the quality of a final product is also improved.

The utility model relates to the technical field of magnetic separators, in particular to a multistage super-strong concentration magnetic separator which comprises a magnetic separation box, a first chain wheel is rotationally connected to the outer surface of the magnetic separation box, a driving cylinder is rotationally connected to the inner wall of the magnetic separation box, a reciprocating groove is formed in the outer surface of the driving cylinder, and a driving strip is arranged in the magnetic separation box; and the outer surface of the driving strip is rotationally connected with a driving rod. Through the arrangement of components such as a driving cylinder and a driving rod, the driving cylinder and the driving rod are matched with each other, so that the driving rod cylinder can drive a first brush plate, a second brush plate and a third brush plate to reciprocate through the components such as the driving rod and a driving strip; and therefore, the effect of scraping and sweeping the lower surfaces of the first conveying belt, the second conveying belt and the third conveying belt by arranging a first driving cylinder and a driving rod is achieved, and the defect that magnetic materials attached to the surfaces of the conveying belts are inconvenient to clean in an existing technical scheme is overcome.

The utility model discloses a secondary thinner type countercurrent magnetic separator, which relates to the technical field of magnetic separators, and comprises a rack, a roller is rotatably arranged on the rack, the roller is connected with a driving device, the internal space of the roller is divided into a fan-shaped magnetic field area and a fan-shaped non-magnetic field area by taking the circle center of the roller as the center, and a magnet is arranged in the magnetic field area; a feeding box communicated with a feeding port of the magnetic separation area is arranged on the left side of the magnetic separation area, and a tailing port is formed in the bottom of the magnetic separation area. The magnetic separation area is further communicated with a dilution water pipe to provide dilution water for raw materials in the magnetic separation area; a concentrate opening used for collecting concentrate is formed in the outer side of the non-magnetic field area, and a flushing device is arranged above the concentrate opening. According to the utility model, raw materials can be in full contact with the magnetic separator, the screening is more sufficient, the screening speed is higher, the screening is more thorough, screened magnetic substances can be well brought out of a magnetic field area, the magnetic substances can be separated from the magnetic separator more sufficiently, meanwhile, the magnetic substances can be prevented from flowing back, and the working efficiency is improved.

The invention provides a magnetic separator for a mine plant, and belongs to the technical field of magnetic separators. The transverse shafts are fixedly arranged on the inner walls of the two sides of the screening bin, and the outer surfaces of the transverse shafts are movably sleeved with screening plates. During use, mineral aggregates are poured into the screening bin through the feeding hopper, the mineral aggregates are screened through through holes in the screening plates, one side of a pulling plate makes contact with one side of each screening plate, and therefore the screening efficiency is improved; a screening plate is pulled to further enable a plurality of connecting plates and a plurality of second telescopic rods to pull a plurality of first springs, when a pulling plate does not make contact with the screening plate, the connecting plates are pulled through the elastic force of the first springs, and under the back-and-forth movement of the screening plate, mineral aggregates rapidly slide to the interior of the crushing bin on one side of the screening plate; therefore, when the magnetic separator is used, mineral materials are screened, the situation that due to the fact that the mineral granularity is too large, magnetic minerals cannot be effectively adsorbed, and the separation effect is reduced is prevented, and the screening effect is good.