60results about How to "Solve the problem that cannot be recycled" patented technology

The invention discloses a deep-sea anchor-system subsurface-buoy system based on satellite communication data real-time transmission. The deep-sea anchor-system subsurface-buoy system comprises a water-surface buoy system, a vertically-arranged plastic covered steel cable, a secondary floating body, an anchoring mooring part, a releasing unit, a primary floating body and a plurality of glass floating balls, and the deep-sea anchor-system subsurface-buoy system also comprises a frame body arranged between the main floating body and the releasing unit and used for carrying deepwater measuring apparatuses; a lifting adjusting mechanism for driving all the deepwater measuring apparatuses to move up and down along the plastic covered steel cable to measure measurement data of sections at different water-depth portions is arranged on the frame body. Through the lifting adjusting mechanism, continuous data monitoring of underwater preset depth distance sections can be achieved, and the void that continuous collection of section information under all temperature-salinit deepwater in different water depths cannot be carried out at present is filled; automatic control is achieved through a controller, the structure is reasonable, and running is stable; through an arranged lifting-adjusting auxiliary part, the resistance of the frame body in the ascending or descending process along the plastic covered steel cable is smaller, and running is more stable.

The present invention relates to one kind of interface photocatalyst, and solves the technological problem of preparing one interface photocatalyst capable of floating on water surface for photocatalytic reaction and with lasting photocatalytic activity. The interface photocatalyst floating on water surface can utilize sunlight well for photocatalysis to decompose pollutant and may be recovered easily, with the decomposition produced CO2 being dispersed to the air directly. It is prepared through the following steps: 1. preparing photocatalyst particle in SiO2-hollow layer-TiO2 structure and with nanometer core; 2. preparing hydrophobic solution; 3. preparing hydrophobic hollow nanometer photocatalyst particle; and 4. cross-linking hydrophobic groups of hollow nanometer photocatalyst particle. The present invention is applied in degrading toxic pollutant to protect environment.

The invention discloses a deployment method and device for function components in a cloud computing system, belongs to the technical field of communication and is used for solving the problem that theexisting deployment method for a cloud computing platform is complex in configuration and excessively tedious in manual operation and the recycling cannot be carried out after the components are deployed. The method comprises the steps of installing the cloud computing system on a server through an ISO system installation mirror image, wherein the ISO system installation mirror image comprises anautomatic deployment tool, function component mirror images and a software packet required for operation of the cloud computing system; deploying the cloud computing system by an operating system through the automatic deployment tool, uploading the function component mirror images and registering with the cloud computing system; and displaying an operation interface with function component deployment and function component recycling functions by the cloud computing system according to the function component mirror images.

The invention relates to the field of solid waste treatment, in particular to environment-friendly cleaning equipment for solid waste treatment. The environment-friendly cleaning equipment comprises abottom plate, a crushing assembly, a conveying assembly, a cleaning assembly, a filtering assembly, a drying assembly and an extrusion assembly; the crushing assembly is used for crushing solid wastegarbage, the conveying assembly is used for conveying the crushed solid waste garbage, the cleaning assembly is used for cleaning the solid waste garbage, the filtering assembly is used for filteringwaste water generated after the solid waste garbage is cleaned, the drying assembly is used for drying the solid waste garbage, and the extrusion assembly is used for extruding the solid waste garbage into blocks; and the cleaning assembly is fixed to the top of the bottom plate through a support, the filtering assembly is arranged below the cleaning assembly, the conveying assembly is arranged above the cleaning assembly, the crushing assembly is arranged at the top of the conveying assembly, the drying assembly is arranged on one side of the cleaning assembly, and the conveying assembly comprises a conveying box and a spiral extrusion rod. According to the environment-friendly cleaning equipment for solid waste treatment, the problem that waste liquid generated in the solid waste treatment and cleaning process cannot be recycled is solved, the solid waste treatment time is shortened, and the environmental protection performance of solid waste treatment is guaranteed.

The invention provides a coal water slurry gasification process system. The coal water slurry gasification process system comprises a gasification unit and a heat recovery unit, wherein the gasification unit comprises a coal gasifier; the heat recovery unit comprises a heat exchanger and a cooling device, wherein the air inlet of the heat exchanger is connected with the first air outlet of the coal gasifier, the air inlet of the cooling device is connected with the air outlet of the heat exchanger, and each of the heat exchanger and the cooling device is provided with a heat exchange pipe; a cooling medium is filled in both the heat exchange pipe of the heat exchanger and the heat exchange pipe of the cooling device and is used for recovering heat carried by synthetic gas flowing through the heat exchanger and the cooling device. By using the coal water slurry gasification process system provided by the invention, the heat in the synthetic gas can be recovered again.

The invention discloses an ultrasonic-microwave assisted lithium ion battery recovery method, and belongs to the technical field of waste lithium ion battery recovery. Microwave heating, ultrasonic heating and a rotary furnace body are combined, the pretreatment time of materials is shortened by utilizing the excellent wave absorbing performance of the materials, meanwhile, micro-gas nuclear cavitation bubbles in the acid leaching and extraction processes vibrate and burst instantly by utilizing the mechanical effect and cavitation effect of ultrasonic waves, so that the reaction process is accelerated. On one hand, waste heat generated in the microwave pretreatment process can provide reaction conditions for the subsequent acid leaching and extraction process, the production cost is saved, on the other hand, a rotary furnace body matches with a spiral stirrer inside a furnace chamber to enable a solution to move in the longitudinal direction and the transverse direction, liquid dropsin a container are cut, the effective contact area of a water phase and an organic phase is increased, and the extraction efficiency is greatly improved.

The invention discloses a deep-sea seabed multi-metal nodule low-disturbance mining system. The deep-sea seabed multi-metal nodule low-disturbance mining system comprises a mother ship, an ore concentration station, an ore lifting system and mining devices; the mother ship is located on the sea surface, the ore concentration station and the mining devices are located on the seabed, the mother ship is connected with the ore concentration station, the ore lifting system and the mining devices through umbilical cables, and power supply and communication of the ore concentration station, the ore lifting system and the mining devices are achieved; the ore concentration station is connected with the mining devices through communication power supply cables; and the mining devices are used for collecting ore along the seabed and then pouring the ore into the ore concentration station, the ore concentration station is provided with a container for containing the ore, and the container can be lifted to the mother ship on the sea surface through the ore lifting system. The multiple mining devices are arranged, can work in a designated area in parallel, do not interfere with one another and are high in mining efficiency. The mining devices are small in size, posture control is conducted through propellers, disturbance to the seabed environment is small, and damage to the seabed environment is small.

The invention discloses a blast furnace water slag iron removal device. The device comprises a slag melting ditch, a slag flushing water pipe, a water slag ditch, a slag collecting tank, a belt conveyor, a separating device, an iron collecting tank, a water slag conveying device, a water collecting tank and a circulating water pump, wherein the slag collecting tank is used for receiving the waterslag and the slag flushing water which is discharged from the water slag ditch, moreover, on one hand, the slag flushing water is filtered and discharged into the water collecting tank, and on the other hand, the water slag is transferred to the belt conveyor; the separating device is arranged at the tail end of a belt of the belt conveyor, the separating device is provided with magnetism, iron particles mingled in the water slag are separated from the water slag and fall into the iron collecting tank, and other impurities are transferred to the water slag conveying device; the water in the water collecting tank is pumped to the circulating water pump, so that the water is recycled; and the separating device separates the slag iron in the water slag at the tail end of the belt, so that effective recovery of the iron particles mingled in the water slag is realized. The blast furnace water slag iron removal device is additionally arranged on the basis of the existing process and invention, and the cost can be saved.

The invention discloses a novel adsorption column for removing heavy metals and a preparation method of the adsorption column. Recovered waste sodium alginate gel and environment-friendly resin are combined, artificial stones are formed, and the adsorption column is further prepared. The adsorption column has the effect of adsorbing heavy metal ions, the adsorption column which has certain space and is formed by a top cover, a strip-shaped cage body and a bottom plate can be filled with other adsorption gel capsule materials for removing the heavy metal ions, and the problem that the gel capsule materials cannot be recovered after heavy metal adsorption is solved. Tightening ring parts of the adsorption column are used for fixing the body of the adsorption column so as to prevent the adsorption column from falling apart. Recovery, regrinding and sample preparation can be performed after the adsorption column is damaged during adsorption, and recycling is realized. The novel adsorption column for removing the heavy metals has excellent performance such as high mechanical strength, good pollution resistance, acid and alkali corrosion resistance and the like and has very high commercial exploitation value, and secondary pollution can be avoided fundamentally.

The invention discloses an advertising board which can be used cyclically and relates to the technical field of advertising boards. The advertising board comprises a base, wherein a supporting block is fixedly connected to the top of the base, a clamping device is fixedly connected to the front side of the supporting block through a connecting block, a stabilizing block is fixedly connected to oneside of the supporting block, a driving rod is connected in the stabilizing block in a sliding mode, a driving block is fixedly connected to one side of the driving rod, a moving groove is formed inthe driving block, a fixing block is fixedly connected to the front side of the supporting block, a sliding groove is formed in the surface of the fixing block, a moving block is connected in the sliding groove in a sliding mode, and a shaft rod is fixedly connected to the front side of the moving block. By adopting the advertising board which can be used cyclically, the advertising cost is reduced, the benefits of enterprises are increased, the problem that the advertising board cannot be used cyclically is solved, the cyclic use process of the advertising board is more convenient, the advertising board arrangement time is shortened, and the working efficiency is improved.

The invention discloses a technology for recycling sulfur and valuable metal from copper oxidative pressure leaching residues and belongs to the technical field of non-ferrous metal recycling. According to the technology for recycling the sulfur and the valuable metal from the copper oxidative pressure leaching residues, through carrier flotation, selective mixed flotation of sulfur, iron, copperand metal in the copper oxidative pressure leaching residues is achieved, the problem that precious metal in the copper oxidative pressure leaching residues cannot be recycled is effectively solved, and the problem of influence of the iron element in the copper oxidative pressure leaching residues on the flotation recovery rate is also solved; addition of flocculant is mainly used for increasing the particle size of sulfur and reducing the ore pulp viscosity caused by iron colloid in the copper oxidative pressure leaching residues, and it is achieved that the sulfur in the leaching residues isused as the flotation carrier of the copper, the iron, the gold and the like. Segmented pressure filtration achieves segmented backwater utilization, it is avoided that agents intervene in the copperoxidative pressure leaching process and the residue processing full procedure, and the utilization rate of recycling treatment and the stability of the procedure are improved. After flotation recycling of copper concentrate, cyaniding gold extracting is conducted, the interference of the copper ions is lowered, effective enrichment of gold is achieved, and effective economic benefits are createdfor cyaniding gold extracting.

The invention discloses a preparation method for a biological porous magnesium alloy. The preparation method comprises the following steps: S1, establishing a geometric model and a machining track according to dimension data of the porous magnesium alloy which is required to be prepared; S2, conducting surface treatment on a magnesium alloy block body; S3, setting laser machining parameters of a laser; S4, conducting surface machining on the magnesium alloy block body according to the machining track which is set in S1 to obtain a plurality of pores required by one direction of the magnesium alloy block body; S5, rotating the magnesium alloy block body by 90 degrees, and executing the S4 again until a plurality of pores in each direction of the magnesium alloy block body are all completed; S6, conducting drying treatment and storing the porous magnesium alloy obtained in the S5. According to the preparation method for the biological porous magnesium alloy, the magnesium alloy is molten directly by adopting the laser, so that the biological porous magnesium alloy is prepared; the conventional method of adding a pore-forming agent for performing sintering or vapour deposition by utilizing powder is abandoned; the problem of recycling a magnesium alloy waste material is solved; and meanwhile, the problems of environmental pollution and harmful material residues caused by preparing by the conventional method are also solved.

The invention discloses a food processor with an improved ice breaking function. The processor comprises a box body, an ice crushing device is installed in the center of the interior of the box body,a conveying device is installed in the middle of the left side of the box body, and a lifting device is installed on the lower portion of the interior of the box body. According to the food processorwith the improved ice breaking function, through cooperation of a second motor, a gear, an arc-shaped rack, a third transverse plate, an inclined plate, a fourth motor and a fifth connecting rod, thesecond motor is started, the second motor drives the gear to rotate, and therefore the arc-shaped rack drives the third transverse plate to do reciprocating motion. The fourth motor is started, and the fourth motor drives a fifth connecting rod to move, so that the fifth connecting rod drives the inclined plate to move, and the problem of incomplete ice breaking in the prior art is solved. Throughcooperation of a water pump, a first water pipe and a second water pipe, the water pump is started, and water at the bottom is pumped up through the first water pipe and flows out of the second waterpipe, so that the problem that water cannot be recycled in the prior art is solved.

Provided is a control method for relay network connection of two gas chambers. The two gas chambers are connected to the same gas pipe network and jointly play gas peak removal, valley filling and pressure stabilization effects, and meanwhile the gas recovery problem during in-turn overhauling of the gas chambers is solved. The control method specifically comprises the following steps of 1 comparing inlet gas pressures of the two gas chambers and defining the near-end chamber and the far-end chamber according to the pressures, 2 comparing resistance values of inlet and outlet pipe networks of the two gas chambers and regarding the larger resistance value as pipe network resistance DeltaP, and 3 setting the pressures of pistons and T-shaped baffles of the two gas chambers according to the principles of the gas inlet chamber and the gas outlet chamber. The relay network connection operation of the two gas chambers is achieved by reasonably setting the pressures of the pistons and T-shaped baffles of the two gas chambers, the problem that the gas chambers are successively established and connected to the network is solved, and the gas buffering and pressure stabilization demands are met. In addition, optional switching between a double-chamber relay operation mode and a single-chamber operation mode can be further performed, and the problem that gas cannot be recovered during gas chamber overhauling is effectively solved.

The invention relates to a yellow phosphorus tail gas combustion boiler, which recovers heat energy by combustion of a boiler. The boiler comprises a combustion chamber (10), an intake cover (18), a gas spray gun (17), a steam drum (1), a smoke guide cover (7) and a flue, wherein the combustion chamber (10) is composed of a membrane type wall heat exchanger consisting of a membrane type wall (9), an upper header (8) and a lower header (11); the intake cover (18) is connected with the bottom of the lower header (11); the gas spray gun (17) is arranged in the intake cover (18); the inlet of the smoke guide cover (7) is connected with the top of the upper header (8), and the outlet thereof is connected with the flue; a deacidification device is arranged in the middle of the flue and divides the flue into a left flue (3) and a right flue (6); the right flue (6) is connected with a desulfurizing tower (23); and the center lines of the gas spray gun (17), the combustion chamber (10) and the smoke guide cover (7) are on the same center line. In the invention, the heat exchange surface of the boiler is effectively isolated from smoke containing corrosive materials by a protection gas, thus preventing the heat exchanger from being corroded by the corrosive materials.

The invention discloses an intelligent recycling machine for renewable resources. The intelligent recycling machine is technically characterized by comprising an integrated machine and an operation terminal, wherein the integrated machine is used for the packaging, sorting and throwing of renewable materials; and the operation terminal is used for user data information processing and management. Through the integrated machine, the renewable materials are sorted, packaged and thrown, thereby solving the problem that recyclable materials in household waste cannot be recycled; after disassembling, recognizing and screening the packaged, sorted and thrown renewable materials, the operation terminal sends the confirmed final weight and final points to a user as well as sends a message about screened-out materials of other types to the user; in addition to the reward points, the user can acquire the correct sorting types and disposal modes of the renewable materials; and consequently, the initiative in sorting the renewable materials of the user can be improved, the user can be guided to correct sorting, and the purpose of preventing the renewable materials from being polluted can be fulfilled finally. The intelligent recycling machine has the beneficial effects that the occupied area is small, the manufacturing cost is low and the price-performance ratio is high.

The invention provides a method for separating an alcohol-salt mixture by supercritical carbon dioxide extraction. The method comprises a) feeding supercritical carbon dioxide into an extraction tank, extracting polyol in an alcohol-salt mixture and transferring the polyol into a primary separation tank, b) reducing the temperature and pressure in the primary separation tank, keeping a carbon dioxide supercritical state, separating the extracted polyol from carbon dioxide and feeding the supercritical carbon dioxide containing a small amount of polyol into a secondary separation tank, and c) pre-adding a defoamer into the secondary separation tank, reducing pressure so that the supercritical state of the carbon dioxide is changed into a common gaseous state and further separating polyol so that polyol in the alcohol-salt mixture can be completely separated.

The invention relates to a method for recycling carbon and alkali systematically during production of aluminum oxide, in particular to a method for adjusting balance of carbon-alkali materials in a production technology of the aluminum oxide. The method is characterized by sequentially including the steps that 1, CO2 gas is injected into sintering method carbonated mother liquor, in this way, caustic alkali in the sintering method carbonated mother liquor completely reacts with CO2, CO2 gas is injected into a solution, and then the aluminum oxide is sufficiently separated out; 2, slurry which the CO2 gas is injected into is filtered one time, filtrate stands and is cooled, and remaining aluminum oxide in the filtrate and other metal ions are further separated out and precipitate; secondary filtering is carried out, the pH value of secondary filtrate is determined, and chemical components of the solution are analyzed; 4, sodium hydroxide or solid sodium hydroxide is added into the secondary filtrate to obtain the pH value of the solution through blending so that requirements for alkaline water used for ore dressing can be met; 5, after the pH value is qualified through blending, the secondary filtrate is delivered to a floatation process of an ore dressing Bayer method.