32results about How to "Realize diversified use" patented technology

A scattered duck breeding pollution control and recycling method comprises the steps of reducing nitrogen and phosphorus pollutant emission at a source, applying dry duck excrement after composting process to earthworm cultivation, settling duck excrement waste water after methane fermentation, discharging water after settlement to a reed field for purification, and arranging aquatic plants and animals in a duck water surface activity area for digesting and saving the nitrogen and phosphorus in the duck excrement to form an ecologic interception area. The invention can effectively control excrement discharge disorder in the scattered duck breeding, lower contamination to water, realize duck excrement recycling use, optimize breeding environment, and generate economic benefits. The method is simple to implement, and has low cost. strong applicability, and great popularization and demonstration significance.

The invention provides an apparatus and a method for automobile disassembly waste pyrolysis gasification based on a vertical fixed bed reactor. The pyrolysis gasification apparatus comprises a spiralfeeder, a speed reduction stirrer, a material leveling stirrer, a pyrolysis gasification furnace, an ash discharge fire grate device, an ash discharge stirrer and other main components. The method forcarrying out pyrolysis gasification treatment on the automobile disassembly waste by utilizing the apparatus comprises the following steps: conveying a pretreated material to a feeding hole by virtueof a feeder, feeding the pretreated material into the pyrolysis gasification furnace by virtue of the spiral feeder, and performing a reaction under a medium-high temperature condition; carrying outa redox reaction on semicoke or coke in solid residues and oxygen in a gasification medium; allowing the obtained synthetic gas to pass through the rotary fire grate from a material reaction layer andthen enter a pipeline from an area positioned on the middle side edge of the lower half part of the furnace body, and pumping the synthetic gas into a subsequent purification unit by a fan; and discharging slag downwards through the ash discharge fire grate device, and allowing the slag to fall into a slag collecting area on the lower half portion of the furnace body. The automobile disassembly waste treatment efficiency can be improved, and efficient resource comprehensive utilization is achieved.

The embodiment of the invention provides a monitoring management method and a device. The method is applied to an Internet-of-videosInternet-of-videos monitoring management system and comprises a monitoring management platform, a video analysis server, a vehicle-mounted server and a vehicle-mounted terminal, the monitoring management platform is used for storing monitoring resource data, and the method comprises the steps that the video analysis server receives the monitoring resource data sent by the monitoring management platform; filtering the monitoring resource data, and determining target monitoring data; sending the target monitoring data to a vehicle-mounted server; the vehicle-mounted server receives a video data request sent by the vehicle-mounted terminal; and sending the targetmonitoring data corresponding to the video data request to the vehicle-mounted terminal. The vehicle-mounted terminal is accessed to the Internet-of-videosInternet-of-videos monitoring management system, and all traffic road videos obtained by the whole network fusion of the Internet-of-videosInternet-of-videos are uploaded to the vehicle-mounted server in the Internet-of-videosInternet-of-videosin real time for the vehicle-mounted terminal to obtain and use, so that the seamless joint of the vehicle-mounted terminal and the Internet-of-videosInternet-of-videos is realized.

The invention provides a structural mechanics experiment platform and belongs to the field of structural mechanics experiment teaching of the major of civil engineering. An upper cross beam, a lower cross beam, upright columns and tie beams form a space reflexive force loading frame through an assembling mode; an H-shaped steel beam in the upper cross beam, the lower cross beam and the web plates of the upright columns are each provided with a linear guide rail; the linear guide rails are provided with sliding dolly platforms, the sliding dolly platforms can be fixed at any positions of the linear guide rails; and an experiment model and a loading device are installed on the sliding dolly platforms. According to the invention, auxiliary devices such as a mobile short upright column, a constraint cross beam, an intermediate cross beam providing a horizontal counterforce and the like are configured, multiple constraints and multi-point multi-directional tensile compression loading on the experiment model are realized, and the quantity, the positions and the directions of constraint points and loading points and the dimensions of the experiment model are not restricted in an effective experiment space. The platform is of a space structure, the experiment space is open, the loading means are abundant, multiple groups of contrast experiments and autonomous design comprehensive experiments are carried out at the same time, and open experiment teaching is facilitated.

The invention discloses a lifting type lighting monitoring tower and a lifting method thereof. The lifting type lighting monitoring tower comprises a lighthouse foundation, a lighthouse support, towerframes, a lifting tower tray, a lifting device, connecting angle iron, a lighting lamp and a camera. Adjacent tower frames are in threaded connection through connecting angle iron to form a lighthouse structure, and the lower surface of each lighthouse structure is fixed to the lighthouse foundation through the lighthouse support. The lifting device is arranged in the lowermost tower frame, the lifting tower tray is sleeved on the upper tower frame, the camera is arranged on the upper layer of the lifting tower tray, and the lighting lamp is arranged on the lower layer of the lifting tower tray; the lifting end of the lifting device extends upwards to extend out of the uppermost tower frame and then is fixedly connected with the four right-angle positions of the upper layer of the liftingtower tray, and the lifting tower tray vertically reciprocates up and down along the lighthouse structure through the lifting device. A first steel wire rope is gradually loosened by reversely rotating a roller, so that the lifting tower tray descends due to self weight, maintenance personnel can conveniently maintain the lighting lamp at a low position, time and labor are saved, and operation issafe.

The invention discloses a vehicle seat cushion lint winding instrument. The vehicle seat cushion lint winding instrument comprises a weaving box, a weaving cavity is fixedly formed in the weaving box,a fixing assembly is arranged in the weaving cavity, a sliding assembly is arranged in the fixing assembly, and controls uniform sorting of woven ropes, and a pressing assembly is arranged below thesliding assembly and presses the woven ropes. The vehicle seat cushion lint winding instrument is simple in structure and convenient to use, an adjustable mechanism is adopted, different weaving modesare freely selected, thread barrels with different diameters are freely used, diversified utilization of the instrument is achieved, and the working range of the instrument is expanded; meanwhile, through a multiplex winding structure, self-twisting of threads before weaving is achieved, the strength of the ropes is improved, and the processing quality of lint is improved; meanwhile, through an automated working mode, ordered sorting of the woven ropes by the instrument is achieved, the utilization rate of the instrument is effectively increased, the working efficiency of the instrument is effectively improved, and the reliability of the instrument is improved.

The invention discloses a coproduction technology of titanium white, iron oxide red and polymerized chlorinated ferrous sulfate. The coproduction technology comprises the following steps: crushing andgrinding ilmenite and conveying to be subjected to sulfuric acid process titanium white production and ilmenite pre-reduction treatment respectively; obtaining titanium white powder, FeSO4.7H2O and waste acid in the sulfuric acid process titanium white production; adding the ilmenite subjected to the pre-reduction treatment into waste acid and reacting to obtain synthetic rutile and a saturated FeSO4 solution; adding an NaOH solution into the saturated FeSO4 solution and introducing air under a stirring condition to obtain iron oxide black; calcining iron oxide black in a rotary kiln to obtain iron oxide red; carrying out chlorination process titanium white production on the synthetic rutile to obtain the titanium white powder, hydrochloric acid and CaCl2; putting the saturated FeSO4 solution into a sealed container and introducing chlorine gas and reacting to obtain polymerized chlorinated ferrous sulfate; carrying out mixed firing on the FeSO4.7H2O and coal to prepare sulfuric acidand iron oxide. According to the coproduction technology disclosed by the invention, byproducts produced in each section of the technology are effectively utilized, the production cost is greatly reduced and green circulation economy advocated in China is met.

The invention discloses a method for preparing high-purity fructo-oligosaccharide by utilizing a molecular sieve-simulated moving bed. The method comprises the following steps: taking common fructo-oligosaccharide solution as a raw material and diluting with pure water; adding a compound adsorbent composed of activated carbon and polyaluminium sulfate into the diluted liquid fructo-oligosaccharide; stirring, filtering and taking filtrate; separating and purifying the filtrate through the simulated moving bed, thereby acquiring a high-purity fructo-oligosaccharide solution; and reducing pressure and concentrating the fructo-oligosaccharide solution under ultra-low temperature vacuum, thereby acquiring the fructo-oligosaccharide. According to the method provided by the invention, the continuous efficient separation of fructo-oligosaccharide and monosaccharide and disaccharide can be realized, the high-purity fructo-oligosaccharide can be acquired, the micro-functional sweetening agent is generated by recycling residual components and the comprehensive utilization of the sugaring resource is realized. The method has the advantages of simple operation, high production efficiency, controllable technical index of production process, no pollution, environmental protection and low cost. The industrial production is easily realized.

The invention discloses a vehicle seat cushion lint winding instrument. The vehicle seat cushion lint winding instrument comprises a weaving box, a weaving cavity is fixedly formed in the weaving box,a fixing assembly is arranged in the weaving cavity, a sliding assembly is arranged in the fixing assembly, and controls uniform sorting of woven ropes, and a pressing assembly is arranged below thesliding assembly and presses the woven ropes. The vehicle seat cushion lint winding instrument is simple in structure and convenient to use, an adjustable mechanism is adopted, different weaving modesare freely selected, thread barrels with different diameters are freely used, diversified utilization of the instrument is achieved, and the working range of the instrument is expanded; meanwhile, through a multiplex winding structure, self-twisting of threads before weaving is achieved, the strength of the ropes is improved, and the processing quality of lint is improved; meanwhile, through an automated working mode, ordered sorting of the woven ropes by the instrument is achieved, the utilization rate of the instrument is effectively increased, the working efficiency of the instrument is effectively improved, and the reliability of the instrument is improved.

The invention belongs to the field of adsorbents, and particularly relates to a carboxylated carbon-based adsorbent for a cigarette filter as well as a preparation method and application of the carboxylated carbon-based adsorbent. A carbon-based material in the carboxylated carbon-based adsorbent is a carbonized product of a plant carbon source. Waste tobacco stems in the tobacco generation process and a carbonized product obtained by directly carbonizing the tobacco stems are creatively used as an adsorbent substrate, then carboxylation is performed, and the carboxylated carbon-based adsorbent is obtained. The carbonized product has the advantage of large specific surface area of a carbon material and has a high adsorption effect as an adsorbent. According to the carboxylated carbon-based adsorbent, the acidic effect of carboxyl is utilized, the carboxylated carbon-based adsorbent and alkaline matter ammonia and NNK in flue gas generate an adsorption effect, the selectivity reduction rate of ammonia gas in the flue gas can reach 18%-30%, and the selectivity reduction rate of NNK (4-methyl nitrosamine-1-3-pyridyl-1-butanone) in the flue gas can reach 17%-31%. In addition, it is accidentally found that the selectivity reduction rate of the carboxylated carbon-based adsorbent to crotonaldehyde in gas can reach 16-25%.

The invention discloses a method for preparing high-purity fructo-oligosaccharide by utilizing a molecular sieve-simulated moving bed. The method comprises the following steps: taking common fructo-oligosaccharide solution as a raw material and diluting with pure water; adding a compound adsorbent composed of activated carbon and polyaluminium sulfate into the diluted liquid fructo-oligosaccharide; stirring, filtering and taking filtrate; separating and purifying the filtrate through the simulated moving bed, thereby acquiring a high-purity fructo-oligosaccharide solution; and reducing pressure and concentrating the fructo-oligosaccharide solution under ultra-low temperature vacuum, thereby acquiring the fructo-oligosaccharide. According to the method provided by the invention, the continuous efficient separation of fructo-oligosaccharide and monosaccharide and disaccharide can be realized, the high-purity fructo-oligosaccharide can be acquired, the micro-functional sweetening agent is generated by recycling residual components and the comprehensive utilization of the sugaring resource is realized. The method has the advantages of simple operation, high production efficiency, controllable technical index of production process, no pollution, environmental protection and low cost. The industrial production is easily realized.

The invention discloses a non-invasive human body rehabilitation apparatus and pelvic cavity rehabilitation instrument. The non-invasive human body rehabilitation apparatus comprises a main body and a controller, and further comprises a moving magnetic unit; the main body is used for fixing the moving magnetic unit; and the moving magnetic unit is an element for generating movable magnetic force lines. The movable magnetic force lines are magnetic force lines in the moving magnetic unit, the magnetic force lines are continuously staggered and mutually cut, and resonant magnetic force lines which are continuously mutually repulsive and attracted alternately are formed; and during use, the movable magnetic force lines of the moving magnetic unit act in the human body to form a magnetic therapy function, so that the stimulation of internal parts of the human body is better promoted in a non-invasion state, and the rehabilitation performance is improved; and the structure is simple.

An ethyl cellulose-based self-healing polymer and a preparation method thereof, which utilizes modified ethyl cellulose containing furan groups and 4,4'-methylenebis(N-phenylmaleyl imine) prepared by the Diels-Alder reaction. Thermoreversible Diels-Alder (DA) bonds can be introduced into self-healing polymers by adjusting the content of 4,4'-bismaleimidodiphenylmethane to obtain polymers with different mechanical properties and self-healing properties Material. Surface cracks in the polymer material can be repaired by heating, and the damaged material can be recycled through a thermoplastic process.

The invention discloses a marine fish peptide containing galangal and a preparation method thereof. The method comprises: mincing marine fish meat into mince, adding water and mixing, enzymolyzing protease to obtain an intermediate product, then adding galangal dry powder and fully mixing, performing enzymatic starch removal and alkali extraction treatment, centrifuging, washing the filter residue with water, and combining The supernatant is concentrated under reduced pressure and spray-dried to obtain marine fish peptides. The total protein content of the marine fish peptide is more than 55%, the proportion of soluble peptides to the total protein is more than 96%, the total sugar content is more than 30%, the proportion of polysaccharides to the total sugar is more than 40%, and the content of galangal flavonoids is more than 0.16‰. It has good water solubility and has Galangal has a special flavor, no fishy smell, low hygroscopicity, and can effectively inhibit the activity of xanthine oxidase. The invention can improve the anti-hygroscopicity and flavor characteristics of the marine fish peptide, and enhance its xanthine oxidase inhibitory activity. The whole technological process can meet the requirements of food grade, and can be applied to the fields of common food and health food.

The invention provides a bearing fault dictionary construction method and method, and a bearing fault dictionary analysis method and system. The construction method comprises the following steps: with a bearing as a head node, constructing a bearing configuration tree according to the subparts of a target bearing structure; defining a fault analysis field according to the bearing configuration tree; and filling the fault analysis field according to the obtained bearing sub-component fault data set, and constructing a bearing fault dictionary. According to the bearing fault data analysis method based on motor train unit bearing localization, the problem of collecting bearing part fault data is solved, correlation data are analyzed, and the method can be used for guiding subsequent bearing design and manufacturing.

The invention discloses a galanga polysaccharide, a preparation method thereof and the application as an emulsifier to prepare slow-digestion emulsion. The method includes: crushing and sieving, heat reflux of ethanol to remove impurities, enzymatic starch removal, ultrasonic treatment, centrifugal separation, concentration under reduced pressure, ethanol precipitation, redissolution by adding water, secondary concentration under reduced pressure, protein removal by enzymatic method, macroporous The galanga polysaccharide was obtained by resin adsorption, three times of vacuum concentration, and freeze-drying. The galangal polysaccharide is dispersed in water to obtain a water phase; the corn oil is mixed with the water phase, emulsified by shearing, and homogenized to obtain an emulsion. The total sugar content of the galangal polysaccharide is >70%, and the molecular weight is 4×10 4 -1×10 5 Da, composed of seven monosaccharides: mannose, rhamnose, glucuronic acid, galacturonic acid, glucose, galactose and arabinose, the proportion of galacturonic acid > 10%, and the proportion of galactose > 38% %, arabinose accounts for more than 22%, and has good emulsifying properties. The emulsion can effectively delay lipid digestion.