19results about How to "Eco friendly" patented technology

The invention relates to an overheating protection type high-temperature-resistant cable applied to the field of cables, which comprises a high-temperature-resistant cable body and a heat-resistant cable maintenance station matched with the high-temperature-resistant cable body, and adopts cooperation of an outer thermal induction sleeve, a bidirectional spacer bush, an inner thermal induction sleeve, a trigger column and a heat-resistant protection system. According to the high-temperature-resistant cable, when the temperature outside or inside the high-temperature-resistant cable body suddenly changes, trigger induction can be generated in time, the high-temperature-resistant cable body can be protected from overheating in time while the real-time monitoring effect is achieved, the application effect of the outer liquid cooling layer and the inner liquid cooling layer is promoted, and the service life of the high-temperature-resistant cable body is prolonged. The high-temperature-resistant cable has the advantages that the high-temperature-resistant cable body is prevented from being damaged by overheat, the service life of the high-temperature-resistant cable body is guaranteed, the stability and the safety of the high-temperature-resistant cable body in operation in a high-temperature environment are improved, and the service life of the high-temperature-resistant cable body is prolonged. And targeted liquid cooling circulation regulation and control can be carried out through an overheating factor, so that the energy loss is effectively reduced.

The invention relates to a MnCo-based metal oxide electromagnetic wave absorbing material as well as a preparation method and application thereof. The composition of the MnCo-based metal oxide electromagnetic wave absorbing material is Mn2. 05Co0. 91 O4, the preparation method comprises the following steps: preparing raw materials from a cobalt source, a manganese source, urea and ammonium persulfate according to a molar ratio, and dissolving the raw materials in deionized water to obtain a metal salt solution; carrying out hydrothermal reaction; centrifugally washing, drying and grinding; and calcining, and directly quenching after calcining to finally obtain the MnCo-based metal oxide electromagnetic wave absorbing material. The MnCo-based metal oxide electromagnetic wave absorbing material disclosed by the invention has excellent wave absorbing performance: by changing a quenching medium, customizing the lattice strain of the MnCo-based metal oxide, inducing the generation of unpaired electrons and optimizing the dielectric property of the MnCo-based metal oxide electromagnetic wave absorbing material, the wave absorbing performance of the MnCo-based metal oxide electromagnetic wave absorbing material is finally improved; the preparation process is simple and easy to implement, the metal oxide material with excellent and stable wave-absorbing performance is prepared through simple hydrothermal reaction, calcination and quenching processes, and the metal oxide material has great application prospects.

The application discloses a pinene analogue containing an ester group and preparation and application thereof, and belongs to the field of agricultural chemicals. The pinene analogue containing the ester group provided by the application has a structural formula as shown in formula I: the application obtains a pinene analogue containing an ester group by esterification modification of an aphid alarm pheromone pinene; through biological activity research, it is found that the compound has double functions of repelling aphids and attracting natural enemies of the aphids, and has a good application prospect in green prevention and control of the aphids.

The invention relates to gadolinium oxysulfide powder based on a molten salt method and a preparation method of the gadolinium oxysulfide powder. The preparation method specifically comprises the following steps: preparing a precursor solution, and cleaning and drying an obtained precipitation product to obtain precursor powder; the precursor powder is one of Gd2O2CO3, Gd2 (SO4) 3.8 H2O, Gd2 (OH) 4SO4. XH2O and Gd2 (OH) 5NO3. XH2O, and the precursor powder is one of Gd2O2CO3, Gd2 (SO4) 3.8 H2O, Gd2 (OH) 4SO4. XH2O and Gd2 (OH) 5NO3. XH2O; uniformly mixing the prepared precursor powder, a sulfur source and fused salt, putting the mixture into a crucible, sintering at high temperature in a protective atmosphere to enable the mixed powder to form a molten state, and cleaning and drying after sintering and cooling to obtain gadolinium oxysulfide powder; and the molten salt is one of Li2CO3 and Na2CO3, Li2CO3 and K2CO3, Li2CO3 and K2CO3, and Na2CO3. The invention also discloses a preparation method of the lithium ion battery. Compared with the prior art, the method has the advantages that the Gd2O2S powder is synthesized in the air or the reducing atmosphere or the inert atmosphere, compared with a traditional high-temperature solid-phase synthesis method, the synthesis temperature is greatly reduced, and the generated Gd2O2S is good in crystallinity, high in purity, free of impurity phases and high in dispersity.

According to the hollow type vertical structure, a space defined by a top plate, a bottom plate, a rear wall plate and a front plate forms an energy dissipation chamber frame, reinforcing corners are arranged at the connecting position of the top plate and the rear wall plate and the connecting position of the bottom plate and the rear wall plate, the front plate is composed of hollow bodies, and a water permeable opening is formed between every two transversely adjacent hollow bodies. The novel permeable bodies are combined to serve as the front plate of the structure, the front plate, the rear top plate, the rear bottom plate and the rear wall plate form the wave dissipation chamber, the wave can be rapidly diffused to the two sides, and the wave dissipation effect is good. And meanwhile, the size of the wave dissipation chamber can be adjusted according to parameters such as the wave period, so that the optimal wave dissipation effect is achieved. The structure does not need to backfill bin lattice materials, field installation and construction are convenient, and the appearance is attractive after assembly; good inhabiting and sheltering places can be provided for marine organisms, and the method is friendly to the marine environment.

The present application relates to a kind of full-automatic oil sample dispensing device based on multi-channel switching valve and its control method;The rack of the dispensing device is provided with N storage grids, an oil sample bag and air bag are placed in each storage grid, the oil outlet pipe of N oil sample bags is respectively communicated with the N oil inlet hole of first multi-channel switching valve, the center hole of first and second multi-channel switching valve is communicated, the M oil outlet hole of second multi-channel switching valve is respectively communicated with M analysis unit interface, air, carrier gas and blank oil interface are communicated with the inlet of three-way electromagnetic valve through different electromagnetic valves, the first outlet of three-way electromagnetic valve is communicated with the cleaning hole of first multi-channel switching valve, the second outlet is communicated with the emptying hole of second multi-channel switching valve;The control method steps of the device are: flushing to oil inlet pipeline, flushing to analysis pipeline, cleaning to public pipeline, cleaning to pipeline with oil sample, sample introduction;The present application has high cleanliness, high degree of automation, high efficiency and speed, and low running cost.

The invention belongs to the field of foamed ceramics, and particularly relates to a whole-body ion-colored foamed ceramic as well as a preparation method and application thereof. The foamed ceramic is prepared from the following raw materials in percentage by mass: 40 to 70 percent of lithium tail mud, 0 to 16 percent of foamed ceramic waste powder, 0 to 6 percent of foamed ceramic cutting material (black), 3 to 20 percent of magnesia soil, 12 to 22 percent of foamed ceramic cutting material (white), 0.1 to 0.8 percent of silicon carbide and 0.1 to 15 percent of coloring agent. The coloring agent is a metal oxide. The foaming ceramic obtained by selecting proper main body raw materials and sintering is good in compression resistance and breaking strength, the whole body is colored and uniform in color development, meanwhile, the raw materials mainly adopt the lithium tailings and solid waste generated by ceramic processing, the production cost can be effectively reduced, waste recycling is achieved, and the foaming ceramic is green, environmentally friendly and eco-friendly, and is suitable for industrial production. The method is suitable for building exterior wall decoration and ancient building restoration.

The invention belongs to the technical field of recycling of electrolytic aluminum waste residues, and particularly relates to a resource utilization method of electrolytic aluminum waste residues, which comprises the following steps: 1) performing high-temperature calcination treatment on the electrolytic aluminum waste residues to obtain flue gas and furnace slag; 2) mixing the obtained slag with water, continuously blowing high-pressure air into the obtained mixture, and carrying out cavitation extraction to obtain an extract liquid; (3) filtering the obtained leaching liquor while the leaching liquor is hot to obtain filtrate and filter residues; (4) introducing the flue gas obtained in the step (1) into the filtrate, crystallizing and filtering to obtain a lithium carbonate-containing product; (5) tail gas obtained after the flue gas obtained in the step (4) is introduced into the filtrate is subjected to photocatalytic reduction to obtain CO; according to the method, complete resource utilization of the electrolytic aluminum waste residues is achieved under the condition that acid is not added, and the method has the advantages of being high in lithium recovery rate, simple in step, low in carbon, low in energy consumption, low in emission and high in safety and is quite suitable for industrial application.

The application discloses a method for delivering trace elements to anaerobic fermentation bacteria by coating additives, and the method comprises the following steps: mixing a biomass raw material to be treated and inoculated sludge in a fermentation tank; mixing hydrophobic nanosilica and a metal element ion salt solution, and stirring at a high speed to prepare a slow-release coating additive; adding the prepared slow-release coating additive into the fermentation tank; and setting a fermentation stirring rate to perform anaerobic fermentation. The method can not only gradually release trace metal elements under the action of stirring shear force to improve the biological availability of the trace metal elements, thereby being beneficial to solving the problem that part of the added trace metal element ions is precipitated by other anions in the process of being uptaken by microorganisms, but also can solve the potential heavy metal pollution problem in biogas residue; meanwhile, the method can also solve the biological toxicity problem caused by the prior art, and can effectively promote the anaerobic fermentation biochemical reaction pathway to improve the methane production.

This utility model relates to the field of agricultural planting technology and discloses a zoned water supply device for multi-crop strip intercropping. It includes a water outlet pile, a first water supply component mounted on the outlet pile, and a second water supply component mounted on the outlet pile. The first water supply component includes a first connecting pipe, to which a solenoid valve is fixedly connected. This zoned water supply device for multi-crop strip intercropping receives real-time crop root zone moisture data monitored by a soil moisture meter via a controller. After analysis by a smart agriculture management platform, it independently controls the opening and closing of solenoid valves one and two, adjusting the water flow of the main wheat and corn water belts respectively. Simultaneously, based on the differentiated configuration of the first and second drip irrigation belts, combined with an upward-facing anti-clogging design, it achieves precise water and fertilizer supply to the wheat and corn belts, ensuring that each crop belt is irrigated as needed.

The invention relates to the field of agricultural ecology and the field of environmental protection, in particular to a biomass carbon material and a preparation method and application thereof.Biomass is treated, namely before pyrolysis, the biomass is soaked and stirred with absolute ethyl alcohol and rapidly evaporated at the temperature exceeding the boiling point of the absolute ethyl alcohol, and the biomass carbon material is obtained; after drying, ball-milling and mixing with an alkaline substance according to a certain proportion, and then carrying out high-temperature pyrolysis to achieve the effects of expanding a pore structure and reinforcing a carbon frame structure, so that the adsorption effect is improved.

This utility model discloses a pollution interception and purification device for river and lake ecological restoration, comprising: several sets of U-shaped seats and connecting seats installed in the river channel; adjacent U-shaped seats are connected by connecting seats; a purification slot is opened in the U-shaped opening of each U-shaped seat, and a purification plate for purifying river water is inserted into the purification slot. The purification medium of the purification plate includes a filter layer, a biological filler layer, and an adsorption layer; protective slots are opened on both sides of the purification slot in the U-shaped opening of each U-shaped seat, and protective plates for intercepting garbage and foreign objects in the river water are inserted into the protective slots. The protective plates are made of metal wire mesh. This multi-pronged approach overcomes the shortcomings of physical methods in dealing with dissolved and microbial pollution, achieving deep purification of water bodies and improving water quality.

The utility model relates to wastewater multistage filtering device, including the first filtering component for carrying out primary filtration to wastewater, the right -hand member of first filtering component is equipped with the second filtering component for carrying out fine filtration to wastewater, the right -hand member of second filtering component is equipped with the heat exchange component for carrying out waste heat recycling to the wastewater after filtering, first filtering component, second filtering component and heat exchange component intercommunication between them. The utility model discloses through first filtering component can carry out primary filtration and middle filtration to wastewater, through setting up second filtering component, can carry out fine filtration to the bathing wastewater after filtering through first filtering component with quartz sand filter material etc, thereby realizes multistage filtration to wastewater, and the filtering effect is better than traditional device, and through setting up heat exchange component, can make full use of the waste heat in bathing wastewater, can realize the secondary use to waste heat, thereby avoid causing the waste of heat in bathing wastewater, more energy -conserving environmental protection.

The invention discloses a numerical simulation-based method and system for rapidly predicting the concentration of nitric oxide in a hearth by using DT modeling, and relates to the field of the concentration of nitric oxide in the hearth. In the prior art, a method for measuring and calculating the concentration of nitric oxide in a hearth has the problems of insufficient precision, poor convergence, large calculation workload, incomplete models, low speed and low efficiency. The method comprises the following steps: collecting real-time or offline data, establishing a physical model of a boiler furnace by using numerical simulation software, performing simulation calculation, and then preprocessing and pre-analyzing the data. The DT modeling software is utilized to carry out machine learning prediction on the processed data, rapid prediction of the nitrogen oxide concentration under different working conditions is achieved, the system is achieved based on the method, and the system is further suitable for the field of monitoring of the nitrogen oxide concentration in the hearth.

The invention provides a double-channel baking-free brick making device which comprises an annular base, an annular rotating seat is rotationally connected to the annular base, the bottom face of the annular rotating seat is attached to the top face of the annular base, a plurality of green brick molds are detachably installed in the circumferential direction of the annular rotating seat, and pressing positions are arranged on the front side and the rear side of the annular base. The left side and the right side of the annular base are feeding positions, a pair of parallel chain conveying lines is installed below the front side and the rear side of the annular base respectively, green brick containing plates are consigned on the chain conveying lines, the chain conveying lines pass through pressing positions, and jacking assemblies capable of jacking the green brick containing plates are installed at the pressing positions. A pressing opening is formed in the bottom, corresponding to the pressing position, of the annular base and matched with the green brick containing plate and the green brick mold. According to the device, the two-channel conveying and mold circulating process is adopted, the pressing process and the feeding process can be synchronously carried out, efficiency is greatly improved, falling materials can be recycled, and the device is economical and environmentally friendly.

The utility model relates to tree supporting technology field, and disclose a kind of for urban ecological park transplanting tree supporting device, including semicircular arc fixed plate, fixed tube and supporting plate: the quantity of semicircular arc fixed plate is two, and two semicircular arc fixed plate can constitute a closed loop, and the both ends of semicircular arc fixed plate are fixedly connected with fixed lug plate.This kind of for urban ecological park transplanting tree supporting device, by the closed loop design cooperation of two semicircular arc fixed plate slidable adjustable fixed lug plate mechanism (sliding groove+slider+fastening stud), it can be flexibly adapted to the trunk of different breast diameter, its reinforcing rib effectively promotes the structural strength of fixed lug plate junction, avoid deformation;Fixed tube and scale mark telescopic rod sliding insertion are used, combined with the transverse sliding cooperation of plug-in rod and plug-in block and the synchronous locking of first and second fastening bolts, form three-dimensional adjustable support system, realize the accurate adjustment of height, orientation.

The invention discloses a mudstone ecological slope protection structure with a columnar geogrid base bed, which is used for a river channel with a flow rate of less than 4.0m / s, including a layer of block stones laid at intervals on the river channel slope, soil filled between the blocks, and a columnar geogrid base bed buried in the soil, and herbaceous plants planted in the soil, wherein the soil content is 50-60%. The advantages of the structure of the invention are: less block stone usage, less environmental impact, random arrangement of blocks, soil content between blocks can reach 60%, less block stone usage, and reducing the impact of block stone mining on the ecological environment. Good anti-scouring effect and low cost. The geogrid is buried in the soil in a columnar shape to form an embedded effect like a soil nail. The geogrid is entangled with the plant root system, and with the support of the block stone skeleton, the anti-scouring ability of the slope protection is significantly improved. Due to the low cost of the geogrid, the overall cost is not high. It can be applied to slope slope protection with a design flow rate of less than 4m / s.

The utility model discloses a silkworm rearing frame for growing silkworm rearing, which relates to the technical field of growing silkworm rearing and comprises a moving frame, one side of the moving frame is fixedly connected with a limiting sliding rod, the limiting sliding rod is slidably connected with a plurality of adjusting sliding sleeves, the adjusting sliding sleeves are fixedly connected with a rearing frame, a guard rail is fixedly connected above the rearing frame, and a sand receiving table is arranged below the rearing frame. The sand receiving table is provided with a scraping assembly used for cleaning silkworm excrement, the scraping assembly is matched with a sand collecting box, the sand collecting box is fixedly connected to one side of the lower portion of the sand receiving table, and the side, away from the adjusting sliding sleeve, of the feeding frame is provided with a lifting assembly used for lifting the feeding frame. The silkworm breeding device is high in adaptability, height adjustment is conducted on silkworms bred in multiple layers through mechanical driving, the living space of the silkworms is increased, ventilation and lighting are achieved, and the silkworm breeding device is suitable for silkworms of different sizes.

The amide extraction resin material disclosed in this invention is composed of a solid support material and ligands loaded thereon. The solid support material is a polyacrylate resin, and the structural formula of the ligands loaded thereon is as follows: This invention also discloses a method for preparing the above-mentioned amide extraction resin material and its applications. The extraction resin material disclosed in this invention has a loose and porous surface with uniform particles, exhibiting excellent adsorption and desorption kinetics, and can rapidly achieve… 99m TcO4 ‑ The adsorption and desorption of anions significantly shortens the concentration time and avoids the effects of... 99m The short half-life of Tc radionuclides leads to a decrease in their radioactivity, which is detrimental to their diagnostic imaging applications in human tissues, organs, and even lesions. The amide extraction resin material disclosed in this invention is simple, mature to prepare, and easy to control and industrialize.