69results about How to "Solve effective use" patented technology

A microbiological fuel cell and a method for generating electricity by use of straws relate to a fuel cell and a method for generating electricity. The invention solves the problem that crop straws are not used efficiently, and particularly straw solids are not directly used in MFC. The microbiological fuel cell of the invention is composed of a container, catalytic anodes, anode wires, air cathodes, cathode wires, a cathode cover and a sealing cover. The method of the invention includes the steps of the pretreatment of the straws, the detoxifying treatment of the straws to obtain a straw solid substrate and a straw liquid substrate, the start-up of the cell, the treatment of the straw solid substrate or the straw liquid substrate. When the electricity is generated by the invention by using the straw solid substrate, the maximum power of the cell reaches 502mW/m<2>, and the degradation rate is about 45percent. When the electricity is generated by using the straw liquid substrate, the maximum power reaches 1288m W/m<2>, and the degradation rate of COD is 60 percent. The invention has the advantages of simple technology, convenient operation, high efficiency, no pollution, reduction of cost and relief of the energy crisis, and the straws in rural areas can be used efficiently.

A multi-functional table comprises an adjustable second support surface recessed below the upper support surface which extends outward therefrom for use as by a person seated adjacent to the table. When not in use, the second support surface is stored beneath the upper support surface of the table, requiring no additional storage or space requirements for the second support surface.

A process for preparing Mn-Si alloy from the slags generated in smelting low-carbon ferromaganese includes such steps as slagging, loading in slag ladle, adding ferrosilicon powder, and sufficient waving for reducing reaction to generate Mn and SiO2 and fuse the Mn and ferrosilicon together at 1500 deg.C to obtain Mn-Si alloy moulding, cooling and demoulding. The residual dregs can be used as rawmaterial of cement as its managanese oxide content is greatly reduced.

A time-series data management method, a time-series data management device, a time-series data management system, and a time-series data management program capable of eliminating overhead due to exclusive access control and improving the efficient use of a buffer as well as enabling the start position of the oldest or nearly oldest data to be specified easily. A buffer for storing time-series data from a plurality of time-series data generators is divided into a plurality of buffer elements to manage time-series data. The buffer elements are dynamically allocated to the respective time-series data generators.

A method for determining a segmentation threshold of a digital image of a rock-soil material is disclosed. The method comprises the following steps: S1: acquiring a gray-level histogram curve of an SEM image of the rock-soil material; S2: determining a value range of a segmentation threshold T according to the gray-level histogram curve; S3: acquiring second derivatives of the gray-level histogram curve; and S4: determining the segmentation threshold T according to the second derivatives of the gray-level histogram curve and the value range of the segmentation threshold T. The present invention can rapidly and accurately determine the segmentation threshold of the digital image of the rock-soil material, and accurately distinguish a pore or fissure structure from a surface soil skeleton structure of the rock-soil material in the digital image.

This invention relates to a biological material ball stove including a fan, a secondary wind pipe, a valve, a flowmeter, a supply pipe, a gasification agent pipe, a loop air pre-heating chamber, a loop air conduction chamber, a stove head, a stove body, a heat preservation layer, an inner container and biological material balls, in which, the upper part of outside of the stove is a water tank made of stainless steel, the fan is connected with the loop air pre-heating chamber at the bottom of the hearth via a gasification agent pipe, the heat preservation layer, the inner container and the hearth are orderly placed in the body, a grate is under the hearth and the stove head is above it, the loop air conduction chamber is at the bottom of the head, the secondary wind pipe and the chimney are at the outside wall of the conduction chamber with a stage along the internal wall for placing a stove cover.

The invention discloses a production method of a potassium fulvate organic fertilizer prepared from black liquor extracted through biological enzyme pretreatment and potassium hydroxide alkaline reed pulping, and belongs to the field of fertilizer production. The production method comprises the following steps: using biological enzymes to process reeds to extract black liquor; boiling reeds to extract black liquor through a potassium hydroxide alkaline method, and producing finished products of potassium fulvate organic fertilizer. The biological enzyme pretreatment comprises steps of preparing raw materials through a wet method, using biological enzymes to process reeds, and storing the black liquor rich in potassium fulvate. The potassium hydroxide alkaline method comprises the following steps: extruding reeds, which has been preprocessed by biological enzymes, mixing the reeds with potassium hydroxide in a pre-soaking machine, boiling and steaming the mixture in a steam ball, and collecting the black liquor after steaming and boiling. The organic fertilizer production comprises steps of black liquor evaporation and concentration, pulp spraying and granulation, hot-cold sieving, and finished product package. The wastes are converted into valuable resources. The soil particle structure is improved. The soil is loosened. The water and fertilizer retaining performance of soil is enhanced.

A coating material, in particular for high temperature applications, comprises a binding agent and at least one filler material, which can be deposited on a metal surface. For this, the binding agent contains at least one siloxane with an organic residual share of less than 25 weight %. It is preferable if the siloxane or siloxanes is (are) cross-linked three and/or four times.

The invention discloses a method for processing a loquat leaf beverage, which comprises the steps of cleaning, disinsectization, sterilizing, rinsing, spreading and drying, water extracting, cooling and filtrating, blending, sterilizing and stocking. The processing method extracts the functional substances of the loquat leaf according to the characteristic that the loquat leaf is rich in compounds containing flavone, comparatively more inorganic salt, protein, glucide, amino acid needed by the human body and other nutrients, different edulcorants, antioxidants and complex densifiers are added to produce the beverage, which not only improves the added value of resources, but also increases the income of fruit growers and has remarkable economic benefits and social benefits. Fallen loquat leaves are usually taken as waste and burnt in loquat orchards, which not only wastes resources, but also pollutes the environment. The processing method takes the fallen loquat leaves as raw material, thereby utilizing waste effectively.

The invention relates to a large breeding farm waste treatment device which comprises a solid and liquid treatment system and a smelly gas treatment system.The solid and liquid treatment system comprises a methane tank, a straw filter tank, a first sand filter tank, an aerobiotic catalytic oxidation tank, a second sand filter tank and a clean water tank.The methane tank is of a cylindrical structure and is provided with a methane tank feeding port used for waste water, excrement and treated straw to enter.The straw filter tank is of a cuboid structure, and a straw filter tank water inlet pipe is arranged on the upper portion of the straw filter tank and is communicated with a straw filter tank water distribution pipe.Outlet water of the second sand filter tank enters the clean water tank to be recycled.The smelly gas treatment system comprises a draught fan and a smelly gas alkalization absorption tank; after smelly gas enters the smelly gas alkalization absorption tank, pollution substances in the gas are subjected to a chemical reaction with an alkali solution, and the smelly gas is treated into clean gas which is emitted with the standard met.

A device for generating electricity by tide solves the problem of electricity generation by marine resources. The device comprises culvert pipes, piston sleeves, rack type piston rods, piston rod heads, compression springs, sealing strips, steel balls, guide sleeves, gearboxes, a set of transmission gears, a supporting base, universal couplers, a flywheel, an electricity generator and an output shaft. Piston bushes are arranged in the culvert pipes; the outer diameter of the piston sleeves is matched with inner holes of the culvert pipes, and the piston sleeves are sealed by the sealing strips; a set of ball sockets are arranged on the outer diameter surfaces of the piston sleeves; the steel balls are embedded into the ball sockets; one end of each rack type piston rod is connected with the corresponding piston sleeve through the corresponding piston rod head, and the other ends of the rack type piston rods are matched with inner holes of the guide sleeves; the compression springs are arranged between the inner holes of the piston sleeves and the rack type piston rods; the rack portions of the rack type piston rods are meshed with the transmission gears in the gearboxes; output of reciprocating motion of the rack type piston rods is in one-way rotation, and the gearboxes are fixed to the supporting base; and the output shaft of the gearboxes is in shaft connection with the electricity generator through the universal couplers and the flywheel, and therefore electric energy is output. According to the device, resources are effectively utilized, and benefits are giant.

An externally heated oil shale destructive distillation process is characterized by comprising the steps that oil shale which is dried and allows external water to be removed enters an externally heated horizontal rotating destructive distillation furnace from a destructive distillation storage hopper for heat exchange with a heat pipe, destructive distillation product semicoke and destructive distillation gas are fed into a gas-solid separation chamber simultaneously, solid semicoke is fed into a combustion furnace to be combusted, generated shale ash is discharged from the bottom of the combustion furnace, generated high-temperature flue gas is fed to the exterior of the externally heated horizontal rotating destructive distillation furnace for heat exchange with the heat pipe, and drying and dewatering are conducted on oil shale raw ore fed from the tail of the externally heated horizontal rotating destructive distillation furnace to a drying chamber under residual temperature of flue gas; gas in the gas-solid separation chamber is fed into a cooling recovery system for condensate recovery of shale oil, uncondensed gas is fed into the combustion furnace to be combusted, and generated flue gas is fed to the exterior of the externally heated horizontal rotating destructive distillation furnace for heat exchange or is fed into a nozzle located outside the externally heated horizontal rotating destructive distillation furnace to be combusted to generate high-temperature flue gas for heat exchange with the heat pipe.

The present invention relates to compositions for preventing and treating obesity, hyperlipidemia, atherosclerosis, fatty liver, diabetes or metabolic syndrome containing extracts of Glycine max leaves or fractions isolated from the same.

The invention discloses a regenerated micro-powder activation method. The method comprises the following steps: (1) selecting materials: selecting waste concrete and waste sintered bricks recovered from a construction site as regenerated micro-powder raw materials, wherein the waste concrete and the waste sintered bricks being processed separately; (2) creating an isolation area: selecting a construction area, erecting an isolation plate to seal the construction area, and installing a dust removal facility to create a construction environment; (3) performing primary crushing: performing primary crushing on the regenerated micro-powder raw material through a universal crusher; and (4) screening: screening the crushed regenerated micro-powder raw material to separate small fragments with the diameter of less than 40 mm, and taking powder with the diameter of less than 0.16 mm as initial regenerated micro-powder. The regenerated micro-powder can be collected to the maximum extent, the regenerated micro-powder is prevented from diffusing in air to form haze to pollute the atmosphere, and recycling is achieved; and the regenerated micro powder can be activated through the exciting agent and can be prepared into regenerated micro powder concrete and set cement, so the building waste is effectively and comprehensively utilized, and environmental hazards are relieved.