71results about How to "Protection loss" patented technology

The invention discloses a dynamic hydraulic pressure drip irrigation system, characterized in that, an inlet of a water pump is connected with a caml water source through a pipe, a pressure water source and a reservoir enter a trunk after being connected with an outlet of the water pump; a switch solenoid valve, a check valve, an irrigation main switch and a main filter are arranged in turn on the trunk, a solenoid valve is connected in parallel with the switch solenoid valve through a branch pipe, a fertilization switch and a fertilizer placer are connected with the irrigation main switch in parallel through the branch pipe, a fertilizer controlling valve and a fertilizer pot are connected in turn under the fertilizer placer; a pressure gauge, main filter, a filter flushing valve and a water gauge are arranged on the trunk; a douche is arranged on bottoms of different branches of the branch pipe; each valve is connected with a controller through control lines, a frequency converter is connected between the water pump and the controller. The system causes operation water pressure to change antomatically and dynamically, keeps a larger working water pressure, meanwhile, reduces practical working pressure of the drip irrigation system, also reduces operation cost of the micro irrigation system.

The invention provides a Chinese medicine residue humic acid organic/inorganic biological compound fertilizer which comprises the following active ingredients: Chinese medicine residues, humic acid, chicken manure and biological bacteria. According to the compound fertilizer disclosed by the invention, the hardened soil can be effectively improved, the raising soil fertility is improved, the content of organic matters is improved, the soil permeability is improved, the water and fertilizer retention capacity of the soil is improved, available active nutrients of the crops are converted, the activities of pathogenic bacteria are resisted by using special actions and effects of the traditional Chinese medicines, the antibacterial property of the crops is improved, the use amount of pesticides is reduced, and the food safety risk is reduced.

The invention discloses a herba menthae extract microcapsule, acrylic fiber, fabric and related preparation methods. A microcapsule emulsion serving as a raw material of the herba menthae extract microcapsule is prepared from 1-10wt% of concentrated herba menthae extract, 2-5wt% of hydrophilic colloid, 5-7wt% of modified starch and 0.2-0.6wt% of an emulsifying agent. The herba menthae extract microcapsule disclosed by the invention is stable in structure; the wall of the microcapsule can prevent loss of herba menthae extract in a spinning process; the microcapsule in the fiber releases the effective components of the herba menthae extract by virtue of friction so as to achieve lasting antibacterial and cooling functions; and because the concentration of herba menthae in the herba menthae extract microcapsule is high, when the herba menthae extract microcapsule is added to the acrylic fiber, the addition amount of the herba menthae extract microcapsule can be reduced, thereby lowering the spinning difficulty.

The invention relates to equipment for producing soil-free grass. The equipment comprises a crushing machine, a pressing machine and a weaving machine, wherein cutting tools of the crushing machine are fixed on a box body longitudinally through a middle axle; swing type material distributors are fixed on the box body longitudinally; four front and rear corners of a vibration grid are fixed on thebox body; transmission devices are arranged on left and right sides of the box body, are connected with pressing shafts, and control 6 pressing shafts which are relatively stressed; and a regulating valve is also arranged among the pressing shafts. The invention has the advantages that: the equipment has a simple structure and is easy to industrialize; and the raw fiber crushing efficiency of theequipment is extremely high, and the production and processing of the soil-free grass are facilitated.

The invention relates to the technology of grounding for lightening, in particular to a grounding resistance reduction agent and a method for lowering corrosion on a grounding body due to the grounding resistance reduction agent. The method includes preparation of a long-acting anticorrosive agent, preparation of the grounding resistance reduction agent and mixing of the long-acting anticorrosive agent in the grounding resistance reduction agent. The preparation of the long-acting anticorrosive agent includes the steps: firstly, selecting, by weight, 20-30 parts of ammonium carbonate, 50-60 parts of powdered activated carbon and 50-60 parts of bentonite not less than 400 meshes; secondly, feeding the ammonium carbonate, the powdered activated carbon and the bentonite in the proportion into a mixer for blending and mixing, adsorbing the ammonium carbonate with the powdered activated carbon and coating the ammonium carbonate with the bentonite to obtain the long-acting anticorrosive agent. The long-acting anticorrosive agent has two major features of alkalescence and slow release and can keep long-acting anticorrosive effect, thereby being initiative. The grounding resistance reduction agent is remarkable in resistance reduction effect, environment friendly, convenient to use and low in cost.

The invention provides a long-acting compound fertilizer and a preparation process thereof. The fertilizer is composed of the following chemical fertilizer raw materials: 8% of fulvic acid, 0.7% of magnesium sulfate, 0.7% of ferrous sulfate, 1.2% of zinc sulfate, 1.5% of ammonium sulfate, 0.5% of manganese sulfate, 0.5% of ammonium molybdate, 1.5% of borax, 5% of calcium superphosphate, 20% of polypeptide urea and 20% of potassium sulfate. The invention has the advantages that the fertilizer has the effects of adjusting the too high or too low pH value of soil, resisting salts and alkalis, improving hardened soil, promoting crop growth, improving crop disease resistance, resisting lodging, resisting continuous cropping, resisting plant diseases and insect pests, resisting freezing damage,protecting soil moisture loss, enhancing drought resistance, improving crop yield, improving quality of crops, vegetables and melons and fruits, improving original quality and original flavor of vegetables and melons and fruits, and leading to a long preservation period.

The invention discloses a temporary dwelling roof structure which comprises a protective layer, wherein a vapor-proof layer is arranged on the bottom surface of the protective layer; a waterproof layer is arranged on the bottom surface of the vapor-proof layer; a thermal insulation layer is arranged on the bottom surface of the waterproof layer; a heat preservation layer is arranged on the bottom surface of the thermal insulation layer; a shock absorption layer is arranged on the bottom surface of the heat preservation layer; a sound insulation layer is arranged on the bottom surface of the shock absorption layer; a fireproof layer is arranged on the bottom surface of the sound insulation layer; a structural layer is arranged on the bottom surface of the fireproof layer; profiled steel sheets are arranged on the surfaces of the structural layer and the protective layer. The temporary dwelling roof structure disclosed by the invention has the beneficial effects that the strength and firmness of the roof are improved, the heat resistance of the roof is improved, the influence of the roof on external environmental change is reduced, and the condition that the roof is cracked is avoided. Meanwhile, the temporary dwelling roof structure has the waterproof, sound-insulated and shock-absorbing effects, the practicality of the roof is greatly improved, and the service life of the roof is prolonged.

The invention discloses a method for producing stone-simulative microlite from slag and waste glass. The method comprises the following steps of 1, crushing slag and waste glass into particles of less than 2 meshes, 2, carrying out primary full pre-mixing on each 100-1000t of the particles, 3, carrying out sampling and carrying out complete chemical analysis, 4, designing a formula and a composition list according to components, 5, carrying out weighing and mixing, 6, melting the mixture to obtain a glass liquid, 7, preparing glass blocks, 8, carrying out air cooling or water cooling to obtain glass blocks with crack patterns (or directly preparing a glass water-quenched material), 9, transferring the glass blocks into a shelf board mold, 10, crystallization, 11, preparing a raw plate blank, 12, carrying out polishing, 13, carrying out trimming, 14 carrying out packaging and 15 conveying the product out of the factory. The method changes slag and waste glass into valuables. The stone-simulative microlite does not produce radiation, is environmentally friendly, has various patterns, can replace stones, reduces stone exploitation, prevents water and soil loss, utilizes the slag and waste glass having wide sources and can replace a plurality of chemical raw materials. The slag used by the method has complex composition and contains various non-ferrous metals. The method reduces a production cost and can prepare colorful stone-simulative microlite.

The invention discloses a universal machine for recovering, returning and bundling straw, comprising a walking frame body, an extrusion body, a suction fan, an automatic cutting machine, an electric motor, a reducer, a power generation diesel engine, row knives, cutting knives, a forward shaft, a backshaft, a splint, a traction block, a shell, chain wheels, chains, a base, a discharge cylinder, ashield, a upper shell, a foreplate, an extrusion awl, walking wheels, a baffle plate, a cover and side plates, wherein the walking frame body is provided with space for arranging the extrusion body, the suction fan, the automatic cutting machine, the electric motor, the reducer and the power generation diesel engine; recovering the straw is favourable for the deep processing of raw materials in cultivation, plant and other industries; returning the straw to the field is favourable for the fertilizer production of soil; bundling is suitable for the unique national power generation after the straw is extruded into charcoal to be used as fuel for power generation; and raw materials for other operations of deep processing are easy to preserve, thereby making a certain contribution to the national energy conservation.

The invention discloses a peanut oil extracting technology. The peanut oil extracting technology comprises the following steps: step one, material selection: selecting fresh and full peanut kernels, removing impurities and dust, and under the conditions that the temperature is 8 to 12 DEG C and the humidity is 18 to 22 percent, putting the peanut kernels for 3 to 5 hours or more for standby use; step two, soaking and drying: soaking the standby peanut kernels in the step one in warm water of which the temperature is 30 to 40 DEG C, sending the soaked peanut kernels into a drying baker for drying at the temperature of 35 to 45 DEG C for 45 to 55 minutes, taking out the peanut kernels, rapidly cooling by using a draught fan, and then removing red skin on the outer layers of the peanut kernels. According to the peanut oil extracting technology disclosed by the invention, extracted peanut oil is high in purity and oil yield; in addition, the temperature is well controlled during an extracting process, the quality, the color and the taste of peanut oil are increased, and higher use value and good application prospect are obtained.

The invention relates to a novel method for treating chrome-containing wastewater and recycling chrome of chrome pigments. The novel method comprises two parts, namely treating the chrome-containing wastewater and recycling the chrome of the chrome pigments. The treatment to the chrome-containing wastewater of the chrome pigments refers to carrying out pressure filtration on the chrome pigments, carrying out physical impurity removal on the chrome-containing wastewater generated in a washing process, adjusting a pH value and then carrying out exchange adsorption in an ion exchange system to ensure that effluent reaches the emission standards of China; after adsorption saturation by ion exchange resin and fiber, a regenerant is used for carrying out regeneration and transformation to obtain a high-concentration sodium dichromate concentrated solution. The recycling of the chrome refers to taking the sodium dichromate concentrated solution as a raw material for pigment production, and adding the solution to a pigment synthesis system to prepare pigment; the prepared pigment is subjected to pressure filtering, washed, dried, ground and packaged to obtain the finished product. According to the method disclosed by the invention, chrome in the wastewater can be resourcefully recycled while ensuring that hexavalent chrome in the chrome-containing wastewater in the chrome pigments is discharged after reaching the standards; the novel method is can either be big or small in scale, simple in process route, low in energy consumption, high in recovery rate of chrome and free of secondary pollution and has favorable economic benefit and social benefit.

The invention relates to the technical field of Nang making, and in particular to shredded hot pepper Nang and a preparation method thereof. The shredded hot pepper Nang is prepared by the following steps: mixing flour, eggs, table salt, sugar, rapeseed oil and fermentation powder, then adding water, performing uniform stirring, and kneading the mixture into a dough; after the dough is fermented,kneading the fermented dough into strips, cutting the strips into blocks, and rolling the blocks to be flat; spreading shredded hot pepper sauce special for making Nang onto the rolled doughs, wrapping the shredded hot pepper sauce, and performing rolling to obtain Nang blanks, wherein the upper half part of each Nang blank is provided with vent holes; and baking the Nang blanks to obtain the shredded hot pepper Nang. According to the invention, original nutrient components and capsorubin are greatly protected from being lost by combination of shredded hot pepper special for cold-stirred Nangpreparation and the Nang blanks, and meanwhile, the obtained shredded hot pepper Nang is fragrant and delicious, has full sauce flavor and slightly hot taste, and is suitable for being eaten by peopleof all ages. The preparation method is simple and convenient, types of Nang products are enriched, and applications of hot pepper sauce are broadened.

The invention relates to a cathode material which comprises raw materials of hafnium and rare earth oxide. The mass of the rare earth oxide is smaller than 35% of the total mass of the raw materials of hafnium and rare earth oxide. The cathode material is a rare earth oxide composite hafnium cathode and can be used for manufacturing cathodes of electronic components, such as cathodes of plasma torches and cathodes of magnetrons. Because the electron work function of the rare earth oxide is low, when the rare earth oxide is uniformly distributed in the hafnium matrix material, atoms in the rareearth oxide diffuse and migrate to the surface of the cathode material in the operation process of the plasma torch cathode made of the cathode material, so that electrons are easier to emit. And meanwhile, under the dual action of an electric field and heat, the effect of stabilizing the plasma arc is achieved, local over-fast ablation of the cathode material is reduced, and the service life ofthe cathode is prolonged. The invention further discloses a cathode material preparation method, a plasma torch cathode and a preparation method.