286results about How to "Stable and reliable production" patented technology

The invention provides a method for producing a bamboo fiber, comprising the following steps of sawing off, splitting and softening the bamboo, sending the bamboo material to a bamboo splitting separator to realize combing, splitting separation and airflow classification, thus obtaining the bamboo filament fiber; cooking and drying the bamboo filament fiber, cleaning, dehydrating, oiling and drying the bamboo filament fiber subsequently; and carrying out the enzyme treatment, thus obtaining the coarse bamboo fiber; subsequently carrying out fine treatment, cleaning and dehydrating, bleaching, cleaning, dehydrating, oiling, drying and curing by emulsion, thus obtaining the fine bamboo fiber. The method has high production efficiency, low processing cost and can prepare the bamboo fiber with the diameter within 0.03-0.15mm and the length within 30-300mm.

The invention relates to a battery grade anhydrous iron phosphate and a preparation method thereof. The battery grade anhydrous iron phosphate is in an orthorhombic type. The preparation method of the battery grade anhydrous iron phosphate is an oxidation precipitation method using air as oxidant and includes steps: adding pH value modifier solution into aqueous solution of mixture of ferrous salt with phosphoric acid or phosphate, feeding air and stirring for reaction to generate a crystalline-state composite containing ammonium, hydroxyl and water of crystallization; and obtaining the battery grade anhydrous iron phosphate after solid-liquid separating, washing, drying and roasting. The battery grade anhydrous iron phosphate is an ideal material for preparation of lithium iron phosphate which is the material of anodes of lithium ion batteries. The preparation method is suitable for large-scale, economical, stable and reliable production of high-quality battery grade anhydrous iron phosphate, and has evident advantages and practical value.

The invention discloses a process for producing a bamboo fiber, comprising the following steps of selecting raw materials, extending, splitting, classifying, stewing and cooking, pickling, cleaning, dehydrating, curing and the like, thus preparing the bamboo fiber with the fineness of 0.03-0.08mm and the length of 30-80mm. The process can lead a whole bamboo to be extended by a special tool and subsequently and directly processed without being cut; furthermore, the processed bamboo fiber is longer, finer and more uniform, the utilization ratio of the resource is high, the cost is low and the quality of the product is stable.

A system and method for dynamically marketing cattle is provided comprising a buyer interface, a producer interface, a network, and an cattle information server. The cattle information server receives information from the buyer interface defining a plurality of demand profiles at least one which contains information specifying a first pre-conditioning program. The cattle information server also receives information from the producer interface defining a supply profile that specifies a second pre-conditioning program and stores the demand profiles and supply profile in a database. The cattle information server searches the database to determine if one or more of the demand profiles match the supply profile based at least in part on a comparison of the first and second pre-conditioning programs and identifies at least one demand profile in response to a match between the supply profile and the demand profile.

The invention relates to a Ti-TiN & Ti-MoS2/Ti double-cutting-surface coated cutting tool and a preparation process thereof. The front surface of the cutting tool is an MoS2/Ti lubricating coating and a Ti front cutting tool surface transition layer is arranged between the MoS2/Ti lubricating coating and a cutting tool substrate. The rear surface of the cutting tool is a TiN coating with high hardness and a Ti rear cutting tool surface transition layer is arranged between the TiN coating with high hardness and the cutting tool substrate. The preparation process comprises the steps of pre-processing, ion cleaning, depositing the Ti transition layer on the front cutting tool surface, depositing the MoS2/Ti coating on the front cutting tool surface, sampling, refitting a furnace, ion cleaning, depositing the Ti transition layer on the rear cutting tool surface, depositing the TiN coating on the rear cutting tool surface and post-processing. Advantages of a Ti-TiN coated cutting tool withhigh hardness and a Ti-MoS2/Ti lubricating coated cutting tool are combined in the present invention of the double-cutting-surface coated cutting tool which has both high hardness and low friction coefficient, so that performance of the coated cutting tool is substantially improved. The preparation process enables the Ti-TiN & Ti-MoS2/Ti coated cutting tool to be produced conveniently. It is easyto grasp the process and the production process is stable and reliable.

The invention provides a device for producing high purity titanium by a fused salt electrolysis process. The device mainly comprises a big cover (3), a crucible (5) and an anode frame (7), wherein the big cover (3) is connected with the crucible (5) by a sealed insulating pad (4) in a sealed manner; the anode frame (7) is placed in the crucible (5); a cathode (1) is arranged on the big cover (3) and connected with the big cover (3) by a sealing ring (2) in a sealed manner; and the cathode (1) is a cylinder body, the upper part of which is provided with an anode connection terminal (9). According to the device, the crucible is adopted as the anode, and the fused salt can be directly added to the crucible via a fused salt adding hole formed on the cathode; the structure of the equipment is simplified so that the production process is more stable and reliable; and the purity of the product produced by using the device can reach more than 4N5 (99.995%).

A method of leaching copper, cobalt and nickel from smelting alloy comprises the following steps: the smelting alloy containing at least two of copper, cobalt and nickel and iron impurities is molten, and then the molten smelting alloy is atomized into alloy powder by high-pressure gas or high-pressure water; the atomized alloy powder is added into a stir aeration reaction device, a sulfuric acid solution is used as a leaching medium in the stir aeration reaction device, air or oxygen is uniformly brought from a stirring shaft system of the stir aeration reaction device, the brought gas is uniformly dispersed under the shear action of stirring blades in high-speed rotation at the bottom of the stirring shaft system, and under the effects of an oxidizing agent and a catalyst, the alloy powder is subjected to corrosion oxidizing leaching reaction in the stir aeration reaction device; after reaction is completed, most iron impurities enter a leaching residue, and solid-liquid separation is finally carried out to collect and obtain a leaching liquid containing at least two of copper, cobalt and nickel. The method of leaching copper, cobalt and nickel from the smelting alloy has the advantages that the process cost is low; the technology is convenient to control; the production is stable and reliable; the environment pollution is low and the like.

The invention relates to a production method for bamboo fiber, which comprises steps of cutting, softening, fiber splitting, scouring, bleaching, cleaning, dewatering, drying, enzyme treatment and the like. An optimal fiber splitting point after bamboo is softened can be fully developed by a fiber splitting separator, machining parameters can be adjusted according to requirement, and different slenderness rates of the fiber are obtained to make the processed bamboo fiber finer and more uniform than original fiber. The production process is reliable, the resource utilization rate is high, the processing cost is low, environmental pollution is low, and the product quality is stable. The fine bamboo pure fiber produced by the invention has the characteristics of uniform length and fineness, high intensity, good flexibility, high moisture absorbing and releasing performance, high air permeability and particularly remarkable bacteria resistance and deodorization, is a new generation natural functional fiber which is cheap and has high quality and superior cost performance, and can be widely applied to fields of textile, building, automobiles and the like.

The invention discloses medicament carrying polymer nano particles and a preparation method thereof in the technical field of pharmacy. The medicament carrying polymer nano particles contain medicaments and polylactic acid-methoxy polyethylene glycol (PLA-mPEG) or poly (lactic-co-glycolic acid)-methoxy polyethylene glycol (PLGA-mPEG). The molecular weight of the block polylactic acid (PLA) or the poly (lactic-co-glycolic acid) (PLGA) is 10,000 to 60,000, the molecular weight of the block methoxy polyethylene glycol (mPEG) is 2,000 to 5,000, and the block ratio of the PLA or the PLGA to the mPEG is (60:40)-(90:10). The preparation method of the nano particles avoids the defects of low medicament nano particle entrapment rate and serious burst release caused by using the conventional surfactant, complex removing steps and the like; and the medicament carrying polymer nano particles with high quality are synthesized by simplified processes and with relatively low cost.

The invention provides a chicken feed additive for producing selenium-rich eggs. The chicken feed additive is characterized by being formed by mixing the following components in percentage by mass: 0.1-0.2 percent of methionine, 0.02-0.05 percent of vitamin E, 0.1-0.3 percent of vitamin C, 1-2 percent of choline, 1-2 percent of menotropins, 1-2 percent of betaine, 50-55 percent of Chinese herbal medicines, 0.2-0.5 percent of bacillus subtilis, 30-35 percent of tea dregs, 0.2-0.5 percent of selenium-enriched yeast and 5-10 percent of zeolite powder, wherein the Chinese herbal medicines are prepared by mixing pericarpium citri reticulatae, hawthorns and chilli according to a mass ratio of 1 to 1 to 1. According to the chicken feed additive for producing the selenium-rich eggs, the quality of the eggs can be obviously improved, and the production cost is lowered; meanwhile, the oxidization resistance, the stress resistance and the organ immunity of laying hens are improved; the chicken feed with the chicken feed additive can safely, stably and reliably produce the selenium-rich eggs.

The invention relates to a production process for bamboo fiber, which comprises steps of material selection, fiber splitting, classification, digestion, reduction, acid pickling, cleaning, dehydration, curing and the like. According to the production process, the whole piece of bamboo is directly processed after being flatten by a special tool under the condition of no cutting and splitting, a mode of bamboo eaten and fiber spit is realized, the production process is free from the limitation of bamboo varieties, bamboo age, bamboo joint and bamboo diameter, a heat-force-chemical multi-field coupling principle is adopted in a bamboo fiber splitting separator to make the machined bamboo fiber longer, finer and more uniform than original fiber, edges and unprocessed bamboo are a few, and an additive is added, so that a product has high folding resistance and flame retardance. The production process is reliable, the resource utilization rate is high, the processing cost is low, environmental pollution is low, the product quality is stable, and the problem of high-efficiency mass production of fine and long bamboo pure fiber is effectively solved.

The invention relates to a fire extinguishing agent prepared from grapheme and superfine materials. The fire extinguishing agent takes water as a carrier, and is prepared from 0.1-8.5 parts of modified grapheme, 0.8-5 parts of additive and surfactant, 8-35 parts of antifreeze agent, 2-15 parts of fire retardant, 1-9 parts of thickener, 0.1-0.5 part of preservative, and 27-88 parts of water. The fire extinguishing agent is pumped or driven with inert gas to be jetted for extinguishing a fire. A large amount of hydrophilic oxygen-containing functional groups are contained on the surface and the edge of the surface of modified grapheme, so that grapheme can be stably dispersed in a water solution, and the hydrophilic oxygen-containing functional groups can enable grapheme to be modified covalently and non-covalently; since grapheme is very large in specific surface area, very high in strength and high in thermal stability, grapheme can be combined with a solution in the fire extinguishing agent to form a superfine and ultra-thin liquid membrane and foam, which cover the fire; and grapheme is a nanomaterial with high lubricating property, and takes the effect of a drag reducer in the fire extinguishing agent. The fire extinguishing agent is high in fire extinguishing efficiency, is harmless to the human body, does not corrode devices, is energy-saving, environmental-friendly and safe.

The invention relates to a lightweight aircraft passenger seat assembly, comprising at least one seat portion and at least one supporting portion for supporting the at least one seat portion relative to an aircraft structure. In order to provide an improved lightweight aircraft passenger seat assembly having a reduced weight, size and complexity as compared to conventional lightweight passenger seat designs, the invention provides a lightweight aircraft passenger seat assembly, comprising at least one seat portion with at least one seat shell for an aircraft passenger and at least one supporting portion for supporting the at least one seat portion relative to an aircraft structure, wherein the at least one seat shell and the at least one supporting portion are constructed as lightweight components.

The invention relates to an integrated-type control system of a roll steel heating furnace. The integrated-type control system of the roll steel heating furnace comprises a control computer system [101], an engineer control machine [102], an operator computer [103], a computer gateway [104], a monitoring network [105], a field bus interface [106], a field bus network [107], a field bus instrument and an auxiliary device [108]; and the integrated-type control system of the roll steel heating furnace is characterized in that the monitoring computer system also comprises a furnace condition diagnosing module, a billet temperature control module and a furnace temperature rising optimal control module, wherein the furnace temperature rising optimal control module is used for realizing the furnace condition diagnosing, the billet temperature control and the furnace temperature rising optimal control during the production process of the roll steel heating furnace, and a control method provided by the monitoring computer system is used for carrying out information fusion by integrating multiple modules, realizing advanced control strategy of the monitoring computer system, carrying out optimization and coordination control, diagnosing, forecasting and analyzing the furnace condition of the heating furnace and ensuring the safe production. According to the integrated-type control system of the roll steel heating furnace, provided by the invention, under a complex condition, the production process of the roll steel heating furnace can be effectively and integrally controlled, the production efficiency and the billet heating quality are increased, the energy consumption is reduced, the safe and stable operation of the heating furnace is ensured, and thus a high-quality, low-consumption and high-yield production target of the roll steel heating furnace and a safe, stable and balanced control standard are achieved.

The invention relates to a high power LED bulb, which comprises a connector for being connected with an illuminating lamp interface, an LED constant-current driving device, a radiator, an LED light source, a bulb cover and a circuit board, wherein the connector is provided with a cavity, and the LED constant-current driving device is fixed in the cavity; the radiator is a ceramic radiator with an annular radiating fin, and the upper part of the connector is fixedly connected with the lower part of the radiator; the circuit board is an aluminum-based circuit board, and the LED light source is fixed on the circuit board; and the circuit board is fixed at the top end of the radiator, the bulb cover is arranged above the radiator, and the lower part of the bulb cover is fixedly connected with the radiator. The high power LED bulb has the advantages of high luminescent efficiency, good heat dissipation effect, low cost, simple production and reliable performance.

The invention relates to a preparation method of potassium iodide. The preparation method is implemented based on the following technical scheme: (1) adding 765 parts of iodine tablets in a reaction container with a stirrer, then adding distilled water, and stirring; slowly adding 337 parts of potassium hydroxide solution with the relative density of 1.3 under the state of stirring until the reaction is complete, wherein when the solution in the reaction is puce and the pH value of the solution is 5-6, potassium iodate crystals occur in the container; and (2) slowly adding 277 parts of formic acid solution in the solution to reduce the potassium iodate, then adding potassium hydroxide for regulating the pH value to 9-10, introducing steam, carrying out heat preservation for 1-2 hours, standing, filtering to remove undissolved substances so as to obtain a silvery solution, carrying out evaporation concentration until most crystals are separated out, carrying out cooling crystallization and centrifugal separation, and drying, so as to obtain a finished product. According to the preparation method of the potassium iodide, the potassium iodide can be safely, conveniently and reliably produced, and the large-scale production is ensured to be possible, thus the preparation method can be widely applied.

The invention discloses a process for plating copper on a special steel piece with a deep/blind hole, namely render copper. The process comprises the following steps of: chemical deoiling, washing with hot water, electrolytic deoiling, washing with hot water, washing with cold water, acid washing, secondary washing with cold water, neutralizing, washing with cold water, plating copper without cyanide, secondary washing with cold water, plating tin, secondary washing with cold water, neutralizing, washing with hot water, passivating, secondary washing with hot water, washing with hot pure water, dehydrating with alcohol, removing the residual water, drying and inspecting, wherein electroplate liquid used in the step of plating copper without cyanide has the following formula: 400 to 600ml/L of BH-580 non-cyanide alkaline copper cylinder plating bath solution, 1 to 2ml/L of BH-580 non-cyanide alkaline copper brightening agent and 7.5 to 12g/L of metal copper; and the pH value is 9.2 to 9.8. The process has the advantages of good stability of a plating liquid, simple and convenient operation, good dispersibility and good covering capability; the formed plating layer has the advantages of fine and compact crystallization, good adhesive force, stable and reliable production; and the method can effectively protect environment and the physical and psychological health of operators.

The invention discloses an internal circulation type spraying room. The internal circulation type spraying room comprises a paint spraying room, a paint mist filtering system, an air conditioning system and a control system, wherein the paint mist filtering system is connected with the paint spraying room and used for filtering paint mists and supplementing fresh air, the air conditioning system is connected with the filtering system and used for exhausting waste gas and supplying air to the paint spraying room according to a certain proportion of fresh air and previous air, and the control system is connected with the paint spraying room, the paint mist filtering system and the air conditioning system and used for adjusting the proportion of fresh air and previous air and supplementing fresh air according to the concentration of the paint mists in the paint spraying room. According to the invention, gas with a certain enthalpy value can be recycled, and therefore the production cost can be saved.