41results about How to "Reduce direct production costs" patented technology

The invention relates to a coating for heat sublimation transfer printing and a preparation method of the coating. The coating comprises components in parts by weight as follows: 90-115 parts of cellulose sodium carboxymethyl, 5-8 parts of an inkjet medium adsorbent, 0.5-1.5 parts of an antifoaming agent, 0.5-1.5 parts of polyvinyl chloride resin or calcium carbonate and 800-1,000 parts of water. The preparation method of the coating comprises steps as follows: 800-1,000 kg of water is added to 90-115 kg of cellulose sodium carboxymethyl and is uniformly stirred; 5-8 kg of the inkjet medium adsorbent is added to the diluted cellulose sodium carboxymethyl solution, and the mixed solution is uniformly stirred; 0.5-1.5 kg of polyvinyl chloride resin or calcium carbonate is added to the mixed solution, and the mixed solution is uniformly mixed. The coating and the preparation method are adopted, few materials are consumed, the production is simple, and the production cost is directly saved; meanwhile, according to an actual detection result, the drying speed is increased by 25%, the transfer rate is increased from 80% of the average number of existing coatings to 95% or higher, and the consumption of transfer paper is reduced by 20% during transfer printing.

The invention discloses a smart card preparation process, comprising the steps of: 1) punching out an outer hole with a size equal to that of the outer groove on the upper base material, and punching out an inner hole with a size equal to the inner groove on the middle base material, and the position of the outer hole Adapt to the position of the inner hole; 2) Stack the stamped upper and middle base materials with the lower base material and laminate them to make a large card base; 3) Punch the laminated large card base Cut into a small card base, and then implant the integrated circuit module into the hole of the punched small card base. The invention cancels the process step of milling grooves, not only has more operability than the process of milling grooves, greatly improves production efficiency, but also can greatly improve product quality and reduce production costs.

The invention relates to a high-vacuum low-temperature container molecular sieve adsorbing device and a filling process thereof. The high-vacuum low-temperature container molecular sieve adsorbing device comprises an inner container and an outer container, wherein the inner container is provided with a process manhole and the outer container is provided with an anti-explosion hole. The filling process comprises the steps of: charging nitrogen in an adsorbing agent containing container to reach pressure atmosphere, and then opening the anti-explosion hole, connecting a vacuumized rubber pipe, connecting a corrugated pipe with a molecular sieve, starting a vacuum pump, slowly opening a feeding valve, enabling a molecular sieve adsorbing agent to continuously flow into a molecular sieve device under the action of negative pressure, after the molecular sieve adsorbing agent is filled with the molecular sieve device, dismantling the corrugated pipe, then plugging the corrugated pipe with ascrew plug, finally, stopping the vacuum pump, unplugging the vacuum rubber pipe, and closing the anti-explosion hole, and ending the filling of the whole molecular sieve adsorbing agent. The invention has the characteristic of better adsorbing effect, and has the advantages of increasing the load capacity of the whole vehicle, saving the cost, being more convenient for maintenance, improving thewhole quality of a low-temperature container, improving the labor intensity and the operation environment of workers, enhancing the production efficiency, and being convenient and simple in replacingthe molecule sieve.

The present invention discloses a synchronized production method of reducing leaching and oxidizing deironing of cobalt-copper ore, including the following steps: crushing and mixing the cobalt-copper ore into cobalt copper slurry, then adding sulfuric acid into the cobalt-copper slurry for leaching with a temperature controlled at 75-85 DEG C, stirring while adding a reducing agent for reducing leaching with an amount of 4-6% of the total cobalt-copper ore, controlling cobalt content in wet residue to be less than 0.2% and copper content less than 0.3%, controlling of the reaction temperature to be 90-95 DEG C and reaction time being 1 to 4 hours, slowly adding alkali to adjust the PH value of the solution to 2.0-3.5, at the same time slowly supplementarily adding cobalt copper slurry for oxidizing deironing according to the content of Fe2+ in solution to make Co3+ and Fe2+ to reach a equilibrium state, and finally performing the solid-liquid separation to obtain qualified leachate. According to the invention, by controlling the electrode potential of the solution, synchronized performance of the reducing leaching process - the oxidizing deironing process is ensured, so direct production cost is significantly reduced, the metal recovery is significantly improved, thus improving production efficiency.

The invention provides a method for separating and recovering cobalt and copper from P204 reverse extraction liquid in a cobalt and copper mine wet method smelting process. The method for separating and recovering the cobalt and the copper from the P204 reverse extraction liquid in the cobalt and copper mine wet method smelting process comprises the following steps that a copper extraction agent and sulfonated kerosene are added into the P204 reverse extraction liquid for extraction, a PH value is controlled between 1.5 and 2.0 in the process, and extracted copper residual liquid and extractedcopper organic load are obtained; sulfuric acid is added into the extracted copper organic load for reverse extraction to form a copper sulphate solution, and the copper sulphate solution is fed intoa copper salt vaporization system for vaporization to obtain a copper salt product; and the extracted copper residual liquid is heated to 30-60 DEG C, a precipitating agent is added for precipitation, a final PH value is controlled between 3.0 and 4.0, filter pressing and solid-liquid separation are carried out finally to obtain cobalt slag and precipitating cobalt liquid, the cobalt slag is fedto a copper and cobalt leaching system, and the cobalt and the copper are effectively separated. According to the method for separating and recovering the cobalt and the copper from the P204 reverse extraction liquid in the cobalt and copper mine wet method smelting process, the operation process is simple, the production cost is low, the production efficiency is high, and the metal recovery rateis effectively improved.

The invention discloses a low-serum culture medium for high-density suspension culture of BHK-21 cells and an application of the low-serum culture medium in proliferation of FMDVs (foot and mouth disease viruses). According to researches on the metabolism level and mutual adjustment of nutritional substances such as glucose and the like in the growth process of the BHK-21 cells, the low-serum culture medium for individual BHK-21 cells is provided and comprises an amino acid part, a vitamin part, a balanced salt part and other additive parts. The culture medium is used for high-density suspension culture of the BHK-21 cells, the effective utilization rate of the nutritional substances by the cells can be greatly increased, the concentration of metabolism byproducts is reduced, and accordingly, the cell culture efficiency is improved; besides, the BHK-21 cells cultured by the culture medium have increased sensitivity for different serums of animals suffering from FMDV, the content of effective antigens 146S of the viruses is substantially increased, the purposes of high cell growth efficiency, cell growth controllability and minimization of the concentration of the metabolism byproducts are achieved, the production efficiency of biological products is higher, the production cost is lower, and the low-serum culture medium has remarkable economic benefits.

The invention discloses a method for preparing a film coating tablet for treating chronic renal failure. The method comprises the following steps: proportioning various crude medicines of rhubarb, astragalus root, white mulberry root-bark, kuhseng, radix codonopsis pilosulae, white atractylodes rhizome, tuckahoe, prepared fleece flower root, white peony root, radix salviae miltiorrhizae, rhizoma ligustici wallichii, chrysanthemum, pinellia, plantain, radix bupleuri and licorice according to a conventional method, adding water, decocting, filtering, merging decoction, concentrating, drying and pulverizing to obtain medicinal extract powder; the method is characterized by also comprising the following steps: adding microcrystalline cellulose into the medicinal extract powder, mixing evenly, preparing a soft material by an ethanol water solution, granulating, drying, straightening, adding magnesium stearate, mixing evenly, tabletting to obtain a tablet agent and then coating a film coating by a film coating material; the mass ratio of the medicinal extract powder to the microcrystalline cellulose to the magnesium stearate to the film coating powder is 60-75:20-36:0.5-1.3:2-6; and the conditions of the technical parameters of the coating process for coating the film coating are as follows: the concentration of coating liquid prepared by the film coating material is 10-20wt%, the temperature of a tablet bed is 45-48 DEG C, and the liquid spraying speed of the coating liquid is 4-5ml/min.

The invention discloses covering fabric with composite staple fiber non-woven fabric as basic fabric and a production method of the covering fabric. The covering fabric comprises a basic fabric layer and a functional coating layer. The basic fabric layer is a composite layer composed of staple fiber web and polyester fibre mesh fabric; the staple fiber web is made of polyester staple fiber with the fracture strength not less than 5.8CN/dtex and fiber length ranging from 80 mm to 110 mm. The covering fabric using the non-woven fabric as the basic fabric has the advantages of good flexibility and light weight; and as compared with the conventional PE and PVC covering fabric, the covering fabric further has the advantages of high strength, good abrasion resistance, ageing resistance which is much better than that of PE woven coated covering fabric and the like.

This invention provides one motor magnetic parts soft magnetic compound materials, which are characterized by the following: comprising iron materials, magnetic medium and additive with their percentage of 82-99.úÑú¼0.5-13úÑú¼0.5-5úÑ; the said iron material is of iron base materials and the magnetic medium is of the powder alloy to increase the part magnetism; the additive is isolation agent or adhesive agent or lubrication or modified agent for lone usage or combination. The magnetic part process comprises the steps of mixing, shaping, solidifying and stainless process.

The invention discloses a tarpaulin taking a filament spunbond nonwoven fabric as the base cloth and a production method thereof. The tarpaulin comprises a base cloth layer and a functional coating. The base cloth layer is made of filament spunbond nonwoven fabric, which is prepared from PET with a viscosity of 0.69-0.71. The provided tarpaulin takes nonwoven fabric as the base cloth and has the advantages of good flexibility and lightness. Compared with conventional PE and PVC tarpaulins, the provide tarpaulin has the characteristics of high strength, good wear resistant performance, and better aging resistant performance (compared with a PE woven double membrane tarpaulin).

The invention relates to the technical field of punching production of battery steel shells, and discloses an automatic punching production line for a cylindrical battery steel shell. The automatic punching production line comprises a multi-mode multi-output automatic cupping system, a cupping supply system and multiple double-mode double-output forming punching machines. Multiple sets of blankingcupping moulds are arranged on a punching machine to realize the centralized multi-mode multi-output automatic blanking cupping, and cupping is supplied to the multiple double-mode double-output punching machines through the cupping supply system to complete forming punching. Compared with the current compound die single-machine single-output automatic punching, the automatic punching productionline for the cylindrical battery steel shell greatly improves the material utilization rate and the production efficiency, the output per machine is doubled, and the product costs, such as the numberof forming punching machines, the area of a production site, direct labor, electricity and oil and other auxiliary materials, are reduced by half.

The invention discloses a ball feeder control system based on a DCS platform, belongs to an ore dressing automatic control technology, and particularly relates to an automatic steel ball feeding system of a ball mill. The system comprises a steel ball counting and outputting device and a DCS detection control system. According to the system, a timing period new ore feeding amount automatic calculation unit, a steel ball demand quantity automatic calculation unit, an actual steel ball adding automatic control unit and an automatic period circulation control unit are arranged, the number of thesteel balls needing to be added is calculated, a command is sent out to enable the steel ball output device to add the steel balls into the ball mill, the adding amount is metered, and is fed back tothe actual steel ball adding automatic control unit, and the next adding period is entered after adding is completed. According to the invention, the labor cost is reduced, the safety production indexis improved, the direct production cost is reduced, the system operation difficulty and maintenance difficulty of operators and automation technicians are reduced, and the high efficiency of the steel ball adding system is improved.

The invention is suitable for the technical field of steel ingot processing, and provides a same-disc pouring process of a special-shaped ingot and the special-shaped ingot. The same-disc pouring process of the special-shaped ingot comprises the following steps that steel ingot molds with different tonnage specifications are designed, and steel ingots with different weight specifications are produced at the same height; at least two kinds of steel ingots with different weight specifications are taken and are separately subjected to melting treatment to obtain at least two kinds of molten steel; and the at least two kinds of molten steel are placed in the same disc to be poured, and the special-shaped ingot is obtained. According to the same-disc pouring process provided by the embodiment,two or more specifications of steel ingots are poured on the same disc by designing the specific ingot type and matching the weight with the height, so that the consumption of refractory materials isreduced, the residual steel amount is reduced, the product quality is improved, the quality is superior to that of multi-disc pouring steel ingots, the labor intensity of bottom plate masonry and pouring workers is reduced, and the direct production cost is reduced.

The invention relates to a production method for a special raw material of strontium chloride hexahydrate for a liquid crystal product. The production method comprises: adopting strontianite and hydrochloric acid as raw materials to obtain a mixed solution; condensing the mixed solution to 40-45 Baume degrees, then cooling the condensed solution to a temperature less than 10 DEG C to carry out crystallization; dissolving the crude strontium chloride in pure water, then adjusting the concentration of the strontium chloride solution to 40 Baume degrees, heating to the temperature more than 90 DEG C; adding an assistant material of strontium hydroxide according to a certain ratio to the heated solution; adjusting a pH value of the resulting solution to more than 12; continuously heating until the solution is boiled, then standing for 1-2 hours, carrying out pressure filtration; carrying out cooling and recrystallization; carrying out centrifugation, drying and packaging to obtain the finished product. According to the present invention, the performance indicators of the product are far higher than the industry standard; the produced product through the method provided by the present invention has stable product quality, significant fluctuate of the product quality can not be generated; with adopting the method provided by the present invention, the direct production cost is less than 5000 yuan per ton, and is reduced by more than 1000 yuan per ton compared to the direct production cost by adopting the industrial strontium carbonate as the raw material; the method has a good market promotion value.