84results about How to "Reduce stacking time" patented technology

The invention discloses a dark tea processing method. The dark tea processing method is characterized by comprising the following steps of: (1) picking fresh leaves; (2) withering the fresh leaves; (3) then removing water; (4) then twisting for 20-25 minutes; (5) heating tea bases to increase temperature to 50-60 DEG C, then blanking the tea bases and slightly spreading, and reducing the temperature of the tea bases to 35-40 DEG C, wherein the water content of the tea bases is 60%-65%; (6) lining the tea bases by using reed leaves, cladding, and then covering by using a wet cloth for pile fermentation; and (7) drying by using a drying machine for the first time, drying by using a roasting machine for the second time, drying by using the drying machine for the third time, and spreading for airing after drying every time. The dark tea processed by the dark tea processing method disclosed by the invention has the advantages of uniform and strip-shaped outline, jet-black and lubricating color and luster, golden and bright soup color similar to amber, mellow and sweet flavor, rich fragrance, fruit honey aroma, yellow brown and uniform leaf base, stable quality and drinking safety and is a high-quality loose dark tea with unique style.

The invention relates to a method for low-temperature activated bleaching by using Schiff base metal complexes, belonging to the field of methods for low-temperature activated bleaching. The method comprises the following steps: (1) taking the Schiff base metal complexes, 20-50g/L of H2O2, penetrating agents and stabilizing agents and then mixing the substances to obtain bleaching operating fluid with pH value of 7-11; (2) padding the fabrics in the bleaching operating fluid; and (3) carrying out cold pad-batch or steaming on the padded fabrics and then washing the fabrics with water. The method is simple, low in cost, high in production efficiency, environment-friendly, energy-saving and suitable for industrialization and reduces the bleaching temperature, shortens the stacking time and reduces the fabrics damage under the premise of achieving good bleaching effect.

The invention discloses a processing method of dark raw tea. The processing method is based on a conventional processing process of the dark raw tea. The processing method comprises the procedures of picking materials, de-enzyming, primarily kneading, carrying out pile fermentation, secondarily kneading and drying. The picking of the materials is strictly executed by three fresh leaves with one bud; in the procedure of pile fermentation, the piling of the primarily-kneaded leaves lasts for 12-16 hours with the leaf temperature in the primarily-kneaded leaf pile being 48-52 DEG C, and when the leaves are tawny, the coarse smell is eliminated and the fragrant flavor is generated, unpiling and deblocking are carried out for secondary kneading; in the drying procedure, the drying is carried out till the water content is 4-6% and forming the roasted flavor. Therefore, the processing method disclosed by the invention has the advantages that the problem that the contents of fluorine and rare soil in the dark raw tea exceed the standard due to coarseness of the raw materials can be effectively solved; a new product of the dark raw tea is mellow in taste, is not coarse, has the roasted flavor, can realize the instantaneous drinking of the dark raw tea, and is used for processing and pressing the raw tea materials; the produced dark raw tea is an all-new dark raw tea product.

The invention discloses a tobacco biological organic fertilizer which is prepared through the steps of firstly crushing a tobacco material into powder, and then adding a biological fermentation microbial inoculum; uniformly mixing the biological fermentation microbial inoculum and the tobacco material according to the weight ratio of 1:(500-600), then fermenting in a stacking way at high temperature of 58-63 DEG C for 8-10 days, wherein the material is overturned once every 2-3 days, and the water ratio of the tobacco material is 65%-70%. By adopting the mode, the tobacco biological organic fertilizer disclosed by the invention can shorten the composting time and change the wastes into valuables, is low in cost, can be used for killing and expelling pests and inhibiting and killing bacteria and can improve the soil, promote the growth of root systems, shorten the growth period of crops, increase the output of the crops and enhance the quality of the crops.

The invention relates to a composite sludge treatment process. The treatment process comprises the following steps: step a, removing impurities; step b, pre-treating the sludge to obtain first sludge and second sludge; step c, uniformly mixing the second sludge obtained in the step b with a solidifying agent by means of aeration treatment, and subsequently press-filtering and dehydrating the second sludge which is subjected to the aeration treatment to obtain a sludge cake; step d, adding a solidifying agent into the first sludge obtained in the step b and uniformly stirring; step e, sending the sludge cake obtained in the step c and the first sludge treated in the step d to a temporary storage yard, and standing for 1-2 days to finish the treatment. The composite sludge treatment process disclosed by the invention has the advantages of high efficiency, low cost and the like.

The invention relates to a low-temperature activation bleaching method by using water-soluble metal phthalocyanine and belongs to a low-temperature activation bleaching method. The method comprises the following steps of: (1) mixing the water-soluble metal phthalocyanine, H2O2, a penetrating agent and a stabilizer to obtain bleaching working solution; (2) padding fabric in the bleaching working solution; and (3) performing cold piling or steaming on the padded fabric and washing. The method has the advantages of simplicity, low cost, high production efficiency, environmental protection, energy conservation and suitability for industrial application; and on the premise of achieving good bleaching effect, the bleaching temperature is reduced, the stacking time is shortened and fabric damage is reduced.

The invention discloses microorganism fermented organic fertilizer. A production method of the microorganism fermented organic fertilizer comprises adding 5 to 8 parts of microorganism bacterium agent, 1 to 2 parts of peat humic acid and 5 to 10 parts of chemical nitrogenous fertilizer to raw materials which are formed by 60 to 65 parts of livestock and poultry excrement, 25 to 30 parts of rape seed cakes and 10 to 15 parts of wheat bran; then uniformly mixing; placing in piles with the high temperature ranging from 50 to 55 DEG C and fermenting for 11 to 13 days. The microorganism bacterium agent comprises amylase, protease, lipase and cellulose. The microorganism fermented organic fertilizer has the advantages of enabling composting time to be reduced, being non-poisonous, harmless and free from extraneous odor, generating no pollution to the environment, enabling nutrients to be stored, enabling organic contents in the fertilizer to be improved and accordingly improving the fertilizer quality.

The invention discloses a method for separating selenium and mercury from acid mud of a copper-lead-zinc smelting sulfuric acid system. The method includes the steps of 1) leaching the selenium and solidifying the mercury from the acid mud by adopting the oxygen pressure-alkaline leaching process, specifically, mixing the acid mud, sodium hydroxide and lime to form slurry, adding the mixture into a reaction kettle according to a proportion, then, injecting oxygen-enriched gas into the reaction kettle, increasing the pressure to reach 1.7-2.2MPa, namely 17-22atm, carrying out heating to reach 160-220 DEG C, then carrying out oxygen pressure-alkali leaching for 1-4 hours, and condensing tail gas of the reaction kettle to remove mercury steam through a condensation tank, wherein condensed water returns to the reaction kettle to be recycled as a liquid for a alkali leaching mixture; 2) carrying out solid-liquid separation; 3) sealing and storing alkali leaching residues in the step 2), and sending the alkali leaching residues to a mercury factory to recover the mercury in a centralized mode; and 4) carrying out efficient reduction to prepare crude selenium, specifically, purifying alkali leachate in the step 2) and then carrying out reduction to recover the selenium. Compared with an existing technology for calcinating the acid mud by adding the lime, the method for separating the selenium and the mercury from the acid mud of the copper-lead-zinc smelting sulfuric acid system has the advantages that the reaction temperature is greatly reduced, the oxygen-enriched gas is used for oxidation, other oxidizing agents do not need to be added, the treatment cost is saved, and the leaching rate of the selenium is increased.

The invention relates to the technical field of float glass, and provides a full-automatic horizontal glass stacking machine and a glass stacking method. The full-automatic horizontal glass stacking machine comprises a transverse rail, stacking platform assemblies and suction main engines used for sucking glass on a glass production line and then transferring the glass to the stacking platform assemblies to be stacked. Each suction main engine comprises a fixed framework, a traveling device, a movable framework, a lifting device, a suction cup frame and a mobile device. Compared with the prior art, the full-automatic horizontal glass stacking machine provided by the invention improves the grabbing efficiency, accidents are not likely to happen in the glass grabbing process, the stacking time of each piece of glass board is shortened, and the production efficiency is improved. According to the glass stacking method, the suction cup frames are driven to move towards the glass moving direction at the speed the same as the glass moving speed while suction assemblies compress the surface of glass, so that glass is grabbed more conveniently, rapidly and firmly, and the grabbing and production efficiency is improved.

Disclosed is a chin brick tea pile fermentation processing method. The method comprises the steps that firstly, water detection is performed on a tea base, then, water adding and moistening and beneficial microorganism strain inoculation are performed, then, first-time pile turning and heat dissipation are performed, then, pile pavement and beneficial microorganism strain inoculation are performed again, then, second-time pile turning and heat dissipation are performed, then, ventilation and heat dissipation are performed, and finally natural ventilation drying ageing are performed to perform pressing to obtain the finished chin brick tea. The advantaged leading role of beneficial microorganisms in the chin brick tea pile fermentation process is sufficiently ensured, the chin brick tea pile fermentation time is shortened, and the chin brick tea pile fermentation quality is improved; it is ensured that the chin brick tea quality and flavor are pure, and the quality is stable.

The invention discloses a microbial fermentation organic fertilizer and a preparation method thereof. The method comprises steps as follows: (1), stomach content, intestinal content and animal dung of slaughtered animals are added to a drum screen to be separated and screened and then are conveyed to a drum type high-temperature furnace to be heated, and the stomach content, the intestinal content and the animal dung are dried; (2), the dried stomach content, intestinal content and animal dung are added to a high-temperature fermentation tank for aerobic fermentation, and aerobic fermentation products are obtained; (3), the aerobic fermentation products are conveyed to a fermentation workshop, a multifunctional microorganism inoculation agent is added, the mixture is uniformly mixed, compost is fermented, and the organic fertilizer is prepared. The organic fertilizer is prepared from the stomach content, the intestinal content and the dung of the animals, the microorganism inoculation agent is added, the composting time of the fertilizer is shortened, the environment pollution problem caused by stomach content, the intestinal content and the dung of the animals is solved, no toxic or harmful substances are discharged in the composting process, the organic fertilizer is completely harmless, nutrients can be preserved, the content of organic matters in the fertilizer is increased, and accordingly, the quality of the fertilizer is improved.

The invention relates to a method for low-temperature activated bleaching by using 1,4,7-triazacyclononane metal complexes, belonging to the field of methods for low-temperature activated bleaching. The method comprises the following steps: (1) taking the 1,4,7-triazacyclononane metal complexes, H2O2, penetrating agents and stabilizing agents and then mixing the substances to obtain bleaching operating fluid with pH value of 7-11; (2) padding the fabrics in the bleaching operating fluid; and (3) carrying out cold pad-batch or steaming on the padded fabrics and then washing the fabrics with water. The method is simple, low in cost, high in production efficiency, environment-friendly, energy-saving and suitable for industrialization and reduces the bleaching temperature, shortens the stacking time and reduces the fabrics damage under the premise of achieving good bleaching effect.

The invention discloses a solar heat collection type drying device and a control method thereof. The solar heat collection type drying device comprises an air supply device, a heat exchange device (2) and a solar heat collection device. The air supply device comprises a fan (1) capable of rotationally absorb outside airflow and conducting acceleration and pressurization on the airflow, so that materials are dried through the accelerated and pressurized airflow. The heat exchange device (2) is arranged in the fan so as to conduct heat exchange on the airflow entering the fan. The solar heat collection device is used for obtaining solar energy and for transferring the obtained energy to the airflow in the fan through the heat exchange device so as to achieve an airflow heating function. According to the solar heat collection type drying device and the control method thereof, the solar energy can be obtained through the solar heat collection device, the obtained energy is transferred to the airflow in the fan through the heat exchange device, so that the airflow heating function is achieved, heating and heat transferring functions can be achieved on the materials effectively, the drying rate is increased, the drying efficiency is improved, the solar energy is effectively used under the circumstance of the same dry degree, and less energy is consumed.

The invention discloses a waste storage tank for dehydrating waste, which comprises a waste storage tank body, a discharging door arranged at one side of the waste storage tank body, a bridge crane and a waste grab bucket arranged below the top roof of the waste storage tank body, and a compressed waste dehydrator arranged below the discharging door, wherein the compressed waste dehydrator is provided with a collecting hopper with an upward opening, the collecting hopper is positioned below the discharging door, and a discharging platform is arranged outside the discharging door. By the compressed waste dehydrator, the waste storage tank can dehydrate and store crude waste generated by factories in sequence, and also can deeply dehydrate the fermented waste stored in the tank body, remarkably improves the dehydration efficiency of waste, saves the dehydration time of waste, improved the lower heat value of waste, and reduces cost; and the volume of the whole waste storage tank can be reduced.

The invention relates to a progressive slow piling steaming box which is suitable for the steaming and the rinsing or the dying after the cold pad-batch pretreatment and the piling and the steaming before the printing of pure cotton and cotton-polyester blended fabrics. The steaming box comprises a box body (1), a progressive slow piling device (4) and a cloth supporting basket (5), wherein the progressive slow piling device (4) and the cloth supporting basket (5) are arranged in the box body (1); the progressive slow piling device (4) comprises a gear box motor (4.15), three transmission shafts (4.14), four rocker arm mechanisms and a cloth moving basket (4.16); a plurality of cloth supporting strips I (4.16.1) and a plurality of cloth supporting strips II (5.1) are convexly arranged on the cloth moving basket (4.16) and the cloth supporting basket (5) and distributed along the length direction of the box body; and the cloth supporting strips I (4.16.1) on the cloth moving basket (4.16) and the cloth supporting strips II (5.1) on the cloth supporting basket (5) are mutually spaced. The steaming box can ensure that the surfaces of fabrics cannot be scratched to have grinding defects and can not be scalded and has uniform and thorough steaming effect.

The invention discloses an auxiliary device for electric power construction. The auxiliary device structurally comprises an operation mechanism, an auxiliary mechanism, a lifting device, a sky rail, acarrier table, a stand column, a lower cross beam and a ground rail. The operation mechanism is horizontally installed at the right end of the lower cross beam and electrically connected with the auxiliary mechanism, the section of the auxiliary mechanism is of a rectangular structure, the auxiliary mechanism is tightly attached to the right end of the stand column and mechanically connected withthe lifting device, the auxiliary mechanism and the stand column are collinear in axial center, the lifting device is vertically fixed to the lower end of the sky rail and welded to the stand column,and the sky rail and the ground rail are collinear in axial center. By means of the auxiliary device, the defects in the prior art are overcome, a stacker is high in stability, the using effect of the stacker can be effectively ensured, the material stacking speed of the stacker is improved, stacking time is shortened, and the roadway type stacker convenient and fast to use is safe to operate andcontrol and capable of freely switching up-down ascending and descending and front-back movement.

The invention discloses fast batch-out equipment for rolled glasses. The fast batch-out equipment for the rolled glasses comprises an independently arranged main engine seat, a turn-over arm, a sucker stand, an air circuit vacuum system and an electrical control system. A speed reducer and a servo motor are arranged on the main engine seat; one end of the turn-over arm is arranged on an output shaft of the speed reducer on the main engine seat, and the other end of the turn-over arm is connected with the sucker stand; the sucker stand comprises a cross beam, bending arms, a plurality of suckers and air cylinders; the air circuit vacuum system comprises a vacuum pump, a vacuum tank, vacuum control elements and an air source processing unit. The fast batch-out equipment for the rolled glasses provided by the invention is simple and reasonable in structural design, comprehensive in equipment function, safe, convenient and simple to use, high in adjustment accuracy, short in stacking period, and beneficial to greatly improving the production efficiency.

The invention discloses an organic garbage compost device and belongs to the technical field of garbage treatment devices. The organic garbage compost device mainly comprises a material bin which is divided into a material discharge buffer bin, a fermentation bin and a leachate storage bin. Two spiral material feeding rollers are installed rotatably on the material bin and are used for transporting materials from the fermentation bin to the material discharge buffer bin. A stirring roller is installed rotatably in the fermentation bin and is provided with a liquid flowing channel being connected to a hydrogen peroxide pump-feeding pipeline. The stirring roller is provided with a plurality of liquid discharge holes. A plurality of waste gas outlets are formed on the top of the material bin, wherein each waste gas outlet is communicated with a gas path pipeline through a branch gas pipeline. The gas path pipeline is connected to a waste gas treatment apparatus and is provided with a vacuum pump. A leachate outlet is arranged on the bottom of the leachate storage bin and is communicated with a waste water treatment apparatus. The treatment method is reduced in treatment time, is improved in treatment efficiency, is reduced in treatment cost and can be widely applied in garbage treatment.

The invention discloses a method for raising earthworms in stages by using manure, which comprises the following steps of: S1, collecting raw materials, and carrying out classified collection treatment on four raw materials of pig manure, cow manure, sludge and straws; S2, treating base materials, measuring the carbon-nitrogen ratio of the raw materials, respectively adding the straws into the pigmanure, the cow manure and the sludge, and adjusting the carbon-nitrogen ratios of the pig manure, cow manure and sludge through the straws; S3, laying a base bed and inoculating the base bed with earthworms, paving the pig manure, cow manure, and sludge base materials prepared in step S2 on a flat ground, and inoculating the earthworms; step S4, preparing the mixed base materials, preparing a mixed base material a, a mixed base material b, a mixed base material c and a mixed base material d from the pig manure, cow manure and sludge base materials treated in step S2 according to a certain mass ratio; S5, feeding the earthworms, and adding different mixed base materials in different growth stages of the earthworms. The method solves the problems that one base material is adopted in the whole stage of earthworm culture in the prior art, the culture yield is low, and the treatment effect of the manure is not ideal.

The invention discloses a weaving method of a moisture-absorbing heating antibacterial fabric. The method comprises the following steps of step S1, spinning yarns, including: obtaining kapok fibers and cotton fibers and blending the kapok fibers and the cotton fibers into cotton kapok blended yarns, and similarly, spinning coarse yarns that meet the requirements; step S2, pre-treating the cotton kapok blended yarns to make the cotton kapok blended yarns humidified and soft; step S3, weaving on machine: weaving with a double-sided circular knitting machine to obtain the fabric; and step S4, dyeing and finishing the obtained fabric, wherein the specific process includes: scouring, dyeing, washing, drying, setting, and finally obtaining the moisture-absorbing heating antibacterial fabric; andingredients of a scouring agent used in the scouring process include: caustic soda, penetrant, sodium hydrogen sulfite, trisodium phosphate and sodium silicate. According to the method provided by the invention, the antibacterial effect of the kapok fibers can be exerted, the moisture absorption and heating performance of the fabric can be improved, the kapok fibers can be protected, and besides,the method is simple, the energy consumption can be reduced, the emission of pollutants is reduced, and environmental protection is facilitated.