48results about How to "Help convert" patented technology

The invention discloses a construction method for spraying-seeding kind-loam matrix on a side slope. The construction method comprises steps of A) analyzing stability of the side slope and reinforcing the side slope, B) eliminating dangers for the side slope, C) hanging a net for a slope surface of the side slope and constructing anchor rods, D) arranging a river system for the side slope and arranging a drainage system on the side slope, E) spraying and seeding seeds on the side slope via a kind-loam matrix spraying-seeding way, and F) conducting side slope maintenance management work including covering a non-woven fabric, watering, applying fertilizer, preventing diseases and insects, supplementing seeds and post-monitoring. Two-layered spraying-seeding way is applied; through bionic operation, kind-loam matrix in the nature suitable for the side slope can be simulated; plant seed germination, root development, microorganism activity and nutrient conversion can be facilitated; plant growth development can be promoted; and great application prospect can be achieved.

The invention relates to a catalytic conversion method for petroleum hydrocarbon. According to the method, raw oil contacts a catalyst in a reactor to carry out a reaction, wherein the catalyst is rich in mesoporous zeolite; a cracking reaction is performed under the following conditions: a reaction temperature is 500-750 DEG C, weight hourly space velocity is 100-800 h<-1>, reaction pressure is 0.10-1.0 MPa, a weight ratio of the catalyst to the raw oil is 1:100, a weight ratio of water vapour to the raw oil is 0.05:1.0; the spent catalyst and the reaction oil gas are separated; the spent catalyst is subjected to regeneration, and returns to the reactor, the reaction oil gas is separated to obtain a product, wherein the product comprises ethylene, propylene, propane, butane and arene-rich catalytic gasoline; the catalytic gasoline is subjected to selective hydrogenation, and enters an arene extraction apparatus to separate to obtain the target product of light arene; the raffinate oil, the propane and the butane are subjected to steam cracking to further produce ethylene and propylene. With the method provided by the present invention, the yields of the ethylene and the propylene are respectively 20.31 wt% and 31.67 wt%, the yield of BTX is 24.39 wt%.

The invention discloses a method for preparing silicon oxide nanofiber. The method comprises the following steps of mixing silica sol with a nitrate solution, performing ultrasonic dispersion on the solution, adding ethylenediamine after the dissolution of the nitrate solution, and stirring uniformly to obtain a mixed solution; putting the mixed solution into a stainless steel reaction kettle with a polytetrafluoroethylene liner, standing the reaction kettle in a high-temperature baking oven after the closing of the reaction kettle, and performing a hydrothermal reaction; taking out the reaction kettle and cooling the reaction kettle to room temperature after the completion of the reaction, collecting precipitates in the reaction kettle, and washing the precipitates to obtain a silicon oxide nanofiber crude product; adding the silicon oxide nanofiber crude product into a hydrochloric acid solution, stirring in a thermostatic water bath, removing impurity components from the silicon oxide nanofiber crude product, and performing centrifugal separation to obtain a silicon oxide nanofiber finished product. The method disclosed by the invention has the advantages that not only can the high energy consumption in a nanofiber preparation process through a traditional chemical vapor deposition and thermal evaporation technology be avoided, but also the production is easily expanded by utilization of a hydrothermal synthesis technology.

The invention discloses a making technology of tea cakes in the field of processing of tea leaves. The making technology comprises the following steps of: step I, performing resurgence: spraying water to tea leaves so that the tea leaves are in resurgence; step II, steaming tea: steaming the tea leaves after the resurgence with steam for 4-6 seconds; step III, loading the cooked tea leaves into a mold: paving a liner cloth in a circular mold in advance, then placing an annular snap ring on the liner cloth, wherein the snap ring and the mold are concentric circles, the height of the snap ring is less than that of the mold, and a plurality of dividing strips are arranged on the outer edge and the inner edge of the snap ring, and then putting the steamed tea leaves of which the placing thickness is greater than the height of the snap ring, in the mold,; step IV, performing pressing to obtain cakes: putting the mold loaded with the tea leaves in a tea cake briquetting machine for briquetting so as to obtain the tea cakes; step V, performing drying: taking out pressed tea cakes, and putting the tea cakes in a drying room for drying; and step VI, performing packaging: packaging the dried tea cakes so that the packaged tea cakes can be sold. The tea cakes made by the technology disclosed by the invention can be divided into tea leaf blocks by the snap ring and the dividing strips, so that the tea cakes are convenient to eat, and waste of the tea leaves is avoided.

According to the invention, an enzyme beverage with the efficacy of dispelling effects of alcohol and protecting the liver is prepared from a main material of Chinese date soup supplemented with medicinal materials or food materials such as lotus leaves, giant knotweed rhizomes, Chinese thorowax roots, fleeceflower roots, radix angelicae sinensis and raw ginger, and prepared by a special enzyme biological fermentation technology. Before ethyl alcohol enters the liver, the beverage can intercept and decompose the ethyl alcohol which is then expelled from the body through gastrointestinal tracts so as to effectively protect the liver and the stomach, furthest avoid liver damage and stomach damage, and play a role in dispelling effects of alcohol and protecting the liver. An enzyme stock solution can quickly decompose the ethyl alcohol in the body, prevent brain and internal organs from paralysis, and improve situations such as serious hangover and headache. The beverage is taken before drinking so as to prevent drunkenness, condition the stomach and the intestine, improve digestion and absorption, and enhance constitution.

The present invention belongs to the fields of Pu'er tea storage technology and quality improvement, and particularly relates to a Pu'er tea storage bin and a storage method. The Pu'er tea storage binstably contains five dominant micro-organisms of new aspergillus niger, bacillus subtilis, aspergillus niger, Blastobotrys adeninivorans yeasts, aspergillus tubigensis, etc., is combined with Kunmingdry storages and other conditions to contribute to a later transformation of Pu'er tea, is combined with appropriate storage conditions, helps accelerate the later transformation of the Pu'er tea andimproves the quality of the Pu'er tea.

The invention discloses an ordered mesoporous TMCO-aluminium oxide (transition metal composite oxide-aluminium oxide) catalyst resistant to sulfur poisoning and a preparation method thereof, and belongs to the technical field of environmental protection. The catalyst is prepared by taking transition metal composite oxide as a catalyst active component, aluminum isopropoxide as an aluminum source and a polyethylene oxide-polypropylene oxide-polyethylene oxide triblock copolymer as a template agent as the raw materials. The preparation method comprises the following steps that firstly, the template agent, the aluminum isopropoxide and acid are sequentially added into a container containing a solvent, and stirring is carried out until the mixture is dissolved; the active component of the catalyst is added into the container, and stirring is carried out; then the container is sealed, and stirring is carried out at room temperature; then after the container is opened, drying is carried outin a drying oven; and finally solid dried in the drying oven is taken out and then is roasted to obtain the catalyst. The ordered mesoporous TMCO-alumina catalyst is prepared by adopting a solvent volatilization-solute self-assembly method, and the prepared catalyst has high reaction activity and relatively strong anti-sulfur-poisoning performance.

The invention relates to liquid milk which is added with the components of sweet potatoes and hawthorns so as to be beneficial to the digestion and the absorption of the milk and provide abundant nutritional health-care components. The invention solves the technical problems of keeping better nutritional components and mouth feel, promoting the digestion and the absorption of a milk product and prolonging the ageing of starch. The product concerned in the invention mainly comprises liquid milk, sweet potatoes and hawthorns. Each kilogram of sweet potato-hawthorn milk contains 580 to 820 grams of liquid milk, 80 to 400 grams of sweet potato pulp (with the water content of 20 to 60 percent) and 50 to 280 grams of hawthorn fruit pulp (with the water content of 20 to 60 percent). The manufacturing method comprises the following steps of: sieving the sweet potatoes and the hawthorns respectively, washing, softening, beating, separating, filtering, removing residues, mixing with the liquid milk and stirring after degassing, and then packaging to obtain the product, wherein the procedures of softening and beating can better keep the original state and the taste of plants. The sweet potatoes and the hawthorns can ensure the balance of nutrition and promote the absorption of the milk.

The invention discloses a layered porous magnesium iron hydrotalcite-based catalyst (MgFe-LMOs) and application thereof in production of biodiesel by hydrodeoxygenation in a suspended bed. The preparation method comprises the following steps: firstly, preparing MgFe-LDHs binary hydrotalcite with an intercalation structure by adopting a hydrothermal-co-precipitation method, and then roasting the MgFe-LDHs binary hydrotalcite in an air atmosphere to obtain the layered porous magnesium-iron catalyst material. The catalyst is applied to production of biodiesel through hydrodeoxygenation in a suspended bed with palm oil as raw material oil, the catalyst has high hydrodeoxygenation reaction activity and selectivity, and products of the hydrodeoxygenation mainly comprise C10-C18 alkanes and have a high combustion heat value, so that the catalyst has a good application prospect in industry.

The invention discloses a rotary laser radar and an SLAM robot for indoor map construction and positioning. A 3D laser radar is rotationally connected with a fixed seat through a laser radar support;the SLAM robot constructed and positioned by the indoor map formed by the rotary laser radar can achieve full-angle detection of the surrounding environment, and in addition, the robot further comprises a camera module for collecting front image data and a pose capturing unit for collecting the position and pose of the robot. The rotary 3D laser radar, the multi-angle camera and the pose capturingunit cooperate and supplement with one another, comprehensive and accurate environment information around the robot can be obtained, and the most basic and important data source is provided for constructing the accurate and complete three-dimensional map.

The invention relates to a dust suppressant for mineral powder and a preparation method of the dust suppressant. The dust suppressant is obtained by preparing a polymer hydrosol through a copolymerization technique by using an ionic monomer and a nonionic monomer as raw materials, and performing mixing on the polymer hydrosol and a silica sol. According to the dust suppressant provided by the invention, the polymer hydrosol has a low particle size and better bonding ability to the mineral powder; and the silica sol improves cohesive force of the organic polymer, and the shell layer formed by the silica sol has better weathering resistance.

The invention discloses an urban air pollution control method, which comprises the following steps: (1) determining the city wind direction and the pollution source; (2) establishing an isolation belt; (3) carrying out net hanging and rod anchoring construction on the isolation belt surface; (4) spraying the surface of the isolation belt by using loam-like substrates, including the subbase of theloam-like substrates and the surface of the loam-like substrates; (5) carrying out a maintenance management, including covering the surface of the loam-like substrates with non-woven fabrics and strengthening non-woven fabrics, watering, fertilizing, controlling pest, replanting and post-monitoring. The urban air pollution control method provides a green isolation belt which can quickly form a stable ecosystem, thereby reducing the air pollution to the city.

The invention relates to liquid milk containing Chinese yam and hawthorn fruit, which is favorable for digesting the milk and providing abundant nutritional health-care ingredients. The liquid milk containing the Chinese yam and the hawthorn fruit solves the technical problem of maintaining better nutritional ingredients and mouthfeel, promoting the digestive absorption of milk products and prolonging starch aging. Each kilogram of Chinese yam and hawthorn fruit milk comprises 580 to 820 grams of liquid milk, 80 to 400 grams of Chinese yam pulp paste (the moisture content is between 20 and 60 percent) and 50 to 280 grams of hawthorn fruit pulp paste (the moisture content is between 20 and 60 percent). The preparation method comprises the following steps of: selecting the Chinese yam and the hawthorn fruit, cleaning, softening, pulping, separating and filtering to remove dregs, degassing, mixing with the liquid milk, and packaging to prepare the Chinese yam and hawthorn fruit milk, wherein the processes of softening and pulping can better maintain the original state and taste of plants. The Chinese yam and the hawthorn fruit can ensure balanced nutrition and promote the absorption of the milk.

The invention discloses a marine organism spray-seeding matrix for slope protection and an implementation process thereof. The marine organism spray-seeding matrix comprises the following components in parts by weight: 20-25 parts of soil, 20-25 parts of shell powder, 5-10 parts of seaweed-based biochar, 10-15 parts of hermetia illucens sand, 10-15 parts of expanded fibers, 2-6 parts of a soil conditioner, 8-10 parts of a slow-release compound fertilizer and 0.05-0.7 part of plant seeds. Most raw materials of the matrix are from agricultural production solid wastes and domestic solid wastes, the solid wastes are recycled through fine processing of the wastes, and the shell powder and the hermetia illucens sand contain various probiotics, so that the construction of a soil microbial ecological system can be accelerated.

The invention discloses a multifunctional composite catalyst as well as a preparation method and application thereof. The multifunctional composite catalyst is composed of a molybdenum-containing composite metal oxide and a multi-stage pore zeolite molecular sieve modified with and a metal element. The preparation method comprises the following steps: adding water into a molybdenum salt, and performing stirring to prepare a solution A; adding a salt containing the A element into the solution A, and continuing stirring to obtain a solution B; adding a hard templating agent into the solution B,and continuing stirring to obtain a solution C; continuing to stir the solution C at temperature of 40-90 DEG C to obtain a solid-liquid mixture; adding a salt containing at least one element selectedfrom the group consisting of a group IIA element, a group IIIA element, a group IIB element, a group IIIB element, a group IVB element, a group VIIB element and the like into water to prepare a solution D, continuing to stir the solution D to obtain a solid-liquid mixture, and performing drying; and performing mixed grinding on the AOx-MoO3 and the metal modified molecular sieve, and performing preforming molding to obtain a sample, wherein the sample is the multifunctional composite catalyst.

The invention discloses a substrate integrated gradient-width surface wave antenna. The antenna comprises a metal floor, an upper-layer metal plate, a dielectric plate, a short circuit via hole and afeed probe, wherein the upper-layer metal plate and the metal floor are positioned on the upper surface and the lower surface of the dielectric plate respectively; the upper-layer metal plate is provided with an empty groove along the transverse gradient width; the short circuit via hole is arranged along the edge of the empty groove; and the feed probe is arranged in the longitudinal center of the empty groove and penetrates through the dielectric plate to be connected with the upper-layer metal plate. The antenna realizes high-gain and low-sidelobe-level end-on-fire radiation, provides a relatively wide impedance bandwidth, and has the characteristics of easy integration, low profile and easy processing.

A dry grind ethanol production process and system with front end milling method is provided for improving alcohol and / or by-product yields, such as oil and / or protein yields. In one example, the process includes grinding corn kernels into particles then mixing the corn particles with a liquid to produce a slurry including oil, protein, starch, fiber, germ, and grit. Thereafter, the slurry is subjected to a front end milling method, which includes separating the slurry into a solids portion, including fiber, grit, and germ, and a liquid portion, including oil, protein, and starch, then milling the separated solids portion to reduce the size of the germ and grit and release bound starch, oil, and protein from the solids portion. The starch is converted to sugar, and alcohol is produced therefrom then recovered. Also, the fiber can be separated and recovered. Oil and protein may be separated and recovered as well.

The invention belongs to the field of functional foods, and particularly relates to a nutrient composition for cleaning intestines and expelling toxin of intestines. The nutrient composition comprisesthe following components in parts by mass of 23.79-76.12 parts of glycitol, 4.76-52.33 parts of fructo-oligosaccharide, 0.24-9.28 parts of a haw extract, 0.24-9.28 parts of honey powder, and 0.1-23.88 parts of inulin. According to the formula, the components are in a synergistic reaction, and eaters are regulated from many respects, so that the nutrient composition is favorable for intestinal peristalsis, can restore intestinal motility, can expel toxins of the intestines, can promote cleanness of the intestines, can rapidly increase the defecation amount, can relieve constipation and can maintain the intestines healthy.

The invention belongs to the technical field of desulfurizing agent preparation, and particularly relates to a deep purification fine desulfurizing agent and a preparation method thereof, wherein thedesulfurizing agent comprises at least one selected from germanium, tin, bismuth and antimony or oxides thereof, aluminum oxide, nanometer zinc oxide, a transition metal oxide, an alkali metal or alkaline earth metal compound, and a lanthanum-based metal or an oxide thereof, and can remove organic sulfur and inorganic sulfur from synthesis gas at a temperature of 40 DEG C under a space velocity of16000 h<-1> to reduce the total amount of the organic sulfur and the inorganic sulfur in the synthesis gas to 3 ppb from 20 ppm, such that the desulfurizing agent has characteristics of good desulfurizing effect and high activity. According to the present invention, the method has characteristics of simple process, short preparation period, low energy consumption, and easy operation and implementin actual production; and the desulfurizing agent prepared by the method can remove organic sulfur and inorganic sulfur at the same time.

The invention discloses a nutrient medium for rock slope regreening and a construction process thereof. The construction process includes the steps of arranging a slope, distributing slope rainwater collecting and slow releasing devices, hanging a net on the slope, constructing anchor rods, spraying and spreading the nutrient medium, arranging a slope drainage system and performing later-period curing, wherein the nutrient medium to be sprayed and spread is mainly divided into three layers: the super-adhering nutrient medium, the super-bonding nutrient medium and the anti-scouring nutrient medium. By means of the construction process on the basis of a traditional process, the slope stability evaluation is increased; a rainwater collecting and slow releasing system is adopted for an improved mesh mode, and the curing time and curing cost are effectively reduced on the basis of ensuring the slope stability and good vegetable growth.

The invention discloses a catalyst for cracking domestic sludge, a preparation method thereof and a method for treating the domestic sludge. The catalyst SL-FCCF for cracking the domestic sludge and visible light are applied to sludge cells and sludge lignocellulose to achieve mud cell wall breaking and achieve stability breaking of the sludge lignocellulose. After the visible light is removed, SL-FCCF can strengthen the enzyme activity and reduce the enzyme load, which is beneficial to the decarboxylation reaction, and significantly improves the reducing sugar and ethanol yield rate. The method has few treatment steps and does not need to add too many chemical agents, the prepared catalyst can be applied to the whole process of sludge reduction and resource utilization, be convenient to recycle and can be recycled many times, and the sludge processing costs are saved remarkably, which is important for effectively solving energy crises and relieving environmental pollution.

The invention relates to a prostate moxibustion intelligent robot. Information, intelligent, self-service moxibustion health care physiotherapy services can be provided for users, the health care needs in the process of human body sub-health detection and prostate physiotherapy are met, in the product design, vertical robot physical appearance design is adopted, flexible movement can be realized,combination and dismounting are realized, and cleaning is convenient, and the characteristics of self-service physiotherapy application are conformed; on the core technology, a human body quantum weakmagnetic field induction and resonance technology, an RFID sensor technology and an artificial intelligence technology and Chinese traditional Chinese medicine moxibustion treatment are combined together, intelligent physiotherapy application is conducted specifically for the human sub-health detection and male prostate health care, during health care physiotherapy, human health data can be presented in real time, and self-health care awareness and the independent health management ability are improved. The prostate moxibustion intelligent robot is advanced in technology and has a huge user group, transformation of patent technology achievements is facilitated, and product technological innovation and social and economic development are promoted.

The invention relates to a method for operating an internal combustion engine (10), in the exhaust gas section (13) of which is arranged at least one SCR catalytic converter (16), which is hit with a reagent that contributes to NOx conversion in the SCR catalytic converter (16), and to a device for implementing the method. At least one measure (NOx_nK_mod) is calculated for the NOx concentration (NOx_nK) downstream after the SCR catalytic converter (16). An NOx sensor (18), which is arranged downstream after the SCR catalytic converter (16), generates an exhaust gas sensor signal (S_nK) whichcorresponds to at least the NOx concentration (NOx_nK) and optionally, as a result of cross sensitivity, to a reagent slip (ms_Rea_nK).; A reagent signal (S_Rea), which determines the dosage of reagent, is influenced by a correction signal (d_ReaSP) as a function of the difference (D) and as a function of a measure for the temperature (te_Kat) of the SCR catalytic converter (16).

The invention relates to a mineral powder suppressant and a preparing method thereof. According to the suppressant, ionic monomers and nonionic monomers serve as raw materials, and polymer hydrosol is prepared through the copolymerization technology with a high dosage of ionic monomers. The polymer hydrosol is in a fine disperse state with the particle size being lower than 100 nm. The specific surface area is remarkably increased, the bonding probability and consolidation effect of the suppressant and dust particles are improved, and the dust suppression efficiency can be easily improved.

The invention relates to an assessment management system for clinical studies initiated by researchers. The system comprises a project assessment module, a project assessment module and a project assessment module, wherein the project assessment module is used for assessing the feasibility of the clinical studies initiated by the researchers; the scheme design module is used for designing and generating an implementation scheme of clinical research; the research data management module is used for collecting and managing research data in the clinical research process; the data analysis and evaluation module is used for analyzing and evaluating the research data to complete the evaluation of the implementation quality of the clinical research; and the project recommendation module is used for carrying out comprehensive analysis according to the feasibility evaluation result and the implementation quality evaluation result, determining high-quality clinical research and carrying out recommendation. Compared with the prior art, the present invention provides comprehensive evaluation management of a series of processes from feasibility study-implementation design-implementation processdata management-implementation quality assessment on clinical studies initiated by researchers, the whole process is high in intelligent degree, and evaluation management is more scientific and reliable.

The invention relates to liquid milk which is added with pumpkin and hawthorn, the digestion and absorption of milk are facilitated, and the milk provides rich nutrition and health-care components. The plant pulp milk realizes the technical effects of maintaining better nutrition components and taste, promoting the digestion and absorption of milk and prolonging the service life of starch. The product mainly comprises the liquid milk, the pumpkin and the hawthorn, and the content of the three components in each kilogram of the pumpkin and hawthorn milk is that: liquid milk, 580g to 820g; pumpkin pulp (containing 20 percent to 60 percent of water), 80g to 400g; and hawthorn pulp (containing 20 percent to 60 percent of water), 50 to 280g. A preparation method comprises the steps that: the pumpkin and the hawthorn are respectively screened, cored, cleaned, softened, beaten, separated, filtered, deslagged, degassed mixed with the liquid milk and stirred, and then are packaged to prepare the product. Wherein, the softening and beating procedures can better maintain the original form and taste of plants. Pumpkin and hawthorn can ensure balanced nutrition and promote the absorption of the milk.

The invention relates to the field of disposable hygiene products, and discloses a reinforced structural diaper with a composite core, which includes a diaper body, and the diaper body is composed of an air-permeable surface layer, a diversion layer, a composite core body, and a leak-proof bottom layer. Bonded with degradable hot-melt adhesive, the composite core consists of a dust-free paper, an upper absorbent layer, an elastic layer, a lower absorbent layer, and a spun-bonded non-woven fabric from top to bottom, and the upper absorbent layer includes a middle area and a Anti-side leakage areas on both lateral sides of the middle area, the middle area has several upper absorption sections distributed along the longitudinal direction, each of the upper absorption sections is arranged at intervals, and the distribution density of the superabsorbent resin on the anti-side leakage area is greater than The upper absorbing section, the lower absorbing layer is longitudinally distributed with several lower absorbing sections, each of the lower absorbing sections is arranged at intervals, and the layers of the composite core are bonded by degradable hot-melt adhesives. It solves the problem that the existing paper diapers are easy to agglomerate, break and delaminate, and the hot melt adhesive used for bonding has good bonding effect and is degradable.

The invention provides a method for extracting aluminum from aluminum-containing minerals. The method comprises the following steps: mixing the aluminum-containing minerals with ammonium salt, and roasting in an atmosphere containing water vapor to obtain roasted clinker and tail gas; leaching the roasted clinker and then carrying out solid-liquid separation to obtain leachate and leaching residues; mixing the leachate with a pH regulator, reacting and then carrying out solid-liquid separation to obtain mixed precipitate and a precipitate mother solution; and mixing the mixed precipitate with an alkali solution, reacting, and then carrying out solid-liquid separation to obtain an aluminate solution and residual precipitate. According to the method, water vapor is introduced in the mixed roasting process of the aluminum-containing minerals and the ammonium salt, conversion of the aluminum-containing minerals is facilitated, then the leaching rate of aluminum and the utilization rate of the ammonium salt in the subsequent leaching process are increased, the problem that the utilization rate of the ammonium salt is low is effectively solved, and separation of aluminum from impurity elements can be effectively achieved through the method; and the method is simple to implement, environmentally friendly, low in equipment requirement, low in energy consumption and raw material cost and good in economic benefit, and has good industrial application prospects.

The invention discloses a whole-course non-toppling Pu'er tea fermentation process, which comprises the following steps: carrying out water wetting treatment on pretreated sun-dried raw tea in an automatic rehydration device, sub-packaging the sun-dried raw tea into standard quantitative fermentation bottles with air holes, carrying out fermentation treatment by virtue of endogenous florae of teaand natural florae in a network fermentation environment, carrying out sufficient fermentation on the sun-dried raw tea in a fermentation bottle in sequence at a normal-temperature bacterium culture stage, a temperature-controlled fermentation stage and a normal-temperature aging stage, discharging the fermented tea leaves from the fermentation bottle, and drying to obtain the fermented Pu'er tea.Independent and relatively closed air-permeable fermentation bottles are adopted for sub-packaging sun-dried raw tea, one-time feeding and one-time discharging are performed in the whole process of the fermentation bottle, no material is discharged or turned over in the whole fermentation process, the problems that microbial spores are sharply increased due to pile turning, fermented materials are dyed, musty, large in material loss and turbid in soup are solved, the product quality is similar to that of traditional Pu'er ripe tea by 90%, the taste is sweeter and mellower than that of the traditional Pu'er ripe tea, and the soup color is brighter than that of the traditional Pu'er ripe tea.