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68results about How to "Promote in-depth" patented technology

Comprehensive management system for scenic regions

The invention discloses a comprehensive management system for scenic regions. The comprehensive management system comprises an intelligent terminal, at least one data center and at least one positioning terminal; the intelligent terminal comprises a marketing promotion terminal or/and a service terminal or/and an industrial management terminal; the positioning terminal is used for collecting static position data of scenic spots and facilities in scenic regions; the positioning terminal is further used for collecting dynamic position data of touring vehicles, tourists and team tourists; the data center is for obtaining business information data and geographic information data; the data center performs centralized database-establishment and management according to the business information data and the geographic information data; the data center is provided with corresponding an industrial management module, a service module and a marketing promotion module according to the business information data and the geographic information data; the marketing promotion terminal establishes marketing promoting activities with the data center through the marketing promotion module; the industrial management terminal establishes industrial management activities with the data center through the industrial management module; and the service terminal establishes service activities with the data center through the service module.
Owner:成都中科大旗软件股份有限公司

Method for constructing lichi core collection by using EST-SSR (Expresses Sequence Tag-Simple Sequence Repeat) molecular marker

The invention discloses a method for constructing lichi core collection, which comprises the following steps: selecting tender lichi leaves, and extracting genome DNAs according to varieties to obtain genome DNA samples of lichi; searching EST-SSR (Expresses Sequence Tag-Simple Sequence Repeat) of the lichi according to an EST sequence of the lichi, and designing an EST-SSR primer; carrying out PCR (Polymerase Chain Reaction) by using the EST-SSR primer to amplify the genome DNAs; carrying out electrophoretic analysis on PCR products to obtain existence data of alleles of the PCR products; and analyzing the obtained data to construct the core collection. In the method disclosed by the invention, the processes of EST-SSR-marked primer formation and experiment operation are simple and are easy to operate, an amplification band is clear, results are stable, and the method is suitable for analyzing genetic diversity among lichi resources, the core collection constructed on the basis almost represents all the genetic diversity of the original germplasm and has better representativeness, and the method has realistic significances for lichi germplasm management, new germplasm collection and germplasm reproduction and renewal and has great importance for promoting the exploration in the utilization of the lichi germplasm resources, so that the utilization efficiency of the lichi germplasm resources is improved.
Owner:POMOLOGY RES INST GUANGDONG ACADEMY OF AGRI SCI

Self-activation flowing stir type methane fermenting system capable of facilitating uniform distribution of bacteria species

The invention discloses a self-activation flowing stir type methane fermenting system capable of facilitating uniform distribution of a bacteria species. The self-activation flowing stir type methane fermenting system comprises a fermenting tank body, a water pressure room and a gas storing board, wherein a supporting device is arranged on the side wall in the fermenting tank body, the gas storing board is placed in the fermenting tank body and fixed on the supporting device, the periphery and the top of the gas storing board are sealed, an opening is formed in the lower end of the gas storing board, the shape of the gas storing board is matched with that of a fermenting chamber of the fermenting tank body, and the width of the gas storing board is smaller than that of the fermenting chamber of the fermenting tank body; the fermenting system further comprises pull rods, the pull rods consist of a transverse rod and vertical rods, at least one end of the transverse rod is connected with the vertical rods, hand holding rods positioned between the two vertical rods are arranged at the tops of the vertical rods, the pull rods are placed in the fermenting chamber, and the two vertical rods are positioned in a gap between the gas storing board and the fermenting tank body respectively.
Owner:山东庄超食品有限公司

Natural nourishing, skin-cleaning, skin-care, acne-removing and face-cleaning gel and preparation method thereof

The invention provides a natural nourishing, skin-cleaning, skin-care, acne-removing and face-cleaning gel and a preparation method thereof. The natural nourishing, skin-cleaning, skin-care, acne-removing and face-cleaning gel is prepared from the following raw materials: fructus rosa rugosa oil, almond oil, Calendula officinalis L. oil, grape seed oil, pine needle oil, Vitellaria paradoxa C. F. Gaertn. oil, a herba violae extracting solution, a lemon extracting solution, a mint extracting solution, a centellae herba extracting solution, a lavandula angustifolia extracting solution, a Garcinia mangostana L. peel extracting solution, a mung bean extracting solution, a fructus gleditsiae sinensis extracting solution, vitamin E, lubrajel, glycolic acid, an ice crystal forming agent AVC, sodium alginate, carbomer 941, a 30% triethanolamine solution. sodium lauroyl sarcosinate, a surfactant AES, a surfactant CAB, 1, 2-propylene glycol, distilled water and ethylparaben. Compared with the prior art, the gel provided by the invention contains various natural effective components, is light and moist, fine and uniform in texture, safe and mild, quick in absorbing, moderate in foam, easy in cleaning and fragrant in smell, and can deeply nourish the skin, resist inflammation, remove acne, maintain the skin and help the skin to return to a healthy state.
Owner:WANNAN MEDICAL COLLEGE

Differential-thickness rolling method for medium-thickness plate

The invention relates to a differential-thickness rolling method for a medium-thickness plate, and belongs to the technical field of production of medium-thickness plates in the metallurgical industry. According to the technical scheme, the number of passes of differential-thickness rolling is even, the first pass of differential-thickness rolling adopts the mode that the reduction rate is gradually increased, the thicknesses of a steel plate rolled by the first pass of differential-thickness rolling in the length direction are different, the upper surface of the steel plate has a certain gradient, the thinner end of the steel plate is engaged into the second pass of differential-thickness rolling, and in the second pass of differential-thickness rolling, the reduction rate is also gradually increased, the steel plate with the upper surface having the certain gradient is rolled into a flat plate with the consistent thickness in the length direction, and so on until the last pass of differential-thickness rolling. The method has the beneficial effects that low-pressure engagement and high-pressure steel throwing can be realized through differential-thickness rolling, so that the rolling reduction of the steel plate is greatly increased, the deformation of the core part of the steel plate is increased, the deformation is promoted to spread deep into the core part of a rolled piece, the performance of the steel plate is improved, the number of rolling passes can be reduced, and the rolling efficiency is improved.
Owner:HANDAN IRON & STEEL GROUP +1

Straight tube type hydraulic type super-effective methane fermentation device

The invention discloses a straight tube type hydraulic type super-effective methane fermentation device. The straight tube type hydraulic type super-effective methane fermentation device comprises a feeding pipe, a discharge pipe, a fermentation pipeline and a water pressure chamber, wherein the fermentation pipeline is a linear type pipeline, openings are respectively formed in the top parts of the two end sides of the fermentation pipeline and are respectively detachably connected with the feeding pipe and the discharge pipe, the side walls of the feeding pipe and the discharge pipe extend below the liquid level of biogas slurry in the fermentation pipeline, the water pressure chamber is mounted at the top part of the fermentation pipeline, a horizontally arranged water drainage pipe of the feeding pipe is connected between the water pressure chamber and the feeding pipe, and a horizontally arranged water drainage pipe of the discharge pipe is connected between the water pressure chamber and the discharge pipe; a plurality of gas baffles which are arranged between the side walls of the feeding pipe and the discharge pipe are also arranged in the fermentation pipeline, a fermentation region is formed in a space between the side wall of the feeding pipe/the discharge pipe and the adjacent gas baffle or between every two adjacent gas baffles, the top part of each fermentation region is communicated with an independent airway, and a valve body is arranged on each airway. According to the straight tube type hydraulic type super-effective methane fermentation device disclosed by the invention, the circulation flow stirring performance of the biogas slurry is strong, strains are promoted to be uniformly distributed by utilizing flow stirring of the biogas slurry, a fermenting material is also promoted to go deep into a fermentation system, the fermentation efficiency of the system is improved, and the gas production of the system is increased.
Owner:永春县产品质量检验所福建省香产品质量检验中心国家燃香类产品质量监督检验中心福建

Device for promoting biogas slurry turbulence effect of divided methane generator

The invention discloses a device for promoting a biogas slurry turbulence effect of a divided methane generator. The device comprises a feeding pipe, a discharge pipe, a fermentation pipeline and a water pressure room, wherein the fermentation pipeline is a straight pipeline; openings are formed in the top parts of two end sides of the fermentation pipeline, and can be detachably connected with the feeding pipe and the discharge pipe respectively; the side wall of the feeding pipe and the side wall of the discharge pipe extend to below the liquid level of biogas slurry in the fermentation pipeline; the water pressure room is arranged at the top part of the fermentation pipeline; a horizontally arranged feeding pipe drain pipe is connected between the water pressure room and the feeding pipe; a horizontally arranged discharge pipe drain pipe is connected between the water pressure room and the discharge pipe; a plurality of air baffle plates between the side wall of the feeding pipe and the side wall of the discharge pipe are also arranged in the fermentation pipeline; a fermentation area is formed by a space which is formed between the side wall of the feeding pipe / discharge pipe and the adjacent air baffle plates, or a space which is formed between the adjacent air baffle plates; the top parts of the fermentation areas are respectively communicated with independent air guide pipes; and a valve body is arranged on each air guide pipe. The circular flow stirring property of the biogas slurry is high; uniform distribution of the strains is promoted by biogas slurry flow stirring; penetration of a fermentation raw material into the fermentation system is promoted; and the fermentation efficiency and the biogas production rate of the system are improved.
Owner:HUIDA MACHINERY MFG HUZHOU

A method for producing methane with a double-barrel bundled generation system with multi-region mobile cloth bacteria

The invention discloses a method for producing methane by employing a binocular bundled methane generation system capable of realizing multi-area mixed flowing bacteria distribution. The method comprises the following steps: a fermentation raw material is poured into a fermentation system to be fermented to generate a biogas, the biogas in gathered in a fermentation area formed by a space between the side wall of a feeding pipe / discharge pipe and adjacent air baffle plates or a space between the adjacent air baffle plates, and pressure of the biogas in the fermentation area is increased to push biogas slurry in a fermentation pipeline to flow towards the feeding pipe, the discharge pipe and a bacteria distribution device and to flow into a water pressure room through a feeding pipe drain pipe, a discharge pipe drain pipe and the bacteria distribution device; the biogas in any fermentation area is utilized, the pressure of the biogas in the fermentation area is reduced and the biogas slurry stored in the water pressure room flows back to the fermentation pipeline through the feeding pipe drain pipe, the discharge pipe drain pipe and the bacteria distribution device to finish circular flowing of the biogas slurry; and the biogas in other fermentation areas is utilized, and the biogas is generated and utilized according to the steps in cycle.
Owner:朱亚琴 +6

Methane generator with double-pipe channel biogas slurry convection stirring

The invention discloses a double-pipe channel type super-efficient biogas slurry convection stirring methane generating device which comprises a feeding pipe, a discharging pipe, a fermentation pipeline and a water pressure chamber. The fermentation pipeline is a linear pipeline, and openings are formed in the tops of the two end sides of the fermentation pipeline and are detachably connected with the feeding pipe and the discharging pipe respectively. The side wall of the feeding pipe and the side wall of the discharging pipe extend to the positions below the liquid surface of biogas slurry in the fermentation pipeline, and the water pressure chamber is mounted at the top of the fermentation pipeline. A feeding pipe drain pipe which is horizontally placed is connected between the water pressure chamber and the feeding pipe, and a discharging pipe drain pipe which is horizontally placed is connected between the water pressure chamber and the discharging pipe. A plurality of gas blocking plates which are located between the side wall of the feeding pipe and the side wall of the discharging pipe are further arranged in the fermentation pipeline. A fermentation area is formed in the space between the side wall of the feeding pipe / discharging pipe and the adjacent gas blocking plate, or fermentation areas are formed between the space between the adjacent gas blocking plates. The tops of all the fermentation areas are communicated with independent gas guide pipes, and valve bodies are arranged on the gas guide pipes. The circular flow stirring performance of the biogas slurry is high, strains are promoted to be evenly distributed by flowing and stirring of the biogas slurry, fermentation raw materials are promoted to go deep into the fermentation system, and the fermentation efficiency and the gas production rate of the system are improved.
Owner:JIANGSU ZHENGTAI PHARMA CHEM

Method for producing methane with detachable new methane generator with inlet and outlet pipes

The invention discloses a method for producing methane by virtue of a novel methane generating device with detachable feeding and discharging pipes. The method comprises the following steps: pouring a fermentation raw material into a fermentation system for fermenting to produce marsh gas, collecting marsh gas in a fermentation region formed between the side wall of a feeding pipe / discharging pipe and an adjacent gas baffle or a fermentation region formed between the every two adjacent gas baffles, increasing the air pressure of marsh gas in the fermentation region to push biogas slurry in a fermentation pipeline to flow to the feeding pipe and the discharging pipe and flow into a water pressure chamber through a feeding pipe draining pipe and a discharging pipe draining pipe; decreasing the air pressure of marsh gas in any one fermentation region to enable the biogas slurry stored in the water pressure chamber to flow back into the fermentation pipeline through the feeding pipe draining pipe and the discharging pipe draining pipe, thereby realizing the circular flow of the biogas slurry; utilizing marsh gas in other fermentation regions; circularly producing marsh gas and using marsh gas according to the foresaid steps.
Owner:DALIAN DEETOP ENVIRONMENTAL TECH CO LTD

High-efficiency methane generation system connected to the fermentation zone to promote flow and agitation

The invention discloses an efficient methane generation system communicated with a fermentation area to promote flow stirring. The system comprises a feed pipe, a discharge pipe, a fermentation pipeline and a hydraulic chamber. The fermentation pipeline is a linear pipeline. The side tops of the two ends of the fermentation pipeline are provided with openings and detachably connected with the feed pipe and the discharge pipe respectively. The side wall of the feed pipe and the side wall of the discharge pipe extend to the position below the biogas slurry surface in the fermentation pipeline. The hydraulic chamber is installed on the top of the fermentation pipeline. A horizontally placed feed pipe drainage pipe is connected between the hydraulic chamber and the feed pipe. A horizontally placed discharge pipe drainage pipe is connected between the hydraulic chamber and the discharge pipe. A plurality of methane baffles located between the side wall of the feed pipe and the side wall of the discharge pipe are arranged in the fermentation pipeline. A fermentation area is formed in the space between the side wall of the feed pipe / discharge pipe and the methane baffle adjacent to the side wall, or in the space between every two adjacent methane baffles. The tops of the fermentation areas are communicated with independent methane guide pipes respectively. The methane guide pipes are provided with valves. Biogas slurry flows circularly, the stirring property is high, flow stirring of biogas slurry prompts uniform distribution of strains, raw fermentation materials are made to enter a fermentation system deeply, and the fermentation efficiency and methane yield of the system are improved.
Owner:JIANGSU ZHENGTAI PHARMA CHEM

Double-tube bundled methane generation system with multi-region mixed flow bacteria

The invention discloses a binocular bundled methane generation system capable of realizing multi-area mixed flowing bacteria distribution. The methane generation system comprises a feeding pipe, a discharge pipe, a fermentation pipeline and a water pressure room, wherein the fermentation pipeline is a straight pipeline; openings are formed in the top parts of two end sides of the fermentation pipeline, and can be detachably connected with the feeding pipe and the discharge pipe respectively; the side wall of the feeding pipe and the side wall of the discharge pipe extend to below the liquid level of biogas slurry in the fermentation pipeline; the water pressure room is arranged at the top part of the fermentation pipeline; a horizontally arranged feeding pipe drain pipe is connected between the water pressure room and the feeding pipe; a horizontally arranged discharge pipe drain pipe is connected between the water pressure room and the discharge pipe; a plurality of air baffle plates between the side wall of the feeding pipe and the side wall of the discharge pipe are also arranged in the fermentation pipeline; a fermentation area is formed by a space between the side wall of the feeding pipe / discharge pipe and the adjacent air baffle plates or between the adjacent air baffle plates; the top parts of the fermentation areas are respectively communicated with independent air guide pipes; and a valve body is arranged on each air guide pipe. The circular flow stirring property of the biogas slurry is high; uniform distribution of the strains is promoted by biogas slurry flow stirring; penetration of a fermentation raw material into the fermentation system is promoted; and the fermentation efficiency and the biogas production rate of the system are improved.
Owner:临泉县白良电子信息技术有限责任公司

Barometric disturbance stirring hydraulic biogas fermentation system

The invention discloses a barometric disturbance stirring hydraulic biogas fermentation system. The system comprises a fermentation tank body, a hydraulic pressure chamber, water discharge tubes and a gas storage plate, the upper sidewall of the fermentation tank body is connected with the hydraulic pressure chamber through the water discharge tubes, the gas storage plate is fixed in a fermentation cavity through a supporting device, the sidewall of the gas storage plate close to a feeding opening is a feeding opening gas baffle plate, the sidewall of the gas storage plate close to a discharging opening is a discharging opening gas baffle plate, a plurality of baffle plates are arranged between the feeding opening gas baffle plate and the discharging opening gas baffle plate, a fermentation zone is formed between the feeding/discharging opening gas baffle plate and adjacent baffle plates or between adjacent baffle plates, and the top of every fermentation zone is provided with an independent gas guide tube; and the fermentation system also comprises pull rods, each of the pull rods is composed of a transverse rod and a vertical rod, the pull rods are arranged in the fermentation cavity, and two vertical rods are positioned in a gap between the gas storage plate and the fermentation tank body.
Owner:陆永成

A methane generation system that uses air pressure to push the biogas slurry to circulate and stir the bacteria

The invention discloses a methane generating system for stirring and distributing strains by pushing biogas slurry to circularly flow by virtue of air pressure. The methane generating system comprises a feeding pipe, a discharging pipe, a fermentation pipeline and a water pressure chamber, wherein the fermentation pipeline is a linear type pipeline, openings are formed in two end sides of the fermentation pipeline, the feeding pipe and the discharging pipe are respectively detachably connected to the two end sides of the fermentation pipeline, the side wall of the feeding pipe and the side wall of the discharging pipe stretch below the liquid level of the biogas slurry in the fermentation pipeline, and the water pressure chamber is mounted on the top of the fermentation pipeline; a horizontally placed feeding pipe draining pipe is connected between the water pressure chamber and the feeding pipe, and a horizontally placed discharging pipe draining pipe is connected between the water pressure chamber and the discharging pipe; a plurality of gas baffles located between the side wall of the feeding pipe and the side wall of the discharging pipe are further arranged in the fermentation pipeline, a fermentation region is formed between the side wall of a feeding pipe / discharging pipe and an adjacent gas baffle or formed between the every two adjacent gas baffles, an independent gas guide tube is communicated to the top of each fermentation region, respectively, and a valve body is arranged on each gas guide tube. According to the methane generating system, the circular flow stirring performance of the biogas slurry is high; by stirring by virtue of the flow of the biogas slurry, the uniform distribution of the strains is promoted, and a fermentation raw material is deeply fed to a fermentation system, so that the fermentation system of the methane generating system is improved, and the gas output of the methane generating system is increased.
Owner:JIANGSU ZHENGTAI PHARMA CHEM
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