185 results about "Unevaluable" patented technology

The invention discloses a cultivated method of nervous stem cells, it includes following steps:1, Nervous stem cells substrate of human being is made up of base cultivate liquid which is compounded by mixing DMEM and F12 by rate of 1:1, and insulin, muriatic acid butyl amic, selenium natrium, ydrogen cortisone, L-glutamic acyl amic, man-turn iron albumen, flavone; 2, Noumenon serum of patient themselves is gathered immediately; 3. Noumenon serum of patient themselves is put into compounded Nervous stem cells substrate of human being, them, it is incubated by adding 3-7% CO2 warmer under conditino of 35C-38C. The method of the invention is simple, and invention has better repetition and its operation is simple and convenient; it plays an inestimable part in researching, teaching, clinic application, etc all of which relate to nervous stem cell and its application.

The invention provides an intelligent spraying method based on image processing and a spraying robot based on image processing. Through the method, the spraying robot can correctly distinguish specific crops and weeds and carry out targeted spraying according to the distribution condition of the crops and the weeds needing to be sprayed, that is, the spraying robot sprays weed killer on the weeds and sprays corresponding disinfectant and other pesticides on the crops, and consequently intelligent spraying without human interference is achieved. Meanwhile, a wireless video transmission mode is additionally adopted, and a worker can monitor and control the spraying robot by holding a monitor in hand. Thus, the intelligent spraying robot not only reduces the labor intensity of the workers and spraying cost but also reduces the use quantity of the pesticides and pesticide residues in the soil environment and has an immeasurable significance in improving spraying intellectualization and modernization of agriculture and accelerating agriculture precision in our country.

The invention discloses an automatic traditional Chinese medicine decoction system. The system comprises an intelligent main control system, a warehouse management system, an intelligent medicine dispensation system, an intelligent medicine decoction system, an intelligent robot system, a barcode identification system and an RFID non-contact identification system, wherein information mutual communication is performed among the systems. An industrial robot is used to replace manual operation; a conveying chain and an AGV robot are used to replace manual transportation; scattered traditional Chinese medicine decoction processes are intensified and automated; the effective rate of the whole system can be increased, the product quality control can be enhanced, the production process can be optimized, the manpower resources can be reduced, and the production cost is greatly reduced; the blank of traditional Chinese medicine decoction production in an automation technology is filled up; andthe system has immeasurable economic values and great significance.

The invention provides an intelligent identification picking robot and a picking method. The problem of picking Chinese chestnuts at high positions is solved. The intelligent identification picking robot comprises a lower computer and an upper computer. The lower computer comprises a four-wheel intelligent moving platform 10, a first control cabinet 7, an image collecting module, a Chinese chestnut picking module, a chestnut collecting box 3, a weighing module 4, a wireless video transmission module, a power source 9 and a GPS locating module 44. The upper computer comprises a PC 39, a wireless video receiving module 36, a data collecting card 37, a second main control module 38, a second control cabinet 35, a receiver antenna 34 and a video transmission line. By means of the robot, the Chinese chestnut picking labor productivity is improved, labor intensity of farmers is lowered, picking cost is lowered, timely picking of Chinese chestnuts and Chinese chestnut quality are guaranteed, and the robot has immeasurable significance in improvement of modernization and intelligence of the agriculture in China and acceleration of agricultural science progress.

The invention discloses a screening method for 110 types of medicines in feed, which specifically includes the following steps: preparation of standard work solution, pre-analysis treatment of sample to be assayed, creation of database and qualitative analysis. By utilizing the high-sensitivity MSMS (Tandem Mass Spectrometry) function of a liquid chromatography-tandem quadrupole time-of-flight mass spectrometer, the screening method can accurately determine parent ions and daughter ions in medicines and rapidly determine added medicine ingredients, moreover, an assay method for a variety of antibacterial medicines in feed is also established, and for a variety of added antibacterial medicines in the feed industry in China, the screening method has a highly efficient, accurate and precise assay measure, and is at the advanced level in china at present. The screening method established by the invention greatly solves the phenomenon of arbitrary addition in the feed industry, the more precise and accurate assay method is perfected for the inspection department, more time is saved, most of experimental consumables are saved, and the invention makes an immeasurable contribution to food safety and human healthy life.

The invention discloses a fire-fighting and rescue robot system and a control method. The fire-fighting and rescue robot system comprises an upper computer, a fire-fighting robot, a rescue robot and a multi-shaft aircraft. The fire-fighting robot, the rescue robot and the multi-shaft aircraft conduct information interaction with the upper computer. The fire-fighting and rescue robot system further comprises a wall sensor unit conducting information interaction with the upper computer. The wall sensor unit comprises a flame sensor, a combustible gas sensor, an infrared temperature measurement sensor and a doppler displacement sensor. In the fire-fighting and rescue robot system, the fire-fighting robot, the rescue robot and the wall sensor unit are responsible for environmental monitoring, fire fighting and rescue in a building. The multi-shaft aircraft is responsible for image capture outside the building, and obtained data are comprehensive and have practical application and referable performance. Cooperative work between the robots is achieved through the fire-fighting and rescue robot system, a computer-computer communication work mode and a human-computer interaction work mode are included, the requirements in an actual fire scene are met, the work efficiency can be improved greatly, and an inestimable function is achieved on the conditions that quick reaction is achieved, thus property loss caused by a fire disaster is reduced, and trapped people are rescued.

The invention provides a method for directionally differentiating a multipotential stem cell in vitro into a myocardial cell and provides a culture medium for establishing myocardial cell differentiation by means of induction in vitro under a three-dimensional suspension condition. The culture medium comprises a differential medium for induced differentiation of a multipotential stem cell into a precursor cell of mesoblast, a differential medium for differentiating the precursor cell of mesoblast into the myocardial cell and a long-term maintaining culture medium of the myocardial cell. The method provided by the invention is simple and reliable, low in cost, stable and efficient and high in safety. By adopting a suspension culture system, high-quality myocardial cells can be industrially produced without any subsequent screening and purifying steps, can be directly used for application demands of scientific research of heart development, cell therapy of heart diseases, transplanting due to cardiac trauma and drug screening, and has inestimable scientific, social and economical benefits.

The invention discloses an artificial wetland coupling microbial fuel cell (MFC) system. The system is characterized by consisting of an artificial wetland loaded with an MFC and is provided with a coarse grit layer, an activated carbon layer, an insulation grit layer, a top conducting material layer and plants from bottom to top, wherein the cathode of the MFC is formed by the activated carbon layer; the anode of the MFC is formed by the top conducting material layer; and an anode electrode and a cathode electrode are led out through conducting wires and connected with an external circuit respectively. The invention also discloses a method for improving the removal efficiency of organic matters by using the artificial wetland coupling MFC system. By the artificial wetland coupling MFC system, the degradation way of the organic matters is expanded, the removal efficiency of the organic matters, particularly organic matters which are difficult to degrade are substantially improved, andthe electricity production performance of the MFC is improved at the same time; electric energy is acquired while wastewater is promoted to degrade; and the system and the method are effective ways for relieving the current energy crisis and solving environmental problems, and have immeasurable development potential.

The invention relates to a solar facility of a high industrial production line of forage grasses, vegetables, flowers and medical materials, which consists of an insulating production room, a chain ring cycle framework, a nutrient solution culturing plate, carbon dioxide gas, a thermocouple generator, a solar lens thermoelectric generator, a solar cooker thermoelectric generator, a solar lens thermoelectric generator, a heating bag and an LED power generation lamp. The facility can provide renewable energy sources and translucent insulation effect for the high industrial production line. The all-weather heating, insulation and light supplementation can be realized in the facility. The adoption of nutrient solution for culture increases the growth speed and prevents diseases and pests, and the forage grasses, vegetables, flowers and medical materials can be harvested all year round. Another significant feature of the facility is special development. The facility can save a large quantity of farmland, water resources and fertilizers, and can be used for all-weather production in any place (deserts, mountain areas, areas without power supply and areas in front of and behind houses). Moreover, the facility is a significant subject studied around the world at present. The invention can develop new living space for human beings, and has incalculable environmental, economic and social benefits.

The invention discloses a simulation test method and device for an on-board diagnostics (OBD) function of a diesel engine after-treatment system. Various faults of a selective catalytic reduction (SCR) and diesel particulate filter (DPF) after-treatment system are summarized, fault features are extracted, and a set of virtual instrument-based electronic simulation test system for an OBD fault diagnosis function of the SCR and DPF system is established through the fault features, so that simulation of partial faults of the SCR and DPF system can be realized, and then the rapid test of the OBD fault diagnosis function is completed. In the process of development, acceptance and evaluation of an OBD diagnostic algorithm of the diesel engine after-treatment system, a large number of test verification work and test resources are reduced, and the development progress is improved. In addition, the method and device can well solve the problems that in an actual test environment, certain OBD faults are not easy or impossible to produce, so-called fault injection is supposed to be performed by a hardware-in-the-loop system, and immeasurable damage to a vehicle or an engine can be caused.

The invention discloses an account processing reminding method, an account processing reminding device, an account processing reminding system, and a server, belonging to the technical field of computers. The method is applied to the server containing a first account. The method comprises the following steps: whether the first account meets the processing conditions is detected; all information associated with the first account is frozen if the first account meets the processing conditions; and reminding information is displayed to a second account associated with the first account according to the processing conditions. According to the invention, when that the first account meets the processing conditions is detected, all information associated with the first account is frozen, and reminding information is displayed to the second account associated with the first account. Therefore, friends of a legitimate user's can see the reminding information associated with the first account in the period in which the first account is frozen, and contact the legitimate user offline to inform the legitimate user that the account of the legitimate user is to be cancelled. The situation in which an illegal user processes the first account while the legitimate user is uninformed is avoided. Immeasurable loss caused when the first account of the legitimate user is cancelled is avoided.

The invention relates to a mixed yarn of cashmere and soluble fibers, a preparation method and a knitting product thereof, belonging to the technical field of textile. The invention discloses a mixed yarn of cashmere and soluble fibers, which contains the following components in percentages by weight: 80-95 percent of raw materials of cashmere and 5-20 percent of soluble fibers. The invention also discloses a preparation method of the mixed yarn of cashmere and soluble fibers and a knitting product thereof, and immeasurably contributes to relieving the shortage of cashmere resources and protecting the ecological environment.

The invention discloses a thermal-inductive fluorocarbon function coating containing an azobenzene / carbon-hybrid material and a preparation method of the thermal-inductive fluorocarbon function coating. The coating is prepared from the following components: 40 to 60 parts of fluorocarbon resin, 10 to 20 parts of crosslinking resin, 15 to 20 parts of mixed solvent, 10 parts of pigment, 5 to 15 parts of the azobenzene / carbon-hybrid material, 0.5 part of delustering agent, 0.1 part of flatting agent, 0.15 part of defoaming agent, 0.25 part of dispersant and 0.00035 part of curing agent. The coating disclosed by the invention has the advantages that light energy, such as solar energy, stored in an illumination process is released in the form of heat under the condition without illumination through photo-thermal storage conversion, so that the problem that a fluorocarbon material has no heat self-storage / release function under special environments is solved, and the power consumption is greatly reduced; the coating can be widely applied to the fields of architecture, electrical and electronic industries, aerospace industry and the like; as a new and green energy, the coating has immeasurable application prospects and economic benefits for dealing with the global energy crisis.

The invention provides a vehicular anti-rollover dynamic monitoring, early warning and active intervention control method and a control system. The control system comprises a capacitive sensor, an anti-rollover early warning controller ECU (electronic control unit), an alarming device, a fault detection device and a CAN (controller area network) bus. The capacitive sensor is mounted at the center of a plate spring of an axle and used for dynamically measuring load capacity of each wheel in real time; the controller ECU acquires values from the sensor and is used for monitoring the load capacity of each tire. Whether a vehicle has risks of unbalance loading and rollover or not in a running process is calculated according to an algorithm to realize alarming, active intervention is carried out according to rollover degrees of the vehicle, and an active intervention control valve in an active intervention control is connected with a brake chamber through an electromagnetic regulating valve to realize decelerating braking so as to reduce rollover risks. By the method and the system, serious and catastrophic accidents can be avoided, mass death and casualty can be avoided accordingly, immeasurable economic loss can be avoided for our country and people, and life safety of drivers and pedestrians and unblocked roads are guaranteed.

The invention discloses a multi-band light perfect absorber on the basis of metal film layer-semiconductor resonant cavity composite structures. According to the technical scheme, the multi-band light perfect absorber has the advantages that the multi-band light perfect absorber is a novel multi-band light absorber, incident light is free of influence of high-reflection continuous metal layers which cover integral structures, and accordingly light can be perfectly absorbed by the multi-band light perfect absorber with the absorption rate of 99%; the metal film layers with excellent conductivity electric characteristics wrap the structures of the multi-band light perfect absorber by 100%, and accordingly the multi-band light perfect absorber is perfect in electric response in the aspect of conductivity characteristics such as resistance lower than 0.1 ohm / sq; the shortcoming of deficiency of simultaneous high light absorption and high conductivity characteristics of structural designs in the prior art can be overcome by the aid of excellent optical and electric characteristics of the multi-band light perfect absorber, introduced semiconductor materials are combined with the multi-band light perfect absorber, accordingly, the multi-band light perfect absorber is compact in structure and easy to process and prepare and has an excellent application prospect in development of high-performance photoelectric detection, thermal electron excitation and collection, multi-band filtering and imaging and the like, immeasurable effects can be realized by the multi-band light perfect absorber, and the like.

An outdoor infrared automatic control LED lamp device for wind power / thermotube-thermocouple power generation is disclosed, which comprises a wind driven generator, a lamp-post, an LED luminaire, an automatic switch device, an infrared remote sensor, a switch controller, a photosensitive, a charge and discharge controller, a storage battery, a load connecting socket, an LED lamp, a uniwafer thermocouple, a serial / parallel three-level thermocouple, a cold grid collecting tank, a thermocouple generating LED luminaire, an underground incubator, a reinforced concrete foundation, a thermotube, a metal honeycomb efficient heat collector and a bug-killing lamp. The invention can operate without electricity, can use wind power and renewable energy sources of temperature effect generation, has advantages of energy saving, no pollution, good economic and social benefits, low price, easy installation and maintenance, and quick popularization. The production and application of low price, eco-friendly and renewable energy source using LED lamps such as street lamp, lawn lamp, bug-killing lamp, yard lamp, signal lamp and indoor lamp can be realized on the existing capacity, technology and knowledge, once the market is opened, the global influence is immeasurable.

A process for separating and culturing human epidermal stem cells includes such steps as providing ectocytic matrix covering Petri dish, separating epidermal cells, preparing trophoblastic cells and screening and culturing epidermal stem cells.

The invention relates to an all-electric fishing boat for dirt and sundries on water surfaces. A solar panel device (6) and a wind power generation device (7) are arranged in the tail of a boat as a power source; the head of the boat is provided with a fishing expansion device (14) and a fished matter sorting device (13); a control room (5) is arranged in the middle part of the boat; a storage battery (9) is connected with a controller (8); a sewage filter (15) is arranged under the solar panel device; a driving device (3), a driving motor (10) and a gearbox (11) are arranged inside a machinery cabin on the lower part of a boat body. The fishing boat overcomes the pollution of the prior fuel oil boats on the water surfaces of lakes and rivers, and has the remarkable advantages that: the fishing boat realizes zero-emission water surface environment-friendly operation, separation, filter, pack and then carry out debarkation treatment to fished sundries, and is inestimable in economic value and social value.

The invention discloses a treating system for land reclamation of a refuse landfill site and a treating method, wherein the treating method comprises the following steps: the whole landfill site is dug again, and all substances outside large objects are crushed; all the substances enter a first-group roller sieving machine for separation; the substances on the sieve are packaged by combustible materials sorted by a winnowing machine; bricks / tiles / stones are filled on site; the substances under the sieve enter a second-group roller sieving machine for separation; the substances under the sieve are magnetically separated and are prepared into humus soil for soil improvement; the substances on the sieve are transferred to the second-group windowing machine for separation; and harmless land is obtained. The treating system and the treating method disclosed by the invention have the beneficial effects that the devices are matched to remove large refuse materials, and refuse clearing is quickly finished in limited time by sectioned treatment of multi-stage sieving, so that the purpose of harmless reclamation is realized for the land in short period; a large amount of cleared and processed humus soil can be used for planting forest trees to absorb carbon dioxide and release oxygen, so that the conditions of atmospheric pollution and haze can be improved; and especially, the land resource can be reutilized, so that the treating system and the treating method has immeasurable strategic significance for guaranteeing the warning limit of arable land of China.

The invention discloses a land reuse processing method of a refuse landfill. The land reuse processing method of the refuse landfill comprises the steps of re-excavating, cleaning and treating the whole landfill, sorting humus soil, combustibles, recoverable substances, unrecoverable inorganic substances and dangerous and waste substances, transporting the humus soil to a soil treatment and desert treatment place, packaging and transporting the combustibles to a waste incineration power plant for incineration power generation, conducting harmless treatment and recovery on the recoverable substances, backfilling the unrecoverable inorganic substances in place, transporting the dangerous and waste substances to a dangerous and waste center and obtaining harmless land. The land reuse processing method has the advantages that the substances in the refuse landfill are re-smashed and sorted at a time, treatment scale, namely daily treatment tonnage can be ensured. After the landfill is treated and reused, a large amount of humus soil (nutritional soil) is obtained and can be used for planting woods, the woods absorb carbon dioxide and release oxygen, and atmospheric pollution and haze situation are improved. Land resources are reutilized, the arable land minimum in our country is guaranteed, and the land reuse processing method has immeasurable strategic significance.

The invention relates to a sewage treatment method for purifying refractory organic pollutants. The method comprises the steps: firstly treating refractory organic substances in sewage by a biofilm-electrode reactor method; then, degrading organic substances in the sewage by microbial fuel cells, and meanwhile, generating electric energy; and enabling the electric energy generated by the microbial fuel cells to serve as a power supply for the biofilm-electrode reactor method. According to the sewage treatment method, the generation and demand of the electric energy serve as a link so as to realize the effective coupling of a reaction process and reaction types in a system, and thus the aim of efficiently removing the refractory organic substances is achieved. Thus, the sewage treatment method provides an effective way for easing current energy crisis and solving environmental problems and has immeasurable application and development potential.

The invention discloses a fixed efficient vibration static-pressure forming machine. The forming machine consists of a distribution system and a vibration static-pressure system; the distribution system fills blank forming materials in a mold box of the vibration static-pressure system; the vibration static-pressure system performs pre-vibration on the materials to compact virtual materials in themold box; then, the distribution system continuously fills the blank forming materials in the mold box; when a material preset value is reached, the vibration static-pressure system continuously performs vibration, and meanwhile, applies pressure to the materials in the mold box until a material preset height is reached; and then, finished products are demolded and delivered for maintenance. Theforming machine adopts the forming process of pressing after vibration, so that the materials form plastic bodies under the vibration force effect of a vibrator; then, the materials form elastic plastic bodies under coaction of a medium-pressure hydraulic cylinder and vibration; and when the material height is higher than a required product height by 3-5 mm, one-way rigid bodies are formed under the effect of a high-pressure one-way main oil cylinder of hundreds of tonnages, so that the building material product mechanization is more perfect, and the immeasurable value is achieved.

The invention relates to a metamaterial with a high dielectric constant, which comprises a substrate and an artificial micro structure attached on the substrate, wherein the artificial micro structure comprises a first metal wire and a second metal wire which are mutually parallel, and also comprises a third metal wire one end of which is a free end and the other end of which is connected with the first metal wire, and a fourth metal wire one end of which is a free end and the other end of which is connected with the second metal wire, and the third metal wire and the fourth metal wire are wound around in parallel in the same direction to form two independent helical wires which are not intersected. The dielectric constant of the metamaterial with the artificial micro structure is greatlyincreased, thus the metamaterial with the high dielectric constant can be widely applied to fields such as antenna manufacture, semiconductor manufacture, and the like; meanwhile, the technical scheme breaks through the defect of limited dielectric constant in unit volume in the prior art, and generates an immeasurable function to miniaturization of a microwave device.

The invention discloses a mobile iron scrap transfer system which is used for truck loading of iron scrap without landing. A hydraulic lifting mechanism is installed on a sealing type tip lorry, an iron scrap trolley is hung on a hook of the hydraulic lifting mechanism, and a hydraulic control system is arranged on the sealing type tip lorry. The iron scrap trolley receives iron scraps on one side of a machine tool and is pushed to a position near by the sealing type tip lorry, non-landing truck loading of iron scraps is achieved, no iron scrap stacking place is required, only one person is required during the truck loading process, other auxiliary staffs for assembly and disassembly are not required, the manual cost is saved, only more than 40 minutes is required for loading the lorry with iron scraps of 13 cubic meters, the iron scraps can be loaded in places where vehicles can be parked, operation can be achieved on sides of roads and on workshop passageways, after loading, the iron scraps can be delivered to recycling departments, the efficiency is high, by the aid of the processing method with a low cost, the high investment, high labor intensity and high manual cost in the iron scrap cleaning process and the environmental pollution caused by iron scrap transfer are avoided, and the system is significant to land conservation and environmental protection.

The invention discloses a transgene saccharomy cescerevisiae for degrading cellulose to synthesize ethanol, and a construction method thereof. The transgene saccharomy cescerevisiae is obtained through the following steps that: genes of three enzymes in a cellulose system are introduced into a saccharomy cescerevisiae together through a saccharomy cescerevisiae expression vector; the three enzymes in the cellulose system are endo beta-1, 4-dextranase, exo beta-1, 4- dextranase and cellobiase; the constructed transgene saccharomy cescerevisiae can effectively, massively and simultaneously express the three cellulases, and degrade the cellulose into glucose, combining with the inborn ability of the saccharomy cescerevisiae of synthesizing the ethanol by use of the glucose. Therefore, the transgene saccharomy cescerevisiae is capable of producing the ethanol by fermenting the cellulose, can produce the ethanol by taking agricultural wastes full of cellulose as raw materials, which not only dissolves the pollution caused by the agricultural wastes, but also produces fuel ethanol to form sustainable energy reservation, thereby having inestimable functions to alleviate the shortage of oil resource, guarantee the safety of national energy, and improve the pollution of automobile exhaust.

The present invention discloses a mechanized construction process of asphalt mixed material pavement layer, and it includes the following steps: 1. preparation of asphalt mixed material; 2. conveyance of said asphalt mixed material; 3. ferrying asphalt mixed material; 4. spreading asphalt mixed material; and 5 compacting the asphalt mixed material. Said invention can raise the quality of pavement layer, and can prolong service life of asphalt pavement layer by about 40%.

A rope driving mechanism is composed of two rope wheels and an endless rope. Said rope has nodes on it. Said rope wheel has the stambling blocks for driving the rope. Its advantages are high drive efficiency for ultrahigh-power drive, simple structure and very low cost.

The invention discloses a method for identifying a disease resistant variety of a cruciferous crop. The method comprises the following steps of: finding non-toxic genes in a xanthomonascampestris pv. campestris 8004 strain genome; constructing a series of identification strains by using the non-toxic genes in the 8004 strain genome; and injecting agrobacterium tumfaciens suspension at least carrying the non-toxic genes into leaf veins of cruciferous tested hosts, and detecting the anaphylactic reaction of the tested hosts. The method can quickly identify the disease resistant variety of the cruciferous crop, can provide related information of the disease resistant genes of the cruciferous crop, lays a foundation for quickly separating and cloning the disease resistant genes, and has remarkable immeasurable significance for disease resistance and breeding of the cruciferous crop and improvement on yield and quality of cruciferous vegetables.

The invention relates to a carding type branched fruit picking robot which is used for efficiently picking fruits such as wolfberries, glossy privet fruits and the like which are produced on low-level branches and distributed in a strip shape and belongs to the technical field of agricultural automation and robots. The robot comprises a mobile picking platform, a control cabinet, a machine vision system, a mechanical picking arm, a fruit collecting box and a carding type picking disk, wherein the mechanical picking arm, the control cabinet, the fruit collecting box and the machine vision system are mounted on the mobile picking platform, and the carding type picking disk is mounted on the mechanical picking arm. Existing general mechanical picking arms are abandoned, the self-developed carding type picking disk for branched fruit picking is used for picking the fruits, the robot is simple, reliable and efficient, and the picking efficiency can be greatly improved. The robot greatly promotes rural economic development and has inestimable significance in improving modernization and intelligentialization of Chinese agriculture and accelerating scientific progress of agriculture.