106results about How to "High contribution rate" patented technology

A method for controlling electronic game includes processing data information of electronic game to mode supported by communication terminal by game server, sending game control command to retransmission server by communication terminal, using said retransmission server to convert said control command to be format being able to be identified by network, retransmitting control command in converted format to game server and controlling electronic game by game server according to said control command. The control system used for realizing said method is also disclosed.

A vehicular steering controller includes an operating section for operating an actuator for steering-controlling a tire angle, a consistency-determining section, and a contribution ratio-increasing section. When a steering angle of a steering wheel is greater than or equal to a predetermined angle, the consistency-determining section determines whether consistency between first steering of the vehicle corresponding to an input operation performed on the steering wheel and second steering based on the target path is greater than or equal to a predetermined value. When the operating section operates the actuator based on the input operation performed on the steering wheel, the contribution ratio-increasing section increases a contribution ratio in which the target operation amount of the actuator contributes to an actual operation amount of the actuator by the operating section, provided that the consistency is greater than or equal to the predetermined value.

The invention relates to the field of environmental protection and sewage treatment, in particular to an anaerobic-anoxic-hypoxic integrated reactor. The anaerobic-anoxic-hypoxic integrated reactor is characterized in that: the anaerobic-anoxic-hypoxic integrated reactor comprises an anaerobic zone (3), an anoxic zone (4), a hypoxic aeration zone (5), a degasification zone (6), a sedimentation zone (7), a water inlet pipe (1), a sludge removing pipe (13) and a water outlet pipe (17); the anaerobic zone (3), the anoxic zone (4), the hypoxic aeration zone (5), the degasification zone (6) and the sedimentation zone (7) are sequentially arranged along the direction of water flow and are communicated by underwater holes; the sedimentation zone (7) is provided with the sludge removing pipe (13) and the water outlet pipe (17); as a water distribution tank (2) is provided, the proportion of sewage entering the anaerobic zone (3) and the anoxic zone (4) can be flexibly adjusted; in addition, a movable zone partition plate (20) is provided and can adjust the volume as well as functional location of the anaerobic zone (3) and the anoxic zone (4). The invention can effectively solve the problems of poor effect of synchronously removing nitrogen and phosphorus, insufficient carbon sources, high energy consumption and the like during the running of the traditional A2O reactor.

The invention relates to an organic fertilizer prepared from sludge, which comprises the following components in percentage by weight: 60-70% of sludge, 27-35% of organic waste and 3-5% of biomass fermenting enzyme. The sludge is pure sludge in which heavy metals and substances that are harmful to plant growth are removed. The organic waste comprises 5% of plastic waste, 8% of waste rubber, 5% of fiber fabric, 12% of waste paper, 15% of rice bran, 14% of coconut shell, 6% of leaf, 10% of bark, 3% of flower and grass, 7% of kitchen peel, 5% of cake pulp, 5% of vinasse and 5% of bagasse. The organic fertilizer can effectively improve the soil structure, has longer effective time, can lower the fertilizer use cost, and enhances the environmental contribution rate.

A process fault analysis apparatus according to the present invention includes a process data editing unit which extracts process features from process data stored in a process data storage unit and stores the process features in a process feature data storage unit, a fault analysis rule data storage unit in which a fault analysis rule for performing fault detection and fault factor analysis from the process features is stored, a fault judgment unit which performs fault detection and fault factor analysis from the process features using the fault analysis rule, and a unit which outputs fault notification information when the fault judgment unit judges that the fault is generated. In the fault factor analysis, a contribution ratio indicating which process feature has how much influence on the fault is determined, and the process feature having the higher contribution ratio is set at the fault factor.

The invention discloses a method for improving ammonia nitrogen removal in a constructed wetland by utilizing a wetland harvesting plant. The constructed wetland comprises a pool body, a water inlet/outlet system, a wetland matrix and a wetland plant; the wetland plant is harvested and then carbonized to obtain a biomass carbon material of such a wetland plant, and then the biomass carbon material is backfilled into the pool body as the wetland matrix; the wetland matrix comprises a bottom layer, an intermediate layer and a surface layer which are placed from bottom to top in sequence; and the intermediate layer is the biomass carbon material. By adopting the method, the effect of removing NH4<+>-H in sewage is improved, no secondary pollution is brought, and the cost on construction and operation of the conventional constructed wetland can be effectively reduced; and the method has the characteristics of being stabile in water treatment effect and capable of buffering the impact to hydraulic power and pollution load. The method not only solves the problem that improper treatment is performed to the harvested wetland plant and causes secondary pollution to the environment, but also effectively improves the removal effect of the wetland to the NH4<+>-H, and realizes the recycle of the wetland plant.

The invention provides a major QTL site of the content of oleic acid of brassica napus seeds. The major QTL site is located between the 8024751st base and the 11299788th base of an A08 chromosome of brassica napus, and preferably has a contribution rate of 71.00 percent for the content of oleic acid of brassica napus seeds. The major QTL site is closely linked with a first SNP molecular marker which is located on the 8024751st base and is C or G, and the mutation causes polymorphism; the major QTL site is closely linked with a second SNP molecular marker which is located on the 11299788th baseand is A or G, and the mutation causes polymorphism; and the major QTL site is closely linked with a peak SNP molecular marker which is located on the 10445600th base and is A or G, and the mutationcauses polymorphism. The invention further provides related SNP molecular markers and application. The major QTL site of the content of oleic acid of brassica napus seeds has a high contribution ratefor the content of oleic acid of brassica napus seeds, has a key effect on regulation of the content of oleic acid of brassica napus seeds, can be used as map-based cloning and molecular marker assisted selection and is suitable for large-scale popularization and application.

The invention discloses an unbalanced data classification method based on clustering downsampling. The unbalanced data classification method comprises the following steps: utilizing a quick search anddiscovery density peak value clustering algorithm for clustering various categories of samples of a training set to obtain a clustering result; dividing multiple categories of samples in the trainingset into N clusters; forming a new sample set by each cluster of sample of multiple categories of samples in the training set and small categories of samples in the training set, and utilizing a support vector machine for classification to obtain the support vectors of multiple categories of samples in the training set; extracting the new training set formed by the support vector of each clusterand the small categories of samples in the training set; training the new training set through the support vector machine, and carrying out performance evaluation through a cross verification set. Thetraining time of the classifier can be shortened, in addition, the identification rate of small categories of samples can be improved under a situation that the identification rate of multiple categories of identification samples is not harmed, and the performance of the classifier is improved.

The invention discloses a major QTL and SNP molecular marker for controlling Nelumbo nucifera color traits as well as a detection primer and application thereof. The invention firstly provides a majorQTL site for controlling the flower color traits of Nelumbo nucifera, and the major QTL site is positioned in a sixth linkage group and between two SNP markers; the major QTL is closely linked with the SNP molecular marker, has a relatively high contribution rate to the flower color traits of the Nelumbo nucifera, participates in regulating and controlling the phenotype of the red or white flowerof the Nelumbo nucifera, and can be used for map-based cloning mining of functional genes for controlling the flower color traits and molecular marker-assisted selection. The invention further provides an SNP molecular marker closely linked with the major QTL, and the SNP molecular marker is used for efficiently selecting Nelumbo nucifera varieties with target flower colors and molecular marker assisted breeding of Nelumbo nucifera with seeds and Nelumbo nucifera with roots. The invention further provides a PARMS primer group for detecting the SNP marker and a method for identifying the red and white flower traits of the Nelumbo nucifera, so that the flower color genotype data of the Nelumbo nucifera can be analyzed and obtained only through PCR amplification and without electrophoresis detection.

The invention relates to a preparation method of a direct-stirring type SBS (styrene-butadiene-styrene) asphalt modifier and a preparation method of an asphalt mixture. The preparation method comprises the following steps of respectively metering 4303 star-shaped SBS, 1301 linear SBS and lubricating oil, feeding into a mixer according to a ratio, uniformly mixing, and uniformly stirring; feeding petroleum resin and calcium carbonate into the mixer, and uniformly stirring; feeding the mixture into a double-screw extruder, enabling the mixture to form a melting mixture at high temperature, and enabling the double-screw extruder to extrude the melting mixture after the forced shearing, extrusion, dispersing and kneading are continuously maintained; cooling the melting mixture extruded by thedouble-screw extruder by a water tank, enabling a pelletizer to cut into granules, enabling an air dryer to dry, and packaging. The preparation method has the advantages that the production technologyof the modified asphalt is simplified, the production quality of the mixture is favorably controlled, the construction quality of a road pavement is ensured, the use property of the road is improved,the service life of the road is prolonged, the pollution to the environment is decreased, and the engineering investment is reduced.

The invention discloses a method for predicting mechanical response characteristics of cemented filling mass on the basis of sensitive microscopic parameters. The method includes the steps of 1), determining the sensitive microscopic parameters of cemented filling mass on sensitivity of the mechanical response characteristics; 2), establishing non-linear Tensorflow deep-learning mechanical response prediction network between the sensitive microscopic parameters of the cemented filling mass and mechanical response and storing the Tensorflow deep-learning mechanical response prediction network into a computer; 3), predicting the mechanical response characteristics of the cemented filling mass. The method is novel and reasonable in design, convenient and rapid in implementation, capable of acquiring accurate prediction results of the mechanical response characteristics, high in prediction efficiency, low in consumption of labor force and material resources, capable of contributing to thestudy of new cemented filling mass, high in practicability, wide in application range and high in popularization value.

The invention discloses a method for discriminating soybeans with different stress-tolerant potential based on a metabonomics measure. According to the method for discriminating the soybeans with the different stress-tolerant potential based on the metabonomics measure, the content of soybean isoflavone in the extract of a soybean seed is analyzed to obtain a soybean isoflavone target metabolic map by adopting a high-performance liquid chromatography-mass spectrometry technique; subsequently, a soybean germplasm resource with the stress-tolerant potential is discriminated by utilizing the obtained absolute content of the soybean isoflavone in the soybean seed; a reference is provided for evaluating the stress tolerance of the soybean and selectively breeding a high-quality soybean variety is provided. The method for discriminating the soybeans with the different stress-tolerant potential based on the metabonomics measure is simple and quick to operate and reliable in result, and can be used for providing a reference for judging and screening the high-quality soybean germplasm resource with the stress-tolerant potential.

The invention provides a heating and refrigerating system by using solar energy and terrestrial heat. The system comprises a heat collection device, a heat storage device, an underground heat exchange device, a heat conversion device, a heat collection circulating pump and a heat source circulating pump, wherein the heat collection circulating pump, the heat collection device, the heat storage device, the heat source circulating pump and the heat conversion device are connected in series through conduction devices in turn to form a first circulating circuit; the heat collection circulating pump, the heat collection device, the heat storage device, the heat source circulating pump, the underground heat exchange device and the heat conversion device are connected in series through the conduction devices in turn to form a second circulating circuit; a plurality of valves and the conduction devices for controlling the communication status are arranged between the first circulating circuit and the second circulating circuit; and energy is transferred inside the system through liquid substances. By means of the technical scheme, the heat collection efficiency and the solar energy contribution rate can be improved, heat energy can be sustainably and stably supplied for the heat conversion device, and the heat energy can be effectively returned.

An outer frame reinforcement is disposed on the door outer side of an inner panel-side sash portion of a door inner panel. The outer frame reinforcement includes a frame-side sash portion, a hinge reinforcement portion, and a lock reinforcement portion. Here, the upper end of the hinge reinforcement portion is joined to the front side lower end of the frame-side sash portion, and the upper end of the lock reinforcement portion is joined to the rear side lower end of the frame-side sash portion. Furthermore, the hinge reinforcement portion and the lock reinforcement portion are set thicker than the frame-side sash portion. Because of this, the outer frame reinforcement can be formed by making the reinforcement portions thick and joining the reinforcement portions to the frame-side sash portion. Because of this, it becomes unnecessary to increase the plate thickness of the entire outer frame reinforcement.

The invention discloses a molecular marker closely linked with a rape plant height main effect QTL (quantitative trait locus) qPHC2 and application. F2 group and groups derived from the same are built through double 11 and No.73290 in parents to acquire the main effect gene locus qPHC2 for controlling rape plant height on a C2 linage group, and the locus is closely linked with SSR markers BoGMS0665 and CNU461. F2:3 and F2:4 groups are utilized to verify effectiveness of molecular markers BoGMS0665 and CNU461. A novel effective molecular marker is provided for genetic improvement of rape plant height, and useful information is provided for fine locating and gene cloning of the rape plant height main effect QTL qPHC2.

The invention discloses an indel molecular marker closely linked with pumpkin photoperiod insensitivity and application of the indel molecular marker, and belongs to the technical field of molecule detection. The indel molecular marker SEQ7593 is located on a tenth chromosome of a Chinese pumpkin, and is 280bp in size. The nucleotide sequence of the indel molecular marker is shown as SEQ ID NO.1.The indel molecular marker SEQ7593 can be directly used for creating an assistant breeding system of photoperiod insensitivity character molecular markers. Primer amplification designed according to the indel molecular marker can be applied to assistant breeding of pumpkin breed improvement molecules, technical support is provided for pumpkin photoperiod insensitivity molecular breeding, and timefor conventional gene positioning is shortened greatly.

The invention discloses a hypervolume stable lithium battery, the hypervolume stable lithium battery comprises a positive electrode, a negative electrode, a composite membrane and a nonaqueous electrolyte; the nonaqueous electrolyte comprises a lithium salt, a room temperature ionic liquid electrolyte and a composite additive, wherein the room temperature ionic liquid electrolyte comprises a quaternary ammonium salt cationic liquid and a cosolvent at the mass ratio of 1:(0.1-0.5); and the composite membrane comprises a multi-arc hole fiber based membrane and an inorganic nanometer coating on the surface of the multi-arc hole fiber based membrane. Compared with the prior art, in the provided hypervolume stable lithium battery and a preparation method of the hypervolume stable lithium battery, the nonaqueous electrolyte uses an ionic liquid to replace the traditional organic solvent, the range of the working temperature of the battery is expanded, the stability on the metal lithium is good, the safety of the battery at the high-power density is further improved, the potential safety hazard of the battery is eliminated; the composite membrane guarantees the better mechanical propertyand the electric conductivity of the composite membrane, and meanwhile, the thermal stability of the membrane is improved. Therefore, the hypervolume stable lithium battery is higher in ionic conductivity and excellent in thermal stability, chemical stability and electrochemical stability.

The invention discloses a full-mechanical cultivation method of wheat following rice and aims at a rice-wheat rotation system. The method includes the steps of firstly, sunning the field before rice harvesting, and mechanically harvesting rice; secondly, preparing soil before sowing, wherein different soil preparing manners are adopted according to soil water content; thirdly, using different seedprocessing manners to process selected seeds according to different-disease-degree regions; fourthly, determining an appropriate sowing period according to weather, varieties and soil moisture content, using a sowing machine which integrates sowing, fertilizing and compressing to perform sowing in the appropriate sowing period, and applying base fertilizer during sowing, wherein sowing depth is regulated according to soil moisture content; fifthly, performing filed management; sixthly, harvesting from the late dough stage of the wheat to the full ripe stage of the wheat, and returning crushedwheat straw to the field. By the method, the systematic mechanical cultivation technology can be built, the planting quality of wheat following rice can be increased, and high yield can be achieved.