303 results about "Multi generation" patented technology

This invention enhances the usability of the human-computer interface by disclosing a technique for the display of single and multi-generation pop-up controls at a location that best meets the user's criterion of an optimal display location. The technique determines the minimum size of a rectangle capable of displaying the actual or likely maximum size of pop-up controls requested during any given activation of the subsystem that manages display of requested controls. The invention then identifies a location that assures the said rectangle either has no overlay or a minimum overlay of the screen area of current interest to the user while avoiding display clipping. A fixed-point is now determined within said rectangle based on physical characteristics of the controls to be displayed that permits display of descendant controls in a backward cascade that enables the user to maintain visual focus at a fixed screen location while manipulating successive controls. The invention provides the user with the ability to redisplay any previously displayed control irrespective of control type as well as provide a "Done" capability for appropriately designed controls that permits the user to convert a single selection control into a multi-selection control. As an adjunct to the reverse order the invention provides four capabilities that permit the user to undo and redo arbitrary services via performed via redisplay of ancestor controls.

The invention relates to an efficient ecological type sewage and sludge treating agent and a preparation method thereof. A flocculant X consists of sodium carboxymethyl cellulose, polyferric sulfate and sodium bentonite with the weight ratio of 2:7:1; and a coagulant aid Y consists of starch, 2nd generation polyamide-amine, sodium hydroxide and ammonium persulfate with the weight ratio of 10:8:2:0.05. The invention overcomes the defects that the production process of multi-generation PAMAM dendritic polymer needs to be repeated many times, and the cycle time of each generation is overlong, which seriously affects the production process and greatly reduces the production efficiency, so the contamination control enterprises can not apply the multi-generation PAMAM dendritic polymer. The invention does not have the defects of high amide monomer residue in wastewater treatment by polyacrylamide and low production efficiency of the 4th generation polyamide-amine dendritic polymer, greatly increases the production efficiency, and enables the treating agent to have handleability and contamination removal and control effects.

This invention solves problems due to employing error degraded data in digital processing. It particularly solves multi-generation problems wherein transform data degrade during each inverse transform and forward transform cycle even without any processing due to the rounding and clipping errors. It provides methods, systems and devices for reduced-error processing of transform-coded data. After inverse transformation of transform data, high-precision numbers are manipulated. The converting to integers and clipping to an allowed range steps are executed at any stage in the manipulation to obtain integer representation of the inverse transformed data such as for displaying of the data. However, further processing including forward transforming back to the transform domain is executed on the high-precision numbers. Thus, the rounding and clipping errors are not present in the processed data. Although advantageous to many applications employing digital transformed data, the invention is particularly advantageous for use in digital studios during editing of MPEG-coded, JPEG-coded and wavelet-coded video and audio data.

The invention belongs to the field of seawater aquaculture and particularly relates to a method for breeding and identifying low temperature-resistant large yellow croakers (also known as Pseudosciaena crocea). The invention mainly solves the status quo that a majority of large yellow croakers are not capable of accommodating to low-temperature culture currently; and the invention provides a method for breeding low temperature-resistant large yellow croakers by selecting large yellow croaker individuals capable of naturally resisting the low temperature and breeding on preferential basis, and provides a method for identifying low temperature-resistant large yellow croakers at the same time. The low temperature-resistant large yellow croakers are obtained through multi-generation breeding and culturing, observation-based identification and DNA identification.

A method of scheduling the movement of trains as a function of the predicted crew behavior and predicted rail conditions.

The invention discloses a screening and domesticating method of a composite microbial system for low-temperature degradation of straws. The screening and domesticating method comprises the steps of acquiring a natural material sample rich in cellulose in an alpine area in which the annual average temperature is -0.6-8 DEG C, carrying out enrichment culture on a cellulose degradation microbial system, then carrying out restrictive subculture preliminary screening, low-temperature gradient induced domestication and cellulase enzyme activity re-screening, and then carrying out low-temperature multi-generation restrictive carbon source subculture domestication to obtain the composite microbial system for low-temperature degradation of straws. The screening and domesticating method can be used for screening and domesticating the composite microbial system for high-efficiency degradation of straws at low temperature and has an important meaning in field returning and utilization of straw resources in the northern area.

The invention discloses a multi-target tracking method in an intelligent video monitoring system, and relates to the technology of intelligent video information processing. The method comprises the following steps of: acquiring video data, pre-processing video images, and partitioning targets; and then extracting comprehensive characteristic information combining stable traditional color-based characteristics and contrast-based characteristics for target matching, establishing a multi-generation tracking queue for the tracked targets, implementing alteration of the multi-generation tracking queue by adopting a life quality competition mechanism, and finally implementing reliable target tracking. The method ensures accurate and reliable multi-target tracking results in intelligent video monitoring, meets the multi-target monitoring requirements in specific environments such as highways and the like, and lays a foundation for application research of the intelligent video monitoring.

The invention provides a breeding method for high-oleic acid high-yield peanut, which includes steps: (1) coordinate parent combination: selecting high-yield germplasm with good integrated character and germplasm with high oleic acid content SPI098 to combine patent; (2) high oleic acid pressure screening: determining oleic acid of each seed in excellent single plant in early separation generation, and selecting excellent peanut seed with high oleic acid content; (3) high-yield pressure screening: planting the screened peanut seed with high oleic acid content in next generation, separating generation in anaphase, and selecting excellent high-yield single plant; and (4) high-oleic acid high-yield peanut variety or strain obtaining: obtaining novel high-oleic acid high-yield peanut variety or strain through multi-generation high-oleic acid high-yield pressure screening. The breeding method provided by the present invention directly screens according to character of oleic acid content in peanut seed, and has advantages of short breeding period, small blindness, high efficiency, and good economic benefit and social benefit.

The method provides a method for breeding high-yield, ultrahigh-yield, and multi-resistant wheat. The method comprises the following steps: taking a disease-resistant, high-yield, and modified dwarf-male-sterile wheat group A as the female parent and 03-50618 as the male parent to carry out hybridization, then taking 03-50618 as the recurrent parent to carry out continuous backcrosses for three generations, selecting the fertile line from the dwarf-male-sterile wheat after the backcrosses, and carrying out continuous multi-generation selfing breeding through an improved pedigree method until a new wheat species that is accord with the breeding standards is obtained. In order to overcome the technical difficulties existing in high-yield wheat species such as lodging, bad adaptability, and bad disease resistant property, parent screening and creation are carried out to continuously improve dwarf-male-sterile wheat group, excellent genes are hybridized and reconstituted, and the genetic basis is enriched. A novel method is provided for breeding high-yield, ultrahigh-yield, and multi-resistant wheat.

Restoration of data is facilitated in the storage system by combining data snapshots made by the storage system itself with data recovered by application programs or operating system programs. This results in snapshots which can incorporate crash recovery features incorporated in application or operating system software in addition to the usual data image provided by the storage subsystem.

The invention discloses a method for cultivating a stingless prickly ash strain. The method comprises the following steps: 1) material collection is selected in a dahongpao tea strain, branches which are born in the same year are shorn and taken, and full buds on the branches which are born in the same year are taken as scions; 2) grafting of tree stock seedlings is carried out, two-year dahongpao tea and wild prickly ash seedlings serve as tree stocks, the tree stock seedlings are planted in the year before the grafting according to 40cm*25cm planting space, before the grafting, small braches of the tree stock seedlings and the tip portion higher than 60-65cm of a trunk are cut out, the grafting is carried out at the 20cm position of the trunk, after the grafting, sealing and moisturizing are carried out through plastic thin film strips, and the grafting is carried out on the buds to enable the buds to be exposed out; 3) stingless prickly ash seedlings are preferably selected from the stingless prickly ash strain selected out from the grafting seedlings which are born in the same year, then number editing, listing and recording are carried out, multi-generation repeated grafting is carried out on the stingless prickly ash strain, and finally the stingless prickly ash strain which is stable in performance is cultivated.

The invention discloses a breeding method for black and white sweet glutinous hybrid maize. The breeding method for black and white sweet glutinous hybrid maize comprises the steps of selecting ultra-sweet maize, glutinous maize, a common high yield multi-resistance maize-inbred line and the like from different regions to be equivalently mixed, openly pollinating the maize, establishing a basic group A, selecting black glutinous maize germplasm from different regions to be equivalently mixed, openly pollinating the maize, and establishing a basic group B; then carrying out recurrent selection to the properties of seeds of the maize to respectively form a white sweet glutinous maize recurrent selection group A and a black sweet glutinous maize recurrent selection group B, obtaining a serious inbred line through multi-generation inbreeding, and screening a white sweet glutinous maize inbred line 4587 and a black sweet glutinous maize inbred line 3303 through combination ability measurement and cross combination quality identification to obtain 4587 X black 3303 hybrid. The breeding method can ensure both the glutinous and sweet genes of a parent inbred line and the hybrid of the parent inbred line, and also ensure the appearance quality, the favorable edible quality, the stability and the consistency of the hybrid. Moreover, the seeds of the maize are black and white.

The invention provides a Brassica napus annual multi-generation generation adding method. Four stages including seed pretreatment, transplanting and seedling management, flowering phase management and pod development period management are effectively controlled, and one-year three-cropping or four-cropping (ie, annual three-generation or four-generation generation adding) of the Brassica napus is realized, the seed breeding process is effectively accelerated, and the seed breeding year limit is shortened. The controllable greenhouse cultivation technology is adopted, so that the running around at different places are avoided, the time is saved, and manpower and material resources are saved. The Brassica napus annual multi-generation generation adding method is applied to backcross or cross breeding, and seed breeding of novel high-quality and high-yield disease-resistant varieties of Brassica napus can be accelerated.

The invention belongs to the technical field of rape molecular breeding, and specifically relates to a breeding method of cabbage type rape woad oil cytoplasm male sterile line. The invention also relates to a protoplast fusion technology to recombinate the cytoplasm and nuclear genome of cabbage type rape-woad so as to establish cytoplasmic male sterility of recombinant cytoplasm. The breeding process comprises the following steps: obtaining the leaf meat protoplast of cabbage type rape-woad through separation and extraction, obtaining the protoplast fused somatic cell hybrid of cabbage type rape-woad through a cell fusion method; taking the obtained somatic cell hybrid of cabbage type rape-woad and leaf meat protoplast cell hybrid of cabbage type rape-woad as the female parent, taking cabbage type rape as the male parent, carrying out multi-generation backcross, and obtaining cytoplasmic male sterile line with carpelloid stamen; wherein the mitochondrion gene PCR amplification verifies that mitochondrial genome carries out recombination during the fusion process, thus the nucleoplasm becomes uneven, and the sterile character appears.

The invention relates to a breeding method of a brassica napus radish cytoplasm sterile restorer line. Through brassica napus radish cytoplasm sterile restorer material CLR650 whole genome resequencing data and radish genome sketch information comparison, specific molecular markers of linked exogenous radish fragments and restoring genes in CLR650 are developed; then, a target single strain of the brassica napus radish cytoplasm sterile restorer material CLR650 backcross population is bred in an auxiliary way through the specific molecular markers; a BC4 separation group is obtained; fertile plants in the BC4 group is subjected to multi-generation mixed selection by a mixed method until the mixed separation group with the fertile plant proportion exceeding 75 percent is obtained; finally, the homozygosis stabilization is performed through multi-generation selfing; the novel brassica napus radish cytoplasm sterile restorer line is obtained. The method provided by the invention overcomes the defects of too low restoring gene heritability and property homozygosis stabilization difficulty of the existing method.

The invention discloses an overlap kernel pulse separation method, which comprises the following steps: firstly, expressing an original overlap kernel pulse to be separated, which is obtained in radiometry, as the linear sum of N nuclear pulses; then, taking the parameter composition of the N nuclear pulses as a chromosome; and finally, taking the error of the overlap kernel pulse represented by an individual and the original overlap kernel pulse as a target function, adopting the selection, cross and mutation operators of a genetic algorithm, and obtaining an optimal individual after a multi-generation operation so as to obtain the parameter value of each pulse, i.e. realizing the separation of the overlap kernel pulse. When N takes different values, the overlap kernel pulse is subjected to the same separation to obtain new optimal individuals, and the optimal individual with a minimum target function value is selected from the optimal individuals to serve as a final solution. A result indicates that the overlap kernel pulse separation method based on a population searching technology is an optimal combination for searching the kernel pulse from the global meaning to realize the separation of the overlap kernel pulse so as to obtain the parameter of each kernel pulse.

The invention discloses a multi-generation rejuvenation cultivation method for seed balls of Casablanca of Lilium which comprises, leaving 15-25cm of stalk and 10-12 leaves during each round of flower clippings, then sterilizing the base material, watering and applying fertilizer, cultivating the seed balls for one month so as to achieve the robust recovery of the seed balls, collecting flowers in winter for the first and third round flowers, carrying out refrigerating treatment to the seed balls undergone robust recovery by utilizing natural low-temperature, cooling down gradually, then elevating the temperature gradually after one month so as to defreeze the base material and enter the normal management. Subjecting the robust recovered seed balls harvested in the second round of flowers to sorting, disinfecting, packaging and refrigerating treatment for 10-12 weeks at the temperature of -1.5+-0.5 deg. C, then proceeding warehouse-out cultivation. The method provided by the invention can uniform the quality of flowers collected from different rounds.

Energy-efficient gasification-based multi-generation apparatus, facilities, or systems, and methods of modifying existing gasification-based multi-generation apparatus and the various conventional thermal coupling arrangements, are provided. An exemplary gasification-based multi-generation apparatus includes a gasification system configured to generate raw syngas feed from a carbon-based feedstock, and an acid gas removal system configured to remove acidic contaminants from the raw syngas feed to thereby provide a treated syngas feed. The gasification system includes a gasification reactor, a syngas fluid cooler reactor, and a soot ash removal unit comprising a soot quench column, a soot separator, a soot filter, a soot scrubber, and a gasification system energy management system having a conventional set of heat exchanger unit and an added set of heat exchanger units to enhance energy efficiency. The acid gas removal system includes a reactor, an acid gas contaminant absorber, a solvent regenerator, and an acid gas removal system energy management system having a conventional set of heat exchanger unit and an added set of heat exchanger units to enhance energy efficiency.

The invention discloses a bean yoghourt fermenting agent with processing suitability as well as a preparation method and application thereof, and belongs to the field of bioengineering. The preparation method of the bean yoghourt fermenting agent with the processing suitability comprises the following steps: an exogenous microbial population is added into reconstituted milk, and the exogenous microbial population, the reconstituted milk and Kefir grains are mixed and fermented; after multi-generation domestication, a Kefir fermenting agent is reformed, so that the microbial population structure of the reformed Kefir fermenting agent is changed, and the reformed Kefir fermenting agent is used for fermenting bean milk so as to produce bean yoghourt; soybean isoflavone can be biologically converted, so that concentration of genistein and daidzein in the bean yoghourt is improved; the reformed Kefir grains are adopted to prepare the fermenting agent so as to ferment the beam milk, so that the Kefir bean yoghourt is smooth in taste and rich in nutrition, absorption and utilization of vegetable protein for a human body can be improved, and probiotics in the bean yoghourt is increased; the soybean isoflavone can be biologically converted, so that the concentration of the genistein and the daidzein in the bean yoghourt is improved, and the bioavailability of the soybean isoflavone is improved.

The invention provides a breeding method of a clam fast growth strain, which is mainly applied to a seed producing strategy of the selective breeding of the hybrid combination of the clams with different geographical colonies. The method comprises the following steps of: hybridizing the Shandong female clam and the Jiangsu male clam to obtain a first filial generation colony which has the advantages of fast growth and good hybridization; taking the individual with fast growth speed in the first filial generation as a basic colony to perform the selective breeding of phenotypic continuous multi-generation; and breeding the clam fast growth strain. The breeding method is simple in operation, is suitable for scale production, improves the growth speed by more than 20% compared with the common produced clam, and has the great significance for improving the yield of the clam production.

The invention relates to the technical field of energy and environment and discloses a chemical engineering power multi-generation energy system and a method. Crude synthesis gas produced by carbon-rich raw material firstly enters a chemical engineering production flow, the synthesis gas can not carry out water-gas shift reaction to reduce the proportion of CO/H2, temperature reduction and purification are carried out for direct chemical engineering synthesis, the product of synthetic reaction is separated into unreacted gas and crude products by flash evaporation process, part of the unreacted gas circulates and carries out synthetic reaction again, while the other part of the unreacted gas carries out water-gas shift reaction and a CO2 separating unit for decarburization, the synthesis gas after decarburization is taken as fuel gas to be sent to a combined cycle power system for power generation. By adopting the invention, under the promise of ensuring that the active ingredient of new synthesis gas is fully transformed into chemical products, the energy utilization situation of the system can be improved; meanwhile, by adopting the way of separating CO2 after chemical engineering synthetic reaction, the energy consumption for separating CO2 can be lowered and the problem of the efficiency reduction of the energy system can be solved.