178results about How to "Improve result rate" patented technology

Techniques are provided for applying modulation constraints to data streams using a short block encoder. A short block encoder encodes a subset of the bits in a data stream. Then, the even and odd interleaves in a data stream are separated into two data paths. A first modulation encoder encodes the even interleave according to a first modulation constraint. A second modulation encoder encodes the odd interleave according to a second modulation constraint, which in general coincides with the modulation constraint for even interleave.

The invention discloses a grape grafting and cultivating method. The method comprises the steps of (1) selection of stocks, (2) grafting method, (3) binding and (4) grafting management after grafting planting, in the step of the selection of stocks, resistant North America species and its cohybridization generation or local wild grape vines are selected as stocks; the grafting method is divided into open field local grafting and indoor grafting; in the step of binding, soybean cake powder, microelement (iron, sulfur, copper, manganese and selenium) and water are mixed into thick mud, the mixture is smeared on gauze or cotton cloths, and the gauze or the cotton cloths containing the thick nutrient mud is bound on joints of stocks and scions. According to the grape grafting and cultivating method, the method solves the problems that conventional hard branch top grafting influences healing of connectors due to wounds, the growing period after surviving is short, growth is weak, and the flower forming and fruiting rate of a second year is low, the survival rate of grape grafting is improved and reaches 90%, fruit forming amount is large, fruits have abundant nutrient, fresh color and good taste.

The invention relates to a multifunctional total-nutrient fertilizer and production method thereof, wherein the multifunctional total-nutrient fertilizer is made from three components of an inorganic nutrient, an organic material and biological living bacillin as raw materials, and is prepared by the complex formulation of the three components to provide comprehensive nutrients which are necessary for the growth of crops and improve and activate soils. The multifunctional total-nutrient fertilizer comprises 4 portions of the organic material after fermentation and granulation, 5 portions of the inorganic nutrient particles and one portion of the complex bacteria particles. The three components are uniformly mixed to obtain the multifunctional total-nutrient fertilizer. Microbial living bacillin is used as the core, the inorganic nutrient is used as the base and the high-quality organic material is used as the carrier. By the adoption of a special atypical technology, the three nutritional components are integrated to process and produce the multifunctional total-nutrient fertilizer which can not only provide comprehensive nutrients to satisfy the growth requirement of crops but also raise the content of organic matters in soils and supplement a plurality of beneficial microorganisms for soils so as to achieve the purposes of improving and activating soils and make soils to gradually recover to a natural state if continuously used for many years.

The invention has a structure: a control device 6 composed of a computer is connected with a detection part of a matching device 32, thus sending detection signals that represent measured values of the diameter of the raceway of an outer ring and the raceway of an inner ring; the control device 6 is further connected with a second grinding process device 24 in the outer ring, a superfinishing device 25a in the outer ring, a second grinding process device 26 in the inner ring and a superfinishing device 28a in the inner ring, so as to be convenient for receiving control signals; according to the measured values of the diameter of the raceway of the outer ring and the raceway of the inner ring that are measured by the detection part, the control device 6 provides change values to diameter-processing target values which are respectively set for the grinding process device 24 (or 26) and the superfinishing device 25a (or 28a) that are used for processing roll surfaces of at least one roll wheel in the outer ring and the inner ring.

The invention relates to a cultivation method for making cherries ripen early and belongs to the cherry cultivation technology. The cultivation method mainly includes the step that cherry trees with blossom buds formed are processed at low temperature in a natural environment so that the cherry trees can enter the period of dormancy early so as to adjust the ripening period of cherries. The low temperature processing includes two modes, according to one mode, low temperature water is sprayed on the cherry trees to lower the temperature of the cherry trees after leaves are picked manually so that the cherry trees can enter the state of dormancy, and according to the other mode, the cherry trees are transplanted to a high-altitude place and are made to enter the state of dormancy at low temperature at the high altitude. Through the two modes, the cherry trees are processed at low temperature both in the natural environment so that the cherries can ripen at the needed on-sale time according to wills of people, particularly the cherries can ripen before or after the spring festival, and thus higher economic benefits can be obtained. The cultivation method for making cherries ripen early is particularly suitable for early ripening requirements of Chinese small cherries.

The invention discloses a cucumis metuliferus cultivation method comprising the steps of seed treatment, seeding, and growth and development period management. The method is simple to operate. The growth and development periods are managed reasonably and scientifically. The seed germination rate is increased, the quality and quantity of flower buds are increased, and the fruiting rate is increased.

The invention discloses a fig-dwarfing cultivating method, which relates to the technical field of fig planting. The fig-dwarfing cultivating method comprises the following steps: (A) growth hormone regulation; (B) removal of apical buds: the first apical buds that grow at the apexes of fig seedlings are picked off in order to inhibit apical dominance and promote the emergency of lateral buds, and water and fertilizer management is enhanced to promote branching; (C) pruning of the lateral buds; (D) dwarfing: a dwarfing agent is sprayed once five days before and after vernal equinox of each year and five days before and after autumnal equinox, and spraying is carried out by the dosage of 20kg of dwarfing agent for 500 seedlings each time. The fig-dwarfing cultivating method can be used for cultivating potted fig trees with good ornamental forms.