910results about How to "Improve commodity" patented technology

The invention discloses a method for preparing organic fertilizer from paper-making sludge. The materials such as paper-making sludge, amendment are mixed, subjected to high-temperature aerobic fermentation, post maturation and crushing, screened, and mixed with fertilizer of nitrogen, phosphorus, potassium and the like and medium and micro elements to prepare the organic fertilizer. The method has the advantages of simple process, easy operation, obvious innocuous effect, no environmental pollution and little nutrient loss; and the organic fertilizer prepared by the method is widely applied to industrial crops such as vegetables, fruit trees, Chinese herbal medicines, flowers and field crops such as wheat, corn, paddy rice.

The present invention discloses a bamboo leaf antioxidant material (AOB) and its application. AOB is a yellow or brownish yellow powder or granules obtained from bamboo leaf, its main antioxidant component includes flavone, lactone and phenolic acid compound, the total flavone glucoside content determined by colourimetry is greater than or equal to 30%, total lactone content is greater than or equal to 15% and phenolic acid content is greater than or equal to 7.5%. It not only can be block the chain reaction of automatic oxidation of fat, but also can chelate trasition state metal ion, at the same time can be used as first-grade and second-grade antioxidant to produce action, and can effectively remove nitrite and can block synthesis of nitrosamine, and has the actions of resisting bacteria, inhibiting fungi, deodorization and increasing perfume, so that it has extensive application.

A control system for a controlled atmosphere room (“CA room”) for storing perishable commodities, such as fruits and vegetables. The control system includes an enclosure that can be placed within the CA room to store a representative sample of the commodities in the CA room. The control system includes an atmosphere valve selectively operable to provide atmospheric communication between the enclosure and the CA room or to isolate the enclosure from the CA room. The control system includes a sampling control system for determining a dynamic control value based on the isolated representative sample. The dynamic control value may be determined by monitoring the respiratory quotient in the enclosure while it is isolated. Once determined, the control system can use the dynamic control value to adjust the atmosphere of the CA room, thereby using tests on a representative sample to control the atmosphere for the full volume of commodities in the CA room. When not testing, the enclosure generally remains in atmospheric communication with the CA room, which improves the correlation of the representative sample with the commodities in the CA room.

A method for real-time remote shopping using a real-time remote shopping system includes the steps of (a) obtaining the commodity information from a hand-held terminal and registering the information on a customer, (b) sending the shopping request information including the commodity information to a host server or a mobile terminal through the wired / wireless communication device, (c) receiving, at the mobile terminal, the shopping request information from the hand-held terminal or the host server, and sending the shopping data processed in real-time to the host server or the hand-held terminal, (d) receiving, at the hand-held terminal, the shopping data from the server or the hand-held terminal, and (e) sending, at the hand-held terminal, a shopping-ended signal to the host server or the hand-held terminal, and paying the price. The hand-held terminal includes a hand-held electronic device of the customer. The system and method can be applied to an internet shopping.

The invention discloses a synergist of a functional fertilizer, comprising the following raw materials by weight: 0-150 portions of compound amino acid, 0-24 portions of plant growth regulator, 0-18 portions of synergistic sodium, 0-18 portions of a-nafusaku, 0-3 portions of antidote, 0-4 portions of pesticide, 0-600 portions of magnesium sulfate, 0-600 portions of nano calcium, 0-10 portions of zinc sulfate, 0-5 portions of ammonium molybdate, 0-15 portions of boric acid, 0-364 portions of adsorbent and 193-800 portions of bond. The preparation method comprises the following steps according to three proportions: adding water for mixing, rubbing, cutting, pelletizing, polishing, drying, cooling and screening, and then mixing the screened products with particle diameter less than 1 mm madeby three different proportions after equal part measuring by a computer, measuring, packaging and obtaining products. The invention can be used after mixing with a normal fertilizer easily and is suitable for various crops and soils, climates and different ways of fertilizing, thereby reducing the use level of the fertilizer and improving the utility ratio of the fertilizer. The invention has theadvantages of low use level, quick returns, stable fertilizer effect and long duration.

According to the present invention, damage and breakage are prevented even when a sheet-shaped glass material after a chemical reinforcement is cut and fragmented through an etching treatment. A method for manufacturing a glass substrate of the present invention comprises chemical reinforcing in which the sheet-shaped glass material is chemically reinforced by means of an ion exchange treatment, and form processing in which the sheet-shaped glass material after the chemical reinforcing is cut by means of the etching treatment. In the chemical reinforcing, assuming that the plate thickness of the sheet-shaped glass material is t[[mu]m], the thickness of the compressive stress layer of the sheet-shaped glass material is d[[mu]m], the maximum compressive stress of the compressive stress layer is F[MPa], the integrated compressive stress value of the compressive stress layer is X[MPa[mu]m], the thickness of the tensile stress layer is t2[[mu]m], and the average tensile stress value of the tensile stress layer is Tave[MPa], and the ion exchange treatment is performed so as to satisfy 7=Tave2=t-2d, and Tave=X / t2 are satisfied.

The invention provides a technology for producing a fulvic acid fertilizer and high-strength corrugated paper by using whole cotton stalks as raw materials. With the whole cotton stalks as the raw materials, by a weakly-acid imidized machine pulp pulping technology, through optimal combination of the cooking temperature, the cooking time and the pH value as well as high-concentration pulping and other pulping technological links, pulping red liquor rich in fulvic acid is prepared for producing the fertilizer, and high-performance pulp with a relatively light color is produced for producing thehigh-strength corrugated paper. By the technology, defects and shortcomings of a strong-alkali and strong-acid technology are avoided, differences in traits, components and structures of the whole cotton stalk raw materials are overcome, fulvic acid producing active components contained in cotton stalk cores, cotton stalk pulps, cotton boll shells and cotton stalk skins in the whole cotton stalksare effectively utilized, the advantage of combination of long and short whole cotton stalk fibers is effectively played for producing the high-strength corrugated paper, comprehensive utilization ofwhole cotton stalk resources is achieved, and a technological path for industrial and commercial utilization of the whole cotton stalk raw materials is opened up.

The invention provides a feed additive enteric coated tannin, comprising a core material and an enteric coating, wherein the surface of the core material is covered with the enteric coating, and the core material is selected from tannin. According to the feed additive enteric coated tannin provided by the invention, tannin particles are coated by an enteric coating material, so that the tannin is hydrolyzed and released to take effects mainly in the colon or a part below the colon when ingested by animals. The addition level of the enteric coated tannin in feed is only 20-100ppm (counted by tannin), and the enteric coated tannin can release tannin in the intestine to play the effects of astringing, resisting bacteria and preventing diarrhea of animals like high zinc when ingested by animals, so the enteric coated tannin has low dosage and lower cost. In addition, the feed additive enteric coated tannin provided by the invention can well improve the fur and commercial quality of baby pigs when added to feed. Also, the feed additive enteric coated tannin can be added to the ration of poultry in summer to solve the problem of diarrhea of poultry in summer.

The invention discloses an efficient method for cultivating flue-cured tobacco seedlings, summer cucumbers and autumn delayed cowpeas in one year. The crop rotation period is reasonably arranged, and the flue-cured tobacco is sown from the middle ten days of January to the middle ten days of February, and the flue-cured tobacco is harvested from a greenhouse from the last ten days of April to the middle ten days of May; the summer cucumbers are sown and raised in the last ten days of April, planted in the flue-cured tobacco greenhouse in the middle ten days of May, and harvested from the end of June to the middle ten days of August; the autumn delayed cowpeas are planted in a cucumber compartment from the first ten days of July to the middle ten days of July before the cucumbers are completely harvested, and the autumn delayed cowpeas are harvested and sold on the market from the first ten days of September to the middle and last ten days of October. Two types of out-of-season vegetables are planted after the tobacco seedlings are harvested from the flue-cured tobacco greenhouse, appropriate vegetable varieties and fine varieties are selected, three kinds of crops are efficiently cultivated in the flue-cured tobacco greenhouse in one year, the utilization rate of the flue-cured tobacco greenhouse facility and land is increased, the cropping index and the comprehensive yield of the greenhouse are increased, the income of cucumbers and cowpea vegetables is added to the net income of tobacco growers, the problem that the flue-cured tobacco greenhouse is left unused for a long time after the flue-cured tobacco seedlings are harvested from the greenhouse is solved, and economic benefits and social benefits are very obvious.

The invention provides a juicy peach storage method, comprising the following steps: sorting and pre-cooling the fruits in a house at 20 degree after picking up the mature juicy peach fruits; low temperature processing the fruits using program cooling method; inducing the fruit tissue cold-damage endurance capability using a certain low temperature; storing the fruits at low temperature. The fruits are processed by suitable low temperature and then stored at low temperature, thus the fruit respiratory rate, fruit metabolism, fruit ripening process can be effectively decelerated and the energy consumption can be also reduced, the fruit storage time can be prolonged, at the same time the occurence of the cold-damage of the soft melting fruits during storage period and fruit decayed rate can be reduced and the storage fruit quality and marketability can be kept. The storage method has features of reasonable design, convenient operation, lower device requirement and less cost and is suitable for large-scale operation and demonstration and generalization. The storage method also can be applied for other climacteric, chilling-sensitive horticultural products.

An electronic apparatus, having functions on which use limitations can be imposed, in which a variety of functions are loaded on the electronic apparatus by hardware circuitry or by computer programs. Use of a certain function(s) is limited by setting a function limiting flag to “1”, provided that an other function(s) are usable within a period of a preset number of days of possible test use. An application is made from the apparatus to a key issuing source for purchasing usable functions. The key issuing source then issues a limitation removing key. The limitation removing key may be acquired from the key issuing source by a mobile phone terminal and transmitted to the apparatus by infrared ray communication. The apparatus rewrites the function limiting flag by this limitation removing key. If the number of days of actual test use has reached the number of days of possible test use, the CPU of the apparatus does not carry out the function(s) the function limiting flag of which is “1”.