46results about How to "High selling price" patented technology

The invention discloses a high yield and high quality cultivation method for cross-fertilization No.1 dwarf banana. The high yield and high quality cultivation method comprises the steps of selection and preparation of land, planting, bud reserving, water and fertilizer management, planted management, pest prevention and cure, and the like. According to the cultivation method disclosed by the invention, the cross-fertilization No.1 dwarf banana can be moderate in harvest time, the fruit yield is high, the quality is good, and the selling price is high, thus the economic performance is improved.

The invention relates to an apple cultivation method, in particular to an apple cultivation method. The apple cultivation method comprises cultivation methods in a germination stage, a flowering stage, a young fruit stage, an expanding stage of young fruits, an expanding stage of fruit trees, and a fruit picking period. Apples cultivated by the apple cultivation method provided by the invention are good in mouthfeel, regular in fruit shape, fast in fruit expanding, good in color, and good in surface gloss, and the sugar degree and the selling price are greatly improved.

The invention relates to the technical field of animal husbandry breeding, in particular to a green and ecological breeding method for pale butterfly chickens. The method specifically includes that breeding under a forest is carried out by choosing a sandiness earth slope with forests, by adding safe and original ecology Chinese medicine herbs including pale butterfly flowers, caesalpinia minax hance, and liquorice poached liquid, and preventing and curing of disease of the chickens are carried out. Due to the fact that feed additives are refused, and antibiotics and veterinary drugs are avoided, the situation that the chickens bred are green products are guaranteed, besides, chicken has slight pale butterfly flowery flavor and quality is greatly improved. At the same time, land sources are furthest protected, and the purpose of green and ecological breeding is achieved.

The invention discloses a method for cultivating tender ginger in deep furrows through deep ploughing. According to the method, adjustment and optimization are carried out in the process steps of selection and treatment of seed ginger, field selection, soil preparation, field planting, ridging, water and fertilizer management, pest control and the like. The method is mainly characterized in that deep-ploughing and deep-furrow cultivation is carried out, namely the field plots are ploughed deeply, bottom soil and surface soil are exchanged, the structure of the plough layer of soil is changed, and therefore plant diseases and insect pests, especially bacterial wilt, are avoided or reduced effectively. The seed ginger is planted in the deep furrows, and ridging and fertilization management are carried out three times. The method is scientific, standard and advanced. Practical application shows that when the method is used for cultivating the tender ginger, the plant diseases and insect pests are less, the yield is high, the cultivated tender ginger is white in pulp, fresh, tender, plump, good in commodity performance, good in quality, high in selling price and remarkable in benefit, and the tender stem is long. Through popularization of the method for cultivating the tender ginger in the deep furrows through deep ploughing, the yield and the quality of tender ginger products can be improved and guaranteed, and efficient development of the tender ginger industry is facilitated.

The invention discloses an acid etching liquid recycling method which comprises the following steps of (1) prefabricating an acid etching liquid recycling system; (2) storing a waste etching liquor produced by an etching production line in a waste liquor barrel, and adding the waste etching liquor in the waste liquor barrel into an ion-exchange membrane electrolysis circulating device through an automatic-detection adding method; (3) electrolyzing the waste etching liquor through the ion-exchange membrane electrolysis circulating device so as to produce recycled liquid and elemental copper, storing the recycled liquid in a recycled liquid barrel, and moving out the elemental copper as a copper plate; and (4) adding an oxidizing agent, hydrochloric acid and the recycled liquid stored in therecycled liquid barrel into a recycled liquid blending monitoring device, detecting and blending the recycled liquid through multiple detectors in the recycled liquid blending monitoring device, enabling the oxidation reduction potential range of the recycled liquid to range from 480 to 520mv, enabling the copper concentration to range from 30 to 60g/L, and reflowing the recycled liquid into an etching production line so as to use. The invention further discloses an acid etching liquid recycling system applying the method.

The invention belongs to the field of poultry farming, and particularly relates to a method for feeding pork pig with sugarcane. The method specifically comprises the following steps of: at the beginning of feeding the pork pig, obtaining 6-7 months sugarcane when the pork pig grows to 90-100 jin; feeding the pork pig with a fresh whole sugarcane plant; and adjusting the dosage of sugarcane to 50% of the total daily ration based on the future daily ratio of the pork pig. Through the feeding mode, the pork pig grows quickly, the weight of the pork pig obviously increases, the pork is delicious, and the pork pig is upgraded to high-end food. Through the invention, the pig eating sugarcane is similar to the boar taking grass as the major foodstuff in the wild, and the feeding mode adopts ecological feed to the original nature, thus the cost is reduced, and the pork of the produced pork pig has sweet and delicious mouthfeel. Meanwhile, the quality of the pork pig is remarkably improved almost without increasing the cost, the pork pig is unique on the market, the selling price of the pork product is high, and the economic benefits are obvious.

The invention discloses a radix millettiae speciosae plastic membrane mulching cultivation technology method. The radix millettiae speciosae plastic membrane mulching cultivation technology method is characterized by comprising the following steps of: selecting seeds, soaking the seeds, growing seedlings, transplanting the seedlings, carrying out soil preparation and furrowing, applying fertilizer, maintaining breeding, sprinkling root fixing water, applying compound fertilizer after five stipules grow on the plant, and timely spraying insecticide for pest control. Compared with radix millettiae speciosae free of plastic membrane mulching, the radix millettiae speciosae harvested by adopting the method are large and long in shape and bear heavy fruit. The radix millettiae speciosae plastic membrane mulching cultivation technology method has the advantages of good seed selection, good plant management, fine water replenishing, sufficient fertilizer application, complete pest control, breeding maintenance, good harvesting guarantee, a good pesticide effect, high selling price and maximized profit.

The invention discloses an acidic etching solution cyclic regeneration system. The system comprises an ionic membrane electrolysis circulating system, a chlorine absorption system and a regeneration solution blending monitoring system. The ionic membrane electrolysis circulating system is constructed into a solution circulating loop and comprises an electrolysis system. The chlorine absorption system comprises a chlorine treatment cylinder, an alkali liquor pool and a chlorine treatment tower secondary absorption system. The chlorine treatment cylinder and the alkali liquor pool respectively suck chlorine through negative pressure generated by an ejector and introduce the chlorine into low ORP etching liquor and an alkaline solution. An ORP monitor is used for controlling generation of chlorine by controlling the ORP value of the electrolytic etching solution. By controlling the ORP value of the electrolytic etching solution, generation of chlorine is effectively controlled, monovalentcopper ions are changed into divalent copper ions, the etching capability is recovered, operation completely returns to production, oxidants used in production are reduced or even canceled, production materials are saved, and the production cost is reduced.

Disclosed is a method for using pitaya to feed broilers. The method includes: starting to feed the broilers with ripe pitaya fruits two months before the broilers fed conventionally come into the market; controlling and reducing regular feed amount of the broilers, and increasing pitaya fruit amount to feed the broilers; feeding the pitaya fruits for at least two months; wherein the pitaya fruits account for 70-80% of the feed of the broilers. The method has the advantages that the pitaya fruits are quite good in palatability, rich in nutrition, unique in function, few in disease and pest, and can grow normally basically without any chemicals; the broilers like to eat the pitaya fruits very much; the peels of the pitaya fruits contains anthocyanin which is quite precious nutrient substance; when the broilers eat the pitaya fruits having multiple functions, weight gaining effect is evident, and meat quality is improved greatly; the broilers fed by the pitaya fruits is delicious in meat quality and fragrant and sweet in taste.

A sea weed extract plant immunization production increase opsone and process of making it which relates to the ocean biological pesticide, bio-fertilizer formula and method for making same, wherein detergent, nitrogen, phosphor, potassium and microelement are mixed for making solution A by the proportion of 1000 : (13-60) : (6-25) : (20-70) : (3-9), and water, potassium iodide and iodine are mixed for making solution B by the proportion of 1000 : (10-30) : (5-15), ethanol and 4-iodophenoxyacetic acid are mixed by the proportion of 1000 : (50-100) with the added neutralizing sodium-hydroxide for making solution C. The sea weed extract C solution and B solution are added into solution an in sequence by the proportion of 10 : (8-12) : (5-20) for producing synergism.

The invention relates to the technical field of animal breeding, in particular to a green and ecological buddleia officinalis chicken breeding method. The green and ecological buddleia officinalis chicken breeding method specifically comprises the steps of selecting a sandy soil slope with woods for breeding under woods, and applying disease preventing and treating pesticides in buddleia officinalis chicken flocks by adding safe and originally ecological Chinese herbal medicines including buddleia officinalis flowers, caesalpinia minax Hance, licorice roots, spora lygodii, talcum powder and wrinkled gianthyssop herb decoction liquid to a pollution-free feed. Due to the fact that any feed additive is not used and antibiotics and veterinary medicines are not used, it is ensured that bred buddleia officinalis chickens are green products, chicken can also contain light fragrance of the buddleia officinalis flowers, and the quality is improved remarkably.

The invention relates to a textile production control technology and aims to provide an anti-overbaking multifunctional on-line measurement and control system of textile printing and dyeing fabrics. The system comprises a humidity measurement roller used for humidity detection, wherein the humidity measurement roller is connected to a signal conditioning circuit through a signal wire, and the signal conditioning circuit is connected with a control plate processor; the control plate processor is connected to an electronic control device of a steam valve through a signal wire; and the steam valve is positioned on a steam supply pipeline for drying steam. Due to the effective use of the system, the purposes of accuracy control and automatic regulation are achieved, and finally, an ideal humidity of the fabrics is obtained. Overbaking cannot be caused, thereby the steam and energy are effectively saved, which directly and most benefits printing and dyeing mills by using the system.

The invention relates to a cultivating method for ziyun high-yield apples. The method comprises the steps of a germination stage, a flowering stage, a fruitlet stage, a fruited expanding stage, a fruit tree expanding stage and a fruit picking stage. Apples cultivated through the cultivating method for ziyun high-yield apples are good in taste, regular in shape, rapid in expansion, good in color, good in surface color and capable of greatly increase the sugar degree and selling price.

The invention belongs to the field of edible fungus cultivation, and particularly relates to a wild-imitating cultivation method for increasing an amino acid content of phallus impudicus. Gastrodia elata waste bacteria firewood is used as a main material for preparing a cultivation material, so that the gastrodia elata industry and the phallus impudicus industry are connected, and the economic benefits are increased; wood and bamboo branches in auxiliary materials of the cultivation material are respectively treated, so that the phallus impudicus can fully absorb the nutrition of the cultivation material, the content of inclusions is increased, and the amino acid content of the produced phallus impudicus reaches 16.95%, wherein the content of glutamic acid (Glu) reaches 2.07%; and meanwhile, management parameters are adjusted according to different growth stages of the phallus impudicus, the cultivation time of the phallus impudicus is shortened, the phallus impudicus comes into the market in advance, and the economic benefits are maximized.

The invention discloses a cultivation method for making grape plants lean to one side. Single-plant fan-shaped growth in a traditional mode is changed into a single-main-stem one-sided mode, the product is good in taste and good in color, early appears on the market, and is high in selling price, popularization is facilitated, massive farmers are led to become rich, manpower is reduced, the yieldis greatly increased, the economic effects are improved, and the cost is reduced.

The invention discloses a rough processing method of fragrant and sweet gastrodia elata. The method comprises the following steps: grading fresh gastrodia elata, and selecting damaged, incomplete and rotten gastrodia elata; soaking the graded fresh gastrodia elata by clean water, and repeatedly cleaning to remove silver sands till the fresh gastrodia is clean; placing the cleaned fresh gastrodia elata into boiled water, fishing out and draining off when the water is reboiled, and naturally cooling to room temperature; and after all gastrodia elata turns to brown, steaming for 10-25 minutes till the gastrodia elata is fully steamed, and conventionally drying. The gastrodia elata obtained is consistent in color, high in selling price and good in taste.