51results about How to "Intact epidermis" patented technology

The invention discloses a medicinal kusnezoff monkshood fresh cutting processing technology. The technology is characterized by after harvesting medicinal kusnezoff monkshood, seizing the time to wash medicinal kusnezoff monkshood while the soil adhering to the surface of medicinal kusnezoff monkshood is wet, trimming the roots and the branches, tedding medicinal kusnezoff monkshood for 12-48 hours, longitudinally slicing medicinal kusnezoff monkshood or slicing the top of medicinal kusnezoff monkshood, vacuum-packaging the slices with polyethylene plastic bags after airing the slices until the slices are dry and adding drying agents and antioxidants. The processing technology has the beneficial effects that the medicines are washed and processed while the medicines are fresh, thus avoiding losses of water-soluble active ingredients, reducing pollution of the medicines caused by microorganisms and worm eggs in the soil, simplifying the medicinal slice production process, reducing the preparation cost, guaranteeing the quality of the medicines and improving the clinical effects; and popularization and implementation of the processing technology have obvious social significance and economic benefits.

The invention discloses a fresh-cut processing technology of a largehead atractylodes rhizome crude medicine. According to the technology, after the largehead atractylodes rhizome crude medicine is harvested, the largehead atractylodes rhizome crude medicine is washed with water when soil is attached to the surface of the medicine which is still wet, roots and branches are arranged, the largehead atractylodes rhizome crude medicine is spread for drying for 12-24 h and cut into round pieces or oval pieces when being fresh, the pieces are air-dried to dryness and subjected to vacuum packaging with a polyethylene plastic bag, and a desiccant and an antioxidant are added. The crude medicine is washed and processed when being fresh, so that loss of water-soluble effective components is avoided, pollution of the crude medicine by microorganisms and worm eggs in the soil is reduced, the process for production of decoction pieces is simplified, the preparation cost is reduced, the quality of the crude medicine is guaranteed, and the clinical effect is improved. Great social meaning and economic benefits can be produced with popularization and implementation of the technology.

The invention discloses a fresh-cut processing technology for radix curcumae. The technology comprises the steps that after being harvested, radix curcumae is washed with water while the surface of radix curcumae is adhered with mud and is wet, fibrous roots and impurities are removed, the radix curcumae is aired in a spread mode for 4-6 hours and cut into round pieces or elliptical pieces while the radix curcumae is fresh, after being aired in the sun to be dry, the round pieces or elliptical pieces are packed with polyethylene plastic bags in a vacuumized mode, and then drying agents are added in the bags. According to the technology, due to the fact that the medicine materials are washed and processed while the medicine materials are fresh, the loss of water-soluble effective components is avoided, the pollution of microorganisms and worm eggs in soil to radix curcumae is reduced, the decoction piece production procedures are simplified, the preparation cost is lowered, the medicine material quality is guaranteed, and the clinical treatment effect is improved. The popularization and implementation of the technology have significant social significance and economical benefits.

The invention relates to the cotton processing technical field, in particular to a cotton seed, commodity linter and grease raw material co-production process based on the delinting technology of a cylindrical brushing machine. The co-production process is characterized by producing cotton seeds, commodity linters and grease raw materials at the same time by primary processing of materials (fluff). Compared with the prior art, the co-production process has the advantages of simple process flow, short processing route, high production efficiency, low cottonseed crushing ratio, guaranteed seed quality, fewer linter impurities, easy linter cleaning, high commodity linter level, complete waste (photon) skin, convenient hulling, thorough separation between cotton hulls and cotton kernels and high oil yield. In the process, the linter obtained by double brushing is collected, cleaned and packaged respectively, thus ensuring grade quality of the commodity linter.

The invention discloses a processing technology of radix et rhizoma rhei fresh-cut decoction pieces. The technology comprises the following steps: after harvesting medicinal material radix et rhizoma rhei, washing the radix et rhizoma rhei while the surface of the radix et rhizoma rhei carries soil and is wet; spreading and airing for 2h to 4h; cutting the radix et rhizoma rhei into round pieces or oval pieces while the radix et rhizoma rhei is fresh; after drying, putting the radix et rhizoma rhei into a polyethylene plastic bag, and vacuumizing and packaging; then adding a drying agent and an antioxidant. According to the technology disclosed by the invention, the medicinal material is washed and processed while the medicinal material is fresh, so that the loss of water-soluble effective components is avoided, and pollution, caused by microorganisms and ova in the soil, to the medicinal material is reduced; a production procedure of the decoction pieces is simplified and the production cost is reduced; the quality of the medicinal material is ensured and the clinical curative effect is improved. The popularization and implementation of the technology have remarkable social significance and economic benefits.

The invention discloses a medicinal radix stephaniae tetrandrae fresh cutting processing technology. The technology is characterized by after harvesting medicinal radix stephaniae tetrandrae, seizing the time to wash medicinal radix stephaniae tetrandrae while the soil adhering to the surface of medicinal radix stephaniae tetrandrae is wet, trimming the roots and the branches, tedding medicinal radix stephaniae tetrandrae for 12-48 hours, cutting medicinal radix stephaniae tetrandrae into circular slices or oval slices while medicinal radix stephaniae tetrandrae is fresh, vacuum-packaging the slices with polyethylene plastic bags after airing the slices until the slices are dry and adding drying agents and antioxidants. The processing technology has the beneficial effects that the medicines are washed and processed while the medicines are fresh, thus avoiding losses of water-soluble active ingredients, reducing pollution of the medicines caused by microorganisms and worm eggs in the soil, simplifying the medicinal slice production process, reducing the preparation cost, guaranteeing the quality of the medicines and improving the clinical effects; and popularization and implementation of the processing technology have obvious social significance and economic benefits.

The invention discloses a fresh-cut processing technology of a polygonum multiflorum medicinal material. The process comprises the following steps: after collecting the polygonum multiflorum medicinal material, at the time when the surface of the polygonum multiflorum medicinal material is wet as soil is attached, rapidly washing by water; settling roots and branches; tedding for 12-48 hours; fresh-cutting to round or elliptical sheets; after airing and drying, vacuumizing and packaging by using a polyethylene plastic bag; and adding a drying agent and an antioxidant. According to the process, as the medicinal material is washed and processed when the medicinal material is fresh, the loss of water-soluble effective components is avoided, the pollution to the medicinal material caused by microorganisms and eggs in soil is reduced, the process of production of decoction pieces is simplified, the preparation cost is lowered, the quality of the medicinal material is ensured, and the clinical curative effect is improved. The technology has significant social significance and economic benefits after being popularized and implemented.

The invention discloses a fresh-cut processing technology for an air potato yarn medicinal material. The technology comprises the following steps: harvesting the n air potato yarn medicinal material, washing quickly when the soil adhered to the surface of the air potato yarn is moist, arranging tubers, tedding for 12-48 hours, freshly cutting and preparing into round sheets or oval sheets; and airing until drying, vacuumizing and packing with a polyethylene plastic bag, and adding a drying agent. According to the method, the medicinal material is freshly washed and processed, so that the loss of water-soluble effective components is avoided; the pollution to medicinal material caused by microorganisms and eggs in the soil is reduced; the procedure of producing decoction pieces is simplified; the preparation cost is reduced; the quality of the medicinal material is ensured; the clinical curative effect is improved; and implementation and popularization of the method are of significant social significance and economic benefits.

The invention discloses a fresh slicing process of radix sophorae flavescentis. The fresh slicing process includes: washing the harvested radix sophorae flavescentis with water while mud still adheres to the surface of the radix sophorae flavescentis and the radix sophorae flavescentis is moist, removing fibrous roots and impurities, spreading and airing for 4-6 hours, slicing the radix sophorae flavescentis while the radix sophorae flavescentis is fresh, airing until the sliced radix sophorae flavescentis is dry, vacuum packaging with polyethylene plastic bags, and adding drying agent. The fresh slicing process has the advantages that the radix sophorae flavescentis is washed and processed while the radix sophorae flavescentis is fresh, loss of water-soluble effective components is avoided, pollution of microorganisms and worm eggs in soil to the radix sophorae flavescentis is reduced, medicinal slice production procedures are simplified, production cost is lowered, medicinal material quality is guaranteed, and clinical curative effect is increased; the popularization and implementation of the fresh slicing process have evident social and economic significance.

The invention discloses a fresh cutting processing technology for a radix ampelopsis medicinal material. According to the technology, after the radix ampelopsis medicinal material is harvested, water is seized for cleaning the radix ampelopsis medicinal material while mud is stuck to the surface of the radix ampelopsis medicinal material and the surface of the radix ampelopsis medicinal material is moistened, spreading airing is conducted for 4-6 hours, the radix ampelopsis medicinal material is cut into slices while the radix ampelopsis medicinal material is fresh, the radix ampelopsis medicinal material is packaged in a vacuumized mode after being aired to be dried, and a drying agent is added. According to the fresh cutting processing technology, the medicinal material is washed and processed while being fresh, so that running of water-soluble effective components is avoided, the pollution of microorganisms and worm eggs in soil to the medicinal material is reduced, the processes for medicinal slice production are simplified, the preparing cost is reduced, the medicine quality is ensured, and the clinical effect is improved. By means of implementation and popularization of the fresh cutting processing technology, obvious social significance and economic benefits can be achieved.

The invention discloses a medicinal radix cynanchi auriculati fresh cutting processing technology. The technology is characterized by after harvesting medicinal radix cynanchi auriculati, seizing the time to wash medicinal radix cynanchi auriculati while the soil adhering to the surface of medicinal radix cynanchi auriculati is wet, trimming the roots and the branches, tedding medicinal radix cynanchi auriculati for 12-48 hours, cutting medicinal radix cynanchi auriculati into circular slices or oval slices while medicinal radix cynanchi auriculati is fresh, vacuum-packaging the slices with polyethylene plastic bags after airing the slices until the slices are dry and adding drying agents and antioxidants. The processing technology has the beneficial effects that the medicines are washed and processed while the medicines are fresh, thus avoiding losses of water-soluble active ingredients, reducing pollution of the medicines caused by microorganisms and worm eggs in the soil, simplifying the medicinal slice production process, reducing the preparation cost, guaranteeing the quality of the medicines and improving the clinical effects; and popularization and implementation of the processing technology have obvious social significance and economic benefits.

The invention discloses a rhizoma polygoni cuspidati medicinal material fresh-cut processing technic. The technic is characterized by comprising the steps: after harvesting a rhizoma polygoni cuspidati medicinal material, washing the rhizoma polygoni cuspidati medicinal material with water while the surface of the rhizoma polygoni cuspidati medicinal material is stained with mud and is wet; trimming roots and branches; tedding for 12-48 hours; making into round pieces or oval-shaped pieces by fresh-cut; airing the round pieces or oval-shaped pieces to be dry, then performing vacuum package by using a polyethylene plastic bag, and adding a drying agent. According to the method, the medicinal material is washed and processed while the medicinal material is fresh, so that loss of water-soluble active ingredients is avoided, pollution to the medicinal material caused by microorganism and worm eggs in soil is reduced, the production process of prepared herbal medicine in small pieces ready for decoction is simplified, the manufacturing cost is reduced, the quality of the medicinal material is guaranteed, and the clinical curative effect is improved. The popularization and implementation of the processing technic have remarkable social significance and economic benefits.

The invention discloses a fresh-cut processing technology for rhizoma atractylodis medicinal materials. According to the technology, after the rhizoma atractylodis medicinal materials are harvested, while soil adheres to the surfaces of the rhizoma atractylodis medicinal materials and the rhizoma atractylodis medicinal materials are moist, the rhizoma atractylodis medicinal materials are placed in boiling water to be cleaned and then are laid to be dried for 4-6 hours in the sun; fibrous roots are removed through fire in a burning mode, and the rhizoma atractylodis medicinal materials are cut and made into slices while being still fresh; after being aired to be dry, the rhizoma atractylodis medicinal materials are packaged through polyethylene plastic bags in a vacuumizing mode, and drying agents are added. According to the technology, due to the fact that the medicinal materials are washed and processed when being still fresh, water-soluble effective components are prevented from being lost, pollution of microorganisms and worm eggs in soil to the medicinal materials is reduced, the production procedures of the medicinal slices are simplified, manufacturing cost is reduced, the quality of the medicinal materials is guaranteed, and the clinical effect is guaranteed. By means of popularization and implementation of the technology, the technology has remarkable social meaning and economic benefits.

The invention discloses a processing process of fresh-cut radix ginseng decoction pieces. The process comprises the following steps: harvesting radix ginseng; rapidly cleaning in boiling water when the surface of the radix ginseng is adhered with soil and moist; spreading and drying in the air for 2-4 hours; cutting into pieces while the radix ginseng is fresh; vacuumizing and packaging with polyethylene plastic bags after drying; and adding desiccants and antioxidants. The method avoids loss of water-soluble active ingredients, reduces pollution of microorganisms and worm eggs to the medicinal materials, simplifies production processes of decoction pieces, reduces production costs, ensures quality of the medicinal materials, and improves clinical efficacy as the medicinal materials are washed and processed while the medicinal materials are fresh; the promotion and implementation of the method will have significant social significance and economic benefits.

The invention discloses a production technology of gastrodia elata fresh-cut medicinal slices. The technology comprises the following steps: after harvesting gastrodia elata materials, rapidly cleaning the harvested gastrodia elata materials when wet soil are adsorbed on the surfaces with water, airing for 2 to 4 hours, freshly cutting into slices, drying and then vacuumizing and packaging with polyethylene plastic bags, and adding a desiccant and an antioxidant. According to the method, the loss of water-soluble active ingredients can be avoided due to fresh washing and processing of medicinal materials, the pollution of microorganism and insects in soil to the medicinal materials is reduced, the production procedures of the medicinal slices can be simplified, the production cost can be lowered, the quality of the medicinal materials can be guaranteed, and the clinical efficacy can be improved. The popularization and implementation of the method have remarkable social significance and economic benefits.

The invention discloses a processing technology for fresh-cut rhizoma cibotii medicinal slices. The processing technology is characterized in that after harvesting of rhizoma cibotii, while soil attached onto the surface of rhizoma cibotii is wet, cleaning is performed, rhizoma cibotii is spread and aired for 2-4 h and then cut into round pieces or elliptical pieces while being fresh, the cut pieces are dried and subjected to vacuum package by a polyethylene plastic bag, and a drying agent and an anti-oxidant are added. As the herb is washed and processed while being fresh, loss of water-soluble effective components is avoided, pollution of microbes and worm eggs in soil to the herb is reduced, the production procedure of the medicinal slice is simplified, the manufacturing cost is lowered, the quality of the herb is guaranteed, and the clinical curative effect is improved. By popularized implementation of the processing technology, remarkable social significance and economic benefits are achieved.

The invention discloses a fresh-cut processing technology of a dysosma crude medicine. According to the technology, after the dysosma crude medicine is harvested, the dysosma crude medicine is washed with water when soil is attached to the surface of the medicine which is still wet, roots and branches are arranged, the dysosma crude medicine is spread for drying for 12-24 h and cut into round pieces or oval pieces when being fresh, the pieces are air-dried to dryness and subjected to vacuum packaging with a polyethylene plastic bag, and a desiccant and an antioxidant are added. The crude medicine is washed and processed when being fresh, so that loss of water-soluble effective components is avoided, pollution of the crude medicine by microorganisms and worm eggs in the soil is reduced, the process for production of decoction pieces is simplified, the preparation cost is reduced, the quality of the crude medicine is guaranteed, and the clinical effect is improved. Great social meaning and economic benefits can be produced with popularization and implementation of the technology.

The invention discloses a paris rhizome fresh cutting process. The process includes: after paris rhizome is collected and soil on the surface of the paris rhizome is wet, cleaning with boilding water, tidying, spreading for airing for 12-24 hours, slicing fresh paris rhizome into round or oval slices, using polyethylene plastic bags for vacuum packaging of dried paris rhizome, and adding a drying agent and an antioxidant. Since the paris rhizome is washed and processed when being fresh, loss of water-soluble active ingredients is avoided, contamination caused by microorganisms and worm eggs in soil is reduced, a process for production of medicinal slices is simplified, manufacturing cost is reduced, medicinal quality is guaranteed, and clinical efficacy is improved. Popularization and application of the paris rhizome fresh cutting process have remarkable social significance and economic benefits.