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47results about How to "Not easy to mold and deteriorate" patented technology

Preparation method and application of pleurotus eryngii bran fermented feed

The invention provides a preparation method and application of pleurotus eryngii bran fermented feed. The feed is prepared from pleurotus eryngii brans, bacterial complex, brans, brown sugar and edible salt. According to the preparation method, the fermenting base material containing the bacterial complex, brans, brown sugar, edible salt and pleurotus eryngii brans is adopted, and is subjected toanaerobic fermentation to obtain bran fermenting feed. Compared with pleurotus eryngii brans, the fermented feed has the advantages that the nutritional structure and flavor are remarkably improved; since the pleurotus eryngii brans do not need drying pretreatment, the fermented feed cannot be easily mildewed or go bad, and can be stored for a long time. The method can be used for reducing the cost for transforming pleurotus eryngii brans into fermented feed along with high transformation efficiency, is favorable to realizing large-scale and resource utilization of bacterial brans, and can beapplied to mutton sheep fattening. The raw materials for preparing the pleurotus eryngii bran fermented feed is not affected by seasons, can be supplied all year; and the preparation procedure is simple, can be easily popularized and applied, and has remarkable economic benefit.
Owner:NORTHWEST A & F UNIV

Dust collection material treatment device for furniture production

The invention relates to the technical field of furniture production, and particularly relates to a dust collection material treatment device for furniture production. The dust collection material treatment device comprises a device base, a screening device, a drying box and a compressing box, wherein the screening device, the drying box and the compressing box are arranged on the device base sideby side. By arranging a first screen and a second screen, large objects and tiny dust in an integrated material can be separated out, only clean and tidy wood chips uniform in size can pass through,inclined blocking strips are additionally arranged above the second screen in the vibration vertical direction, the staying time is prolonged, and the dust filtering effect is improved. The drying boxis arranged before compression, the wood chips are simply dried, water in the wood chips is removed, the wood chips are long in storage life and not prone to going mouldy or going bad, and the deviceis simple and environmentally friendly by utilizing redundant heat and wind power of a workshop. The upper portion of a movable scraper in the drying box is made of a metal plate, a sweeping strip atthe lower portion of the movable scraper is made of a soft material, the movable scraper makes flexible contact with the screens on an exhaust pipeline, and the service life of the scraper is prolonged.
Owner:衡东欧慕定制家私有限公司

Rotary reciprocating type tea screening and processing device

The invention provides a rotary reciprocating type tea screening and processing device. Comprising a box body, a screening box, a stir-frying cylinder, a rotary reciprocating mechanism, a drying device and a collecting box. The screening and processing device processes and screens tea leaves in a multi-layer screen mode, screens are connected with bearings and can swing along with left-right swing of gears, three screen layers are arranged in the screening and processing device, the caliber of the upper-layer screen is larger than that of the lower-layer screen, and the inclination angle of the screens is 30 degrees; The screening precision is greatly improved; the rotary reciprocating mechanism drives the whole drying box to reciprocate up and down. When the coil is intermittently electrified, the coil and the bearing rod form an electromagnet, the electromagnet and the magnet block repel each other in magnetic force, and when the electromagnet is electrified, the electromagnet drives the magnet block to move upwards and can pull the tea turning block, so that the tea turning block turns tea leaves; the linkage of a mechanical structure is matched with the electromagnet to dry the cleaned tea leaves, uncertain factors during natural airing cannot be generated, the moisture of the tea leaves is treated in time, and the tea leaves are not prone to mildewing and deterioration.
Owner:金寨县君茗缘有机茶开发有限公司

Processing method of prepared rehmannia root

The invention provides a processing method of prepared rehmannia root. The method comprises the following steps: a, slicing dried rehamnnia root, drying the dried rehamnnia root for 2 to 3 hours at 50to 70 DEG C, putting the dried rehamnnia root into a turning steamer while the dried rehamnnia root is hot, adding yellow wine, and ensuring that 30 to 50kg of yellow wine is used for each 100kg of dried rehamnnia root; performing covered moistening for 0.5 to 1 hour, and performing steaming with steam; b, performing insulation stewing for 0.5 to 1 hour after steam is closed, and then taking outthe dried rehamnnia root; c, performing drying at 50 to 70 DEG C through a through flow oven, ensuring that the drying thickness is 5 to 10cm, and continuously drying the dried rehamnnia root for 40 to 50 hours, so as to obtain the prepared rehmannia root. The method has the advantages that the time for stewing with wine is short, the dried rehamnnia root is easy to be thoroughly stewed, and energy is saved; the adoption of the turning steamer is beneficial to sufficient steaming of prepared rehmannia root medical herb in pieces, and the purpose of processing is achieved; through the adoptionof the through flow oven, the drying speed is high, the drying process is not affected by weather, bacterium is not easy to breed, the prepared rehmannia root is not easy to go mouldy and go bad, thelabor intensity is small, and the method is beneficial to industrial mass production. The whole processing technical period is short and is approximately 2 to 3 days. The technology is stable, the content of effective components is high, and the method is suitable for industrial mass production.
Owner:SICHUAN NEAUTUS TRADITIONAL CHINESE MEDICINE

Vitrification sun-curing room for heating cigarette tobacco leaf raw materials for modulation and modulation method

The invention discloses a vitrification sun-curing room for heating cigarette tobacco leaf raw materials for modulation and a modulation method. A heat insulation plate of the sun-curing room is arranged at the bottom of the tobacco sun-curing room, and a hot-air blower and temperature control equipment are arranged below the heat insulation plate. A humidifying and atomizing machine is arranged above the heat insulation plate, the tobacco sun-curing room is internally equipped with an airing rack, a ventilation and dehumidification device communicates the inside and outside, a probe of a temperature and humidity detection device is arranged on the inner side wall and / or the top of the tobacco sun-curing room and electrically connected with the input end of a controller, the top wall and / or at least the sunny side wall of the tobacco sun-curing room are / is provided with light-permeable faces and electric sunshade nets, and the controller is electrically connected with an air heater, the ventilation and dehumidification device, the humidifying and atomizing machine, the electric sunshade nets and the temperature control equipment. The method comprises the steps of tobacco penetrating and shelving, withering and yellowing, color fixing and killing-out. The closed light-permeable tobacco leaf sun-curing room and the control instrument are adopted to be matched with corresponding equipment to control the modulation process, intelligent and precise control over sun-curing is achieved, the modulated tobacco leaves are guaranteed to be uniform in color and stable in quality, and raw materials of various styles are provided for heating non-burning cigarettes.
Owner:YUNNAN ACAD OF TOBACCO AGRI SCI

Fungus fermentation tea leaf powder seasoning making method

The invention discloses a fungus fermentation tea leaf powder seasoning making method and relates to the technical field of tea leaf processing. The method is characterized by including following steps: (1), pretreating: washing picked black tea leaves clean, dehydrating, rolling, performing pile fermentation, drying, crushing into powder, grinding aired tea leaves into powder (water content of the powder is less than or equal to 3%, and mesh number of the powder is greater than or equal to 20); (2), treating a sample: putting the powder into water at temperature of 30 DEG C and sterilized athigh temperature for soaking for 4-6h; (3), using beneficial bacteria for fermentation: adding 0.25% of eurotium cristatum (Jinhua fungus) and 0.15% of tea leaf endogenous enzyme, and controlling temperature at 30-35 DEG C for fermentation; (4), filtering: using a funnel to filter fermentation residue; (5), spray-drying tea leaf powder after being filtered, and frying; (6), crushing into powder: using a powder crusher to grind fried powder into powder at high speed within short time; (7), collecting the powder, and packing. Eurotium cristatum is adopted as a fermentation strain, so that the method is unique; obtained black tea powder seasoning is fragrant, refreshing, long in storage time and less prone to mildewing and going bad, has special fragrance and is a high-quality product for household seasoning indeed.
Owner:贵州岚宇茶业有限公司

Automatic grading machine for removing impurities in grain seeds

The invention discloses an automatic grading machine for removing impurities in grain seeds. The automatic grading machine comprises a machine body, a rotary body, a rotary body shaft, an opened sleeve, a screen, a maple leaf wheel, a shaft wheel, a rectangular belt, an electric motor, a motor wheel, a grading box, a funnel, a door, an impurity barrel, a rotary wheel, a threaded rod, a puling handle, a shell, a small shaft, walking wheels, a universal rack and the like; the rotary body is provided with a shaft hole, and the part, which penetrates through the shaft hole, of the rotary body shaft is provided with the maple leaf wheel and the shaft wheel; the rotary shaft penetrates through a corresponding shaft hole formed in the machine body to be assembled; the automatic grading machine isapplicable to one-step screening, impurity removing and grading of wheat, rice, beans, corns, broomcorn, mung beans, peanuts, rapeseeds and other particle seeds, dried fruits and grains; cleanness isgood; long-term storage is facilitated; molding and deterioration do not happen easily; and the automatic grading machine is an indispensable ideal device for agriculture, and is safe, reliable, lowin cost, long in service life, convenient, rapid, low in power consumption, low in noise, labor-saving, large in market, durable, stable in performance and accordant with mechanical principle.
Owner:李国强 +2

Processing device of nonwoven fabric

ActiveCN110142179AImprove stretch elasticityDifferent StretchabilityPretreated surfacesCoatingsCooking & bakingEngineering
The invention provides a processing device of nonwoven fafbric. The technical problem about how to prepare the high-elasticity nonwoven fabric on the premise that elastic glue solution raw materials do not need to be added is solved. The processing device structurally comprises a gluing mechanism, a shaping mechanism and an air pressure baking mechanism. The gluing mechanism comprises a gluing roller and a glue pressing roller. The gluing roller is provided with a first drive device. A glue solution tank is arranged below the gluing roller. The minimum distance between the roller wall of the gluing roller and the tank bottom of the glue solution tank is smaller than the tank depth of the glue solution tank. The shaping mechanism comprises a driving roller and a driven roller, wherein roller shafts of the driving roller and the driven roller are parallel. The driving roller is parallel to the gluing roller. The driving roller is provided with a second drive device. Relative to a plane determined by roller shaft lines of the gluing roller and the driving roller, air outlets of the air pressure baking mechanism are located in the upper end face and the lower end face of the plane separately. The air pressure baking mechanism is used for outputting hot air at constant temperature and constant pressure through the air outlets. The speed of drafting the nonwoven fabric through the shaping mechanism is higher than the drafting speed of the gluing mechanism. The production cost of the high-elasticity nonwoven fabric can be reduced.
Owner:浙江广鸿新材料有限公司

Tea clustering technology of Pu'er tea

The invention discloses a tea clustering technology of Pu'er tea. The tea clustering technology comprises the following steps of (a) selecting large-leaf variety sunning semi-finished tea as raw materials; (b) removing impurities to obtain prepared materials; (c), placing the prepared materials at a steam opening, and performing quick steaming to obtain soft prepared materials; (d) placing squarebamboo baskets in an earth isolated manner, paving bamboo shoot shells in the bamboo baskets until the periphery of the bamboo baskets is completely paved with the bamboo shoot shells, then performingstuffing in the bamboo baskets to obtain the prepared materials, and performing uniform and slight pressing; (e) repeating the step (c), stuffing the prepared materials in the bamboo baskets, and performing isolating with super-large Shanmao leaves; (f) repeating the step (e) until about 80-90% of the bamboo baskets are complete; and (g) performing refrigeration and fragrance enhancement for oneweek, then sealing the bamboo shoot shells on the surfaces, enabling the bamboo baskets to be naturally laid out in an ventilated, shady, cool and flavorless warehouse for 6 months to 3 years, and from the day of the third month, detecting humidity changes each day, and controlling the humidity to be 60-80 degrees. According to the tea clustering technology of Pu'er tea disclosed by the invention,the green taste can be removed, the quality can be improved, and the storage is stable.
Owner:卢志明

Method for building ultrathin light-load heat preservation type solar greenhouse back slope

The invention discloses a method for building an ultrathin light-load heat preservation type solar greenhouse back slope. The method comprises the following steps of: 1, building a load layer, namely connecting 4 to 6 bar-shaped steel plates and a greenhouse back slope framework along a horizontal direction to form a back slope support, and covering and fixing a layer of polycarbonate (PC) board on the back slope support; 2, building a heat preservation layer, namely sequentially paving a first asphalt felt layer, a first plastic thin film layer, a straw mattress layer, a second plastic thin film layer and a second asphalt felt layer on the upper surface of the PC board from bottom to top; and 3, building a waterproof layer, namely sequentially paving a concrete layer, a phenylethylene-butadiene-phenylethylene rubber modified asphalt layer and an aluminum foil layer on the upper surface of the second asphalt felt layer from bottom to top. The method has the advantages that: 1, the total thickness of the ultrathin light-load heat preservation type solar greenhouse back slope is 140 to 180 millimeters, and is 1 / 3 of the thickness of the conventional greenhouse back slope; 2, the unit area ratio is small, so that the constant load is reduced; 3, the cross-flow heat dissipation is reduced, and heat energy cannot be conducted outwards; 4, longitudinal and transverse torsion, vibration and deformation can be resisted; and 5, the service life is prolonged.
Owner:濮阳市林业科学院

Automatic brown rice grinding device

The invention discloses an automatic brown rice grinding device. The automatic brown rice grinding device comprises a device body, wherein one side of the device body is provided with a feeding inlet,an observation window is arranged on the outer surface of the device body, a storage bin is arranged at the bottom of the device body, and supporting columns are arranged at the bottom of the storagebin. According to the automatic brown rice grinding device, when grinding is carried out, a user can observe the grinding condition in the device body through the observation window, and meanwhile amotor can drive a rotating disc to rotate through a rotating shaft, so that grinding balls arranged at the bottom of the rotating disc and a grinding block jointly grind brown rice in the device body,and a discharging pipe arranged at the bottom of the device body can be used for further screening the ground brown rice. The ground brown rice particles with the precision meeting the requirement can enter a collecting cabinet through the discharging pipe, the larger ground brown rice particles continue to be ground, and the well-ground brown rice particles can enter the collecting cabinet through the discharging pipe after meeting the requirement to be automatically collected, so that the working efficiency of the device is improved.
Owner:徐莉莉

Method for building ultrathin light-load heat preservation type solar greenhouse back slope

The invention discloses a method for building an ultrathin light-load heat preservation type solar greenhouse back slope. The method comprises the following steps of: 1, building a load layer, namely connecting 4 to 6 bar-shaped steel plates and a greenhouse back slope framework along a horizontal direction to form a back slope support, and covering and fixing a layer of polycarbonate (PC) board on the back slope support; 2, building a heat preservation layer, namely sequentially paving a first asphalt felt layer, a first plastic thin film layer, a straw mattress layer, a second plastic thin film layer and a second asphalt felt layer on the upper surface of the PC board from bottom to top; and 3, building a waterproof layer, namely sequentially paving a concrete layer, a phenylethylene-butadiene-phenylethylene rubber modified asphalt layer and an aluminum foil layer on the upper surface of the second asphalt felt layer from bottom to top. The method has the advantages that: 1, the total thickness of the ultrathin light-load heat preservation type solar greenhouse back slope is 140 to 180 millimeters, and is 1 / 3 of the thickness of the conventional greenhouse back slope; 2, the unit area ratio is small, so that the constant load is reduced; 3, the cross-flow heat dissipation is reduced, and heat energy cannot be conducted outwards; 4, longitudinal and transverse torsion, vibration and deformation can be resisted; and 5, the service life is prolonged.
Owner:濮阳市林业科学院
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