48results about How to "Practical way" patented technology

The invention discloses an excellent-quality high-efficiency cultivation technology for potted yellow Capsicum frutescens L.CV.Shuan laense L.D Zhou.H.Liuet.P.H.LiCV.NOV. The technology is characterized by comprising the following steps: 1, mixing soil and putting organic matter into a pot: performing mixing according to a mixing method of the organic matter, and putting the mixed organic matter into the pot, wherein the height of the put organic matter is less than 2-3.5cm of a caliber of the pot; 2, performing planting: putting the organic matter into the pot firstly, performing watering, arranging flat-bottom holes in the pot organic matter by using a seeder made according to the size of the pot, planting 2-4 seeds per hole, covering each hole with the soil to the depth of 1cm, and in order to ensure the emergence rate of planting, covering the pot with a layer of straw mat for heat preservation; and 3, performing seedling protection: after 2 days and 1 night, removing the straw mat, and performing thinning. The technology provided by the invention is suitable for excellent-quality high-efficiency cultivation of the potted yellow Capsicum frutescens L.CV.Shuan laense L.D Zhou.H.Liuet.P.H.LiCV.NOV.

The invention relates to the technical field of sheet material production, in particular to a sheet material sorter, comprising a beam mechanism, a material suction mechanism, a sorting mechanism, a conveying mechanism and a folding mechanism; the beam mechanism moves relative to the conveying mechanism in a translational manner; The mechanism is set under the beam mechanism, the suction mechanism is used to absorb the sheets to be sorted and send the sheets to the sorting area; the sorting mechanism is used to sort the sheets in the sorting area, and the sorting The completed sheet is sent to the conveying mechanism; the folding mechanism is used to fold or unfold the suction mechanism. The sheet is absorbed by the suction mechanism and moved to the sorting area. During the translation process, the relative position coordinates of the sheet do not change, ensuring accurate sorting in the subsequent process; after the suction mechanism transports the sheet to the sorting area, it passes through The folding mechanism folds the suction mechanism to provide an avoidance space for the sorting mechanism, enabling the sorting mechanism to move horizontally to the sorting area to sort the sheets; compared with the traditional robot sorting method, this application is more economical and practical.

The invention discloses a high-quality efficient cultivation technology for potted pointed green peppers. The technology is characterized by comprising the steps of 1, soil preparing and potting, wherein according to an organic matter preparing method, preparing and potting are performed, and the potted organic matter is 2-3.5 cm lower than the caliber of a pot; 2, planting, wherein the pot contains the organic matter, watering is performed, flat-bottom holes are formed in the organic matter in the pot through a garden seeder manufactured according to the size of the pot body, 2-4 seeds are planted in each hole, then, earthing is performed until the depth is 1 cm, and the pot body is covered with a layer of straw mat for heat preservation in order to ensure the planting emergence rate; 3,seedling protection, wherein after two days and one night, the straw mat is removed, and then seedlings are picked up. The technology is applicable to high-quality efficient cultivation for potted pointed green peppers.

The invention provides a high-quality and highly-efficient cultivation technique for potted wuta-cai. The high-quality and highly-efficient cultivation technique is characterized by comprising the following steps: 1, soil conditioning and pot filling: a step of blending organic matters according to a blending method of the organic matters, and filling the organic matters into a pot, wherein the pot-filled organic matters are 2 to 3.5 centimeters lower than the opening of the pot; 2, planting: a step of filling the organic matters into the pot, carrying out watering, opening flat bottom holes on the organic matters in the pot with a seeder made according to the size of a pot body, planting 2 to 4 seeds in each hole, then covering soil with a depth of 1 cm, and in order to guarantee the seedling emergence rate of planting, covering a straw mat on the pot body so as to preserve heat; and 3, seedling protection: a step of uncovering the straw mat after 2 days and 1 night, and thinning seedlings. The technique provided by the invention is applicable to high-quality and highly-efficient cultivation of the potted wuta-cai.

The invention relates to a high-quality high-efficiency cultivation technology for potted snake melons. The cultivation method is characterized by comprising the following steps: 1, carrying out soilblending and potting, namely carrying out blending and potting according to a blending method of organic matter, wherein the potted organic matter is 2-3.5 centimeters lower than the mouth position ofa pot; 2, carrying out planting, namely placing the organic matter in the pot first, carrying out watering, digging flat-bottomed holes in the organic matter in the pot by a seeding device made according to the size of the pot body, planting 2-4 seeds in each hole, then covering the holes with soil until the depth is 1 centimeter, and in order to ensure the planting emergence rate, covering the pot body with a layer of straw curtain for preserving heat; and 3, protecting seedlings, namely removing the straw curtain after two days and one night, and then thinning seedlings. The technology is suitable for high-quality high-efficiency cultivation of the potted snake melons.

The invention discloses a high-quality efficient cultivation technology of potted edamame. The technology is characterized by comprising the steps of 1, soil adjustment and pot loading, wherein according to a preparation method for organic substances, preparation is conducted, and the organic substances are loaded into pots and are 2-3.5 cm lower than the pots; 2, planting, wherein the organic substances are loaded into the pots first, watering is conducted, sowing devices made according to the sizes of pot bodies are adopted for forming flat bottom holes in the organic substances in the pots,2-4 seeds are planted in each hole, then each hole is covered with a soil layer with the thickness of 1 cm, and each pot body is covered with a layer of straw mat for temperature preservation in order to ensure the emergence rate of planting; 3, seedling protection, wherein two days and one night later, the straw mats are removed, and then thinning of seedlings is carried out. The technology is applicable to high-quality efficient cultivation of potted edamame.

The invention provides a high-quality and highly-efficient cultivation technique for potted salsola collina. The high-quality and highly-efficient cultivation technique is characterized by comprisingthe following steps: 1, soil conditioning and pot filling: a step of blending organic matters according to a blending method of the organic matters, and filling the organic matters into a pot, whereinthe pot-filled organic matters are 2 to 3.5 centimeters lower than the opening of the pot; 2, planting: a step of filling the organic matters into the pot, carrying out watering, opening flat bottomholes on the organic matters in the pot with a seeder made according to the size of a pot body, planting 2 to 4 seeds in each hole, then covering soil with a depth of 1 cm, and in order to guarantee the seedling emergence rate of planting, covering a straw mat on the pot body so as to preserve heat; and 3, seedling protection: a step of uncovering the straw mat after 2 days and 1 night, and thinning seedlings. The technique provided by the invention is applicable to high-quality and highly-efficient cultivation of the potted salsola collina.

The invention relates to a high-quality and high-efficiency cultivation technique of potted large-gray-leaf kohlrabi. The technique is characterized by comprising the steps of 1, soil mixing and putting in a pot, wherein organic matter mixing and putting in the pot are conducted according to a method of mixing organic matter, and the size of the organic matter put in the pot is 2-3.5 centimeters lower than the opening diameter of the pot; 2, planting, wherein firstly the organic matter is placed in the pot, watering is conducted, a seed sower made according to the size of a pot body is used for forming flat bottom holes in the organic matter of the pot, 2-4 seeds are sowed in each hole, then each hole is covered with soil with the depth of 1 centimeter, and in order to ensure the seedlingemergence rate, a layer of straw curtain covers the pot body for heat preservation; 3, seedling protection, wherein after two days and one night, the straw curtain is removed, and then thinning is conducted. The technique is suitable for high-quality and high-efficiency cultivation of potted large-gray-leaf kohlrabi.

The invention discloses a high-quality and high-efficiency cultivation technique of potted purple sweet peppers. The technique is characterized by comprising the steps of (1) blending soils and putting the soils into pots, namely, blending soils according to a blending method of organic matter, and putting the blended soils into pots, wherein the potted organic matter is 2-3.5cm lower than the opening position of each pot; (2) performing planting, namely, putting the organic matter into the pots, then performing watering, digging flat-bottom holes in the potted organic matter by using a seederfabricated according to the size of one single pot body, planting 2-4 seeds in each hole, and then covering the holes with soils to a depth of 1cm, and in order to ensure a planting emergence rate, covering each pot body with a layer of straw mat for thermal insulation; and (3) performing seedling protection, namely, uncovering the straw mats after two days and one night, and then thinning seedlings. The technique is suitable for high-quality and high-efficiency cultivation of the potted purple sweet peppers.

The invention discloses a high-quality and high-efficiency cultivation technique of potted big nanmu leaf brassica caulorapa (a late maturity type brassica caulorapa). The technique is characterized by comprising the steps of (1) blending soils and putting the soils into pots, namely, blending soils according to a blending method of organic matter, and putting the blended soils into pots, whereinthe potted organic matter is 2-3.5cm lower than the opening position of each pot; (2) performing planting, namely, putting the organic matter into the pots, then performing watering, digging flat-bottom holes in the potted organic matter by using a seeder fabricated according to the size of one single pot body, planting 2-4 seeds in each hole, and then covering the holes with soils to a depth of 1cm, and in order to ensure a planting emergence rate, covering each pot body with a layer of straw mat for thermal insulation; and (3) performing seedling protection, namely, uncovering the straw matsafter two days and one night, and then thining seedlings. The technique is suitable for high-quality and high-efficiency cultivation of the potted big nanmu leaf brassica caulorapa.

The invention discloses a high-quality and high-efficiency cultivation technique of potted tip head brassica oleracea L. var. capitata L. The technique is characterized by comprising the steps of (1)blending soils and putting the soils into pots, namely, blending soils according to a blending method of organic matter, and putting the blended soils into pots, wherein the potted organic matter is 2-3.5cm lower than the opening position of each pot; (2) performing planting, namely, putting the organic matter into the pots, then performing watering, digging flat-bottom holes in the potted organicmatter by using a seeder fabricated according to the size of one single pot body, planting 2-4 seeds in each hole, and then covering the holes with soils to a depth of 1cm, and in order to ensure a planting emergence rate, covering each pot body with a layer of straw mat for thermal insulation; and (3) performing seedling protection, namely, uncovering the straw mats after two days and one night,and then thinning seedlings. The technique is suitable for high-quality and high-efficiency cultivation of the potted tip head brassica oleracea L. var. capitata L.