34results about How to "Conducive to concentrated use" patented technology

The invention discloses an artificial aphid propagation method. Peas are utilized as a host plant to culture aphids and collect, select and store the propagated aphids. The artificial aphid propagation method realizes the large-scale, low-cost and standardized production of the aphids, makes the annual production of the aphids be possible and provides sufficient fodder or adding ingredients of artificial fodder for the growth and the propagation of natural enemy insects.

The invention discloses a corn planting method, and relates to crop cultivation technology, in particular to a high-yield corn planting method which solves the problem of low corn yield caused by poor plant permeability and weak lodging resistance of a traditional corn planting method. The corn planting method includes the steps of land preparation, seed selection, seeding, fertilization and field management. A seeding method is characterized in that the width of adjacent seeding rows is 105-120 centimeters, a planting group includes three holes in each seeding row, the group interval is 35-40 centimeters, and a single plant is planted in a single hole. The planting method is beneficial to balanced nutrient application and corn absorption, effectively solves the problem of low corn yield caused by poor plant permeability and weak lodging resistance of the traditional corn planting method, and is applicable to corn production of a corn planting area.

The invention discloses a corn planting method. The corn planting method comprises the following steps of seed soaking, land selection and planting, applying of base fertilizer, management of sunlight, fertilizer applying, foliage dressing, weeding and harvesting. The corn planting method has the advantages that the corn seeds are soaked by a mixing solution of ethyl alcohol and garlic juice, the effective ingredients in the garlic can be completely released in the ethyl alcohol, the diseases and insects carried in the corn seeds can be effectively killed, the price is low, and the obtaining is easy; after the corn plant is performed with sunlight treatment, the growth cycle can be shortened by 5 to 8 days, and the rush harvesting of the corn is realized; the sowing lines are staggered in a planting unit, so that compared with the common corn planting method, the air ventilating and sunlight transmitting properties are effectively improved, the fertilizer can be favorably applied between lines, the nutrients can be centrally used, and the corn output can be effectively increased; the usage amount of pesticide is reduced, and the green and environment-friendly effects are realized; the quality is improved, the yield is increased, and is 880 to 950kg per mu, and the corn kernels are full and uniform.

The invention discloses a maize planting method and relates to the crop cultivation technology, in particular to a maize high-yield planting method. The maize planting method solves the problem that the maize yield is low through a traditional maize planting method due to poor plant ventilation and poor lodging resistance. The method includes the steps of soil preparation, seed selection, sowing, fertilization and field management, wherein in the sowing step, the width between every two adjacent sowing lines ranges from 95 centimeters to 105 centimeters, every five holes form a planting group in each sowing line, the group distance ranges from 30 centimeters to 35 centimeters, and a single plant is sown in each hole. Through the maize planting method, uniform nutrient application and absorption of maize are promoted, the problem of low maize yield caused by poor plant ventilation and poor lodging resistance through the traditional maize planting method is effectively solved, and the method is applicable to maize production in maize planting regions.

The embodiment of the invention discloses a method and device for controlling a VPN application of mobile equipment. The method comprises the steps that an application identifier corresponding to an application which has a VPN operation permission is acquired and taken as a VPN application identifier; and a VPN application list which comprises at least one VPN application identifier is displayed. According to the embodiment of the invention, the VPN application is determined through acquisition of the application with the VPN operation permission; and the corresponding application identifier can be used by a user in a concentrated manner through the VPN application list.

The invention discloses a planting method of selenium-rich corn. The planting method comprises the steps of seed soaking, land selecting for planting, base fertilizer applying, topdressing applying, selenium fertilizer applying, weeding and harvesting. According to the planting method, the reasonable planting density meets the growth habit of corn and adapts to the growth characteristics of corn, the requirements for ventilation and light permeation needed in the whole growth process can be met, side dressing and concentrated nutrient application are facilitated, and the corn yield can be effectively increased. Meanwhile, the using quantity of pesticides is reduced, and environmental friendliness is achieved. In this way, the quality and yield of corn are both improved, and corn grains are plump and even. In addition, the using quantity of applied selenium raw materials is small, the cost of the whole production process is low, the produced corn is high in nutritive value and high in selenium content, and ordinary corn becomes extremely special functional food.

The invention discloses a solar heating medium and electric heating integrated system and an application method thereof. The solar heating medium and electric heating integrated system comprises a solar heat collector, a transition water tank, a control cabinet, an indoor hot water storage tank, a pipeline and sensors on test points. The water supply main pipe connecting end of the solar heat collector is provided with the sensor on the first test point. A water return main pipe of the solar heat collector is connected with the indoor hot water storage tank through a water return vertical pipe, and the water return vertical pipe in an equipment room is provided with the sensor on the second test point. The indoor hot water storage tank is connected with the transition water tank through a water supply vertical pipe, and the sensor on the third test point is arranged in the transition water tank. A water supply main pipe of the solar heat collector is connected with the transition water tank. An electric heater is arranged in the transition water tank. Heat exchange control and water supplementing are automatically carried out through the sensors. Through the integration of solar heat collecting and electrical heating, the solar heating medium and electric heating integrated system can solve the technical problems that a single solar heat collecting system is easily restrained by weather factors and is inconvenient to use.

The invention belongs to the technical field of logistics transfer, and provides a logistics transfer station, and an unloading method for logistics transfer vehicles. The logistics transfer station is provided with one or more unloading areas, the unloading areas each comprise a parking area, dock levelers and telescopic machines, wherein the dock levelers and the telescopic machines are arrangedon one side of the parking area side by side; the side faces of the telescopic machines abut against the side faces of the dock levelers; in each parking area, the corresponding dock levelers and thecorresponding telescopic machines can be used for unloading different cargos, the to-be-unloaded vehicles loading the different cargos are allowed to share the same parking area for unloading, division of an unloading area is reduced, and the field utilization rate and the equipment utilization rate are increased; and according to the unloading method for the logistics transfer vehicles based onthe logistics transfer station, the adjusting distances of the to-be-unloaded vehicles can be reduced, the adjusting time of the to-be-unloaded vehicles can be shortened, the parking efficiency and unloading efficiency are improved, and use by personnel in the logistics transfer station is centralized advantageously.

The invention discloses a corn planting method and relates to a crop planting technique. Specifically, the invention relates to a high-yield corn planting method which is used for solving the problem of low corn yield caused by poor plant permeability and weak lodging resistance of the traditional corn planting method. The corn planting method comprises the following steps: preparing land, selecting seeds, sowing, applying fertilizer and managing the field. The sowing step further comprises the following steps: keeping the width between adjacent sowing rows at 95-105cm; taking five holes as a planting set in each sowing row; keeping the set distance at 30-35cm; placing a single plant into a single hole. The planting method is beneficial to nutrient balance application and corn absorption, is capable of effectively solving the problem of low corn yield caused by poor plant permeability and weak lodging resistance of the traditional corn planting method and is suitable for corn production in a corn planting area.

The invention relates to a corn planting method which comprises the following steps: (1) selecting a land; (2) selecting seeds; (3) sowing the seeds, concretely, sowing organic corn seeds which are subjected to germination accelerating, wherein the row width of seeding rows is 80-90cm, in each seeding row, three holes form a planting group, the group distance is in a range of 28-35cm, in each planting group, the hole distance is in a range of 2-4cm, a single plant is in each single hole, every 3-5 seeding rows form a planting unit, the seeding rows in each planting unit are arranged in a staggered mode, in each planting unit, a first planting group of each row is arranged in a staggered mode that the distance from the first planting group of each row to a planting line is progressively increased by 3-5cm; and applying 5-10g of carbofuran to each square meter of the land after the sowing; and (4) applying fertilizer to a field. According to the planting method disclosed by the invention, a method of near-distance bead type arrangement between holes in each planting group is adopted for planting, balance application of nutrients and nutrient absorption by corns are facilitated, the ventilation and light transmission performance can be effectively improved, the topdressing in the rows is facilitated, the centralized utilization of the nutrients is facilitated, and the corn yield can be effectively increased.

The invention discloses a sorghum planting method, and relates to a crop planting technology. The method solves problems that a conventional sorghum planting method is low in sorghum yield caused by poor plant permeability and weak lodging resistance. The method comprises the following steps: preparing land, selecting seeds, sowing, applying fertilizer, and performing field management. The sowing uses the following method: width of adjacent sowing rows being 80-100 cm; in each sowing row, three holes being a planting group, group distance being 25-35 cm, and planting a seedling in a hole. The planting method is beneficial for balanced application of nutrients and absorption by sorghum. The method effectively solves problems that a conventional sorghum planting method is low in sorghum yield caused by poor plant permeability and weak lodging resistance. The method is used in sorghum production in sorghum planting regions.

The invention aims to provide a corn planting method comprising the following steps: selecting loose soil with good permeability and adding an organic fertilizer into the soil to use the soil as nutritional soil; selecting organic corn seeds, drying the organic corn seeds in the sun for 3-5 hours, then soaking the organic corn seeds with clear water for 12-15 hours, and accelerating germination for 1-2 days; sowing the organic corn seeds after germination acceleration, wherein three holes form a planting group in each sowing row, one plant is in one hole in each planting group, 3-5 sowing rows form one planting unit, the sowing rows in each planting unit are arranged out of sequence, and in each planting unit, the out-of-sequence arrangement is implemented in a mode that the distance from a first planting group of each row to a planting line increases progressively by 3-5cm; applying 5-10g of carbofuran per square meter after sowing; performing field management on the sown organic corns; and harvesting and threshing the organic corns. The planting method provided by the invention overcomes defects of the prior art, and has the characteristics of controlling lodging, promoting nutrient absorption and increasing the corn yield.

The invention features low-dosage rifalazil compositions which are useful for the treatment of bacterial infections.

The invention discloses a corn planting method which is completed through the work of seed soaking, planting, base fertilizer applying, seedling lifting, topdressing, leaf surface fertilizer applying,weeding and harvesting. According to the method, corn seeds are soaked in a mixed solution of ethyl alcohol and garlic juice, effective components in the garlic juice can be completely released in ethyl alcohol and can effectively kill diseases and insect pests carried by the corn seeds, and the garlic juice is low in price and easy to obtain; the reasonable planting density conforms to the growth habits of corn and adapts to the corn growth characteristics, the ventilation and light penetration requirements required in the whole growth process can be met, topdressing between lines is facilitated, concentrated nutrient utilization is facilitated, and corn yield can be effectively increased; meanwhile, the pesticide application amount is reduced, and environmentally friendliness is achieved. The quality and yield of corn are improved, and the corn has plump and even kernels.

The invention belongs to the technical field of cleaning vehicles, and specifically discloses a water-saving road surface cleaning vehicle. The cleaning vehicle comprises a water pump and a shunt, theshunt comprises a shunt cavity, a sliding column is arranged in a water inlet pipe in a sliding and sealing way, a connecting rod hole is formed in the upper wall of the shunt cavity, a first connecting rod is connected into the connecting rod hole in a sliding and sealing way, and the first connecting rod is connected with a sliding column seat; a refluxing device is arranged on the external wall of the shunt, the refluxing device comprises a transmission mechanism and a water suction mechanism, the transmission mechanism comprises a first rack, a second rack, a gear, a pivot rod and a ripping bar, the first rack is connected with the first connecting rod, a second connecting rod is arranged on the second rack, the second connecting rod is connected with one end of the ripping bar, the pivot rod is arranged on the shunt, and the ripping bar is hinged on the pivot rod; the water suction mechanism comprises a piston barrel, a piston and a piston rod, the piston is connected into the piston barrel in a sliding and sealing way, the piston rod is arranged on the piston, and the piston rod is connected with the other end of the ripping bar. The water-saving road surface cleaning vehicle aims to solve the problem that the water in a sprayer head and a washing gun cannot be utilized timely.