532 results about "Plant management" patented technology

The invention discloses a method for plating the surface of a rhinestone. The method comprises the following steps: arranging a plurality of rhinestones in the same direction, and forming a plastic-suction disk by plastic suction, wherein, a plurality of absorption holes are formed on one surface of the plastic-suction disk, and the facial part of the rhinestone is embedded and fixed in the absorption hole; plating the surface of the plastic-suction disk with the embedded rhinestones with a reflection layer, wherein, the reflection layer is a silver, aluminum or chromium layer; coating the surface of the plastic-suction disk with the plated reflection layer with a protection layer, wherein, the protection layer is an anti-tarnishing paint, copper or copper-zinc alloy layer; and separating the rhinestones out from the plastic-suction disk. The invention further discloses a plastic-suction disk. By manufacturing the ground and polished rhinestones into a plastic-suction disk in a plastic-suction forming manner, the rhinestones can be fixed onto the plastic-suction disk, therefore, the plating treatment can be carried out on the entire disk of rhinestones, in this way, the invention can improve the processing efficiency, guarantee the processing quality, reduce the manual operation procedures and reduce the difficulties in plant management.

A system and method for plant management that generates real time reports and eliminates the heavy reliance on IT personnel to analyze data. A system and method that eliminates the multiple data entry points and the use of multiple databases for the storing of manufacturing process data. A system and method that can easily and quickly be customized to any manufacturing plant and that enables plant personnel to configure customized views of the collected data. A system and method that that can be tailored to focus on certain specifications to ensure that plant personnel are alerted in real time if the manufacturing process is producing products that do not meet those specifications.

The invention provides a tie-to-tree dendrobium officinale cultivation method, comprising the steps of seedling tissue-culture breeding, tissue-culture seedling acclimatization and tie-to-tree cultivation of acclimatized seedlings. The step of tissue-culture seedling acclimatization comprises selection of bottled tissue-culture seedlings, selection and arrangement of a seedling acclimatization medium, selection of seedling acclimatization fertilizer, planting and after-planting management and is characterized in that the seedling acclimatization medium consists of hardwood sawdust and broken stone mixed in a mass ratio of 6.5-7.5:2.5-3.5, and the seedling acclimatization fertilizer is organic fertilizer prepared by fermenting herbivorous animal waste. The step of tie-to-tree cultivation of acclimatized seedlings comprises selection of acclimatized seedlings, selection of cultivation forest land, selection of variety of trees to be tied, seedling tying up and planting management. The tie-to-tree dendrobium officinale cultivation method provided by the invention has the advantages of low planting cost, easiness in management, high survival rate and long harvesting period; moreover, the harvest products have high quality.

The invention discloses an intelligent orchard planting management system, which obtains the fruit tree growth environment information according to the wireless network, and realizes fast, multi-dimensional and multi-scale real-time monitoring of orchard information. Based on depth learning, a growth model is constructed for each fruit tree, which is displayed visually and dynamically to the userthrough VR / AR stereo models, diagrams and curves; when the environment data is abnormal, the system will give various sound and light alarms. By using big data, cloud computing, data mining, artificial intelligence, and audio and video technology, the system makes agricultural planting more precise; according to the feedback of the above information, the decision-making support of irrigation andfertilization in the park can be provided to realize the intelligent machine, such as intelligent irrigation, intelligent fertilization, infrasound repelling of birds and insects, remote control of the production process and fixed-point operation. The invention provides a set of scientific system and accurate agricultural intelligent production management system for planters to solve the above problems.

Embodiments of the invention provide a crop planting management system and method based on cloud services. The system comprises an information acquisition subsystem used for acquiring growth process data of target crops and environment data of a target crop planting area in real time, a data analysis service subsystem used for storing and processing the data acquired by the information acquisitionsubsystem and building a planting management decision model of the target crops based on deep learning, a visual subsystem used for performing growth period recognition, disease and pest recognition,growth vigor recognition, intrusion recognition and yield prediction on the target crops, a management service decision subsystem used for realizing seeding control, fertilization control, irrigationcontrol, environment control, production archive management, disease and pest control, intelligent equipment patrol and early warning, and a display pushing subsystem used for sending a decision result to an intelligent equipment terminal and a user terminal for displaying. The crop planting management system and method based on cloud services can be used for realizing intelligent, scientific andunmanned agricultural planting management.

The invention relates to the field of planting of vegetables, in particular to a method for growing pepper. The method comprises the following steps: firstly, seedling management, namely, seedling raising nutrient soil is used for cultivating pepper seedlings; and secondly, planting management, namely, cultivated pepper seedlings are planted and then the planted seedlings and pepper in different growth periods are sprayed and / or irrigated with pepper nutrient solution. With the pepper growing method provided by the invention, pepper can be prolific for a long time and particularly on saline-alkali soil in Pearl River delta area of Guangdong, red cluster pepper can be picked for three consecutive months, the yield can reach 2000 to 3000 kilograms per mu and can be increased by 30 to 50%, and meanwhile, the quality of pepper can be improved by a big margin, reaching export standards.

The invention relates to a plant remediation technique for heavy metal contaminated soil and discloses the use of urticaceae plants in remediation of cadmium contaminated soil, in particular the use of Debregeasia orientalis C. J. Chen in remediation of cadmium heavy metal contaminated soil, which is to plant Debregeasia orientalis C. J. Chen in the heavy metal contaminated soil. Based on the cadmium enriching characteristic of Debregeasia orientalis C. J. Chen, the Debregeasia orientalis C. J. Chen is planted in the cadmium contaminated soil to absorb accumulated cadmium heavy metal and transfer most cadmium heavy metal to the parts above group, the parts above the group are harvested and ashed to extract heavy metal, and thus, the cadmium contaminated soil is remediated. In the growing process of the Debregeasia orientalis C. J. Chen, plant management is not required and stools can be left for growing braches, so the cost is low and the operability is high; meanwhile, new plant resource varieties are development for plant remediation of heavy metal contaminated soil, and new improvement and development space is provided for the deep development of the plant remediation technique.

The invention discloses a plant management system and method for garden and landscape engineering based on two-dimensional codes. The system comprises: nameplates which are provided with two-dimensional codes and are fixed on trees for identifying the trees; a big data platform which is provided with configuration software and is used for receiving, processing, storing and outputting tree information corresponding to the two-dimensional codes; multiple user sides which are provided with configuration software and two-dimensional code scanning function, and are used for reading tree information in the big data platform through different permissions and / or scanning two-dimensional codes, inputting tree information into the big data platform and downloading applications from the big data platform; and a network which is used for interactive communication between the big data platform and user sides. According to the system and the method, the two-dimensional code technology is combined with the big data platform technology which helps users obtain comprehensive information of trees so that the problem that display content is limited by the limitation of nameplate area is solved; and planter information is kept secret to prevent information leakage.

The invention relates to a regional agricultural multi-format management system for internet of things. The regional agricultural multi-format management system for internet of things comprises a server, a data acquiring terminal, a sales management module, a planting management module, a production management module, a warehouse management module and a source tracing management module. The planting management module comprises a planting real-time monitoring module, wherein the planting real-time monitoring module comprises a sensor unit, a short message platform unit and an expert reminding unit. The sensor unit acquires crop data and transmits the data to the server to be memorized, the server feeds the crop data back to the expert reminding unit, and the expert reminding unit generates expert reminding information and sends the information to farmers through the short message platform. The source tracing management module comprises a commodity information entry unit and a commodity information inquiry unit. The regional agricultural multi-format management system for the internet of things achieves convenient regional agricultural multi-format management and accordingly improves the efficiency of regional agricultural multi-format production and management.

The invention provides a method of planting mangoes on mountain lands. The method comprises the following steps of land planting, seedling selecting, field planting, film covering and planting management. The planting method adopts a humus soil layer to reduce alkalinity of stony desertification soil, and provides an acidic growth environment for mangoes growth; a base fertilizer layer can store water and contains fertilizers, and provides water and nutrient substance for the mangoes growth. On one hand, the influence of the stony desertification soil to the mangoes growth is avoided, on the other hand, the water and nutrient substance are provided for the mangoes growth, and accordingly the mangoes yield is improved. The fertilizers of different varieties and quantities are used for different periods, leaf fertilizers are sprinkled, and therefore the mangoes growth is facilitated, contents of microelements and selenium of fruits are increased, and taste and nutrient content of the mangoes are improved.

The invention discloses a cultivation method for juicy peaches and belongs to the technical field of plantation. The cultivation method specifically comprises the following steps: selecting a garden, namely selecting sandy soil of which the drainage property is good, the soil layer is deep, thick and loose and the PH value is 5.5-6.5; reforming the garden, namely performing deep plowing and soil turning on the land to form a ridge, wherein main drainage ditches are formed in two sides of the ridge respectively, and auxiliary drainage ditches perpendicular to the main drainage ditches are formed in two ends of the ridge respectively; planting seedlings, namely digging planting holes in the ridge, wherein the planting holes are formed in the middle of the ridge, the distance between every two planting holes is 4.0-4.5m, and 32 to 34 planting holes are dug per mu; performing after-planting management including fertilization, disease prevention, fruit thinning and the like. According to the cultivation method for the juicy peaches, standardized plantation of the juicy peaches is realized, the excellent quality of the juicy peaches is guaranteed, economic benefits are increased, and a plantation requirement is met.

The invention discloses a real farm based farm game interaction system, which comprises a farm base, and is characterized in that the farm base is divided into a planting base and a breeding base, the planting base and the breeding base are respectively divided into a plurality of small planting areas and a plurality of small breeding areas, the farm base further comprises an automation control management platform, the automation control management platform comprises a management center, a planting management device and a breeding management device, and the farm base also comprises a PC terminal with a farm game interaction system. The implementation method is that the small planting areas and the small breeding areas are bound to a user account, and equipment and function options for remote control are provided. According to the invention, real-time virtual reality technologies are utilized, real planting and breeding feelings are brought to people, and the work pressure of people is relieved. Meanwhile, people are facilitated to perform supervision and control on fresh foods, and a circumstance that traditional vegetable planning carries a lot of pesticide ingredients is avoided. The planting and breeding are managed by people with their own hands, thereby enhancing the supervision interest, being at ease in eating.

A plant management system allows a person to be able to swap plants out with ease whenever a new look is desired for a garden. The system uses a series of subterraneanly disposed receptors that each removably receive a plant pot therein. The receptors are fluid flow connected to one another and to a source of water such that water is introduced into the system and enters and fills each receptor in turn wherein the plant pot wicks the water to the plant the pot is holding. Each receptor has a well screen casing to channel out excess water out of the receptor and each pot is perforated to channel excess water out of the pot.

The invention relates to a method for planting dendrobium officinale on a living tree. The method is characterized by comprising the following steps of 1, selecting a planting site, 2, selecting and processing the living tree used for planting the dendrobium officinale, 3, selecting and processing nursery stocks, 4, planting is conducted and 5, after-planting management. The method takes full use of natural forest resources, saves the land cost and improves the yield of a standing forest, by controlling water in the planting site, pests, diseases and other aspects, the dendrobium officinale growing on the living tree is obtained, the problem that the collection period is short is solved, and the reliability and safety of the products are ensured; naturalized dendrobium officinale tissue culture seedlings vigorous in growth and developed in root system are selected as the nursery stocks, then the nursery stocks are planted on the living tree, and the survival rate is high; materials are easy to obtain, the production cost is low, the operation is simple and convenient, and the method has good economic and social and ecological benefits.

The invention provides a method for planting selenium-enriched garlic by returning straw to a field. The method includes the steps of seed selection, planting time selection, planting management and the like. The seed selection step includes selecting each piece of garlic with a large garlic head, a tight garlic skin sheath, white and solid garlic fresh, high water content and 5-6 flakes as a seed. The planting time selection step includes starting from thawing soil by 10 centimeters to Vernal Equinox Day. The planting method includes: crushing garlic straw; sufficiently fermenting the garlic straw by the aid of straw fermenting agents; and laying the garlic straw or applying the garlic straw in furrows according to the use method of organic fertilizers. The method has the advantages that a large amount of selenium rich in the garlic straw is returned to the soil to supplement nutrient components needed in the growth process of the garlic, the quality of the garlic can be improved and the content of the selenium needed in the growth process of the garlic can be supplied by a special mode of returning the straw to the field, consumption of base fertilizers is reduced, and planting cost is greatly reduced.

The invention relates to a semi-promoting cultivation technology of green food, and particularly relates to a semi-promoting cultivation method of strawberries in a greenhouse. The method comprises the following steps of: carrying out field planting cultivation on selected strawberry seedlings in a ridging coated manner; applying a base fertilizer before the field planting cultivation, and carrying out topdressing and foliage dressing after the field planting cultivation; and then carrying out shed locking, temperature and humidity management, plant management and pest prevention. The semi-promoting cultivation method is scientific in cultivation management, low in cost, convenient to plant and popularize in large-area plantation in the greenhouse and the like, is simple and feasible, has wide market prospect, and can be used for improving ecological environment and also improving the quality and the output of the strawberries.

The invention discloses a planting method of cherries. The planting method comprises the following steps of (1) land control, wherein a land environment with the soil pH value being 5.6-7, sufficient sunlight and a good soil water humidity condition is selected; (2) land cleaning, wherein the land is cleaned in a raking mode; (3) density control, wherein the spacing between rows is 3 m*4 m; (4) soil preparation of the planting land; (5) base fertilizer application and topsoil returning; (6) seedling selection; (7) planting and (8) planting management. The planting method of cherries has the advantages of effectively preventing various problems caused by plant diseases, pests and the weather, and improving the yield and the survival rate of cherries.

The invention relates to a management device, in particular to an intelligent potted plant management device, and aims to solve the technical problem of providing an intelligent potted plant managing device which is high in intelligence, good in management effect and novel in structure. To solve the technical problem, the invention provides the intelligent potted plant managing device which comprises a first motor, a circular sliding track, a mounting rack, a rotating shaft, a first sliding block, a holding platform, a potted plant, a mounting plate, an electric control valve, a nozzle, a gear, a second motor, a rack, a second sliding block, a horizontal sliding track, a water tank, a mounting table, a hose and a rainproof plate, wherein the circular sliding track is arranged on the left side of the ground; the first sliding block is connected with the circular sliding track in a sliding manner; the mounting plate is arranged at the top of the first sliding block; the holding platform is arranged on the left side of the top of the mounting plate; the potted plant is arranged on the holding platform. The intelligent potted plant management device achieves effects of being high in intelligence, good in management effect and novel in structure.

The invention discloses a high-yield tomato planting method. The method comprises the following steps of land rearrangement, seed treatment, seed sowing, seedling management, seedling field planting and field planting management. Tomato seeds are treated specially and comprehensively, the character of the tomato seeds is improved essentially, the solid foundation is provided for cultivating high-quality fruits, from the period of seed sowing to the period of harvesting, the environment condition for growth is controlled strictly and reasonably according to the growth law of seedlings, proper fertilization, disease and pest control and the like are carried out in cooperation, compared with that of the prior art, the fruit yield is increased obviously, the quality is improved obviously, and the method is simple, standard and suitable for planting and popularizing tomatoes on a large scale.

The invention discloses a strawberry container nursery method. The method comprises the steps of mother plant greenhouse preparation, juvenile seedling cultivation land preparation, mother plant fixed planting, mother plant management, juvenile seedling management and the like. According to the strawberry container nursery method, on the basis of years of experiment screening, on the basis of actual production, the technologies such as anthracnose prevention and control, propagation coefficient improvement, strong seedling cultivation and flower bud differentiation promotion and scientific fertilization and scientific management methods are adopted, and the purposes that the mother plant single-plant reproduction coefficient reaches 80 and the yield of high-quality container seedlings per mu is 2000 are achieved. The problems that existing common strawberry seedlings are not stable in yield, poor in quality, high in illness rate, irregular in flower bud differentiation are solved, and remarkable economic benefits and application and popularization value are achieved.

The invention discloses an erythrophloeum fordii cutting propagation method which includes the procedures of stock plant selection, cutting orchard building, stock plant management, cutting slip picking, cutting and post-cutting management. Excellent robust nursery plants free of pest diseases are selected as stock plants and are densely arranged in a rectangular piece to build a cutting orchard, top cutting is conducted to promote sprouting, twigs or semi wood is selected as cutting scions which are inserted in container cups filled with substrates, and cutting seedlings are cultured to obtain excellent robust erythrophloeum fordii cutting seedlings. The method solves the problem that erythrophloeum fordii is difficult in vegetative propagation, has the advantages of being free of geographic limitation, high in propagation speed, simple, easy to operate, high in survival rate and the like, maintains good hereditary character of the erythrophloeum fordii, has great significance on protection and expansion of propagation and planting of the erythrophloeum fordii and has good economical benefit, social benefit and ecological benefit.

The invention discloses a method for high-yielding, shaping, cultivating and planting fine staple cottons in a cotton region of south Xinjiang based on the light characteristic. The method comprises the following steps of setting control contents and control indexes through managing control points within different growth periods; shaping reasonable growth, development and structure indexes of the cottons according to the control indexes, so that the environmental condition for the growth and the development of the cottons is improved, the intense light and the air admission are realized, the demands of the cottons for light, temperature, water and fertilizer under high density are met, the phenomena of barren stalks and less fruits are reduced, the fruiting rate and the fruit quality are improved, the occurrence of adverse growth, development, structure and environment is avoided, and excellent group and strong individuals are realized. Thus, the light energy is fully utilized. The method for high-yielding and shaping the cottons in the cotton region of south Xinjiang based on the light characteristic provides the planting management basis for cotton production of the cotton region of Xinjiang in the future, and the reasonable plant type structures of the cottons are shaped according to the method, so that the cotton yield of the cotton region can be improved.

The invention relates to a lycium ruthenicum artificial planting method of an arid salt and alkali land. According to the method, through planting area soil improvement, drip irrigation salt washing and root area non-woven faric covering, a salt and alkali land lycium ruthenicum planting management technology integrating physical improvement, water conservancy improvement and novel material application is obtained. Ditch forming and obstacle breaking, planting soil improving for soil water permeability and fertility improving, drip irrigation planting soil salt washing, and non-woven fabric covering for root sucker restraining are conducted, and technological reserve is accumulated for arid region salt and alkali land development and utilization and lycium ruthenicum cultivation. For the characteristics of a hardened viscose heavy soil body, based on the consideration of planting soil improvement, by forming deep ditches and breaking viscose hardened layers, the water permeability and fertility of planting ditch soil are improved; through the combination of the drip irrigation technology and the non-woven fabric root sucker restraining technology, the problem of hardened viscose heavy salt and alkali land lycium ruthenicum high-yield and high-efficiency management is effectively solved. By means of the method, the effective combination of physical, water conservancy and material technologies is embodied, construction is rapid and convenient, and operation is convenient. The method is particularly suitable for improvement and utilization of salt and alkali wasteland on the periphery of an oasis.

The invention discloses a watermelon planting management method. The method comprises the following steps of 1, nutrient soil arrangement; 2, seed soaking for accelerating germination; 3 sowing and seedbed construction; 4, grafting; 5, field planting and final singling; 6, pruning and vine hanging; 7, artificial supplementary pollination; 8, irrigation and topdressing; 9, disease and pest control; 10, water melon drying, covering, turning, selecting and hanging. Compared with the prior art and traditional watermelon planting methods, the watermelon planting management method is low in cost and high in universality, the survival rate of field-planted seedlings can be effectively increased, the disease and pest occurrence rate can be effectively lowered, the yield of watermelons can be increased, and the appearance and quality of the watermelons are guaranteed.

The invention discloses a towel gourd cultivation method. The towel gourd cultivation method comprises the following steps of seed processing, substrate manufacturing, seedling growth, field planting, plant management and timely harvesting. According to the towel gourd cultivation method, cultivation of towel gourds has no request for soil, towel gourds can be planted in barren and arid lands, irrigation and fertilization are relatively accurate and can be regulated according to specific circumstances of crops, the usage quantity of chemical fertilizer and the usage quantity of pesticide are reduced, and therefore injury to the human body and pollution to the environment are reduced.

The invention relates to technical field of crop cultivation, in particular to a planting method of kiwi fruit. The planting method includes: variety selection, stock seedling culture, planting, planting management and disease and pest control. The planting method has the advantages that by selecting high-quality seeds, scientifically culturing seedlings, reasonably planting, efficiently performing planting management, timely controlling diseases and pests and the like, kiwi fruit yield can be increased, the produced kiwi fruit is fresh and tender in pulp, soft in texture, sour and sweet in taste and delicious, and the problems that the kiwi fruit is instable in yield, hard in pulp, excessively sour in taste and the like during current kiwi fruit planting are solved effectively; the method is scientific, reasonable, simple, effective, convenient to operate, capable of evidently increasing the unit-area yield of the kiwi fruit, and the produced kiwi fruit is excellent in quality and has few diseases and pests, and evident economic benefits are achieved.

The invention discloses an integral concentration control method of plant management and control, which is characterized by the following: programming the concentration control and management of operation, monitor and management equipment in the coal handling, ash removal and water carbureting auxiliary workshop; setting the concentration control chamber of auxiliary workshop; controlling the integral PLC or DCS unit in each control chamber of auxiliary workshop to do concentration management; accomplishing the concentration control and management through network control; setting four control points of control chamber, water carbureting, coal handling and ash in the auxiliary chamber. The network structure is allocated in each control chamber of auxiliary workshop, which adapts hybrid topology structure; the auxiliary workshop adapts concentration star topology structure; the PLC or DCS concentration control network adapts industrial Ethernet. The system control power, controller and network all apply redundant allocation.

The invention provides a kiwi fruit planting method. The method comprises the steps of obtaining seeds, cleaning the seeds, soaking the seeds in warm water, placing the seeds at a shady and cool place to be fully dried, placing the dried seeds in disinfectant liquid for two to four hours, taking the seeds out to be cleaned and dried, placing the seeds in sandy soil for 30-40 days, turning over the sandy soil regularly to protect the seeds from mildew, selecting fertile soil, applying base fertilizer to the soil, removing weeds, digging a ditch which is 80-90 cm wide and 45-55 cm deep, sowing the well buried seeds in the soil, covering the soil with straw which has been soaked in fertilizer water, arranging a flattop shed frame above the ditch, and grafting seedlings the diameters of which are larger than 1 cm onto stock. The method has the advantages that germination rate and survival rate are increased through special treatment of the seeds, growing seasons are fully utilized to promote production of kiwi fruit, the taste of kiwi fruit is guaranteed, and planting management is convenient.

Compact plant for making steel bars and profiles with which, starting from the scrap, it is possible to obtain the finished product, for example bars with commercial length from 6 to 18 meters, pre-packed, packaged and ready for sale, with all the stations placed in line and operating continuously. All the stations are arranged in reduced spaces, thereby reducing both investment costs and plant management costs, and decreasing production times. Advantageously, the plant of the invention incorporates an extremely compact bar packaging apparatus which, through an innovative arrangement and innovative operating method of the components thereof, allows a further reduction in length.

The invention discloses a cucumber cultivation method. The cucumber cultivation method includes the following the steps of seed processing, land selection, land preparation, seed sowing, planting, plant management, plant disease and insect pest prevention and curing, and timely harvesting. A cucumber cultivated through the method grows well, and is high in growth speed, high in yield and good in quality, and therefore plant diseases and insect pests are reduced, and the pesticide consumption is lowered. Nanometer jade powder is contained in soil conditioners, a large number of trace elements beneficial to the human body are contained in the nanometer jade powder, and the trace elements are beneficial to the human body after being absorbed by plants and converted through food chains. Meanwhile, adsorption ingredients are contained in the soil conditioners, poisonous heavy metal elements in the soil can be effectively adsorbed and solidified, the heavy metal elements absorbed by the plants are reduced, and the plant productivity can be improved.