49results about How to "Reduce planting risk" patented technology

The invention relates to a designing and manufacturing method of a tooth supporting type implant surgery guide plate for restoration. The method comprises the steps that a plaster model is manufactured; a 5-mm steel ball and a buccal tongue side occlusal pad are manufactured; the thickness of soft tissue at a detection hole is measured; an oral cavity panoramic radiograph or periapical radiograph of a patient with the occlusal pad is shot; measuring and correcting are conducted on the panoramic radiograph; the safe implant bone width in the buccal tongue direction in an implant area is obtained; a final restoration body is designed through a full-anatomical fixed bridge body CAD software; dental crown data is extracted, and the dental crown is uniformly thickened by 3 mm to serve as a retention part of the guide plate; the occlusal surface is modified into a plane perpendicular to the long axis of a replacement body, and the distance of a straight line segment from the plane to the tail end of the replacement body is measured; a three-dimensional digital model with an implant drill bit guide pipe of the guide plate is generated; guide plate processing is completed. According to the method, the near, far and middle direction position, the buccal tongue direction position, the torque angle and the axis inclination of oral dental implant implanting can be precisely guided, the tooth implanting risk is significantly reduced, and the success rate in the initial stage of surgery is increased.

The invention discloses a green, weather-proof and high-yield oilseed rape planting method. The green, weather-proof and high-yield oilseed rape planting method comprises the following steps of seed preprocessing, preparation of a germination acceleration triggering seed-soaking solution, seed soaking, preparation of a seed coating for oilseed rapes, oilseed rape seed treatment by using the seed coating, germination acceleration, seedling raising, planting field treatment, seedling transplantation and field planting, fertilization at a seedling stage, disease and pest prevention and control and harvesting. By adopting the planting method, the emergence rate of oilseed rape seeds is high, buds are thick, healthy and strong and are resistant to cold and freezing, the use amount of fertilizers is small, the use amount of organic fertilizers is large, pollution is reduced, the method is friendly and non-toxic to the environment, the fertilizer efficiency is improved, the oilseed rape yieldis effectively increased, meanwhile planted oilseed rape seeds are non-toxic, harmless and free of pesticide residues and are green, healthy and good in quality, the cost is reduced, powerful guarantee is provided for large-scale planting, and the green, weather-proof and high-yield oilseed rape planting method has a higher practical value and a good application prospect.

The invention belongs to the technical field of production of agricultural products, and relates to a planting method for producing ginkgo leaf agricultural products. The planting method is used for producing fruit agricultural products and fungus agricultural products. The planting method is characterized by including two steps for planting and cultivating: using biological-organic fertilizers prepared with ginkgo leaf decoction dregs at an adaptive phase; and subcutaneously injecting high-concentration ginkgo leaf extract nutrient solution and increasing the dosage of conveyed and absorbed effective components of ginkgo leaves at an affinity phase. Besides, the formula of the biological-organic fertilizers with the ginkgo leaf decoction dregs and culture media is regulated according to difference of the fruit agricultural products and the fungus agricultural products, and the biological-organic fertilizers with the ginkgo leaf decoction dregs and the culture media are prepared, so that the ginkgo leaf agricultural products are produced. The agricultural products planted and cultured by the method have the flavor of original agricultural products and further have the flavor of the ginkgo leaves and a healthcare function.

The invention discloses a pinellia ternate cultivation method by means of small greenhouse covering, deep seeding and condensed planting. The pinellia ternate cultivation method includes: seed stem section and seed stem storage; land selection and land preparation; seed stem treatment; plantation including determination of planting amount and planting time, bed preparation, watering, fertilization, plantation, mulching film covering and small greenhouse covering; land management. The pinellia ternate cultivation method by means of small greenhouse covering, deep seeding and condensed planting has the advantages that acre yield, output-input ratio and drying ratio of pinellia ternate can be increased substantially, the area for artificial cultivation is enlarged, planting risks are alleviated, planting benefit of farmers is guaranteed, rural income is increased, more medicinal herbs resources are provided for the market, reliance on picking and digging of wild resources is lowered, the wide resources of the pinellia ternate can be protected and rehabilitated effectively, population of the pinellia ternate can be enlarged, and social benefits and ecological benefits are remarkable.

The invention discloses a processing method of spinach seeds. The processing method comprises the following steps: (1) selecting spinaches; (2) carrying out disinfection treatment; (3) soaking the seeds; (4) carrying out poikilothermic treatment; (5) carrying out light treatment; and (6) sowing. By virtue of the processing method, the emergence rate of the spinach seeds reaches 98.5% or above, seedling emergency rate reaches 97% or above, the sowed spinaches can vigorously and uniformly grow and can still well grow at the temperature above 25 DEG C, so that the planting risk of farmers is greatly reduced, and a new manner is provided for the planting of the spinaches at a relatively high temperature; and the processing method has a very high promotional value.

The invention discloses a psidium guajava fruit wine, comprising the following raw materials by weight: 40-60 parts of psidium guajava raw juice and 40-60 parts of sugarcane juice. A process for preparing the psidium guajava fruit wine comprises the following steps of: S1, preparing the psidium guajava raw juice; S2, preparing the sugarcane juice; and S3, brewing. The psidium guajava fruit wine has the beneficial effects of being rich in fragrance, pure and sweet, mellow and fine in taste, lasting in remaining taste, clear and transparent in vinosity, lustrous in color, rich in various nutritional ingredients beneficial for the human body, capable of clearing away heat and toxic materials and preventing enteritis and diarrhea, free of additives, good in stability, and capable of being stored for a long time and more sufficiently utilizing the psidium guajava resources, prolonging the storage period of psidium guajava and improving the utilization rate of the resources; and the preparation process requires little process equipment, and is low in cost, short in time and capable of remaining the quality and nutritional ingredients of psidium guajava.

The invention belongs to the technical field of agricultural product production and relates to a planting method for producing agricultural products containing Aquilaria sinensis. The planting method aims at fruit agricultural products and edible fungus agricultural products, and is characterized in that a biological organic fertilizer containing Aquilaria sinensis drug residues is applied in the adaptation stage, a high-concentration nutrient fluid containing Aquilaria sinensis extracts is injected in the affinity stage, the planting and cultivation is carried out by adding two procedures of increasing the delivered dose and absorption dose of effective fractions of Aquilaria sinensis, the formula of the biological organic fertilizer containing Aquilaria sinensis drug residues and the formula of the culture medium are changed according to different types of fruit and edible fungus agricultural products, and the biological organic fertilizer containing Aquilaria sinensis drug residues and the culture medium are made according to the formulae. The method achieves the purpose of producing agricultural products containing Aquilaria sinensis. The agricultural products produced by the planting and cultivation method retain the flavor of original plants and also have the flavor and health-promoting effect of Aquilaria sinensis.

The invention discloses a vegetable cultivating machine which comprises a cultivating machine body and a control panel. The cultivating machine body comprises a material replenishing box, a water storing tank, a water pipe and a hydroponic groove. The material replenishing box is connected with the water storing tank through the water pipe and an electromagnetic valve. The control panel controls conduction time of the electromagnetic valve to control a proportion and the flow of a solution which enters into the water storing tank. The hydroponic groove is connected with the water storing tank through the water pipe. A liquid level switching module and a water pump control module of the control panel control a liquid level of the hydroponic groove. According to the vegetable cultivating machine, intelligent control of the vegetable cultivating machine is achieved, a user does not need prepare a nutrition solution by the hand, planting risks are greatly reduced, guardless planting is truly achieved and a planting effect is obviously improved.

The invention belongs to the technical field of agricultural product production and provides a planting method for producing rhizoma gastrodiae agricultural products. The planting method is a production method for fruit agricultural products and fungus agricultural products and is characterized by comprising the following steps: planting and culturing the rhizoma gastrodiae agricultural products according to two steps of using a biological-organic fertilizer prepared by rhizoma gastrodiae dregs in an adaptive phase and injecting a rhizoma gastrodiae extract nutritional solution with high concentration in an affinity phase so as to increase the conveyed and absorbed dosage of an active ingredient of the rhizoma gastrodiae; meanwhile, adjusting the formulas of the rhizoma gastrodiae dreg biological-organic fertilizer and a culturing basic material according to differences between the fruit agricultural products and the fungus agricultural products; and preparing the rhizoma gastrodiae dreg biological-organic fertilizer and the culturing basic material, so as to realize the production of the rhizoma gastrodiae agricultural products. The agricultural products planted and cultured through the adoption of the method provided by the invention have flavors of the original agricultural products and also have flavors and a healthcare function of the rhizoma gastrodiae.

The invention relates to an edible and medical fungus growth environment real-time monitoring and early warning method and device. The edible and medical fungus growth environment real-time monitoring and early warning device comprises a sensing device, a central processing module, a communication module, a subsidiary module and a power supply module. The sensing module comprises a temperature sensor, a humidity sensor, an illumination sensor, an oxygen sensor, a carbon dioxide sensor, a medium PH sensor and a medium moisture content sensor. Environment sensing information is monitored in real time and fed back through the sensing device so that multi-parameter accurate continuous measurement and real-time intelligent early warning are realized, and the temperature, humidity, illumination intensity, and carbon dioxide and oxygen concentration in edible and medical fungus growth environment air, the temperature, humidity water content and PH value in a medium or a culture material (containing a liquid, semisolid and earth covering), and other static values and continuous change situations can be accurately reflected, thus scientific plantation is realized, the plantation output is increased, and the plantation risks are reduced.

The invention discloses a mixed grape planting method. Grapes of an early-maturing variety and grapes of a late-maturing variety are planted according to the ridge interval, wherein the ridge interval ranges from 1.5 meters to 1.8 meters, the early-maturing variety is preferentially selected from Jingxiu or Xiahei, and the late-maturing variety is preferentially selected from Longyan. By means of the mixed planting method, lowering of planting risks of a grape orchard, reduction of the planting cost and increase of the grape yield are facilitated.

The invention relates to an intelligent control method and equipment for the growing environment of a medicinal fungus. The intelligent control equipment for the growing environment of the medicinal fungus comprises a control terminal module, a central processing module, a communication module, an auxiliary module and a power module, wherein the control terminal module, the communication module, the auxiliary module and the power module are controlled through the central processing module, and the control terminal can be externally connected with electrical equipment to achieve accurate, real-time, comprehensive and intelligent control over the growing environment of the medicinal fungus. The intelligent control method and equipment for the growing environment of the medicinal fungus have the advantages of being capable of largely reducing the human resource cost in the growth process of the medicinal fungus, remotely or locally monitoring the operation of the electrical equipment in real time, and accurately sensing the parameters of the growth environment of the medicinal fungus, thereby guaranteeing that the growth process of the medicinal fungus is in the optimal environment constantly, reducing planting risks, and meanwhile improving the yield of the medicinal fungus.

The invention discloses a konjac cultivating method. A.muelleri in the Sino-Burmese border area as a female parent and a konjac germplasm A.macrorhizus as a male parent are subjected to intrageneric artificial cross, and seed collecting, close planting and sowing, cultivation and seedball harvesting are performed; a plant is selected from F1 generation, wherein the plant has dark green leaf color, grows robustly, has stems being green stems and having greenish brown stripes, has tender white terminal buds, has white flower type and flower color having uniform light purple spots, has the spathe like calla and shorter than appendant organs, has light yellow-to-white tuber flesh color, and has an atmogenic corm growth pattern comprising that single plants are grown on stems, petiole crotches and main veins and then are subjected to pollination, seed collecting, sowing and screening; then an individual is selected from F2 generation and is used as a new variety, wherein the individual has stems being green stems and having greenish brown stripes, has tender white terminal bud, has white flower type and flower color having uniform light purple spots, has the spathe like calla and shorter than appendant organs, has no pollen produced after flowering, has light yellow-to-white tuber flesh color, has atmogenic corms which can be grown on stems, petiole crotches and main veins, has KGM content more than 70%, and has 39 pairs of chromosomes.

The invention belongs to the technical field of production of agricultural products, and relates to a planting method for producing papaya agricultural products, which is a production method aiming at fruit agricultural products and fungus agricultural products. The method is characterized by comprising the steps to plant and culture papaya: proportioning bio-organic fertilizer by using papaya dregs at the adaptive period, injecting high concentration papaya extract nutrient solution at the affinity period, and increasing the delivery and absorption of the dose of papaya active ingredient; and meanwhile, adjusting the prescription of the papaya dreg bio-organic fertilizer and culture matrix according to the difference of the fruit agricultural products and the fungus agricultural products, and proportioning the papaya dreg bio-organic fertilizer and the culture matrix, thereby realizing the production of the papaya agricultural products. By adopting the method provided by the invention, the planted and cultured agricultural products have the flavor of original agricultural products and further have the flavor and healthcare functions of the papaya.

The invention discloses an intelligent irrigation system based on a three-dimensional soil humidity chart. The system comprises humidity sensors arranged at different directions in soil, positioning nodes, an irrigation device and a monitoring terminal for building a humidity value distribution three-dimensional chart. The humidity sensors, the positioning nodes, the monitoring terminal and the irrigation device are sequentially connected; humidity values at the points can be obtained by arranging the humidity sensors at the few special points in soil, three-dimensional coordinates of the points are obtained through a positioning module, the humidity value distribution three-dimensional chart is built in the system, the three-dimensional humidity value in the soil is reflected, on the basis of intelligent irrigation, the soil humidity can be better controlled, the agricultural product quality is improved, the agricultural product yield is increased, the planting risk is lowered, economic benefits of farmers are greatly improved, and resource consumption and economic cost can be lowered by utilizing a limited number of humidity sensors.

The invention provides a double-groove tissue biopsy needle. A first groove and a second groove are formed in a biopsy needle, repeated positioning and puncture can be avoided by combining a cutter knife on a stylet and a cutter head at the tail end of a sheath, the requirement that two tissues can be obtained at the same time in the pathological location by once puncture when a biopsy tissue is collected, a tumor cell is prevented from being implanted in needle tracts, and the collected tissue blocks can be subjected to pathological detection and scientific researches. The double-groove tissue biopsy needle is convenient to operate and has a wide popularization and application value in the field of medical equipment.

The present invention provides a modular apparatus for protecting a plant from invasive species and adapting a protective area as a plant grows with little to no post-planting maintenance. For example, a modular apparatus comprises a base comprising a first rim, a water storage, and a plug-in-joint, a lid comprising a second rim and an opening, wherein the first rim is configured to correspondingly fit the second rim, wherein the opening is configured to correspondingly fit the plug-in joint; and a recess disposed on an edge of the base and on an edge of the lid. An infinite number of modularapparatuses can be coupled to expand protection for plant growth. The modular plant protecting apparatus can be installed manually or deployed by an aerial vehicle into degraded areas with limited-access.

The invention discloses a kind of technology for producing organic paddy rice, which comprises the steps of disinfecting seeds by Pasteur sterilization; disinfecting the bed soil surface layer inside a booth with a ultraviolet lamp; conducting straw returning and applying rice chaff by paddy rice; selecting high-quality multi-resistant paddy rice kinds, and controlling rice blast technology in combination with kind diversity; controlling weeds grow and breed by the technology of herbicides by rice chaff; and controlling rice Oulema by using tobacco powder and pulverized limestone. In this way, the problems of sickness, insects, straw and fertilizer in the production process of the organic rice in the cold place are effectively solved; a comprehensive feasible scheme to product organic rice is provided; and high application and value, substantial economic benefit, social benefit and ecological benefit are provided.

The invention relates to a crop disease and pest detection method and system based on computer vision, and belongs to the technical field of computer application. The method comprises the following steps of: S1, acquiring pictures of crops, inputting the pictures of the crops into a pre-classification model, identifying the picture of the crop with diseases and insect pests, and taking the picture as a to-be-detected target picture; S2, inputting the to-be-detected target picture into a detection model for detection to obtain a target detection result; and S3, outputting the target detection result, wherein the target detection result comprises the type of the plant diseases and insect pests and the occurrence position of the plant diseases and insect pests in the target picture. The crop disease and pest detection method effectively improves the detection efficiency of plant diseases and insect pests, shortens the discovery time of the plant diseases and insect pests, and reduces the planting risk of farmers.

The invention belongs to the technical field of agricultural product production and relates to a planting method for producing agricultural products containing Lycium chinense. The planting method aims at fruit agricultural products and edible fungus agricultural products, and is characterized in that a biological organic fertilizer containing Lycium chinense drug residues is applied in the adaptation stage, a high-concentration nutrient fluid containing Lycium chinense extracts is injected in the affinity stage, the planting and cultivation is carried out by adding two procedures of increasing the delivered dose and absorption dose of effective fractions of Lycium chinense, the formula of the biological organic fertilizer containing Lycium chinense drug residues and the formula of the culture medium are changed according to different types of fruit and edible fungus agricultural products, and the biological organic fertilizer containing Lycium chinense drug residues and the culture medium are made according to the formulae. The method achieves the purpose of producing agricultural products containing Lycium chinense. The agricultural products produced by the planting and cultivation method retain the flavor of original plants and also have the flavor and health-promoting effect of Lycium chinense.

The invention relates to an organic vegetable planting and fresh keeping method, and belongs to the technical field of planting and fresh keeping. Vegetable seedlings in seedling raising trays are selected and transplanted into planting pots containing a medium, wherein the bottom wall of each planting pot is provided with a plurality of small holes; each planting pot is buried in external soil tomake the surface of the medium in the planting pot flush with the surface of the external soil, wherein the distance between every two adjacent planting pots is more than 2 cm; planting and maintenance are conducted according to a conventional method, after the vegetables are ripened, the planting pots are taken out, and fibrous roots exposed out of the pot bottoms are cut off; after the plantingpots are conveyed to a user, the user can continue to bury the vegetables in soil to continue planting or place the vegetables in a refrigerator for cold storage; during eating, the vegetables are cut off from the planting pots or taken out from the refrigerator; if the vegetables only need to be kept fresh for 3-5 days, the planting pots simply need to be placed in a shade place and a little water is sprayed every day, or the planting pots are placed in an open container containing a smaller amount of water. The conveying cost can be reduced, the distribution mode is simplified, the fresh keeping period of the vegetables can be effectively prolonged, and the operation is simple.

The invention provides a quick land selection method for panax notoginseng planting areas. The steps include: looking for land blocks with good Alnus cremastogyne growth conditions to obtain type A land blocks; excluding Oxalis corniculata growth land blocks from the type A land blocks to obtain type B land blocks; excluding panax notoginseng and vegetable crop planted land blocks suffering stem leaf yellowing to obtain type C land blocks; in the type C land blocks, excluding the land blocks in which forecrop plants have more than 10 tuberous roots and root knots, thus obtaining type D land blocks; in the type D land blocks, selecting land blocks with more than 20 years of crop rotation, thus obtaining type E land blocks; and in the type E land blocks, excluding land blocks using non-decomposed organic fertilizers so as to obtain type F land blocks, i.e. panax notoginseng planting areas. The method provided by the invention improves the land selection efficiency, lowers the risk of planting, lays a good foundation for guaranteeing the yield and quality of panax notoginseng plants, effectively reduces the field management difficulty in the process of planting, the method is simple and reliable, and is easy to popularize.

The invention discloses an anti-season cultivation method for radix salviae miltiorrhizae. The anti-season cultivation method comprises the following steps: (1) soil selection and soil preparation: ploughing a cultivation land under to great depth before sowing, applying 4000-5000kg of thoroughly decomposed animal manure, 30-50kg of calcium superphosphate and 15-20kg of a soil regulator after natural solarization as a base fertilizer, and ploughing, finishing and raking the land to cultivate the land to be high moisture soil which is 0.8-0.9 m in width; (2) seed selection: shearing down divided roots of radix salviae miltiorrhizae harvested in the first ten-day period of November, and cutting the divided roots to 6-10 cm long small divided roots; (3) planting: punching the soil according to line spacing of 30-40 cm and row spacing of 30-40 m and planting the small divided roots in the first ten-day period of November; (4) film covering: paving the moisture faces with 1-1.2 m mulching films on the planting day; (5) drawing out seedlings: drawing out the seedlings from the mulching films manually from the last ten-day of February to the first ten-day period of March the next year; and (6) carrying out management in growing period. The method provided by the invention is advanced in planting technology, easy to master, easy to operate, small in planting risk, high in rate of emergence, high in output and good in quality.

The invention belongs to the technical field of agricultural product production, and relates to a production method capable of preventing pesticides from polluting fruit kind agricultural products. The production method is characterized in that the production method comprises that step 1, biological organic fertilizer which can prevent pesticides from polluting fruit kind agricultural products is prepared; step 2, aiming at fruit kind agricultural products, during the plantation process, the biological organic fertilizer which is described in the step 1 and can prevent pesticides from polluting fruit kind agricultural products is taken as base fertilizer, and then is used for additional fertilizer; and step 3, base fertilizer is applied before sowing or after leaves of fruit trees fall off, and then the additional fertilizer is applied in three stages of a flowering stage, a fruiting early stage and a fruiting later stage. The production method capable of preventing pesticides from polluting fruit kind agricultural products is a production method aiming at fruit kind agricultural products. Melons and fruits produced by means of the method do not contain residual pesticide, and agricultural products have pure flavor, and are safe and healthy. The fertilizer in the production method is subjected to biological fermentation and scientific preparation, nutrient concentration and quality of the fertilizer are guaranteed, and yield, quality and safety of agricultural products are guaranteed. The fertilizer in the production method can also be applied to vegetables.

The invention provides a method for screening multi-performance seeds. High-performance seeds meeting the test performance under various environments are obtained by performing test on seed crops under a plurality of different environments, wherein the test environments comprise high-temperature drought test, frost test, saline-alkaline tolerance test and lodging-resistant test; the seed crops areplanted in a planting tank and can be transferred under different test environments; the planting tank comprises a container for accommodating soil; the bottom of the container is a solid plate; gridis arranged at the bottom near the container; and a water discharging hole is formed in the solid plate. The seed crops meeting the test performance environment are obtained by performing test on theseed crops under various different environments, so that farmers can select the moist suitable crop seeds conveniently to plant and the planting risk is reduced. The method adopts the planting tank and various different laboratories, so that fast conversion under different environments can be realized; furthermore, the test environment is constructed simply and rapidly, so that the experiment canbe conducted conveniently.

The invention discloses a high-efficiency weed control method which comprises the following steps: 1) soil preparation; 2) spreading materials; 3) turning over; 4) irrigating with enough water, namelyperforming broad irrigation until water is seen on the surface; 5) covering the mulching film, namely selecting a whole mulching film to achieve rapid covering after irrigating with enough water, pressing soil blocks at the periphery, and forming a relatively closed environment; 6) closing the film; and 7) uncovering the film, airing, and seeding landscape flower seeds. Compared with the traditional weed control method, the method disclosed by the invention is simple, low in cost and easy to popularize. The organic fertilizer is thoroughly decomposed by utilizing a high temperature, the planting risk is reduced, the soil fertility is increased, the grass seeds are killed, the weeds are effectively controlled, and a good growth environment is provided for subsequent plant growth. Accordingto the method disclosed by the invention, any chemical herbicide is hardly used subsequently, manual weeding is not needed, the input cost is reduced, drug-resistant weeds can be effectively controlled, the drug resistance of the weeds is delayed, and green and sustainable control of the weeds is facilitated.

The invention discloses a strawberry planting system and method based on the Internet of Things technology, and belongs to the field of strawberry planting.According to the strawberry planting system and method based on the Internet of Things technology, on one hand, the Internet of Things technology is used for guiding strawberry planting and cultivation, the strawberry planting risk is reduced, and the strawberry planting efficiency is improved; on the other hand, the infrared visitor flow counter is used for counting tourists and guiding personnel entering and exiting the greenhouse main body, and the processing terminal is used for uniformly deploying the guiding personnel and the visitor flow through the physical network technology; the processing terminal can provide guiding suggestions for subsequent guiding personnel through the portable terminal, the work progress of the guiding personnel is slowed down, strawberry picking resources can be effectively integrated through the Internet of Things technology, deep excavation is carried out on unpicked resources, and the additional economic value of the strawberry resources is greatly increased.

The invention discloses an intelligent real-time monitoring device for planting dendrobium officinale. The intelligent real-time monitoring device comprises an air humidity monitoring module, an illumination intensity monitoring module, a wind speed monitoring module, a carbon dioxide concentration monitoring module, a camera module, a central controller, a storage, an alarm and a display. Through the air humidity monitoring module, the illumination intensity monitoring module, the wind speed monitoring module and the carbon dioxide concentration monitoring module, environment sensing information is monitored and fed back in real time, and multi-parameter accurate continuous measurement and real-time intelligent early warning are achieved; and meanwhile, insect pests and diseases possibly suffered by the dendrobium officinale are identified and judged according to the camera module and the picture comparison unit, so that scientific planting is realized, the planting yield is increased, and the planting risk is reduced.

The invention relates to a designing and manufacturing method of a tooth supporting type implant surgery guide plate for restoration. The method comprises the steps that a plaster model is manufactured; a 5-mm steel ball and a buccal tongue side occlusal pad are manufactured; the thickness of soft tissue at a detection hole is measured; an oral cavity panoramic radiograph or periapical radiograph of a patient with the occlusal pad is shot; measuring and correcting are conducted on the panoramic radiograph; the safe implant bone width in the buccal tongue direction in an implant area is obtained; a final restoration body is designed through a full-anatomical fixed bridge body CAD software; dental crown data is extracted, and the dental crown is uniformly thickened by 3 mm to serve as a retention part of the guide plate; the occlusal surface is modified into a plane perpendicular to the long axis of a replacement body, and the distance of a straight line segment from the plane to the tail end of the replacement body is measured; a three-dimensional digital model with an implant drill bit guide pipe of the guide plate is generated; guide plate processing is completed. According to the method, the near, far and middle direction position, the buccal tongue direction position, the torque angle and the axis inclination of oral dental implant implanting can be precisely guided, the tooth implanting risk is significantly reduced, and the success rate in the initial stage of surgery is increased.

The invention discloses a method of planting pollution-free high-yield high-quality Dendrobium huoshanense, comprising the steps of selecting a location scientifically, preparing a land, designing a shade net greenhouse according to variations of solar attitude, building water infrastructure, preparing a substrate and building seedbeds, treating seedlings, transplanting, and providing management,including fertilizer application, disease prevention and treatment, pest management, moisture management, overwintering management and harvesting. A whole planting system helps increase the yield andquality of Dendrobium huoshanense planted locally at Huoshan, is good for remote variety introduction and helps grow Dendrobium huoshanense having authentic herbal quality features through remote variety introduction. Planting cost is reduced, the eco-environment is protected, the problem of surplus of part of labor is solved, income is increased for farmers, and economic development of locales ispromoted.