127results about How to "Easy post-management" patented technology

The embodiments of the invention provide a method and apparatus for detecting the tilt-over level of a pole tower. The method is applied to aerial photography devices. The method herein includes the following steps: an aerial photography device acquiring the laser radar data and image data of a target pole tower; based on the point cloud and image registration of direct linear transformation, thelaser radar data and the image data, generating color point cloud data; based on a pre-saved machine learning classification algorithm and sample data, acquiring the point cloud data of the target pole tower; and based on the point cloud data of the target pole tower, calculating the tilt-over rate of the target pole tower. The method herein can automatically measure the tilt-over level of a powerpole tower in a large area in an accurate manner, can present measurement data in images and data, and can facilitate achieve and follow-up management. Also, the method can avoid the problems of current measurement methods, such as heavy workload, high risks, and low efficiency.

The invention discloses a method for the high square bud grafting of Juglans sigllata Dode. The method comprises the following steps: selection of the appropriate grafting period, collection and storage of scions as well as the grafting, and management after grafting. According to the invention, a summer high square bud grafting method is adopted to reduce the erosion to a grafting bud caused by the bleeding sap of the Juglans sigllata Dode, so that the high grafting optimization for Juglans sigllata Dode low yielding trees is successfully realized, the grafting survival rate reaches 78 to 92 percent, in addition, wounds can be healed up quickly, the operation is simple, and the grafting efficiency is high and a tree crown can recover quickly, so that the breed improvement problem of Juglans sigllata Dode in Guizhou mountainous area is solved. The method for the high square bud grafting of the Juglans sigllata Dode is simple and low in cost, and has a good using effect and a broad prospect for industrialization application.

A method for grafting wild walnut tree with high survival rate includes taking scion in January, sealing it with wax for keeping moisture, sawing the wild walnut tree with 10-23 cm of diameter at the position with 70-150 cm distance from ground, selecting a side branch as water absorbing one, grafting the scion on the residual tree as stock, convering with saw dust, and wrapping with plastic film. Its advantages include high survival rate, and high yield.

The invention provides a submerged plant modularized growth bed and a method for recovering growth of underwater submerged plants. The submerged plant modularized growth bed comprises suspended solids, planting layers, plant layers, a growth substrate layer, a bearing layer and balance weight facilities, the submerged plant modularized growth beds are mutually connected to form an entire piece, micropores are formed in the bearing layer so that roots of the plants can penetrate through, the growth substrate layer adopts planting soil, the periphery of the planting layer is fixedly connected with the periphery of the bearing layer, the planting layers and the bearing layer wrap the growth substrate layer, the suspended solids are fixedly arranged around the submerged plant modularized growth bed, each suspended solid is hollow and is filled with air, and the balance weights are fixedly arranged at the lower end portion of the suspended solids to keep the depth of the modularized growth bed suspending on the water surface. The submerged plant modularized growth bed is reasonable in design, compact in structure, simple to manufacture, low in cost, simple to operate and convenient to manage, and the submerged plant modularized growth bed is degraded along with the growth of the underwater submerged plants, is free of pollution, protects the environment, is wide in application range, is widely popularized conveniently, and is favorable for recovery of the underwater submerged plants in different water areas.

The invention discloses a method for top grafting of juglans sigllata dode in spring. The method includes steps of rootstock tree structure conditioning, tree vigor recovery, graft collection and storage, grafting time selection, rootstock selection, treatment, grafting, post-grafting management and the like. Grafting low-yielding trees of the juglans sigllata dode to increase yield is realized by the spring top grafting technology, single-plant survival rate in grafting is as high as 97%, survival rate of buds ranges from 77% to 89%, and cuts are fast in heel, operation is facilitated, grafting efficiency is high, and the problem of breed improvement of low-yielding trees of the juglans sigllata dode in mountainous areas of Guizhou in China is solved. The method is simple, low in cost, good in using effect and wide in industrialized application prospect.

The invention relates to a plant coil for ecological restorations of engineering slopes, aiming to solve the technical problem that the existing plant coil has the disadvantages that vegetation soil is prone to massive loss, landslides happen easily and the like. The plant coil comprises an irradiation reflection layer, two temperature regulation blocks, a light ray resistance control layer, a field planting layer, a field planting layer stabilizing layer, two moisture barriers, a seed pile, seed germination holes and moisture closure slots, the field planting layer stabilizing layer is arranged on the bottom surface of the plant coil, the field planting layer is arranged on the upper surface of the field planting layer stabilizing layer, the light ray resistance control layer is arranged on the top of the field planting layer, the first moisture barrier, the first temperature regulation block, the seed pile, the second moisture barrier and the second temperature regulation block are arranged on the top of the light tray resistance control layer in sequence, and the irradiation reflection layer is arranged over the first moisture barrier, the first temperature regulation block, the seed pile, the second moisture barrier and the second temperature regulation block.

The invention relates to a beautiful millettia root seed scaled seedling-growing method which comprises seed pre-treatment, accelerating germination, cup filling, seedling-growing and transplanting, wherein the accelerating germination is carried out in a sand bed and the sand bed is prepared by pouring river sand with different mesh numbers which are uniformly mixed according to weight parts into a seedbed to be leveled and disinfected; the cup filling comprises filling a nutritional cup with beautiful millettia root seeds exposing white after accelerating germination, wherein the nutritional cup comprises a cylindrical cup body which is opened at the upper end and is provided with a plurality of square holes at the lower end and a repeatedly used cup tray located below the cup body for supporting the cup body. The beautiful millettia root seed scaled seedling-growing method provided by the invention has the advantages of being neat in germination, robust in seedling, high in seedling success rate, short in seedling time, low in seedling cost and the like.

The invention relates to a vehicle driving deviated-track automatic measuring system based on laser scanning. According to the technical scheme, identical opposite-type photoelectric switch sets are respectively arranged a start point, a middle point and an end point of a test area (8), and a light emitting tube and a photoelectric tube of each set of opposite-type photoelectric switches are arranged on two sides of the test area (8). A laser scanning sensor is arranged on the middle position between the middle set of opposite-type photoelectric switches and one adjacent set of opposite-type photoelectric switches. Each set of photoelectric tubes are connected with the adjacent laser scanning sensor through signal wires. The two laser scanning sensors are connected with corresponding interfaces of a test host (10) through data wires. A mobile display terminal (1) is connected with the test host (10) through a wireless local area network. The test host (10) is provided with vehicle driving deviation automatic detection and processing software. The vehicle driving deviated-track automatic measuring system has the advantages that all-weather real-time measurement is available, the precision is high, the automation degree is high, the measuring efficiency is high, the structure is simple, and the mounting and the dismounting are convenient.

The invention provides a flat glass conveying device which can quickly deal with unqualified flat glass and makes the integer compact by miniaturizing the structure of an air flotation device and reduces the noise to facilitate after-management. The flat glass conveying device includes: an air flotation device 20 disposed at the upper part of a worktable 10 and discharging air upwards from each vent 22a formed on the upper surface; conveyers 30 disposed at the both sides, in width direction, of the air flotation device 20 and employing the discharged air to keep the flotation-support state to convey the flat glass 40 moving over the air flotation device 20, wherein, in the air flotation device 20, the central part, beside periphery, is formed by through holes 20a which vertically run-through the air flotation device 20, and on which shield plate 50 is disposed.

The invention discloses a method of optimizing and returning to field of straw of a cold region rice field, and relates to the field of returning to fields of straw of the rice fields. The method aims to solve the technical problems that according to a traditional method of returning to a field of straw, the effect of returning to the field is poor, during a process of returning to the field of the straw, the labor input of a farmer is increased, and the rice transplanting quality is affected. The method comprises the steps of (1) harvesting, wherein the straw is evenly dispersed in the field during harvesting; (2) land preparation and stubble burying, (3) irrigation for field steeping, stubble burying and land leveling and (4) rice transplanting and fertilizer application. Through the method, not only can returning to the field of the straw be achieved in the cold region rice field to achieve a purpose of land fertility betterment, but also negative environment effects caused by mass burning of the straw are alleviated, and fertilizer saving, the high yield, the high quality, the high efficiency and the ecological safety of the rice field are achieved; the method is used for returning to the field of the straw in a cold region.

The invention discloses a pear pest and disease prevention and control method. The pear pest and disease prevention and control method is characterized by comprising the steps that cultivation management is strengthened, an applied organic fertilizer is increased to improve the disease-resistant ability of tree bodies, intertillage and weed removal are performed in time, accumulated water in an orchard is discharged, the temperature is reduced, the ventilating and light-transmitting capacities are enhanced, a phosphorus potassium fertilizer accounting for no less than 60% of the total fertilizer percentage is applied, and tree trunk whitening is suitable for implementation after leaf falling but before freezing up, wherein the whitened positions are mainly tree trunks; overwintering microbial sources are wiped out, the orchard is thoroughly swept before disease occurrence to remove fallen leaves and fruits in the orchard, the fallen leaves and fruits are destroyed in a centralized mode, and 4 Beaume degrees of lime sulfur is sprayed to eradicate the overwintering microbial sources; after blossom fall of pear trees, one-time foliar spraying is performed every 5-10 days, spraying continues for 3-5 times, and 600-800 times of liquid of 50% Tuzet wettable powder is sprayed for one time before fruit bagging, wherein a foliar spraying agent is prepared by mixing 15% triadimefon and 50% carbendazim according to the ratio of 3:1 and then using 1000-1500 times of water to perform dilution.

The invention discloses a high-yield and environment-friendly peanut planting method. The method includes the steps of firstly, selecting seeds, and drying the seeds in the sun; secondly, preparing traditional Chinese medicine insecticidal and sterilizing soaking liquid; thirdly, soaking the seeds; fourthly, preparing a seed coating agent special for peanuts; fifthly, using the seed coating agentto process the peanut seeds; sixthly, accelerating germination; seventhly, preparing a planting field; eighthly, transplanting seedlings; ninthly, performing field management in the seedling period; tenthly, performing leaf-surface management in the seedling period; eleventhly, harvesting. The planting method has the advantages that the method is green, environmentally friendly, safe and free of pollution, the seed coating agent is used to provide an excellent microenvironment for seed germination and seedling growth, the virus resistance, mildew resistance and drought resistance of the seedsare increased evidently, germination potential and seed activity are increased evidently, the degraded seed coating agent can improve soil and reduce pollution, and the method is high in practical value and promising in application prospect.

The invention discloses a magnoliaceae plant tender branch cuttage propagation method.The method includes the five steps of seedbed manufacturing, selection and processing of scions, implementation of hormone solution quick-dipping induction, scion cuttage and management after cuttage.By means of the method, magnoliaceae plant seed trees are subjected to mother scion cuttage, the scions can take root after 28-40 days, and the survival rate of seedlings reaches 70% or above.The height of young seedlings can reach 12-15 cm on the current year, the roots of the seedlings are developed, the survival rate of transplanting exceeds 95%, the seedlings grow strongly, and management of the seedling stage is simple and convenient.

The invention discloses a battery pack equalization circuit based on a multi-secondary-side transformer and an achievement method thereof. The equalization circuit mainly comprises a microcontroller, a voltage collection module, the multi-secondary-side transformer, a contravariant half-bridge rectifier module and a switch module. The microcontroller selects an equalization module needing to be equalized and a single battery body according to the voltage data transmitted from the voltage collection module, and energy is transmitted to any signal battery body needing to be equalized through the multi-secondary-side transformer even through the single battery body does not belong to the discharged equalization module. The adjustable duty ratio PWM driving signal output by the microcontroller can control the magnitude of the equalization current to control the equalization speed. The equalization circuit modularization brings convenience to expansion of the battery unit, maintenance of the equalization and the like; the equalization speed is controllable, multiple kinds of equalization requirements can be met, the equalization is targeted, and the equalization efficiency is improved; the inconsistency in the battery unit is improved effectively, and whole performance of the battery unit is improved.

The invention discloses a capsicum grafting seedling cultivation method taking an eggplant tree as a stock. According to the method, an eggplant tree stock is cultivated, a crapsicum scion is cultivated, grafting and grafted seedling management are carried out, a transplanting seedling is formed, during grafting, a two-true-leaf portion at a bottom portion of the eggplant tree stock is cut upwards by a blade in a direction of 45 DEG; a two-leaf portion below the top portion of the crapsicum scion is cut downwards in a direction of 45 DEG, diameters and cutting faces of the stock and the crapsicum scion basically fit; the cutting faces of the scion and the stock are rapidly applied and fixed to accomplish seedling grafting. Through the capsicum grafting seedling cultivation method taking the eggplant tree as the stock, the survival rate is relatively high, disease resistance of the eggplant tree stock is applied to the capsicum growth, so the method has wide application prospects for factory seedling growth.

The invention discloses a plant protection method for increasing yield of virus-free potato breeder's stock. The method comprises the steps: (1) constructing production facilities; (2) carrying out environment disinfection; (3) carrying out matrix preparation and pretreatment; (4) carrying out tissue culture seedlings grading and root dipping treatment; (5) carrying out cuttage transplanting; (6) carrying out field management; (7) carrying out water management; (8) carrying out seedling pressing management; (9) carrying out fertilizer application management; and (10) carrying out harvesting and sorting. According to the method, a nutritional rooting agent, which is prepared through mixing 1.25g of Tradecorp, 7.5ml of Feifan, 30g of ANIRAM, 30g of lizhi and 15L of clean water, is used for carrying out root dipping treatment on tissue culture seedlings, optimal water management is implemented according to different requirements of the tissue culture seedlings on moisture at a seedling recovering stage, a potato tuber expanding stage, a small potato harvesting stage and a creeping stem forming stage, and liquid nutritional fertilizers for different growth needs are applied in an irrigation manner after the tissue culture seedlings are planted, so that the reasonable control on growth, sterilization and bacteriostasis is promoted, and the aims of increasing yield and improving quality are achieved.

The invention discloses a root growing and high-yield cultivating method of sweet potato seedlings. The method comprises the following steps of during root growing, cutting 18-25cm of sweet potato seedling in a sweet potato seedling bed, bundling, packaging, soaking 1-2cm of seedling root in a wet environment, maintaining the environment temperature at 25-40 DEG C, growing new roots after 2-3 days, and then transplanting to the field; during cultivating, after conventional cultivating, manufacturing a groove with 3-5cm depth at the edge of a sweet potato cavity, bending the upper part of the sweet potato seedling into the groove, covering the soil on the groove, exposing the head of the sweet potato seedling during soil covering, and fully watering at the upper part. The sweet potato seedling bred by the root growing method has the advantage that after second breeding, the survival rate of sweet potato seedling during cultivating can reach 99%, various types of cultivating are met, and the sweet potato vine in the edge groove can generate the root system again; as the sweet potato seedling is close to the soil surface, the light intensity is sufficient, the growth of root and stem is strong, is well developed, and expands to the deeper layer, the fruiting time of sweet potato is early, the sweet potato is large, and the yield is improved by more than 30% than the yield of traditional direct inserting method.

The invention relates to the technical field of myrica rubra planting, in particular to a myrica rubra dongkui dwarf high-yield planting method. The myrica rubra dongkui dwarf high-yield planting method is characterized by comprising the following steps of planting from the last ten days of February to the middle ten days of March, and pruning, wherein the position 40-50 cm high of a trunk is cut back after planting, lateral buds are induced heavily, three to four lateral buds which are distributed evenly are selected as main branches, the interval between the main branches is kept15-20 cm, the opening angle is 45-60 degrees, the top is pressed when the crown grows to be 1.5-1.8 meters high, the crown keeps below two meters, too long branches are pinched and broken, and dense branches, slim and fragile branches and too excessive branches are properly thinned. The height of the myrica rubra dongkui is controlled through management and cutting of seedlings and is controlled below two meters, the yield is increased, the fruit quality is improved, final-period management is facilitated, and the myrica rubra dongkui is not prone to being bent or broken.

The invention discloses a seeder. The seeder includes a frame equipped with a discharge port at the top, a blanking pipe is arranged under the discharge port, the discharge port includes a first inclined plate fixed at the upper part of a first side wall on the frame and a second inclined plate hinged to the top of the frame, the second inclined plate and a second side wall on the frame are connected by a support spring, a first connecting rod is hinged to the end of the first inclined plate, a second connecting rod is hinged to the end of the first connecting rod, and the end of the second connecting rod is hinged to the second side wall on the frame. A roller is mounted at the bottom of the frame, and the hinge point of the first connecting rod and the second connecting rod is connectedto one side of the roller through a four-bar linkage mechanism. The invention also discloses a lily bulb sowing vehicle using the seeder. The lily bulb sowing vehicle includes a vehicle body, the front end of the vehicle body is equipped with furrow openers, the rear end of the vehicle body is connected to earth covering plates and press rollers, the seeders are mounted on the vehicle body, and the bottom of the vehicle body is open. The lily bulb sowing vehicle and the seeder thereof provided by the invention adopt mechanized sowing of lily bulbs, and have the characteristics of high efficiency and rapidity, and uniform sowing.

The invention discloses an intelligent terminal parameter configuration method, which comprises the following steps: opening a configurator APP application program which is installed on a mobile terminal in advance; the mobile terminal is connected with an intelligent terminal through bluetooth; a display interface of the mobile terminal skips to a configuration interface of the intelligent terminal, and parameter information of parameters to be configured is selected and modified; the parameter information is stored and submitted to the intelligent terminal after modification is completed; and parameter configuration is completed after the intelligent terminal is restarted. According to the method, no data bus is needed in the whole configuration link; a link of repeated deployment is effectively avoided; time and labor cost are saved, and operability of the intelligent terminal is greatly improved.

The invention discloses a method for mulching film seedling culture and planting of purple potatoes. The method belongs to the technical field of seedling culture and planting of potatoes. The method comprises the steps including (1) the mulching film seedling culture of the purple potatoes, (2) management of purple potato sprouts, (3) growth of young seedlings of the purple potato, (4) growth of the purple potatoes and (5) harvesting of the purple potatoes. By using the method disclosed by the invention, a germination period of the planted purple potatoes is short, and a germination rate during the same period increases by about 16.8%; the sprouts are healthy, strong and tall and have high quality and excellent performance, and a survival rate and survival quality of young seedlings of the purple potatoes are effectively guaranteed; the maturing purple potatoes have a high yield, planting benefits and income increase obviously, and income of farmer households is increased obviously. Pesticides of a small amount are applied continuously at intervals to the purple potatoes planted by the method disclosed by the invention, so that the purple potatoes can absorb sufficient nutrients during the growth, and the maturing potatoes have the advantages ofa big size, fresh and tender flesh, abundant nutrients and high edible values.

The invention discloses an intelligent production quality detection tracing method and system based on Internet of things. The method comprises the following steps: recording N operation information and N operation station information which are corresponding to N operation in a production process of a product, wherein N is an integer greater than and equal to 2; according to a product quality detection rule, detecting the quality of the product, and generating a product quality detection result; and when the product quality detection result indicates that the quality of the product does not reach a standard, returning M operation information and M operation station information which are corresponding to M substandard operation in the N operation, wherein M is an integer greater than and equal to 1 and smaller than and equal to N. Through the method provided by the invention, operation resulting in a quality problem of the product can be visually displayed, an operator causing the product quality problem is traced, and the operation is fast and convenient.

The invention provides a new technique for white gourd cultivation. Seedlings of white gourds are cultivated in a culture pan; strong seedlings are planted in a pollution-free field far away from industrial areas, highways and towns; a base fertilizer is applied, and the strong seedlings are transplanted; field management is strengthened after the seedlings are transplanted, and damages caused by diseases and insects such as downy mildew, angular leaf spot and the like are regularly prevented and controlled; and the white gourds are harvested in due time. The new technique has the advantages of strong seedlings of the white gourds, good later period management, and high price of the white gourds due to the advanced sale in the market.

The invention relates to a ratoon rice formula special fertilizer and a fertilization method thereof, and belongs to the technical field of crop cultivation. The formula of the fertilizer is characterized in that a quick-acting nitrogen fertilizer accounts for 25-30% of the nitrogen application amount, a nitrogen fertilizer with the controlled release period of 40 days accounts for 35-40% of the nitrogen application amount, a nitrogen fertilizer with the controlled release period of 90 days accounts for 15-20% of the nitrogen application amount, a nitrogen fertilizer with the controlled release period of 110 days accounts for 10-25% of the nitrogen application amount, and the slow-release compound fertilizer with the ratio of N: P2O5: K2O being 30:10:15 is prepared by adopting a slow-release technology. The fertilization method comprises the following steps: mixing 40 kg of the special fertilizer for each mu with 10 kg of common urea, and applying the fertilizer into a field at one time by adopting rice mechanical transplanting and synchronous side deep fertilization. One-time fertilization is achieved, the whole process is effective, operation is convenient, the fertilizer utilization rate is increased, later-period management of first-season rice is facilitated, and germination of regenerated buds is improved.

The invention relates to a conveying and clamping device for counting type drill rod auxiliary machining. Two clamping device bodies are located at the two ends of a drill rod. Each clamping device body comprises a main supporting seat and an auxiliary supporting seat which are transversely and symmetrically arranged in a spaced manner. The drill rod is placed between the main supporting seats and the auxiliary supporting seats. Ejection guide rollers are arranged below the drill rod and induction counting devices are installed on the ejection guide rollers. Swing type clamping hydraulic cylinders are hinged to the upper ends of the main supporting seats. Clamping blocks are installed on piston rods of the swing type clamping hydraulic cylinders. Lifting connecting boards are arranged on the outer sides of the main supporting seats. The upper ends of the lifting connecting boards are hinged to the swing type clamping hydraulic cylinders and the lower ends of the lifting connecting boards are connected with the ends of the ejection guide rollers. One end of each ejection guide roller is vertically installed on a sliding supporting frame in a sliding manner and the other end of each ejection guide roller is connected with a hinge seat. Vertical hydraulic cylinders are installed on the side faces of the lifting connecting boards. Abutting boards are installed on the inner sides of the auxiliary supporting seats through springs. The two main supporting seats and the two auxiliary supporting seats at the two ends of the drill rod are oppositely located on the two sides of the drill rod respectively.

The invention provides a cultivation method for coleus salix holandia, and relates to the technical field of plant cultivation. The cultivation method comprises the following steps: yard treatment, cutting strip selection and treatment, cutting and final-period management. By the cultivation method for the coleus salix holandia, robust growth of the coleus salix holandia is promoted by deep tillage of soil and fertilizer application, stress resistance is improved, nutrients required for growth in a whole year is ensured fully, reasonable utilization of fertilizer efficiency is ensured by different fertilizer application modes in a growth period, the fertilizer utilization ratio is high, by pest control in the final-period management, diseases of the coleus salix holandia can be prevented and treated, and the rate of survival of the cutting strips is increased.

The invention provides a method for pear tree pest and disease prevention and relates to the technical field of pear tree planting. The method is characterized by comprising the following steps: reinforcing cultivation management, increasing application of organic fertilizer to improve disease resistance of tree bodies, timely performing intertillage weeding, removing accumulated water in an orchard, reducing temperature, enhancing ventilation and transmitting capacity, wherein the applied phosphate and potash fertilizer accounts for no less than 50% of total fertilizer; eliminating overwintering bacterial sources; performing chemical spray on trees during growing seasons for prevention, spraying chemicals once about every 15 days from the last ten days of May to the beginning of June, wherein the chemicals can be selected from 50% carbendazim wettable powder by 850 times, 50% Kejunling wettable powder by 500 times, 70% mildothane wettable powder by 900-1000 times, 50% tuzet wettable powder by 600 times and 70% mancozeb wettable powder by 900-1300 times; and performing fruit bagging. The method can prevent most of pest and disease damage easily occurring to pear trees and can reduce the morbidity of the pear trees at a later period, facilitate later-period management and reduce loss caused by the pest and disease damage.

The invention discloses a wind turbine generator temperature control system and method based on data analysis. The wind turbine generator temperature control system comprises a sensor group, a controller, a data processing center, a historical data uploading center, a real-time monitoring center, a real-time bearing life analysis center, a historical data uploading center and a parameter estimation timer. The dynamic wind turbine generator temperature control optimization method based on the system comprises the steps that real-time data and historical data of a wind turbine generator set areobtained, and service life prediction is conducted on the wind turbine generator set, and health state division is conducted, and different control strategies are adopted to control the wind turbine generator set. The wind turbine generator temperature control system and method have the advantages that the remaining life of the wind turbine generator can be predicted, and later management is facilitated; and the strategy control is dynamically adjusted according to the residual life of the wind turbine generator, so that the strategy control of the wind turbine generator is more suitable for the wind turbine generator, and the control strategy does not need to be changed manually, and manpower investment is reduced.

The invention relates to a regular bus management system, particularly relates to an enterprise regular bus management system. The system includes a controller, and the controller is connected with apersonal information input module used for inputting the personal information of staff, is connected with a station selection module for selecting riding stations by employees, is connected with a station statistics module used for carrying out planning statistics on riding stations according to the result of the station selection module, is connected with a route planning module used for planningregular bus routes according to the result of the station statistics module, and is connected with a route optimization module used for optimizing the regular bus routes. According to the technical scheme provided by the invention, the defects of unreasonable resource allocation, incapability of formulating regular bus routes fitting employees and incapability of better managing the regular busesaccording to the feedback information in the prior art can be effectively overcome.

The invention provides a fish high-yield breeding method, and belongs to the technical field of livestock. The breeding method includes: firstly constructing a breeding pool, wherein the pool has a water inlet and a water outlet; pouring water to the pool, wherein the depth of the water is 7-9 cm; scattering quick lime to a water surface, and leading water to the pool after 8-10 days, wherein the use amount of the quick lime is 50-55 kg / mu; adding a water quality adjustment agent to the pool, allowing the pool to stand for 1-2 days, and putting fish fries to the pool, wherein the fish fries include grass carp, Hypophthalmichthys molitrix, Aristichthys nobilis, and Carassius auratus; planting grass on the periphery of the pool to feed the grass carp; feeding fodder for 2-3 times each day, wherein the feeding amount of the fodder is decreased by 0.1-0.15 wt% every 16-19 days; spraying the whole pool with a disease prevention farm chemical solution to perform disinfection; strictly managing the water quality of the pool in the breeding process; opening the water inlet and the water outlet of the pool to change water for 1-2 times every 8 days, and starting an aerator to supply oxygen to the pool at suitable time. The breeding method can fully use water resources, can improve the utilization rate of the fodder, and can improve the yield and the quality of products.