33results about How to "Simple management" patented technology

The invention belongs to the technical field of cultivation of agricultural crops and provides a pollution-free high-yield rice cultivating method. The pollution-free high-yield rice cultivating method includes selecting a production base accordant with pollution-free rice production standards and selecting novel high-quality high-yield anti-disease variety; selecting drought seedlings and strong seedlings of the right age, fertilizing a soil bed and cultivating the seedlings dryly; slinging the seedlings without tillage and for multiple tillers; fertilizing pollution-free rice according to the principle of taking base fertilizer as the principal and topdressing as complement, and simultaneously, interplanting glutinous rice; comprehensively preventing and controlling disease and pests, and timely harvesting in sunny days when the ripeness degree of the rice is up to 85-90%; and storing and processing the harvested rice and processing by-products of the harvested rice. The rice produced by the pollution-free high-yield rice cultivating method is high in quality and yield, safe and pollution-free, low in planting cost and simple in management method and has higher popularization and application value.

The invention provides a management method in a distributed multi-point conference system including steps of obtaining topology relation of a multi-point control equipment in the distributed multi-point conference system and carrying out management operation according to the obtained topology relation, wherein the topology relation of the multi-point control equipment is used for expressing communication connection relation between the multi-point control equipment. The invention also provides a management device in the distributed multi-point conference system, the multi-point control equipment and a distributed multi-point conference system. In the invention, each multi-point control equipment obtaining the topology relation of the multi-point control equipment carries out management according to the topology relation, administrator does not need to remember title or IP address of each multi-point control equipment and carry out cascade connection for the multi-point control equipment by hand, and the administrator can manage all the multi-point control equipment on the topology through topology relation as long as the administrator has enough authority. So that, the requirement to the administrator is not high, and management realization is relatively simple.

The invention relates to the technical field of parking intelligent management, particularly discloses an intelligent parking lock and a parking management method. The intelligent parking lock comprises a base and locking arms. At least two side ends of the base are provided with the locking arms. The locking arms are rotatably connected to a side end of the base, and are used for blocking the base of a vehicle to lock the vehicle. A stepping motor and a controller are arranged inside the base, wherein an input end of the stepping motor is connected with the controller and an output end of the stepping motor is connected with at least two clutch drive boxes. Each clutch drive box is connected with one locking arm, and each locking arm is provided with a rising spring. The inner part of the base is also provided with a bluetooth sensor, an infrared sensor and a wireless communication unit which are respectively connected with the controller. The invention further provides the corresponding parking management method which is simple and quick to operate, and the method can greatly improve the utilization rate of parking spaces and solves the contradictions and problems of parking difficulty and idle parking spaces, and also solves the social contradictions and problems caused by social vehicles parking disorderly at private parking spaces.

The invention relates to a method for planting honey peaches. The method comprises the following steps: (1) carrying out garden selection; (2) carrying out preplant preparation; (3) carrying out planting; (4) carrying out planted management; (5) carrying out tree form pruning; and (6) carrying out fruit and flower management. According to the method, through scientific planting management, geographical limitations are overcome, the taste and nutrition of Fenghua honey peaches are reserved, and the planting and management methods are simple, so that wide-range popularization is facilitated. According to the method, by adopting farmyard manure and environment-friendly rapeseed cake manure, the environment of gardens can be relatively good, the generation of insect pests is difficult, the quality of fruits is high, and the economic benefit is high.

The invention provides a new energy photovoltaic box transformer substation measurement and control system and a remote program version management method thereof. The new energy photovoltaic box transformer substation measurement and control system comprises a box transformer substation measurement and control device, a box transformer substation measurement and control program version management server, a photovoltaic power station box transformer substation measurement and control program version client, and a program version maintenance function module residing in the box transformer substation measurement and control device. The remote program version management method of the new energy photovoltaic box transformer substation measurement and control comprises the following steps of monitoring each photovoltaic power station connection request by the box transformer substation measurement and control program version management server; and when the box transformer substation measurement and control program version management server receives a connection request of a photovoltaic power station client, creating a new program maintenance thread, requesting a latest program list by the client, returning a latest order model and supporting a latest version program by the server, and synchronously returning a designated photovoltaic power station non-standard program order model and the latest version program of the non-standard program. The new energy photovoltaic box transformer substation measurement and control system and the remote program version management method thereof provided by the invention can overcome the defects of large workload and error prone in manual updating, save manpower and material resources, improve work efficiency, and have good real-time performance.

The invention discloses an Internet of Things intelligent weighing integrated management platform and management method, and relates to the field of weighing management. The integrated management platform comprises a large screen splicing system, a video monitoring system, a weight house control system and an application management system. The method comprises the following steps: firstly, drivinga to-be-detected vehicle into a wagon balance of a weight house, and starting a video monitoring system and a weight house control system; in response to the fact that the to-be-detected vehicle is completely driven onto the wagon balance, starting a weight house control system; secondly, classifying the weighing data into overload data and non-overload data through a data processing module, andsending the overload data and the non-overload data to the large-screen monitoring system; and finally, printing the weighing data and the vehicle information by a printer driven by an application manager. Operation efficiency is effectively improved, the error rate is reduced, workers do not need to be on site, dangers are avoided, and the anti-cheating effect is achieved through whole-process monitoring.

The invention discloses a simple jujube tree pruning method. The method comprises the following steps: performing direct seeding on wild jujube and establishing an orchard in the first year, and cultivating wild jujube seedlings, so as to meet the grafting requirement of the next year; grafting jun-jujube species in the spring of the next year, remaining five secondary shoots and pinching when jujube heads grow to be about 50cm in the same year, and remaining 5-7 sections of the secondary shoots and pinching; heavily pinching all newly eared jujube head shoots in the growth period of the third year starting from late April; remaining 30cm brush stumping for the jujube head shoots grafted in the first year in the spring of the fourth year; heavily pinching 1-2 jujube shedding shoots on the base of all the eared jujube heads in the growing season of the fifth year; and facilitating lignifications of jujube shedding shoots, and forming lignified jujube shedding shoots. According to the technical scheme disclosed by the invention, aiming at a direct seeding jujube orchard with the row spacing of 0.5*2.0m, a tree form pruning manner through which the tree management method is simple and easy to master, the tree structure is simple, the tree is short and intermediate cutting is not needed is found.

The invention discloses an invitation code registration authorization implementation method and system based on authority distribution, belongs to the technical field of service system registration authorization, and aims to solve the technical problem of how to carry out authority division and organization division invitation on an invitation code and unify and simplify user registration and authorization processes. The method comprises the following steps that authority division is conducted on an invitation code according to authority information of the invitation code, the invitation codeis created and encrypted, and the invitation code with authority characteristics is obtained; the invitation code is issued to each user in a grading manner; the user carries out account registrationaccording to the invitation code, and after the invitation code passes verification and is authorized by the service system, a corresponding account password is obtained; the user carries out post registration according to the invitation code, and after the invitation code passes verification and is authorized by the service system, a new post is obtained; and the user applies for newly adding authorization according to the invitation code, and after the invitation code passes verification and is authorized by the service system, the user newly adds password login authority of other service systems under the organization to which the invitation code belongs. System executes the method.

The invention relates to the field of nuclear power plant important nuclear auxiliary systems, in particular to a nuclear power plant boric acid comprehensive management system and method. The nuclear power plant boric acid comprehensive management system comprises a boric acid preparation and storage module; a demineralized water storage module; a boric acid centralized management module which is respectively connected with the boric acid preparation and storage module and the demineralized water storage module; and a boric acid conveying and distributing module which is connected with the boric acid centralized management module. The management method comprises the following steps: monitoring the boron concentration of each user in real time, comparing the boron concentration with a target boron concentration, and sending a control signal to the boric acid preparation and storage module and the desalted water storage module; calculating required concentrated boric acid flow and desalted and deoxygenated water flow in real time; automatically controlling that the prepared and stored boric acid solution and the desalted and deoxygenated water to be prepared into the boric acid solution with the preset concentration, and feeding the boric acid solution to a destination through the conveying and distributing module. Function combination and equipment sharing are achieved, system configuration is simplified, it is guaranteed that the boric acid auxiliary system achieves multiple functions, and economical efficiency is improved.

The invention discloses a management method of a multi-module project, belonging to the field of software engineering. the method comprises the steps: by receiving and parsing user input files, getting the code for each module, Server address and version number, determining whether the file is a configuration file or a label file, if the file is a configuration file, combining the version number of each module with the configuration file, forming a first tag file, by Project Names, Module Names, creation dates of the project and the module, creating a second tag file, creating new and change lists, comparing the first tag file and the second tag file, according to the comparison result, the module corresponding to the first label file being added into the adding/changing list, which simplifies the multi-module project management method, can download a plurality of modules at the same time, improves the efficiency of downloading the multi-module project, and solves the defect of low efficiency of downloading the multi-module project in the prior art.

The invention discloses a preparation method for a biological agent. The preparation method for the biological agent can prepare bacteria capable of degrading algal cells in eutrophic water bodies, and the method comprises four stages including enrichment culture, selective culture, bacteria screening and degradation dominant bacteria enrichment. The preparation method for the biological agent has the advantages that the operation is simple and convenient, degradation dominant bacteria are easy to obtain, and the preparation cost is low. When the eutrophic water bodies are governed, only is the biological agent needed to be put into the eutrophic water bodies, compared with a traditional way, both the preparation of the biological agent and the governance operation are simple, and the governance cost is also remarkably reduced.

The invention discloses a leymus chinensis culture method and application thereof in seed production. The leymus chinensis culture method comprises the following steps: (1) sowing leymus chinensis seeds in spring; (2) immediately conducting water irrigating once after sowing, conducting water irrigating for multiple times from emergence of leymus chinensis seedlings to the end of the trefoil stage to replenish water, and determining whether irrigation needs to be conducted according to actual situations from the end of the trefoil stage to the time before overwintering; and (3) performing the following operations every year from the second year of sowing: applying a fertilizer once every 10-20 days after leymus chinensis turns green, immediately conducting water irrigating once after fertilizer application, and determining whether irrigation needs to be conducted according to actual situations from the time that the leymus chinensis turns green to the time before overwintering. A Zhongke leymus chinensis field management method provided by the invention is simple and feasible and can greatly improve the yield of leymus chinensis seeds when popularized in a large area in an artificial leymus chinensis land, so that the pressure of demands on high-quality leymus chinensis seeds in China is relieved, and ecological benefits are realized to a great extent while economical benefits are realized.

The invention relates to the technical field of electric vehicle batteries, and provides a battery pack information collecting system. The system comprises a battery pack, and two ends of positive andnegative electrodes of a battery pack are respectively connected with positive and negative interfaces. The battery pack includes a plurality of battery groups. The battery groups are arranged in rows. The battery group is composed of a plurality of battery cells connected in series, and the battery cells in the adjacent rows are arranged in an aligned manner. The battery groups in the same row are sequentially connected in series, and the battery cells adjacent up and down in the same battery group are connected in parallel synchronously. The system also includes a BMS, a host computer and aplurality of acquisition strips. The BMS is separately electrically connected to the acquisition strip, the positive and negative interfaces, and the host computer. The acquisition strip is arrangedon the battery pack to collect status information of the battery pack. The BMS monitors and manages a battery under the jurisdiction in a concentrated manner, and transfers data to the host computer for real-time monitoring. A simpler cable arrangement method is designed, and a simple information collection and management method is designed, so as to facilitate real-time monitoring of battery packworking states.

The invention relates to an automobile sound equipment state machine and a management method thereof, which are applied to an automobile electronic product; the method comprises the following steps: triggering a current event, and obtaining a current condition of an automobile; matching a matrix relation table according to the current event and the current condition; if the current event and the current condition are successfully matched with a matrix relation table, processing a state machine; otherwise, performing packet loss processing or establishing a new matrix relation table according to the current event and/or the current condition. The management method has the beneficial effects that the management method is concise and clear, state management is strict in logic, and the state machine can automatically generate logic code data. According to the management method provided by the invention, 100% complete coverage scheme test verification can be realized by continuously updating the matrix relation table, and the management method provided by the invention is convenient in demand addition and deletion and simple in project maintenance.

The invention relates to a data file management method and device, electronic equipment and a medium, relates to the technical field of computers, and can simplify a data file management method, and the method comprises the steps: obtaining a to-be-processed data file, and determining at least one target account corresponding to the to-be-processed data file based on a preset authority database.;sending the to-be-processed data file to the at least one target account based on the authority of the at least one target account, and receiving a processing result of the at least one target accountfor the to-be-processed data file; and then generating processed data file based on the at least one processing result.

The invention belongs to the technical field of duck breeding, and particularly relates to a breeding method capable of lowering duck's sebum deposition. The breeding method includes that a movement field is set up around a duck house, movement time of ducks in the movement field is 4-5h each day at the medium-duck stage, sufficient drinking water is prepared in the movement field, and medium-duckfeed is fed for four times each day; movement time of the ducks in the movement field is 7-8h each day at the adult-duck stage, adult-duck feed is fed for five times each day, and the drinking watercontains palm kernel oil. Compared with the prior art, the breeding method has the advantages that according to growing characteristics of the ducks at each stage, dried sweet potato powder is utilized to replace part of energy feed; a proper amount of fried sunflower petal powder is utilized to cooperate with onion powder, so that feed intake of the ducks can be increased, and gastrointestinal discomfort caused by excessive adding of sweet potato is avoided; proper movement and water drinking are combined, so that disease resistance of the ducks can be improved, and feed-meat ratio can be lowered; abdominal fat percentage of the ducks can be lowered by 10% when compared with that of existing feed, and the breeding method is simple in management and easy to popularize and use.

The invention discloses a Chinese scholartree hard branch cutting breeding method, and relates to the technical field of vegetative breeding in the forestry science. The method comprises the steps of1) establishing a cutting orchard, collecting scions in the spring, hiding in sand, in the middle of April, cutting to 6-8 cm, sealing two ends with waxes, using Chinese scholartree seedlings as rootstocks, and building a happy cutting orchard; 2) collecting and processing, bundling after branch cutting, controlling the length of the cuttings to be 8-9 cm, soaking the cuttings in NAA 300*10 6 mg /L + ABT1 200*10 6 mg / L of a solution, and soaking for 12h; 3) setting up a germination pool, and spreading river sand on the bottom of the germination pool; 4) germinating, putting the cuttings vertically into the germination pool, filling the surrounding and the upper portion of the river with sand, sprinkling water, covering a ground film, and setting a circumference fence; 5) after germination for 40 days, excavating the cuttings, and rinsing to be clean; 6) conducting field planting, ditching according to the row spacing of 30 cm*20 cm, and planting the cuttings of 5) in the ditches ina slightly inclined manner, wherein the upper end is exposed to the position 2 cm above the ground, the water is poured through, watering is conducted each 3-5d, pouring is conducted three times in arow, and the normal management is entered. The method has simple management and has the advantages of improving the breeding coefficient of the Chinese scholartree and the cutting survival rate and reducing the cost.

The invention discloses a method for managing a camera based on text analysis. The method comprises the following steps: (1) compiling a configuration file; (2) reading the configuration file; and (3) recognizing and judging configuration file attributes. A management system comprises a model configuration file, an XML processing module, a model attribute reading module, an operation judging module and an interface loading module. According to the method for managing the camera based on text analysis and the management system, a camera model function is described in a mode of the configuration file, the interface display can be adjusted for the configuration file only through the model modification, and a new camera model can be supported without modifying a code and without releasing a version again. The managing method is simple and convenient to operate.

The invention relates to the field of microorganism application, in particular to a bacterial strain capable of being used for surface water ecological purification, a bacterium agent with the same and an application. The bacterial strain is rhodobacter sphaeroides K73, and is collected in the China general microbiological culture collection Center, the collection number is CGMCC NO.12310, and the collection time is March 28, 2016. By means of the bacterial strain, the nitrogen content, the phosphorus content and the like in water can be effectively reduced, the water transparency can be obviously increased, and the technical effect of improving water quality is achieved. Compared with the traditional ecological water purification technology based on animals and plants, use and the management modes of the bacterial strain are simpler; compared with the traditional water-quality purification technology based on a microorganism bacterium agent, the ecological purification effect of the bacterial strain is more obvious; compared with the traditional treatment means in the physical or chemical aspect, the bacterial strain is free of ecological side effect and low in purification cost.

The invention belongs to the technical field of solar greenhouse crop interplanting cultivation, relates to a cultivation method for planting strawberries in the sapling period of sweet cherries in asolar greenhouse, and provides a method for planting strawberries in rows of sweet cherry saplings. The method is simple in management, saves land, makes full use of light energy and is high in economic benefit. The cultivation method for planting strawberries in the sapling period of sweet cherries in the solar greenhouse includes the steps of planting of sweet cherries and strawberries in the solar greenhouse, fertilizer and water management of sweet cherries and strawberries in the solar greenhouse, tree form management of sweet cherries in the solar greenhouse, greenhouse erection temperature management of sweet cherries and strawberries in the solar greenhouse, supplementary pollination of strawberries in the solar greenhouse, and pest and disease prevention of sweet cherries and strawberries in the solar greenhouse. The management method is simple, land is greatly saved, and light energy is fully utilized; the intercrop, namely, strawberries is a herbaceous plant and will not influence ventilation or light transmission of sweet cherry saplings in the solar greenhouse; by planting strawberries with low resistance to high temperature and solarization in rows of sweet cherry saplings, a shading effect can be achieved, and the yield and quality can be improved.