3012 results about "Site management" patented technology

A method and apparatus for monitoring and maintenance of unattended robot liquid storage and dispensing sites, including a site controller and site monitor. The site monitor continuously appends text strings received from the site controller to HTML text log files and HTLM text report files and simultaneously compares the stored text strings representing site events to be monitored with evaluation messages. Each evaluation message is linked to an alert code, which in response to an evaluation message text string match initiates a particular set of responses, including sending notice of site failures and other remote site information to a home office via fax, pager and/or email. The site monitor also collects the information gathered from the site controller, the tank monitor, alarm system and any other site devices and stores the information in a one or more HTML text files, which information then takes the form of a web page with hypertext links to images related to the stored information.

A system for the targeted contextual display of advertisements in a distributed computer network such as the Internet comprises management platforms (30,PP1,PP2) each having a sponsor site management unit (11) accessible to sponsors, a host site management unit (21) accessible to hosts and means for matching keywords, categories and/or parameters of the sponsor sites with those of the host sites for the targeted contextual display of advertising links from sponsor sites (10) on host sites (20). A shared server platform (40) is common to and interconnects the management platforms (30,PP1,PP2). Each management platform (30,PP1,PP2) is associated with its own sponsor sites (10) and its own host sites (20) and constitutes an autonomous system for management of the targeted contextual display of advertising links, that can be operated under the operator's own brand. The shared server platform (40) is arranged to enable the targeted contextual display of advertising links (Ad A, Ad B) from sponsor sites (10) on host sites (20) associated with different management platforms (30,PP1,PP2).

KnowledgeByGo is a knowledge based Internet application service provider system (ASP), that tracks and analyzes browser behavior in real-time. Data analysis is delivered to the website owner or marketing agent to decide if a real time response or off line campaign needs to be initiated. KnowledgeByGo allows real-time behavioral tracking and prediction; customer relation management; one-to-one banner manager; site analysis reporting service; industry wide marketing research reports; product management; order processing; secure payment system; and customer contact manager. Subscribers get the immediate benefits of: collaborative filtering; real-time behavioral prediction; up-selling and/or cross-sell selling; banner advertisement income; Customer Relation Management (CRM); one-to-one banner management; site analysis reporting server; network-wide sales and marketing reports; product content and online pricing spidering; site management, backend product management, backend order processing, RMA processing, secured payment system, customer contact manager, price-search engine utility, and consolidated participation purchasing.

The invention discloses a water-saving fertilizer-saving method for crop rotation of winter wheat and summer maize and belongs to the technical field of agriculture. The water-saving fertilizer-saving method comprises a wheat planting method and a maize planting method, wherein the wheat planting method and the maize planting method both comprise steps of seeding, fertilizing, irrigating, field management, chemical weeding, pest control, harvesting and the like, and all the wheat and maize straws are returned to the fields. By means of the water-saving fertilizer-saving method, the effect of water saving, fertilizer saving and high yield is improved, the fertilizer utilization rate is increased, and fertilizing labor intensity and cost are reduced.

The invention provides a device and method based on BIM (Building Information Modeling) and operation and maintenance information interaction in intelligent building management. The device comprises asource data layer, a data storage layer, an external access layer, a platform application layer and a mobile and WeChat terminal, wherein the source data layer is used for extracting information, including the BIM, a GIS (Geographic Information System) model, an equipment standing book, equipment dynamic data and the like; the data storage layer is used for storing and matching models, information and data; the external access layer is used for extracting and accessing intelligent subsystem information; the platform application layer is used for BIM data interaction management and receiving and releasing an instruction; and the mobile and WeChat terminal is used for the mobile office of field management personnel. By use of the method, the "intensive construction, resource sharing and standard management" of the whole BIM operation and maintenance platform can be realized, on a premise of non-repetitive construction, the practical situation of a project is combined, big data, cloud computation, a BIM technology and an IOT (Internet Of Things) technology are used to comprehensively integrate each subsystem, data information and service resource on the basis of a uniform platform, and the operation and maintenance management level and the integrated service ability of a building are improved.

For the purpose of providing timely and efficient maintenance services even when a system includes machines that are not covered by maintenance services, in a system comprising a center server (202) for customer management and a client terminal (104) owned by a customer, communicatably connected to each other via a network (50), the client terminal (104) stores management information including lease contract information (S2) and issues an event to the center server (202) in accordance with the content of the collected management information (S14). The center server (202) analyzes the content of the event received from the client terminal (104) (S22) and makes a notice of the content of the analyzed event (S24).

Automated context-sensitive updating of content in an audiovisual (AV) storage system is disclosed. A media storage device for storing a multimedia signal includes a storage medium, such as a dedicated hard drive, a processor, and memory. The storage medium is coupled to the processor and the memory. The memory contains instructions that, when implemented, enable a method of off-site management of data stored on the storage medium. The method includes a step of receiving a media signal with content data and context data at the media storage device. The method also includes a step of receiving storage management instructions from a storage management provider, remotely located from the media storage device. Lastly, the media signal is stored on the media storage device in accordance with the storage management instructions.

The invention relates to a planting method of Chinese trichosanthes, belonging to the technical field of plantation and comprising the steps of: variety breeding, seedling reproduction, transplanting, field management, disease and pest control, harvesting and processing, wherein the variety breeding step includes the sub-steps of the tests in different production places, amplification and verification tests, resistance test, field pest investigation and trichosanthes nematode control; the seedling reproduction step includes the sub-steps of seed reproduction and root reproduction; the transplanting step includes the sub-steps of land selection and preparation, ridging, reproduction and planting, planting method implementation and field management; the land selection and preparation step includes the sub-steps of detection on chemical characteristic of soil, basic fertilizer application and disinfection; the reproduction and planting step includes the sub-steps of seed bud selection, rood cutting and breeding, planting and shed putting up; the planting method implementation step includes the sub-steps of planning density control and staminiferous plant matching; the filed management step includes the sub-steps of intertillagement and weeding, top application, shed putting up, pruning and cold prevention, in particular to intertillagement and weeding, root airing, intercrop, earthing, vine supporting and racking, top application, pruning, flower and fruit protection, chemical control and foliage application; and the disease and pest control step includes the sub-steps of control of diseases and pest and control method implementation.

The invention discloses a planting method for Dendrobium officinale. The method comprises the following steps of building a greenhouse, preparing a culture substrate, conducting transplanting, conducting field management, preventing and controlling plant diseases and insect pests, and conducting harvesting. According to the planting method for the Dendrobium officinale, the cultivation method for the Dendrobium officinale is standardized, significant technical problems and production problems, such as the problems of the substrate processing technology, the spraying technology and the pest control technology, existing in production are solved, the quality technology test and research are improved, and standardization production technical regulations are established.

A pollution-free greenhouse strawberry cultivation method relates to the technical field of greenhouse cultivation. The pollution-free greenhouse strawberry cultivation method is characterized in that the pollution-free greenhouse strawberry cultivation method includes the following steps: (1) variety choice; (2) seedling growing; (3) field planting; (4) field management: film mulching, temperature regulation, moisture control and top dressing; (5) disease and insect pest control; (6) harvest. The pollution-free greenhouse strawberry cultivation method has a good effect in resisting diseases and insect pests, the strawberry growing environment of greenhouses is reasonable, the quality of strawberries is good, and yield is high.

A system, methods, and devices comprising a virtual badge are disclosed. The virtual badge can be displayed on an electronic device or on another linked or unlinked portable device. For use in both emergency and non-emergency scenarios, the virtual badge comprises images and data which can be scanned, and the capability to alternate colors and/or self-destruct on a pre-set schedule. The system, methods, and devices may use a self-destruct mechanism which renders the virtual badge unusable. Using plugin technologies, the system optionally can enable field collected photos and notes on customizable forms to be mapped, tracked, and time/date stamped, including in a 100% disconnected environment. A modifiable virtual badge can aid in credentialing via certifications and qualifications, inventory, accountability, organization, and efficiency. The system, methods, and devices are designed to aid in access control, and other activities, such as data collection, inventory, accountability, payment gateways, and site management.

The illustrative embodiments provide an apparatus for controlling a vehicle. In an illustrative embodiment, a vehicle is comprised of a machine controller, a steering system, a propulsion system, a braking system, a sensor system, and a knowledge base used by the machine controller. The machine controller identifies a dynamic condition and sends commands to the steering system, the propulsion system, and the braking system to move the vehicle.

The invention discloses a method for growing watermelons. The method includes the steps of processing seeds and accelerating germination, sowing and raising seedlings, applying base fertilizer on the whole land, transplanting the seedlings, performing field management, harvesting and the like. The method for growing watermelons is easy to operate, convenient to manage, good in growth vigor of watermelons, high in disease resistance, uniform in result nature and high in yield, the yield per mu can reach 4000 kg to 5000 kg, the watermelons are large, good in quality, high in sugar content, bright in flesh color, delicate in flesh and high in water content and commodity value, and therefore the method has great significance for increasing income of melon farmers.

The invention discloses an organic tobacco field planting and field managing method, which comprises the following steps: preparing land and ridging, transplanting tobacco seedlings, applying fertilizer in fields, performing field management and pest control, and harvesting manually, wherein the section of a ridge is ladder-shaped, the ridge spacing is 100-120cm, the ridge height is 20-25cm, drainage ditches are formed according to the height of terrain, the tobacco seedlings are transplanted with the plant spacing of 45-55cm, watered with enough water, covered with soil, and covered with a mulching film, and the mulching film is broken to expose the seedlings, base fertilizer is applied before ridging and during the transplanting and topdressing is applied after the transplanting, the field management comprises seedling deficiency check and seedling supplementation, film removal, earthing up, water replenishing, topping, leaf retention and sprout removal, and the pest control comprises comprehensive control and chemical control. According to the organic tobacco plantation and management requirements, organic fertilizer is adopted, and a harmless medicament or biological agent is used for the pest control, so that the organic production of the tobacco is realized. Compared with the regular tobacco production method, lead, mercury, cadmium, arsenic, copper, chromium and other harmful elements as well as the residual quantities of imidacloprid, emamectin benzoate, permethrin, fenvalerate, thiamethoxam and other main pesticides can be obviously reduced.

The invention discloses an organic rice cultivation method, which comprises the following four steps of: 1) rice seedling raising, 2) fertilizer application; 3) reasonable close planting and 4) field management. The organic rice cultivation method is characterized in that the step of fertilizer application comprises the following two sub-steps of: 1) preparing and applying composted farmyard manure: evenly spraying microbial manure into farmyard manure, covering the farmyard manure with a plastic film, processing for 21 days to obtain the composted farmyard manure and then applying the composted farmyard manure in a paddy field; and 2) applying microbial manure: applying the microbial manure in the paddy field with water depth being less than 3cm and transplanting rice seedlings 15 days later after the microbial manure is applied. The organic rice cultivation method has the advantages that the heavy-metal ions and the chemical residues thereof in soil can be eliminated; the caking and the desertification of the soil can be gradually eliminated, the content of organic matters is improved, the pH (potential of hydrogen) is regulated, the granular structure is optimized and the breeding of harmful pathogenic bacteria is inhibited; the nutrients are sufficient; and a large quantity of nitrogen elements in air and various intrinsic elements in the soil are fully utilized, and low-carbon, environmental-friendly, sustainable, circular and high-efficiency agricultural economy is formed.

The invention belongs to the technical field of vehicle chassis, and relates to a wheel track adjustable agricultural vehicle chassis. Two groups of agricultural vehicle wheel track adjusting devices share a longitudinal center plane of a vehicle and are arranged in a front-and-back mode on a frame according to a wheel base of wheels; and the two groups of wheel track adjusting devices are respectively fixedly connected with front and back ends of the frame through a horizontal rail of a support to form the wheel track adjustable agricultural vehicle chassis. Each group of agricultural vehicle wheel track adjusting device consists of a driving slider, driven sliders, connecting rods, supporting rods, wheel axles, wheels and a frame; distances between driving sliders and horizontal rails in the front and back agricultural vehicle wheel track adjusting devices are synchronously changed and kept equal by external driving power, and distances of wheels and the longitudinal center plane ofthe vehicle are symmetrically changed, so that the stepless adjustment of the wheel track of the agricultural vehicle chassis is realized and requirements on mechanical operation for crops in different row spacing are met. The wheel track adjustable agricultural vehicle chassis is suitable for field management mechanical operation in a growth period of crops.

The invention discloses a corn planting and cultivating method. The corn planting and cultivating method includes the following steps of selecting a corn variety and conducting soil preparation before planting, arranging wide rows and narrow rows at intervals, sowing corn, completing sowing, pipe paving, film paving and soil covering through an air suction type precision seeder, and conducting field management in the seedling stage, the ear stage and the flower stage, wherein the width of each wide row ranges from 85cm to 95cm, the width of each narrow row ranges from 25cm to 35cm, a drip irrigation zone is paved in the middle of each narrow row. According to the corn planting and cultivating method, due to the fact that the method that the wide rows and the narrow rows are arranged at intervals is adopted, the number of drip lines which are used can be lowered. Modifiers are sprayed in the early period of the field management in the seedling stage to control the plant height and the ear position, and the defect that through a conventional planting method, the corn easily falls over due to the fact that the plant height is large and the ear position is high is overcome. Pesticide is sprayed through a self-propelled high-stalk crop boom sprayer in the middle and later period of management to control pests, the influences of natural disasters on corn growth are reduced, and the influences on productivity caused by a large number of European corn borers, cotton bollworms, aphids, leafhoppers and red spiders appearing after corn jointing are eliminated.

The invention discloses a pepper planting method. The pepper planting method includes the following steps of seed selection and pretreatment, seedling growing, soil preparation, fixed planting, field management, harvesting and the like. According to the pepper planting technology, the acre yield of peppers can reach 2000-3000 kilograms. Compared with a traditional planting technology, the yield can be improved by 30-50 percent, meanwhile, the planted peppers are good in quality, green, friendly to the environment, low in planting cost, convenient to manage and suitable for large-scale popularization and has obvious social benefits, economic benefits and ecological benefits.

The invention belongs to the technical field of plant breeding, and in particular relates to a single flower selfing isolation method for small chili. The method comprises the following steps: (1) selecting an excellent single plant, namely in the flowering period, selecting the excellent single plant according to a breeding objective, and marking; (2) preparing a capsule shell, namely separating a shell cap from a shell body of a hollow hard capsule shell; (3) selecting a flower bud, namely selecting a large flower bud which is expected to bloom in the next day; (4) treating the flower bud, namely holding the flower bud to be treated by one hand, holding the capsule shell, which is matched with the flower bud in size, by the other hand, slightly sleeving the flower bud with the lower opening of the capsule shell over the widest part of the flower bud, and marking a flower stalk; (5) managing after the treatment in a method which is the same as a conventional field management method for the production of small chili. The capsule shell used in the method is low in cost and does not hurt the flower bud and the flower stalk when being used, the operation is convenient and easy, and the work efficiency is high; moreover, the capsule shell with certain elasticity and permeability does not influence the cracking of anther and pollination, and thus the selfing setting rate of the small chili is high.

The invention relates to a technique of ginseng planting, in particular to a method for planting ginseng on a farmland, which includes: land selection, soil improvement, bed making, seed sprouting, seeding, transplanting, shed erection, field management, overwintering cold protection, and ginseng root harvesting. By improving and regulating relevant technical steps and parameters in ginseng planting, the method is more reasonable and highly operable, regulated planting is achieved, farmland soil quality is improved, the requirements of ginseng cultivation are met, ginseng quality is guaranteed, and popularization of ginseng planting on farmlands is benefited. The sprouting is achieved by the sand and water process, seed opening rate reaches more than 90%, and germination rate is increased. Annual ginseng seedlings are used for transplanting, the transplanted seedlings continue growing for 4-5 years on the same farmland, and accordingly land resources are saved, ginseng growth and double-tuber ginseng formation are benefited, photosynthetic area is enlarged, and ginseng quality and yield are increased.

The invention discloses a method for planting organic passion fruit trees. The method includes the steps of variety selection, site selection, soil preparation, soil pH adjustment, establishment of a passion fruit tree foundation, field planting, reshaping and pruning, field management, blossoming, fruit yielding and the like. According to the method, organic fertilizer and a low-toxicity prevention method are adopted in fertilization and pest control, so that the pulp of produced passion fruits is full of yellow fruit juice, the content of sugar is high, the color is bright, the yield reaches up to 2 tons per mu each year, pollution is avoided, and five seasons of fruits can be harvested each year. The successful planting of the organic passion fruit trees provides a theoretical and practical basis for creating incomes of local farmers. According to the method, a leeward apricus flat ground is selected, and the place where a good source of water is obtained, the soil layer is thick, fertility of the soil is above the average and transportation is convenient is used as a planting foundation, so that it is guaranteed that the passion fruit trees can grow in a good environment, the roots of nursery-grown plants are planted in furrows and exposed to the sun, hence, the roots can better absorb sunshine, and fertilization and weeding are further facilitated.

The invention relates to a camellia oleifera Abel planting method and belongs to the technical field of plant planting. The method comprises the following steps: cutting, cutting management, seedling hardening, management before transplanting, field transplanting and field management. According to the camellia oleifera Abel planting method, through a reasonable cutting management method and camellia oleifera seedling fertilization and topdressing management, the survival rate and growth rate of the cutting seedlings are greatly improved; meanwhile, the camellia oleifera Abel can bear fruits after three years, and enter a full bearing period after five to six years; fruit-bearing rate is high; and oil extraction rate of the fruits is high.

The invention discloses a plantation method for eggplants. The plantation method for the eggplants is scientific and reasonable. Detailed introduction is made on seed selection, seedling cultivation, field planting, field management and the like, the steps are simple, operation is convenient, popularization is easy, a traditional plantation mode for the eggplants is changed, rapid growth of the eggplants is promoted, the disease-resistant ability of the eggplants is improved, the disease occurrence rate of the eggplants is lowered, and therefore the eggplants can be high in quality and yield, and the economic benefit of vegetable growers can be increased.

The invention discloses a system and a method for calculating line loss rate of an electric power distribution line. The system is designed for mainly realizing convenience, rapidness and accuracy of the calculation of the line loss rate of the electric power distribution line. The system comprises a power supply volume acquirer, an electricity sales acquiring device, a terminal acquirer, a low-voltage electricity sales acquirer and a high-voltage electricity sales acquirer, wherein the power supply volume acquirer is arranged on a public line of a power substation and used for acquiring the power supply volume of the electric power distribution line; the electricity sales acquiring device comprises a site management terminal arranged at the high-voltage side or low-voltage side of a special electric power distribution transformer; the terminal acquirer is arranged at a low-voltage user terminal of a public electric power transformer; the low-voltage electricity sales acquiring device is arranged at the low-voltage side of the public electric power transformer; and the high-voltage electricity sales acquirer is arranged on the electric power distribution line of the power substation and connected with the site management system through an optical cable. According to the invention, data of each load terminal is acquired in real time through the electricity sales acquirers without acquiring parameters of the devices in the electric power distribution line in advance, and the line loss rate can be calculated on line.

A method for manually-cultivating three-stage Rhizoma Paridis belonging to the technical field of agriculture includes primary seedling planting and raising, secondary seedling planting and raising, Rhizoma Paridis cultivation and field management, wherein, the primary seedling planting and raising includes the steps of presprouting of seeds and seed seedling raising, when tubers weigh 2g after 3 years, transplantation can be carried out. The secondary seedling planting and raising includes the steps that: the primary seedlings with 2g of tubers are transplanted in October and last third of November and transplantation can be carried out when the tubers are 15g after 3 years. The steps of Rhizoma Paridis cultivation and field management are that: the secondary seedlings are transplanted according to the proportion of 21,000 seedlings in per acre in October and last third of November, and mature Rhizoma Paridis can be dug after 3 years; farmyard manure is fertilized once or twice every May and last third of August with the amount of 3000kg per acre every time, or carbamide is fertilized or foliar fertilizer is sprayed for three times in the vigorous growth period; in the non-seed-collecting filed, ovaries are picked off after sepals unfold; commercial pesticide is used for preventing plant diseases and insect pests in the growth period of the Rhizoma Paridis. The method for manually-cultivating Rhizoma Paridis is characterized by less investment, early effect, good harvest, high efficient, etc., which can realize major production.

The invention discloses a method for pollution-free cultivation of pumpkins in a greenhouse, belonging to the technical field of plant cultivation. The method comprises the following steps of: A, seed treatment: a, seed selection; and b, seed soaking to accelerate germination; B, preparation and disinfection of nutritive soil; C, culture of seedlings; D, sowing; E, seedbed temperature management; F, seedbed moisture management; G, soil preparation and spreading of base fertilizer; H, determination of the planting time and method; I, field management: a, temperature and humidity management; b, scaffolding; c, plant adjustment; d, topdressing; e, pollination; J, pest and disease control; and I harvesting. The method for pollution-free cultivation of pumpkins in the greenhouse is scientific and reasonable, the management is perfect, the fertilization is scientific, diseases of fruits can be reduced, the temperature conditions can be well controlled, the survival rate is high, the yield of fruits is high, the quality of the produced fruits is high, and demands of people for pumpkins grown in the greenhouse can be satisfied.

The invention discloses a drip irrigation dry-farming planting method under a rice direct seeding film, which belongs to a crop planting agriculture method. A timely seeding operation is carried out after the preparation before seeding is finished; the seeding operation is as follows: the operations of drip irrigation zone paving, film covering, punching, hole seeding and soil covering on a hole are accomplished by one time by a drip irrigation tube-paving film-paving fine seeder under the film; the drip irrigation zone is arranged on the lower surface of a plastic film and is connected with a water-carriage system; and timely and proper water dripping and fertilizing are carried out according to the growing demand of the crops. The drip irrigation dry farming planting method can be applied to save water by 60 to 70 percent, save the fertilizers by 30 percent, have high degree of mechanization, save labor, reduce the field management and reduce the pesticide pollution.

The present invention belongs to the field of pasture plant cultication technology, in the concrete, it relates to a cultivation method capable of raising drought resistance of Lucerne and protecting Lucerne from winter freezing injury. Said method includes the following steps: selecting cold resistant variety, setecting field, weeding and fertilizer application, ridge forming, ridge-seeding and field management.

The invention relates to a method for real-time automatic correcting the figure of shield, and relative device, belonging to the shield driven technique. It is characterized in that: using the full-station device in the tunnel to automatically detect the spatial positions of three objects in the shield; using the program based on the spatial vector theory to automatically calculate the shield figure parameters. There are two shield figure automatic correction modes: pressure section control mode and jack group control mode, and it uses special shield figure automatic correction software to control the figure of shield. The invention can avoid the defect that correcting the axes with manual work with big vibration, to improve the operation quality, shorten working period, reduce the labor, decrease working strength and apply on-site management.

The invention belongs to the technical field of a vehicle chassis and relates to an agricultural vehicle chassis with a stepless-regulated wheel track. The longitudinal central planes of commonly used vehicle chassises of two groups of agricultural vehicle wheel track stepless regulation devices are arranged on a rectangular vehicle frame back and forth according to the vehicle wheel shaft distance; the two groups wheel track stepless regulation devices are respectively and fixedly connected with the front end and the back end of the vehicle frame through level tracks to form the agriculturalvehicle chassis with the stepless-regulated wheel track; each wheel track stepless regulation device consists of a screw rod, a nut, a slide block, a bearing rod, a vehicle wheel shaft, wheels, one level track, a coupler and a retarder; and the two retarders of the front and back wheel track stepless regulation devices are synchronously driven by an outer driving force, and input shaft rotating angles of the front and the back retarders are synchronously changed and kept the same, and distances between each wheel and the vehicle longitudinal central plane are symmetrically changed, so wheel track stepless regulation on the vehicle chassis is realized, and the mechanical operation requirement on crops with different row spaces is met. The agricultural vehicle chassis with the stepless-regulated wheel track is suitable for mechanical operation for field management in a growing period of the crops.