113results about How to "Resource Sharing" patented technology

The invention relates to a method for constructing a full-coverage all-direction resource sharing family endowment service system, belonging to the field of the information processing and transmission technology. The invention is technically characterized by mainly comprising a system platform, an Internet website subsystem, a call platform subsystem, an Internet aged-people interaction subsystem, a 120 first-aid supplementary information service subsystem, a home delivery logistics subsystem, home service scheduling subsystem and a call termination subsystem, wherein the call termination subsystem mainly comprises a computer, dual tone multi-frequency signal receiving and transmitting equipment, a telephone terminal and computer software. The family endowment service system constructed with the method can be used as an integrated network service system in the community and further as a digital information platform. The method of the invention is not only a special method applied to a special object but also a general method for constructing an information processing and transmission system serving the public. For example, the method of the invention can be used for constructing the full-coverage all-direction resource sharing life insurance service system.

The invention relates to a high-efficiency interplanting method for momordica grosvenori and dendrobium officinale, and in particular relates to the selection of planting soil, the soil preparation requirement, the selection requirement of the medicine varieties, the planting season and the planting density of the oranges and tangerines crude drug, the transplanting method of the dendrobium officinale, the using and fertilizing method of the fertilizer, the preventive treatment of plant diseases and insect pests, the management of moisture, the harvesting, and the repeated planting method of the momordica grosvenori and the dendrobium officinale. According to the method, two crude drugs can be produced on the same land, and the cropping index can be improved; and the labor cost can be saved, the production cost can be reduced, the yield can be improved, and the economic benefit can be improved in multiples.

The invention discloses a vehicle scheduling method applied to a server side. The method comprises: S1, acquiring idle parking space number information and/or waiting number information in a waiting region; and S2, according to the obtained idle parking space number information and/or waiting number information, controlling gate at a vehicle entrance of the waiting region to lift a rod so as to release vehicles with the planned number to enter the waiting region. With the method disclosed by the invention, controlling of a gate system is realized by a server or a hand-held control terminal andthus overall-planning scheduling is carried out, so that the intelligent level of field scheduling is improved; unmanned scheduling is realized, so that the labor cost is reduced; and the outbound efficiency of passengers in a station or airport is increased. In addition, with the vehicle scheduling system, networking, informationized, intelligent, and high-efficiency vehicle scheduling is realized conveniently; the labor cost is lowered; intra-city and inter-city connection and communication and resource sharing are realized.

The invention discloses a high-efficient learning system, which comprises a client and a server, wherein the server comprises a user module, a course module and a testing module; the user module is used for storing registration information of a user; the registration information comprises personal information of the user and a formulated learning plan; the learning plan comprises the following steps: setting learning courses, setting learning time and setting testing time; the course module is used for storing course resource and selecting and sending learning materials according to the learning plan formulated by the user; and the testing module is used for storing testing resource and selecting and sending test questions according to the learning plan formulated by the user. According to the high-efficient learning system, attention of human brain is captured by computer technology; teaching is processed through lively activities, thus, learning is interesting like Internet playing, game playing and social contacting.

The invention discloses a spectral responsivity test method for a plane array detector, which belongs to the field of optical test and metering. The method is characterized in that on the basis of the spectral responsivity test method for a unit detector, the spectral responsivity of an image element in the center of the plane array detector is tested, the measurement of the space uniformity of the plane array detector is combined, and the accurate measurement on the full-wave-band spectral responsivity of the plane array detector in the whole photosensitive surface is realized. The test method solves the difficult problem of the spectral responsivity measurement of the plane array detector, the blank of the spectral responsivity measurement field of the plane array detector is filled, and in addition, the method has the characteristics that the resources are shared, the cost is saved, and the measuring efficiency is high.

The invention relates to a high-efficiency cultivation method for interplanting windpipe trachea and honeysuckle. The method comprises the steps of: interplanting windpipe trachea under honeysuckle and other medicinal herbs, covering windpipe trachea with aged animal manure grass, managing by fertilization, weeding, pest killing and other working procedures, and harvesting after planting for about five years. By adopting the production method, two medicinal herbs are produced on one land, the double-cropping index is increased, the labor cost is saved, the production cost is reduced, the output is increased, and the economic benefits are increased twice.

The invention discloses a liver three-dimensional database system constructed on the basis of a DICOM (Digital Imaging and Communications in Medicine) medical image. The liver three-dimensional database system comprises a data receiving module, an image reading module, a VTK (The Visualization Toolkit) three-dimensional image processing module and a liver information database, wherein the data receiving module is used for obtaining a liver CT (Computed Tomography) image of a DICOM format; the image reading module is used for converting the liver CT image of the DICOM format into the liver CT image of a BMP (Bitmap) format; the VTK three-dimensional image processing module generates a liver three-dimensional image; and the liver information database carries out classification storage on a specific liver three-dimensional image according to specific liver source information. The VTK three-dimensional image processing module comprises an image preprocessing submodule, a liver extraction submodule and an image drawing submodule, wherein the image preprocessing submodule reads the liver CT image of the BMP format and carries out image smoothness and image enhancement processing on each liver CT image, the liver extraction submodule detects the contour edge of the liver and extracts a liver contour line, and the image drawing submodule carries out surface reconstruction on the liver according to the liver counter line to obtain a specific liver three-dimensional image.

The present invention discloses an optical module of an in-band pass through monitoring signal based on amplitude modulation, belonging to the field of communication technology. The optical module comprises a low speed baseband amplitude modulation circuit, a laser driving circuit, a laser, an electro-absorption signal modulation circuit, an electro-absorption modulator, an avalanche photodiode, a transconductance amplifier, an amplitude limiting amplifier, a mirror current circuit, and a low-frequency demodulation circuit. Compared with a conventional optical module, according to the optical module of the invention, a monitoring signal is loaded to the envelope of a bearing service signal through amplitude modulation and shares cable and channel resources with a bearing service signal, the channel resource is saved, the monitoring signal of the pass through is unrelated to a bearing service signal protocol, and the use flexibility is high. Since a low speed baseband signal amplitude modulation and demodulation unit is integrated in the optical module, the additional adding of an optical function unit is not needed, the pass through of the monitoring signal can be realized, and the optical module is a most cost-effective solution for an application scene with the need of monitoring signal transmission.

The invention relates to a multimedia medical data indexing method and device. The method comprises the steps of receiving search conditions at least including operation information keywords; according to the operation information keywords, acquiring the corresponding matching operation video from a storage device and playing the matching operation video with a display device, wherein all the operation information keywords form an operation information keyword set; the operation information keyword set at least includes a piece of sub-information in operation scheduling information of an intelligent scheduling system of operating rooms of a hospital; the storage device storages the operation scheduling information, operation videos and the corresponding relationships of the operation scheduling information and the operation videos. The method and the device can solve the problem that it is difficult to find required operation video materials.

The invention discloses a secondary energy management platform for an energy center and belongs to the technical field of a secondary energy management technology. The secondary energy management platform comprises a dynamic web interface generation module, a WEB-UI base module, a backstage management module, a general right management module, a data interface module, and a pre-development energy management business module. The dynamic web interface generation module and the WEB-UI base module belong to a front stage, are used for displaying the structure, functions, data of pages and receiving data input by users, and provide the users with an interactive operation interface. The general right management module, the backstage management module, the data interface module, and the pre-development energy management business module belong to a back stage and are used for storing and reading the data. Data access can access a database system, binary files, text documents or XML files. The front stage modules and the back stage modules are communicated through AJAX. The AJAX processes information input by the users, sends the information to the back stage for storage, or reads the data through calling functions in the back stage. The secondary energy management platform has the advantages of being safe, stable, economic, balanced, high in quality, environment-friendly, and capable of raising labor productivity.

The invention provides a ship electric system failure recovery method based on a multi-agent technology. A ship comprehensive electric system failure recovery algorithm is designed through a figure track analysis and multi-agent technology. A figure track analysis method is used for establishing a ship comprehensive electric system figure model, each side in the figure model corresponds to a component in a physical electric system, each main component has an agent of the main component, and component tracks are used for managing an electric system figure model topological structure and traversing other component agents. On the basis, the method uses the functions of information exchanging, interaction effect, cooperation, coordination work and communication of the agents as a foundation, and a ship electric system failure recovery task is completed in a coordination mode. The method can process the multi-priority failure recovery problem of an electric system with a loop and a load of the electric system, and under the premise that power supply recovery is carried out on a high-priority component preferentially, power supply recovery is carried out on outage components as many as possible.

The invention discloses an apparatus for synchronously detecting the water quality parameters of pools. The apparatus comprises a plurality of water pools and a plurality of sampling portions arranged corresponding to the water pools, at least one detecting portion is simultaneously connected with the sampling portions, the sampling portions comprise a plurality of through flow pipelines for connecting the water pools, a filter and a water pump are sequentially arranged in the water flow direction of each of the through flow pipelines, water drawing sampling of each of the water pools is carried out through controlling the water pump, and obtained water samples are conveyed to the at least one detecting portion and undergo water quality detection, so the apparatus has the advantages of simultaneous monitoring of the water quality conditions of all the water pools, convenient operation, no need of arrangement of a detection apparatus in each of the water pools, realization of sensor resource sharing, and cost saving.

The invention discloses an in-band unvarnished transmission monitoring signal optical module based on frequency modulation, and belongs to the technical field of communication. The optical module comprises a low-speed frequency modulation circuit, a laser drive circuit, a laser, an electric absorption signal modulation circuit, an electric absorption modulator, an avalanche photodiode, a transconductance amplifier, an amplitude-limiting amplifier, an image current circuit, and a low-speed frequency demodulation circuit. Compared with a conventional optical module, the optical module provided by the invention enables a monitoring signal to be loaded to a carried service signal envelope through frequency modulation, shares optical and channel resources with a carried service signal, and saves the channel resources. Moreover, an unvarnished transmission monitoring signal is not related with a carried service signal protocol, so the optical module is high in use flexibility. The interior of the optical module is integrated with a low-speed baseband signal modulation and demodulation unit, so the optical module can achieve the unvarnished transmission of the monitoring signal with no need of an additional optical function unit, and is the optimal solution to the application scenarios where the monitoring signal needs to be transmitted.

The invention provides a wind, solar and bioenergy storage, supply, charging and gasification intelligence transport system. The system comprises a perovskite power generation film and a wind generating set. A moving vehicle runs on a traffic road, and a vehicle-mounted automatic telescopic intelligent pantograph is fixed to the top of the moving vehicle through an insulating terminal and screws.According to the beneficial effects of the system, photovoltaic ceilings are erected on roads and farmlands at two sides of the road to reasonably utilize the space, and the photovoltaic power generation can be carried out. Rain and snow can be shielded, and normal driving in severe weather can be guaranteed. An electric vehicle adopts a telescopic pantograph to supply power in real time, so thatthe driving time of the vehicle can be prolonged. The cruising ability is improved. The convenience is provided for unmanned aerial vehicle delivery. The long-distance delivery of the electric unmanned aerial vehicle is facilitated. The great development of the unmanned aerial vehicle logistics transportation industry is promoted. Thewaste of non-renewable resources is reduced, and the energy-saving and environment-friendly development is achieved. The photovoltaic power generation, the wind power generation, the hydrogen fuel power generation, the biogas power generation and the biomass powergeneration are combined. The energy can be reasonably utilized, and the energy utilization rate is increased.

The invention provides an efficient interplanting method for swida wilsoniana and cedronella. The method comprises selection of planting soil, land preparation requirements, selection requirement of the swida wilsoniana, planting season and planting density of a swida wilsoniana medicinal material, a transplanting method of the cedronella, selection and an application method of fertilizers, prevention and control of plant diseases and insect pests, water management, and a repeated harvesting method of the cedronella. According to the method, the production cost can be reduced greatly, and the benefit is increased remarkably; and the cedronella can be used for effectively inhibiting the occurrence of plant diseases and insect pests on the swida wilsoniana, so that the using amounts of certain pesticides are reduced.

The invention relates to a management system, in particular to a maintenance management platform system, which is characterized by comprising a base platform and a general management platform, wherein, in the base platform, as a common part of the whole system, an information management subsystem provides base services for the whole system; and the general management platform comprises a materialwarehouse management subsystem, a maintenance subsystem, a consignment subsystem, a service inquiry subsystem, a report management subsystem and other service modules. The software in the invention isdesigned for maintenance management, has functions of strong statistical analysis of client management and inventory management, direct selling of spare parts, return of goods, exchange of goods andthe like, and is applicable to users in industries like maintenance, after service and the like. Permission is allocated flexibly according to functions and a technician view is designed, which ensures that the technicians are restricted to only inquiring and operating self-services.

The invention belongs to an application of a computer technology, a mobile communication technology and an automation technology to daily police service in a street and a zone and particularly relates to a multifunctional police and bank kiosk. In combination with a police service zone and a bank self-service zone, the multifunctional police and bank kiosk overcomes the defects that existing policemen are insufficient, the office environment of the policemen is poor as well as an existing bank self-service zone is poor in public security environment and is short of a police service linkage detection function. As a safe and intelligent control system is arranged in the police and bank kiosk, the monitoring and the processing of safety, anti-theft, fire protection, pet prevention, business processing time, emergency situations and the like for the police and bank kiosk are realized, and bank and community linkage is realized, so that convenience is provided for community members in charge of business processing; due to the bank and community linkage, the possibility that the policemen catch criminals through an economic chain is provided; due to the bank and community linkage, a good development platform is provided for the public security environment of a community, so that the double purposes of comprehensive treatment and development are achieved.

The invention discloses a liver 3D CT reconstruction data information processing system. The liver 3D CT reconstruction data information processing system includes a data processing center, a plurality of first type user terminals and a plurality of second type user terminals. Each first type user terminal is further provided with a data input module used for inputting liver CT images into each first type user terminal, a data primary processing module used for packaging and compressing the liver CT images and source information into specific liver data packets and a data uploading module uploading the specific liver data packets to the data processing center. The data processing center is further provided with a data receiving module used for receiving the specific liver data packets, a 3D image processing module generating specific liver 3D images based on the liver CT images and liver information database storing the specific liver 3D images according to the liver source information. Each second type user terminal is further provided with a log-in retrieval module used for logging in the data processing center for retrieving and browsing the specific liver 3D images.