89 results about "Research worker" patented technology

The present invention describes a method and apparatus to localize the electrical signals measured from a subject's scalp surface, preferably in near-real time, and to generate dynamic three-dimensional information of the electrical activity occurring within the cerebral cortex of the brain. In the preferred embodiment, it can produce images that can be immediately inspected and analyzed by an operator in near-real time, resulting in a powerful new cortical imaging modality, which we denote as Dynamic Electrocortical Imaging (DECI). The present invention involves the use of a computer, an electroencephalographic (EEG) amplifier, EEG electrodes, and custom software. It can measure healthy and diseased cortical events and states in both conscious and unconscious subjects. This is useful, as it allows for the diagnosis, monitoring and treatment of cortical disorders, while also furthering the understanding of the human brain and lending use to additional non-medical applications such as in entertainment, education, lie-detection and industry. The invention in one embodiment is implemented using software in conjunction with readily available EEG hardware. Furthermore, this same method can be applied to pre-existing data and when doing so, EEG hardware is not required. Having a practical near-real time 3D imaging system brings a far more accessible technology to doctors, researchers, individuals, and private clinics to better diagnose, monitor, treat and understand many of the conditions and abnormalities of the brain.

The invention discloses a fluid-solid coupled similar simulation experimental platform which comprises a box body top plate, a box body bottom plate, a front baffle, a rear baffle, a left lateral insertion plate and a right lateral insertion plate, wherein the box body bottom plate, the front baffle, the rear baffle, the left lateral insertion plate, the right lateral insertion plate and the box body top plate form a closed box body structure of the experimental platform; a transmission bar is arranged in the box body structure and is positioned above the box body bottom plate; a mining steel plate is arranged above the transmission bar and is movably connected with the transmission bar; a coal layer is laid on the mining steel plate; a simulated rock stratum is arranged above the coal layer; a data monitoring system is arranged in the simulated rock stratum; a pressure-bearing steel plate covers the top of the simulated rock stratum; and a hydraulic jack is arranged between the pressure-bearing steel plate and the box body top plate. The experimental platform disclosed by the invention is simple in structure and low in manufacturing cost, a research worker can directly observe and record the movement and deformation conditions of overlying rock and the water permeability condition in the rock stratum cracks under the mining action, and the influence of coal mining on permeability rules of surface water and karstic water is analyzed.

An RFP management system improves the process of matching researchers with relevant research projects as described in RFPs. The system creates a researcher profile based on a scan of the researcher's reports and past proposals, scans web-based and other databases for project opportunities that fit the profile, and produces a subset of RFPs for the researcher or an agent to consider. The system includes search and matching features that enable identification of expertise among researchers based on the profile content to facilitate collaboration, and to suggest research teams with the best-matched expertise for each RFP. User interfaces allow researchers to refine their profiles and give feedback to allow the system to learn and improve performance. The system also can be adapted for any application where objects with common features are to be matched and presented or visualized.

The invention discloses an information system for an ecological comprehensive evaluation of town greenbelt, which comprises a comprehensive evaluation index system of town greenbelts and a comprehensive evaluation model, wherein the comprehensive evaluation index system of town greenbelts comprises two levels of indexes, the first level of indexes comprise a quantity index, a quality index, a structure index and a function index, and the second level of indexes comprise seven core indexes and five expanding indexes. Ecological comprehensive evaluation can be carried out to the town greenbelts by the comprehensive evaluation index system of the town greenbelts and the comprehensive evaluation model, thus being beneficial for related city management departments, colleges and research institutes to developing high-quality and high-efficient planning, construction, management, evaluation and reference study in town greenbelt construction process under different grades and different natural conditions, guiding a designer to master design guidance of city garden greenbelts, and providing methods and tools for scientific research workers to research city environment problems.

The invention relates to a wild animal field monitoring device. On the basis of a wireless sensor network technology, the wild animal field monitoring device can form a wireless sensor network in a self-organizing mode to automatically collect and send wild animal monitoring images. The wild animal field monitoring device is composed of an image collecting module, an image processing module, a wireless communication module, a GPS module and a power supply module, wherein the image collecting module is provided with three pyroelectric infrared sensors, a plurality of infrared LEDs, a photosensitive sensor and two steering engines and can automatically collecting the wild animal monitoring images. The wild animal field monitoring device adopts an image compression algorithm based on compressed sensing and has high energy efficiency and a high compression ratio to reduce data transmission quantity. The wild animal field monitoring device is a successful application in the aspect of wild animal monitoring, can obtain the wild animal monitoring images all weather and helps research workers to master the current situation and dynamic changes of wild animal resources remotely in real time.

A system is disclosed that allows stereotaxic procedures being performed on lab animals to interact, on a “live” or “real-time” basis, with information that has been compiled in stereotaxic brain atlases. For example, during an invasive procedure, a researcher can see, on a cross-sectional brain map displayed on a full-sized computer monitor, the location and travel of an instrument tip, indicated by means such as a bright blinking cursor or icon. If desired, important brain structures (such as major nerve bundles) can been prominently labeled and / or colored, to clearly indicate their locations, and help the researcher ensure that they are avoided. This system can be provided by coupling a digital stereotaxic manipulator to a dedicated controller with touch-screen capability, and coupling the PLC processor to a computer having a monitor screen that is large enough to display a brain map with good resolution. Alternately, the digital stereotaxic manipulator can be coupled directly to a computer, via an interface card or other device.

The invention discloses a castration method for rice hyberdization, belongs to the technical field of crop breeding and particularly relates to a new castration method for rice hyberdization based on spikelet clipping and water spraying. The castration method for rice hyberdization comprises the following steps: 1, determining reasonable sowing time; 2, selecting rice plants; 3, pruning spikes of whole plants; 4, performing castration based on spikelet clipping and water spraying; and 5, performing pollination timely and efficiently. According to the castration method disclosed by the invention, the problems of high labor intensity, incomplete castration and hyberdization failure due to pistil damage in the past rice hyberdization work are solved, and the technology used in the castration method has the advantages of labor and cost economy, simplicity and convenience in operation, high hyberdization success rate, economy, environment friendliness and the like, and is highly popular among scientific research workers on breeding, and has a wide application prospect.

The invention provides an academic recommendation method and system based on a citation network and user proficiency analysis. The academic recommendation method includes the following steps that step 1, a model is adopted to perform analysis so as to obtain a first candidate set; step 2, the academic citation network is adopted to perform analysis so as to obtain a second candidate set; step 3, a third candidate set is obtained through the user proficiency analysis; step 4, the first candidate set, the second candidate set and the third candidate set are filtered and sorted to obtain a recommended candidate set; step 5, the recommended candidate set is displayed. Compared with the prior art, the academic recommendation method has the advantages that the academic recommendation personalization is enhanced and a recommendation system more suitable for researchers is created by combining with the analysis on the citation network and field proficiency on the basis of a traditional recommendation system.

The invention relates to a three dimensional geology model construction method and device; the method comprises the following steps: collecting geology exploration data of a project zone according to space coordinates or relative coordinates in a preset time period, and inputting the data into a project geology basic database; parsing the project zone geologic body, and executing geologic body modeling and project modeling according to a surfac program. The method can carry out three dimensional geology composition modeling for the project zone, and can convert the related geology information into vivid and direct three dimensional geology entity figure images, thus allowing study personnel to deduct in auxiliary operation, to predict and handle the integral distribution rules in the project zone, realizing objective, real, efficient, fast and accurate project geology stability analysis evaluation for the project zone, and providing application flexibility.

Provided in the invention is a cloud platform of a purchasing system. The cloud platform comprises purchasing servers connected through a dedicated network; and the purchasing servers work coordinately to form a server cluster. In addition, the cloud platform also includes a supplier library management cloud platform and a supplier evaluation management cloud platform. With application of the cloud platform, healthy competition between suppliers is prompted, so that the scientific and research workers are able to buy good-quality equipment consumables with low prices conveniently. On the basisof characteristics of each school, multi-stage approval mechanisms and supervision mechanisms are designed, so that the whole purchasing process is standardized and becomes transparent. Besides, theplatform also can be connected with other third-party information systems, thereby improving the management efficiency of schools or hospitals and reducing the purchasing costs of the schools, hospitals or research institutes. And real-time supervision of the purchasing flow is realized; and the traditional purchasing management modes of the schools and hospitals are changed.

The invention discloses a main controlling factor analysis for shale oil production and an earthquake prediction method and device. The main controlling factor analysis for shale oil production and the earthquake prediction method and device are characterized in that the main controlling factor analysis for shale oil production is capable of establishing a shale oil and gas reservoir accumulation mode which plagues scientific research workers from a long time by means of analyzing shale oil and gas accumulation conditions, oil and gas geological characteristics and oil and gas accumulation characteristics; the earthquake prediction method and device conducts prediction by selecting a targeted earthquake prediction technique to ultimately realize comprehensive prediction of oil and gas enrichment region of a shale oil reservoir in Langzhong area of Sichuan province; the main controlling factor analysis for shale oil production and the earthquake prediction device mainly comprises a driller, a lifting base, an acoustic detector, a camera, a sensor, an analysis computer and a storage printer. Furthermore, the main controlling factor analysis for shale oil production and the earthquake prediction method and device determines main controlling factors of shale oil drilling production in Daanzhai section of Langzhong area to predict favorable areas for oil and gas via a corresponding earthquake and geological prediction technique, thereby improving oil recovery efficiency and laying the foundation for the further exploration of shale oil and gas in Sichuan area.

The present invention discloses an academic social network scientific research partner recommending method. The method comprises the steps of adopting a machine learning decision tree model to classify the scientific research worker nodes and adding the labels, utilizing two novel evaluation indexes of the activity degree and the academic level to change the weights of the nodes, adopting the random walk to calculate the similarity between the nodes, etc. In order to solve the invalid partner recommending problems, especially under the academic big data background, the method of the present invention utilizes a method of combining the random walk added the weight and the decision tree model to enable the random walk to become more tendentious and to walk to the most valuable potential partner node, thereby providing the most suitable partner to the scientific research workers.

A configurable electronic system provides a software based system by which researchers set up self-monitoring field protocols in a common computer format and deploy the protocols to computer devices to research participants. The system includes electronic software modules of tasks useful in generating of questionnaires for recording research data. By selecting, modifying and sequencing the modules, a researcher generates a sequence of questionnaires to be displayed on the computer devices operated by the research participants. The participants' computer devices include alert queues to stage questionnaires to be presented to a participant and resolve conflicts between questionnaires staged at substantially the same time.

The invention discloses a microbial omics online analysis platform framework based on genomics and bioinformatics. The framework comprise a bottom layer supporting layer, a data and function layer andan interaction layer, wherein the bottom layer supporting layer comprises a biological information analysis module and a cloud platform supporting module, and the biological information analysis module is used for personalized analysis of 16S, ITS, 18S and microbial metagenome sequencing through the cloud platform supporting module, interacting with the data and function layer and the interactionlayer and finally conducting displaying to users through an interaction interface; the cloud platform supporting module comprises software and hardware conditions required by the cloud platform; thedata and the function layer is used for providing user data and system data to the bottom layer supporting layer; the interaction layer is used for presenting analysis results of the biological information analysis module to the users through the interaction interface. The defects of a traditional high-throughput sequencing scientific research service mode can be overcome so that scientific research workers without biological information bases can select parameters independently according to needs, one-key analysis result generation can be achieved, graphs are completely dynamic, and real-timeanalysis is facilitated.

A method and system of supplying rodents, such as mice, to medical researchers pre-installs and / or embeds physiologic sensors onto or within the rodents prior to selling the modified rodents to the researchers. The specialty skills, such as small animal surgical and anesthesia skills and sensor placement and testing, are centralized in one organization rather than being spread about a collection of researchers. The subjects with preinstalled, pre-tested hardware, are sold to the researcher as needed. Communication hardware and software will be supplied for the user to convert their desktop computer into a wireless monitoring station. Additionally an external pulse oximeter for small rodents, such as mice, provides measurements on a hand or foot of the rodent with a sensor configured to avoid shunting around the rodent appendage, and configured for high heart rates (200-900 beats per minutes) of the subjects.

The invention provides an animal health monitoring system, which includes: a signal monitoring module, a communication module, a cloud platform server and a statistical analysis module. The system transmits the animal movement and temperature data directly to the cloud platform through the mobile phone APP or WiFi through the signal monitoring module, and the cloud platform server collects the data through the data collection module, and then recognizes through the algorithm module to generate animal movement characteristic data, and then Analyze the analysis report through the big data analysis of the statistical analysis module, and then feed back the analysis results to the responsible veterinarian or animal owner of the animal. The monitoring system enables researchers to obtain the health status of animals more accurately in real time, which is convenient and effective without consuming a lot of manpower and material resources. In addition, the device has a simple structure and low cost, and has high application value and social significance.

The invention discloses a near-infrared brain imager map collecting method based on cognitive tasks. The method comprises steps as follows: step one, a near-infrared brain imager is connected to the brain of a subject; step two, a first cognitive task, a second cognitive task and a third cognitive task with duration time of T2 are provided for the subject sequentially at time intervals of T1; step three, near-infrared brain imaging maps of the brain of the subject are continuously collected in the time period of T2, wherein T1 is not equal to T2. According to the near-infrared brain imager map collecting method based on the cognitive tasks, under the stimulus presentation of the cognitive tasks, the near-infrared brain imaging maps which are easy to recognize are acquired, and related research workers can perform further quantitative statistics on characteristic waveforms in the maps conveniently and further guide follow-up work.

The invention relates to an apparatus for collecting root secretions through an aerosol culture process, and a collecting method thereof, and belongs to the technical field of the agriculture engineering. The apparatus for collecting the root secretions through the aerosol culture process is formed by a culture box, a planting bowl, a nutritional solution box, a collecting bottle, a liquid storage bottle and a resin column, the planting bowl is installed on the top cover of the culture box, the nutritional solution box is provided with an ultrasonic atomizer and a supply pump, the collecting bottle is fixed on the net plate at the top of the nutritional solution box, the bottleneck of the collecting bottle is provided with a collecting funnel, the collecting bottle is connected with the liquid storage bottle, and the liquid storage bottle is connected with the resin column. The collecting method comprises the following steps: selecting plant seedlings, planting in the planting bowl, carrying out atomization injection of a nutritional liquid on plant roots, and culturing until harvesting. The detection data of the plant root secretions in the invention are accurate and precise, and the method is especially suitable for scientific research workers to research the ecology of the plant roots, the root nutrients and the relevant cultivation technology of the roots through utilizing the apparatus.

Methods for providing online health monitoring and accumulating data from patients worldwide, and accompanying apparatus for using the same, are disclosed. Such monitoring is particularly useful for both diagnosing and prescribing preventive medical treatment, and is particularly suited for the field of cardiovascular health care. Preferred methods and devices include using a sensitive acoustic device, such as an electret, to analyze a patient's cardiovascular functions from a location such as a public computer kiosk, a doctor's office or a patient's home computer. The data may be downloaded from the acoustic device to a central database located, for example, on the Internet. The data may be retrieved by the patient, or upon instructions from the patient, may be transferred to or accessed by doctors for purposes of diagnosis, monitoring and treatment. The data may, in addition, include demographic and like data for each patient and preferably be stored while maintaining the anonymity of each patient. Such data may then be accessible to researchers who will have medical statistics on a wide variety of patients from various age groups, ethnic backgrounds, medical histories and the like.

The invention discloses a multi-color immunofluorescence labelling method and an imaging method, and relates to the technical field of immunofluorescence. The multi-color immunofluorescence labellingmethod comprises a plurality of fluorescence labelling steps and crosslinking fixing steps of incubating a sample with a crosslinking fixative after each fluorescent labelling step. The crosslinking fixative comprises acetone, paraformaldehyde and PBS buffer. According to the multi-color immunofluorescence labelling method, various kinds of different fluorescent dyes can be labelled on various kinds of antigen markers in the sample. The labelled sample can be used for confocal microscopy imaging to display various kinds of different colors, and the colors are clear, bright and uncolored. The method provides a basis for scientific research workers to simultaneously observe the properties, positioning and content of various kinds of antigens.

The invention discloses a comprehensive verification system for atmospheric correction refractive index situation distribution, which includes a boundary layer low-altitude atmospheric correction refractive index measurement system, a boundary layer mid-high altitude atmospheric correction refractive index measurement system, an auxiliary decision-making system and a sensor erection evaluation system; the boundary The low-altitude atmospheric correction refractivity measurement system includes a tethered sounding ball, an atmospheric correction refractivity sensor, a ship-borne infrared temperature sensor, a ship-borne temperature, humidity and pressure sensor, a first control computer, a first Beidou communication module and a ship-borne automatic Meteorological station; the atmospheric correction refractive index situation distribution comprehensive verification system has the characteristics of wide application range, high degree of intelligence, and strong sensor adaptive networking ability. The impact of different platform positions on the data collected by the sensor enables researchers to select a reasonable installation location based on the analysis results and collect more accurate test data.

The invention relates to a method for quickly inducing spore production of stemphylium botryosum. The method comprises the following steps: plate cultivation, cultivation of tomato seedlings and spore production induction. The method disclosed by the invention is used for quick and simple induction of spore production of the stemphylium botryosum, so that the spore production time can be greatly shortened, and the authentication period can be shortened; human and material resources and precious time of scientific research workers are effectively saved; the method has great application potential and higher economic value.

The invention relates to a stable platform system of a light and small ship, in particular to a platform system for an inshore scientific research vessel. The platform system comprises a platform, a support, a platform base inner ring, a platform base outer ring, a rolling body, a rolling body retainer, an elastic buffering device, a flat plate base, an inner ring limiting device, an outer ring limiting device, a fluid balance weight, a fluid balance weight injection port, a balance weight, an elastic limiting device and a locking device. The spherical rolling body is installed between the platform base inner ring and the platform base outer ring, the rolling body retainer makes the spherical rolling body keep an appropriate separation distance to prevent mutual collision of the spherical rolling body. The shake of the small ship is weakened by the motion of the rolling body, and shake amplitude depends on the rolling friction resistance of the system, and the platform system is suitable for scientific research workers to have a rest and installation of high-precision deck experiment apparatuses.

The invention discloses a method for training a risk decision behavior of a rat. The method comprises the following steps of training device preparation, experimental animal preparation, scene adaptation training, preference detection and correction training, assignment training, memory consolidation training and risk decision training. The training method and step design are more reasonable and scientific, the training time can be remarkably shortened, the training efficiency can be improved, the training success rate can be higher, real and reliable experimental data can be obtained, and the method is conductive to efficient monitoring conducted by researchers on animal behaviors.

The invention discloses a device for testing self-repairing of oil well cement. The device comprises a slurry cup for holding a to-be-tested cement rock; a heating unit for heating the to-be-tested cement rock in the slurry cup to a pre-set temperature; a pressure liquid-supply unit for injecting a liquid at a pre-set pressure into the slurry cup; and a monitoring unit for collecting a flow parameter of the fluid in real time. The invention further discloses a method for testing self-repairing of cement through adoption of the device for testing self-repairing of oil well cement. Through utilization of the device, the high-temperature high-pressure environment can be stimulated, and variation of the size of a crack is reflected through monitoring variation of the flow of the fluid passing through the crack of the cement rock in real time, so that a mending condition of the cement rock is reflected. Through utilization of the device, data can be collected through a computer, and variation of the flow with time is automatically observed and recorded in real time, so that a research worker can directly obtain data of a recorded result, and the workload of the research worker is relieved.

The invention discloses a method for calculating scores of paper writers, and particularly relates to a method for calculating cores of writers of multi-signature academic paper. A piece of paper is regarded as a unit, and the paper is endowed with specific scores according to actual situations; if the paper has multiple joint first writers or multiple joint corresponding writers, the total score S_jl of N pieces of paper of the jth l-type writer is calculated by establishing a joint first writer evaluating mode, and therefore the paper evaluating and document metering of the l-type writers can be more reasonable, academic disputes are reduced to a larger extent, academic paper copyright disputes are avoided to a larger extent, the healthy and benign development of academic research is promoted, and the benefits of scientific research workers are better protected.

The invention discloses a rice seedling planting method for constructing a delphacidae population. The rice seedling planting method comprises the following steps of: (1) performing direct seeding, i.e., flatly laying rice seeds at the bottom of a culture container, spraying water to the rice seeds to wet the rice seeds and covering the culture container to prevent the rice seeds from being dried due to evaporation of water; (2) culturing the rice seeds treated by the step (1) under the conditions of temperature of 25-30 DEG C and illumination time ratio of day to night of 14:10 hours; and (3) after rice seedlings grow to 2-3 cm, irrigating with nutrient solution and inoculating the delphacidae population. According to the rice seedling planting method, a rice planting technology is optimized for many times, the simplest and most practical planting method is screened, precious scientific and research time, space and expenditure are saved for the masses of scientific and research workers, and simple and feasible technological equipment is provided for smooth development of various principal, city and national level items. The method has the advantages of low cost, space saving, time saving, easiness in operation and capability of greatly increasing the test efficiency.