36 results about "In situ visualization" patented technology

A dense volumetric grid coming from an oil/gas reservoir simulation output is translated into a compact representation that supports desired features such as interactive visualization, geometric continuity, color mapping and quad representation. A set of four control curves per layer results from processing the grid data, and a complete set of these 3-dimensional surfaces represents the complete volume data and can map reservoir properties of interest to analysts. The processing results yield a representation of reservoir simulation results which has reduced data storage requirements and permits quick performance interaction between reservoir analysts and the simulation data. The degree of reservoir grid compression can be selected according to the quality required, by adjusting for different thresholds, such as approximation error and level of detail. The processions results are of potential benefit in applications such as interactive rendering, data compression, and in-situ visualization of large-scale oil/gas reservoir simulations.

The invention relates to an in-situ visualization method for the cavitation behavior of fused brazing filler metal in a solid liquid interface in ultrasonic-assisted brazing. The in-situ visualization method is suitable for the sizes of the brazing filler metal and base metal for synchrotron radiation imaging and the sandwiched coupled mode, and an ultrasonic field is applied through a high temperature-resistant ultrasonic vibration system capable of resisting 800 DEG C. The method comprises the steps of sample preparation; ultrasonic field application preparation; integral imaging equipment assembly; and visualization measurement of synchrotron radiation imaging of the cavitation behavior of the fused brazing filler metal. The method especially comprises the steps of ultrasonic field application in the high temperature environment, selection of the coupled mode of the sample base metal and the brazing filler metal and high temperature anti-oxidation treatment. The method is widely applied to the brazing filler metal of different temperatures and plays an important role in understanding and improving breaking oxidation films of the cavitation effect of ultrasonic-assisted brazing, promoting the moistening and spreading process of the brazing filler metal, revealing the acoustic-induced moistening physical mechanism of the brazing process of the brazing filler metal and the base metal (such as aluminum alloy and titanium alloy) and promoting industrial application of the ultrasonic-assisted brazing technology.

The present inventors have demonstrated that circulating auto-antibodies to cancer antigens hold promise as specific and sensitive biomarkers for the early detection of cancer. The present invention thus relates to methods of detecting cancer in a sample, comprising utilising a glycopeptide bait derived from human mucins with different cancer-associated O-glycans. Detected antibodies were demonstrated as glycopeptide specific, and it could be discriminated between e.g. colorectal cancer patients and healthy individuals. The inventors have also developed monoclonal antibodies based on the identified glycopeptides epitope baits, and demonstrated differential expression of the relevant target antigens. The invention thus, in a lock and key-based manner includes both glycopeptides and antibody tools for early detection of cancer, as well as methods of using the same for in situ visualisation and treatment of specific cancer types.

The method includes novel applications for liposuction, lipectomy, liposculpting, and ultrasonic fat harvesting and emulsification devices, especially those devices that provide in situ visualization. The application includes immediately transferring harvested autologous fat from the liposuction, lipectomy, liposculpting, or ultrasonic device to an injector portion on the fat harvesting and emulsifying device or to a separate injector unit that injects it into muscle to provide a higher value, more desirable, use for and positioning of the fat in the form of muscle volume expansion.

The invention provides a method for controlling the hydrophilic modification effect inside a micro-fluidic chip, and belongs to the technical field of micro-fluidic chip hydrophilic control. The method is based on the specific and selective recognition effects of aggregation induction luminescent molecules modified by two boric acid groups and PVA containing hydroxyls, the fluorescence visual imaging labeling is performed inside the micro-fluidic chip subjected to hydrophilic treatment; the inside fluorescence intensity and distribution condition can be subjected to measurement and control condition analysis through a fluorescence microscope or a laser co-focusing microscope. The method has the advantages that the in-situ visual control on the micro pore passages in the micro-fluidic chipis realized; the problem that the in-situ detection cannot be realized on the inside of the chip in the conventional measurement can be solved; the method belongs to a safe, nondestructive, fast and effective visual recognition method, and can be widely applied to the materials to realize the fast screening on the hydrophilic treatment effects.

The invention discloses an in-situ visual determination method for enzyme activity in plants under environmental stress. The in-situ visual determination method comprises the following steps: plant pretreatment; enzyme spectrum imaging; standard curve production; and image processing. The invention provides the in-situ visual determination method of enzyme activity in plants under pollutant stress, and makes up the technical blank of plant leaf enzyme spectrum in the prior art. Meanwhile, by providing a series of image processing means, a leaf enzyme spectrum high-quality image is reconstructed, so that useful information of qualitative accuracy is improved, and the method has greater application prospects.

The invention discloses an in-situ visualization method of dispersity of an inorganic filler in plastic, belongs to the technical field of filler dispersity in plastic and relates to a method for special identification dyeing screening of an inorganic filler in plastic after film formation. Based on special identification of boronic acid-modified fluorescent molecules and surface hydroxyl of a layered filler, the inorganic filler in a press-molded plastic film is subjected to fluorescent labeling and through a fluorescence microscope or a confocal laser scanning microscope, the visualization result is measured and analyzed. The method is free of pre-modification or treatment on the inorganic filler, only utilizes immersion of any plastic film in boric acid fluorescent molecules, is an in-situ, non-destructive, rapid and effective visual identification method and can be widely used for effective screening of an inorganic filler in a composite material in the factory.

The invention discloses a fluorescent falsification-preventing gel with self-heating function, and a preparation method thereof. The molecule structure segment of the fluorescent falsification-preventing gel with self-heating function is represented by formula I, wherein PDMS is used for representing polysiloxane chain segments, AIEgen is used for representing an aggregation induction luminescence unit with fluorescent function. The invention also discloses applications of the fluorescent falsification-preventing gel in the field of information safety false prevention, and self-healing process fluorescence visualization. The fluorescent falsification-preventing gel is colorless and transparent under daylight; under ultraviolet excitation, emitting of a plurality of colors including red, green, and blue can be realized; and the film of the fluorescent falsification-preventing gel is capable of displaying in-situ visual gel self heating dynamic process through fluorescent spectrum technology.

A method and kit for selectively labeling S-nitrosylated cysteines in proteins with a fluorescent tag. The method offers femtomolar sensitivity for the detection, quantification, in situ visualization, and a means for site-specific identification of S-nitrosylation events.

The invention relates to a preparation method and application of a fluorine-19 magnetic resonance imaging probe for sulfydryl detection. The structure and composition of the probe is as shown in the specification, wherein x is an integer from 5 to 50, and y is an integer from 5 to 50. The probe is a novel <19>F magnetic resonance imaging nano probe which uses redox response to activate amino protonation and is used for detecting in-vivo sulfydryl. The nano probe has the advantages that the nano probe is high in selectivity to sulfydryl compounds, and a detection signal can be easily analyzed and processed; meanwhile, the nano probe is high in sensitivity, simple to operate, small in tissue damage, high in resolution and the like, and an important means is provided for the real-time and in-situ visual monitoring of the in-vivo sulfydryl compounds.

The invention discloses a fluorescent blotting membrane for in-situ visual detection of root exudates as well as preparation and application of the fluorescent blotting membrane. The preparation method comprises the following steps: by taking cadmium telluride quantum dots as a fluorescence detection source, including the cadmium telluride quantum dots in a molecularly imprinted polymer which takes single plant root exudates as a template, aminopropyl siloxane, phenyl siloxane and a cross-linking agent, and finally loading the molecularly imprinted polymer on a gel membrane to prepare the fluorescent imprinted membrane for in-situ visual specific detection of chlorogenic acid. The fluorescent blotting membrane can be used for in-situ visual detection of plant root exudates, can only perform specific response on specific exudates in a complex system, and is high in specific response value, safe, non-toxic and reusable.

The invention discloses a particle data processing method, device and system based on in-situ visualization. The method is applied to a computing terminal and comprises the steps of obtaining to-be-processed original particle data; processing the original particle data based on a probability density function to obtain a target parameter; and transmitting the target parameter to a visual terminal,wherein the target parameter is used for being restored into target particle data on the visual terminal through a probability density function, and the difference value between the target particle data and the original particle data is smaller than a target threshold value, and the target parameter is used for performing visual processing on the visual terminal. According to the invention, the effect of effectively processing the particle data is achieved.

The present invention is directed to a system and method for enhancing in situ visualization of a target site within a patient during a medical procedure using fluorescence. As such, the system includes a plurality of fluorescent molecules configured to selectively target and bind to one or more locations at the target site within the patient and a delivery mechanism for delivering the fluorescent molecules into the patient. In addition, the system includes a detection device configured to generate a detectable signal containing information relating to the target site and send the detectable signal to an imaging system for viewing by a user, such as a physician. Thus, the fluorescent molecules enhance in situ visualization of the target site when viewed through the skin of the patient.