Anisimov
Andrey Anisimov, Helsinki FI
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20130039930 | BIOMARKER FOR SENSITIVITY TO THERAPY WITH A NOTCH INHIBITOR - Described herein are materials and methods for identifying subjects that would benefit from Notch-targeted therapy. | 02-14-2013 |
Igor Anisimov, Quaker Hill, CT US
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20130072410 | Cleaning Formulations with Improved Surfactant Solubility and Methods of Production and Use Thereof - The present invention provides liquid cleaning compositions useful in cold water and hard water laundry applications, and methods for making and using such compositions. The compositions of the invention use surfactants or surfactant blends, such as α-sulfofatty acid esters or mixtures thereof (optionally along with one or more additional components), that have increased solubility/stability at cold temperatures, at higher-than-usual concentrations, and/or in hard water, with the composition remaining as a clear liquid. In certain embodiments, the compositions of the invention may be provided in the form of a unit dose, for example in a water-soluble pack or pouch. In use, the compositions of the invention result in an enhanced detergency along with a reduced amount of residue remaining in the machine, on laundered garments or cleaned dishware or hard surfaces, and on the body in personal care settings, and demonstrate a longer shelf-life, particularly when stored or used in colder temperatures. | 03-21-2013 |
Igor Anisimov, Dayton, OH US
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20130058092 | Dynamic Laser Pointer - A dynamic laser pointer is provided having a laser configured to emit visible light. A lens is configured to collimate the visible light emitted from the laser. A reflector includes a plurality of independent, controllable reflective surfaces. Each surface is configured to independently steer a portion of the collimated visible light dynamically in time. | 03-07-2013 |
20130335973 | Dynamic Laser Pointer - Embodiments of the invention provide a method for visually designating a plurality of points in three-dimensional space using an apparatus including at least one laser configured to emit visible light, at least one lens configured to collimate the visible light emitted from the laser, a plurality of independently controllable reflective surfaces wherein each surface is configured to independently steer a portion of the collimated visible light dynamically in time, and a control means configured to adjust the steering of the collimated light. The method includes selecting a plurality of points on an arbitrary plane. A portion of the collimated visible light is steered to locations corresponding to the selected plurality of points on the arbitrary plane. And, at least one of the points of the plurality of points is illuminated with the portion of the collimated visible light. Alternatively, a plurality of non-planar points is selected in the three-dimensional space. | 12-19-2013 |
Igor Anisimov, St. Petersburg RU
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20100091860 | SYSTEM AND METHOD FOR LOW-LATENCY PROCESSING OF INTRA-FRAME VIDEO PIXEL BLOCK PREDICTION - A method and system for low-latency processing of intra-frame video pixel block prediction including: predicting a pixel block based on boundary pixels of left and upper neighbor blocks of said pixel block; subtracting said predicted pixel block from a source pixel block to generate a prediction error; forward transforming and quantizing said prediction error to generate a residual data; inverse transforming and quantizing said residual data; adding said predicted pixel block to said inverse transformed and quantized residual data to generate a reconstructed pixel block; pre-computing blocks of DC-coefficients used with luma and chroma intra prediction modes; pre-computing mode selection of a best prediction mode of said luma and chroma intra prediction modes; and outputting said residual data to be used in entropy or arithmetic coding, and a reconstructed data used for motion prediction. | 04-15-2010 |
Mikhail A. Anisimov, Beltsville, MD US
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20140004194 | HIGHLY STABLE COLLOID FROM AQUEOUS SOLUTIONS OF SMALL ORGANIC MOLECULES | 01-02-2014 |
Nikolay A. Anisimov, Concord, CA US
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20090171729 | Method for Assembling a Business Process and for Orchestrating the Process Based on Process Beneficiary Information - A system for assembling a business process or a portion thereof includes a rules base containing executable rules and defined business process elements, a workflow orchestration engine, and at least one interface available to a process beneficiary. Information known about and or provided by a process beneficiary interacting with the at least one interface is used to execute one or more of the rules causing assembly of a new business process or a portion thereof according to workflow orchestration rules the new or modified process directing servicing of the process beneficiary accordingly. | 07-02-2009 |
Oleg Vladimirovich Anisimov, Moscow RU
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20090242166 | Method for making castings by directed solidification from a selected point of melt toward casting periphery - The invention is related to the foundry practice. According to this invention, the method for making castings by directed solidification from a selected point of the melt toward the periphery of the casting comprises forming a casting in a mold having thermodynamic characteristics that allow uniform volume cooling of the melt to be effected to a temperature at which natural solidification processes are completed. To improve the structural isotropy of the casting formed, the cooling is effected at a rate not exceeding 0.5° C./sec. The casting is formed in a nonuniform field of force. The nonuniform field of force is set up by ultrasonic waves focused on a selected point of the melt to form therein a localized elevated pressure zone and to direct the solidification front from the zone toward the periphery of the casting. The nonuniform field of force is sustained in the mold until the cooling casting reaches a temperature at which the natural melt solidification processes are completed as the melt cools. Before the melt is poured into the mold, it is overheated to a level that, together with the thermodynamic characteristics of the mold allowing the melt therein to be cooled at a rate not exceeding 0.5 K/sec, sustains the liquid phase of the melt for a time sufficient for directed melt solidification to be effected from the selected point of the melt toward the periphery of the casting before the commencement of natural melt solidification processes as the melt cools. Subsequently, as the temperature at which natural solidification processes are completed is reached, the nonuniform field of force is removed, and casting cooling may continue at any reasonable rate. | 10-01-2009 |
Sergei Anisimov, Modiin IL
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20130057847 | LASER SPEED GUN OPTICAL SYSTEM - A laser speed gun comprises a laser ray transmitter provided on an optical axis with a laser ray emitting device and with a short distance lens and located at an intermediate location therebetween on said optical axis, a beam splitter allowing laser rays to pass through and reflect visible light toward a CCD camera; a laser ray receiver provided on an optical axis with a laser ray receiving device and with a long distance lens located at an intermediate location between them on said optical axis, a beam splitter allowing laser rays to pass through and reflect visible light from a target toward a CCD camera; and two CCD cameras, one of which is associated with the laser ray transmitter optics and receives reflected light from its beam splitter, and the other which is associated with the laser ray receiver optics and receives reflected light from its beam splitter | 03-07-2013 |
Sergey Igorevich Anisimov, Moscow RU
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20110190742 | METHOD FOR TREATING KERATOCONUS BY UV RADIATION AND A DEVICE FOR CARRYING OUT SAID METHOD (VARIANTS) - The invention relates to ophthalmology and is used for treating keratoconus. The inventive method comprises forming one or more radiation areas of different shape, comprising concentric circles, arcs, parallel lines, cells, grids, spirals or other geometrical figures. In the other variant, the method comprises polarizing UV radiation and adjusting the depth of the UV radiation action by directing the UV radiation polarization plane at an angle of 1-180° to the plane of light polarization by the cornea, thereby using the effect of light polarization by the cornea. The device for treating keratoconus comprises, positioned on the optical axis common with an UV radiation source optical focusing elements and a diaphragm. The diaphragm is situated on the optical axis common with the UV radiation source and is made in the form of a mask with alternating transparent and shaded elements in the form of concentric circles, arcs, parallel lines, cells, grids, spirals or other geometrical figures. In the other variant, the device comprises, situated on the optical axis common with the UV radiation source, the optical focusing elements, the diaphragm and a polarisor. | 08-04-2011 |
Valery Anisimov, Saint Petersburg RU
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20110225526 | System and Method for Processing Objects - A system, method, and computer program product for processing of objects are disclosed. A processor coupled to a graphical user interface is configured to display an object. The processor receives input from a user concerning the object, wherein input relates to at least a partial location of the object, as a mouse position close to the object, a line approximately covering the vertical or horizontal extent of the object, or a box approximately covering the object. The processor provides input to a keying module, wherein the keying module processes the received input and provides the input to a recognition engine. The recognition engine is in communication with the keying module. Based on the received input, the recognition engine provides an exact information concerning the received input to the keying module, as an exact location, a recognition result, and a confidence score qualifying the reliability of the recognition results. The keying module generates an enhanced information about the object based on the information received from the recognition engine and predetermined information concerning the object. | 09-15-2011 |
Valery Anisimov, St. Petersburg RU
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20140037184 | SYSTEMS AND METHODS FOR RECOGNIZING INFORMATION IN OBJECTS USING A MOBILE DEVICE - The systems and methods of the present disclosure use a mobile device equipped with a camera to capture and preprocess images of objects including financial documents, financial cards, and identification cards, and to recognize information in the images of the objects. The methods include detecting quadrangles in images of an object in an image data stream generated by the camera, capturing a first image, transforming the first image, binarizing the transformed image, recognizing information in the binarized image, and determining the validity of the recognized information. The method also includes communicating with a server of a financial institution or other organization to determine the validity of the recognized information. The mobile device may include a camera, a display to display an image data stream and captured images, a memory to store a configuration file including parameters for the preprocessing and recognition functions, captured images, and software, and a communication unit to communicate with a server of the financial institution or other organization. | 02-06-2014 |
20140270465 | SYSTEMS AND METHODS FOR RECOGNIZING INFORMATION IN OBJECTS USING A MOBILE DEVICE - The systems and methods of the present disclosure use a mobile device equipped with a camera to capture and preprocess images of objects including financial documents, financial cards, and identification cards, and to recognize information in the images of the objects. The methods include detecting quadrangles in images of an object in an image data stream generated by the camera, capturing a first image, transforming the first image, binarizing the transformed image, recognizing information in the binarized image, and determining the validity of the recognized information. The method also includes communicating with a server of a financial institution or other organization to determine the validity of the recognized information. The mobile device may include a camera, a display to display an image data stream and captured images, a memory to store a configuration file including parameters for the preprocessing and recognition functions, captured images, and software, and a communication unit to communicate with a server of the financial institution or other organization. | 09-18-2014 |