mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: a master speaker having a detection set; a slave speaker having a plurality of light sources; a processor including computer-readable instructions stored in non-transitory memory for: flashing the plurality of light sources one at a time; detecting light points by means of the detection set, the detected light points resulting in a detected pattern of light points; comparing the detected pattern of light points to a database of patterns of light points; determining a relative angle and distance between the master speaker and the slave speaker based on the comparison; and calculating a baseline distance parameter using the determined relative angle and distance. a master speaker having a detection set; a slave speaker having a plurality of light sources; a processor including computer-readable instructions stored in non-transitory memory for: flashing the plurality of light sources one at a time; detecting light points by means of the detection set, the detected light points resulting in a detected pattern of light points; comparing the detected pattern of light points to a database of patterns of light points; determining a relative angle and distance between the master speaker and the slave speaker based on the comparison; and calculating a baseline distance parameter using the determined relative angle and distance. flashing the plurality of light sources one at a time; detecting light points by means of the detection set, the detected light points resulting in a detected pattern of light points; comparing the detected pattern of light points to a database of patterns of light points; determining a relative angle and distance between the master speaker and the slave speaker based on the comparison; and calculating a baseline distance parameter using the determined relative angle and distance.
A refrigerator with an ice maker, comprising: a machine chamber having a freezing chamber and a refrigerating chamber; a door body selectively opening and closing the refrigerating chamber and the freezing chamber; and an ice maker provided in the freezing chamber, the refrigerating chamber or the door body, for making ice; wherein the ice maker is connected with a refrigerating system independent from the refrigerating system of the freezing chamber and the refrigerating chamber, to form a separate cold air circulating system of the ice maker; wherein the door body has a cavity in which the ice maker is located; the cavity further comprises an ice container located therein for storing the ice; wherein the refrigerator further comprises a distributor provided in the door body for communicating with the cavity, characterized in that the refrigerating system connected to the ice maker is in the form of a compressor refrigerating system that comprises a compressor, a condenser, an evaporator, capillary tubes and a drier filter; the door body further comprises another cavity in which the compressor is provided; the evaporator is provided around the ice maker to provide cold air for refrigeration. a machine chamber having a freezing chamber and a refrigerating chamber; a door body selectively opening and closing the refrigerating chamber and the freezing chamber; and an ice maker provided in the freezing chamber, the refrigerating chamber or the door body, for making ice;
A method for a cognitive radio (102, 110, 112, 114), CR, to share spectrum, comprising: identifying, by a cognitive radio (102, 110, 112, 114), open spectrum within which to transmit a signal; transmitting the signal in a bandwidth within the open spectrum; determining, by the cognitive radio (102, 110, 112, 114), the presence or absence of fence quanta around the transmitted signal in the spectrum, wherein fence quanta is spectral quantum on one or both sides of the bandwidth of the transmitted signal, a spectral quantum being the smallest spectral bandwidth that a cognitive radio device may occupy or the smallest amount by which the bandwidth of a cognitive radio device may be changed; and adjusting (324, 328, 336, 338, 342) the bandwidth within the open spectrum for a subsequent transmit signal, by the cognitive radio (102, 110, 112, 114), in response to the presence or absence of fence quanta. identifying, by a cognitive radio (102, 110, 112, 114), open spectrum within which to transmit a signal; transmitting the signal in a bandwidth within the open spectrum; determining, by the cognitive radio (102, 110, 112, 114), the presence or absence of fence quanta around the transmitted signal in the spectrum, wherein fence quanta is spectral quantum on one or both sides of the bandwidth of the transmitted signal, a spectral quantum being the smallest spectral bandwidth that a cognitive radio device may occupy or the smallest amount by which the bandwidth of a cognitive radio device may be changed; and adjusting (324, 328, 336, 338, 342) the bandwidth within the open spectrum for a subsequent transmit signal, by the cognitive radio (102, 110, 112, 114), in response to the presence or absence of fence quanta.
An in vitro method for assessing outcomes, wherein said method comprises determining whether or not a mammal having experienced a disease process contains an elevated level of urinary NT-CNP-53, wherein the presence of said elevated level indicates that said mammal is likely to experience a poor outcome, and wherein the absence of said level indicates that said mammal is not likely to experience said poor outcome, wherein said outcome is acute decompensated heart failure, and wherein said poor outcome is death or hospitalization.
A method of making an extrusion coated reinforcement yarn, comprising: coating non-twisted glass filaments numbering 800 to 1200 with an adherent starch free sizing composition, combining the filaments together side-by-side without twisting and without interlocking to one another, and drying the adherent starch free sizing composition to bind the filaments together to provide a sized non-twisted yarn; distributing a molten thermoplastic resin around the sized non-twisted yarn prior to coextrusion, wherein the sizing composition becomes ductile in the molten thermoplastic resin to free the non-twisted glass filaments for movement within the molten thermoplastic resin and radially inward of the yarn within the molten thermoplastic resin; and coextruding the non-twisted yarn and the molten thermoplastic resin to move the non- twisted glass filaments laterally of their lengths within the molten thermoplastic resin and provide the non-twisted yarn with an essentially round cross-section, wherein the yarn is non- twisted and is coated with an essentially uniform thin coating of the thermoplastic resin and wherein the thermoplastic resin penetrates and adheres to an outer surface of the filaments at an outer surface of the yarn bundle. coating non-twisted glass filaments numbering 800 to 1200 with an adherent starch free sizing composition, combining the filaments together side-by-side without twisting and without interlocking to one another, and drying the adherent starch free sizing composition to bind the filaments together to provide a sized non-twisted yarn; distributing a molten thermoplastic resin around the sized non-twisted yarn prior to coextrusion, wherein the sizing composition becomes ductile in the molten thermoplastic resin to free the non-twisted glass filaments for movement within the molten thermoplastic resin and radially inward of the yarn within the molten thermoplastic resin; and coextruding the non-twisted yarn and the molten thermoplastic resin to move the non- twisted glass filaments laterally of their lengths within the molten thermoplastic resin and provide the non-twisted yarn with an essentially round cross-section, wherein the yarn is non- twisted and is coated with an essentially uniform thin coating of the thermoplastic resin and wherein the thermoplastic resin penetrates and adheres to an outer surface of the filaments at an outer surface of the yarn bundle.
Extractor hood with fixed escape shaft and a hood part with filter elements and a moving out, wherein the moving out consists of at least one insert component which is separable from and re-insertable into the extractor hood for cleaning, characterized in that the insert part forms alone a small air channel between an air entrance slit along the front end of the moving out and the fixed hood part and escape shaft and wherein the air channel is substantially free from lateral openings such that air is substantially only sucked through the air entrance slit into the air channel during operation.
An artificial grass granulated infill to be placed between the piles of an artificial grass, the granulated infill being made from a material comprising a synthetic resin having a hardness of 60 or more in accordance with Japanese Industrial Standard JIS-K6253 type A, wherein the granulated infill has a hollow cylindrical shape, and the cylinder satisfies the conditions: 1.0 mm ≤ h ≤ 3.0 mm, 1.0 mm ≤ φ1 ≤ 3.0 mm, φ2/φ1 = 0.40 to 0.85 and a porosity of 16 to 73%, wherein h represents the height of the cylinder; φ1 represents the outside diameter of the cylinder; and φ2 represents the inside diameter of the cylinder, and wherein the granulated infill is made of a synthetic resin, which is a blend of an elastomer and a thermoplastic resin.
A method of storing file system data, comprising: determining a corresponding chunk size for a plurality of component chunks of file system data, wherein the corresponding determined chunk size is configured to provide a desired performance with respect to de-duplication of the file system data; combining a subset of the plurality of component chunks of the file system data into an object, wherein the file system data is comprised of a plurality of objects, wherein each of the plurality of objects is comprised of a corresponding subset of the plurality of component chunks of the file system data; determining for the object associated with a plurality of component chunks of file system data a primary encryption key; using the primary encryption key to generate for each of said component chunks a corresponding chunk key, based at least in part on the primary encryption key and data comprising or otherwise associated with the chunk; and providing the respective chunk keys to a file system client configured to create and store the object at least in part by encrypting each chunk included in the plurality of component chunks using the chunk key provided for that chunk to generated encrypted chunk data, and combining the encrypted chunk data to create and store the object. determining a corresponding chunk size for a plurality of component chunks of file system data, wherein the corresponding determined chunk size is configured to provide a desired performance with respect to de-duplication of the file system data; combining a subset of the plurality of component chunks of the file system data into an object, wherein the file system data is comprised of a plurality of objects, wherein each of the plurality of objects is comprised of a corresponding subset of the plurality of component chunks of the file system data; determining for the object associated with a plurality of component chunks of file system data a primary encryption key; using the primary encryption key to generate for each of said component chunks a corresponding chunk key, based at least in part on the primary encryption key and data comprising or otherwise associated with the chunk; and providing the respective chunk keys to a file system client configured to create and store the object at least in part by encrypting each chunk included in the plurality of component chunks using the chunk key provided for that chunk to generated encrypted chunk data, and combining the encrypted chunk data to create and store the object.
A three-way catalyst comprising a platinum-group metal and a perovskite having the formula CaCo 1-x Zr x O 3- δ wherein x is a number defined by 0.02 ≤ x ≤ 0.98; and δ is a number defined by 0.0 ≤ δ ≤ 1.0.
A method of assessing cement quality surrounding casing of a well, characterized by: injecting a magnetorheological fluid in a liquefied state into an annulus between production tubing and the casing; applying a magnetic field with an electromagnet to activate the magnetorheological fluid in the annulus to a solidified state; logging the cement quality by transmitting from a logging tool through the magnetorheological fluid in the solidified state to the cement; recovering the magnetorheological fluid from the well upon deactivation of the electromagnet to return the magnetorheological fluid to the liquefied state. injecting a magnetorheological fluid in a liquefied state into an annulus between production tubing and the casing; applying a magnetic field with an electromagnet to activate the magnetorheological fluid in the annulus to a solidified state; logging the cement quality by transmitting from a logging tool through the magnetorheological fluid in the solidified state to the cement; recovering the magnetorheological fluid from the well upon deactivation of the electromagnet to return the magnetorheological fluid to the liquefied state.
A turbomachine comprising a rotor assembly, a stator assembly, and a toroidal inductor, wherein the rotor assembly comprises an impeller, and the inductor surrounds the rotor assembly, is located between the impeller and the stator assembly, and is exposed to an airflow generated by or acting upon the impeller.
A near-field radar device comprising a plurality of individual radar sensors, wherein all the radar sensors are fixedly arranged side by side in a mounting area in the form of a mounting plate or printed circuit board of the radar device, wherein all the radar sensors each have a transmitting antenna and a receiving antenna which are arranged on a common assembly of the radar sensor, wherein the radar sensors are arranged in a distributed manner such that they are not arranged side by side in a single straight line, the radar device having an electronic control unit which is set up to operate the radar sensors by actuating the radar sensors and by detecting the reflection signals picked up by the radar sensors, the control unit being set up for this purpose, to operate the radar sensors as synthetic aperture radar, wherein the radar sensors are arranged along a closed linear contour, wherein the control unit is set up to operate the radar sensors according to the MIMO principle or the MISO principle.
Sulphur-containing and sulphonated aromatic perfluoroalkane monomer, corresponding to the formula: E 1 -Ar 1 -X 1 -(CF 2) n -X 2 -Ar 2 -E 2 in which: - n is in a range from 2 to 8; - the symbols X 1 and X 2, which are identical or different, represent S, SO or SO 2; - the symbols Ar 1 and Ar 2, which are identical or different, represent a phenylene group which bears a sulphonic group -SO 3 H or a sulphonate group -SO 3 M, M representing an alkali metal cation; - the symbols E 1 and E 2, which are identical or different, represent a halogen. - n is in a range from 2 to 8; - the symbols X 1 and X 2, which are identical or different, represent S, SO or SO 2; - the symbols Ar 1 and Ar 2, which are identical or different, represent a phenylene group which bears a sulphonic group -SO 3 H or a sulphonate group -SO 3 M, M representing an alkali metal cation; - the symbols E 1 and E 2, which are identical or different, represent a halogen.
A communication device of a multi-radio communication system which is capable of respectively supporting different radio communication standards during different time periods, comprising: a first communication circuit, configured for supporting a first radio communication standard; and a second communication circuit, configured for supporting a second radio communication standard different from the first radio communication standard; the device being characterized by the first communication circuit is arranged to send time information to a peer communication circuit (101, 101A) for notifying the peer communication circuit (101, 101A) of when the first communication circuit will switch to a radio inactive mode. a first communication circuit, configured for supporting a first radio communication standard; and a second communication circuit, configured for supporting a second radio communication standard different from the first radio communication standard; the device being characterized by the first communication circuit is arranged to send time information to a peer communication circuit (101, 101A) for notifying the peer communication circuit (101, 101A) of when the first communication circuit will switch to a radio inactive mode.
Electrohydraulic brake servo unit for a vehicle braking circuit, connected to a tandem master cylinder and controlled by the brake pedal, this electric-motor brake servo unit controlling, via a transmission mechanism involving a rack, an actuator piston that acts on the primary piston of the master cylinder, - the push-rod, the actuator piston and the master cylinder being aligned along an operating axis, and - the brake servo unit being provided with pins to be fixed with the master cylinder to the bulkhead of the vehicle, characterized in that it comprises: A. a plastic casing in two parts (4AR, 4AV) which are assembled over the transmission mechanism and the actuator piston, and which house the electric motor, B. an interface made of steel for assembly with the bulkhead of the vehicle, C. a tandem master cylinder with an assembly base plate, D. at least two through-bolts passing through the casing parallel to the operating axis on either side thereof in two positions that are diametrically opposed about the axis, the through-bolts resting via one end on the base plate of the master cylinder and via the other end on the interface so as to clamp the casing between the base plate and the interface. - the push-rod, the actuator piston and the master cylinder being aligned along an operating axis, and - the brake servo unit being provided with pins to be fixed with the master cylinder to the bulkhead of the vehicle, A. a plastic casing in two parts (4AR, 4AV) which are assembled over the transmission mechanism and the actuator piston, and which house the electric motor, B. an interface made of steel for assembly with the bulkhead of the vehicle, C. a tandem master cylinder with an assembly base plate, D. at least two through-bolts passing through the casing parallel to the operating axis on either side thereof in two positions that are diametrically opposed about the axis, the through-bolts resting via one end on the base plate of the master cylinder and via the other end on the interface so as to clamp the casing between the base plate and the interface.
A printing plate material for positive-image Presensitized Plate "PS plate" and Computer-to-Conventional Plate "CTcP" lithographic printing plate, comprising a hydrophilic layer, wherein said hydrophilic layer is coated with a bottom layer, wherein said bottom layer is coated with a top layer, wherein said bottom layer and said top layer are sensitive to the visible light and the UV, wherein said bottom sensitive layer is made of chemical resistant functional resin, light-sensitive compound, developing accelerant and background coloring dye, wherein said top layer is made of film-forming resin, light-sensitive compound, developing accelerant, photo-acid generator and background coloring dye, wherein said chemical resistant functional resin is a copolymer having a Formula I of wherein R is selected from the group consisting of H, C 1 ~C 4 alkyl groups and aryl groups, wherein R 1, R 2 and R 3 respectively represent H or CH 3, wherein v, w, x, y, z respectively represent the mass fractions of the monomer components in the copolymer molecule, wherein each of the mass fractions ranges from 5% to 70%, wherein the sum of the mass fractions of v, w, x, y and z is 100%, wherein the weight average molecular weight of the copolymer ranges from 1000 to 100000, wherein the mass fraction of the benzyl sulfonyl amino acrylic amide is 5%~70% in the copolymer, and the mass fraction of the N-aryl maleimide is 5%~70% in the copolymer, wherein the weight percentage content of the chemical-resistant functional resin is 75∼85% in the bottom photosensitive layer.
A method for detecting printing defects in a printed image, the method comprising: with a computing system, receiving a scanned image, the scanned image being a scan of the printed image, wherein the printed image is formed by printing an original digital image on a substrate; the method further comprising the steps of: with a computing system, creating a matched reference digital image from the original digital image by adjusting coloring of the original digital image, such that the coloring of said matched reference digital image is closer matched to the coloring of the scanned image, wherein adjusting the coloring comprises: for a range of color values for a color channel, determining an average color difference between corresponding pixels within said original digital image and said scanned image for said range; and adding said average color difference to color values of said original digital image within said range to form said matched reference digital image; with said computing system, determining a color difference between corresponding points on said matched reference digital image and said scanned image; and with said computing system, identifying points that have said color difference greater than a predefined threshold as potential defects in the printed image. with a computing system, creating a matched reference digital image from the original digital image by adjusting coloring of the original digital image, such that the coloring of said matched reference digital image is closer matched to the coloring of the scanned image, wherein adjusting the coloring comprises: for a range of color values for a color channel, determining an average color difference between corresponding pixels within said original digital image and said scanned image for said range; and adding said average color difference to color values of said original digital image within said range to form said matched reference digital image; for a range of color values for a color channel, determining an average color difference between corresponding pixels within said original digital image and said scanned image for said range; and adding said average color difference to color values of said original digital image within said range to form said matched reference digital image; with said computing system, determining a color difference between corresponding points on said matched reference digital image and said scanned image; and with said computing system, identifying points that have said color difference greater than a predefined threshold as potential defects in the printed image.