mhurhangee/ep-ind-claims huggingface dataset:
: A game apparatus (100, 1900) comprising: at least one support (112, 1918), said support including at least one face; characterized in that said at least one face including at least two recesses (310, 316) arranged radially about said face in at least one of a group consisting of a clockwise direction of said face and a counterclockwise direction of said face, each of said at least two recesses being progressively more shallow than a preceding one of said at least two recesses along at least one of the group consisting of said clockwise direction of said face and said counterclockwise direction of said face; at least one post protruding from said at least one face of said at least one support, said at least one post attached to said at least one support at a proximal end of said at least one post; and at least two segments (1906, 1908, 1910), each of said at least two segments including at least one segment aperture configured to mate with said at least one post, each of said at least two segments including at least one subsection of at least one resultant image; wherein overlapping each of said at least two segments in at least one predetermined orientation combines said at least one subsection to form said at least one resultant image. at least one support (112, 1918), said support including at least one face; characterized in that said at least one face including at least two recesses (310, 316) arranged radially about said face in at least one of a group consisting of a clockwise direction of said face and a counterclockwise direction of said face, each of said at least two recesses being progressively more shallow than a preceding one of said at least two recesses along at least one of the group consisting of said clockwise direction of said face and said counterclockwise direction of said face; at least one post protruding from said at least one face of said at least one support, said at least one post attached to said at least one support at a proximal end of said at least one post; and at least two segments (1906, 1908, 1910), each of said at least two segments including at least one segment aperture configured to mate with said at least one post, each of said at least two segments including at least one subsection of at least one resultant image; wherein overlapping each of said at least two segments in at least one predetermined orientation combines said at least one subsection to form said at least one resultant image.
A gas turbine blade, comprising: a blade part; a root part formed at a radial inner end of the blade part and being couplable to a rotor; and a film cooling unit formed on the blade part that cools the blade part, wherein the film cooling unit comprises: a film cooling hole part formed on a surface of the blade part that cools a surface of the blade part; and a trench part formed at a tip of the film cooling hole part, characterised in that the trench part has a same width and height. a blade part; a root part formed at a radial inner end of the blade part and being couplable to a rotor; and a film cooling unit formed on the blade part that cools the blade part, wherein the film cooling unit comprises: a film cooling hole part formed on a surface of the blade part that cools a surface of the blade part; and a trench part formed at a tip of the film cooling hole part, characterised in that the trench part has a same width and height. a film cooling hole part formed on a surface of the blade part that cools a surface of the blade part; and a trench part formed at a tip of the film cooling hole part, characterised in that the trench part has a same width and height.
A medical image processing apparatus comprising: an emphasis processing unit that emphasizes a region of interest included in a time-series medical image at a set emphasis degree; a total-time measuring unit that measures a total time during which the region of interest is emphasized; an emphasis-degree setting unit that sets the emphasis degree to a relatively larger value as the total time is relatively longer; a feature quantity calculating unit that calculates a feature quantity of the region of interest; a region-of-interest storage unit that stores the feature quantity and the total time of the region of interest in association with each other; and an identical-region-of-interest determining unit that determines, from a similarity degree between a feature quantity of a first region of interest included in a first medical image and a feature quantity of a second region of interest emphasized in a second medical image preceding the first medical image in time series, the feature quantity being stored in the region-of-interest storage unit, whether the first region of interest is identical with the second region of interest, wherein, if it is determined that the first region of interest is identical with the second region of interest, the total-time measuring unit measures a total time of the first region of interest by taking over a total time of the second region of interest. an emphasis processing unit that emphasizes a region of interest included in a time-series medical image at a set emphasis degree; a total-time measuring unit that measures a total time during which the region of interest is emphasized; an emphasis-degree setting unit that sets the emphasis degree to a relatively larger value as the total time is relatively longer; a feature quantity calculating unit that calculates a feature quantity of the region of interest; a region-of-interest storage unit that stores the feature quantity and the total time of the region of interest in association with each other; and an identical-region-of-interest determining unit that determines, from a similarity degree between a feature quantity of a first region of interest included in a first medical image and a feature quantity of a second region of interest emphasized in a second medical image preceding the first medical image in time series, the feature quantity being stored in the region-of-interest storage unit, whether the first region of interest is identical with the second region of interest, wherein, if it is determined that the first region of interest is identical with the second region of interest, the total-time measuring unit measures a total time of the first region of interest by taking over a total time of the second region of interest.
A laser system comprising a first laser module emitting a first laser beam at a first wavelength; a partially reflective first mirror positioned in a path of the laser beam, the first mirror being transmissive for the first wavelength and coated on a distal surface with a reflective coating for infrared wavelengths of light; an optical fiber positioned in the path of the laser beam distal to the first mirror; a partially reflective third mirror, the first mirror being positioned such that the reflective coating reflects a beam of infrared light returning from the optical fiber onto the partially reflective third mirror; a first light detector positioned to intercept light reflected from the third mirror; and a second light detector positioned to intercept light passing through the third mirror; the laser system characterized by: the third mirror being transmissive for infrared light with a wavelength in the range of 1400 to 2100 nm and coated on a first surface with a reflective coating for wavelengths of light below 1000 nm; the first light detector being a combined visible light and infrared light detector producing a first signal indicative of the magnitude of infrared light below 1000 nm striking the first light detector and a second signal indicative of the magnitude of visible light striking the first light detector; and the second light detector producing a third signal indicative of the magnitude of infrared light with a wavelength in the range of 1400 to 2100 nm striking the second light detector. the third mirror being transmissive for infrared light with a wavelength in the range of 1400 to 2100 nm and coated on a first surface with a reflective coating for wavelengths of light below 1000 nm; the first light detector being a combined visible light and infrared light detector producing a first signal indicative of the magnitude of infrared light below 1000 nm striking the first light detector and a second signal indicative of the magnitude of visible light striking the first light detector; and the second light detector producing a third signal indicative of the magnitude of infrared light with a wavelength in the range of 1400 to 2100 nm striking the second light detector.
A method for performing a channel state information, CSI, report by a user equipment, UE, in a wireless communication system, the method comprising: receiving a configuration message on a plurality of serving cells including a primary cell, PCell, and one or more secondary cells, SCells; and transmitting, through a physical uplink control channel, PUCCH, a CSI report of one serving cell in a subframe based on a priority rule, wherein the priority rule is used for dropping a CSI report having lower priority, based on that CSI reports of different serving cells collide with each other in the subframe, wherein the priority rule includes: a CSI report including a rank indicator, RI, of the PCell is determined to have a higher priority than each of CSI reports including RI of each of the one or more SCells, each of the CSI reports including RI of each of the one or more SCells is determined to have a priority based on an index configured for each of the one or more SCells, and a CSI report including a RI of a lower indexed SCell is determined to have a higher priority than a CSI report including a RI of another higher indexed SCell. receiving a configuration message on a plurality of serving cells including a primary cell, PCell, and one or more secondary cells, SCells; and transmitting, through a physical uplink control channel, PUCCH, a CSI report of one serving cell in a subframe based on a priority rule, wherein the priority rule is used for dropping a CSI report having lower priority, based on that CSI reports of different serving cells collide with each other in the subframe, wherein the priority rule includes: a CSI report including a rank indicator, RI, of the PCell is determined to have a higher priority than each of CSI reports including RI of each of the one or more SCells, each of the CSI reports including RI of each of the one or more SCells is determined to have a priority based on an index configured for each of the one or more SCells, and a CSI report including a RI of a lower indexed SCell is determined to have a higher priority than a CSI report including a RI of another higher indexed SCell. a CSI report including a rank indicator, RI, of the PCell is determined to have a higher priority than each of CSI reports including RI of each of the one or more SCells, each of the CSI reports including RI of each of the one or more SCells is determined to have a priority based on an index configured for each of the one or more SCells, and a CSI report including a RI of a lower indexed SCell is determined to have a higher priority than a CSI report including a RI of another higher indexed SCell.
An image processing method of performing correction processing on an abnormal value of X-ray image data, the method comprising the steps of: reading a series of image frames which have been sent out as X-ray diffraction images; each image frame being detected at respective time intervals by an X-ray analysis apparatus; performing first processing of determining whether or not there exists a target element on the time axis, the target element on the time axis being a pixel or a region of pixels, with an intensity significantly different from the intensities of elements in previous or subsequent times in an aggregation of the read image frames, based on each element, along a time axis, wherein each element is a pixel or a region of pixels, and of replacing the target element on the time axis with a replacement value calculated from intensities in temporal peripheral frames; performing second processing of determining whether or not there exists a target element on space with an intensity significantly different from the intensities of spatially peripheral elements in each read image frames, and of replacing the target element on space with a replacement value calculated from the intensities of spatially peripheral elements; wherein the second processing is performed after the first processing. reading a series of image frames which have been sent out as X-ray diffraction images; each image frame being detected at respective time intervals by an X-ray analysis apparatus; performing first processing of determining whether or not there exists a target element on the time axis, the target element on the time axis being a pixel or a region of pixels, with an intensity significantly different from the intensities of elements in previous or subsequent times in an aggregation of the read image frames, based on each element, along a time axis, wherein each element is a pixel or a region of pixels, and of replacing the target element on the time axis with a replacement value calculated from intensities in temporal peripheral frames; performing second processing of determining whether or not there exists a target element on space with an intensity significantly different from the intensities of spatially peripheral elements in each read image frames, and of replacing the target element on space with a replacement value calculated from the intensities of spatially peripheral elements; wherein the second processing is performed after the first processing.
A system for determining a location of a vehicle relative to a designated stopping point, the system comprising: a user interface device comprising: - at least one three-axis accelerometer and - a memory device storing a computer program with executable instructions, the computer program comprising - first executable instructions to detect a vehicle brake application (450,460) by analysing the data from the accelerometer, characterized by - second executable instructions for sound recognition of tones emitted by the vehicle while at standstill, wherein the first and second executable instructions are used to determine a location of the vehicle relative to the designated stopping point of the vehicle. a user interface device comprising: - at least one three-axis accelerometer and - a memory device storing a computer program with executable instructions, the computer program comprising - first executable instructions to detect a vehicle brake application (450,460) by analysing the data from the accelerometer, - at least one three-axis accelerometer and - a memory device storing a computer program with executable instructions, the computer program comprising - first executable instructions to detect a vehicle brake application (450,460) by analysing the data from the accelerometer, characterized by - second executable instructions for sound recognition of tones emitted by the vehicle while at standstill, wherein the first and second executable instructions are used to determine a location of the vehicle relative to the designated stopping point of the vehicle. - second executable instructions for sound recognition of tones emitted by the vehicle while at standstill,
A computer-implemented method for online charging telecommunication services in real time, comprising the step of, upon establishment of a communication session on a telecommunication network, gathering first charging parameters for the communication session and a wallet balance of a respective user; the method further comprises the steps of: 1a. running a money-to-time algorithm, which comprises computing a time balance for the communication session based on the first charging parameters and the wallet balance; 1b. determining whether the time balance is greater than zero; characterized in that 1c. upon determining that the time balance is greater than zero, creating a charging data record, CDR, and writing a start timestamp therein, setting a terminate session timer based on the time balance, and confirming to the telecommunication network that the communication session may take place; and 1d. upon determining that the time balance is not greater than zero, or upon expiration of the terminate session timer, instructing the telecommunication network to terminate the communication session, wherein upon expiration of the terminate session timer an end timestamp is written in the CDR. 1a. running a money-to-time algorithm, which comprises computing a time balance for the communication session based on the first charging parameters and the wallet balance; 1b. determining whether the time balance is greater than zero; characterized in that 1c. upon determining that the time balance is greater than zero, creating a charging data record, CDR, and writing a start timestamp therein, setting a terminate session timer based on the time balance, and confirming to the telecommunication network that the communication session may take place; and 1d. upon determining that the time balance is not greater than zero, or upon expiration of the terminate session timer, instructing the telecommunication network to terminate the communication session, wherein upon expiration of the terminate session timer an end timestamp is written in the CDR.
A composition comprising: (a) an amphiphilic polymeric material, wherein the amphiphilic polymeric material comprises a hydrophilic polymer conjugated to a hypoxia-sensitive hydrophobic group, wherein said hypoxia-sensitive hydrophobic group comprises a hypoxia-sensitive moiety that can be reduced in the presence of a hypoxic environment to form a hydrophilic moiety; (b) a diabetes treatment agent, optionally wherein the diabetes treatment agent is an insulin or a bioactive derivative thereof; and (c) a glucose oxidizing agent. (a) an amphiphilic polymeric material, wherein the amphiphilic polymeric material comprises a hydrophilic polymer conjugated to a hypoxia-sensitive hydrophobic group, wherein said hypoxia-sensitive hydrophobic group comprises a hypoxia-sensitive moiety that can be reduced in the presence of a hypoxic environment to form a hydrophilic moiety; (b) a diabetes treatment agent, optionally wherein the diabetes treatment agent is an insulin or a bioactive derivative thereof; and (c) a glucose oxidizing agent.
Process for preparing a bituminous emulsion comprising a bituminous phase and an aqueous phase, characterized in that said bitumen phase, previously prepared, and the soapy phase, previously prepared, are stirred into a system of stirring by dispersion in a suitable reactor which allows working the bitumen phase in a laminar way, with low stirring, wherein the stirring by dispersion is carried out by the following steps: i) preparation of the bitumen phase by heating a quantity of bitumen of viscosity, of above 4000 mPa.s (cP.s.), measured at temperatures below 95°C, to a temperature from 170°C to 185°C; ii) addition to the pre-heated bitumen phase of rubber powder from tyres from 1% to 15% by weight of the total weight of the bitumen phase; iii) stirring into the dispersion reactor the mixture of both components and, adding and stirring an agent for stabilising the tyre rubber powder, and cooling the mixture to a temperature from 100°C to 110°C; iv) preparation of a soapy phase by mixing a quantity of cationic asphaltic emulsifier at a temperature from 25°C to 45°C, a quantity of water at a temperature from 25°C to 65°C and a quantity of emulsifier activating agent; and v) mixing the bitumen phase from step iii) with the soapy phase from step iv) into the reactor and adding water until the ratio of the bitumen phase/water phase in the bituminous emulsion is between 60/40 and 90/10, followed by stirring to obtain the bituminous emulsion, being the bitumen content from 60 to 90% by weight and the cationic asphaltic emulsifier from 0.2 to 2% by weight to the total weight of the bituminous emulsion, to obtain bituminous emulsions with average particle sizes of less than 6 μm and with a polydispersivity of less than 3, measured in a diffraction laser equipment MASTERSIZER 2000. i) preparation of the bitumen phase by heating a quantity of bitumen of viscosity, of above 4000 mPa.s (cP.s.), measured at temperatures below 95°C, to a temperature from 170°C to 185°C; ii) addition to the pre-heated bitumen phase of rubber powder from tyres from 1% to 15% by weight of the total weight of the bitumen phase; iii) stirring into the dispersion reactor the mixture of both components and, adding and stirring an agent for stabilising the tyre rubber powder, and cooling the mixture to a temperature from 100°C to 110°C; iv) preparation of a soapy phase by mixing a quantity of cationic asphaltic emulsifier at a temperature from 25°C to 45°C, a quantity of water at a temperature from 25°C to 65°C and a quantity of emulsifier activating agent; and v) mixing the bitumen phase from step iii) with the soapy phase from step iv) into the reactor and adding water until the ratio of the bitumen phase/water phase in the bituminous emulsion is between 60/40 and 90/10, followed by stirring to obtain the bituminous emulsion, being the bitumen content from 60 to 90% by weight and the cationic asphaltic emulsifier from 0.2 to 2% by weight to the total weight of the bituminous emulsion,
An information processing method performed by an information processing device connected to a control system including at least one network, the information processing method comprising the steps of (a) collecting an event log comprising event log events corresponding to events generated in the control system; (b) extracting a plurality of first event log events from the collected event log, wherein the extracted first event log events correspond to generated events arising from an identical factor, and wherein a difference of generation times of the extracted first event log events falls within a predetermined time; (c) specifying at least one second event log event from the plurality of first event log events based on a network configuration of the control system, wherein the at least one second event log event corresponds to an event log generated in an upper network of the at least one network, wherein the network configuration defines a connection relationship of upper networks and sub-networks and, with regard to a respective device connected to the at least one network, comprises identification information about the upper network, an address of the respective device, identification information about a sub-network, and a device type indicating a type of the respective device; and (d) outputting the at least one second event log event and the plurality of first event log events while distinguishing the first and the second event log events (243, 242) from each other. (a) collecting an event log comprising event log events corresponding to events generated in the control system; (b) extracting a plurality of first event log events from the collected event log, wherein the extracted first event log events correspond to generated events arising from an identical factor, and wherein a difference of generation times of the extracted first event log events falls within a predetermined time; (c) specifying at least one second event log event from the plurality of first event log events based on a network configuration of the control system, wherein the at least one second event log event corresponds to an event log generated in an upper network of the at least one network, wherein the network configuration defines a connection relationship of upper networks and sub-networks and, with regard to a respective device connected to the at least one network, comprises identification information about the upper network, an address of the respective device, identification information about a sub-network, and a device type indicating a type of the respective device; and (d) outputting the at least one second event log event and the plurality of first event log events while distinguishing the first and the second event log events (243, 242) from each other.