mhurhangee/ep-ind-claims huggingface dataset:
A compact reception and processing device for wideband radio monitoring system, comprising at least: - one or two receiver modules (11, 12) able to receive UHF/VHF signals, - a receiver module able to receive HF signals, - a LO local oscillator module responsible for synthesizing the local oscillators intended for the receiver modules, - a digital module comprising: - a subassembly handling the digitization functions for the complex signals delivered by the reception modules, at a given sampling frequency F e, and the spectral analysis of the received signal, - a subassembly handling the result acquisition tasks and the real time sequencing and management tasks for the resources comprising the other subassemblies, so as to perform the requested surveillance radio task, - a switching module for switching the received signal to a given receiver module, - an energy conversion module responsible for producing from a single external voltage source the power supply voltages needed to operate each of the modules, characterized in that: since the modules of the device are integrated in a single sealed box, they are arranged inside said box so that the heat dissipated by each of the modules is transmitted by conduction to the walls of the box and dissipated by convection towards the outside by the walls of the box, the cooling of the modules being handled only by this means, and in that: the modules are fixed to the internal faces of the walls (32, 33, 34) so as to establish thermal continuity between these modules and the box. - one or two receiver modules (11, 12) able to receive UHF/VHF signals, - a receiver module able to receive HF signals, - a LO local oscillator module responsible for synthesizing the local oscillators intended for the receiver modules, - a digital module comprising: - a subassembly handling the digitization functions for the complex signals delivered by the reception modules, at a given sampling frequency F e, and the spectral analysis of the received signal, - a subassembly handling the result acquisition tasks and the real time sequencing and management tasks for the resources comprising the other subassemblies, so as to perform the requested surveillance radio task, - a subassembly handling the digitization functions for the complex signals delivered by the reception modules, at a given sampling frequency F e, and the spectral analysis of the received signal, - a subassembly handling the result acquisition tasks and the real time sequencing and management tasks for the resources comprising the other subassemblies, so as to perform the requested surveillance radio task, - a switching module for switching the received signal to a given receiver module, - an energy conversion module responsible for producing from a single external voltage source the power supply voltages needed to operate each of the modules,
A call processing system comprising; a call routing and processing server that is configured for: assessing the importance of an incoming call, said call being made by a particular customer; and routing said incoming call to a particular group of agents for processing based on said importance of said incoming call, said system being configured to require at least one particular agent within said group of agents to be assigned to said group of agents based on said particular agent's past performance in completing one or more particular tasks, and wherein said system, is configured to require said one or more particular tasks to comprise persuading one or more customers to retain a service or product, wherein said system is further configured to measure said particular agent's performance over time in persuading customers to retain a product or service characterised in that said system is configured to measure said performance based on data comprising the length of time that one or more customers retained a product or service after speaking with said particular agent in the past. a call routing and processing server that is configured for: assessing the importance of an incoming call, said call being made by a particular customer; and routing said incoming call to a particular group of agents for processing based on said importance of said incoming call, said system being configured to require at least one particular agent within said group of agents to be assigned to said group of agents based on said particular agent's past performance in completing one or more particular tasks, and wherein said system, is configured to require said one or more particular tasks to comprise persuading one or more customers to retain a service or product, wherein said system is further configured to measure said particular agent's performance over time in persuading customers to retain a product or service characterised in that said system is configured to measure said performance based on data comprising the length of time that one or more customers retained a product or service after speaking with said assessing the importance of an incoming call, said call being made by a particular customer; and routing said incoming call to a particular group of agents for processing based on said importance of said incoming call, said system being configured to require at least one particular agent within said group of agents to be assigned to said group of agents based on said particular agent's past performance in completing one or more particular tasks, and wherein said system, is configured to require said one or more particular tasks to comprise persuading one or more customers to retain a service or product, wherein said system is further configured to measure said particular agent's performance over time in persuading customers to retain a product or service characterised in that said system is configured to measure said performance based on data comprising the length of time that one or more customers retained a product or service after speaking with said
A process for the preparation of a compound of formula said process comprising the steps of a) reacting a compound of formula, with an acylating or a silylating agent to produce a compound of formula, wherein P 1 and P 2 are each independently a protecting group selected from R 2 -Si-R 3 R 4, or R 1 CO-, wherein R 1 is a group selected from C 1-6 alkyl or C 3-6 cycloalkyl, each group being optionally substituted by one or more substituents independently selected from fluoro or C 1-4 alkyl; R 2, R 3 and R 4 are each independently a group selected from C 1-6 alkyl or phenyl, each group being optionally substituted by one or more substituents independently selected from fluoro or C 1-4 alkyl; b) reacting the compound of formula in the presence of palladium acetate or palladium chloride to produce compound of formula; and c) reacting the compound of formula with a reducing agent to produce compound of formula. a) reacting a compound of formula, with an acylating or a silylating agent to produce a compound of formula, wherein P 1 and P 2 are each independently a protecting group selected from R 2 -Si-R 3 R 4, or R 1 CO-, wherein R 1 is a group selected from C 1-6 alkyl or C 3-6 cycloalkyl, each group being optionally substituted by one or more substituents independently selected from fluoro or C 1-4 alkyl; R 2, R 3 and R 4 are each independently a group selected from C 1-6 alkyl or phenyl, each group being optionally substituted by one or more substituents independently selected from fluoro or C 1-4 alkyl; b) reacting the compound of formula in the presence of palladium acetate or palladium chloride to produce compound of formula; and c) reacting the compound of formula with a reducing agent to produce compound of formula.
A method for wireless communications by a base station, BS, the method comprising: generating a primary synchronization signal, PSS, utilizing a first code sequence and a cover code applied to the first code sequence over a first number of symbols within one or more subframes, wherein the cover code comprises a computer generated random binary sequence having an asymmetrical run length greater than or equal to two; generating a secondary synchronization signal, SSS, based on a second code sequence over a second number of symbols within one or more subframes; and transmitting the PSS and the SSS to a first type of a user equipment, UE, that communicates on one or more narrowband regions of wider system bandwidth. generating a primary synchronization signal, PSS, utilizing a first code sequence and a cover code applied to the first code sequence over a first number of symbols within one or more subframes, wherein the cover code comprises a computer generated random binary sequence having an asymmetrical run length greater than or equal to two; generating a secondary synchronization signal, SSS, based on a second code sequence over a second number of symbols within one or more subframes; and transmitting the PSS and the SSS to a first type of a user equipment, UE, that communicates on one or more narrowband regions of wider system bandwidth.
An aerosol generating system comprising: a cigarette including a first substrate section and a second substrate section which include a non-tobacco material sheet that has at least one surface coated with an aerosol generating material; and an aerosol generating device including an accommodation space configured to accommodate the cigarette, a heater configured to heat the cigarette accommodated in the accommodation space, a battery configured to supply power to the heater, and a controller configured to control a heating operation of the heater, wherein the heater is disposed such that a surface area of a first portion of the heater facing the first substrate section in a radial direction of the cigarette is different from a surface area of a second portion of the heater facing the second substrate section in the radial direction of the cigarette, wherein one of the first substrate section and the second substrate section includes nicotine, and the other of the first substrate section and the second substrate section does not include nicotine; and/or wherein the first substrate section and the second substrate section include different amounts of the aerosol generating material. a cigarette including a first substrate section and a second substrate section which include a non-tobacco material sheet that has at least one surface coated with an aerosol generating material; and an aerosol generating device including an accommodation space configured to accommodate the cigarette, a heater configured to heat the cigarette accommodated in the accommodation space, a battery configured to supply power to the heater, and a controller configured to control a heating operation of the heater, wherein the heater is disposed such that a surface area of a first portion of the heater facing the first substrate section in a radial direction of the cigarette is different from a surface area of a second portion of the heater facing the second substrate section in the radial direction of the cigarette, wherein one of the first substrate section and the second substrate section includes nicotine, and the other of the first substrate section and the second substrate section does not include nicotine; and/or wherein the first substrate section and the second substrate section include different amounts of the aerosol generating material.
An RFID tag comprising: an insulating substrate with an upper surface; a coil conductor in the insulating substrate; a semiconductor element on the upper surface of the insulating substrate; and a mold resin covering the upper surface of the insulating substrate and the semiconductor element, characterized in that the mold resin contains a plurality of magnetic particles (5, 5a, 5b, 5ab, 5bb) having particle sizes different from each other, and the magnetic particles (5, 5a, 5b, 5ab, 5bb) comprise hollow magnetic particles (5ab, 5bb). an insulating substrate with an upper surface; a coil conductor in the insulating substrate; a semiconductor element on the upper surface of the insulating substrate; and a mold resin covering the upper surface of the insulating substrate and the semiconductor element, characterized in that the mold resin contains a plurality of magnetic particles (5, 5a, 5b, 5ab, 5bb) having particle sizes different from each other, and the magnetic particles (5, 5a, 5b, 5ab, 5bb) comprise hollow magnetic particles (5ab, 5bb).
A Luer lock connector for use in an insufflation system, the Luer lock connector comprising: a body comprising a first portion (1560, 2243), a second portion (541, 2242) and an interior region, the first portion (1560, 2243) being coupled to the second portion (541, 2242), the first portion (1560, 2243) comprising a first end and the second portion (541, 2242) comprising a second end; the interior region defining a gases flow passageway allowing insufflation gases to flow through the body from the first end to the second end; and the first portion (1560, 2243) being configured to be coupled to a tubing arrangement (112, 1512, 2212) at the first end and the second portion (541, 2242) being configured to be coupled to a patient interface (116, 536, 2236) at the second end; wherein, the second portion (541, 2242) is configured to be coupled to a patient interface fitting (537, 2237) of the patient interface (116, 536, 2236) at the second end, the second portion (541, 2242) comprising sealing features configured to seal a connection of the patient interface fitting (537, 2237) with the second portion (541, 2242) when the Luer lock connector is coupled to the patient interface (116, 536, 2236); and wherein, the sealing features are provided on or formed by an inner surface of the second portion (541, 2242) such that a seal is formed with an outer surface of the patient interface fitting (537, 2237) when the second portion (541, 2242) and the patient interface fitting (537, 2237) are coupled. a body comprising a first portion (1560, 2243), a second portion (541, 2242) and an interior region, the first portion (1560, 2243) being coupled to the second portion (541, 2242), the first portion (1560, 2243) comprising a first end and the second portion (541, 2242) comprising a second end; the interior region defining a gases flow passageway allowing insufflation gases to flow through the body from the first end to the second end; and the first portion (1560, 2243) being configured to be coupled to a tubing arrangement (112, 1512, 2212) at the first end and the second portion (541, 2242) being configured to be coupled to a patient interface (116, 536, 2236) at the second end; wherein, the second portion (541, 2242) is configured to be coupled to a patient interface fitting (537, 2237) of the patient interface (116, 536, 2236) at the second end, the second portion (541, 2242) comprising sealing features configured to seal a connection of the patient interface fitting (537, 2237) with the second portion (541, 2242) when the Luer lock connector is coupled to the patient interface (116, 536, 2236); and wherein, the sealing features are provided on or formed by an inner surface of the second portion (541, 2242) such that a seal is formed with an outer surface of the patient interface fitting (537, 2237) when the second portion (541, 2242) and the patient interface fitting (537, 2237) are coupled.
A device for providing security to scanned data comprising: a scanning mechanism configured to scan a document and generate scan data that reflects the document; a security mechanism configured to control physical access to the document, the security mechanism including a secure input bin for securely storing the document prior to and during scanning; characterised by a user proximity detection mechanism configured to determine the proximity of a user with respect to the device, the device being configured such that if the user submitted a scanning job and a document that was scanned as part of the scan job has not yet been retrieved from the device and the user is no longer within a specified proximity of the device, then the device generates a notification for the user. a scanning mechanism configured to scan a document and generate scan data that reflects the document; a security mechanism configured to control physical access to the document, the security mechanism including a secure input bin for securely storing the document prior to and during scanning; characterised by a user proximity detection mechanism configured to determine the proximity of a user with respect to the device, the device being configured such that if the user submitted a scanning job and a document that was scanned as part of the scan job has not yet been retrieved from the device and the user is no longer within a specified proximity of the device, then the device generates a notification for the user.
A non-transitory computer-readable storage medium storing computer-readable instructions that cause a processor of a print image control device, which sets a print position relating to a print image printed by a printing portion of a printer onto an object to be printed supported by a support member that moves between the print position in which the support member faces the printing portion and a stand-by position in which the support member does not face the printing portion, to perform processes comprising: performing part specification command input processing (S6, S26, S46, S86, S107) in which a command is input specifying in a photographic image a characteristic point of the object to be printed or a command is input selecting in a photographic image a region having a corner as a characteristic point to arrange the image on the object to be printed, the photographic image captured by an image capture device that captures an image of the object to be printed supported by the support member in the stand-by position; performing characteristic identification processing (S7, S27, S47, S86, S107) that identifies, for the object to be printed, the position of the characteristic point specified by the command input by the part specification command input processing; performing generated graphic generation processing (S8, S28, S87, S108) that generates a generated graphic (81, 82, 83, 84, 85 to 89) at the position of the characteristic point identified by the characteristic identification processing; and performing display control processing (S9, S29, S88, S108) that displays, on a display portion, the generated graphic generated by the generated graphic generation processing, along with at least one of the photographic image and the print image. performing part specification command input processing (S6, S26, S46, S86, S107) in which a command is input specifying in a photographic image a characteristic point of the object to be printed or a command is input selecting in a photographic image a region having a corner as a characteristic point to arrange the image on the object to be printed, the photographic image captured by an image capture device that captures an image of the object to be printed supported by the support member in the stand-by position; performing characteristic identification processing (S7, S27, S47, S86, S107) that identifies, for the object to be printed, the position of the characteristic point specified by the command input by the part specification command input processing; performing generated graphic generation processing (S8, S28, S87, S108) that generates a generated graphic (81, 82, 83, 84, 85 to 89) at the position of the characteristic point identified by the characteristic identification processing; and performing display control processing (S9, S29, S88, S108) that displays, on a display portion, the generated graphic generated by the generated graphic generation processing, along with at least one of the photographic image and the print image.
A method (100, 200) for facilitating the detection of one or more time series patterns, comprising building one or more artificial neural networks, wherein, for at least one time series pattern to be detected, a specific one of said artificial neural networks is built, wherein a raw time series signal is provided as an input to each artificial neural network that is built; wherein the detection of the time series patterns forms part of a speaker authentication function, wherein, for each speaker to be authenticated, at least one artificial neural network is built for detecting speech segments of said speaker; characterized in that, for each speaker to be authenticated, an artificial neural network is built for detecting voiced speech segments of said speaker, and another artificial neural network is built for detecting unvoiced speech segments of said speaker.
A method of composing a digital image to provide for perceptibility of the image on a viewing surface, the digital image comprising a user interface with one or more user interface objects, the method implemented by an image processor and comprising: evaluating light reflected from, or transmitted through, the viewing surface; composing the digital image from one or more user interface objects; outputting the composed digital image as digital data for display on the viewing surface; characterized by that said composing the digital image comprises: for different positions in a set of possible positions of a given user interface object within the digital image, and for different colors in a set of possible colors for the object, determining a perceptibility for the object if placed at that position and colored with that color; determining a position and color for the object that enhances the object's perceptibility; and placing the object at that position, and selecting that color for the object. evaluating light reflected from, or transmitted through, the viewing surface; composing the digital image from one or more user interface objects; outputting the composed digital image as digital data for display on the viewing surface; characterized by that said composing the digital image comprises: for different positions in a set of possible positions of a given user interface object within the digital image, and for different colors in a set of possible colors for the object, determining a perceptibility for the object if placed at that position and colored with that color; determining a position and color for the object that enhances the object's perceptibility; and placing the object at that position, and selecting that color for the object. for different positions in a set of possible positions of a given user interface object within the digital image, and for different colors in a set of possible colors for the object, determining a perceptibility for the object if placed at that position and colored with that color; determining a position and color for the object that enhances the object's perceptibility; and placing the object at that position, and selecting that color for the object.
A wellbore flask comprising: an external housing; an internal housing disposed within said external housing; characterized by a reflective foil between said internal housing and said external housing; an inner plenum between the reflective foil and the internal housing; an external plenum between the reflective foil and the external housing; and a support affixed to said reflective foil, wherein the support comprises an insulating material comprised of an aerogel composition. an external housing; an internal housing disposed within said external housing; characterized by a reflective foil between said internal housing and said external housing; an inner plenum between the reflective foil and the internal housing; an external plenum between the reflective foil and the external housing; and a support affixed to said reflective foil, wherein the support comprises an insulating material comprised of an aerogel composition.