mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method for monitoring delivery of messages passed between processes from different operating systems, the method comprising: creating a proxy process in a first Operating System for a second process, wherein the second process is from a second OS, the first and second OS being installed in respective computing environments; assigning at least one security policy to the created proxy process for monitoring delivery of messages associated with the created proxy process, where the messages are transmitted through a programming interface of the created proxy process corresponding to a programming interface of the second process; generating a security monitor for the first OS based on the created proxy process and security policies of the first OS, wherein the security monitor is generated by creating a code for the security monitor, the created code including at least one of: a source code, an intermediate code, and an executable code; and monitoring the delivery of messages between at least a first process in the first OS and the second process, wherein the monitoring of the delivery of messages associated with the proxy process is based on the security policies. creating a proxy process in a first Operating System for a second process, wherein the second process is from a second OS, the first and second OS being installed in respective computing environments; assigning at least one security policy to the created proxy process for monitoring delivery of messages associated with the created proxy process, where the messages are transmitted through a programming interface of the created proxy process corresponding to a programming interface of the second process; generating a security monitor for the first OS based on the created proxy process and security policies of the first OS, wherein the security monitor is generated by creating a code for the security monitor, the created code including at least one of: a source code, an intermediate code, and an executable code; and monitoring the delivery of messages between at least a first process in the first OS and the second process, wherein the monitoring of the delivery of messages associated with the proxy process is based on the security policies.
A unit for an ejector type refrigeration cycle comprising: an ejector that sucks refrigerant from a refrigerant suction port by a refrigerant flow ejected from a nozzle part and having a high velocity, mixes refrigerant from the nozzle part and the refrigerant drawn from the refrigerant suction port, and discharges the mixed refrigerant, and an evaporator (15, 18) that evaporates the refrigerant to be drawn by the ejector or the refrigerant discharged from the ejector, wherein the evaporator (15, 18) is assembled integrally with the ejector to construct an integrated unit, characterized in that the evaporator includes a tank for distributing refrigerant to or for collecting refrigerant from a plurality of refrigerant passages of the evaporator (15, 18) of the integrated unit and the ejector is arranged in the tank of the evaporator. an ejector that sucks refrigerant from a refrigerant suction port by a refrigerant flow ejected from a nozzle part and having a high velocity, mixes refrigerant from the nozzle part and the refrigerant drawn from the refrigerant suction port, and discharges the mixed refrigerant, and an evaporator (15, 18) that evaporates the refrigerant to be drawn by the ejector or the refrigerant discharged from the ejector, wherein the evaporator (15, 18) is assembled integrally with the ejector to construct an integrated unit, characterized in that the evaporator includes a tank for distributing refrigerant to or for collecting refrigerant from a plurality of refrigerant passages of the evaporator (15, 18) of the integrated unit and the ejector is arranged in the tank of the evaporator.
A method for reducing spur power for a clock distribution system, comprising: a) a system controller; b) a master clock subsystem responsive to an external reference signal configured to generate a master clock signal and comprising one or more dividers for providing intermediate clock signals each at a sub-multiple of the master clock signal, and one or more fractional synthesizers each responsive to one of the one or more intermediate clock signals and each configured to generate an output signal at a desired frequency from a wide range of possible output frequencies based on a command from the system controller; the method comprising: c) inputting electrical characteristics of the clock distribution system in advance of operation thereof: characterised by: d) providing a desired frequency of the output signal; e) calculating for various combinations of the divider values, candidate frequency solutions, the candidate frequency solutions comprising an integer multiple of a reference signal at a phase detector of a fractional synthesiser and a fractional part of the reference frequency that sum to the desired frequency of the output signal; f) selecting a candidate frequency solution based on the fractional offset value being within a predetermined range of fractional offset values or by calculating an expected power of an integer boundary spur as a function of fractional offset; and g) programming the master clock subsystem and the one or more fractional synthesizers with the integer boundary solution. a) a system controller; b) a master clock subsystem responsive to an external reference signal configured to generate a master clock signal and comprising one or more dividers for providing intermediate clock signals each at a sub-multiple of the master clock signal, and one or more fractional synthesizers each responsive to one of the one or more intermediate clock signals and each configured to generate an output signal at a desired frequency from a wide range of possible output frequencies based on a command from the system controller; the method comprising: c) inputting electrical characteristics of the clock distribution system in advance of operation thereof: characterised by: d) providing a desired frequency of the output signal; e) calculating for various combinations of the divider values, candidate frequency solutions, the candidate frequency solutions comprising an integer multiple of a reference signal at a phase detector of a fractional synthesiser and a fractional part of the reference frequency that sum to the desired frequency of the output signal; f) selecting a candidate frequency solution based on the fractional offset value being within a predetermined range of fractional offset values or by calculating an expected power of an integer boundary spur as a function of fractional offset; and g) programming the master clock subsystem and the one or more fractional synthesizers with the integer boundary solution.
An apparatus for compiling a program to be executed on a multicore processor, the apparatus comprising: means for generating a first task mapping state as an initial solution of an optimization process by mapping a task to a source processing element, PE, and a destination PE, and for selecting a communication scheme for transmission of the task from the source PE to the destination PE based on at least one of a communication distance between the source PE and the destination PE, communication data traffic, a usage rate of scratch pad memory included in each of the source PE and the destination PE, and a scratch pad memory's size, using a probabilistic algorithm, wherein the communication scheme is one of a first communication scheme that is based on a shared memory and a second communication scheme that uses a scratch pad memory included in each of the source PE and the destination PE; means for optimizing the mapping by changing the first task mapping state into a second task mapping state as a changed solution by reassigning the task mapped to the source PE and the destination PE and changing the communication scheme for the task included in the first task mapping state; and means for scheduling the task, wherein the communication scheme is designated in a compiling process. means for generating a first task mapping state as an initial solution of an optimization process by mapping a task to a source processing element, PE, and a destination PE, and for selecting a communication scheme for transmission of the task from the source PE to the destination PE based on at least one of a communication distance between the source PE and the destination PE, communication data traffic, a usage rate of scratch pad memory included in each of the source PE and the destination PE, and a scratch pad memory's size, using a probabilistic algorithm, wherein the communication scheme is one of a first communication scheme that is based on a shared memory and a second communication scheme that uses a scratch pad memory included in each of the source PE and the destination PE; means for optimizing the mapping by changing the first task mapping state into a second task mapping state as a changed solution by reassigning the task mapped to the source PE and the destination PE and changing the communication scheme for the task included in the first task mapping state; and means for scheduling the task, wherein the communication scheme is designated in a compiling process.
Use of a split influenza antigen preparation in the manufacture of a one-dose influenza vaccine to be delivered intradermally comprising at least three influenza strains and provided in a short needle intradermal delivery device adapted to limit administration to a location between 1.0 and 2.0 mm below the surface of the skin and wherein the vaccine is capable of inducing a protective immune response for all influenza strains in a human adult (18-60 years of age) or elderly (above 60 years of age) population.
A flowmeter comprising: an upstream-side channel and a downstream-side channel through which a fluid, which is a measurement target, flows; an upstream-side pressure sensor that measures the pressure of the fluid in the upstream-side channel; a downstream-side pressure sensor that measures the pressure of the fluid in the downstream-side channel; a first throttle section disposed between the upstream-side channel and the downstream-side channel and having a channel area that is smaller than that of at least the upstream-side channel; a bypass channel branching off from between the upstream-side pressure sensor in the upstream-side channel and the first throttle section and connected with the downstream-side channel; an on/off valve that controls the flow rate of the fluid flowing through the bypass channel; and a second throttle section disposed between the bypass channel and the downstream-side channel and having a channel area that is smaller than that of at least the bypass channel, a first housing in which the upstream-side channel, the upstream-side pressure sensor, the first throttle section, the bypass channel, the second throttle section, and the on/off valve are disposed; a second housing in which the downstream-side channel and the downstream-side pressure sensor are disposed, wherein the first housing and the second housing are connectable to and disconnectable from each other; and the first throttle section and the second throttle section are configured to be exposed when the first housing and the second housing are disconnected from each other. an upstream-side channel and a downstream-side channel through which a fluid, which is a measurement target, flows; an upstream-side pressure sensor that measures the pressure of the fluid in the upstream-side channel; a downstream-side pressure sensor that measures the pressure of the fluid in the downstream-side channel; a first throttle section disposed between the upstream-side channel and the downstream-side channel and having a channel area that is smaller than that of at least the upstream-side channel; a bypass channel branching off from between the upstream-side pressure sensor in the upstream-side channel and the first throttle section and connected with the downstream-side channel; an on/off valve that controls the flow rate of the fluid flowing through the bypass channel; and a second throttle section disposed between the bypass channel and the downstream-side channel and having a channel area that is smaller than that of at least the bypass channel, a first housing in which the upstream-side channel, the upstream-side pressure sensor, the first throttle section, the bypass channel, the second throttle section, and the on/off valve are disposed; a second housing in which the downstream-side channel and the downstream-side pressure sensor are disposed, wherein the first housing and the second housing are connectable to and disconnectable from each other; and the first throttle section and the second throttle section are configured to be exposed when the first housing and the second housing are disconnected from each other.
A proxy terminal comprising: means for activating multicast broadcast multimedia service, MBMS, with a broadcast multicast service center, BMSC,; means for receiving first media presentation description, MPD, metadata from the BMSC via user service discovery, USD, signaling, the first MPD metadata being associated with media data that is available from the BMSC; means for receiving at least a portion of the media data associated with the first MPD metadata from the BMSC via an MBMS transmission; means for caching the received media data and metadata; means for transmitting, to a user equipment, UE,, a second MPD metadata associated with a subset or superset of the media data that is available for hypertext transfer protocol, HTTP, transmission to the UE; means for receiving a HTTP request from a HTTP access client hosted in the UE to receive at least a portion of the cached media data and metadata; and means for transmitting, in response to the HTTP request, the at least a portion of the cached media data and metadata to the UE via HTTP signaling. means for activating multicast broadcast multimedia service, MBMS, with a broadcast multicast service center, BMSC,; means for receiving first media presentation description, MPD, metadata from the BMSC via user service discovery, USD, signaling, the first MPD metadata being associated with media data that is available from the BMSC; means for receiving at least a portion of the media data associated with the first MPD metadata from the BMSC via an MBMS transmission; means for caching the received media data and metadata; means for transmitting, to a user equipment, UE,, a second MPD metadata associated with a subset or superset of the media data that is available for hypertext transfer protocol, HTTP, transmission to the UE; means for receiving a HTTP request from a HTTP access client hosted in the UE to receive at least a portion of the cached media data and metadata; and means for transmitting, in response to the HTTP request, the at least a portion of the cached media data and metadata to the UE via HTTP signaling.
A radar processor for processing a frame of radar data received from one or more targets, the frame of radar data having a carrier frequency and comprising a sequence of codewords with a codeword repetition interval, wherein the carrier frequency and the codeword repetition interval define an unambiguous velocity range, the radar processor configured to: receive the frame of radar data; transform the frame to obtain a velocity data array; apply a correction algorithm to the velocity data array to correct a Doppler shift of the frame to obtain a corrected array, wherein the correction algorithm comprises a set of Doppler correction frequencies corresponding to a set of velocity gates and at least one Doppler correction frequency corresponds to a velocity gate outside the unambiguous velocity range; and perform range processing on the corrected array to obtain a range-Doppler map (552, 652). receive the frame of radar data; transform the frame to obtain a velocity data array; apply a correction algorithm to the velocity data array to correct a Doppler shift of the frame to obtain a corrected array, wherein the correction algorithm comprises a set of Doppler correction frequencies corresponding to a set of velocity gates and at least one Doppler correction frequency corresponds to a velocity gate outside the unambiguous velocity range; and perform range processing on the corrected array to obtain a range-Doppler map (552, 652).
An ink jet printer comprising: ink supply means configured to supply solvent-containing ink stored in an ink tank to a print head which is provided with a nozzle for generating ink droplets and electrodes (7, 9, 10) for electrically charging and deflecting the ink droplets and a gutter wholly contained in a cover; the print head is configured to print on an object on which printing is to be made; and ink recovery means connected to the gutter for recovering ink not used for printing from the gutter into the ink tank, characterized in that a single air supply means is provided for supplying purge air to the ink tank to volatilize solvent in the ink and also to clean an inside of the print head with purge air flowing out of the ink tank to remove foreign matter in the print head, and further comprising: a purge air path that connects the air supply means and the ink tank; and a purge air discharge path that connects the ink tank and the print head. ink supply means configured to supply solvent-containing ink stored in an ink tank to a print head which is provided with a nozzle for generating ink droplets and electrodes (7, 9, 10) for electrically charging and deflecting the ink droplets and a gutter wholly contained in a cover; the print head is configured to print on an object on which printing is to be made; and ink recovery means connected to the gutter for recovering ink not used for printing from the gutter into the ink tank, characterized in that a single air supply means is provided for supplying purge air to the ink tank to volatilize solvent in the ink and also to clean an inside of the print head with purge air flowing out of the ink tank to remove foreign matter in the print head, and further comprising: a purge air path that connects the air supply means and the ink tank; and a purge air discharge path that connects the ink tank and the print head. a purge air path that connects the air supply means and the ink tank; and a purge air discharge path that connects the ink tank and the print head.
A voltage detection circuit comprising: a first input portion into which a first input signal is input; a second input portion into which a second input signal is input; an amplifier having an inverting input terminal and a non-inverting input terminal, which determines a voltage difference between the first input signal, which is input into the non-inverting input terminal via the first input portion, and the second input signal, which is input into the inverting input terminal via the second input portion, and amplifies the determined voltage difference; a first signal line which connects the first input portion to the non-inverting input terminal of the amplifier; and a second signal line which connects the second input portion to the inverting input terminal of the amplifier, characterized by a first capacitor connected in parallel to the first signal line; a second capacitor connected in parallel to the second signal line; a first filter element which has an inductor component and a resistor component and is connected in series to the first signal line between the first capacitor and the non-inverting input terminal of the amplifier; and a second filter element which has an inductor component and a resistor component and is connected in series to the second signal line between the second capacitor and the inverting input terminal of the amplifier. a first input portion into which a first input signal is input; a second input portion into which a second input signal is input; an amplifier having an inverting input terminal and a non-inverting input terminal, which determines a voltage difference between the first input signal, which is input into the non-inverting input terminal via the first input portion, and the second input signal, which is input into the inverting input terminal via the second input portion, and amplifies the determined voltage difference; a first signal line which connects the first input portion to the non-inverting input terminal of the amplifier; and a second signal line which connects the second input portion to the inverting input terminal of the amplifier, characterized by a first capacitor connected in parallel to the first signal line; a second capacitor connected in parallel to the second signal line; a first filter element which has an inductor component and a resistor component and is connected in series to the first signal line between the first capacitor and the non-inverting input terminal of the amplifier; and a second filter element which has an inductor component and a resistor component and is connected in series to the second signal line between the second capacitor and the inverting input terminal of the amplifier.
Traction system, notably for a ship, comprising a sail and a fixed station including a mast and a winch connected to the sail by a traction cable, comprising: - several folding lines each one having an end fastened to a leading edge of the sail by being spaced apart from one another along this leading edge; characterized in that it comprisesmeans for pulling at least three folding lines, so as to bring back the ends of these folding lines fastened to the leading edge against the mast to at least two different heights along this mast. - several folding lines each one having an end fastened to a leading edge of the sail by being spaced apart from one another along this leading edge;
Multipotent adult progenitor cells (MAPCs) that is human non-embryonic stem, non-germ and non-embryonic germ cells that are positive for one or more of telomerase, oct-4, rex-1, rox-1, sox-2 or SSEA-4, that have been isolated and/or cultured in the presence of an oxygen concentration less than 10% for use in a method for the treatment of a congenital or acquired lymphohematopoietic disorder by providing lymphohematopoietic cells of lymphoid, myeloid and erythroid lineage, including T-lymphoid cells, in a tissue of the lymphoematopoietic system.