mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a video game console having a central processing unit, a graphics processing unit, and a memory, the method comprising: reserving, by an operating system kernel of the video game console, a predetermined amount of hardware resources of the video game console for execution of a system application, wherein reserving the predetermined amount of hardware resources comprises reserving a portion of central processing unit time for execution of the system application at the end of a video frame, the portion of central processing unit time beginning upon a scan line interrupt generated by the graphics processing unit of the video game console; executing a system application using the reserved predetermined amount of hardware resources; and executing a video game using hardware resources that are not reserved; wherein the system application provides the video game with network capability; and wherein unused processor cycles during the portion of central processing unit time for execution of the system application are consumed with an idle thread if the reserved processor utilization is not used by the system application, wherein reserving the predetermined amount of hardware resources comprises reserving a predetermined amount of memory for the system application at boot time. reserving, by an operating system kernel of the video game console, a predetermined amount of hardware resources of the video game console for execution of a system application, wherein reserving the predetermined amount of hardware resources comprises reserving a portion of central processing unit time for execution of the system application at the end of a video frame, the portion of central processing unit time beginning upon a scan line interrupt generated by the graphics processing unit of the video game console; executing a system application using the reserved predetermined amount of hardware resources; and executing a video game using hardware resources that are not reserved; wherein the system application provides the video game with network capability; and wherein unused processor cycles during the portion of central processing unit time for execution of the system application are consumed with an idle thread if the reserved processor utilization is not used by the system application, wherein reserving the predetermined amount of hardware resources comprises reserving a predetermined amount of memory for the system application at boot time.
A communication control device that controls radio communication conducted by a terminal device according to a time-division duplex, TDD, scheme on a radio communication network, the communication control device comprising: a configuration section that configures, for each frame that includes a plurality of subframes, a link direction configuration expressing a link direction per subframe for the radio communication, and a signaling section that signals, to the terminal device, the link direction configuration, characterised in that the configuration section further configures a timing of control signaling in a second link direction which is associated with data transmission in a first link direction in the radio communication, and which is opposite to the first link direction, and the signaling section further signals separately, to the terminal device, the timing of control signaling configured by the configuration section. a configuration section that configures, for each frame that includes a plurality of subframes, a link direction configuration expressing a link direction per subframe for the radio communication, and a signaling section that signals, to the terminal device, the link direction configuration, characterised in that the configuration section further configures a timing of control signaling in a second link direction which is associated with data transmission in a first link direction in the radio communication, and which is opposite to the first link direction, and the signaling section further signals separately, to the terminal device, the timing of control signaling configured by the configuration section.
A fan module with variable pitch blades for a longitudinal axis propulsion assembly, said fan module comprising: - a rotor comprising a rotor shaft along the longitudinal axis X and carrying the blades of the fan, - a system for changing the pitch of the blades comprising connecting means connected to the blades of the fan and a control means acting on the connecting means, the control means comprising a fixed body and a movable body translatable along the longitudinal axis X relative to said fixed body, and - a load transfer bearing arranged between the connecting means and the control means, characterized in that the fan module comprises a power shaft driving the rotor shaft via an epicyclic train speed reducer, the speed reducer comprising a sun gear connected to the power shaft and a satellite carrier comprising a fixed annular ferrule secured to a fixed casing, the fixed body of the control means being mounted on said annular ferrule. - a rotor comprising a rotor shaft along the longitudinal axis X and carrying the blades of the fan, - a system for changing the pitch of the blades comprising connecting means connected to the blades of the fan and a control means acting on the connecting means, the control means comprising a fixed body and a movable body translatable along the longitudinal axis X relative to said fixed body, and - a load transfer bearing arranged between the connecting means and the control means,
A method for provisioning one or more Internet Protocol, IP, terminals connected to a first IP network, the method comprising: III. running a computer executable code on a computer on the first IP network which includes the steps of extracting the IP address of the computer, respectively addressing one or more media communication protocol requests to each IP address in the range or segment of IP addresses to which the IP address of the computer belongs, and unicasting said requests in the first IP network from the computer, identifying all IP terminals and corresponding media communication protocols from each media communication protocol response received by the computer to said requests unicast, and remotely provisioning the one or more IP terminals from the computer and/or a provisioning server, wherein said one or more media communication protocols are protocols associated with the transport of real-time voice and video over IP data networks. III. running a computer executable code on a computer on the first IP network which includes the steps of extracting the IP address of the computer, respectively addressing one or more media communication protocol requests to each IP address in the range or segment of IP addresses to which the IP address of the computer belongs, and unicasting said requests in the first IP network from the computer, identifying all IP terminals and corresponding media communication protocols from each media communication protocol response received by the computer to said requests unicast, and remotely provisioning the one or more IP terminals from the computer and/or a provisioning server, extracting the IP address of the computer, respectively addressing one or more media communication protocol requests to each IP address in the range or segment of IP addresses to which the IP address of the computer belongs, and unicasting said requests in the first IP network from the computer, identifying all IP terminals and corresponding media communication protocols from each media communication protocol response received by the computer to said requests unicast, and remotely provisioning the one or more IP terminals from the computer and/or a provisioning server,
Device for producing pure water, where the water to be purified is caused to be membrane distilled using a plurality of units, wherein each of the units comprises a space which on its one side comprises a first disc-shaped wall (4,4') and on its other side a membrane (3,3') through which gaseous water can pass but not liquid water, and a second disc-shaped wall (5,10), which first and second disc shaped walls are disposed on different sides of and at a distance from the membrane, wherein water is led in between the first wall (4,4') and the membrane (3,3'), and wherein the second wall (10,5) is caused to be colder than the water, to be purified where that the first disc-shaped wall (4,4') also is a membrane through which gaseous water can pass but not liquid water, where two adjacent membranes (3,4;3'4') are supported by a common frame, where the space between the membranes is provided with an inlet opening (7,7') for water to be purified and an outlet opening (8,8'), where the second wall (10,5) is a part of a chamber formed by two parallel walls, where the chamber is provided with an inlet opening (11,11') for water which is colder than the water to be purified and provided with an outlet opening (12,12'), and where said chambers (9,9') are arranged in parallel with the membranes at both sides of the frame, the device further comprising a main frame running around the device characterized in that the main frame is designed such that there is some play between each common frame and the chambers arranged on either side of the common frame so the common frame with the membranes is removably inserted between two adjacent chambers without affecting the other common frames or chambers.
A slip ring arrangement for an electric machine with a slip ring composed of a cylindrical body, an end section and a shrink seat, whereas in the cylindrical body radial openings are formed, the shrink seat is shrinkable on a shaft or a shaft support mounted to the shaft, characterized in that the shaft or the shaft support has a reduced diameter under the cylindrical body in order to form a sloped annular air gap beneath the cylindrical body to direct cooling medium through the radial openings, whereas the sloped annular air gap has a decreasing cross-section in the direction of the flow of the cooling medium from the outer to the inner side of the slip ring which inner side is adjacent to the shrink seat.
Use of a sulfonated polymer in an automatic dishwashing detergent composition, the composition comprising an organic complexing agent, bleach and from 0.001 to 0.01 grams of active amylase, for the removal of starch-containing soils from dishware in automatic dishwashing using soft water having a hardness of less than 50 ppm of CaCO 3.
Device included in a cellular phone, including at least: - a near field communication module; - an ultra-wide band communication module; - a host circuit adapted to pass communications between the near field communication module and applications hosted in the cellular phone; and - a secure element, and wherein: the near field communication module is coupled with the ultra-wide band communication module by a first digital bus, and with the secure element by a second digital bus, distinct from a third bus coupling the near field communication module to the host circuit, and the ultra-wide band communication module forms a peripheral of the near field communication module such that the near field communication module is adapted so that the exchanges between the ultra-wide band communication module and the secure element transit through the near field communication module, without transiting through the host circuit. - a near field communication module; - an ultra-wide band communication module; - a host circuit adapted to pass communications between the near field communication module and applications hosted in the cellular phone; and - a secure element, the near field communication module is coupled with the ultra-wide band communication module by a first digital bus, and with the secure element by a second digital bus, distinct from a third bus coupling the near field communication module to the host circuit, and the ultra-wide band communication module forms a peripheral of the near field communication module such that the near field communication module is adapted so that the exchanges between the ultra-wide band communication module and the secure element transit through the near field communication module, without transiting through the host circuit.
A chemical-mechanical polishing concentrate comprising: a water based liquid carrier; at least 10 weight percent colloidal silica abrasive particles dispersed in the liquid carrier; an aminosilane compound or a phosphonium silane compound incorporated in the colloidal silica abrasive particles internal to an outer surface thereof; and a pH in a range from 1.5 to 7. a water based liquid carrier; at least 10 weight percent colloidal silica abrasive particles dispersed in the liquid carrier; an aminosilane compound or a phosphonium silane compound incorporated in the colloidal silica abrasive particles internal to an outer surface thereof; and a pH in a range from 1.5 to 7.
A method of detecting drop zone bias in a roulette wheel having a continuous rim around which a ball can travel, the method comprising the steps of: detecting the ball as the ball travels round the rim of the roulette wheel, characterised by: for each of a plurality of games of roulette determining the region (R1, R2, R3) of the rim from which the ball fell from the rim; and determining from the determined regions (R1, R2, R3) whether or not there is a drop zone bias. detecting the ball as the ball travels round the rim of the roulette wheel, for each of a plurality of games of roulette determining the region (R1, R2, R3) of the rim from which the ball fell from the rim; and determining from the determined regions (R1, R2, R3) whether or not there is a drop zone bias.
A parallel plate waveguide antenna comprising: a radiator plate; a ground plate; and a solid dielectric between the radiator plate and the ground plate, wherein the parallel plate waveguide antenna is characterized in that: the ground plate is split into a primary ground plate portion and a ground strip; the primary ground plate portion and the ground strip lie in a common plane and are connected to each other; and the ground strip is arranged as a near field reflector having a length that is adjusted to reflect at least some of the radio-frequency signals generated by the antenna off the ground strip with a phase such that the reflected radio-frequency signals are directed in a direction away from the ground strip to the primary ground plate portion, approximately parallel to the common plane of the primary ground plate portion and the ground strip. a radiator plate; a ground plate; and a solid dielectric between the radiator plate and the ground plate, wherein the parallel plate waveguide antenna is characterized in that: the ground plate is split into a primary ground plate portion and a ground strip; the primary ground plate portion and the ground strip lie in a common plane and are connected to each other; and the ground strip is arranged as a near field reflector having a length that is adjusted to reflect at least some of the radio-frequency signals generated by the antenna off the ground strip with a phase such that the reflected radio-frequency signals are directed in a direction away from the ground strip to the primary ground plate portion, approximately parallel to the common plane of the primary ground plate portion and the ground strip. the ground plate is split into a primary ground plate portion and a ground strip; the primary ground plate portion and the ground strip lie in a common plane and are connected to each other; and the ground strip is arranged as a near field reflector having a length that is adjusted to reflect at least some of the radio-frequency signals generated by the antenna off the ground strip with a phase such that the reflected radio-frequency signals are directed in a direction away from the ground strip to the primary ground plate portion, approximately parallel to the common plane of the primary ground plate portion and the ground strip.
A method for communication in a third generation partnership project, long term evolution, 3GPP-LTE, based wireless communication system, in a first wireless device, the method comprising: receiving a first data transmission from a second wireless device in a first subframe interval, wherein the first data transmission is received within a duration that is less than a maximum data transmission duration that is possible within the first subframe interval; and transmitting hybrid automatic repeat request, HARQ, feedback and/or channel state information, CSI, to the second wireless device in a subsequent subframe interval that consists of a plurality of transmission symbols, wherein the transmission of the HARQ feedback and/or CSI occupies either exactly one of two slots in the subsequent subframe interval or fewer than all the transmission symbols in the one of the two slots. receiving a first data transmission from a second wireless device in a first subframe interval, wherein the first data transmission is received within a duration that is less than a maximum data transmission duration that is possible within the first subframe interval; and transmitting hybrid automatic repeat request, HARQ, feedback and/or channel state information, CSI, to the second wireless device in a subsequent subframe interval that consists of a plurality of transmission symbols, wherein the transmission of the HARQ feedback and/or CSI occupies either exactly one of two slots in the subsequent subframe interval or fewer than all the transmission symbols in the one of the two slots.
A paper web moisture sensor comprising: an infrared radiation source disposed to direct a beam of infrared radiation into a web; a radiation receiver disposed to detect at least a portion of a beam of radiation emerging from the web, the receiver comprising filter-detector pairs (40, 42) configured to detect the amount of radiation in first and second separate wavelength regions of the radiation spectrum wherein the first region is positioned around the infrared absorption peak for water at 1.94 microns and the second region is selected to detect infrared radiation that is insensitive to water at 1.8 microns and to generate first and second signals therefrom; computer means operatively coupled to the radiation receiver for computing the amount of water in the web based on the first and second signals; and one or more calibration standards (18, 46) with each, calibration standard (18, 46) comprising a stack comprising individual layers of holmium oxide glass and didymium glass, wherein each, calibration standard (18, 46) is maneuverable to a calibration position to receive a beam of infrared radiation from the infrared radiation source and to direct a beam of radiation emerging from the calibration standard (18, 46) to the radiation receiver. an infrared radiation source disposed to direct a beam of infrared radiation into a web; a radiation receiver disposed to detect at least a portion of a beam of radiation emerging from the web, the receiver comprising filter-detector pairs (40, 42) configured to detect the amount of radiation in first and second separate wavelength regions of the radiation spectrum wherein the first region is positioned around the infrared absorption peak for water at 1.94 microns and the second region is selected to detect infrared radiation that is insensitive to water at 1.8 microns and to generate first and second signals therefrom; computer means operatively coupled to the radiation receiver for computing the amount of water in the web based on the first and second signals; and one or more calibration standards (18, 46) with each, calibration standard (18, 46) comprising a stack comprising individual layers of holmium oxide glass and didymium glass, wherein each, calibration standard (18, 46) is maneuverable to a calibration position to receive a beam of infrared radiation from the infrared radiation source and to direct a beam of radiation emerging from the calibration standard (18, 46) to the radiation receiver.
Sealing element, in particular joint sealing tape, for sealing a gap between an interior space of a building construction, vehicle or the like and the surroundings, comprising a foam body impregnated with an impregnant, where the impregnant is nonuniformly distributed in the foam body and, as a result of the nonuniform distribution of the impregnant in the foam body, the impregnated foam body has a lower density in a first section than in a second section, where the density of the impregnated foam body in the first section is from 25 kg/m 3 to 55 kg/m 3 or the density of the impregnated foam body in the second section is from 65 kg/m 3 to 135 kg/cm 3, where the foam body is made up of one piece and has homogeneous properties before being impregnated, characterized in that the density within the foam body increases continuously, steadily or stepwise from the first section to the second section, where a ratio of the density of the first section to the density of the second section is less than 0.15.
A method, comprising: receiving a signal using a direct conversion receiver, while the receiver is set at a gain that is selected from a range of possible gain values; providing multiple DC offset correction values for use by a DC offset cancellation loop, each DC offset correction value being associated with a respective sub-range of the range of the possible gain values; selecting a DC offset correction value from among the multiple DC offset correction values based on the gain to which the receiver is set, comprising identifying the sub-range in which the gain of the receiver falls, and choosing the DC offset correction value that is associated with the identified sub-range; canceling a DC offset in the signal by setting the DC offset cancellation loop to the selected DC offset correction value, wherein canceling the DC offset comprises initiating cancellation of the DC offset with an initial loop bandwidth that is larger than a nominal loop bandwidth, in response to identifying at least one of the following conditions: the gain of the receiver falls in the identified sub-range for the first time, a time that elapsed since the gain of the receiver previously fell in the identified sub-range exceeds a predefined time threshold, or a temperature change relative to a previous operation in the identified sub-range exceeds a predefined temperature threshold. receiving a signal using a direct conversion receiver, while the receiver is set at a gain that is selected from a range of possible gain values; providing multiple DC offset correction values for use by a DC offset cancellation loop, each DC offset correction value being associated with a respective sub-range of the range of the possible gain values; selecting a DC offset correction value from among the multiple DC offset correction values based on the gain to which the receiver is set, comprising identifying the sub-range in which the gain of the receiver falls, and choosing the DC offset correction value that is associated with the identified sub-range; canceling a DC offset in the signal by setting the DC offset cancellation loop to the selected DC offset correction value, wherein canceling the DC offset comprises initiating cancellation of the DC offset with an initial loop bandwidth that is larger than a nominal loop bandwidth, in response to identifying at least one of the following conditions: the gain of the receiver falls in the identified sub-range for the first time, a time that elapsed since the gain of the receiver previously fell in the identified sub-range exceeds a predefined time threshold, or a temperature change relative to a previous operation in the identified sub-range exceeds a predefined temperature threshold. the gain of the receiver falls in the identified sub-range for the first time, a time that elapsed since the gain of the receiver previously fell in the identified sub-range exceeds a predefined time threshold, or a temperature change relative to a previous operation in the identified sub-range exceeds a predefined temperature threshold.