mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining a pilot signal arrangement, the method comprising: signaling, by a transmitter, a selected pilot density arrangement of multiple pilot density arrangements in a time domain, wherein the multiple pilot density arrangements consist of a low pilot density arrangement, a medium pilot density arrangement, and a high pilot density arrangement, wherein the selected pilot density arrangement is selected based on one of multiple transmission time interval, TTI, lengths, and one of multiple user equipment mobilities, wherein the multiple TTI lengths consist of a short TTI length, a medium TTI length, and a long TTI length, wherein the multiple user equipment mobilities consist of a low user equipment mobility and a high user equipment mobility, wherein when the user equipment mobility is the low user equipment mobility and the TTI length is the long TTI length, the low pilot density arrangement is selected ; when the user equipment mobility is the low user equipment mobility and the TTI length is the medium or short TTI length, or when the user equipment mobility is the high user equipment mobility and the TTI length is the long TTI length, the medium pilot density arrangement is selected, when the user equipment mobility is the high user equipment mobility and the TTI length is the medium or short TTI length, the high pilot density arrangement is selected. signaling, by a transmitter, a selected pilot density arrangement of multiple pilot density arrangements in a time domain, wherein the multiple pilot density arrangements consist of a low pilot density arrangement, a medium pilot density arrangement, and a high pilot density arrangement, wherein the selected pilot density arrangement is selected based on one of multiple transmission time interval, TTI, lengths, and one of multiple user equipment mobilities, wherein the multiple TTI lengths consist of a short TTI length, a medium TTI length, and a long TTI length, wherein the multiple user equipment mobilities consist of a low user equipment mobility and a high user equipment mobility, wherein when the user equipment mobility is the low user equipment mobility and the TTI length is the long TTI length, the low pilot density arrangement is selected ; when the user equipment mobility is the low user equipment mobility and the TTI length is the medium or short TTI length, or when the user equipment mobility is the high user equipment mobility and the TTI length is the long TTI length, the medium pilot density arrangement is selected, when the user equipment mobility is the high user equipment mobility and the TTI length is the medium or short TTI length, the high pilot density arrangement is selected.
A method of reducing the number of rules in a plurality of rules employed by a network firewall (101, 401-408), wherein the rules are defined, at least in part, by one or more group compound objects which identify groups of source or destination virtual machines (441-448) coupled to the network firewall (101, 401-408), the method comprising: expanding and comparing the group compound objects in source and destination fields of the rules to identify related rules amongst the plurality of rules used by the network firewall , wherein two rules are related rules where there exists at least one network traffic pattern that will satisfy at least the source and destination criteria for both of the two related rules; identifying one or more ineffective rules of the related rules based on the relationships between the related rules, wherein an ineffective rule is at least partially shadowed by at least one related rule of higher precedence in the plurality of rules which will be applied before reaching the ineffective rule for a particular network traffic pattern; adjusting the one or more ineffective rules in the plurality of rules by deleting the rule, merging the rule or changing the rule to obviate the ineffectiveness of the one or more ineffective rules; and applying the adjusted rules to network traffic in the network firewall (101, 401-408). expanding and comparing the group compound objects in source and destination fields of the rules to identify related rules amongst the plurality of rules used by the network firewall , wherein two rules are related rules where there exists at least one network traffic pattern that will satisfy at least the source and destination criteria for both of the two related rules; identifying one or more ineffective rules of the related rules based on the relationships between the related rules, wherein an ineffective rule is at least partially shadowed by at least one related rule of higher precedence in the plurality of rules which will be applied before reaching the ineffective rule for a particular network traffic pattern; adjusting the one or more ineffective rules in the plurality of rules by deleting the rule, merging the rule or changing the rule to obviate the ineffectiveness of the one or more ineffective rules; and applying the adjusted rules to network traffic in the network firewall (101, 401-408).
An amplifying device comprising: a first substrate and a second substrate facing each other, and wherein the first substrate has a first mounting surface (F1), wherein the first mounting surface of the first substrate that is on an opposite side of the second substrate is provided with: a first grounded line (GL); a first signal line (WLa) configured to transfer a first audio signal (SLa); and a first amplifier (AL) configured to amplify the first audio signal, wherein the second substrate has a second mounting surface (F2), wherein the second mounting surface of the second substrate that is on an opposite side of the first substrate is provided with: a second grounded line (GR); a second signal line (WRa) configured to transfer a second audio signal (SRa); and a second amplifier (AR) configured to amplify the second audio signal, wherein the first grounded line and the second grounded line correspond to each other in their positions and shapes, and overlap with each other in planar view, and wherein the first signal line and the second signal line correspond to each other in their positions and shapes, and overlap with each other in planar view. a first substrate and a second substrate facing each other, and wherein the first substrate has a first mounting surface (F1), wherein the first mounting surface of the first substrate that is on an opposite side of the second substrate is provided with: a first grounded line (GL); a first signal line (WLa) configured to transfer a first audio signal (SLa); and a first amplifier (AL) configured to amplify the first audio signal, a first grounded line (GL); a first signal line (WLa) configured to transfer a first audio signal (SLa); and a first amplifier (AL) configured to amplify the first audio signal, wherein the second substrate has a second mounting surface (F2), wherein the second mounting surface of the second substrate that is on an opposite side of the first substrate is provided with: a second grounded line (GR); a second signal line (WRa) configured to transfer a second audio signal (SRa); and a second amplifier (AR) configured to amplify the second audio signal, a second grounded line (GR); a second signal line (WRa) configured to transfer a second audio signal (SRa); and a second amplifier (AR) configured to amplify the second audio signal, wherein the first grounded line and the second grounded line correspond to each other in their positions and shapes, and overlap with each other in planar view, and wherein the first signal line and the second signal line correspond to each other in their positions and shapes, and overlap with each other in planar view.
Wireless communication device , intended for communications in the millimetric frequency bands, comprising: - a printed circuit board, PCB , comprising a substrate made of dielectric material and electrically conductive tracks separated by the dielectric substrate; - at least one horn antenna , comprising: ● a straight waveguide , preferably of rectangular section, extended by a radiating aperture , the end of the radiating aperture having two planes of symmetry perpendicular to each other, ● two ribs (32, 33; 42, 43) extending opposite each other in one of the planes of symmetry, over at least one portion of the length of the waveguide and of the radiating aperture, ● one or more peripheral areas at least around the waveguide, forming one or more attachment flanges, device wherein the horn antenna is a surface mount component, SMC, mounted via the flange(s) in plane-plane abutment with and supported by the PCB and attached to the latter, and the horn antenna is arranged with the waveguide and the radiating aperture on each side of the PCB and with each rib in direct contact with or close to a track of the PCB, so as to allow a direct connection or a capacitive coupling between them. - a printed circuit board, PCB , comprising a substrate made of dielectric material and electrically conductive tracks separated by the dielectric substrate; - at least one horn antenna , comprising: ● a straight waveguide , preferably of rectangular section, extended by a radiating aperture , the end of the radiating aperture having two planes of symmetry perpendicular to each other, ● two ribs (32, 33; 42, 43) extending opposite each other in one of the planes of symmetry, over at least one portion of the length of the waveguide and of the radiating aperture, ● one or more peripheral areas at least around the waveguide, forming one or more attachment flanges, ● a straight waveguide , preferably of rectangular section, extended by a radiating aperture , the end of the radiating aperture having two planes of symmetry perpendicular to each other, ● two ribs (32, 33; 42, 43) extending opposite each other in one of the planes of symmetry, over at least one portion of the length of the waveguide and of the radiating aperture, ● one or more peripheral areas at least around the waveguide, forming one or more attachment flanges,
Synchronization circuitry for synchronizing time-of-day between two clock domains in a data network having a first clock domain based on a first clock source , and a second clock domain based on a second clock source , the synchronization circuitry comprising: time-of-day capture circuitry configured to determine, at each of two different moments, time-of-day as indicated by the first clock source and time-of-day as indicated by the second clock source ; and drift calculation circuitry configured to calculate, from the time-of-day as indicated by the first clock source at a first of the two different moments and the time-of-day as indicated by the second clock source at the first of the two different moments, and the time-of-day as indicated by the first clock source at a second of the two different moments and the time-of-day as indicated by the second clock source at the second of the two different moments, the rate of drift between time of day in the respective first and second clock domains . time-of-day capture circuitry configured to determine, at each of two different moments, time-of-day as indicated by the first clock source and time-of-day as indicated by the second clock source ; and drift calculation circuitry configured to calculate, from the time-of-day as indicated by the first clock source at a first of the two different moments and the time-of-day as indicated by the second clock source at the first of the two different moments, and the time-of-day as indicated by the first clock source at a second of the two different moments and the time-of-day as indicated by the second clock source at the second of the two different moments, the rate of drift between time of day in the respective first and second clock domains .
A method of manufacturing a laminated body (1; 201), the method comprising: providing a base material ; offset printing a print layer on the base material ; laminating a barrier layer above the print layer , the barrier layer having translucency; and laminating a laser color development layer above the barrier layer , the laser color development layer having translucency, wherein the laser color development layer is configured to develop color by laser irradiation, wherein the barrier layer is configured to suppress damage to the print layer due to heat generated in the laser color development layer by laser irradiation, characterized in that the method comprises the step of: irradiating a laser beam with a dot interval of not less than 30 μm to an area of the laser color development layer so as to develop print information in the laser color development layer . providing a base material ; offset printing a print layer on the base material ; laminating a barrier layer above the print layer , the barrier layer having translucency; and laminating a laser color development layer above the barrier layer , the laser color development layer having translucency, wherein the laser color development layer is configured to develop color by laser irradiation, wherein the barrier layer is configured to suppress damage to the print layer due to heat generated in the laser color development layer by laser irradiation, characterized in that the method comprises the step of: irradiating a laser beam with a dot interval of not less than 30 μm to an area of the laser color development layer so as to develop print information in the laser color development layer .
A method for a base station, BS, operated in an unlicensed band, comprising: configuring a first energy detection threshold for a discovery signal and a second energy detection threshold for data; performing energy detection; transmitting the discovery signal to a user equipment in the unlicensed band if a detected energy based on the energy detection is less than the first energy detection threshold; and transmitting the data to the user equipment in the unlicensed band if the detected energy based on the energy detection is less than the second energy detection threshold, wherein the first energy detection threshold for the discovery signal is higher than the second energy detection threshold for the data. configuring a first energy detection threshold for a discovery signal and a second energy detection threshold for data; performing energy detection; transmitting the discovery signal to a user equipment in the unlicensed band if a detected energy based on the energy detection is less than the first energy detection threshold; and transmitting the data to the user equipment in the unlicensed band if the detected energy based on the energy detection is less than the second energy detection threshold, wherein the first energy detection threshold for the discovery signal is higher than the second energy detection threshold for the data.
An illuminated mirror including a plurality of light emitting portions attached to a reflective surface , the illuminated mirror comprising: one or more sensors configured to detect a difference between a first position and a second position of an object (A); characterized by a circuit configured to set a luminance of a first light emitting portion (14R or 14L) out of the light emitting portions of the illuminated mirror that corresponds to a first face direction of the object (A) to be smaller than a luminance of a second light emitting portion (14L or 14R) out of the light emitting portions that corresponds to a second face direction different from the first face direction of the object (A), in response to the one or more sensors detecting the first position and the second position of the object (A), respectively. one or more sensors configured to detect a difference between a first position and a second position of an object (A); characterized by a circuit configured to set a luminance of a first light emitting portion (14R or 14L) out of the light emitting portions of the illuminated mirror that corresponds to a first face direction of the object (A) to be smaller than a luminance of a second light emitting portion (14L or 14R) out of the light emitting portions that corresponds to a second face direction different from the first face direction of the object (A), in response to the one or more sensors detecting the first position and the second position of the object (A), respectively.
A gas-fired humidifier comprising: an atmospheric pressure storage tank for holding a volume of water, the storage tank having a make-up water inlet and a steam outlet; a gas-fired burner and combustion blower assembly ; a primary heat exchanger connected to the gas-fired burner and combustion blower assembly , the primary heat exchanger being located within the atmospheric pressure storage tank and configured to heat the volume of water to generate steam; a secondary heat exchanger including a first heat exchange section for heating a combustion air stream, the humidifier being configured to deliver said combustion air stream to an inlet of the gas-fired burner and combustion blower assembly ; and including a second heat exchange section for heating a make-up water stream, the humidifier being configured to deliver said combustion air stream to the make-up water inlet; wherein the first and second heat exchange sections are in heat transfer communication with exhaust gases generated by the gas-fired burner and combustion blower assembly characterized in that : the first heat exchange section and the second heat exchange section are provided within a common outer shell and are separated from each other by a divider plate . an atmospheric pressure storage tank for holding a volume of water, the storage tank having a make-up water inlet and a steam outlet; a gas-fired burner and combustion blower assembly ; a primary heat exchanger connected to the gas-fired burner and combustion blower assembly , the primary heat exchanger being located within the atmospheric pressure storage tank and configured to heat the volume of water to generate steam; a secondary heat exchanger including a first heat exchange section for heating a combustion air stream, the humidifier being configured to deliver said combustion air stream to an inlet of the gas-fired burner and combustion blower assembly ; and including a second heat exchange section for heating a make-up water stream, the humidifier being configured to deliver said combustion air stream to the make-up water inlet; wherein the first and second heat exchange sections are in heat transfer communication with exhaust gases generated by the gas-fired burner and combustion blower assembly characterized in that : the first heat exchange section and the second heat exchange section are provided within a common outer shell and are separated from each other by a divider plate .
A cap for a bottle or vial comprising: sealing means for engaging a rim of the bottle or vial ; detection means for detecting the presence or absence of the bottle or vial within the cap, wherein the detection means comprises an infrared (IR) or other frequency transmitter and a receiver located on opposing internal sides of the underside of the cap; electronic circuitry to control operation of the cap; a transmitter aperture and a receiver aperture , each of which is connected to the transmitter and receiver respectively, wherein a signal from the transmitter crosses from the transmitting aperture to the receiving aperture to the receiver when the bottle or vial is absent, to enable the detection means to detect the absence of the bottle or vial based on receipt of the signal by the receiver ; and a first lightproof tunnel connecting the transmitter to the transmitter aperture and a second lightproof tunnel connecting the receiver to the receiver aperture . sealing means for engaging a rim of the bottle or vial ; detection means for detecting the presence or absence of the bottle or vial within the cap, wherein the detection means comprises an infrared (IR) or other frequency transmitter and a receiver located on opposing internal sides of the underside of the cap; electronic circuitry to control operation of the cap; a transmitter aperture and a receiver aperture , each of which is connected to the transmitter and receiver respectively, wherein a signal from the transmitter crosses from the transmitting aperture to the receiving aperture to the receiver when the bottle or vial is absent, to enable the detection means to detect the absence of the bottle or vial based on receipt of the signal by the receiver ; and a first lightproof tunnel connecting the transmitter to the transmitter aperture and a second lightproof tunnel connecting the receiver to the receiver aperture .
An angle of attack sensor comprising: a housing having an open first end and a closed second end ; a heated chassis positioned within the open first end of the housing; a mounting plate positioned on the heated chassis adjacent the open first end of the housing such that an internal chamber is formed between the heated chassis and the mounting plate ; a transducer compartment between the heated chassis and the closed second end of the housing ; a water management system located adjacent the internal chamber and the transducer compartment , the water management system including: an annular chamber positioned in the internal chamber; a first tube at a first end of the annular chamber , the first tube having a hole such that the first tube is in fluid communication with the annular chamber and the internal chamber; and a second tube at a second end of the annular chamber , the second tube being in fluid communication with the annular chamber and the transducer compartment ; a first vent hole in fluid communication with the internal chamber and positioned near a bottom of the internal chamber; and a second vent hole in fluid communication with the internal chamber and positioned near a top of the internal chamber. a housing having an open first end and a closed second end ; a heated chassis positioned within the open first end of the housing; a mounting plate positioned on the heated chassis adjacent the open first end of the housing such that an internal chamber is formed between the heated chassis and the mounting plate ; a transducer compartment between the heated chassis and the closed second end of the housing ; a water management system located adjacent the internal chamber and the transducer compartment , the water management system including: an annular chamber positioned in the internal chamber; a first tube at a first end of the annular chamber , the first tube having a hole such that the first tube is in fluid communication with the annular chamber and the internal chamber; and a second tube at a second end of the annular chamber , the second tube being in fluid communication with the annular chamber and the transducer compartment ; an annular chamber positioned in the internal chamber; a first tube at a first end of the annular chamber , the first tube having a hole such that the first tube is in fluid communication with the annular chamber and the internal chamber; and a second tube at a second end of the annular chamber , the second tube being in fluid communication with the annular chamber and the transducer compartment ; a first vent hole in fluid communication with the internal chamber and positioned near a bottom of the internal chamber; and a second vent hole in fluid communication with the internal chamber and positioned near a top of the internal chamber.