mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a a network element for monitoring user plane traffic for a user equipment , the method comprising: configuring a set of characteristics and a range of values for each of the set of characteristics for user plane traffic between the user equipment and the network element; monitoring user plane traffic for the user equipment at the network element, the monitoring determining whether at least one characteristic of the user plane traffic falls outside of the configured range of values , resulting in a characteristic violation; and if the at least one characteristic of the user plane traffic falls outside the configured range of values , performing an action resulting from the characteristic violation; wherein the action comprises at least one of: triggering a secure message to the user equipment containing information associated with the characteristic violation ; performing a connection re-establishment by performing DETACH procedure on the user equipment and further by performing an ATTACH procedure from the user equipment; triggering an authentication procedure for the user equipment; and if the user plane traffic is transmitted without at least one of integrity and encryption protection, the action comprises turning on at least one of encryption or integrity protection. configuring a set of characteristics and a range of values for each of the set of characteristics for user plane traffic between the user equipment and the network element; monitoring user plane traffic for the user equipment at the network element, the monitoring determining whether at least one characteristic of the user plane traffic falls outside of the configured range of values , resulting in a characteristic violation; and if the at least one characteristic of the user plane traffic falls outside the configured range of values , performing an action resulting from the characteristic violation; wherein the action comprises at least one of: triggering a secure message to the user equipment containing information associated with the characteristic violation ; performing a connection re-establishment by performing DETACH procedure on the user equipment and further by performing an ATTACH procedure from the user equipment; triggering an authentication procedure for the user equipment; and if the user plane traffic is transmitted without at least one of integrity and encryption protection, the action comprises turning on at least one of encryption or integrity protection. triggering a secure message to the user equipment containing information associated with the characteristic violation ; performing a connection re-establishment by performing DETACH procedure on the user equipment and further by performing an ATTACH procedure from the user equipment; triggering an authentication procedure for the user equipment; and if the user plane traffic is transmitted without at least one of integrity and encryption protection, the action comprises turning on at least one of encryption or integrity protection.
A method, comprising: placing a portable electronic device that has been rendered at least partially inoperable due to moisture intrusion into a low-pressure chamber ; heating the portable electronic device; decreasing pressure within the low-pressure chamber ; removing moisture from an interior of the portable electronic device to an exterior of the portable electronic device; increasing the pressure within the low-pressure chamber after said decreasing the pressure; equalizing the pressure within the low-pressure chamber with the pressure outside the low-pressure chamber ; removing the portable electronic device from the low-pressure chamber , wherein: decreasing the pressure and increasing the pressure are repeated sequentially before said removing the portable electronic device; controlling a valve connected to the low-pressure chamber to increase the pressure within the low-pressure chamber between successive reductions in the pressure, characterised in that the method further comprises: detecting when a sufficient amount of moisture has been removed from the portable electronic device; and stopping the repeated decreasing the pressure and increasing the pressure after said detecting. placing a portable electronic device that has been rendered at least partially inoperable due to moisture intrusion into a low-pressure chamber ; heating the portable electronic device; decreasing pressure within the low-pressure chamber ; removing moisture from an interior of the portable electronic device to an exterior of the portable electronic device; increasing the pressure within the low-pressure chamber after said decreasing the pressure; equalizing the pressure within the low-pressure chamber with the pressure outside the low-pressure chamber ; removing the portable electronic device from the low-pressure chamber , decreasing the pressure and increasing the pressure are repeated sequentially before said removing the portable electronic device; controlling a valve connected to the low-pressure chamber to increase the pressure within the low-pressure chamber between successive reductions in the pressure, characterised in that the method further comprises: detecting when a sufficient amount of moisture has been removed from the portable electronic device; and stopping the repeated decreasing the pressure and increasing the pressure after said detecting. detecting when a sufficient amount of moisture has been removed from the portable electronic device; and stopping the repeated decreasing the pressure and increasing the pressure after said detecting.
A rotor structure in a compressor, the rotor structure comprising: a tie bolt ; a plurality of impeller bodies supported by the tie bolt ; wherein a first impeller body of the plurality of impeller bodies is arranged to provide a first stage of compression to a process fluid, and each subsequent impeller body provides a subsequent stage of compression to the process fluid; and a flow loop being defined by an input flow section extending at least in part along a flow channel between respective impeller bodies of the plurality of impeller bodies and a radially outward surface of the tie bolt , the flow loop being further defined by a return flow section ; characterized in that , the tie bolt having a bore that extends along a rotor axis and defines an inner space in fluid communication with a thru hole in the tie bolt ; at least a portion of the return flow section is defined by a flow channel extending within the inner space of the tie bolt , the thru hole establishes fluid communication between the input flow section and the return flow section . a tie bolt ; a plurality of impeller bodies supported by the tie bolt ; wherein a first impeller body of the plurality of impeller bodies is arranged to provide a first stage of compression to a process fluid, and each subsequent impeller body provides a subsequent stage of compression to the process fluid; and a flow loop being defined by an input flow section extending at least in part along a flow channel between respective impeller bodies of the plurality of impeller bodies and a radially outward surface of the tie bolt , the flow loop being further defined by a return flow section ; characterized in that , the tie bolt having a bore that extends along a rotor axis and defines an inner space in fluid communication with a thru hole in the tie bolt ; at least a portion of the return flow section is defined by a flow channel extending within the inner space of the tie bolt , the thru hole establishes fluid communication between the input flow section and the return flow section .
A resin composite comprising: a core material (A1) comprising a resin expanded body; and a fiber-reinforced resin material (A2) comprising a resin and fibers, a surface of said core material (A1) being covered by said fiber-reinforced resin material (A2), wherein said core material (A1) is provided with a corner section (Ac), one site and another site in said surface adjoin each other at an inner angle of less than 180 degrees via said corner section (Ac), said core material (A1) is a thermoformed expanded sheet and is provided with said corner section (Ac) formed by said thermoforming, a thickness of said corner section (Ac) is thicker than sites adjoining each other via said corner section (Ac), characterized in that said core material (A1) has a flatness ratio of cells from a surface of said corner section (Ac) to a depth of 2.5 mm of 20% or more.
A battery pack comprising: a battery including a plurality of battery cells ; a first battery pack terminal and a second battery pack terminal connected to the battery and configured to be connected to a charger for charging the battery via the first battery pack terminal and the second battery pack terminal; a cut-off switch arranged on a path through which charge and discharge currents of the battery flow; and a battery manager configured to monitor a state of the battery , to turn off the cut-off switch when there is a risk of the battery being damaged, and to determine whether the type of the charger is of the same type as that of a dedicated charger especially manufactured to charge the battery , wherein, when the type of the charger is different from that of the dedicated charger, the battery manager is configured to initially permit charging of the battery and to turn off the cut-off switch when a pack voltage that is a voltage between the first battery pack terminal and the second battery pack terminal reaches a first reference voltage. a battery including a plurality of battery cells ; a first battery pack terminal and a second battery pack terminal connected to the battery and configured to be connected to a charger for charging the battery via the first battery pack terminal and the second battery pack terminal; a cut-off switch arranged on a path through which charge and discharge currents of the battery flow; and a battery manager configured to monitor a state of the battery , to turn off the cut-off switch when there is a risk of the battery being damaged, and to determine whether the type of the charger is of the same type as that of a dedicated charger especially manufactured to charge the battery , wherein, when the type of the charger is different from that of the dedicated charger, the battery manager is configured to initially permit charging of the battery and to turn off the cut-off switch when a pack voltage that is a voltage between the first battery pack terminal and the second battery pack terminal reaches a first reference voltage.
A polyamide resin foam shaped product comprising a polyamide resin, wherein the polyamide resin foam shaped product has a crystallinity X of 10% to 50% and a crystallite size D of 10 nm or more as calculated based on a peak having a smallest peak width in an X-ray diffraction profile, as described in the description, of the polyamide resin foam shaped product, wherein the polyamide resin foam shaped product consists of polyamide resin pre-expanded particles containing the polyamide resin.
A set of cannula devices for a vitreo-retinal surgical procedure comprising: a first cannula device comprising a first tube configured for entry of a first surgical instrument through the first tube , a first hub at a proximal end of the first tube , and a first sealing element configured to seal a passage through the first tube when the first sealing element is in a relaxed condition; a second cannula device comprising a second tube configured for entry of a second surgical instrument through the second tube , and a second hub at a proximal end of the second tube , wherein the first tube has a different gauge size from the second tube ; wherein the first cannula device is self-illuminating, configured to emit a light of a first color corresponding to the gauge size of the first tube ; wherein the second cannula device is self-illuminating, configured to emit a light of a second color corresponding to the gauge size of the second tube , wherein the second color is different from the first color; wherein the first cannula device comprises first self-illuminating materials, and the first self-illuminating materials are first phosphors that make the first cannula device self-illuminating, wherein the first phosphors are incorporated in the first sealing element ; and wherein the second cannula device comprises second self-illuminating materials, and the second self-illuminating materials are second phosphors that make the second cannula device self-illuminating. a first cannula device comprising a first tube configured for entry of a first surgical instrument through the first tube , a first hub at a proximal end of the first tube , and a first sealing element configured to seal a passage through the first tube when the first sealing element is in a relaxed condition; a second cannula device comprising a second tube configured for entry of a second surgical instrument through the second tube , and a second hub at a proximal end of the second tube , wherein the first tube has a different gauge size from the second tube ; wherein the first cannula device is self-illuminating, configured to emit a light of a first color corresponding to the gauge size of the first tube ; wherein the second cannula device is self-illuminating, configured to emit a light of a second color corresponding to the gauge size of the second tube , wherein the second color is different from the first color; wherein the first cannula device comprises first self-illuminating materials, and the first self-illuminating materials are first phosphors that make the first cannula device self-illuminating, wherein the first phosphors are incorporated in the first sealing element ; and wherein the second cannula device comprises second self-illuminating materials, and the second self-illuminating materials are second phosphors that make the second cannula device self-illuminating.
An anaerobic curable composition comprising; (a) a (meth)acrylate component; (b) an anaerobic cure system; and (c) a compound within structure I wherein R 1 is an C 1-12 alkylene, C 2-12 alkenylene unit, or C 6-14 aryl; n is 0, 1 or 2; and R 2 are each individually selected from C 2-20 alkyl or alkenyl, C 5-14 cycloalkyl or cycloalkenyl, or C 6-14 aryl, each of which may be substituted or interrupted by one or more amine, hydroxyl, ether or vinyl ether groups or units. (a) a (meth)acrylate component; (b) an anaerobic cure system; and (c) a compound within structure I
An insulated fluid conductor for conducting fluid in an underwater or below grade environment where ambient pressure is higher than atmospheric pressure, wherein the insulated fluid conductor comprises: an internal pressure resistant fluid conduit including line pipe, casing pipe, pressure pipe, a flow line, pipeline, riser, valve, choke or blowout preventer , surrounded by an insulating liquid having an isostatic pressure higher than atmospheric pressure contained in a container , said liquid serves both to thermally insulate said internal pressure resistant fluid conduit and also to exert pressure inside said container .
An analysis device for performing a quantitative analysis on pictures of high resolution generated through use of stochastic optical reconstruction microscopy, the analysis device comprising: a picture imaging forming unit that is adapted to generate a sample picture from a plurality of fluorescent pictures by using stochastic optical reconstruction microscopy; and a sample picture image analysis unit that is adapted to perform an analysis based on the generated sample picture image and is provided with an area setting unit that is adapted to set predetermined areas (C1, C2) relative to bright spots (P1, P2) on the basis of the sample picture image generated by the picture image forming unit , and an analysis processing unit that is adapted to perform quantitative analysis based on the image information representing the predetermined areas (C1, C2) such that states of a plurality of bright spots contained in a plurality of areas set in the fluorescent image in accordance with positions of the plurality of bright spots are quantified as numerical values. a picture imaging forming unit that is adapted to generate a sample picture from a plurality of fluorescent pictures by using stochastic optical reconstruction microscopy; and a sample picture image analysis unit that is adapted to perform an analysis based on the generated sample picture image and is provided with an area setting unit that is adapted to set predetermined areas (C1, C2) relative to bright spots (P1, P2) on the basis of the sample picture image generated by the picture image forming unit , and an analysis processing unit that is adapted to perform quantitative analysis based on the image information representing the predetermined areas (C1, C2) such that states of a plurality of bright spots contained in a plurality of areas set in the fluorescent image in accordance with positions of the plurality of bright spots are quantified as numerical values.
A method of outputting images from a 3-dimensional display device , comprising: setting an optimal viewing distance which is related to a size of a display panel of the 3D display device ; determining (S301) a user viewing distance, the user viewing distance corresponding to a distance between a user and the 3D display device ; calculating (S302) a difference value between the determined user viewing distance and the optimal viewing distance, and, when the calculated difference value is greater than or equal to a first reference value, adjusting (S305) an output position of 3D image data, wherein the 3D image data comprises left image data and right image data; and displaying (S306) the 3D image data at the adjusted output position, wherein the displayed 3D image has a depth value and a tilt value, the depth value and the tilt value of the displayed 3D image data are decreased when the user viewing distance is shorter than the optimal viewing distance by the first reference value or more, and the depth value and the tilt value of the displayed 3D image data are increased when the user viewing distance is longer than the optimal viewing distance by the first reference value or more. setting an optimal viewing distance which is related to a size of a display panel of the 3D display device ; determining (S301) a user viewing distance, the user viewing distance corresponding to a distance between a user and the 3D display device ; calculating (S302) a difference value between the determined user viewing distance and the optimal viewing distance, and, when the calculated difference value is greater than or equal to a first reference value, adjusting (S305) an output position of 3D image data, wherein the 3D image data comprises left image data and right image data; and displaying (S306) the 3D image data at the adjusted output position, wherein the displayed 3D image has a depth value and a tilt value, the depth value and the tilt value of the displayed 3D image data are decreased when the user viewing distance is shorter than the optimal viewing distance by the first reference value or more, and the depth value and the tilt value of the displayed 3D image data are increased when the user viewing distance is longer than the optimal viewing distance by the first reference value or more.
Method of high-throughput cutting of a ribbon-type substrate into separated pieces , the method comprising: conveying the substrate along a conveyance path at a conveyance velocity; irradiating the substrate with a cw laserbeam , wherein the cw laserbeam coming from a laser source is deviated using a 2D polygon scanner , being characterised in that the 2D polygon scanner comprises a polygon scanner including a rotation axis parallel to the conveyance path such as to deviate the cw laserbeam in an y-direction perpendicular to the conveyance path, and a galvo scanner including a pivoting axis perpendicular to the conveyance path such as to deviate the cw laserbeam in a x-direction parallel to the conveyance path; wherein, in a single scan, the 2D polygon scanner is controlled such that, while the cw laserbeam is first deviated by the polygon scanner in the y-direction to traverse the conveyance path, the galvo scanner deviates further the cw laserbeam in the x-direction such as to compensate the conveyance velocity, such that the cw laserbeam is scanned along a surface of the substrate in a direction perpendicular to a longitudinal extension of the substrate , wherein, for completing a single cut through the substrate , a set of plural repeated single scans is performed. conveying the substrate along a conveyance path at a conveyance velocity; irradiating the substrate with a cw laserbeam , wherein the cw laserbeam coming from a laser source is deviated using a 2D polygon scanner , being characterised in that the 2D polygon scanner comprises a polygon scanner including a rotation axis parallel to the conveyance path such as to deviate the cw laserbeam in an y-direction perpendicular to the conveyance path, and a galvo scanner including a pivoting axis perpendicular to the conveyance path such as to deviate the cw laserbeam in a x-direction parallel to the conveyance path; wherein, in a single scan, the 2D polygon scanner is controlled such that, while the cw laserbeam is first deviated by the polygon scanner in the y-direction to traverse the conveyance path, the galvo scanner deviates further the cw laserbeam in the x-direction such as to compensate the conveyance velocity, such that the cw laserbeam is scanned along a surface of the substrate in a direction perpendicular to a longitudinal extension of the substrate , wherein, for completing a single cut through the substrate , a set of plural repeated single scans is performed.
A method in a 3GPP system, comprising: transmitting, from a base station, a set of Time Division Duplex, TDD, uplink/downlink configurations to a first communication device and a second communication device , wherein each TDD uplink/downlink configuration of the set of TDD uplink/downlink configurations comprises at least one downlink subframe, at least one uplink subframe, and at least one bidirectional subframe; transmitting, from the base station to each of the first and second communication devices, a TDD indication that indicates one TDD uplink/downlink configuration of the set of TDD uplink/downlink configurations for that communication device; receiving, by the base station from the first communication device, uplink data during a particular bidirectional subframe according to the TDD uplink/downlink configuration indicated to the first communication device; transmitting, from the base station to the second communication device, downlink data during the particular bidirectional subframe according to the TDD uplink/downlink configuration indicated to the second communication device. transmitting, from a base station, a set of Time Division Duplex, TDD, uplink/downlink configurations to a first communication device and a second communication device , wherein each TDD uplink/downlink configuration of the set of TDD uplink/downlink configurations comprises at least one downlink subframe, at least one uplink subframe, and at least one bidirectional subframe; transmitting, from the base station to each of the first and second communication devices, a TDD indication that indicates one TDD uplink/downlink configuration of the set of TDD uplink/downlink configurations for that communication device; receiving, by the base station from the first communication device, uplink data during a particular bidirectional subframe according to the TDD uplink/downlink configuration indicated to the first communication device; transmitting, from the base station to the second communication device, downlink data during the particular bidirectional subframe according to the TDD uplink/downlink configuration indicated to the second communication device.