mhurhangee/ep-ind-claims huggingface dataset:
A method of identifying quantum vulnerability with respect to an application by using a computing apparatus, the method comprising: identifying one or more cryptographic associated functions performed in an application based on analysis of a code, executed while the application is in an operating state, by using a dynamic analysis agent corresponding to the application; calculating a cryptography algorithm list used in the application while calling and executing an API of the one or more cryptographic associated functions; and based on the cryptography algorithm list, identifying quantum vulnerability with respect to the application. identifying one or more cryptographic associated functions performed in an application based on analysis of a code, executed while the application is in an operating state, by using a dynamic analysis agent corresponding to the application; calculating a cryptography algorithm list used in the application while calling and executing an API of the one or more cryptographic associated functions; and based on the cryptography algorithm list, identifying quantum vulnerability with respect to the application.
Foldable gymnastic machine comprising a supporting structure to rest said gymnastic machine on a resting surface, comprising a front portion, comprising, in turn, a resistance member, and a rear portion, an exercise device, through which a user performs a gymnastic exercise, coupled to said supporting structure and to said resistance member, capable of resisting during the execution of a gymnastic exercise, said exercise device comprising a second pair of levers for the feet, in turn comprising a first and a second lever, each provided with a first end (221a; 222a), coupled to said supporting structure, and a free second end (221b; 222b), capable of fitting said user's feet during the execution of the gymnastic exercise, wherein said first and second lever of said second pair of levers for the feet are capable of passing from an open position, in which the user can perform the gymnastic exercise, to a closed position, when the gymnastic machine is not in use, said gymnastic machine characterized in that said rear portion is capable of passing from an open position, when it is placed in contact with said resting surface and positioned along a horizontal direction, to a closed position when it is placed close to said front portion, substantially placed along a vertical direction, orthogonal to said horizontal direction. a supporting structure to rest said gymnastic machine on a resting surface, comprising a front portion, comprising, in turn, a resistance member, and a rear portion, an exercise device, through which a user performs a gymnastic exercise, coupled to said supporting structure and to said resistance member, capable of resisting during the execution of a gymnastic exercise, said exercise device comprising a second pair of levers for the feet, in turn comprising a first and a second lever, each provided with a first end (221a; 222a), coupled to said supporting structure, and a free second end (221b; 222b), capable of fitting said user's feet during the execution of the gymnastic exercise, wherein said first and second lever of said second pair of levers for the feet are capable of passing from an open position, in which the user can perform the gymnastic exercise, to a closed position, when the gymnastic machine is not in use, said gymnastic machine characterized in that said rear portion is capable of passing from an open position, when it is placed in contact with said resting surface and positioned along a horizontal direction, to a closed position when it is placed close to said front portion, substantially placed along a vertical direction, orthogonal to said horizontal direction.
A composition comprising substantially animal protein-free recombinant furin lacking transmembrane and cytoplasmic domains and comprising a specific activity of at least 300 U/μg protein, the composition comprising host cell protein at a concentration less than about 1.0 ng protein/U furin activity, or host cell DNA at a concentration less than about 0.4 pg DNA/U furin activity, and essentially lacking contaminating proteins from serum, wherein the recombinant furin activity is measured on a short synthetic peptide containing the dibasic recognition sequence attached to a fluorescent amino-methyl coumarin group, that is released after cleavage (BOC-RVRR-AMC), whereby one activity unit is defined as the release of 1 pMol of AMC per minute at 30°C.
A charging method of a secondary battery comprising: a first charging step of charging the secondary battery at a first C-rate from an initial charge voltage to a first charge voltage; and a second charging step of charging the secondary battery to a target voltage while gradually decreasing a C-rate within a range not exceeding the first C-rate after the voltage of the secondary battery reached the first charge voltage, wherein the first C-rate of the first charging step is 6C, the gradual decreasing of the C-rate in the second charging step comprises stepwise decreasing the C-rate in proportion to a charge time, the decreasing of the C-rate comprises stepwise decreasing the C-rate within a range from 3C to 1C, the first charge voltage has a range from 4.080 V to 4.095 V, and the target voltage has a range from 4.090 V to 4.100 V within a range equal to or greater than the first charge voltage. a first charging step of charging the secondary battery at a first C-rate from an initial charge voltage to a first charge voltage; and a second charging step of charging the secondary battery to a target voltage while gradually decreasing a C-rate within a range not exceeding the first C-rate after the voltage of the secondary battery reached the first charge voltage, wherein the first C-rate of the first charging step is 6C, the gradual decreasing of the C-rate in the second charging step comprises stepwise decreasing the C-rate in proportion to a charge time, the decreasing of the C-rate comprises stepwise decreasing the C-rate within a range from 3C to 1C, the first charge voltage has a range from 4.080 V to 4.095 V, and the target voltage has a range from 4.090 V to 4.100 V within a range equal to or greater than the first charge voltage.
A method for performing a paging procedure by a base station, BS, in a wireless communication system, the method comprising: identifying that paging for a mobile station, MS, is initiated; transmitting a paging indicator for scheduling a paging message for a specific coverage class, the paging indicator including both of a first part indicating a paging identifier, ID, which is a predefined fixed value and a second part indicating a group of MSs which need to receive the paging message, the group of MSs being determined based on at least one of an MS ID, an application performed in the MS, a service performed in the MS, a location of the MS, or an MS associated ID; and transmitting the paging message including an identifier of the MS based on the paging indicator, wherein the second part is applied to at least one MS belonging to the specific coverage class, and indicates whether the paging message is transmitted for MSs belonging to the specific coverage class. identifying that paging for a mobile station, MS, is initiated; transmitting a paging indicator for scheduling a paging message for a specific coverage class, the paging indicator including both of a first part indicating a paging identifier, ID, which is a predefined fixed value and a second part indicating a group of MSs which need to receive the paging message, the group of MSs being determined based on at least one of an MS ID, an application performed in the MS, a service performed in the MS, a location of the MS, or an MS associated ID; and transmitting the paging message including an identifier of the MS based on the paging indicator, wherein the second part is applied to at least one MS belonging to the specific coverage class, and indicates whether the paging message is transmitted for MSs belonging to the specific coverage class.
A high voltage assembly, especially a high voltage transformer or a high voltage reactor, comprising: - a metal enclosure containing an active component and being connected to ground potential, - a high voltage bushing comprising a high voltage conductor, the high voltage bushing passing through an opening of the metal enclosure, - a field forming jacket which is arranged inside the metal enclosure to receive at least partly the high voltage bushing, characterized in - that the field forming jacket is configured to provide an insulation gap between an inner surface of the field forming jacket and an outer surface of the high voltage bushing, and - that the field forming jacket comprises a field forming layer with a first electrical connection to the ground potential and a second electrical connection to a high voltage potential of the high voltage conductor. - a metal enclosure containing an active component and being connected to ground potential, - a high voltage bushing comprising a high voltage conductor, the high voltage bushing passing through an opening of the metal enclosure, - a field forming jacket which is arranged inside the metal enclosure to receive at least partly the high voltage bushing, characterized in - that the field forming jacket is configured to provide an insulation gap between an inner surface of the field forming jacket and an outer surface of the high voltage bushing, and - that the field forming jacket comprises a field forming layer with a first electrical connection to the ground potential and a second electrical connection to a high voltage potential of the high voltage conductor.
A locking/unlocking device comprising: a drive unit configured to drive a lock mechanism of an opening/closing device; a magnetic detection unit configured to detect a change in a magnetic field based on a change in a relative position between a movable section and a fixed section of the opening/closing device; and a control unit configured to determine an open/closed state of the opening/closing device on a basis of the change in the magnetic field detected by the magnetic detection unit and activate the drive unit to lock or unlock the lock mechanism on a basis of the open/closed state; wherein the magnetic detection unit notifies the control unit of a detection result at a predetermined output cycle; the control unit changes the output cycle of the magnetic detection unit based on the open/closed state of the opening/closing device; and the output cycle of the magnetic detection unit after the opening/closing device is shifted from a closed state to an open state is shorter than the output cycle of the magnetic detection unit while the opening/closing device is in the closed state. a drive unit configured to drive a lock mechanism of an opening/closing device; a magnetic detection unit configured to detect a change in a magnetic field based on a change in a relative position between a movable section and a fixed section of the opening/closing device; and a control unit configured to determine an open/closed state of the opening/closing device on a basis of the change in the magnetic field detected by the magnetic detection unit and activate the drive unit to lock or unlock the lock mechanism on a basis of the open/closed state; wherein the magnetic detection unit notifies the control unit of a detection result at a predetermined output cycle; the control unit changes the output cycle of the magnetic detection unit based on the open/closed state of the opening/closing device; and the output cycle of the magnetic detection unit after the opening/closing device is shifted from a closed state to an open state is shorter than the output cycle of the magnetic detection unit while the opening/closing device is in the closed state.
Method for designing a wind energy plant with a generator and with a rotor with rotor blades, comprising the steps - determining the size of the wind energy plant which is to be designed, more particularly the rotor diameter and axle height, for a proposed installation site, - designing the wind energy plant for a reduced maximum load, which is lower than a maximum load which occurs when a 50-year gust strikes the wind energy plant from a maximum loading side, wherein - the reduced maximum load is a load which occurs when the 50-year gust strikes the wind energy plant from a sector from the front which is more particularly termed a region of +/- 20° from the front. - determining the size of the wind energy plant which is to be designed, more particularly the rotor diameter and axle height, for a proposed installation site, - designing the wind energy plant for a reduced maximum load, which is lower than a maximum load which occurs when a 50-year gust strikes the wind energy plant from a maximum loading side, wherein - the reduced maximum load is a load which occurs when the 50-year gust strikes the wind energy plant from a sector from the front which is more particularly termed a region of +/- 20° from the front.
Method of operating a user equipment in a radio access network, the method comprising transmitting measurement reporting, the measurement reporting pertaining to a measurement time interval, the measurement time interval being determined based on a Synchronisation Signaling, SS, block configuration, characterised in that the measurement time interval covers transmission not included in a SS block.
Seat for local public transport, having a back shell, having at least one front seat surface (4, 5), and having at least two bars (2, 3) which support the back shell and/or the at least one seat surface (4, 5), wherein the back shell and the seat surface are in the form of injection-moulded parts, characterized in that the bars (2, 3) are produced separately as foamed plastic parts, wherein the bars (2, 3) have a proportion of glass fibre in the material of 20-40 %, preferably approximately 30 %.
A controller adapted for generating a switching signal for controlling one or more power switches included in a switch mode power supply (SMPS), the controller including a clock circuit that is adapted to generate a switching signal for controlling the one or more power switches and that has a frequency that is slewed at a constant rate, whereby the direction of the slewing is changed at random times, thereby reducing peak spectral noise of the switch mode power supply.
A method of detecting traveling characteristics of a mechanical trailing curtain of a camera having an imaging device with a plurality of pixels arranged in a pixel array, which has rows and columns, and a shutter for adjusting a quantity of light exposure on the imaging device, wherein the traveling characteristics are indicative of a non-ideal movement of the mechanical trailing curtain, the method comprising the steps of: detecting first quantities of light based on a first voltage read from pixels of even rows or odd rows of the imaging device, after performing a reset scan operation on the plurality of pixels of the imaging device for initiating an exposure with respect to each pixel in pixel line units in the imaging device; shielding the imaging device from light by causing a mechanical trailing curtain included in the shutter to travel, after detecting the first quantities of light; detecting second quantities of light based on a second voltage read from pixels of rows that are different from the rows read to detect the first quantities of light, after shielding the imaging device; and obtaining traveling characteristics of the mechanical trailing curtain based on the first quantities of light and the second quantities of light by summing the first quantities of light and summing the second quantities of light and comparing the summed first quantities of light with the summed second quantities of light. detecting first quantities of light based on a first voltage read from pixels of even rows or odd rows of the imaging device, after performing a reset scan operation on the plurality of pixels of the imaging device for initiating an exposure with respect to each pixel in pixel line units in the imaging device; shielding the imaging device from light by causing a mechanical trailing curtain included in the shutter to travel, after detecting the first quantities of light; detecting second quantities of light based on a second voltage read from pixels of rows that are different from the rows read to detect the first quantities of light, after shielding the imaging device; and obtaining traveling characteristics of the mechanical trailing curtain based on the first quantities of light and the second quantities of light by summing the first quantities of light and summing the second quantities of light and comparing the summed first quantities of light with the summed second quantities of light.
A gas mass flow sensor (306, 506) comprising: an ambient temperature sensor partially surrounded by a first housing, a flow sensing device including a temperature-sensitive resistive element surrounded by a thermally conductive shell (328, 528), wherein the flow sensing device is partially surrounded by a second housing (326, 526), wherein the second housing (326, 526) partially surrounding the thermally conductive shell (328, 528) comprises flow guidance elements (334, 534) coupled to the second housing (326, 526) and positioned to provide a flow path focused on a leading surface (336, 536) of the thermally conductive shell (328, 528), wherein the leading surface (336, 536) is oriented substantially orthogonal to a direction of a gas flow, and a thermal insulator (344, 550) positioned on a non-leading surface (340, 342, 540, 542, 552) of the shell (328, 528) so that heat transfer from the thermally conductive shell (328, 528) is focused through the leading surface (336, 536) of the thermally conductive shell (328, 528). an ambient temperature sensor partially surrounded by a first housing, a flow sensing device including a temperature-sensitive resistive element surrounded by a thermally conductive shell (328, 528), wherein the flow sensing device is partially surrounded by a second housing (326, 526), wherein the second housing (326, 526) partially surrounding the thermally conductive shell (328, 528) comprises flow guidance elements (334, 534) coupled to the second housing (326, 526) and positioned to provide a flow path focused on a leading surface (336, 536) of the thermally conductive shell (328, 528), wherein the leading surface (336, 536) is oriented substantially orthogonal to a direction of a gas flow, and a thermal insulator (344, 550) positioned on a non-leading surface (340, 342, 540, 542, 552) of the shell (328, 528) so that heat transfer from the thermally conductive shell (328, 528) is focused through the leading surface (336, 536) of the thermally conductive shell (328, 528).
A method for transmitting downlink control information, DCI, to request a Channel Quality Indicator, CQI, by a base station in a LTE-A based wireless communication system supporting carrier aggregation for a plurality of component carriers, CCs, the method comprising: generating a bit string for triggering a CQI report, the bit-string includes a plurality of bits mapped to the plurality of CCs respectively; generating DCI including CQI related information for requesting the CQI report for at least one of the plurality of CCs; and transmitting the DCI on a physical downlink control channel, PDCCH, of a CC among the plurality of CCs, wherein a size of the CQI related information is greater than 1-bit and the CQI related information is set to one of a plurality of states indicating which CC to be CQI reported among the plurality of CCs, and wherein the plurality of states includes: a No CQI reporting state in which CQI reporting is not performed, a single CC CQI reporting state in which CQI reporting is performed for only one CC among the plurality of CCs, and a multi-CC CQI reporting state in which CQI reporting is performed for all the plurality of CCs, and wherein one or more bits among the plurality of bits are used for triggering CQI reporting for all the plurality of CCs at once by a single DCI transmission. generating a bit string for triggering a CQI report, the bit-string includes a plurality of bits mapped to the plurality of CCs respectively; generating DCI including CQI related information for requesting the CQI report for at least one of the plurality of CCs; and transmitting the DCI on a physical downlink control channel, PDCCH, of a CC among the plurality of CCs, wherein a size of the CQI related information is greater than 1-bit and the CQI related information is set to one of a plurality of states indicating which CC to be CQI reported among the plurality of CCs, and wherein the plurality of states includes: a No CQI reporting state in which CQI reporting is not performed, a single CC CQI reporting state in which CQI reporting is performed for only one CC among the plurality of CCs, and a multi-CC CQI reporting state in which CQI reporting is performed for all the plurality of CCs, and a No CQI reporting state in which CQI reporting is not performed, a single CC CQI reporting state in which CQI reporting is performed for only one CC among the plurality of CCs, and a multi-CC CQI reporting state in which CQI reporting is performed for all the plurality of CCs, and wherein one or more bits among the plurality of bits are used for triggering CQI reporting for all the plurality of CCs at once by a single DCI transmission.