mhurhangee/ep-ind-claims huggingface dataset:
A method for discontinuously monitoring downlink control channel in a user equipment in a wireless communication system, the method comprising: receiving a discontinuous reception, DRX, Start Offset from a base station to be used for both a first DRX Cycle and a second DRX Cycle; and starting an On Duration Timer at a subframe that satisfies either a first condition for the first DRX Cycle or a second condition for the second DRX Cycle, wherein a first DRX offset used in the first condition is based upon the DRX Start Offset received from the base station, and wherein a second DRX offset used in the second condition is a calculation result of {DRX Start Offset} MOD {second DRX Cycle}, where the {DRX Start Offset} denotes a value of the DRX Start Offset received from the base station, the {second DRX Cycle} denotes a value of the second DRX cycle, and MOD denotes a modulo operation receiving a discontinuous reception, DRX, Start Offset from a base station to be used for both a first DRX Cycle and a second DRX Cycle; and starting an On Duration Timer at a subframe that satisfies either a first condition for the first DRX Cycle or a second condition for the second DRX Cycle, wherein a first DRX offset used in the first condition is based upon the DRX Start Offset received from the base station, and wherein a second DRX offset used in the second condition is a calculation result of {DRX Start Offset} MOD {second DRX Cycle}, where the {DRX Start Offset} denotes a value of the DRX Start Offset received from the base station, the {second DRX Cycle} denotes a value of the second DRX cycle, and MOD denotes a modulo operation
A computer-implemented method of locally verifying an attribute associated with a user, the method comprising performing, by a computing device, steps including: capturing biometric verification data using the computing device; determining whether the biometric verification data corresponds to the user by comparing the biometric verification data with authenticated biometric data of the user previously obtained from an identity document, ID, and stored locally on the computing device; in response to determining that the biometric verification data corresponds to the user, verifying the attribute associated with the user based on attribute information associated with the user previously obtained from the ID and stored locally on the computing device; and presenting (715, 729), on a display of the computing device, a machine-readable confirmation of the verified attribute associated with the user. capturing biometric verification data using the computing device; determining whether the biometric verification data corresponds to the user by comparing the biometric verification data with authenticated biometric data of the user previously obtained from an identity document, ID, and stored locally on the computing device; in response to determining that the biometric verification data corresponds to the user, verifying the attribute associated with the user based on attribute information associated with the user previously obtained from the ID and stored locally on the computing device; and presenting (715, 729), on a display of the computing device, a machine-readable confirmation of the verified attribute associated with the user.
A radiation therapy apparatus for treating an organism with therapeutic radiation, the radiation therapy apparatus comprising a pair of two-dimensional radiation detectors (30-1, 30-2) which are arranged so as to be opposed to each other with the therapeutic radiation which is emitted passing therebetween, wherein one of the two-dimensional radiation detectors is configured to detect an incident two-dimensional position of one ray of a pair of annihilation γ rays produced when positrons emitted from a positron-emitting radionuclide annihilate, and the other two-dimensional radiation detector is configured to detect an incident two-dimensional position of the other ray of the pair of annihilation γ rays; a radionuclide position detecting unit which is configured to detect a position of the positron-emitting radionuclide on a line connecting a pair of positions simultaneously detected by the pair of two-dimensional radiation detectors, wherein the radionuclide position detecting unit is configured to assume that the position of the positron-emitting radionuclide is on a point at which the line intersects a plane of interest which is located in the middle between the two-dimensional radiation detectors (30-1, 30-2) and which is determined in accordance with an irradiation position of the therapeutic radiation and is configured to that the positron-emitting radionuclide is on the plane of interest when a distribution of positions of the positron-emitting radionuclide formed in time series falls within a predetermined range on the plane of interest; and a radiation irradiation device which is configured to irradiate the therapeutic radiation toward the detected position of the positron-emitting radionuclide on the plane of interest.
A gas heater including: a plurality of heater burners, each burner having an operational condition in which heat is generated by the ignition of gas supplied to the burner; at least one conduit for directing gas from a gas supply to each of the heater burners; a solenoid gas safety valve device having a valve electrical connector and being adapted, when provided via said valve electrical connector with at least a threshold amount of electrical current, to be maintained in an open condition to allow passage of gas from a said gas supply along the at least one conduit to each of the heater burners, and when not provided with at least said threshold amount of current, to be in a closed condition thereby preventing such passage of gas; and characterized by an electrical current generator which is connected to the valve device via said valve electrical connector and which includes a plurality of thermocouple (30, 32) devices spaced apart from one another, each thermocouple device being adjacent to and operatively associated with a different respective one of the heater burners, the electrical current generator being configured, due to a combined electrical current generation by said thermocouple devices (30, 32), to generate electrical current of at least said threshold amount for provision to the valve device via said valve electrical connector even if any one of the thermocouple devices (30, 32) does not generate electrical current of at least said threshold amount. a plurality of heater burners, each burner having an operational condition in which heat is generated by the ignition of gas supplied to the burner; at least one conduit for directing gas from a gas supply to each of the heater burners; a solenoid gas safety valve device having a valve electrical connector and being adapted, when provided via said valve electrical connector with at least a threshold amount of electrical current, to be maintained in an open condition to allow passage of gas from a said gas supply along the at least one conduit to each of the heater burners, and when not provided with at least said threshold amount of current, to be in a closed condition thereby preventing such passage of gas; and characterized by an electrical current generator which is connected to the valve device via said valve electrical connector and which includes a plurality of thermocouple (30, 32) devices spaced apart from one another, each thermocouple device being adjacent to and operatively associated with a different respective one of the heater burners, the electrical current generator being configured, due to a combined electrical current generation by said thermocouple devices (30, 32), to generate electrical current of at least said threshold amount for provision to the valve device via said valve electrical connector even if any one of the thermocouple devices (30, 32) does not generate electrical current of at least said threshold amount.
A tamper-evident package comprising: a container defining a product-containing space surrounded by a side wall and having a flange projecting from an upper edge of the side wall in a direction generally away from the product-containing space, the flange having an upper surface that extends about a circumference of the side wall's upper edge; an area of weakness formed in the flange and extending circumferentially for a minor part of the circumference of the side wall's upper edge, the area of weakness being interrupted so as to define a break tab as an area of the flange that is initially unbroken and whose broken or unbroken condition is readily visually discernible; and a flexible lid sealed to the upper surface of the flange, a portion of the lid being affixed to a detachable region of the flange located outward of the break tab, such that bending and pulling on the detachable region of the flange causes the break tab to be broken and the detachable region to separate from the remainder of the flange, after which peeling of the lid can proceed; at least that portion of the lid overlying the break tab being sufficiently transparent that the broken or unbroken condition of the break tab can be seen through the lid from an upper side thereof. a container defining a product-containing space surrounded by a side wall and having a flange projecting from an upper edge of the side wall in a direction generally away from the product-containing space, the flange having an upper surface that extends about a circumference of the side wall's upper edge; an area of weakness formed in the flange and extending circumferentially for a minor part of the circumference of the side wall's upper edge, the area of weakness being interrupted so as to define a break tab as an area of the flange that is initially unbroken and whose broken or unbroken condition is readily visually discernible; and a flexible lid sealed to the upper surface of the flange, a portion of the lid being affixed to a detachable region of the flange located outward of the break tab, such that bending and pulling on the detachable region of the flange causes the break tab to be broken and the detachable region to separate from the remainder of the flange, after which peeling of the lid can proceed; at least that portion of the lid overlying the break tab being sufficiently transparent that the broken or unbroken condition of the break tab can be seen through the lid from an upper side thereof.
A trajectory guide frame for guiding an interventional device with respect to a body of a patient in an MRI-guided procedure, the trajectory guide frame comprising: a base having a patient access aperture therein, wherein the base is configured to be secured to the body of a patient; a targeting cannula mounted on the base for movement relative thereto, the targeting cannula including a guide bore therethrough that is configured to guide placement of the interventional device in vivo; at least first, second and third MRI-visible fiducial markers mounted on the base, characterized in that: the first, second and third MRI-visible fiducial markers are relatively positioned in a rotationally asymmetric layout to facilitate positive determination of an orientation of the base in free space from an MR image and wherein: the first, second and third MRI-visible fiducial markers each located on a common circle; and a circumferential spacing between the first and second MRI-visible fiducial markers is less than a circumferential spacing between the first and third MRI-visible fiducial markers. a base having a patient access aperture therein, wherein the base is configured to be secured to the body of a patient; a targeting cannula mounted on the base for movement relative thereto, the targeting cannula including a guide bore therethrough that is configured to guide placement of the interventional device in vivo; at least first, second and third MRI-visible fiducial markers mounted on the base, characterized in that: the first, second and third MRI-visible fiducial markers are relatively positioned in a rotationally asymmetric layout to facilitate positive determination of an orientation of the base in free space from an MR image and wherein: the first, second and third MRI-visible fiducial markers each located on a common circle; and a circumferential spacing between the first and second MRI-visible fiducial markers is less than a circumferential spacing between the first and third MRI-visible fiducial markers. the first, second and third MRI-visible fiducial markers are relatively positioned in a rotationally asymmetric layout to facilitate positive determination of an orientation of the base in free space from an MR image and wherein: the first, second and third MRI-visible fiducial markers each located on a common circle; and a circumferential spacing between the first and second MRI-visible fiducial markers is less than a circumferential spacing between the first and third MRI-visible fiducial markers. the first, second and third MRI-visible fiducial markers each located on a common circle; and a circumferential spacing between the first and second MRI-visible fiducial markers is less than a circumferential spacing between the first and third MRI-visible fiducial markers.
A user terminal configured to communicate by using a first cell group, CG, and a second CG, comprising: a power control section configured to control UL transmission power for the first CG and the second CG; and a transmission section configured to transmit at least a physical random access channel, PRACH, wherein, when the transmission section retransmits the PRACH in a primary cell of the first CG and when a transmission power that is necessary to retransmit the PRACH in the first CG is prepared a predetermined period before the PRACH is retransmitted in the primary cell of the first CG, the power control section is configured to apply control so that power is preferentially allocated to the retransmission of the PRACH over transmission in the second CG, wherein, when total transmission power of the retransmission of the PRACH in the primary cell of the first CG and the transmission in the second CG exceeds maximum possible transmission power, the power control section is configured to apply power scaling or dropping to the transmission in the second CG. a power control section configured to control UL transmission power for the first CG and the second CG; and a transmission section configured to transmit at least a physical random access channel, PRACH, wherein, when the transmission section retransmits the PRACH in a primary cell of the first CG and when a transmission power that is necessary to retransmit the PRACH in the first CG is prepared a predetermined period before the PRACH is retransmitted in the primary cell of the first CG, the power control section is configured to apply control so that power is preferentially allocated to the retransmission of the PRACH over transmission in the second CG, wherein, when total transmission power of the retransmission of the PRACH in the primary cell of the first CG and the transmission in the second CG exceeds maximum possible transmission power, the power control section is configured to apply power scaling or dropping to the transmission in the second CG.
A network slice selection method applicable to a network slice selection function, NSSF, network element shared by a plurality of network slices in a core network, the method comprising: receiving a slice selection request, wherein the slice selection request is adopted for requesting to select a network slice for a roaming user, and the slice selection request comprises user information belonging to the roaming user; searching, according to the user information, a preset roaming policy for a group of configuration information matching the user information, wherein the roaming policy comprises a plurality of groups of configuration information, and each group of configuration information corresponds to one of the network slices; determining a network slice corresponding to the found group of configuration information as a target network slice; and sending a response message for the slice selection request, wherein the response message carries identification information of the target network slice. receiving a slice selection request, wherein the slice selection request is adopted for requesting to select a network slice for a roaming user, and the slice selection request comprises user information belonging to the roaming user; searching, according to the user information, a preset roaming policy for a group of configuration information matching the user information, wherein the roaming policy comprises a plurality of groups of configuration information, and each group of configuration information corresponds to one of the network slices; determining a network slice corresponding to the found group of configuration information as a target network slice; and sending a response message for the slice selection request, wherein the response message carries identification information of the target network slice.
A method for verifying an acceptable splice termination comprising: providing a field optical fiber and a fiber optic connector comprising a stub optical fiber; propagating light energy along the stub optical fiber to a termination area of the fiber optic connector; collecting the light energy at the termination area before the field optical fiber is inserted into the fiber optic connector to obtain an initial value representative of the amount of light energy, wherein the light energy is collected in the form of optical power and converted to an electrical signal proportional to the amount of optical power collected at the termination area; displaying an indication of the initial value on a feedback monitor; terminating the field optical fiber to the fiber optic connector; collecting the light energy at the termination area after terminating the field optical fiber to obtain a final value representative of the amount of light energy, wherein the light energy is again collected in the form of optical power and converted to an electrical signal proportional to the amount of optical power collected at the termination area; displaying an indication of the final value on the feedback monitor; and comparing the initial value and the final value to determine whether the difference between the initial value and the final indicates an acceptable splice termination. providing a field optical fiber and a fiber optic connector comprising a stub optical fiber; propagating light energy along the stub optical fiber to a termination area of the fiber optic connector; collecting the light energy at the termination area before the field optical fiber is inserted into the fiber optic connector to obtain an initial value representative of the amount of light energy, wherein the light energy is collected in the form of optical power and converted to an electrical signal proportional to the amount of optical power collected at the termination area; displaying an indication of the initial value on a feedback monitor; terminating the field optical fiber to the fiber optic connector; collecting the light energy at the termination area after terminating the field optical fiber to obtain a final value representative of the amount of light energy, wherein the light energy is again collected in the form of optical power and converted to an electrical signal proportional to the amount of optical power collected at the termination area; displaying an indication of the final value on the feedback monitor; and comparing the initial value and the final value to determine whether the difference between the initial value and the final indicates an acceptable splice termination.
Method of allocating a virtual register stack of a processing unit in a stack machine comprising allocating a given number of topmost elements of the virtual register stack in a physical register file of the stack machine and allocating additional elements of the virtual register stack in a hierarchical register cache of the stack machine, characterized in that the register cache takes the form of on-chip memory and the register file comprises multiple segments (12, 18, 19, 20), each segment (12, 18, 19, 20) containing a given number of registers of a virtual processing unit and being defined by special-purpose registers of the virtual processing unit, the special-purpose registers comprising an offset of the registers within the register file. in a stack machine comprising allocating a given number of topmost elements of the virtual register stack in a physical register file of the stack machine and allocating additional elements of the virtual register stack in a hierarchical register cache of the stack machine, characterized in that the register cache takes the form of on-chip memory and the register file comprises multiple segments (12, 18, 19, 20), each segment (12, 18, 19, 20) containing a given number of registers of a virtual processing unit and being defined by special-purpose registers of the virtual processing unit, the special-purpose registers comprising an offset of the registers within the register file.
A method of facilitating obtaining an object, the method comprising: accessing generation information within a first instance of the object; determining, based on said generation information, a first generation count of said first instance, said first generation count being based on a length of a chain of referrals that led to obtaining said first instance; creating a link to contact a download site to obtain a second instance of the object, said link indicating a second generation count incremented from said first generation count; and presenting said mechanism in a user interface associated with said first instance of the object. accessing generation information within a first instance of the object; determining, based on said generation information, a first generation count of said first instance, said first generation count being based on a length of a chain of referrals that led to obtaining said first instance; creating a link to contact a download site to obtain a second instance of the object, said link indicating a second generation count incremented from said first generation count; and presenting said mechanism in a user interface associated with said first instance of the object.