mhurhangee/ep-ind-claims huggingface dataset:
A method of authenticating an application (310, 320) with a trusted server application in a mobile terminal, the trusted server application being external to a universal integrated circuit card, the method comprising: performing, with the trusted server application, bootstrapping procedures between the trusted server application and a bootstrapping server function; deriving, by the trusted server application, a shared key based on at least a key received from the bootstrapping server function server during the bootstrapping procedures and a network application function identifier; providing, by the trusted server application, the application (310, 320) with a bootstrapping transaction identifier, the bootstrapping transaction identifier being received from the bootstrapping server function server during the bootstrapping procedures; receiving by the trusted server application, a response from the application (310, 320); authenticating, by the trusted server client application, the application (310, 320) by validating the response with the shared key; and marking, by the trusted server application, the application (310, 320) as trusted when the authentication is successful. performing, with the trusted server application, bootstrapping procedures between the trusted server application and a bootstrapping server function; deriving, by the trusted server application, a shared key based on at least a key received from the bootstrapping server function server during the bootstrapping procedures and a network application function identifier; providing, by the trusted server application, the application (310, 320) with a bootstrapping transaction identifier, the bootstrapping transaction identifier being received from the bootstrapping server function server during the bootstrapping procedures; receiving by the trusted server application, a response from the application (310, 320); authenticating, by the trusted server client application, the application (310, 320) by validating the response with the shared key; and marking, by the trusted server application, the application (310, 320) as trusted when the authentication is successful.
An adjustment device for a door, having a drive, wherein the drive drives a planetary gear of the adjustment device, wherein an entrainment ring is rotated over a receiver by way of the planetary gear, wherein the entrainment ring may be coupled with and uncoupled from an annular gear, which is in turn connected by way of a securing flange to a take-off gear, characterised in that a bearing flange serves as an end bearing for a spindle of the adjustment device, wherein a rotary slide element (D, D1) that is arranged on the same axis as the drive is provided, wherein the rotary slide element (D, D1) has a cartridge that is mounted to float between a take-off gear bushing and an axially non-displaceable and rotatably mounted housing bushing, wherein the housing bushing and the take-off gear bushing are arranged coaxially on the cartridge, wherein the cartridge has a first external screw thread, which is in engagement with an internal screw thread of the housing bushing, and a second external screw thread, which is in engagement with an internal screw thread of the take-off gear bushing, these external screw threads being formed such that they are axially offset and/or operate in opposing directions on the cartridge, wherein the cartridge has an internal thread that is in engagement with the spindle.
A live, attenuated alphavirus virus composition comprising: one or more live, attenuated alphaviruses; 1.0 mM to 40.0 mM HEPES buffer; one or more carbohydrate agents selected from the group consisting of: trehalose, sucrose, galactose, mannitol, sorbitol and a combination thereof wherein the carbohydrates have a concentration from 1.0 % to 25.0% (w/v); and gelatin has a concentration from 0.1% to 2.0% (w/v), wherein the composition stabilizes live, attenuated alphavirus compositions. one or more live, attenuated alphaviruses; 1.0 mM to 40.0 mM HEPES buffer; one or more carbohydrate agents selected from the group consisting of: trehalose, sucrose, galactose, mannitol, sorbitol and a combination thereof wherein the carbohydrates have a concentration from 1.0 % to 25.0% (w/v); and gelatin has a concentration from 0.1% to 2.0% (w/v),
An LED projection lamp, comprising: - a lamp bracket having a surface, - a plurality of light mixing units; the light mixing units each comprise a lens assembly, an aluminum substrate, and a plurality of LEDs, where the plurality of LEDs is fixed on the aluminum substrate, and the lens assembly covers the plurality of LEDs from above, and the lens assembly is fixed on the aluminum substrate, characterised in that - the light mixing units are fixed on the surface of the lamp bracket in a disperse manner; and each position on the surface of the lamp bracket has a different spatial angle, and in that the LED projection lamp further comprises - a plurality of fixation surfaces formed in the surface of the bracket in a disperse manner, the plurality of light mixing units are correspondingly fixed on the plurality of fixation surfaces, and in that in each light mixing unit the light emitted by the LEDs is mixed by the lens assembly to form a pixel spot, so that the LED projection lamp light is split at a lighting surface, thereby forming different pixels. - a lamp bracket having a surface, - a plurality of light mixing units; the light mixing units each comprise a lens assembly, an aluminum substrate, and a plurality of LEDs, where the plurality of LEDs is fixed on the aluminum substrate, and the lens assembly covers the plurality of LEDs from above, and the lens assembly is fixed on the aluminum substrate, - the light mixing units are fixed on the surface of the lamp bracket in a disperse manner; and each position on the surface of the lamp bracket has a different spatial angle, and - a plurality of fixation surfaces formed in the surface of the bracket in a disperse manner, the plurality of light mixing units are correspondingly fixed on the plurality of fixation surfaces, and
A clamp comprising: a curved body having an inner surface and an outer surface, the curved body configured to fit onto a cylindrical object; a first side section integral with the curved body; a first flange integral with and extending from the first side section; a first protrusion formed in the inner surface at an intersection formed by the first side section and the first flange; a second side section integral with the curved body, the second side section positioned opposite the first side section; a bore having a first end and second end, wherein; the bore is configured to receive a fastener to adjust a position of the clamp on the cylindrical object; characterized by a recess formed in the curved body, that divides the curved body into a first portion and a second portion, and comprises an arcuate surface defining a radius of curvature and an axis; the first end of the bore extending through the outer surface of the first portion of the curved body and through the recess to the second portion of the curved body; the bore defines an axis oriented parallel with the first flange and perpendicular to the axis of the recess. a curved body having an inner surface and an outer surface, the curved body configured to fit onto a cylindrical object; a first side section integral with the curved body; a first flange integral with and extending from the first side section; a first protrusion formed in the inner surface at an intersection formed by the first side section and the first flange; a second side section integral with the curved body, the second side section positioned opposite the first side section; a bore having a first end and second end, wherein; the bore is configured to receive a fastener to adjust a position of the clamp on the cylindrical object; a recess formed in the curved body, that divides the curved body into a first portion and a second portion, and comprises an arcuate surface defining a radius of curvature and an axis; the first end of the bore extending through the outer surface of the first portion of the curved body and through the recess to the second portion of the curved body; the bore defines an axis oriented parallel with the first flange and perpendicular to the axis of the recess.
A raceway assembly for conductor cables, comprising a raceway with a rectangular-shaped cross-section formed by a horizontal base and two vertical side walls demarcating between one another an open upper face of said raceway, each of said side walls being provided at the upper end thereof with a support configuration for fixing retainers; and at least one retainer formed by a rigid oblong part which detachably snaps at its ends onto said support configurations of the side walls, such that said retainer thus fixed is arranged in a bridge position, forming a rigid bridge between the upper ends of said side walls of the raceway; characterized in that said support configuration comprises an oblique section of said side wall extending towards the central plane of said raceway, a vertical upper leg originating from said oblique section, and there being formed at the end of said oblique section a right angle profile with a vertical wing extending towards the base of the raceway and a horizontal wing extending back towards said vertical upper leg without actually reaching it, such that between said vertical upper leg and the end of said horizontal wing of the right angle profile there is defined an opening towards a cavity demarcated by said oblique section, said vertical upper leg and said horizontal wing, and in that said at least one retainer is provided at each of its ends with at least one elbow-shaped upper tab, having a first horizontal section prolonged by a vertical end section and at least one lower tab, said upper tab and lower tab of the retainer being sized so that when said retainer is arranged in said bridge position, said first horizontal section of the upper tab is supported on the upper portion of said horizontal wing of the right angle profile and said vertical end section of the vertical tab is introduced in said cavity through said opening and supported against said vertical upper leg, whereas said lower tab is supported on the lower portion of said oblique section.
A high-density patch panel comprising: a frame having a plurality of faceplate openings; a faceplate snap-mountable into a rear side of the frame, the faceplate having a plurality of modules (56,58,60,62), each module for accommodating at least one modular jack, and each module having at least one modular jack retention latch (64,66) for retaining a modular jack mountable in the faceplate; and at least one modular jack, wherein the at least one modular jack is mountable by straight-in insertion into a rear side of the faceplate. a frame having a plurality of faceplate openings; a faceplate snap-mountable into a rear side of the frame, the faceplate having a plurality of modules (56,58,60,62), each module for accommodating at least one modular jack, and each module having at least one modular jack retention latch (64,66) for retaining a modular jack mountable in the faceplate; and at least one modular jack,
A method of exercising a person's fitness with a device comprising a negative pressure chamber, comprising the steps of: - Pre-programming the pressure variation within the negative pressure chamber via a data processing means, - enclosing a portion of the human body within the negative pressure chamber, - Implementing of a program of pressure values within the negative pressure chamber for a predetermined period of time, based on the individual's condition and the expected outcome, characterised in that, the pre-programming of the pressure variation within the negative pressure chamber includes: - Segmenting the predetermined time into two or more consecutive time intervals. - Determining the pressure value at each of the two or more successive time intervals, wherein the segmentation of the predetermined time comprises six consecutive time intervals, said consecutive time intervals including a first time interval of about 2 minutes, a second time interval of about 3-6 minutes, a third of about 4-13 minutes, a fourth of about 8-14 minutes, a fifth of about 3-9 minutes, and a sixth of about 2 minutes, and wherein the total time of the predetermined time is between 30-40 minutes, wherein the pressure values are alternated during each successive time interval, wherein the alternating comprises modifying the pressure values during each time interval. - Pre-programming the pressure variation within the negative pressure chamber via a data processing means, - enclosing a portion of the human body within the negative pressure chamber, - Implementing of a program of pressure values within the negative pressure chamber for a predetermined period of time, based on the individual's condition and the expected outcome, - Segmenting the predetermined time into two or more consecutive time intervals. - Determining the pressure value at each of the two or more successive time intervals, wherein the segmentation of the predetermined time comprises six consecutive time intervals, said consecutive time intervals including a first time interval of about 2 minutes, a second time interval of about 3-6 minutes, a third of about 4-13 minutes, a fourth of about 8-14 minutes, a fifth of about 3-9 minutes, and a sixth of about 2 minutes, and wherein the total time of the predetermined time is between 30-40 minutes, wherein the pressure values are alternated during each successive time interval, wherein the alternating comprises modifying the pressure values during each time interval.
A method for processing information, applied to a terminal device, comprising: receiving indication information, sent by a network device, for deactivation of a Configured Grant Confirmation, CG; and feeding back confirmation information to the network device, wherein the confirmation information contains a CG index; wherein receiving the indication information, sent by the network device, for deactivation of the CG comprises: receiving a first indication information from the network device, wherein the first indication information comprises at least one group of CGs which are instructed by the network device for the terminal device to deactivate and each group of the at least one group of CGs comprises two or more CGs, characterised in that the first indication information comprises a bitmap, the value of the length of the bitmap is a predefined maximum number of CG groups, and different bits in the bitmap are used to indicate deactivation of different CG groups. receiving indication information, sent by a network device, for deactivation of a Configured Grant Confirmation, CG; and feeding back confirmation information to the network device, wherein the confirmation information contains a CG index; wherein receiving the indication information, sent by the network device, for deactivation of the CG comprises: receiving a first indication information from the network device, wherein the first indication information comprises at least one group of CGs which are instructed by the network device for the terminal device to deactivate and each group of the at least one group of CGs comprises two or more CGs, characterised in that the first indication information comprises a bitmap, receiving a first indication information from the network device, wherein the first indication information comprises at least one group of CGs which are instructed by the network device for the terminal device to deactivate and each group of the at least one group of CGs comprises two or more CGs, characterised in that the first indication information comprises a bitmap, the value of the length of the bitmap is a predefined maximum number of CG groups, and different bits in the bitmap are used to indicate deactivation of different CG groups.
A profiled cladding board, generally U-shaped, comprising a central main portion, a first edge folded about a first fold line and having an outer face to said board (1 j), and a second edge opposite the first edge and folded about a first fold line, said cladding board (1 j) comprising an expandable seal extending over at least part of the length of the outer face of the first folded edge, and means for removably holding said seal in a compressed state, the profiled cladding board being characterised in that the means for removably holding the seal in its compressed state comprise a compression film covering the seal in its entirety and held taut against said seal by attachment to the cladding board (1 j) on either side of said seal.
A method performed by a wireless device for determining a security context for communication between the wireless device and a target base station at handover, wherein the method comprising: - obtaining information representative of the type of Radio Access Technology, also referred to as RAT type, of the target base station; and - deriving and/or determining the security context at least partly based on the information representative of the RAT type of the target base station, wherein the security context comprises at least an Access Stratum, AS, base security key, wherein the step of deriving and/or determining the security context comprises deriving the AS base security key using a key derivation function, KDF, that is dependent on the RAT type of the target base station, wherein the RAT type is encoded into the KDF by using different values of a Function Code parameter for different RAT types as input in a generic KDF. - obtaining information representative of the type of Radio Access Technology, also referred to as RAT type, of the target base station; and - deriving and/or determining the security context at least partly based on the information representative of the RAT type of the target base station, wherein the security context comprises at least an Access Stratum, AS, base security key,
An apparatus adapted to extract power from an alternating current carrying conductor's magnetic field, the apparatus comprising a) a base winding adapted to contribute to power harvesting; b) at least one shunt secondary winding adapted to contribute to the power harvesting; c) an own rectification circuit for each one of the base winding and the at least one shunt secondary winding; d) a common DC voltage level detector for regulated and rectified DC voltage and a zero crossing detector; and e) an AC voltage zero crossing controlled circuit status latch; wherein each one of the rectification circuits comprises a MOSFET-based rectifying bridge with smoothing and filtering capacitors for the base winding and for each of the at least one shunt secondary winding, wherein each shunt secondary winding further comprises an optically isolated MOSFET driver and a blocking MOSFET, wherein the base winding comprises a variable resistive load; wherein the base winding is adapted to provide power for analog and control logic and the zero crossing detector, wherein the rectification circuits are connected in parallel, wherein the base winding and each of the at least one shunt secondary winding are a part of a larger regulation and power summing circuit and the common DC voltage level detector is configured to measure the DC voltage across the power summing circuit, wherein the zero crossing detector is configured to enable the DC voltage level status latch to turn the blocking MOSFETs on and off to shunt the current in the at least one shunt secondary winding in the zero crossing state of the current transformers corresponding to the at least one shunt secondary winding, and to turn on or off the variable resistive load for regulating the base winding, and wherein each of the at least one shunt secondary winding is adapted to be shunted using the blocking MOSFETs which is a part of a voltage regulation circuit when the voltage across the apparatus exceeds a certain pre-set value. a) a base winding adapted to contribute to power harvesting; b) at least one shunt secondary winding adapted to contribute to the power harvesting; c) an own rectification circuit for each one of the base winding and the at least one shunt secondary winding; d) a common DC voltage level detector for regulated and rectified DC voltage and a zero crossing detector; and e) an AC voltage zero crossing controlled circuit status latch;
Industrial sweeper designed to operate by rolling along a floor that is to be cleaned, pushed or pulled, comprising: a brush with an axis that is horizontal when considering the position of use of the industrial sweeper on a horizontal floor, a collecting pan intended to collect the dirt swept by the brush during operation of the industrial sweeper, the collecting pan being mounted with the ability to pivot about an articulation (An) that is offset laterally from the centre of gravity of the collecting pan between a closed and working position of the industrial sweeper and a wide open position allowing said collecting pan to be emptied, a suction turbine situated downstream of the collecting pan to encourage, by suction, the dust to enter said collecting pan when it is in its closed position, two wheels (210a, 210b) intended to rest on the floor that is to be cleaned, an air filter and an unclogging mechanism for the air filter, characterized in that the air filter is fixed to the collecting pan, and the unclogging mechanism (Md) for the air filter comprises an end stop designed to block the travel of the collecting pan in its wide open position, the end stop causing a shock at the end of the opening movement of the collecting pan, wherein the passage from the closed position to the wide open position occurs under the effect of gravity. a brush with an axis that is horizontal when considering the position of use of the industrial sweeper on a horizontal floor, a collecting pan intended to collect the dirt swept by the brush during operation of the industrial sweeper, the collecting pan being mounted with the ability to pivot about an articulation (An) that is offset laterally from the centre of gravity of the collecting pan between a closed and working position of the industrial sweeper and a wide open position allowing said collecting pan to be emptied, a suction turbine situated downstream of the collecting pan to encourage, by suction, the dust to enter said collecting pan when it is in its closed position, two wheels (210a, 210b) intended to rest on the floor that is to be cleaned, an air filter and an unclogging mechanism for the air filter, characterized in that the air filter is fixed to the collecting pan, and the unclogging mechanism (Md) for the air filter comprises an end stop designed to block the travel of the collecting pan in its wide open position, the end stop causing a shock at the end of the opening movement of the collecting pan, wherein the passage from the closed position to the wide open position occurs under the effect of gravity.