mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling the total power with which a radio transmitter of a radio access node transmits a signal, the method comprising inputting an input signal into a power amplifier of the radio transmitter to produce, as a function of the input signal, an output signal to be transmitted by the radio transmitter, the method further comprising: generating a feedback signal from the output signal at the radio transmitter; measuring the feedback signal to obtain one or more performance metrics that characterize performance of the output signal; comparing the one or more performance metrics to one or more performance metric thresholds; and the method being characterized by controlling a maximum permissible level of the total power of the input signal based on said comparison by controlling said maximum permissible level so that at least one of said one or more performance metrics is tolerated not to comply for a limited extent and/or duration with a corresponding performance metric threshold associated with a first defined performance level of the output signal and that the at least one performance metric is maintained to otherwise comply with the corresponding performance metric threshold. generating a feedback signal from the output signal at the radio transmitter; measuring the feedback signal to obtain one or more performance metrics that characterize performance of the output signal; comparing the one or more performance metrics to one or more performance metric thresholds; and the method being characterized by controlling a maximum permissible level of the total power of the input signal based on said comparison by controlling said maximum permissible level so that at least one of said one or more performance metrics is tolerated not to comply for a limited extent and/or duration with a corresponding performance metric threshold associated with a first defined performance level of the output signal and that the at least one performance metric is maintained to otherwise comply with the corresponding performance metric threshold.
A bib, comprising: a first flap (102, 104) and a second flap (103, 105) coupled together on opposite ends of a neck bridge (114, 116), each of the first flap (102, 104) and the second flap (103, 105) having a perimeter; and one or more fasteners coupled to each of the first flap (102, 104) and the second flap (103, 105), characterised in that: when the bib is worn, the first flap (102, 104) is configured to substantially overlap the second flap (103, 105), wherein each of the first flap (102, 104) and the second flap (103, 105)may be placed in front of the other, and wherein the one or more fasteners for each flap provide one or more points of contact for securing the first flap (102, 104) and the second flap (103, 105)to one another when the first flap (102, 104) and the second flap (103, 105) substantially overlap one another, wherein the one or more fasteners include a magnet configured to produce a magnetic field or magnetically attractive force to magnetically couple the first flap (102, 104) and the second flap (103, 105) to each other. a first flap (102, 104) and a second flap (103, 105) coupled together on opposite ends of a neck bridge (114, 116), each of the first flap (102, 104) and the second flap (103, 105) having a perimeter; and one or more fasteners coupled to each of the first flap (102, 104) and the second flap (103, 105),
A table arrangement comprising: - a base structure, - a support member, rotatably mounted to the base structure such that the support member can rotate between first and second rotation configurations, and - a table element, having a table surface, the table element being translatably mounted to the support member such that the table element can translate transversely to the support member, between first and second transverse positions, characterised in that the table arrangement also comprises a locking mechanism comprising: - a first locking member, and - a second locking member, wherein the first locking member is connected to the support member such that it rotates with the support member between non-aligned and aligned configurations with respect to the second locking member, and wherein the first or second locking member is translatably mounted with respect to the other locking member such that the first or second locking member can translate between a first engagement position and a second engagement position, wherein, when the support member is rotated towards the second rotation configuration, the first locking member rotates towards the aligned configuration, and wherein, when the first locking member is in the aligned configuration, the first or second locking member can translate into the second engagement position. - a base structure, - a support member, rotatably mounted to the base structure such that the support member can rotate between first and second rotation configurations, and - a table element, having a table surface, the table element being translatably mounted to the support member such that the table element can translate transversely to the support member, between first and second transverse positions, - a first locking member, and - a second locking member,
A multilayered tether link for a vehicle tether comprising: a tether belt material characterized by having a folded wedge section formed by the tether belt material being sinuously folded about at least one wedge portion (24a, 24b), wherein the tether belt material and the at least one wedge portion (24a, 24b) are sewn together with at least one stitch to form a layered construction and a hole is formed through the layered construction for attachment to a vehicle part.
A method for determining the sequence of a target nucleic acid, comprising (a) providing a target nucleic acid having two strands; (b) contacting the target nucleic acid with a polymerase under conditions to sequentially remove nucleotides from the first of the two strands by pyrophosphorolysis, thereby sequentially producing nucleotide triphosphates having a variety of different base moieties; and (c) distinguishing the different base moieties for the sequentially produced nucleotide triphosphates, thereby determining the sequence of the target nucleic acid; wherein the distinguishing of the different base moieties for the sequentially produced nucleotide triphosphates comprises passing the nucleotide triphosphates through a nanopore. (a) providing a target nucleic acid having two strands; (b) contacting the target nucleic acid with a polymerase under conditions to sequentially remove nucleotides from the first of the two strands by pyrophosphorolysis, thereby sequentially producing nucleotide triphosphates having a variety of different base moieties; and (c) distinguishing the different base moieties for the sequentially produced nucleotide triphosphates, thereby determining the sequence of the target nucleic acid; wherein the distinguishing of the different base moieties for the sequentially produced nucleotide triphosphates comprises passing the nucleotide triphosphates through a nanopore.
Panel-like insulating element having at least one bearing portion (12, 13) for a window sill (8, 10) and having a protrusion extending over the element length, wherein the insulating element is suitable for being arranged between a window frame, which comprises a sill connection projecting on the underside of the frame and intended as a stop for a first window sill, and reveal masonry, characterized in that the one side of the protrusion, as seen horizontally in the installed position, is adjacent to the sill connection and its other side serves as a stop for a second window sill, wherein the protrusion comprises a first, wide protrusion portion and one or more further, albeit narrower, protrusion portions (15b, 15c, 15d) running on one side parallel to the first protrusion portion.
A system comprising: a sensor apparatus (110, 510, 810, 1110, 1410), comprising a sensor device configured to sense a trigger event related to at least one of touching the sensor apparatus, illumination in proximity of the sensor apparatus, temperature in proximity of the sensor apparatus, position of the sensor apparatus, acceleration of the sensor apparatus, compass heading of the sensor apparatus, velocity of the sensor apparatus, and motion in proximity of the sensor apparatus and configured to send an identification message (202, 602, 903, 1202, 1503) over a wireless communication network in response to a trigger event sensed by the sensor device (111, 511, 811, 1111, 1411) comprised in the sensor apparatus, the identification message consisting of a unique identifier of the sensor apparatus; and a network server (120, 520, 820, 1120, 1420), configured to receive the identification message, access a pre-configured action profile associated with the unique identifier in the received identification message, and cause a response action to be executed based on information in the accessed action profile, wherein the response action comprises generating an action message based on information in the accessed action profile, and sending the generated action message to a network node based on the information in the accessed action profile. a sensor apparatus (110, 510, 810, 1110, 1410), comprising a sensor device configured to sense a trigger event related to at least one of touching the sensor apparatus, illumination in proximity of the sensor apparatus, temperature in proximity of the sensor apparatus, position of the sensor apparatus, acceleration of the sensor apparatus, compass heading of the sensor apparatus, velocity of the sensor apparatus, and motion in proximity of the sensor apparatus and configured to send an identification message (202, 602, 903, 1202, 1503) over a wireless communication network in response to a trigger event sensed by the sensor device (111, 511, 811, 1111, 1411) comprised in the sensor apparatus, the identification message consisting of a unique identifier of the sensor apparatus; and a network server (120, 520, 820, 1120, 1420), configured to receive the identification message, access a pre-configured action profile associated with the unique identifier in the received identification message, and cause a response action to be executed based on information in the accessed action profile, wherein the response action comprises generating an action message based on information in the accessed action profile, and sending the generated action message to a network node based on the information in the accessed action profile.
A device for non-impact stopping of a wheeled vehicle, the device comprising: (a) a plurality of tire-penetrating elements (12, 18, 20); and characterized by, (b) a net structure formed from a first plurality of flexible elements extending in a first direction interconnected with a second plurality of flexible elements extending in a second direction, non-parallel to said first direction; and wherein said plurality of tire-penetrating elements (12, 18, 20) are mechanically linked to said net structure, and wherein at least part of said net structure is formed from tear-webbing deployed so as to irreversibly absorb energy applied to deform said net structure. (a) a plurality of tire-penetrating elements (12, 18, 20); and characterized by, (b) a net structure formed from a first plurality of flexible elements extending in a first direction interconnected with a second plurality of flexible elements extending in a second direction, non-parallel to said first direction; and
A method in a first radio network node for measuring interference between the first radio network node and a second radio network node, the method comprising: obtaining (201, 901) configuration information that indicates which subframe is a designated subframe in which a reference signal for measurement of the interference is to be transmitted by the second radio network node, the designated subframe being designated for enabling measurement of the interference wherein the designated subframe is a flexible uplink and/or downlink subframe; dynamically configuring the designated subframe in the first radio network node as an uplink subframe according to the obtained configuration information when the interference is to be measured, wherein the designated subframe is configured in the entirety or parts thereof; receiving (205, 903), from the second radio network node in the designated subframe indicated by the configuration information, the reference signal; and determining (206, 904) a value of the interference based on the reference signal. obtaining (201, 901) configuration information that indicates which subframe is a designated subframe in which a reference signal for measurement of the interference is to be transmitted by the second radio network node, the designated subframe being designated for enabling measurement of the interference wherein the designated subframe is a flexible uplink and/or downlink subframe; dynamically configuring the designated subframe in the first radio network node as an uplink subframe according to the obtained configuration information when the interference is to be measured, wherein the designated subframe is configured in the entirety or parts thereof; receiving (205, 903), from the second radio network node in the designated subframe indicated by the configuration information, the reference signal; and determining (206, 904) a value of the interference based on the reference signal. receiving (205, 903), from the second radio network node in the designated subframe indicated by the configuration information, the reference signal; and determining (206, 904) a value of the interference based on the reference signal.
A string trimmer tool comprising: a shaft having a handle on one end thereof and a working head on an opposite end; the working head including a spool assembly having a spool housing, a spool, a spool cap and a lever; a motor operatively connected to rotate the spool assembly; a button configured to actuate braking of the motor or the spool assembly; the spool housing and spool cap being coupled together to define an interior space and housing the spool with cutting line wound thereon; the lever being movable between a retracted position and an extended position, and in both positions the lever rotationally locks the spool relative to the spool housing or spool cap, and during the transition of the lever between these two positions the spool is in an unlocked state so that it is free to rotate and feed out additional cutting line; wherein the lever is moveable between the retracted position and the extended position in a direction that is perpendicular to the rotation axis of the spool assembly; wherein the lever includes a locking means to lock the lever in either the retracted or extended position, wherein said braking causes the lever to move from said locked position. a shaft having a handle on one end thereof and a working head on an opposite end; the working head including a spool assembly having a spool housing, a spool, a spool cap and a lever; a motor operatively connected to rotate the spool assembly; a button configured to actuate braking of the motor or the spool assembly; the spool housing and spool cap being coupled together to define an interior space and housing the spool with cutting line wound thereon; the lever being movable between a retracted position and an extended position, and in both positions the lever rotationally locks the spool relative to the spool housing or spool cap, and during the transition of the lever between these two positions the spool is in an unlocked state so that it is free to rotate and feed out additional cutting line; wherein the lever is moveable between the retracted position and the extended position in a direction that is perpendicular to the rotation axis of the spool assembly; wherein the lever includes a locking means to lock the lever in either the retracted or extended position, wherein said braking causes the lever to move from said locked position.
Combustor front assembly for a gas turbine power plant, wherein the combustor front assembly is provided with at least a through hole for allowing the gas flow to come into a combustion chamber, the combustor front assembly comprising: - a combustor front plate having at least a through hole and provided with an outer surface outside the combustor chamber; - at least a combustor front segment having a through hole and coupled with the outer surface of the combustor front plate so that the through hole of the front segment is aligned with the through hole of the front plate; wherein the combustor front segment is clamped in position and forced against the outer surface of the combustor front plate; wherein each combustor front segment comprises a front wall spaced and parallel to the outer surface of the combustor front plate, an outer and an inner wall L-shaped having a first portion, orthogonal to the outer surface of the combustor front plate and connected with the front wall, and a second portion spaced and parallel to the front wall; wherein each combustor front segment comprises an inner and an outer clamping plate arranged in the middle of the outer and inner wall acting on the second portion of the outer and inner wall inside the combustor front segments characterized in that each combustor front segments comprises an inner and outer closing strip facing the inner and an outer clamping plate for clamping the free end of the second portions of the outer and inner wall between the clamping plates and the inner and outer closing strip. - a combustor front plate having at least a through hole and provided with an outer surface outside the combustor chamber; - at least a combustor front segment having a through hole and coupled with the outer surface of the combustor front plate so that the through hole of the front segment is aligned with the through hole of the front plate;
A cubic boron nitride sintered body comprising cubic boron nitride, a binder, and a catalyst element of a metal, a content by percentage of said cubic boron nitride being 50 vol% or more and 85 vol% or less, a content by percentage of said catalyst element being 0.5 mass% or more and 5 mass% or less, said binder including: at least one selected from the group consisting of nitrides, carbides, borides, and oxides of Group 4a elements, Group 5a elements, and Group 6a elements in the periodic table, and solid solutions thereof; and an aluminum compound, and said catalyst element including: cobalt and chromium.
A movable article inspection system, comprising: a portal frame, comprising: a transverse beam located at a top of the portal frame; and vertical beams located on opposite sides of the transverse beam and connected with the transverse beam; a wheeled travelling device provided at lower ends of the vertical beams, for moving the portal frame; and a ray-based inspection assembly for carrying out an inspection of an article passing through the portal frame; wherein the inspection assembly comprises: a radiation source, for emitting rays to form a fan-shaped scanning surface so as to scan the article passing through the portal frame; and a detection unit mounted on the portal frame, for detecting the rays reflected or transmitted on the article; wherein the wheeled travelling device comprises a wheel carrier, wheels and a travelling drive mechanism, the wheel carrier is connected with the lower end of the vertical beams of the portal frame, characterized in that the wheel carrier is provided with a downwardly protruding frame structure, and the radiation source is mounted within the downwardly protruding frame structure. a transverse beam located at a top of the portal frame; and vertical beams located on opposite sides of the transverse beam and connected with the transverse beam; a wheeled travelling device provided at lower ends of the vertical beams, for moving the portal frame; and a ray-based inspection assembly for carrying out an inspection of an article passing through the portal frame; wherein the inspection assembly comprises: a radiation source, for emitting rays to form a fan-shaped scanning surface so as to scan the article passing through the portal frame; and a detection unit mounted on the portal frame, for detecting the rays reflected or transmitted on the article; wherein the wheeled travelling device comprises a wheel carrier, wheels and a travelling drive mechanism, the wheel carrier is connected with the lower end of the vertical beams of the portal frame, characterized in that the wheel carrier is provided with a downwardly protruding frame structure, and the radiation source is mounted within the downwardly protruding frame structure. a radiation source, for emitting rays to form a fan-shaped scanning surface so as to scan the article passing through the portal frame; and a detection unit mounted on the portal frame, for detecting the rays reflected or transmitted on the article; wherein the wheeled travelling device comprises a wheel carrier, wheels and a travelling drive mechanism, the wheel carrier is connected with the lower end of the vertical beams of the portal frame, characterized in that the wheel carrier is provided with a downwardly protruding frame structure, and the radiation source is mounted within the downwardly protruding frame structure.
A method, comprising: querying, by a client device, a location server using a client-selected interface for content retrieval from a content distribution network, CDN,; receiving a location attribute from the location server based on a location of the client device; presenting the location attribute to a CDN selector within a first content retrieval request; receiving a redirection from the CDN selector to a selected content source based on the location attribute; initiating a second content retrieval request from the client device to the selected content source; determining a change in the client- selected interface for content retrieval; in response, presenting an updated location attribute to the CDN selector to receive another redirection to a new selected content source based on the updated location attribute; and initiating a new content retrieval request from the client device to the new selected content source. querying, by a client device, a location server using a client-selected interface for content retrieval from a content distribution network, CDN,; receiving a location attribute from the location server based on a location of the client device; presenting the location attribute to a CDN selector within a first content retrieval request; receiving a redirection from the CDN selector to a selected content source based on the location attribute; initiating a second content retrieval request from the client device to the selected content source; determining a change in the client- selected interface for content retrieval; in response, presenting an updated location attribute to the CDN selector to receive another redirection to a new selected content source based on the updated location attribute; and initiating a new content retrieval request from the client device to the new selected content source.