mhurhangee/patent-ind-claim-en huggingface dataset:
A method by a user equipment, UE, in a wireless communication system, the method comprising: receiving bit map information on a set of resource blocks through radio resource control, RRC, signaling from a base station, wherein resource blocks for a control channel for the UE are restricted by the set of resource blocks; receiving , from the base station, control information for downlink data on the control channel identified based on the bit map information; and receiving , from the base station, the downlink data on a data channel based on the control information, wherein the control information is received on at least one control channel resource, the at least one control channel resource being included in the set of resource blocks, and wherein a search space for the control channel of the UE is defined based on an aggregation level, a number of the at least one control channel resource included in the set of resource blocks, and a number of candidates associated with the control channel. receiving bit map information on a set of resource blocks through radio resource control, RRC, signaling from a base station, wherein resource blocks for a control channel for the UE are restricted by the set of resource blocks; receiving , from the base station, control information for downlink data on the control channel identified based on the bit map information; and receiving , from the base station, the downlink data on a data channel based on the control information, wherein the control information is received on at least one control channel resource, the at least one control channel resource being included in the set of resource blocks, and wherein a search space for the control channel of the UE is defined based on an aggregation level, a number of the at least one control channel resource included in the set of resource blocks, and a number of candidates associated with the control channel.
An article of footwear , comprising: a sole structure including a plurality of sensory node elements and a carrier member for the plurality of sensory node elements ; the plurality of sensory node elements including a first sensory node element and a second sensory node element , the first sensory node element having a first bottom end configured to contact a ground surface and a first top end disposed opposite the first bottom end and the second sensory node element having a second bottom end configured to contact the ground surface and a second top end disposed opposite the second bottom end ; the carrier member including a plurality of recesses , wherein the plurality of recesses includes a first recess corresponding with the first top end of the first sensory node element and wherein the plurality of recesses includes a second recess corresponding with the second top end of the second sensory node element ; wherein the first top end of the first sensory node element has the smaller diameter than the first bottom end and wherein the second top end of the second sensory node element has the smaller diameter than the second bottom end , such that the diameter of the sensory node elements tapers from bottom end toward the top end an inner foot receiving layer ; and wherein the carrier member is located between the inner foot receiving layer and the plurality of sensory node elements . a sole structure including a plurality of sensory node elements and a carrier member for the plurality of sensory node elements ; the plurality of sensory node elements including a first sensory node element and a second sensory node element , the first sensory node element having a first bottom end configured to contact a ground surface and a first top end disposed opposite the first bottom end and the second sensory node element having a second bottom end configured to contact the ground surface and a second top end disposed opposite the second bottom end ; the carrier member including a plurality of recesses , wherein the plurality of recesses includes a first recess corresponding with the first top end of the first sensory node element and wherein the plurality of recesses includes a second recess corresponding with the second top end of the second sensory node element ; wherein the first top end of the first sensory node element has the smaller diameter than the first bottom end and wherein the second top end of the second sensory node element has the smaller diameter than the second bottom end , such that the diameter of the sensory node elements tapers from bottom end toward the top end an inner foot receiving layer ; and wherein the carrier member is located between the inner foot receiving layer and the plurality of sensory node elements .
A surgical system comprising: an intervertebral implant for insertion into an intervertebral disc space between first and second vertebral bodies ; a vertebral plate for attachment to at least one of the first and second vertebral bodies ; and a spacer configured to be coupled to the vertebral plate and to extend at least partially into the intervertebral disc space characterized in that the spacer includes an implant contacting surface having a V shape. an intervertebral implant for insertion into an intervertebral disc space between first and second vertebral bodies ; a vertebral plate for attachment to at least one of the first and second vertebral bodies ; and a spacer configured to be coupled to the vertebral plate and to extend at least partially into the intervertebral disc space characterized in that the spacer includes an implant contacting surface having a V shape.
An intraocular lens insertion device comprising: a lens placement section; an intraocular lens , having an optical part and front and rear supporting portions on an outer edge of said optical part , in said lens placement section; a transition section for deforming said intraocular lens ; a nozzle section for releasing said intraocular lens ; a slider for pushing out said intraocular lens placed in said lens placement section in a lens advancement direction; and a plunger for releasing said intraocular lens pushed out by said slider from said nozzle section ; characterized by said slider including a first abutting portion with a slanted surface that slants downward in the lens advancement direction (x) and one or more second abutting portions positioned relative to said first abutting portion such that said slanted surface of the first abutting portion is located rearward of said one or more second abutting portions and said slanted surface being configured to bend said rear supporting portion toward said optical part in the lens advancement direction and over said optical part as said one or more second abutting portions come into contact with the outer edge of a rear portion of said optical part . a lens placement section; an intraocular lens , having an optical part and front and rear supporting portions on an outer edge of said optical part , in said lens placement section; a transition section for deforming said intraocular lens ; a nozzle section for releasing said intraocular lens ; a slider for pushing out said intraocular lens placed in said lens placement section in a lens advancement direction; and a plunger for releasing said intraocular lens pushed out by said slider from said nozzle section ; characterized by said slider including a first abutting portion with a slanted surface that slants downward in the lens advancement direction (x) and one or more second abutting portions positioned relative to said first abutting portion such that said slanted surface of the first abutting portion is located rearward of said one or more second abutting portions and said slanted surface being configured to bend said rear supporting portion toward said optical part in the lens advancement direction and over said optical part as said one or more second abutting portions come into contact with the outer edge of a rear portion of said optical part .
A set of essentially identical panels comprising a first panel and an adjacent second panel provided with a mechanical locking system comprising a displaceable tongue , which displaceable tongue is arranged in a displacement groove at a first edge of the first panel , the displaceable tongue is configured to cooperate with a first tongue groove at a second edge of the adjacent second panel , for locking of the first and the second edges in a vertical direction, wherein the displaceable tongue is of a longitudinal shape and resilient, wherein an inner long edge of the displaceable tongue comprises protrusions (24, 24', 24") arranged in the displacement groove and a recess at each of the protrusions (24, 24', 24"), wherein the protrusions (24, 24', 24") are bendable and are configured to bend into the respective recess when the displaceable tongue is pushed into the displacement groove and to spring back to obtain a locked position, characterized in that a spring constant of the displaceable tongue varies in the longitudinal direction of the displaceable tongue , that a middle section in the longitudinal direction of the displaceable tongue has a higher spring constant than a first edge section of the displaceable tongue , configured such that the lower spring constant at the first edge section facilitates assembling of the first and second panels at the first and the second edges while the higher spring constant at the middle section provides an improved locking, and that a first (24', 24") of the protrusions is arranged at the middle section and a second of the protrusions is arranged at the first edge section, wherein the bending resistance of the first (24', 24") of the protrusions is greater than the bending resistance of the second of the protrusions.
A method for controlling an autonomous vehicle , wherein - a stationary control unit being connected to a radio access network controls an autonomous vehicle via a wireless connection of the autonomous vehicle to the radio access network ; - the autonomous vehicle moves in a predefined path network ; - the radio access network allocates spectral resources to the wireless connection while the autonomous vehicle is moving; - the stationary control unit determines a path of the autonomous vehicle in the predefined path network depending on the spectral resources used by the wireless connection of the autonomous vehicle while moving along the determined path . - a stationary control unit being connected to a radio access network controls an autonomous vehicle via a wireless connection of the autonomous vehicle to the radio access network ; - the autonomous vehicle moves in a predefined path network ; - the radio access network allocates spectral resources to the wireless connection while the autonomous vehicle is moving; - the stationary control unit determines a path of the autonomous vehicle in the predefined path network depending on the spectral resources used by the wireless connection of the autonomous vehicle while moving along the determined path .
Use of a composition comprising a PDK1 (phosphoinositide-dependent kinase-1) inhibitor for in vitro reversing a senescent cell, wherein the PDK1 inhibitor is an expression inhibitor of a PDK1 gene or an activity inhibitor of a PDK1 protein.
Filter device, having a filter housing with a fluid inlet for unfiltered medium and with a fluid outlet for filtrate and having at least one one-piece or multi-part filter cartridge accommodated in the filter housing , which filter cartridge can be cleaned in counter-current flow to the filter direction with a backflushing device with at least one backflushing element , which backflushing device can be moved along the inner side of the respective filter cartridge by means of a fluid-conducting drive shaft of a rotary drive , wherein the respective backflushing element has, at its end adjacent to this inner side, at least one slit-shaped opening which extends parallel to the axis of rotation of the drive shaft and which opens into a flow chamber connected to the drive shaft in a fluid-conducting manner, wherein at least one further backflushing device with at least one further backflushing element is provided, wherein the fluid-conducting drive shaft is divided into chambers separated from each other, and wherein the respective one backflushing element of the one backflushing device is connected to one of the chambers and the respective other backflushing element of the other backflushing device is connected to another chamber , wherein the drive shaft has on its upper end side a coupling point for the engagement of a drive motor , wherein the upper end of the drive shaft is supported in a pivot bearing located on the cover part , and wherein the drive shaft extends with a shaft journal through the pivot bearing into an attachment located on the cover part , characterised in that the shaft journal of the drive shaft is configured as a coupling point in the manner of a hollow pin; in that the shaft journal comprises an upper passage opening as an exit from the interior of the drive shaft and lateral, window-like wall openings for the fluid connection to the interior of the attachment and thus to a flushing line ; and in that a coupling slot is formed in the shaft journal , in which slot a driver of the output shaft of an electric geared motor engages, which motor is arranged on the upper side of the attachment . wherein the drive shaft has on its upper end side a coupling point for the engagement of a drive motor , wherein the upper end of the drive shaft is supported in a pivot bearing located on the cover part , and wherein the drive shaft extends with a shaft journal through the pivot bearing into an attachment located on the cover part , characterised in that the shaft journal of the drive shaft is configured as a coupling point in the manner of a hollow pin; in that the shaft journal comprises an upper passage opening as an exit from the interior of the drive shaft and lateral, window-like wall openings for the fluid connection to the interior of the attachment and thus to a flushing line ; and in that a coupling slot is formed in the shaft journal , in which slot a driver of the output shaft of an electric geared motor engages, which motor is arranged on the upper side of the attachment .
A saddle-ride type vehicle for motocross with a water-cooled engine and a radiator shroud structure, the vehicle including: a pair of left and right front forks by which a front wheel is steerably supported; a radiator which is disposed behind the front forks ; and a pair of left and right shrouds which cover left and right outer sides of the radiator from a front side to a rear side of the radiator , the front forks being disposed between the pair of left and right shrouds in a vehicle width direction, wherein a front end portion of each of the shrouds is disposed in front of an upper portion of the radiator and an outermost portion of each of the shrouds is disposed in front of the radiator , and each of the shrouds includes: a main body portion which has the outermost portion at a front end portion of the main body portion ; characterized in that the structure of the shrouds has an extending portion , that the extending portion extends from the front end portion of the main body portion obliquely forward and inward toward rear ends of the front forks in a side view, so as to increase the sizes of the shrouds , that the extending portion is provided in a range which is only an intermediate section of the front end portion of the main body front end portion in the up-down direction, and that the extending portion is configured to guide a leg of a rider with its outer surface when the leg is put forward to support the vehicle and to regulate a traveling wind with its inner surface. a front end portion of each of the shrouds is disposed in front of an upper portion of the radiator and an outermost portion of each of the shrouds is disposed in front of the radiator , and each of the shrouds includes: a main body portion which has the outermost portion at a front end portion of the main body portion ; that the structure of the shrouds has an extending portion , that the extending portion extends from the front end portion of the main body portion obliquely forward and inward toward rear ends of the front forks in a side view, so as to increase the sizes of the shrouds , that the extending portion is provided in a range which is only an intermediate section of the front end portion of the main body front end portion in the up-down direction, and that the extending portion is configured to guide a leg of a rider with its outer surface when the leg is put forward to support the vehicle and to regulate a traveling wind with its inner surface.
A earth-moving machine, preferably radio-controlled, comprising: a frame , which is provided with two side tracks ; an engine compartment , which is supported by the rear part of said frame ; means to control the vertical movement of said engine compartment so as to change the distance between this latter and the road surface; characterized in that said means to control the vertical movement of said engine compartment comprise a control device and a sensor , which is able to detect the distance between the bottom wall of said engine compartment and the road surface so as to send a relative signal to said control device in order to control the vertical movement of said engine compartment . a frame , which is provided with two side tracks ; an engine compartment , which is supported by the rear part of said frame ; means to control the vertical movement of said engine compartment so as to change the distance between this latter and the road surface; characterized in that said means to control the vertical movement of said engine compartment comprise a control device and a sensor , which is able to detect the distance between the bottom wall of said engine compartment and the road surface so as to send a relative signal to said control device in order to control the vertical movement of said engine compartment .
Precast block for construction comprising a superior area (a), an inferior area (b), an interior face to come in contact with another interior face of another precast block , an exterior face and two lateral faces , the interior face comprising at least one main open vertical channel opening at least at a inferior face and at least a secondary channel , starting from one of the lateral faces and extending until the intersection with the main vertical channel , characterized in that at least one of the lateral faces comprises assembling elements for joining with other precast blocks and the exterior face is provided with: - some recessed area and some protrusions following the profile of channels on interior face , providing a uniform thickness of the precast block wall, and fastening areas of veneering elements, consisting of ribs set on the protrusions , and/or - a surface without the recessed areas and the protrusions , providing a higher thickness of the precast block wall, for the precast blocks destined to be positioned in areas where the outer surface of a construction obtained from the precast blocks is larger than the inner surface thereof. - some recessed area and some protrusions following the profile of channels on interior face , providing a uniform thickness of the precast block wall, and fastening areas of veneering elements, consisting of ribs set on the protrusions , and/or - a surface without the recessed areas and the protrusions , providing a higher thickness of the precast block wall, for the precast blocks destined to be positioned in areas where the outer surface of a construction obtained from the precast blocks is larger than the inner surface thereof.
Sleeve foundation, comprising an essentially prismatic, topless space, for receiving of prefabricated elements, being defined by four sidewalls and one bottom, characterized by provision of at least one clearance hole in the upper region of one of the sidewalls , of at least one rounded stop on the opposite side wall beneath the clearance hole and adjustable with respect to the height and wall distance as well as of at least one height adjustable support on the bottom .
A piezoelectric ceramic having the composition: a PbTiO 3 − b SrTiO 3 − c BiFeO 3 − d K x Bi 1 − x TiO 3 ; wherein 0.4 ≤ x ≤ 0.6; 0.1 ≤ a ≤ 0.4; 0.01 ≤ b ≤ 0.2; c ≥ 0.05; d ≥ 0.01; and a + b + c + d = 1, optionally comprising an A- or B-site metal dopant in an amount of up to 2 at.%. wherein 0.4 ≤ x ≤ 0.6; 0.1 ≤ a ≤ 0.4; 0.01 ≤ b ≤ 0.2; c ≥ 0.05; d ≥ 0.01; and a + b + c + d = 1, optionally comprising an A- or B-site metal dopant in an amount of up to 2 at.%.
An apparatus , comprising: an inlet region for receiving a gas mixture; an ionizer for supplying hydronium ions to the received gas mixture to generate ions from molecules comprised in the gas mixture, wherein the ionizer comprises a membrane for receiving the gas mixture, and wherein the membrane is capable of generating hydronium ions from water; and an ion detector for detecting ions generated from molecules comprised in the gas mixture; characterized in that the membrane is a graphene oxide membrane. an inlet region for receiving a gas mixture; an ionizer for supplying hydronium ions to the received gas mixture to generate ions from molecules comprised in the gas mixture, wherein the ionizer comprises a membrane for receiving the gas mixture, and wherein the membrane is capable of generating hydronium ions from water; and an ion detector for detecting ions generated from molecules comprised in the gas mixture; characterized in that the membrane is a graphene oxide membrane.
A multi-segment turning light lamp for a vehicle, comprising: a lamp housing assembly including a substrate that has a plane surface, a lens disposed in front of said substrate and having a concave inner surface that faces said substrate , and a light divider arrangement disposed between said substrate and said lens , characterised by said light divider arrangement including a plurality of partitions that are angularly arranged with respect to and that extend radially with respect to a center of curvature (P1) of said concave inner surface of said lens and that extend radially to said lens , said plurality of partitions , said substrate and said lens cooperating to define a plurality of light-exit channels ; and a lighting assembly including a plurality of light-emitting elements that are disposed on said plane surface of said substrate , each of said light-emitting elements being disposed for emitting light through a respective one of said light-exit channels . a lamp housing assembly including a substrate that has a plane surface, a lens disposed in front of said substrate and having a concave inner surface that faces said substrate , and a light divider arrangement disposed between said substrate and said lens , characterised by said light divider arrangement including a plurality of partitions that are angularly arranged with respect to and that extend radially with respect to a center of curvature (P1) of said concave inner surface of said lens and that extend radially to said lens , said plurality of partitions , said substrate and said lens cooperating to define a plurality of light-exit channels ; and a lighting assembly including a plurality of light-emitting elements that are disposed on said plane surface of said substrate , each of said light-emitting elements being disposed for emitting light through a respective one of said light-exit channels .